The invention relates to a hand-held high-pressure cleaning tool (100, 200) comprising a housing (101, 201) having a high-pressure inlet (102, 202) and a high-pressure outlet (103, 203), a nozzle holder (104, 204) having at least one high-pressure nozzle (105, 205), at least one handle (106, 206) arranged on the housing (101, 201), an actuating unit arranged on the housing (101, 201) and having a pivotably mounted actuating lever (107, 207) that can be actuated against the pressure of a spring (108), an acceleration sensor (2), which is held on the housing (101, 201) and is coupled to a printed circuit board (109), for detecting acceleration movements of the housing, an interface (42) for connecting the printed circuit board (109) to a control device (5) of a high-pressure unit (9) for connecting and disconnecting a high-pressure pump (6) of the high-pressure unit (9), wherein the acceleration sensor (2) is mounted on the housing (101, 201) by means of a mechanical shock absorber (111). The invention also describes a high-pressure cleaning system and a method for monitoring the operation of a high-pressure cleaning system.
B08B 3/02 - Cleaning by the force of jets or sprays
B05B 12/08 - Arrangements for controlling deliveryArrangements for controlling the spray area responsive to condition of liquid or other fluent material discharged, of ambient medium or of target
B05B 3/06 - Spraying or sprinkling apparatus with moving outlet elements or moving deflecting elements with rotating elements driven by the liquid or other fluent material discharged, e.g. the liquid actuating a motor before passing to the outlet by jet reaction
B05B 14/30 - Arrangements for collecting, re-using or eliminating excess spraying material comprising enclosures close to, or in contact with, the object to be sprayed and surrounding or confining the discharged spray or jet but not the object to be sprayed
A high-pressure plunger pump (1) has a pump head (2); a plunger housing (3) secured to the pump head (2); a valve body (5) which is provided in respective receiving areas of the pump head (2) and the plunger housing (3); at least one plunger assembly (4), the plunger assembly being provided in the plunger housing (3) and having a working chamber (41) and a plunger (42) which delimits the working chamber (41) and is axially movably mounted; at least one inlet valve (6), the inlet valve being secured to or in the valve body (5) and having an inlet (61) which can be blocked by a closing body; and at least one outlet valve (7), the outlet valve being secured to or in the valve body (5) and having an outlet (71) which can be blocked by a closing body. The inlet (61) is connected to a feed line (11), the plunger housing (3) with the plunger assembly (4) provided therein is surrounded by a chamber wall (8), and a cap (9) through which the feed line (11) is led is provided on the pump head (2), the cap (9) together with the chamber wall (8) fluid-tightly enclosing the pump head (2) and the plunger housing (3).
F02M 59/44 - Details, component parts, or accessories not provided for in, or of interest apart from, the apparatus of groups
F04B 1/0448 - Sealing means, e.g. for shafts or housings
F04B 1/0538 - Multi-cylinder machines or pumps characterised by number or arrangement of cylinders having cylinders in star- or fan-arrangement with actuating or actuated elements at the inner ends of the cylinders with two or more serially arranged radial piston-cylinder units located side-by-side
F04B 53/16 - CasingsCylindersCylinder liners or headsFluid connections
A homogenizing valve has a valve housing with inlet and outlet channels, a valve seat, and a receptacle through which a valve body extends movably in the direction of its longitudinal axis. A pressure chamber is connected to the inlet channel and formed integrally in the receptacle of the valve seat and/or the jacket surface of the valve body. An adjustment unit is operatively connected to the valve body and with which the axial position of the valve body in the receptacle is adjustable. The valve seat together with the valve body, on both sides of the pressure chamber in the direction of movement of the valve body, have a shear gap formed by a blade edge and by a wall region shaped conically with respect to the latter and, downstream of the shear gap in the direction of flow, an expansion chamber connected to the outlet channel.
B01F 25/00 - Flow mixersMixers for falling materials, e.g. solid particles
F16K 11/07 - Multiple-way valves, e.g. mixing valvesPipe fittings incorporating such valvesArrangement of valves and flow lines specially adapted for mixing fluid with all movable sealing faces moving as one unit comprising only sliding valves with linearly sliding closure members with cylindrical slides
4.
DEVICE AND METHOD FOR A HIGH-PRESSURE TREATMENT OF A LIQUID
A device (1) for a high-pressure treatment of a liquid has a compression head (2), a housing (11) which is secured to the compression head (2), at least one working plunger assembly (3) which is provided in the housing (11) and has a working chamber (31) and an axially movably mounted working plunger (32) that delimits the working chamber (31), a respective valve body (4) which is positioned between the compression head (2) and the housing (11), adjoins the working chamber (31) and has a through-channel (41) and a suction channel (42) that can be closed by a closing body (43), and at least one outlet valve (5) which is secured to the compression head (2) and has an outlet (53) that can be blocked by a closing body (51), wherein the through-channel (41) of the valve body (4) opens into a compression chamber (22) of the compression head (2), at least one additional plunger assembly (6) is secured to the compression head (2), and the at least one additional plunger assembly (6) has a working chamber (61), which is fluidically connected to the working chamber (22) of the compression head (2), and an additional axially movably mounted spring-loaded plunger (62), which delimits the working chamber (61) and by means of which the working chamber (61) of the additional plunger assembly (6) can be set to a specified volume. The invention further relates to a method for a high-pressure treatment of a liquid.
F04B 37/12 - Pumps specially adapted for elastic fluids and having pertinent characteristics not provided for in, or of interest apart from, groups for special use to obtain high pressure
F04B 49/16 - Control of, or safety measures for, machines, pumps, or pumping installations, not otherwise provided for in, or of interest apart from, groups by adjusting the capacity of dead spaces of working chambers
F04B 53/00 - Component parts, details or accessories not provided for in, or of interest apart from, groups or
F04B 53/16 - CasingsCylindersCylinder liners or headsFluid connections
A high-pressure plunger pump (1) comprises a pump head (2), a housing (11) which is fastened to the pump head (2), at least one working plunger arrangement (3) which is arranged in the housing (11) and which has a working chamber (31) and an axially movably arranged working plunger (32) delimiting the working chamber (31), in each case a valve body (4) which is arranged between the pump head (2) and the housing (11) and adjoins the working chamber (31) and has a through-channel (41) and a suction channel (42) that is closable by a closing body (43), and at least one outlet valve (5) which is fastened to the pump head (2) and has an outlet (53) that can be blocked by a closing body (51), wherein the through-channel (41) of the valve body (4) opens into a compression chamber (22) of the pump head (2), wherein at least one additional plunger arrangement (6) is fastened to the pump head (2), wherein the at least one additional plunger arrangement (6) has a working chamber (61) fluidically connected to the working chamber (22) of the pump head (2) and has an axially movably arranged spring-loaded additional plunger (62) which delimits the working chamber (61) and by means of which the working chamber (61) of the additional plunger arrangement (6) can be set to a predefined volume.
F04B 37/12 - Pumps specially adapted for elastic fluids and having pertinent characteristics not provided for in, or of interest apart from, groups for special use to obtain high pressure
F04B 49/16 - Control of, or safety measures for, machines, pumps, or pumping installations, not otherwise provided for in, or of interest apart from, groups by adjusting the capacity of dead spaces of working chambers
F04B 53/00 - Component parts, details or accessories not provided for in, or of interest apart from, groups or
F04B 53/16 - CasingsCylindersCylinder liners or headsFluid connections
A homogenizing valve (1) for a medium to be homogenized under systemic pressure has a valve housing (2) with an inlet channel (21) and an outlet channel (22) for the medium, a valve seat (4) which is arranged in the valve housing (2) and has a receptacle (42) through which a valve body (3) extends movably in the direction of its longitudinal axis (L), a pressure chamber (7) which is connected to the inlet channel (21) and is formed integrally in the receptacle (42) of the valve seat (4) and/or the jacket surface (33) of the valve body (3), and an adjustment unit (5) which is operatively connected to the valve body (3) and with which the axial position of the valve body (3) in the receptacle (42) is adjustable, wherein a flow of medium from the inlet channel (21) to the outlet channel (22) can be regulated by movement of the valve body (3) in the valve seat (4), wherein the valve seat (4) together with the valve body (3) is designed, on both sides of the pressure chamber (7) in the direction of movement of the valve body (3), with a shear gap formed by a blade edge (8a, 8b) and by a wall region shaped conically with respect to the latter and, downstream of the shear gap in the direction of flow, with an expansion chamber (9) connected to the outlet channel (22) . The document also describes a homogenizing valve with a mobile valve seat and a static valve body.
A high-pressure plunger pump includes a plunger assembly having a working chamber and a plunger positioned in the working chamber that is movable in an axial direction, as we as first and second control valves connected to a valve housing having at least one high-pressure line and at least one low-pressure line, which are respectively connected to the working chamber by first and second control valves. The valve housing having a high-pressure connection that opens into the high-pressure line. The first and second control valves are actuable by a control unit in such a way that a fluid, which is fed via the high-pressure connection of the valve housing and is under high pressure, is fed to the working chamber and is dischargeable via a low-pressure connection of the suction valve after driving the plunger. The plunger is coupled to a generator via a driveshaft.
A sealing device for sealing a rod that is moveable movable in a high-pressure chamber of a pressure-resistant housing filled with a liquid medium, between the high-pressure chamber and a low-pressure region. The sealing device includes a sealing cylinder and a sealing ring for statically sealing a first annular gap and which is arranged resting on an outer jacket surface of the sealing cylinder near the high-pressure-side end face. The sealing cylinder has at least one connecting channel extending from its outer jacket surface to an inner jacket surface. The position of the connecting channel is adapted to the material of the sealing cylinder for preventing deformation of the sealing cylinder in an area remote from the press ring.
A drive unit (1) has a plunger arrangement (2) with a first working chamber (21) and a plunger (22) arranged to move axially back and forth in the first working chamber (21), a valve housing (3) with a high-pressure connection (31) and a low-pressure connection (32), a valve seat ring (4) arranged in the valve housing (3) and with a second working chamber (41) fluidically connected to the first working chamber (21), a high-pressure valve seat (42) open with respect to the second working chamber and a low-pressure valve seat (43) open with respect to the second working chamber, an inlet valve (5) arranged on the high-pressure valve seat (41) between the high-pressure connection (31) and the valve seat ring (4), an outlet valve (6) arranged on the low-pressure valve seat (43) between the low-pressure connection (32) and the valve seat ring (4), wherein at least an opening of the inlet valve (5) can be controlled via the outlet valve (6) and an opening and closing of the outlet valve (6) can be controlled via a valve control unit (7), wherein in a working position the outlet valve (6) is closed and the inlet valve (5) is moved by the outlet valve (6) into an open position such that fluid that is supplied via the high-pressure connection (31) and is under high pressure can be supplied via the second working chamber (41) to the first working chamber (21) and in a non-working position the outlet valve (6) is open and the inlet valve (5) is closed such that fluid under low pressure can be discharged out of the first working chamber (21) via the second working chamber (41) and the low-pressure connection (32) after the plunger (22) is driven, wherein the at least one plunger (22) can be coupled to a consumer.
A homogenizing valve (1) for a medium to be homogenized under systemic pressure has a valve housing (2) with an inlet channel (21) and an outlet channel (22) for the medium, a valve seat (4) which is arranged in the valve housing (2) and has a receptacle (42) through which a valve body (3) extends movably in the direction of its longitudinal axis (L), a pressure chamber (7) which is connected to the inlet channel (21) and is formed integrally in the receptacle (42) of the valve seat (4) and/or the jacket surface (33) of the valve body (3), and an adjustment unit (5) which is operatively connected to the valve body (3) and with which the axial position of the valve body (3) in the receptacle (42) is adjustable, wherein a flow of medium from the inlet channel (21) to the outlet channel (22) can be regulated by movement of the valve body (3) in the valve seat (4), wherein the valve seat (4) together with the valve body (3) is designed, on both sides of the pressure chamber (7) in the direction of movement of the valve body (3), with a shear gap formed by a blade edge (8a, 8b) and by a wall region shaped conically with respect to the latter and, downstream of the shear gap in the direction of flow, with an expansion chamber (9) connected to the outlet channel (22) . The document also describes a homogenizing valve with a mobile valve seat and a static valve body.
A gap seal device includes a housing with a fluid-filled guiding chamber and a multi-part piston that is translationally and/or rotationally moveable in the guiding chamber. The piston separates a high-pressure region from a low-pressure region of the guiding chamber. The piston forms an annular gap having a nominal gap width with an inner wall delimiting the guiding chamber. The piston has a stepped rod, a sleeve, which is slipped over a stepped-down region of the rod and which has a blind hole, and a coupling. The stepped-down region of the rod or in a tube portion of the sleeve includes a stiffness change. A gap width of the annular gap that is reduced compared with the nominal gap width can be set in a region radial to the stiffness change by stress-caused expansion of an outside diameter of the tube portion of the sleeve in accordance with the set stressing force.
A pressure-regulating valve for a fluid medium that is at system pressure, e.g., for system pressures >1000 bar, has a valve housing with an inlet channel and at least one outlet channel. A valve seat arranged in the valve housing has a conical recess holding an axially mobile valve body with a lateral outer surface at least part of which is conical. The interaction of the valve body and valve seat regulate throughflow of medium from the inlet channel to the outlet channel. The valve seat, adjacent to the lateral outer surface of the valve body, includes a first pressure chamber from which there extends, in the direction of movement of the valve body, a throttle gap along the lateral outer surface of the valve body. The conical lateral outer surface of the valve body extends, in the direction of movement of the valve body, on either side of the pressure chamber through the conical recess of the valve seat.
The invention relates to a valve system of a high-pressure plunger pump, said valve system comprising: a valve body (2) having a pressure channel (3) and a suction channel (4); and a plurality of closing bodies (5, 6) and energy accumulators (8, 10) associated therewith, which, together with the valve body (2), form a pressure valve on a pressure valve side (21) of the valve body (2) and a suction valve on its opposite suction valve side (22), wherein the closing bodies (5, 6) can be pressed against outlets (32, 42) of the pressure channel (3) and of the suction channel (4) with the aid of the energy accumulators (8, 10), wherein the valve body (2) has at least one further suction channel (4), and wherein first closing bodies (5), by means of which the outlets (42) of the suction channels (4) can be closed, are in the form of balls. The invention also relates to a high-pressure plunger pump.
The invention relates to a high-pressure plunger pump (2) which comprises: at least one plunger assembly (3) having a working chamber (31) and a plunger (32) that is positioned in the working chamber (31) so as to be movable back and forth in an axial direction; at least one first control valve (5) and at least one second control valve (6) which are connected to a valve housing (4) having at least one high-pressure line (41) and at least one low-pressure line (42), the high-pressure line (41) being connected to the working chamber (31) in a sealable manner by the first control valve (5) and the low-pressure line (42) being connected to the working chamber (31) in a sealable manner by the second control valve (6), the valve housing (4) having a high-pressure connection (43) that opens into the high-pressure line (41), the at least one first control valve (5) and the at least one second control valve (6) being actuable by means of a control unit (7) in such a way that a fluid, which is fed via the high-pressure connection (43) of the valve housing (4) and is under high pressure, is fed to the working chamber (31) and can be discharged via a low-pressure connection (61) of the at least one suction valve (6) after driving the plunger (32), the at least one plunger (32) being coupled to a generator (11) via a driveshaft.
A cleaning apparatus has a hollow input shaft connectable to a hydraulic pressure source, is received in a first housing part and has a fluid conduit, with at least one lateral or axial input and at least one lateral output. At least one hollow output shaft is fluidically coupled to the hollow input shaft, received in a second housing part, and has a fluid channel, with at least one lateral input and at least one lateral or axial output. The hollow input shaft and/or the hollow output shaft is/are mounted rotatably about the longitudinal axis thereof relative to the relevant housing part. A first chamber is at least between the input or output of the hollow input shaft or the input of the at least one hollow output shaft and an interior lateral surface of a sealing sleeve. The sealing sleeve is fixed in a stationary and non-rotatable manner on the relevant housing part and arranged surrounding a portion of the hollow input or output shaft. Regions of the interior lateral surface of the sealing sleeve extending axially from the first chamber form a gap seal with the exterior lateral surface of the hollow input or output shaft.
F16C 32/06 - Bearings not otherwise provided for with moving member supported by a fluid cushion formed, at least to a large extent, otherwise than by movement of the shaft, e.g. hydrostatic air-cushion bearings
The invention relates to a sealing device for sealing a rod (2), which can be translated and/or rotated in a liquid-medium-filled high-pressure chamber (31) of a pressure-resistant housing (3), between the high-pressure chamber (31) and a low-pressure region (8), the sealing device comprising: - a sealing cylinder (4), which can be held in the housing (3) such that a first annular gap (9) is formed between a lateral outer surface (42) of the sealing cylinder (4) and an inner wall (32) of the housing (3), said inner wall delimiting the high-pressure chamber (31), and an inside diameter of a lateral inner surface (41) of the sealing cylinder (4) being sized in such a way that the rod (2) can be surrounded by the sealing cylinder such that a second annular gap (10) which forms a dynamic seal is formed; - a pressing ring (5) for the static sealing of the first annular gap (9) and for deforming a portion of the lateral inner surface (41) of the sealing cylinder (4) toward the rod (2), the pressing ring lying on the lateral outer surface (42) of the sealing cylinder (4) near a lower-pressure-side end face (44); wherein a sealing ring (7) for the static sealing of the first annular gap (9) lies on the lateral outer surface (42) of the sealing cylinder (4) near the high-pressure-side end face (45), and the sealing cylinder (4) has at least one connecting channel (43) extending from the lateral outer surface (42) of the sealing cylinder to a lateral inner surface (41), the position of the connecting channel (43) being matched to the material of the sealing cylinder (4) in order to prevent deformation of the sealing cylinder (4) in a region remote from the pressing ring (5).
A rotor nozzle includes a carrier element having an axial bore for supplying a pressurized liquid, a nozzle head rotatably mounted thereon and rotatably drivable by a hydraulically generated torque. The nozzle head has at least one laterally emerging removal nozzle in fluid-open communication with the axial bore. The removal nozzle is radially aligned. The nozzle head has at least one laterally emerging, separate drive nozzle extending at a distance from the radial and, depending on the rotational position of the nozzle head, is in communication with the axial bore via a through-bore of the carrier element.
B05B 3/06 - Spraying or sprinkling apparatus with moving outlet elements or moving deflecting elements with rotating elements driven by the liquid or other fluent material discharged, e.g. the liquid actuating a motor before passing to the outlet by jet reaction
B05B 3/02 - Spraying or sprinkling apparatus with moving outlet elements or moving deflecting elements with rotating elements
The invention relates to a gap seal device, comprising: - a housing (2), which has a fluid-filled guiding chamber (22); - a multi-part piston (3), which can be translationally and/or rotationally moved in the guiding chamber (22); wherein the piston (3) separates a high-pressure region (23) from a low-pressure region (24) of the guiding chamber (22), the piston forming an annular gap (9) having a nominal gap width (S0) with an inner wall (25) delimiting the guiding chamber (22); wherein the piston (3) has a stepped rod (4), a sleeve (5), which is slipped over a stepped-down region (42) of the rod (4) and which has a blind hole (54), and a coupling (7); wherein, in the stepped-down region (42) of the rod (4) or in a tube portion (52) of the sleeve (5), at least one stiffness change (43, 56) is provided; wherein a gap width (SV) of the annular gap (9) which is reduced in comparison with the nominal gap width (S0) can be set in a region radial to the stiffness change (43, 56) by means of stress-caused expansion of an outside diameter of the tube portion (52) of the sleeve (5) in accordance with the set stressing force (F).
A pressure-regulating valve (1) for a fluid medium that is at system pressure, preferably for system pressures > 1000 bar, has a valve housing (2) in which there are provided for the medium an inlet channel (21) and at least one outlet channel (22, 23) connected thereto, a valve seat (4) that is arranged in the valve housing (2) and has a conical recess (42) that holds an axially mobile valve body (3) with a lateral outer surface (33) of which at least part is conical, an actuating unit (5) that is actively connected to the valve body (3), wherein a throughflow of medium from the inlet channel (21) to the at least one outlet channel (22, 23) can be regulated by means of the valve body (3) interacting with the valve seat (4), there being provided in the valve seat (4), adjacent to the lateral outer surface (33) of the valve body (3), a first pressure chamber (7) whence there extends, in the direction of movement of the valve body (3), in each case a throttle gap (8) along the lateral outer surface (33) of the valve body (3), wherein the conical lateral outer surface (33) of the valve body (3) extends, in the direction of movement of the valve body (3), on either side of the pressure chamber (7) through the correspondingly conical recess (42) of the valve seat (4). The document also describes a pressure-regulating valve with a mobile valve seat and a static valve body.
F16K 37/00 - Special means in or on valves or other cut-off apparatus for indicating or recording operation thereof, or for enabling an alarm to be given
G05D 16/10 - Control of fluid pressure without auxiliary power the sensing element being a piston or plunger
G05D 16/16 - Control of fluid pressure with auxiliary non-electric power derived from the controlled fluid
F16K 11/04 - Multiple-way valves, e.g. mixing valvesPipe fittings incorporating such valvesArrangement of valves and flow lines specially adapted for mixing fluid with all movable sealing faces moving as one unit comprising only lift valves
F16K 1/44 - Details of seats or valve members of double-seat valves
B05B 9/00 - Spraying apparatus for discharge of liquid or other fluent material without essentially mixing with gas or vapour
20.
Device and method for cleaning the surface of a tool
The invention relates to a device for cleaning the surface of a tool for shaping the surface of a large-area fiber composite material body using a highly pressurized cleaning liquid, having a nozzle support which is held on a central bearing in a rotatable manner, at least one jet nozzle which is held in an arm of the nozzle support and out of which the highly pressurized cleaning liquid exits during operation, and a control unit for controlling the cleaning liquid pressure to be applied, wherein the nozzle support is surrounded by a housing which is provided with an opening towards the tool surface to be cleaned. The housing is connected to a suction device by means of which a housing interior equipped with the nozzle support can be suctioned. The housing interior is connected to an outer surrounding area via a pressure valve, and a liquid-tight seal with a flexible shape is arranged on a housing end which forms the opening, wherein the seal can be used to seal the space between the nozzle support and the body surface to be cleaned from the outer surrounding area, and the control unit has at least two pressure range settings. The invention additionally relates to a method for cleaning a surface of a tool.
The invention relates to a cleaning apparatus (1, 100) comprising a hollow input shaft (3, 300) which can be connected to a hydraulic pressure source, is received in a first housing part (2, 200) and has a fluid conduit (31, 301), with at least one lateral or axial input (32, 302) and at least one lateral output (33, 303), said apparatus also comprising at least one hollow output shaft (6, 600), which is fluidically coupled to the hollow input shaft (3, 300), is received in a second housing part (4, 400) and has a fluid channel (61, 601), with at least one lateral input (62, 602) and at least one lateral or axial output (63, 603), the hollow input shaft (3, 300) and/or the hollow output shaft (6, 600) being mounted rotatably about the longitudinal axis thereof relative to the relevant housing part (2, 200, 4, 400). A first chamber (51, 71, 501, 701) is provided at least between the input (32, 62, 302, 602) or output (33, 63, 303, 603) of the hollow input shaft (3, 300) or the input (62, 602) of the at least one hollow output shaft (6, 600) and an interior lateral surface (53, 73, 503, 703) of a sealing sleeve (5, 7, 500, 700), the sealing sleeve (5, 7, 500, 700) being fixed in a stationary manner and non-rotatably on the relevant housing part (2, 200, 4, 400) and being arranged surrounding a portion of the hollow input shaft (3, 300) or hollow output shaft (6, 600), regions of the interior lateral surface (53, 73, 503, 703) of the sealing sleeve (5, 7, 500, 700), which extend axially from the first chamber (51, 71, 501, 701), forming a gap seal (12) with the exterior lateral surface of the hollow input shaft (3, 300) or the hollow output shaft (6, 600).
B05B 13/06 - Machines or plants for applying liquids or other fluent materials to surfaces of objects or other work by spraying, not covered by groups specially designed for treating the inside of hollow bodies
B05B 13/02 - Means for supporting workArrangement or mounting of spray headsAdaptation or arrangement of means for feeding work
A device for processing a workpiece includes at least one plunger pump, which is drivable by means an electric motor and which generates a highly pressurized volume flow, which volume flow can be interrupted in controlled fashion and emerges from at least one connected consumer. The volume flow is conveyed at substantially constant high pressure via a pressure line to the consumer. The electric motor is a reluctance motor, which is controllable by a connected frequency converter. A pressure sensor is connected to the pressure line, which pressure sensor is connected to a controller.
B24C 1/08 - Methods for use of abrasive blasting for producing particular effectsUse of auxiliary equipment in connection with such methods for polishing surfaces, e.g. by making use of liquid-borne abrasives
B24C 7/00 - Equipment for feeding abrasive materialControlling the flowability, constitution, or other physical characteristics of abrasive blasts
The invention relates to a high-pressure rotor nozzle comprising a main body having a channel for supplying a highly pressurised fluid, a nozzle holder which can be rotationally driven for this purpose via a hydraulically generated torque, and which has at least one nozzle connected to the channel in a manner open for fluid and acting in accordance with an axial recoil, wherein a leakage chamber forming a hydraulic axial bearing during operation is provided between the main body and the nozzle holder that can be axially adjusted in relation to same in a recoil-dependent manner, with said leakage chamber being connected to a first gap seal between the main body and the nozzle holder guiding a leakage fluid, wherein the high-pressure rotor nozzle is designed in such a way that the leakage chamber transitions into at least one throttle gap circumferentially surrounding the nozzle holder in an axial sub-region and varying in the axial extension thereof according to the movement path of the nozzle holder, wherein the throttle gap remains the same height over the axial length thereof.
B05B 3/06 - Spraying or sprinkling apparatus with moving outlet elements or moving deflecting elements with rotating elements driven by the liquid or other fluent material discharged, e.g. the liquid actuating a motor before passing to the outlet by jet reaction
B05B 3/00 - Spraying or sprinkling apparatus with moving outlet elements or moving deflecting elements
A device for processing a workpiece, having at least one plunger pump (1) which can be driven by means of an electric motor and which serves for generating a highly pressurized volume flow, which volume flow can be interrupted in controlled fashion and emerges from at least one connected consumer (12), wherein the volume flow is conveyed at substantially constant high pressure via a pressure line (19) to the consumer (12), is designed such that the electric motor is designed as a reluctance motor (7) which is controllable by means of a connected frequency converter (2), wherein a pressure sensor (13) is connected to the pressure line (19), which pressure sensor is connected to a controller (9).
The invention relates to a device for cleaning the surface (33) of a tool (32) for shaping the surface of a large-area fiber composite material body using a highly pressurized cleaning liquid, having a nozzle support (3) which is held on a central bearing (2) in a rotatable manner, at least one jet nozzle (7) which is held in an arm (5, 6) of the nozzle support (3) and out of which the highly pressurized cleaning liquid exits during operation, and a control unit for controlling the cleaning liquid pressure to be applied, wherein the nozzle support (3) is surrounded by a housing (4) which is provided with an opening (25) towards the tool (32) surface (33) to be cleaned. The housing (4) is connected to a suction device by means of which a housing (4) interior (24) equipped with the nozzle support (3) can be suctioned. The housing (4) interior (24) is connected to an outer surrounding area via a pressure valve (14), and a liquid-tight seal (20, 21) with a flexible shape is arranged on a housing (4) end which forms the opening (25), wherein the seal can be used to seal the space between the nozzle support (3) and the body (32) surface (33) to be cleaned from the outer surrounding area, and the control unit has at least two pressure range settings. The invention additionally relates to a method for cleaning a surface (33) of a tool (32).
A sealing device comprising an intermediate bushing, which is located between an outer sleeve and an inner member mounted therein so as to be movable relative thereto and which forms a gap seal, is designed in such a way that chambers that can be filled with a pressurized fluid are provided between the intermediate bushing and the adjacent outer sleeve.
The invention relates to a high-pressure rotor nozzle comprising a main body (1) having a channel (3) for supplying a highly pressurised fluid, a nozzle holder (2) which can be rotationally driven for this purpose via a hydraulically generated torque, and which has at least one nozzle (4, 5) connected to the channel (3) in a manner open for fluid and acting in accordance with an axial recoil, wherein a leakage chamber (11) forming a hydraulic axial bearing during operation is provided between the main body (1) and the nozzle holder (2) that can be axially adjusted in relation to same in a recoil-dependent manner, with said leakage chamber being connected to a first gap seal (6) between the main body (1) and the nozzle holder (2) guiding a leakage fluid, wherein the high-pressure rotor nozzle is designed in such a way that the leakage chamber (11) transitions into at least one throttle gap (12) circumferentially surrounding the nozzle holder (2) in an axial sub-region and varying in the axial extension thereof according to the movement path of the nozzle holder (2), wherein the throttle gap (12) remains the same height over the axial length thereof.
B05B 3/00 - Spraying or sprinkling apparatus with moving outlet elements or moving deflecting elements
B05B 3/06 - Spraying or sprinkling apparatus with moving outlet elements or moving deflecting elements with rotating elements driven by the liquid or other fluent material discharged, e.g. the liquid actuating a motor before passing to the outlet by jet reaction
B05B 3/04 - Spraying or sprinkling apparatus with moving outlet elements or moving deflecting elements with rotating elements driven by the liquid or other fluent material discharged, e.g. the liquid actuating a motor before passing to the outlet
A sealing device comprising an intermediate bushing (8), which is located between an outer sleeve (7) and an inner member (6) mounted therein so as to be movable relative thereto and which forms a gap seal, is designed in such a way that chambers (9) that can be filled with a pressurized fluid are provided between the intermediate bushing (8) and the adjacent outer sleeve (7).
06 - Common metals and ores; objects made of metal
07 - Machines and machine tools
09 - Scientific and electric apparatus and instruments
Goods & Services
Metal nozzles; metal nozzles for vessel; tank and barrel
cleaning rotating metal nozzles. Mechanical high pressure cleaning devices; mechanical high
pressure pumps; mechanical plunger pumps; mechanical process
pumps; mechanical ultra high pressure cutting pumps; surface
cleaning devices; particularly runway cleaning devices;
mechanical marking removal devices; ship cleaning and paint
removal devices by application of high pressure water;
mechanical pipe cleaning devices; tube bundle cleaning
devices by application of high pressure water; pipe and
sewer cleaning nozzles as parts of mechanical devices;
mechanical vessel and autoclave cleaning devices by
application of high pressure water; machines and mechanical
devices to remove paints and other coatings by means of high
pressure water; machines and mechanical devices for sand or
ceramic casting core removal by means of high pressure
water; machines and mechanical devices for rust removal from
metal components by means of high pressure water; machines
and mechanical devices for deburring metal components by
means of high pressure water; valves as machine components,
particularly solenoid valves, multi-tool valves; splitter
nozzles as energy dissipater, changeover valves; hydraulic
and electrical spray guns, jet vacuums, water/sand jet
injectors as components of mechanical devices; the
previously mentioned machines and mechanical devices in
mobile design. Bypass controls.
06 - Common metals and ores; objects made of metal
07 - Machines and machine tools
Goods & Services
Metal nozzles for power operated sprayers; metal nozzles for vessels; rotating metal nozzles for tank and barrel cleaning Mechanical high pressure cleaning devices, namely, machines for cleaning surfaces using high pressure water; mechanical high pressure pumps for cleaning surfaces; mechanical plunger pumps; mechanical process pumps; mechanical ultra high pressure cutting pumps; surface cleaning devices, namely machines for cleaning surfaces using high pressure water; runway cleaning device, namely machines for cleaning airport runways using high pressure water; mechanical marking removal devices, namely machines for removing markings from surfaces using high pressure water with an abrasive injector; ship cleaning and paint removal devices by application of high pressure water; mechanical pipe cleaning devices, namely hydraulically driven nozzles for removal of sludge and hard crusted deposits; tube bundle cleaning devices by application of high pressure water; pipe and sewer cleaning nozzles as parts of a mechanical device, namely nozzles for high pressure water pipe and sewer cleaning machines; mechanical vessel and autoclave cleaning devices by application of high pressure water; machines, rotating nozzles and blasting guns to remove paints and other coatings by means of high pressure water; machines, rotating nozzles and blasting guns for sand or ceramic casting core removal by means of high pressure water; machines, rotating nozzles and blasting guns for rust removal from metal components by means of high pressure water; machines, rotating nozzles and blasting guns for deburring metal components by means of high pressure water; valves as machine components, namely, solenoid valves, multi-tool valves; splitter nozzles as energy dissipaters for use in machines for cleaning surfaces using high pressure water; changeover valves; hydraulic and electrical spray guns, jet vacuums, water/sand jet injectors as components of mechanical devices, namely surface cleaning machines using high pressure water; and the aforementioned machines and surface cleaners in mobile, wheeled form for ease of movement
06 - Common metals and ores; objects made of metal
07 - Machines and machine tools
09 - Scientific and electric apparatus and instruments
Goods & Services
(1) Tank and barrel cleaning rotating metal nozzles.
(2) High pressure water jetting nozzles; high pressure water jetting tools for cleaning the interior of vessels, tanks and barrels; rotating high pressure water jetting tools for surface cleaning; mechanical high pressure water cleaning systems powered by high pressure pumps; mechanical high pressure pumps; mechanical plunger pumps; mechanical ultra high pressure cutting pumps; ship cleaning and paint removal devices by application of high pressure water; mechanical high pressure water jet nozzles, rigid and flexible lances, semiautomatic water jet lance deployment machines used to clean the inside of head exchanger tubes and small diameter pipe work; pipe and sewer cleaning nozzles as parts of mechanical devices; high pressure water jetting machines for surface preparation prior to coating; high pressure water jet machines for decoring castings; high pressure water jet machines for sand or ceramic casting core removal by means of high pressure water; high pressure water jet machines for rust removal from metal components by means of high pressure water; high pressure water jet machines for de burring metal components by means of high pressure water; valves as machine components particularly, multi tool valves, bypass controls; splitter nozzles as energy dissipater, changeover valves; hydraulic and electrical spray guns, jet vacuums, water/sand jet injectors as components of mechanical devices.
(3) Mechanical process pumps; mechanical high pressure water jetting tools used to clean or remove paint and other coatings from road/runway surfaces, building structures and ship hulls.
(4) Valves as machine components particularly solenoid valves.
HYDRODYNAMIC CLEANERS, NAMELY, HIGH-PRESSURE SPRAYERS; TUBE AND SEWER CLEANING NOZZLES ATTACHED TO MACHINES; TUBE AND SEWER CLEANERS; CLEANING MACHINES HAVING IMPELLED NOZZLE SUPPORTS FOR CLEANING CONTAINERS AND SURFACES
12 - Land, air and water vehicles; parts of land vehicles
Goods & Services
Appareils hydrodynamiques pour le nettoyage, à savoir tubes
de jets à haute pression; buses et jets pour le nettoyage
des conduits et des canalisations; appareils pour le
nettoyage des récipients des réservoirs et des tonnes. Véhicules pour le nettoyage des conduits et des
canalisations.
12 - Land, air and water vehicles; parts of land vehicles
Goods & Services
Pompes, appareils hydrodynamiques de nettoyage, à savoir
tubes de jet à haute pression, ainsi que buses et jets pour
le nettoyage des conduits et des canalisations; appareils
pour le nettoyage des récipients, des réservoirs et des
tonnes. Véhicules pour le nettoyage des conduites et des
canalisations.
