A frame (10) for at least one refrigerator door is described, comprising at least a first part (11, 12) and a second part (13), characterised in that it comprises quick-coupling means (20) for fixing said first part of the frame to said second part of the frame.
E06B 3/968 - Corner joints or edge joints for windows, doors, or the like frames or wings using separate connecting pieces, e.g. T-connecting pieces characterised by the way the connecting pieces are fixed in or on the frame members
A door for a refrigerator cabinet (500) is described, comprising an infill panel (105) formed by at least a first, a second and a third slab (110, 115, 120), which are arranged mutually parallel, facing and spaced apart, so as to define at least a first and a second gap (125, 130), characterised in that it further comprises an electric lighting device (150), which is arranged along a perimeter edge of said infill panel (105).
Door (100) for a refrigeration cabinet (500) comprising: a panel (105), electric lighting means (140), and a support profile (135) arranged parallel along a perimeter edge of said panel (105) and defining a longitudinal channel (145) in which said electric lighting means (140) are accommodated, wherein said support profile (135) comprises at least a first portion (175) and a second portion (180), wherein the first portion (175) has a greater degree of opacity to the emitted light of the electric lighting means (140) with respect to the second portion (180).
A door-closing device (45, 450) for refrigeration cabinets (10) provided with a wing (30) hinged to a refrigerated compartment (15) is described, said door-closing device (45, 450) comprising: a first fixing bracket (75, 750) adapted to be fixed to the compartment (15), a second fixing bracket (180) adapted to be fixed to the wing (30), a pin (115) rotatably associated with the first plate with respect to a rotation axis (R) and to which the second bracket (180) is rotationally integral, an elastic element (60), which develops longitudinally along a longitudinal axis, is provided with a first axial end (50) and an opposite second axial end (55) and exerts an elastic force along said longitudinal axis. Wherein the first axial end (50) is hinged to the first fixing bracket according to a first hinge axis (C1) which is parallel and eccentric to the rotation axis (R) of the pin (115), and wherein the second axial end (55) is hinged, according to a second hinge axis (C2), which is parallel and eccentric to the rotation axis of the pin (R), to an arm (165, 1650), which is rotationally integral with the pin (115) about the rotation axis (R).
A door (10) for a refrigerator cabinet is described, comprising a thermally and optically transparent insulating type panel (30), lighting means (70,70') connectable to an external electrical power source, a support (60) arranged along a portion (51, 53) of the perimeter side edge (50) of said panel and configured to receive said lighting means in a removable manner.
There is disclosed a door (30) of the type with a triple-glazed panel (35) for a refrigerator cabinet (10), said door (30) comprising: a panel (35) provided with three slabs parallel to each other, a first slab (40), a second slab (60) and a third slab (80), each provided with a respective first major face (45,65,85) and an opposite second major face (50,70,90) wherein between the second major face (50) of the first slab and the first major face (65) of the second slab there is a first air space (100), and between the second major face (70) of the second slab and the first major face (85) of the third slab there is a second air space (105), and a support frame (120) which supports and frames the panel. The support frame is provided with a plurality of edging profiles including at least one edging profile (125) extending longitudinally along a longitudinal axis. Wherein the edging profile comprises a first abutment surface (130), which is flat, parallel to the longitudinal axis and on which an edge (55) of the first slab and an edge (75) of the second slab rest in contact, a second abutment surface (135), which is derived from the first abutment surface (130), is flat, perpendicular to the first abutment surface, parallel to the longitudinal axis, and on which a portion of the second major face (70) of the second slab that is near said edge (75) of the second slab rests in contact, a third abutment surface (140), which is derived from a side of the second abutment surface (135) distal from the first abutment surface (130), is flat, parallel to the first abutment surface (130) and on which an edge (95) of the third slab rests in contact, and a longitudinal cavity (145) adapted to house at least one from among a hinge rod, a stiffening rod and a heating electrical resistance, which longitudinal cavity (145) extends along a direction parallel to the longitudinal axis of the edging profile itself. Further, at least one portion of the longitudinal cavity (145) is interposed between a lying plane of the first abutment surface (130) and a lying plane of the third abutment surface (140), and the entire longitudinal cavity (145) is placed on a side of a lying plane of the second abutment surface (135) which is opposite with respect to a side where the first slab (40) is located.
A door-closing device (45, 450) for refrigeration cabinets (10) provided with a wing (30) hinged to a refrigerated compartment (15) is described, said door-closing device (45, 450) comprising: a first fixing bracket (75, 750) adapted to be fixed to the compartment (15), a second fixing bracket (180) adapted to be fixed to the wing (30), a pin (115) rotatably associated with the first plate with respect to a rotation axis (R) and to which the second bracket (180) is rotationally integral, an elastic element (60), which develops longitudinally along a longitudinal axis, is provided with a first axial end (50) and an opposite second axial end (55) and exerts an elastic force along said longitudinal axis. Wherein the first axial end (50) is hinged to the first fixing bracket according to a first hinge axis (C1) which is parallel and eccentric to the rotation axis (R) of the pin (115), and wherein the second axial end (55) is hinged, according to a second hinge axis (C2), which is parallel and eccentric to the rotation axis of the pin (R), to an arm (165, 1650), which is rotationally integral with the pin (115) about the rotation axis (R).
The invention relates to a hinge (10) for closing panels of the access opening of refrigerated cabinets, where said hinge (10) comprises: —a casing that can be fixed to a fixed frame of the access opening, where said casing contains a mechanism configured to allow tire rotation of said panel about an axis (X) between a closed position and an open position of the access opening of the refrigerated cabinet, —an elastic return means (53) to allow the return from the open position to the closed position of the panel; characterised in that said hinge (10) comprises a braking element (100) configured to interact with the aforesaid mechanism to brake the closing movement of the panel generated by said elastic return means (53).
It is described a door (10,10') for a refrigeration cabinet (1), comprising: a panel (35) of the insulating and optically transparent type, and a support frame (90) supporting and framing the panel, wherein the support frame is provided with an edging profile (100,105,110,115) extending longitudinally along a longitudinal axis and comprising a portion proximal to the panel (35) and a portion distal from the panel, wherein the distal portion comprises a convex outer surface (150) parallel to the longitudinal axis and directed with convexity to a direction opposite to the panel (35).
The invention relates to a hinge (10) for closing panels of the access opening of refrigerated cabinets, where said hinge (10) comprises: - a casing that can be fixed to a fixed frame of the access opening, where said casing contains a mechanism configured to allow the rotation of said panel about an axis (X) between a closed position and an open position of the access opening of the refrigerated cabinet, - an elastic return means (53) to allow the return from the open position to the closed position of the panel; characterised in that said hinge (10) comprises a braking element (100) configured to interact with the aforesaid mechanism to brake the closing movement of the panel generated by said elastic return means (53).
E05F 3/00 - Closers or openers with braking devices, e.g. checksConstruction of pneumatic or liquid braking devices
E05F 3/10 - Closers or openers with braking devices, e.g. checksConstruction of pneumatic or liquid braking devices with liquid piston brakes with a spring, other than a torsion spring, and a piston, the axes of which are the same or lie in the same direction
E05F 3/16 - Closers or openers with braking devices, e.g. checksConstruction of pneumatic or liquid braking devices with friction brakes
E05F 3/20 - Closers or openers with braking devices, e.g. checksConstruction of pneumatic or liquid braking devices in hinges
Described herein is a door (10) for a refrigerator cabinet (1) provided with an access opening (A), said door (10) comprising: a counter-frame (11) with rectangular shape fixed to the refrigerator cabinet (1) to surround at least partially the access opening (A), and a panel (12) able to cooperate with the counter-frame (11) to close at least partially the access opening (A) and provided with a plate (13) of insulating and optically transparent material and with a support frame (14), with quadrangular shape, able to support said plate (13).
A door (1) for refrigerators is described which comprises: - a pair of plates (5, 35), made of thermally insulating material, facing and joined by a spacer (60) which divides an interspace (65) between the plates of the pair of plates (5, 35) into a closed chamber (90) and at least one longitudinal channel (95, 100) parallel to a first side (25, 50) of the pair of plates, - a heating element (105) fixed to one of the plates (5, 35) inside the closed chamber (90), - a housing seat (S) contained in the longitudinal channel (95,100) which extends longitudinally along an axial section of the longitudinal channel (95,100) and which flows into an outlet opening (140) at a second side (30, 55) adjacent to the first side of the pair of plates (5, 35), - an electrical connection element (130) provided with a first end connected to the heating element (105) and an opposing second end which protrudes from the outlet opening (140) of the housing seat (S), at least one elongated section of the electrical connection element (130) being contained in the housing seat (S).
F25D 21/04 - Preventing the formation of frost or condensate
H05B 3/84 - Heating arrangements specially adapted for transparent or reflecting areas, e.g. for demisting or de-icing windows, mirrors or vehicle windshields
A trolley (130) for sliding doors (110) is described, comprising: a first body (135) adapted to be permanently fixed to a sliding door (110), a second body (140), at least one first wheel (145) rotatably coupled to the second body (140) according to a predetermined rotation axis (B), connecting means adapted to allow relative displacements of the second body (140) with respect to the first body (135), and locking means adapted to lock the second body (140) with respect to the first body (135) in a plurality of different relative positions between those allowed by the connecting means.
(1) Apparatus for refrigerating and lighting, namely refrigerators, lighting fixtures; metal, plastic and glass components for industrial refrigerators, namely shelving, drawers, bins and trays, metal condensers, aluminum modular insulated panels and doors for walk-in refrigerated enclosures, environmental cooling rooms and freezers.
Apparatus for refrigerating and lighting; metal components
for industrial refrigerators; plastic components for
industrial refrigerators; glass components for industrial
refrigerators.
Refrigerators; lighting fixtures; components for industrial refrigerators made from metal, plastic and/or glass, namely, shelving, drawers, bins and trays; metal condensers for industrial refrigerators; modular insulated panels and doors for walk-in refrigerated enclosures, environmental cooling rooms and freezers
17.
A FRAME AND A COUNTERFRAME FOR REFRIGERATOR CABINET DOORS
A frame (6) and a counterframe (3) for doors of refrigerator cabinets (1) comprise two concentric frames, of which one frame (30, 32) is made of plastic material and another frame (31, 33) is made of metal such as to be visible from outside the refrigerator cabinet (1) and also such as to be heat-insulated with respect to the inside of the refrigerator cabinet (1).
