[Problem] To provide an organic waste recycling promotion management system that makes it possible to reuse organic waste as recycled resources, and to promote recycling while calling for active participation in people involved in waste processing and also producing economic effects. [Solution] A waste collection and delivery business operator authorization means 11 and an energy converting business operator authorization means 13 authorize recycling promotion business operators. A collection and delivery equipment selection means 12 and an energy converting device selection means 13 are used to lend a collection and delivery equipment 53 and an energy converting device 54. A waste material collected and delivered by each business operator is subjected to an energy converting process to obtain a reclaimed oil. A reclaimed oil amount conversion means 15 calculates a reclaimed oil amount. A credit calculation means 16 calculates credits corresponding to contribution funds that a petroleum refining company 21 and a petroleum using company 22 contributed in accordance with an amount of crude oil demand, and a credit to be distributed to the recycling promotion business operator in accordance with the ratio of the reclaimed oil amount to the amount of crude oil demand.
To provide a fresh water-generating apparatus that does not require large amounts of heating energy as in the past, also does not require maintenance such as replacement of reverse osmosis membranes, and is simpler and inexpensive.
[Solution] A fresh water-generating apparatus is configured from: a first porous water-absorbing substrate 3, each hole diameter of the porous structure that is immersed in a stored liquid 4 stored in a first storage tank 1 being formed in the size of a water molecule; a blower 6 for blowing air on the upper end of the first porous water-absorbing substrate 3; a second porous water-absorbing substrate 7 for catching water vapor, which is vaporized from the upper end of the first porous water-absorbing substrate 3 by the air flow from the blower 6 and is blown out, on the front surface thereof; a storage tank 2 for storing water that condenses inside the second porous water-absorbing substrate 7 and drips from the lower part of the second porous water-absorbing substrate 7; and a guide pipe 8 for connecting air that is sent out and discharged from the second porous water-absorbing substrate 7 to the air intake side of the blower 6.
The present invention relates to a simple raincoat that can be carried at all times unobtrusively, and that can be deployed immediately at the time of use. The raincoat in a folded state is accommodated in a storage outer bag composed of divided members (21 (210), 21 (210)) connected via a tear guiding part (P or Q). A hood (31) for covering the head and a coat body part (32) for covering the body are formed integrally from a thin film sheet. An opening and closing cord (S) is passed through a cord passing portion (311) provided at the opening edge of the hood. One end of the opening and closing cord is joined to one of the divided members on the inside of an end portion of the divided member. The other end of the opening and closing cord is joined to the other divided member on the inside of an end portion of said other divided member.
B65D 85/18 - Réceptacles, éléments d'emballage ou paquets spécialement adaptés à des objets ou à des matériaux particuliers pour vêtements, chapeaux ou chaussures
4.
INFORMATION ACQUISITION METHOD USING ACCESS INFORMATION ATTACHED TO DISTRIBUTION ITEM, AND DISTRIBUTION ITEM THEREFOR
[Problem] To provide a method for effectively delivering information such as advertisements to an information recipient in a relevant region, and to reliably send evacuation guidance information in time of disaster, regardless of the scale of a facility and without installation of prescribed markers or the like in advance. [Solution] An information acquisition method via distribution items, wherein a means for accessing a prescribed site on a computer network is attached to the distribution items, the access means having information required for enabling access to a prescribed advertisement and prescribed evacuation guidance information, the advertisement and the evacuation guidance information being acquired using a terminal provided with a function that allows an access process to be executed via the access means and that allows a download process to be executed, and furthermore position information that indicates the location of the terminal being acquired by a position information acquisition means provided to the terminal, both the evacuation guidance information and the position information being displayed in a superimposed manner on the terminal screen.
G06Q 50/00 - Technologies de l’information et de la communication [TIC] spécialement adaptées à la mise en œuvre des procédés d’affaires d’un secteur particulier d’activité économique, p. ex. aux services d’utilité publique ou au tourisme
G06F 13/00 - Interconnexion ou transfert d'information ou d'autres signaux entre mémoires, dispositifs d'entrée/sortie ou unités de traitement
G06Q 30/02 - MarketingEstimation ou détermination des prixCollecte de fonds
G06Q 90/00 - Systèmes ou méthodes spécialement adaptés à des fins administratives, commerciales, financières, de gestion ou de surveillance, n'impliquant pas de traitement significatif de données
G08B 27/00 - Systèmes d'alarme dans lesquels la condition déclenchant l'alarme est signalée par une station centrale à plusieurs sous-stations
5.
DEVICE AND METHOD FOR CARBONIZING ORGANIC SUBSTANCE
[Problem] To provide a device for carbonizing organic substances and a method for carbonizing organic substances, the device and method attaining a further improvement in the energy efficiency of carbonization of the organic substances such as food waste. [Solution] A method which includes accumulating organic waste and carbonizing the organic waste with superheated steam, wherein use is made of a carbonization device comprising: a carbonization oven in which the inner walls have been lined with a porous water-absorbing base material; a superheated-steam generator; and a supply pipe part through which the superheated steam generated by the superheated-steam generator is supplied to the carbonization oven. The method comprises the following steps after introduction of the waste into the oven: a water absorption step for absorption by the porous water-absorbing base material; a first carbonization step; a second carbonization step in which carbonization is conducted at a higher temperature than in the first carbonization step; and an air-cooling step.
[Problem] To provide a fresh water-generating apparatus that does not require large amounts of heating energy as in the past, also does not require maintenance such as replacement of reverse osmosis membranes, and is simpler and inexpensive. [Solution] A fresh water-generating apparatus is configured from: a first porous water-absorbing substrate 3, each hole diameter of the porous structure that is immersed in a stored liquid 4 stored in a first storage tank 1 being formed in the size of a water molecule; a blower 6 for blowing air on the upper end of the first porous water-absorbing substrate 3; a second porous water-absorbing substrate 7 for catching water vapor, which is vaporized from the upper end of the first porous water-absorbing substrate 3 by the air flow from the blower 6 and is blown out, on the front surface thereof; a storage tank 2 for storing water that condenses inside the second porous water-absorbing substrate 7 and drips from the lower part of the second porous water-absorbing substrate 7; and a guide pipe 8 for connecting air that is sent out and discharged from the second porous water-absorbing substrate 7 to the air intake side of the blower 6.
The invention of the present application relates to a manufacturing method for a bag in which two closing cords are provided at an opening part, wherein, with one end of a thermoplastic resin sheet serving as an open end and the other end serving as a closed end, after a step in which notch parts are punched out of the sheet, a tubular part for the insertion of a cord is formed, through which a first cord and a second cord, forming a pair of front and rear cords, are inserted. The first cord, which is exposed at the notch part between two adjacent bags, is fused at a prescribed location, and in the same manner the second cord is fused at a prescribed location, the cords are cut and the sheet is fusion-cut along a bag side-edge line.
B31B 23/74 - Mécanismes caractérisés par le fait que les enveloppes ou sacs fabriqués sont rectangulaires et de forme plate, c. à d. avec un fond sans configuration particulière pour tenir compte de l'épaisseur du contenu, et sont obtenus à partir de bandes, p.ex. à partir de bandes tubulaires aplaties et ayant des moyens pour effectuer des opérations auxiliaires
B31B 1/90 - Fixation d'accessoires, non prévue ailleurs, p.ex. de dispositifs d'ouverture ou de fermeture, de ficelles de déchirure
8.
APPARATUS AND METHOD FOR CARBONIZING ORGANIC MATERIAL
Provided is an apparatus for carbonizing organic materials, which is capable of improving the carbonization efficiency of organic materials such as food waste. An apparatus for carbonizing organic materials, which is provided with: a container (2) for containing an organic material; a transfer conveyor (31) that transfers the container; a carbonization furnace (3) that is composed of a tubular body which has opening portions (3a, 3b) at the both ends in the longitudinal direction; a superheated steam generator (4); and a supply pipe (5) that supplies the superheated steam generated by the superheated steam generator (4) to the inside of the carbonization furnace (3). The apparatus for carbonizing organic materials has a configuration wherein the transfer conveyor (31) is arranged within the carbonization furnace (3).
Provided is a device that is for the carbonization of organic matter in soil and that can carbonize organic material (waste plastic items and the like) in soil in a buried state. The present invention has a configuration provided with: a boiler (2) that generates steam; a superheated steam generation device (3) that generates superheated steam from the steam transferred from the boiler; a superheated steam supply unit (4) that is buried in the ground (X) that is to be treated during carbonization, and that supplies the superheated steam into the ground; and a supply tube unit (5) that supplies the superheated steam generated by the superheated steam generation device (3) to the superheated steam supply unit (4).
Provided is a ground sterilizing device that can efficiently and sufficiently sterilize ground to be treated, and that has superior safety, being able to sterilize ground to be treated without using a chemical agent. The present invention is configured provided with: a boiler (2) that generates steam; a superheated steam generation device (3) that generates superheated steam from the steam transferred from the boiler; a superheated steam supply unit (4) that is buried in the ground (X) to be treated during sterilizing processing, and that supplies the superheated steam into the ground (X); and a supply tube unit (5) that supplies the superheated steam generated by the superheated steam generation device (3) to the superheated steam supply unit (4).
A61L 2/06 - Procédés ou appareils de désinfection ou de stérilisation de matériaux ou d'objets autres que les denrées alimentaires ou les lentilles de contactAccessoires à cet effet utilisant des phénomènes physiques de la chaleur des gaz chauds
11.
PROCESS FOR PRODUCTION OF LIQUEFIED MATERIAL FROM GLYCERIN-TYPE SOLID MATERIAL
Disclosed is a process for producing a liquefied material from a glycerin-type solid material, which can liquefy a glycerin-type solid material with high efficiency to produce a liquefied material that can be used as a fuel or the like. The process for producing a liquefied material is characterized by comprising mixing a glycerin solid material, such as a glycerin-type solid material produced as a by-product in the production of a biodiesel fuel from a plant oil, with at least one oil selected from the group consisting of a mineral oil, an animal oil and a plant oil and an acid to produce a liquefied material, wherein the acid is added so that the liquefied material has a pH value of 3 to 12.
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