mhurhangee/patent-ind-claim-en huggingface dataset:
A air-conditioning hot-water supply combined system comprises: at least one heat source unit including a compressor and a heat exchanger ; at least one indoor unit including an indoor-side heat exchanger and an indoor-side expansion device ; at least one hot-water supply unit including a refrigerant-to-water heat exchanger and a hot-water supply side expansion device ; and a branching unit that connects the indoor unit and the hot-water supply unit in parallel with each other to the heat source unit , wherein the at least one hot-water supply unit comprises a plurality of hot-water supply units , characterized by further comprising a control means configured to control the air-conditioning hot-water supply combined system such, that in a state where the at least one indoor unit and at least one of the hot-water supply units are running, when at least another one of the hot-water supply units submits an operation permission request and it is determined that, if the hot-water supply unit having submitted the operation permission request additionally runs, a capacity of the heat source unit is exceeded, at least one running indoor unit fulfilling a predetermined condition is suspended until an allowable operation capacity of the heat source unit becomes satisfied, and a performance of the heat source unit is allocated to the hot-water supply unit having submitted the request. at least one heat source unit including a compressor and a heat exchanger ; at least one indoor unit including an indoor-side heat exchanger and an indoor-side expansion device ; at least one hot-water supply unit including a refrigerant-to-water heat exchanger and a hot-water supply side expansion device ; and a branching unit that connects the indoor unit and the hot-water supply unit in parallel with each other to the heat source unit , wherein the at least one hot-water supply unit comprises a plurality of hot-water supply units , in a state where the at least one indoor unit and at least one of the hot-water supply units are running, when at least another one of the hot-water supply units submits an operation permission request and it is determined that, if the hot-water supply unit having submitted the operation permission request additionally runs, a capacity of the heat source unit is exceeded, at least one running indoor unit fulfilling a predetermined condition is suspended until an allowable operation capacity of the heat source unit becomes satisfied, and a performance of the heat source unit is allocated to the hot-water supply unit having submitted the request.
A method for manufacturing a sandwich panel comprising: a preparation step of preparing a sheet-like core layer having a honeycomb structure, sheet-like prepregs, and a thermoplastic resin sheet; a step of disposing the prepregs on opening surfaces of the core layer on an upper surface side and a lower surface side respectively, and disposing the thermoplastic resin sheet on a surface of at least one of an upper surface side and a lower surface side of the prepregs; a step of obtaining a thermoplastic resin sheet-attached sandwich panel by collectively laminating the core layer, the prepregs, and the thermoplastic resin sheet by a heating and pressurization treatment in which while pressing a flat surface of a metal plate as a pressing plate to the thermoplastic resin sheet, the metal plate is heated and pressed by a press plate of a mechanical press; and a step of separating the metal plates, wherein the preparation step includes a step of carrying out a surface treatment including one or more selected from the group consisting of a corona treatment, a plasma treatment, a flame treatment, and a primer treatment on a surface of the thermoplastic resin sheet facing the prepreg. a preparation step of preparing a sheet-like core layer having a honeycomb structure, sheet-like prepregs, and a thermoplastic resin sheet; a step of disposing the prepregs on opening surfaces of the core layer on an upper surface side and a lower surface side respectively, and disposing the thermoplastic resin sheet on a surface of at least one of an upper surface side and a lower surface side of the prepregs; a step of obtaining a thermoplastic resin sheet-attached sandwich panel by collectively laminating the core layer, the prepregs, and the thermoplastic resin sheet by a heating and pressurization treatment in which while pressing a flat surface of a metal plate as a pressing plate to the thermoplastic resin sheet, the metal plate is heated and pressed by a press plate of a mechanical press; and a step of separating the metal plates, wherein the preparation step includes a step of carrying out a surface treatment including one or more selected from the group consisting of a corona treatment, a plasma treatment, a flame treatment, and a primer treatment on a surface of the thermoplastic resin sheet facing the prepreg.
A system for removing a device from an endoscopic instrument, the system comprising: a removal element for gripping the device, the removal element having a body comprising a central portion and first and second gripping arms coupled to the central portion; and an insertion device coupled to and extending from the central portion of the removal element and having an elongate shaft configured for advancement through an opening within the device into an internal channel in the device, wherein the elongate shaft is collapsible such that an outer diameter of at least a portion of the elongate shaft is reduced upon advancement into the internal channel of the device, characterised in that the first and second gripping arms are pivotally coupled to the central portion. a removal element for gripping the device, the removal element having a body comprising a central portion and first and second gripping arms coupled to the central portion; and an insertion device coupled to and extending from the central portion of the removal element and having an elongate shaft configured for advancement through an opening within the device into an internal channel in the device, wherein the elongate shaft is collapsible such that an outer diameter of at least a portion of the elongate shaft is reduced upon advancement into the internal channel of the device, characterised in that the first and second gripping arms are pivotally coupled to the central portion.
Pressure-sensitive adhesive composition comprising a) a polymer-metal blend comprising - at least one pressure-sensitive adhesive, - at least one metal component melting in the temperature range from 50°C to 400°C, specifically a eutectic metal alloy comprising zinc, tin and/or bismuth b) at least one fibrous, electrically conductive filler, the filler being present at least partly in the form of a bound fibre network with the metal component. a) a polymer-metal blend comprising - at least one pressure-sensitive adhesive, - at least one metal component melting in the temperature range from 50°C to 400°C, specifically a eutectic metal alloy comprising zinc, tin and/or bismuth - at least one pressure-sensitive adhesive, - at least one metal component melting in the temperature range from 50°C to 400°C, specifically a eutectic metal alloy comprising zinc, tin and/or bismuth b) at least one fibrous, electrically conductive filler,
A computer-implemented method for determining a jump characteristic of an individual , the method comprising: identifying take-off of a jump performed by the individual and determining a time of initiation of the jump; determining a first vertical velocity of the individual , based on first acceleration data sensed at the initiation of the jump, using a sensor module , determining a second vertical velocity of the individual at the take-off of the jump, based on the first vertical velocity and second acceleration data sensed between the initiation of the jump and the take-off of the jump; and calculating a maximum jump height based on the second vertical velocity; wherein the sensor module is coupled to the individual and positioned at or near the expected center of mass of the individual or along the centerline of the torso of the individual ; wherein identifying take-off of the jump comprises sensing a resultant acceleration of about zero for at least 50 ms, using the sensor module , and wherein the time of initiation of the jump is determined to be a time during a period immediately preceding the take-off of the jump at which resultant acceleration sensed by the sensor module is at a minimum for the period, wherein the period spans 50 ms. identifying take-off of a jump performed by the individual and determining a time of initiation of the jump; determining a first vertical velocity of the individual , based on first acceleration data sensed at the initiation of the jump, using a sensor module , determining a second vertical velocity of the individual at the take-off of the jump, based on the first vertical velocity and second acceleration data sensed between the initiation of the jump and the take-off of the jump; and calculating a maximum jump height based on the second vertical velocity; wherein the sensor module is coupled to the individual and positioned at or near the expected center of mass of the individual or along the centerline of the torso of the individual ; wherein identifying take-off of the jump comprises sensing a resultant acceleration of about zero for at least 50 ms, using the sensor module , and wherein the time of initiation of the jump is determined to be a time during a period immediately preceding the take-off of the jump at which resultant acceleration sensed by the sensor module is at a minimum for the period, wherein the period spans 50 ms.
Pump device , comprising: - a pump configured to put fluid in motion, - a housing accommodating the pump , - at least one conduit connected to the pump and configured to transport fluid to and/or from the pump , the at least one conduit extending between the pump and the housing , thereby connecting the pump to a position at the housing where the housing is provided with at least one opening for allowing fluid to pass, and - a mounting arrangement through which the pump is mounted in the housing , characterised in that the at least one conduit is part of the mounting arrangement and has flexible properties so as to reduce an extent to which vibrations of the pump are transferred to the housing through the mounting arrangement during operation of the pump device . - a pump configured to put fluid in motion, - a housing accommodating the pump , - at least one conduit connected to the pump and configured to transport fluid to and/or from the pump , the at least one conduit extending between the pump and the housing , thereby connecting the pump to a position at the housing where the housing is provided with at least one opening for allowing fluid to pass, and - a mounting arrangement through which the pump is mounted in the housing ,
A disc brake of a utility vehicle, having - a brake carrier that is stationary in relation to the vehicle and partially surrounds a brake disc and - a brake calliper that is arranged on and partially surrounds the brake carrier , - it being possible to move the brake calliper relative to the brake carrier perpendicular to a friction surface of the brake disc via sliding guides, - a first sliding guide taking the form of a fixed bearing and a second sliding guide taking the form of a floating bearing, - at least the floating bearing being designed as a slide guide having a slideway that extends in the direction of movement of the brake calliper and a first guide element that is accommodated in the slideway characterised in that - the first guide element is arranged extending parallel to the friction surface of the brake disc on the brake calliper and the slideway is arranged on a part of the brake carrier . - a brake carrier that is stationary in relation to the vehicle and partially surrounds a brake disc and - a brake calliper that is arranged on and partially surrounds the brake carrier , - it being possible to move the brake calliper relative to the brake carrier perpendicular to a friction surface of the brake disc via sliding guides, - a first sliding guide taking the form of a fixed bearing and a second sliding guide taking the form of a floating bearing, - at least the floating bearing being designed as a slide guide having a slideway that extends in the direction of movement of the brake calliper and a first guide element that is accommodated in the slideway - the first guide element is arranged extending parallel to the friction surface of the brake disc on the brake calliper and the slideway is arranged on a part of the brake carrier .
An instrument for implanting a spine support member comprising: a main body having a handle portion for holding and guiding the instrument and bearing means at the distal end of the main body for supporting the spine support member, the main body having a first attachment means ; a spacer having at least one stop and a second fastening means complementary to the first fastening means ; wherein the fastening means are detachable from each other and fix the spacer at least in the proximal axial direction characterized in that the bearing means extends through the entire main body and the bearing means is formed as a shaft which tapers stepwise or continuously from the proximal end to the distal end. a main body having a handle portion for holding and guiding the instrument and bearing means at the distal end of the main body for supporting the spine support member, the main body having a first attachment means ; a spacer having at least one stop and a second fastening means complementary to the first fastening means ; wherein the fastening means are detachable from each other and fix the spacer at least in the proximal axial direction characterized in that the bearing means extends through the entire main body and the bearing means is formed as a shaft which tapers stepwise or continuously from the proximal end to the distal end.
A fuel cell system comprising: a fuel cell stack including a plurality of cells , each of which has a fuel electrode , an air electrode , and an electrolyte , and performs a power generation by a reaction between a fuel gas and air; a fuel supplier supplying the fuel gas to the fuel electrode ; an air supplier supplying the air to the air electrode ; a voltage detector detecting the voltage of the fuel cell stack ; and characterized by a controller stopping the supplying of the fuel gas by the fuel supplier and the supplying of the air by the air supplier when the voltage of the fuel cell stack detected by the voltage detector is decreased to be lower than a threshold voltage after the power generation of the fuel cell stack is stopped, wherein the electrolyte is a mixed conductor having an ion conductivity and an electron conductivity. a fuel cell stack including a plurality of cells , each of which has a fuel electrode , an air electrode , and an electrolyte , and performs a power generation by a reaction between a fuel gas and air; a fuel supplier supplying the fuel gas to the fuel electrode ; an air supplier supplying the air to the air electrode ; a voltage detector detecting the voltage of the fuel cell stack ; and characterized by a controller stopping the supplying of the fuel gas by the fuel supplier and the supplying of the air by the air supplier when the voltage of the fuel cell stack detected by the voltage detector is decreased to be lower than a threshold voltage after the power generation of the fuel cell stack is stopped, wherein the electrolyte is a mixed conductor having an ion conductivity and an electron conductivity.
A kit for mounting a plasterboard wall , particularly housing electrical cables and piping, comprising: - at least one pair of uprights arranged to rest on the ground ; - at least one first panel and at least one first additional panel ; - each of said uprights having, on at least a first face of the wall , a first surface for fixing the at least one first panel lying in the plane defined by said first face ; - at least one box-shaped body connected to said uprights and having a longitudinal profile, an open side and a covering sheet closing it, in order to contain cables , wires, pipes and the like, which can be positioned on said first face and designed to be connected, by fixing means to at least one between one upright of said pair of uprights and said at least a first panel ; characterized in that said kit provides a template comprising an insertion body integral with a handle for gripping by the user, said insertion body having a lower part designed to rest on the at least one first panel fixed to a pair of uprights and an upper supporting part for the at least one first additional panel to be fixed on said pair of uprights ; wherein said box-shaped body is to be interposed between said first panel and said first additional panel substantially coplanar with said first panel , said first additional panel being designed to be fixed to said first surface . - at least one pair of uprights arranged to rest on the ground ; - at least one first panel and at least one first additional panel ; - each of said uprights having, on at least a first face of the wall , a first surface for fixing the at least one first panel lying in the plane defined by said first face ; - at least one box-shaped body connected to said uprights and having a longitudinal profile, an open side and a covering sheet closing it, in order to contain cables , wires, pipes and the like, which can be positioned on said first face and designed to be connected, by fixing means to at least one between one upright of said pair of uprights and said at least a first panel ; said kit provides a template comprising an insertion body integral with a handle for gripping by the user, said insertion body having a lower part designed to rest on the at least one first panel fixed to a pair of uprights and an upper supporting part for the at least one first additional panel to be fixed on said pair of uprights ; wherein said box-shaped body is to be interposed between said first panel and said first additional panel substantially coplanar with said first panel , said first additional panel being designed to be fixed to said first surface .
A resource access method for an Internet of Things network comprising: sending , by the client and based on a constrained application protocol, an authorization request to an authorization server, wherein the authorization request carries instruction information that is used to instruct to obtain an authorization information identifier, wherein the authorization information identifier comprises an access token identifier and/or a digital signature of the authorization server; receiving , by the client, the authorization information identifier of authorization information that is generated by the authorization server according to the instruction information; sending , by the client, to a resource server, a resource access request carrying the authorization information identifier; and receiving , by the client, a resource access response returned by the resource server, wherein the resource access response is returned after the resource server receives, according to the authorization information identifier, an authorization response sent by the authorization server. sending , by the client and based on a constrained application protocol, an authorization request to an authorization server, wherein the authorization request carries instruction information that is used to instruct to obtain an authorization information identifier, wherein the authorization information identifier comprises an access token identifier and/or a digital signature of the authorization server; receiving , by the client, the authorization information identifier of authorization information that is generated by the authorization server according to the instruction information; sending , by the client, to a resource server, a resource access request carrying the authorization information identifier; and receiving , by the client, a resource access response returned by the resource server, wherein the resource access response is returned after the resource server receives, according to the authorization information identifier, an authorization response sent by the authorization server.
A conveyor and conveyor drive for filling a combine grain tank comprising: a chain and paddle conveyor disposed inside a generally vertical housing : an intermediate chamber in communication with the chain and paddle conveyor to receive grain from the chain and paddle conveyor; a gearbox that is fixed to and extends into the intermediate chamber , the gearbox driving a first coupling element around a first rotational axis, wherein the first coupling element is disposed inside the intermediate chamber , is generally circular, and has a first face defining a first plurality of teeth and a second opposing face; and an auger conveyor having an inlet and an outlet, wherein the auger conveyor comprises a conveyor tube and an auger disposed inside the conveyor tube , wherein the conveyor tube and the auger are dimensioned such that rotation of the auger within the conveyor tube conveys grain from the inlet to the outlet and wherein the auger is coupled to and driven by a second coupling element that is generally circular, and has a first face defining a second plurality of teeth; wherein each of the teeth of first coupling element is configured to engage with a corresponding tooth of the second coupling element to communicate torque from the first coupling element to the second coupling element and to drive the auger in rotation, characterized in that each of the teeth of the first coupling element defines a through-hole extending completely through from the first face to the second opposing face of said each of the teeth, and further wherein the through hole is large enough to permit grain being conveyed by the auger conveyor to pass therethrough. an intermediate chamber in communication with the chain and paddle conveyor to receive grain from the chain and paddle conveyor; a gearbox that is fixed to and extends into the intermediate chamber , the gearbox driving a first coupling element around a first rotational axis, wherein the first coupling element is disposed inside the intermediate chamber , is generally circular, and has a first face defining a first plurality of teeth and a second opposing face; and an auger conveyor having an inlet and an outlet, wherein the auger conveyor comprises a conveyor tube and an auger disposed inside the conveyor tube , wherein the conveyor tube and the auger are dimensioned such that rotation of the auger within the conveyor tube conveys grain from the inlet to the outlet and wherein the auger is coupled to and driven by a second coupling element that is generally circular, and has a first face defining a second plurality of teeth; wherein each of the teeth of first coupling element is configured to engage with a corresponding tooth of the second coupling element to communicate torque from the first coupling element to the second coupling element and to drive the auger in rotation, characterized in that each of the teeth of the first coupling element defines a through-hole extending completely through from the first face to the second opposing face of said each of the teeth, and further wherein the through hole is large enough to permit grain being conveyed by the auger conveyor to pass therethrough.