mhurhangee/ep-ind-claims huggingface dataset:
A device for making ice cubes, comprising a supplying device for supplying a liquid substance to at least one elongated substantially vertically oriented mould and a refrigerating device for freezing said liquid substance, which at least one mould defines a space for an ice column which is at least substantially closed at least while said liquid substance is being refrigerated, wherein said at least one mould comprises two mould halves (la, lb), which are movable relative to each other, so that the mould halves (1a, 1b) can be moved apart once the ice column has been formed, wherein said at least one mould defines a series of interconnected, hollow spaces for forming an elongated ice column of interconnected ice cubes, wherein an elongated element extends through said at least one mould in a longitudinal direction of said at least one mould, around which elongated element the ice cubes are formed in the space formed by the two mould halves (la, lb), wherein the elongated element forms a cavity in the ice cubes. a supplying device for supplying a liquid substance to at least one elongated substantially vertically oriented mould and a refrigerating device for freezing said liquid substance, which at least one mould defines a space for an ice column which is at least substantially closed at least while said liquid substance is being refrigerated, wherein said at least one mould comprises two mould halves (la, lb), which are movable relative to each other, so that the mould halves (1a, 1b) can be moved apart once the ice column has been formed, wherein said at least one mould defines a series of interconnected, hollow spaces for forming an elongated ice column of interconnected ice cubes, wherein an elongated element extends through said at least one mould in a longitudinal direction of said at least one mould, around which elongated element the ice cubes are formed in the space formed by the two mould halves (la, lb), wherein the elongated element forms a cavity in the ice cubes.
A method of operating a control device comprising: receiving at a control device (10, 100) a request communication including a request of limited access of a service device (40, 400) and wherein the request communication includes an access request ticket, wherein the request is received from a mobile intermediary device (20, 200) on behalf of a mobile request device (30, 300), wherein the intermediary device is separate to the request device, wherein the service device comprises a vehicle, and wherein the control device comprises a remote keyless entry device; authenticating the request of the limited access of the service device at the control device using an authentication and access protocol; transmitting an access communication from the control device to the intermediary device, wherein the access communication includes an access ticket to be used by the request device to gain the limited access of the service device without the control device being present; and wherein the access ticket includes a scope of the limited access of the service device (40, 400), and wherein the scope of limited access is based on the access request ticket included in the request communication. receiving at a control device (10, 100) a request communication including a request of limited access of a service device (40, 400) and wherein the request communication includes an access request ticket, wherein the request is received from a mobile intermediary device (20, 200) on behalf of a mobile request device (30, 300), wherein the intermediary device is separate to the request device, wherein the service device comprises a vehicle, and wherein the control device comprises a remote keyless entry device; authenticating the request of the limited access of the service device at the control device using an authentication and access protocol; transmitting an access communication from the control device to the intermediary device, wherein the access communication includes an access ticket to be used by the request device to gain the limited access of the service device without the control device being present; and wherein the access ticket includes a scope of the limited access of the service device (40, 400), and wherein the scope of limited access is based on the access request ticket included in the request communication.
A plasma gas swirl ring for a liquid cooled plasma arc torch, the swirl ring comprising: a substantially hollow body having a distal end, a proximal end, an interior region defined by an interior surface, and an exterior surface, the distal and the proximal ends of the body defining a longitudinal axis extending therethrough, wherein the interior region of the body is configured to receive an electrode of the plasma arc torch; a first opening disposed within a portion of the proximal end of the body, the first opening configured to provide fluid communication from the interior region to the exterior surface of the body; a second opening disposed about a central portion of the body, the second opening configured to provide fluid communication from the exterior surface to the interior region of the body; and a third opening comprising at least one swirling port disposed within a portion of the distal end of the body, the third opening fluidly connecting the interior region of the body to an exterior region, the third opening configured to provide a swirling flow of the plasma gas about the electrode at the distal end of the body, characterized in that the third opening is oriented substantially parallel to the longitudinal axis. a substantially hollow body having a distal end, a proximal end, an interior region defined by an interior surface, and an exterior surface, the distal and the proximal ends of the body defining a longitudinal axis extending therethrough, wherein the interior region of the body is configured to receive an electrode of the plasma arc torch; a first opening disposed within a portion of the proximal end of the body, the first opening configured to provide fluid communication from the interior region to the exterior surface of the body; a second opening disposed about a central portion of the body, the second opening configured to provide fluid communication from the exterior surface to the interior region of the body; and a third opening comprising at least one swirling port disposed within a portion of the distal end of the body, the third opening fluidly connecting the interior region of the body to an exterior region, the third opening configured to provide a swirling flow of the plasma gas about the electrode at the distal end of the body, characterized in that the third opening is oriented substantially parallel to the longitudinal axis.
A Joystick Electronic System (100, 700, 900) including: a handle assembly (305, 905) attached to a pivot assembly (315, 915) and rotating about a pivot point (317, 917); and a force sensing cartridge (318, 918) including a plug (320, 920) and a force sensing resistor, wherein said handle assembly (305, 905) is rotated around said pivot point (317, 917) to bring said pivot assembly (315, 915) into contact with said plug, wherein continued rotation of said handle assembly (305, 905) causes said pivot assembly (315, 915) to exert a downward force on said plug (320, 920), wherein said force sensing resistor determines the downward force exerted on said plug (320, 920); and an electromagnetic force feedback system wherein said electromagnetic force feedback system receives an indication of the downward force exerted on said plug (320, 920) and uses said downward force indication to control the amount of downward force required to angularly displace said handle assembly (305, 905). a handle assembly (305, 905) attached to a pivot assembly (315, 915) and rotating about a pivot point (317, 917); and a force sensing cartridge (318, 918) including a plug (320, 920) and a force sensing resistor, wherein said handle assembly (305, 905) is rotated around said pivot point (317, 917) to bring said pivot assembly (315, 915) into contact with said plug, wherein continued rotation of said handle assembly (305, 905) causes said pivot assembly (315, 915) to exert a downward force on said plug (320, 920), wherein said force sensing resistor determines the downward force exerted on said plug (320, 920); and an electromagnetic force feedback system wherein said electromagnetic force feedback system receives an indication of the downward force exerted on said plug (320, 920) and uses said downward force indication to control the amount of downward force required to angularly displace said handle assembly (305, 905).
A motor starter controller for an auxiliary power unit, the motor starter controller comprising: a base plate including a first side and a second side formed of a thermally conductive material; a heat producing electrical component mounted to a first side of the base plate, the heat producing electrical component having a first thermal mass; and a second electrical component (24,26) including a second thermal mass greater than the first thermal mass, the second electrical component being mounted to the second side of the base plate opposite the heat producing electrical component, whereby the second electrical component may absorb a portion of heat produced by the heat producing electrical component mounted on the first side of the base plate. a base plate including a first side and a second side formed of a thermally conductive material; a heat producing electrical component mounted to a first side of the base plate, the heat producing electrical component having a first thermal mass; and a second electrical component (24,26) including a second thermal mass greater than the first thermal mass, the second electrical component being mounted to the second side of the base plate opposite the heat producing electrical component, whereby the second electrical component may absorb a portion of heat produced by the heat producing electrical component mounted on the first side of the base plate.
A fan assembly comprising: a motor including a drive shaft; a fan including, a fan hub having an aperture through which the drive shaft extends, an inner face that faces toward the motor, and an outer face that faces away from the motor, and a plurality of fan blades that extend radially from the fan hub, a drive member coupled to the drive shaft for rotation with the drive shaft, a clip that engages the drive shaft and the outer face of the fan hub to couple the fan to the drive shaft characterized in the drive member contacting the inner face of the fan hub to define a plurality of discrete drive member contact zones between the drive member and the inner face of the fan hub, the drive member applying a pressure to the inner face of the fan hub at the drive member contact zones to inhibit movement of the fan along the drive shaft; and the clip contacting the outer face of the fan hub to define a plurality of discrete clip contact zones between the clip and the outer face of the fan hub, the clip applying a pressure to the outer face of the fan hub at the clip contact zones to inhibit movement of the fan along the drive shaft, and wherein the plurality of drive member contact zones are aligned with the plurality of clip contact zones such that both contact zones (152, 156) are located approximately the same radial distance from the aperture. a motor including a drive shaft; a fan including, a fan hub having an aperture through which the drive shaft extends, an inner face that faces toward the motor, and an outer face that faces away from the motor, and a plurality of fan blades that extend radially from the fan hub, a drive member coupled to the drive shaft for rotation with the drive shaft, a clip that engages the drive shaft and the outer face of the fan hub to couple the fan to the drive shaft characterized in the drive member contacting the inner face of the fan hub to define a plurality of discrete drive member contact zones between the drive member and the inner face of the fan hub, the drive member applying a pressure to the inner face of the fan hub at the drive member contact zones to inhibit movement of the fan along the drive shaft; and the clip contacting the outer face of the fan hub to define a plurality of discrete clip contact zones between the clip and the outer face of the fan hub, the clip applying a pressure to the outer face of the fan hub at the clip contact zones to inhibit movement of the fan along the drive shaft, and wherein the plurality of drive member contact zones are aligned with the plurality of clip contact zones such that both contact zones (152, 156) are located approximately the same radial distance from the aperture.
A method for triggering terminal response, the method comprising: after receiving a trigger message sent by a mobility management unit, a terminal sending an access request message to the mobility management unit; wherein, the trigger message includes an identification of the terminal, trigger indication identification, a valid time of the trigger indication and an address of the server; the access request message includes a trigger identification and the trigger indication identification received from the mobility management unit, and the trigger indication identification is used for distinguishing trigger messages from different servers; the trigger identification is used for indicating whether the access request message is a message responding to the trigger message; after receiving the access request message, the mobility management unit deleting the trigger message stored locally according to the trigger identification and the trigger indication identification.
A method for wireless communication, comprising: receiving, by a terminal device, first indication information sent by a network device, wherein the first indication information indicates first channel access parameters, the first channel access parameters are used for transmitting a first uplink channel, the first indication information is information carried in first Downlink Control Information, DCI, and the first DCI is used for determining transmission of the first uplink channel and a second uplink channel; determining, by the terminal device, that second channel access parameters are used for transmitting the second uplink channel; and transmitting, by the terminal device, the second uplink channel, according to the second channel access parameter; characterized in that transmitting, by the terminal device, the second uplink channel, according to the second channel access parameter comprises: transmitting, by the terminal device, the second uplink channel according to the second channel access parameters in a case that the first uplink channel and the second uplink channel belong to a same uplink burst and a channel access of the first uplink channel is failed; wherein the first uplink channel is a physical uplink shared channel, PUSCH, the second uplink channel is a sounding reference signal, SRS, and the second channel access parameters are preset channel access parameters and a channel access type in the second channel access parameters comprises Type1 channel access. receiving, by a terminal device, first indication information sent by a network device, wherein the first indication information indicates first channel access parameters, the first channel access parameters are used for transmitting a first uplink channel, the first indication information is information carried in first Downlink Control Information, DCI, and the first DCI is used for determining transmission of the first uplink channel and a second uplink channel; determining, by the terminal device, that second channel access parameters are used for transmitting the second uplink channel; and transmitting, by the terminal device, the second uplink channel, according to the second channel access parameter; characterized in that transmitting, by the terminal device, the second uplink channel, according to the second channel access parameter comprises: transmitting, by the terminal device, the second uplink channel according to the second channel access parameters in a case that the first uplink channel and the second uplink channel belong to a same uplink burst and a channel access of the first uplink channel is failed; wherein the first uplink channel is a physical uplink shared channel, PUSCH, the second uplink channel is a sounding reference signal, SRS, and the second channel access parameters are preset channel access parameters and a channel access type in the second channel access parameters comprises Type1 channel access.
Double-walled prosthesis socket in direct thermal contact with the body of a living being, having an inner wall and an outer wall which define a cavity in the form of an annular gap or flow structures, and having a heat exchanger which is integrated in the prosthesis socket, wherein a coolant flows through the annular gap or the flow structures, characterized in that a phase change material is arranged in the annular gap or the flow structures, and the PCM is configured as a compound and is in heat-transferring contact with the heat exchanger.
A method for bonding a pair of composite materials that are each provided with a melting material and a heat-resistant material, characterized in that each of the heat-resistant materials includes a heat-resistant member having a higher melting temperature than the melting material and a binder member that binds the heat-resistant member to the melting material, with the heat-resistant materials facing each other, comprising: a bonding step in which an ultrasonic wave is applied to the composite materials while applying pressure thereto with a processing member (141, 241); and heat is applied to the binder members with a heating member to thereby move the heat-resistant members from a bonding portion to a surrounding area to bond the melting materials that are opposed to each other, wherein in the bonding step, the binder members are heated with the heating member to a temperature that is greater than or equal to the glass transition temperature and less than the melting point of said binder members, and the temperature at which the binder members are heated with the heating member is less than the melting point of the melting material. a bonding step in which an ultrasonic wave is applied to the composite materials while applying pressure thereto with a processing member (141, 241); and heat is applied to the binder members with a heating member to thereby move the heat-resistant members from a bonding portion to a surrounding area to bond the melting materials that are opposed to each other, wherein in the bonding step, the binder members are heated with the heating member to a temperature that is greater than or equal to the glass transition temperature and less than the melting point of said binder members, and the temperature at which the binder members are heated with the heating member is less than the melting point of the melting material.
An appliance for preparing a beverage or a liquid food from a container containing a substance to be extracted, by introducing pressurized water into the container, the appliance comprising an extraction block with an insertion channel of the container, a container holder comprising a recess and having an extraction wall, an injection head for injecting water into the container, and an opening and closing mechanism for accomplishing a relative motion between the container holder and the injection head for opening and closing the injection head at the container holder, characterized in that the container holder is pivotably mounted with respect to the body of the extraction block, the container holder being able to pivot from an extraction position to a discharge position of the container, the appliance further comprising a mechanism for ejecting the capsule comprising a discharge rail integral with the body of the extraction block and configured to support a collar of the container when the container holder is pivoted from its extraction position to its discharge position.
A process for the recovery of at least one rare gas selected from the group consisting of krypton and xenon from an oxygen product of an air separation, said oxygen product comprising at least one rare gas selected from the group consisting of krypton and xenon, said process comprising: feeding said oxygen product or an oxygen product 900 derived therefrom to a rare gas recovery system, said rare gas recovery system being an adsorber system; and separating said oxygen product in said rare gas recovery system into rare gas-lean gaseous oxygen "GOX" and rare gas-enriched product, said separation being effected by contacting said oxygen product with rare gas selective adsorbent material in one or more adsorbent beds in the adsorber system, wherein at least about 50 mol % of said oxygen product is fed to the rare gas recovery system in the gaseous phase, and wherein the concentration of xenon in the oxygen product is no greater than 50 times the concentration of xenon in air, characterised in that the pressure of the oxygen product is increased before being fed to the rare gas recovery system. feeding said oxygen product or an oxygen product 900 derived therefrom to a rare gas recovery system, said rare gas recovery system being an adsorber system; and separating said oxygen product in said rare gas recovery system into rare gas-lean gaseous oxygen "GOX" and rare gas-enriched product, said separation being effected by contacting said oxygen product with rare gas selective adsorbent material in one or more adsorbent beds in the adsorber system, wherein at least about 50 mol % of said oxygen product is fed to the rare gas recovery system in the gaseous phase, and wherein the concentration of xenon in the oxygen product is no greater than 50 times the concentration of xenon in air,
Method of unwrapping a generally parallelepiped palletised load, which comprises making vertical and/or horizontal linear cuts (8,9,10,11,29) in a plastics material which surrounds the palletised load, characterised in that at least one of the linear cuts (9,10) has a discontinuous cut portion which comprises a plurality of cuts of constant length and pitch, the method comprising a subsequent step of tearing said discontinuous cut portion.
Valve arrangement (1, 50, 75, 100) having a main valve which has a diaphragm which selectively closes off and opens up a valve seat between a main valve inlet and a main valve outlet and has a pressure chamber which is closed off by the diaphragm and by way of which the diaphragm is able to be switched by way of application of pressure, and having a pilot valve by way of which it is possible to control a release of pressure of the pressure chamber into the main valve outlet of the main valve, wherein the pilot valve has a main body on which a pilot valve inlet and a pilot valve outlet are formed, wherein the pilot valve inlet is, via the pilot valve, selectively connectable to the pilot valve outlet and separable therefrom, and the main body is inserted into a pilot valve receptacle in an insertion direction, wherein the pilot valve receptacle has an inflow corresponding to the pilot valve inlet and has an outflow corresponding to the pilot valve outlet, wherein the inflow is connected to the pressure chamber and the outflow opens into the main valve outlet on the outflow side of the diaphragm, wherein the pilot valve inlet and the pilot valve outlet are arranged offset from one another at least in the insertion direction, wherein a fastening means is formed on the main body and a mating fastening means is formed on the pilot valve receptacle, which fastening means form a lockable and releasable connection, characterized in that the connection between the inflow and the pressure chamber is realized via a tube connection.