mhurhangee/patent-ind-claim-en huggingface dataset:
A system for providing IP multimedia services, the system comprising: a location server for providing geographic information associated with an IP address; and one or more IP multimedia subsystem, IMS, servers for providing IP multimedia services, each IMS server configured to: transmit a query to the location server in order to obtain geographic information about a user device that initiated a request for an IP multimedia service, the query including an IP address of the user device ; receive a response to the query, the response including the geographic information about the user device ; identify a region that corresponds to the geographic information about the user device ; select a destination server that resides within the identified region, wherein the destination server is a proxy IMS server for the user device and is configured to select an interrogating IMS server for the user device ; and forward information related to the request to the selected destination server . a location server for providing geographic information associated with an IP address; and one or more IP multimedia subsystem, IMS, servers for providing IP multimedia services, each IMS server configured to: transmit a query to the location server in order to obtain geographic information about a user device that initiated a request for an IP multimedia service, the query including an IP address of the user device ; receive a response to the query, the response including the geographic information about the user device ; identify a region that corresponds to the geographic information about the user device ; select a destination server that resides within the identified region, wherein the destination server is a proxy IMS server for the user device and is configured to select an interrogating IMS server for the user device ; and forward information related to the request to the selected destination server . transmit a query to the location server in order to obtain geographic information about a user device that initiated a request for an IP multimedia service, the query including an IP address of the user device ; receive a response to the query, the response including the geographic information about the user device ; identify a region that corresponds to the geographic information about the user device ; select a destination server that resides within the identified region, wherein the destination server is a proxy IMS server for the user device and is configured to select an interrogating IMS server for the user device ; and forward information related to the request to the selected destination server .
A slurry recycling apparatus in which a molded body obtained by wet molding, in magnetic field, slurry formed of alloy powder for a rare earth sintered magnet and mineral oil and/or synthetic fluid is crushed in mineral oil and/or synthetic fluid to recycle the molded body into slurry, wherein the slurry recycling apparatus including: a) a roughly crushing tank including roughly crushing teeth which roughly crush the molded body, and b) finely crushing tank including finely crushing teeth which finely crush the roughly crushed molded body, wherein a lower portion of the roughly crushing tank and an upper portion of the finely crushing tank are in communication with each other, c) a passage , wherein the finely crushing tank and a portion in the roughly crushing tank which is higher than the roughly crushing teeth are in communication with each other through the passage , and d) a filter portion provided in a halfway portion in the passage , wherein the filter portion includes a first filter and a second filter , wherein fine foreign matters which pass through the first filter are removed by the second filter , and wherein the first filter is a plate-like punching metal in which a plurality of holes are formed, and wherein the second filter is a cylindrical filter in which annular plates are laminated on each other such that a gap is formed between opposed surfaces of the annular plates. a) a roughly crushing tank including roughly crushing teeth which roughly crush the molded body, and b) finely crushing tank including finely crushing teeth which finely crush the roughly crushed molded body, wherein a lower portion of the roughly crushing tank and an upper portion of the finely crushing tank are in communication with each other, c) a passage , wherein the finely crushing tank and a portion in the roughly crushing tank which is higher than the roughly crushing teeth are in communication with each other through the passage , and d) a filter portion provided in a halfway portion in the passage , wherein the filter portion includes a first filter and a second filter , wherein fine foreign matters which pass through the first filter are removed by the second filter , and wherein the first filter is a plate-like punching metal in which a plurality of holes are formed, and wherein the second filter is a cylindrical filter in which annular plates are laminated on each other such that a gap is formed between opposed surfaces of the annular plates. wherein the filter portion includes a first filter and a second filter , wherein fine foreign matters which pass through the first filter are removed by the second filter , and wherein the first filter is a plate-like punching metal in which a plurality of holes are formed, and wherein the second filter is a cylindrical filter in which annular plates are laminated on each other such that a gap is formed between opposed surfaces of the annular plates.
An article comprising an indicator for indicating the presence of bodily exudates and an indication device for measuring changes in the indicator, the article comprising: an absorbent article for personal hygiene, designed to absorb and contain bodily exudates such as a diaper , or training pant, or incontinence insert, the absorbent article comprising: a topsheet facing the wearer, a backsheet , generally co-extensive with the topsheet and facing away from the wearer and an absorbent core , encased between the topsheet and the backsheet and wherein an indicator for indicating the presence of such bodily exudates is provided between the backsheet and the core , the indicator comprising a color-changing indicator , wherein the absorbent article and the indicator form one integral unit, the article further comprising the indication device , which comprises a housing and a connection means , such that the indication device can be removably attached to the absorbent article, wherein the indication device comprises a color sensor; wherein the indicator is located on one side of the back sheet , in liquid communication with the absorbent core ; wherein the indication device is located on the opposing side of the back sheet in the proximity of the indicator ; and wherein the back sheet is translucent to allow light which is reflected from the indicator to reach the indication device which is positioned on the opposite side of the back sheet , which is the garment side of the back sheet. an absorbent article for personal hygiene, designed to absorb and contain bodily exudates such as a diaper , or training pant, or incontinence insert, the absorbent article comprising: a topsheet facing the wearer, a backsheet , generally co-extensive with the topsheet and facing away from the wearer and an absorbent core , encased between the topsheet and the backsheet and wherein an indicator for indicating the presence of such bodily exudates is provided between the backsheet and the core , the indicator comprising a color-changing indicator , wherein the absorbent article and the indicator form one integral unit, the article further comprising the indication device , which comprises a housing and a connection means , such that the indication device can be removably attached to the absorbent article, wherein the indication device comprises a color sensor;
An electronic device port system, comprising: a first device configured to negotiate power supply contracts from a power source via a universal serial bus USB cable; and a second device configured to negotiate power supply contracts from the power source via the USB cable when the first device is unable to negotiate power supply contracts from the power source; wherein the second device is configured to activate a switch after the second device negotiates a power supply contract with the power source, the switch configured to permit the provision of power from the power source to a battery system of the electronic device per the negotiated power supply contract. a first device configured to negotiate power supply contracts from a power source via a universal serial bus USB cable; and a second device configured to negotiate power supply contracts from the power source via the USB cable when the first device is unable to negotiate power supply contracts from the power source; wherein the second device is configured to activate a switch after the second device negotiates a power supply contract with the power source, the switch configured to permit the provision of power from the power source to a battery system of the electronic device per the negotiated power supply contract.
An image processing apparatus including image forming means for printing an image on a sheet, the image processing apparatus comprising: acquisition means for acquiring user identification information about a user who is currently logged in to the image processing apparatus ; storage means for storing a job and a job execution user identification of a user who has input the job in association with each other; control means for performing control such that one or more jobs using the image forming means are not executed according to a suspension operation performed by the user; display means for displaying a job list screen displaying jobs stored in the storage means ; and cancellation means for cancelling a job selected on the job list screen, wherein the control means is configured to, when the suspension operation is performed by the user, before performing the control that one or more jobs using the image forming means are not executed, compare the job execution user identification of all jobs stored in the storage means and the user identification information acquired by the acquisition means , to suspend the one or more jobs where the job execution user identification and the user identification information acquired by the acquisition means match, and to not suspend the one or more jobs where the job execution user identification is different from the user identification information acquired by the acquisition means . acquisition means for acquiring user identification information about a user who is currently logged in to the image processing apparatus ; storage means for storing a job and a job execution user identification of a user who has input the job in association with each other; control means for performing control such that one or more jobs using the image forming means are not executed according to a suspension operation performed by the user; display means for displaying a job list screen displaying jobs stored in the storage means ; and cancellation means for cancelling a job selected on the job list screen, wherein the control means is configured to, when the suspension operation is performed by the user, before performing the control that one or more jobs using the image forming means are not executed, compare the job execution user identification of all jobs stored in the storage means and the user identification information acquired by the acquisition means , to suspend the one or more jobs where the job execution user identification and the user identification information acquired by the acquisition means match, and to not suspend the one or more jobs where the job execution user identification is different from the user identification information acquired by the acquisition means .
A communication device comprising - a processing unit (PROC); - a volatile memory (VMEM); - a non-volatile storage medium (NMEM) having stored thereon a first set of instructions and a second set of instructions; and - a communication unit (COMM) being coupled to the processing unit (PROC); wherein the communication device is configured - to selectively be operated in a standby mode of operation, in an idle mode of operation and in an active mode of operation, wherein in the standby mode of operation the processing unit does not process any instructions; - during a transition from the standby mode of operation to the idle mode of operation, to load the first set of instructions into the volatile memory (VMEM) enabling the processing unit (PROC) to execute the loaded first set of instructions; - during a transition from the idle mode of operation to the active mode of operation, to additionally load the second set of instructions into the volatile memory (VMEM) enabling the processing unit (PROC) to execute instructions from the loaded first set of instructions and the loaded second set of instructions; - wherein the processing unit (PROC) is configured, in the idle mode of operation, to interact with the communication unit (COMM) for detecting, using instructions from the first set of instructions, whether a triggering message is received via the communication unit (COMM), and to initiate the transition from the idle mode of operation to the active mode of operation in response to the detection of the triggering message. - a processing unit (PROC); - a volatile memory (VMEM); - a non-volatile storage medium (NMEM) having stored thereon a first set of instructions and a second set of instructions; and - a communication unit (COMM) being coupled to the processing unit (PROC); - to selectively be operated in a standby mode of operation, in an idle mode of operation and in an active mode of operation, wherein in the standby mode of operation the processing unit does not process any instructions; - during a transition from the standby mode of operation to the idle mode of operation, to load the first set of instructions into the volatile memory (VMEM) enabling the processing unit (PROC) to execute the loaded first set of instructions; - during a transition from the idle mode of operation to the active mode of operation, to additionally load the second set of instructions into the volatile memory (VMEM) enabling the processing unit (PROC) to execute instructions from the loaded first set of instructions and the loaded second set of instructions; - wherein the processing unit (PROC) is configured, in the idle mode of operation, to interact with the communication unit (COMM) for detecting, using instructions from the first set of instructions, whether a triggering message is received via the communication unit (COMM), and to initiate the transition from the idle mode of operation to the active mode of operation in response to the detection of the triggering message.
A vessel system for high-pressure reactions comprising: a plugged polymer cylinder reaction vessel wherein the reaction vessel is closed with a sliding plug , and wherein the reaction vessel is a microwave transparent polymer vessel with a radially extending pressure vent opening extending radially through the wall of said reaction vessel ; a supporting frame into which said reaction vessel is received wherein said supporting frame has a vent tube that is aligned with said radially extending pressure vent opening in said reaction vessel when said reaction vessel is keyed into said supporting frame ; complementing keying structure elements (56; 57) on said reaction vessel and on said frame to limit the orientation of said reaction vessel in said supporting frame and said radially extending pressure vent opening to a defined single position, said keying structure elements (56; 57) including defined corners in said supporting frame and a keyed portion of said reaction vessel for engaging said defined corners in said supporting frame; and wherein gases are released from the reaction vessel by sliding the sliding plug to open the radially extending pressure vent opening in the reaction vessel , but without removing the sliding plug from the reaction vessel or otherwise opening the reaction vessel . a plugged polymer cylinder reaction vessel wherein the reaction vessel is closed with a sliding plug , and wherein the reaction vessel is a microwave transparent polymer vessel with a radially extending pressure vent opening extending radially through the wall of said reaction vessel ; a supporting frame into which said reaction vessel is received wherein said supporting frame has a vent tube that is aligned with said radially extending pressure vent opening in said reaction vessel when said reaction vessel is keyed into said supporting frame ; complementing keying structure elements (56; 57) on said reaction vessel and on said frame to limit the orientation of said reaction vessel in said supporting frame and said radially extending pressure vent opening to a defined single position, said keying structure elements (56; 57) including defined corners in said supporting frame and a keyed portion of said reaction vessel for engaging said defined corners in said supporting frame; and wherein gases are released from the reaction vessel by sliding the sliding plug to open the radially extending pressure vent opening in the reaction vessel , but without removing the sliding plug from the reaction vessel or otherwise opening the reaction vessel .
A mild hybrid system for powering a transport climate control system, comprising: a prime mover ; a DC energy source configured to supply a first DC voltage to the transport climate control system: an inverter connected to the DC energy source and configured to change the first DC voltage from the DC energy source to a first AC voltage corresponding to the DC voltage; a transformer connected to the inverter and configured to convert the first AC voltage to a second AC voltage; a motor connected to the transformer and configured to drive a compressor of the transport climate control system, characterised in that the prime mover can be mechanically coupled to the compressor to drive the compressor ; an AC to DC to DC buck converter connected to the transformer ; and a DC load connected to the AC to DC to DC buck converter , wherein the motor is driven by the second AC voltage, the second AC voltage is greater than the first AC voltage, and wherein the AC to DC to DC buck converter converts the second AC voltage down to a second DC voltage supplied to the DC load. a prime mover ; a DC energy source configured to supply a first DC voltage to the transport climate control system: an inverter connected to the DC energy source and configured to change the first DC voltage from the DC energy source to a first AC voltage corresponding to the DC voltage; a transformer connected to the inverter and configured to convert the first AC voltage to a second AC voltage; a motor connected to the transformer and configured to drive a compressor of the transport climate control system, characterised in that the prime mover can be mechanically coupled to the compressor to drive the compressor ; an AC to DC to DC buck converter connected to the transformer ; and a DC load connected to the AC to DC to DC buck converter , wherein the motor is driven by the second AC voltage, the second AC voltage is greater than the first AC voltage, and wherein the AC to DC to DC buck converter converts the second AC voltage down to a second DC voltage supplied to the DC load. an inverter connected to the DC energy source and configured to change the first DC voltage from the DC energy source to a first AC voltage corresponding to the DC voltage; a transformer connected to the inverter and configured to convert the first AC voltage to a second AC voltage; a motor connected to the transformer and configured to drive a compressor of the transport climate control system, characterised in that the prime mover can be mechanically coupled to the compressor to drive the compressor ; an AC to DC to DC buck converter connected to the transformer ; and a DC load connected to the AC to DC to DC buck converter , wherein the motor is driven by the second AC voltage, the second AC voltage is greater than the first AC voltage, and wherein the AC to DC to DC buck converter converts the second AC voltage down to a second DC voltage supplied to the DC load.
A piezoceramic ultrasonic transducer for a vehicle, comprising: - a disc-shaped piezoceramic oscillator for generating ultrasonic waves; - a printed circuit board for providing electric power to the disc-shaped piezoceramic oscillator , and - a composite elastomeric element arranged between the disc-shaped piezoceramic oscillator and the printed circuit board for supporting the piezoceramic oscillator on the printed circuit board , wherein the composite elastomeric element includes a first elastomeric compound element and a second elastomeric compound element , wherein the first elastomeric compound element includes a first temperature dependent viscoelasticity and supports the piezoceramic oscillator on the printed circuit board in a first temperature range and the second elastomeric compound element includes a second temperature dependent viscoelasticity and supports the piezoceramic oscillator on the printed circuit board in a second temperature range different from the first temperature range. - a disc-shaped piezoceramic oscillator for generating ultrasonic waves; - a printed circuit board for providing electric power to the disc-shaped piezoceramic oscillator , and - a composite elastomeric element arranged between the disc-shaped piezoceramic oscillator and the printed circuit board for supporting the piezoceramic oscillator on the printed circuit board , wherein the composite elastomeric element includes a first elastomeric compound element and a second elastomeric compound element , wherein the first elastomeric compound element includes a first temperature dependent viscoelasticity and supports the piezoceramic oscillator on the printed circuit board in a first temperature range and the second elastomeric compound element includes a second temperature dependent viscoelasticity and supports the piezoceramic oscillator on the printed circuit board in a second temperature range different from the first temperature range.
A spreading device for trawl fishing, seismic survey operations and other water activities where it is desirable to keep distance between two sides of a towed device, said spreading device having at least one section , where each section has at least two foils , in use a front foil and a rear foil , where both foils has a front surface (10",20') and a rear surface (10',20"), said surfaces (10',10",20',20") each being defined by two edges and two side limitations , in use being front and rear edges and upper and lower side limitations and a material thickness between said front and rear surfaces, such that between the rear surface of the front foil and the front surface of the rear foil is defined a channel between said two foils , characterized in that at a predetermined distance from the front edge, on the front surface of the rear foil inside the channel , is provided a bulb at least spanning a majority of the distance between the upper and lower side limitations (8,14 15), wherein the front of the bulb is displaced between 2% and 30% of the distance between the foils edges from the front edge of the rear foil , more preferred 5% to 25% of the distance between the foils edges from the front edge of the rear foil , and most preferred 10% to 18% of the distance between the foils edges, from the front edge of the rear foil.
A film-coated tablet obtained by film coating an uncoated tablet comprising citric acid anhydride having a particle size distribution x99 of less than 210 μm or citric acid hydrate having a particle size distribution x99 of less than 210 μm, and α-tocopherol, wherein particle size is measured by laser diffraction.