mhurhangee/patent-ind-claim-en huggingface dataset:
A server system comprising: a first receiving means for receiving, from a printing apparatus operated by a user, a registration request for registering information of the printing apparatus ; a fourth receiving means for receiving print data to be transmitted to the registered printing apparatus from an information processing apparatus; and a first transmission means for transmitting the received print data, characterized in that the server system further comprises: a second receiving means for receiving, from the printing apparatus, information regarding a first print setting item from the printing apparatus that has transmitted the registration request and identification information of the registered printing apparatus, wherein the first print setting item is a standard setting item defined by Internet Printing Protocol; and a third receiving means for receiving, from a different server system , information regarding a second print setting item by transmitting the identification information of the registered printing apparatus, wherein the second print setting item is an item that cannot be defined by the Internet Printing Protocol. a first receiving means for receiving, from a printing apparatus operated by a user, a registration request for registering information of the printing apparatus ; a fourth receiving means for receiving print data to be transmitted to the registered printing apparatus from an information processing apparatus; and a first transmission means for transmitting the received print data, characterized in that the server system further comprises: a second receiving means for receiving, from the printing apparatus, information regarding a first print setting item from the printing apparatus that has transmitted the registration request and identification information of the registered printing apparatus, wherein the first print setting item is a standard setting item defined by Internet Printing Protocol; and a third receiving means for receiving, from a different server system , information regarding a second print setting item by transmitting the identification information of the registered printing apparatus, wherein the second print setting item is an item that cannot be defined by the Internet Printing Protocol. a second receiving means for receiving, from the printing apparatus, information regarding a first print setting item from the printing apparatus that has transmitted the registration request and identification information of the registered printing apparatus, wherein the first print setting item is a standard setting item defined by Internet Printing Protocol; and a third receiving means for receiving, from a different server system , information regarding a second print setting item by transmitting the identification information of the registered printing apparatus, wherein the second print setting item is an item that cannot be defined by the Internet Printing Protocol.
An article comprising a core spun yarn comprising: a) a sheath of hard fibers ; b) elastic core fiber I , wherein elastic core fiber I is one set of elastic fiber comprising spandex; and c) elastic core fiber II , wherein elastic core fiber II is a second set of elastic fiber comprising spandex; wherein the elastic core fiber I and the elastic core fiber II have different elastic properties. a) a sheath of hard fibers ; b) elastic core fiber I , wherein elastic core fiber I is one set of elastic fiber comprising spandex; and c) elastic core fiber II , wherein elastic core fiber II is a second set of elastic fiber comprising spandex;
An ultrasonic surgical device including a cartridge for irradiating ultrasonic waves, the cartridge comprising: a cartridge housing having an empty inner space filled with a medium; an ultrasonic therapy part which is movably provided inside the cartridge housing and includes a transducer for generating focused ultrasonic waves; a window through which the ultrasonic waves generated from the transducer pass; and a driving part which moves the ultrasonic therapy part inside the cartridge housing, wherein, as the transducer moves in one direction, the distance between the window and the transducer repeatedly increases and decreases, characterized in that the driving part is shaped as a cylinder and includes an eccentric driving cam having a rotation axis spaced apart from a centre axis of the cylinder; the ultrasonic therapy part includes a connecting rod having one side coupled to an outer surface of the eccentric driving cam and a connector connected to the transducer coupled to the other side of the connecting rod; and the transducer moves according to clockwise rotation of the eccentric driving cam . a cartridge housing having an empty inner space filled with a medium; an ultrasonic therapy part which is movably provided inside the cartridge housing and includes a transducer for generating focused ultrasonic waves; a window through which the ultrasonic waves generated from the transducer pass; and a driving part which moves the ultrasonic therapy part inside the cartridge housing, wherein, as the transducer moves in one direction, the distance between the window and the transducer repeatedly increases and decreases, characterized in that the driving part is shaped as a cylinder and includes an eccentric driving cam having a rotation axis spaced apart from a centre axis of the cylinder; the ultrasonic therapy part includes a connecting rod having one side coupled to an outer surface of the eccentric driving cam and a connector connected to the transducer coupled to the other side of the connecting rod; and the transducer moves according to clockwise rotation of the eccentric driving cam .
A device for printing hollow bodies , having a segment wheel and a device for sequentially feeding the hollow bodies at the periphery of the segment wheel , wherein the segment wheel has at its periphery a plurality of segments in succession, in each case for receiving a printing blanket , wherein at least one of the printing blankets arranged on one of the segments is arranged to roll or is at least rollable on the hollow body to be printed, wherein adjacent segments are in each case separated from one another by a recess directed parallel to the rotational axis of the segment wheel , wherein the device for sequentially feeding the hollow bodies at the periphery of the segment wheel has at least one conveyor wheel and one mandrel wheel , wherein in the transport direction of the hollow bodies first the conveyor wheel , then the mandrel wheel and after the segment wheel are arranged, wherein at the periphery of the conveyor wheel a plurality of driver elements and at the periphery of the mandrel wheel a plurality of holding devices are arranged, in each case for receiving in each case one hollow body to be printed in cooperation with the segment wheel , wherein the mandrel wheel and the conveyor wheel each have an own drive (77; 78) separate from the drive of the segment wheel .
A surgical test device configured to permit a surgical tool to supply at least one actuation motion while preventing the surgical tool from performing an intended surgical function, the surgical test device comprising: a body sized and configured to engage an end effector of the surgical tool , wherein the intended surgical function comprises ejecting at least one sealing member from the end effector , wherein the body does not have sealing member openings; and a release member coupled to the body , wherein the release member is configured to engage a lockout mechanism on the surgical tool to permit the surgical tool to supply the at least one actuation motion to the end effector . a body sized and configured to engage an end effector of the surgical tool , wherein the intended surgical function comprises ejecting at least one sealing member from the end effector , wherein the body does not have sealing member openings; and a release member coupled to the body , wherein the release member is configured to engage a lockout mechanism on the surgical tool to permit the surgical tool to supply the at least one actuation motion to the end effector .
A control system comprising a load-handling clamp assembly having opposed load-clamping arms movable laterally selectively toward or away from each other and in unison with each other, along a common lateral direction, and said control system comprising a sensor assembly capable of sensing a weight of a load supported between said load-clamping arms , wherein the sensor assembly is capable of automatically in response to said weight, variably limiting a force by which said opposed load-clamping arms are movable laterally selectively toward or away from each other and in unison with each other, along said common lateral direction, characterized in that the control system comprises a side-shifting force control circuit configured to decrease a side-shifting pressure progressively in response to lower load weights, the side-shifting force control circuit containing a pressure relief valve that opens to relieve the side-shifting pressure. the sensor assembly is capable of automatically in response to said weight, variably limiting a force by which said opposed load-clamping arms are movable laterally selectively toward or away from each other and in unison with each other, along said common lateral direction, characterized in that the control system comprises a side-shifting force control circuit configured to decrease a side-shifting pressure progressively in response to lower load weights, the side-shifting force control circuit containing a pressure relief valve that opens to relieve the side-shifting pressure.
A dental handpiece, comprising an outer sleeve , a tool-holding socket for holding a treatment tool arranged in the handpiece, wherein the tool-holding socket has a central axis about which the tool-holding socket can be rotated and/or oscillated and wherein the tool-holding socket is arranged to be driven by a driveshaft of the handpiece driven by a motor housed in said outer sleeve , characterized in that at least one Peltier element is received in the handpiece in thermal contact with the tool-holding socket , the at least one Peltier element having a cool face in thermal contact with the tool-holding socket to cool a treatment tool held therein when the tool is driven in rotation or oscillation.
A wear monitoring system for a gas turbine engine for measuring incursion depth into an abradable coating , the system comprising: a layer of abradable coating having a depth; a measurement circuit including a plurality of conductive leads disposed within the abradable coating , the conductive leads spaced radially apart within a common radial plane corresponding to the depth of the abradable coating ; a plurality of resistor elements (90a-e), each of the plurality of resistor elements (90a-e) in electrical communication with one of the plurality of conductive leads , wherein an electrical characteristic of the measurement circuit varies responsive to cutting of one or more of the plurality of conductive leads by a passing airfoil ; characterised in that the system further comprises a radio frequency identification tag (RFID) disposed within the abradable coating and connected to the measurement circuit ; and an antenna disposed within the abradable coating and connected to the RFID . a layer of abradable coating having a depth; a measurement circuit including a plurality of conductive leads disposed within the abradable coating , the conductive leads spaced radially apart within a common radial plane corresponding to the depth of the abradable coating ; a plurality of resistor elements (90a-e), each of the plurality of resistor elements (90a-e) in electrical communication with one of the plurality of conductive leads , wherein an electrical characteristic of the measurement circuit varies responsive to cutting of one or more of the plurality of conductive leads by a passing airfoil ; characterised in that the system further comprises a radio frequency identification tag (RFID) disposed within the abradable coating and connected to the measurement circuit ; and an antenna disposed within the abradable coating and connected to the RFID .
An antibody or fragment thereof wherein said antibody or fragment comprises a photocaged amino acid in one of the CDRs of its antigen binding region, wherein: i) the photocaged amino acid comprises a light-removable protection group; ii) the photocaged amino acid is present at a site in which the photocaged amino acid inhibits interaction and/or binding of the antibody to its antigen, wherein binding and/or interaction of the antibody to its antigen can be induced upon activation with a light source, and wherein the antibody or fragment thereof is conjugated to another moiety.
A method for transmitting data and wireless power by a wireless power transmitter , comprising: generating the wireless power at an operating frequency; setting (S1200) a number of N cycles used to transmit each bit used for transmitting the data at the operating frequency; aligning (S1205) each bit to the N cycles; transitioning (S1210) the operating frequency between differential bi-phases based on a value of the each bit during the N cycles; and transmitting (S1215) the wireless power to a wireless power receiver based on magnetic coupling at the transitioned operating frequency, chacarterised in that the number of N cycles is variably set based on a modulation level, wherein the wireless power transmitter transmits a capability packet to the wireless power receiver , and wherein the capability packet includes information on the modulation level. generating the wireless power at an operating frequency; setting (S1200) a number of N cycles used to transmit each bit used for transmitting the data at the operating frequency; aligning (S1205) each bit to the N cycles; transitioning (S1210) the operating frequency between differential bi-phases based on a value of the each bit during the N cycles; and transmitting (S1215) the wireless power to a wireless power receiver based on magnetic coupling at the transitioned operating frequency, chacarterised in that the number of N cycles is variably set based on a modulation level, wherein the wireless power transmitter transmits a capability packet to the wireless power receiver , and wherein the capability packet includes information on the modulation level.
A laminated dimpled foil metallic heat shield assembly having a cylindrical structure with an outer diameter and an inner diameter , comprising: a first metallic layer defining the outer diameter , an inboard edge and an outboard edge of the laminated dimpled foil metallic heat shield assembly; a second metallic layer defining the inner diameter of the laminated dimpled foil metallic heat shield assembly; a first dimpled foil layer extending about a first circumference between the inner diameter and the outer diameter ; wherein the first dimpled foil layer comprises a plane of metallic material having a plurality of dimples raised above and below the plane of metallic material; and a second dimpled foil layer extending about a second circumference between the inner diameter and the outer diameter ; wherein the plurality of dimples are configured to inhibit nesting or stacking of dimples. a first metallic layer defining the outer diameter , an inboard edge and an outboard edge of the laminated dimpled foil metallic heat shield assembly; a second metallic layer defining the inner diameter of the laminated dimpled foil metallic heat shield assembly; a first dimpled foil layer extending about a first circumference between the inner diameter and the outer diameter ; wherein the first dimpled foil layer comprises a plane of metallic material having a plurality of dimples raised above and below the plane of metallic material; and a second dimpled foil layer extending about a second circumference between the inner diameter and the outer diameter ; wherein the plurality of dimples are configured to inhibit nesting or stacking of dimples.
A method of fabricating a metal pipeline by friction stir welding (FSW) along a circumferential interface between lengths of pipe disposed end-to-end or between a length of pipe and a pipeline accessory, the method comprising: spinning first and second FSW tools about respective axes of rotation in contact with a pipe wall to heat, plasticise and stir respective zones of plasticised metal at the interface, the zone of plasticised metal produced by the second FSW tool 70b extending deeper into the pipe wall than the zone of plasticised metal produced by the first FSW tool 70a; and effecting relative circumferential movement of the FSW tools along the interface such that the second FSW tool follows the first FSW tool in a traverse direction and enters the zone of plasticised metal produced by the first FSW tool while the metal in that zone remains plastic. spinning first and second FSW tools about respective axes of rotation in contact with a pipe wall to heat, plasticise and stir respective zones of plasticised metal at the interface, the zone of plasticised metal produced by the second FSW tool 70b extending deeper into the pipe wall than the zone of plasticised metal produced by the first FSW tool 70a; and effecting relative circumferential movement of the FSW tools along the interface such that the second FSW tool follows the first FSW tool in a traverse direction and enters the zone of plasticised metal produced by the first FSW tool while the metal in that zone remains plastic.
Method for adaptive beamforming of at least one acoustic signal detected by means of an array formed by a plurality of receivers at a predetermined sampling rate and a predetermined block size, using adaptive filter coefficients which update according to a predetermined adaptation rate, the adaptation rate of each receiver being dependent at least on the power of the signal detected by the respective receiver, comprising the steps of - determining the mean signal power of the reception panorama of the signals received by the receivers of the array, - applying a predetermined adaptation rate to those subregions of the reception panorama whose detected signal has a signal power equal to or greater than the average signal power, the predetermined adaptation rate having a higher frequency than the adaptation rate of those subregions of the reception panorama whose detected signal has a signal power lower than the average signal power. - determining the mean signal power of the reception panorama of the signals received by the receivers of the array, - applying a predetermined adaptation rate to those subregions of the reception panorama whose detected signal has a signal power equal to or greater than the average signal power, the predetermined adaptation rate having a higher frequency than the adaptation rate of those subregions of the reception panorama whose detected signal has a signal power lower than the average signal power.
A disinfection device for disinfecting a surface on a passenger conveying device , which passenger conveying device is part of a passenger transport system and is used for conveying passengers within a building structure ; wherein the disinfection device comprises a controller for controlling an operation of the disinfection device ; wherein the controller of the disinfection device is adapted to be connected to a control unit of the passenger transport system via a bidirectional communication system , and wherein the controller of the disinfection device is adapted to send status signals, which reflect information about a current operation, a current state and/or a current configuration of the disinfection device , to the control unit and to receive control signals generated by the control unit of the passenger transport system taking into account received status signals, wherein the controller controls the operation of the disinfection device taking into account received control signals, characterized in that the controller of the disinfection device is adapted to control a disinfection intensity with which the disinfection device disinfects the surface to be disinfected, depending on control signals which are transmitted to the controller by the control unit of the passenger transport system and which indicate an operating parameter of the disinfection device correlating with a disinfection intensity currently to be effected. wherein the controller of the disinfection device is adapted to be connected to a control unit of the passenger transport system via a bidirectional communication system , and wherein the controller of the disinfection device is adapted to send status signals, which reflect information about a current operation, a current state and/or a current configuration of the disinfection device , to the control unit and to receive control signals generated by the control unit of the passenger transport system taking into account received status signals, wherein the controller controls the operation of the disinfection device taking into account received control signals, characterized in that the controller of the disinfection device is adapted to control a disinfection intensity with which the disinfection device disinfects the surface to be disinfected, depending on control signals which are transmitted to the controller by the control unit of the passenger transport system and which indicate an operating parameter of the disinfection device correlating with a disinfection intensity currently to be effected.
Packaging line designed for at least partially automatic changing of one of a plurality of robots , the packaging line comprising - a base frame , - a plurality of robots attached to the base frame one after the other in the passage direction of the packaging line , - a control (1*) for controlling at least all robots of the packaging line , characterized by - respectively a robot base with a robot arm of the robot fastened thereto, - an assembly device for automatic assembly or disassembly of the robot at a defined assembly position, with - a positioning device for exact automatic positioning at the mounting position and - a fixing device for automatic mechanical fixing of the robot at the mounting position, - a coupling device for automatically coupling or uncoupling the data connection and the power connection of each robot with respect to corresponding counter connections of the packaging line , - wherein the control (1*) is capable of controlling at least the operations necessary for the at least partially automatic changing operation of a robot on the packaging line side. - a base frame , - a plurality of robots attached to the base frame one after the other in the passage direction of the packaging line , - a control (1*) for controlling at least all robots of the packaging line , characterized by - respectively a robot base with a robot arm of the robot fastened thereto, - an assembly device for automatic assembly or disassembly of the robot at a defined assembly position, with - a positioning device for exact automatic positioning at the mounting position and - a fixing device for automatic mechanical fixing of the robot at the mounting position, - a positioning device for exact automatic positioning at the mounting position and - a fixing device for automatic mechanical fixing of the robot at the mounting position, - a coupling device for automatically coupling or uncoupling the data connection and the power connection of each robot with respect to corresponding counter connections of the packaging line , - wherein the control (1*) is capable of controlling at least the operations necessary for the at least partially automatic changing operation of a robot on the packaging line side.