mhurhangee/patent-ind-claim-en huggingface dataset:
A ligation device, comprising a clamp and a conveying unit , wherein the clamp comprises a clip and a tightening tube to tighten a rear end of the clip therein, the clip comprising two clamping arms ; the conveying unit comprises a traction line , a conveying tube and a control handle , the traction line running through the conveying tube , the control handle being connected with a rear end of the conveying tube and a rear end of the traction line to drive the traction line to operate the clamp ; at least one bearing piece is arranged at a tail of the clip , the bearing piece being configured to be deformed or broken under a certain pressure, and the bearing piece is assembled to form a hole , the traction line runs through the hole and a front end of the traction line is blocked by the bearing piece , and the bearing piece is configured to be deformed or broken under force exerted by the front end of the traction line when the clamp is released so that the clamp is disengaged from the conveying unit , characterized in that the clamping arms are separate pieces, each clamping arm has at least one bearing piece arranged at a tail, bearing pieces of the two clamping arms are assembled to form the hole , which is unclosed, and one of the clamping arms has an engagement piece , and the other one of the clamping arms has an engagement slot provided thereon, the engagement piece being inserted into the engagement slot to connect the tails of the two clamping arms . the clamp comprises a clip and a tightening tube to tighten a rear end of the clip therein, the clip comprising two clamping arms ; the conveying unit comprises a traction line , a conveying tube and a control handle , the traction line running through the conveying tube , the control handle being connected with a rear end of the conveying tube and a rear end of the traction line to drive the traction line to operate the clamp ; at least one bearing piece is arranged at a tail of the clip , the bearing piece being configured to be deformed or broken under a certain pressure, and the bearing piece is assembled to form a hole , the traction line runs through the hole and a front end of the traction line is blocked by the bearing piece , and the bearing piece is configured to be deformed or broken under force exerted by the front end of the traction line when the clamp is released so that the clamp is disengaged from the conveying unit , the clamping arms are separate pieces, each clamping arm has at least one bearing piece arranged at a tail, bearing pieces of the two clamping arms are assembled to form the hole , which is unclosed, and one of the clamping arms has an engagement piece , and the other one of the clamping arms has an engagement slot provided thereon, the engagement piece being inserted into the engagement slot to connect the tails of the two clamping arms .
A computer-implemented method for identifying information in an electronic document, wherein the electronic document may be a tax form, comprising: obtaining a set of training documents for each template of a plurality of templates for the electronic document; extracting a first set of spatial attributes for at least a first label region and at least a first corresponding value region from the set of training documents, the first set of spatial attributes representing a position of at least the first label region and at least the first value region within the training documents; training a classifier model based on the extracted spatial attributes to generate a trained classifier model; segmenting an image of the electronic document to obtain a second set of spatial attributes of candidate regions in the image, each of the candidate regions corresponding to a label or a value; identifying at least one candidate region from the candidate regions as a label to generate an identified label based on the obtained second set of spatial attributes using the trained classifier model without performing Optical Character Recognition, "OCR"; designating at least one of the candidate regions that is not identified as a label, as a designated value region; and performing OCR on the designated value region to obtain at least one value corresponding to the identified label. obtaining a set of training documents for each template of a plurality of templates for the electronic document; extracting a first set of spatial attributes for at least a first label region and at least a first corresponding value region from the set of training documents, the first set of spatial attributes representing a position of at least the first label region and at least the first value region within the training documents; training a classifier model based on the extracted spatial attributes to generate a trained classifier model; segmenting an image of the electronic document to obtain a second set of spatial attributes of candidate regions in the image, each of the candidate regions corresponding to a label or a value; identifying at least one candidate region from the candidate regions as a label to generate an identified label based on the obtained second set of spatial attributes using the trained classifier model without performing Optical Character Recognition, "OCR"; designating at least one of the candidate regions that is not identified as a label, as a designated value region; and performing OCR on the designated value region to obtain at least one value corresponding to the identified label.
Method for evaluating the position of a car of an elevator system, in which method - rotational movement data of at least one free rotating rope pulley of the elevator system is gathered, around which free pulley(s) a hoisting rope of an elevator car is guided, - wherein the free pulley is mounted to a car sling of an elevator car of the elevator system, and wherein the pulley comprises an encoder for measuring the rotational movement of the pulley, characterised in that - said movement data are transmitted to a controller that converts the movement data into position data of the car in the hoistway, - further position data are gathered from identification markers that are installed in the hoistway, and - the movement data of the rope pulley(s) are calibrated based on the position data from the identification markers. - rotational movement data of at least one free rotating rope pulley of the elevator system is gathered, around which free pulley(s) a hoisting rope of an elevator car is guided, - wherein the free pulley is mounted to a car sling of an elevator car of the elevator system, and wherein the pulley comprises an encoder for measuring the rotational movement of the pulley, characterised in that - said movement data are transmitted to a controller that converts the movement data into position data of the car in the hoistway, - further position data are gathered from identification markers that are installed in the hoistway, and - the movement data of the rope pulley(s) are calibrated based on the position data from the identification markers.
A method for providing information about peer communication devices to a network node , the method being performed by a first peer communication device , the method comprising: exchanging (S104), upon the first peer communication device appearing in the vicinity of a second peer communication device, with the second peer communication device over a device-to-device connection , any timestamped identity information and location information about other peer communication devices as previously exchanged between the second peer communication device and peer communication devices other than the first peer communication device; adding (S106) to the timestamped identity information and location information, timestamped identity information and location information about the second peer communication device as obtained from the second peer communication device ; and forwarding (S112) the timestamped identity information and location information to a network node upon experiencing network access to the network node , thereby providing information to the network node , enabling tracking of movement executed by a peer communication device other than the first and the second peer communication device. exchanging (S104), upon the first peer communication device appearing in the vicinity of a second peer communication device, with the second peer communication device over a device-to-device connection , any timestamped identity information and location information about other peer communication devices as previously exchanged between the second peer communication device and peer communication devices other than the first peer communication device; adding (S106) to the timestamped identity information and location information, timestamped identity information and location information about the second peer communication device as obtained from the second peer communication device ; and forwarding (S112) the timestamped identity information and location information to a network node upon experiencing network access to the network node , thereby providing information to the network node , enabling tracking of movement executed by a peer communication device other than the first and the second peer communication device.
Ring for a shaft bearing of a drive unit of a watercraft, comprising an annular body , a cylindrical active portion designed to provide a sliding contact function with another ring of the shaft bearing , the cylindrical active portion being segmented into a plurality of segments having a cylindrical surface, the annular body being segmented into a plurality of modules in the form of a section of an annular body , these being retractable, each module comprising a cylindrical surface segment forming part of the cylindrical active portion , characterized in that each cylindrical surface segment is removably secured to the annular body .
A dishwasher comprising a washing tub wherein the washing process is performed and a storage unit wherein the rinsing water is stored to be used again in the next washing step, characterized by a control unit that detects if the rinsing water is to be transferred to the storage unit to be used in the next washing step, and if the rinsing water is to be transferred to the storage unit , adjusts the rinsing water temperature to a temperature value higher than the rinsing water temperature when the rinsing water is not transferred to the storage unit as much as a difference value recorded in its memory.
A computer implemented method for controlling at least one driven and/or braked wheel of a heavy-duty vehicle , the method comprising configuring (S1) a default inverse tyre model and a boost inverse tyre model, where each inverse tyre model represents a respective relationship between longitudinal wheel slip (λ) and longitudinal wheel force (Fx) at the wheel , where the boost inverse tyre model is associated with a higher maximum obtainable wheel slip value (λ lim ) for the wheel compared to the default inverse tyre model, obtaining (S2) a motion request (a req ) indicative of a desired longitudinal force (F x ) to be generated by the wheel , selecting (S3) the boost inverse tyre model as active inverse tyre model, and controlling (S4) the at least one driven and/or braked wheel in dependence of the motion request (a req ) and based on the active inverse tyre model, characterized in that the boost inverse tyre model is selected as active inverse tyre model in response to detecting a boost signal and the default inverse tyre model is selected as active inverse tyre model otherwise. configuring (S1) a default inverse tyre model and a boost inverse tyre model, where each inverse tyre model represents a respective relationship between longitudinal wheel slip (λ) and longitudinal wheel force (Fx) at the wheel , where the boost inverse tyre model is associated with a higher maximum obtainable wheel slip value (λ lim ) for the wheel compared to the default inverse tyre model, obtaining (S2) a motion request (a req ) indicative of a desired longitudinal force (F x ) to be generated by the wheel , selecting (S3) the boost inverse tyre model as active inverse tyre model, and controlling (S4) the at least one driven and/or braked wheel in dependence of the motion request (a req ) and based on the active inverse tyre model, characterized in that the boost inverse tyre model is selected as active inverse tyre model in response to detecting a boost signal and the default inverse tyre model is selected as active inverse tyre model otherwise.
A method of receiving downlink control information, DCI, by a user equipment, UE, in a wireless communication system, the method comprising: receiving, through higher layer signaling, information regarding a plurality of slot format patterns each allowing to indicate a combination of a plurality of slot formats; performing blind detection for a group common physical downlink control channel, PDCCH, in a common search space, CSS, having a plurality of PDCCH candidates; and obtaining downlink control information, DCI, including a slot format indicator, SFI, indicating a slot format pattern, from the blind-detected group common PDCCH, wherein in the blind detection of the group common PDCCH, the UE selectively attempts to detect the group common PDCCH only on a PDCCH candidate at a predetermined position in the CSS having the plurality of PDCCH candidates, the SFI in the DCI corresponds to an index of the slot format pattern indicated from among the plurality of slot format patterns configured in the UE through the higher layer signaling, the UE determines a type of each symbol included in a period of one or more slots based on the slot format pattern indicated by the SFI in the DCI, and when a number of PDCCH candidates at the predetermined position is two or more, the two or more PDCCH candidates for blind detection of the group common PDCCH are contiguous. receiving, through higher layer signaling, information regarding a plurality of slot format patterns each allowing to indicate a combination of a plurality of slot formats; performing blind detection for a group common physical downlink control channel, PDCCH, in a common search space, CSS, having a plurality of PDCCH candidates; and obtaining downlink control information, DCI, including a slot format indicator, SFI, indicating a slot format pattern, from the blind-detected group common PDCCH, wherein in the blind detection of the group common PDCCH, the UE selectively attempts to detect the group common PDCCH only on a PDCCH candidate at a predetermined position in the CSS having the plurality of PDCCH candidates, the SFI in the DCI corresponds to an index of the slot format pattern indicated from among the plurality of slot format patterns configured in the UE through the higher layer signaling, the UE determines a type of each symbol included in a period of one or more slots based on the slot format pattern indicated by the SFI in the DCI, and when a number of PDCCH candidates at the predetermined position is two or more, the two or more PDCCH candidates for blind detection of the group common PDCCH are contiguous.
A method for indicating quasi co-location, QCL, indication information, comprising: generating , by a base station, reference signal configuration information, wherein each piece of reference signal configuration information is corresponding to one reference signal, and each reference signal is corresponding to at least one antenna port; performing , by the base station based on the reference signal configuration information, quasi co-location, QCL, assumption on reference signals corresponding to at least two antenna ports in the reference signals, to generate QCL indication information; and sending , by the base station, the QCL indication information to a terminal, wherein the reference signals corresponding to the at least two antenna ports comprise a reference signal used for phase noise and frequency shift estimation, wherein the sending , by the base station, the QCL indication information to the terminal comprises: sending, by the base station, the QCL indication information to the terminal by using signaling, wherein the signaling is a semi-static indication or a dynamic indication; and the signaling is at least one of a downlink control indication, radio resource control, or a physical downlink shared channel resource element mapping and a quasi co-location indicator in a downlink control indication. generating , by a base station, reference signal configuration information, wherein each piece of reference signal configuration information is corresponding to one reference signal, and each reference signal is corresponding to at least one antenna port; performing , by the base station based on the reference signal configuration information, quasi co-location, QCL, assumption on reference signals corresponding to at least two antenna ports in the reference signals, to generate QCL indication information; and sending , by the base station, the QCL indication information to a terminal, wherein the reference signals corresponding to the at least two antenna ports comprise a reference signal used for phase noise and frequency shift estimation, wherein the sending , by the base station, the QCL indication information to the terminal comprises: sending, by the base station, the QCL indication information to the terminal by using signaling, wherein the signaling is a semi-static indication or a dynamic indication; and the signaling is at least one of a downlink control indication, radio resource control, or a physical downlink shared channel resource element mapping and a quasi co-location indicator in a downlink control indication. sending, by the base station, the QCL indication information to the terminal by using signaling, wherein the signaling is a semi-static indication or a dynamic indication; and the signaling is at least one of a downlink control indication, radio resource control, or a physical downlink shared channel resource element mapping and a quasi co-location indicator in a downlink control indication.
Cleaning system for cleaning washware , comprising: a) at least one cleaning device , having at least one at least partially closed cleaning chamber with at least one application device for applying at least one cleaning liquid to the washware ; and b) at least one transport system for automatically transporting the washware , wherein the transport system comprises: a. at least one first conveyor device for inwardly transporting soiled washware ; b. at least one second conveyor device for transporting the soiled washware to the cleaning device ; c. at least one transfer device for transferring at least a portion of the soiled washware from the first conveyor device to the second conveyor device ; and d. at least one sensor for identifying occupiable regions on the second conveyor device , wherein the occupiable regions are regions that are not yet or not yet sufficiently occupied with washware , and accordingly can receive further washware ; wherein the transport system is configured to control the transfer device in such a way that the soiled washware is transferred solely to the occupiable regions of the second conveyor device . a) at least one cleaning device , having at least one at least partially closed cleaning chamber with at least one application device for applying at least one cleaning liquid to the washware ; and b) at least one transport system for automatically transporting the washware , wherein the transport system comprises: a. at least one first conveyor device for inwardly transporting soiled washware ; b. at least one second conveyor device for transporting the soiled washware to the cleaning device ; c. at least one transfer device for transferring at least a portion of the soiled washware from the first conveyor device to the second conveyor device ; and d. at least one sensor for identifying occupiable regions on the second conveyor device , wherein the occupiable regions are regions that are not yet or not yet sufficiently occupied with washware , and accordingly can receive further washware ; a. at least one first conveyor device for inwardly transporting soiled washware ; b. at least one second conveyor device for transporting the soiled washware to the cleaning device ; c. at least one transfer device for transferring at least a portion of the soiled washware from the first conveyor device to the second conveyor device ; and d. at least one sensor for identifying occupiable regions on the second conveyor device , wherein the occupiable regions are regions that are not yet or not yet sufficiently occupied with washware , and accordingly can receive further washware ;
A medicament delivery device comprising: a cartridge holder to which an injection needle holder can be fixed, the injection needle holder holding an injection needle having a proximal end and a distal end , the proximal end being protected by an inner injection needle cap detachably connected to the injection needle holder , the cartridge holder being mounted in a housing and configured to receive a cartridge of medicament; a cap assembly detachably connected to the housing ; and a gripping mechanism configured to remove the inner injection needle cap from the injection needle holder when the cap assembly is pulled away from the cartridge holder , characterised in that the gripping mechanism comprises a plurality of spring arms each having a free end , wherein the spring arms are biased towards each other and are movable relative to the cap assembly from a retracted position towards an engaged position in which the free ends fold on and clamp the inner injection needle cap , wherein the spring arms move from the retracted position towards the engaged position when the cap assembly is pulled away from the cartridge holder . a cartridge holder to which an injection needle holder can be fixed, the injection needle holder holding an injection needle having a proximal end and a distal end , the proximal end being protected by an inner injection needle cap detachably connected to the injection needle holder , the cartridge holder being mounted in a housing and configured to receive a cartridge of medicament; a cap assembly detachably connected to the housing ; and a gripping mechanism configured to remove the inner injection needle cap from the injection needle holder when the cap assembly is pulled away from the cartridge holder , characterised in that the gripping mechanism comprises a plurality of spring arms each having a free end , wherein the spring arms are biased towards each other and are movable relative to the cap assembly from a retracted position towards an engaged position in which the free ends fold on and clamp the inner injection needle cap , wherein the spring arms move from the retracted position towards the engaged position when the cap assembly is pulled away from the cartridge holder .