mhurhangee/ep-ind-claims huggingface dataset:
A method for resolving radar ambiguity using multiple hypothesis tracking, the method comprising: (a) choosing a single waveform for each of a plurality of dwells of a first scan, wherein the single waveforms of consecutive scans are different; (b) generating the first scan using the single waveform for each of the dwells of the first scan; (c) receiving observation data as a result of the first scan, the observation data comprising measured positions of true targets and false targets; (d) generating position predictions for true targets and false targets on the basis of tracks formed by multiple hypothesis tracking; (e) comparing the predicted positions and measured positions; repeating (a)-(e) until a preselected process condition is met, wherein the preselected process condition is met when the predicted position is within a preselected distance of the measured position; and determining the true targets based on the results of the comparisons. (a) choosing a single waveform for each of a plurality of dwells of a first scan, wherein the single waveforms of consecutive scans are different; (b) generating the first scan using the single waveform for each of the dwells of the first scan; (c) receiving observation data as a result of the first scan, the observation data comprising measured positions of true targets and false targets; (d) generating position predictions for true targets and false targets on the basis of tracks formed by multiple hypothesis tracking; (e) comparing the predicted positions and measured positions;
A communication method, wherein a protocol data unit, PDU, session of a terminal is anchored to an anchor user plane gateway through an access network device, a user plane path between the terminal and the anchor user plane gateway comprises a first link and a second link, the first link is a user plane data link for communication between the terminal and the access network device, and the second link is a user plane data link for communication between the access network device and the anchor user plane gateway; and the method comprises: obtaining (701, 702), by a first device, packet loss statuses of a service flow on the first link and the second link, wherein the first device is the access network device or the anchor user plane gateway; determining, by the first device, a quantity of consecutive lost packets of the service flow on the user plane path based on the packet loss statuses of the service flow on the first link and the second link; and when the quantity of consecutive lost packets of the service flow on the user plane path reaches a first threshold, triggering, by the first device, enabling of a high-reliability transmission mechanism for the service flow, wherein the first threshold is determined by the first device based on survival time corresponding to the service flow. obtaining (701, 702), by a first device, packet loss statuses of a service flow on the first link and the second link, wherein the first device is the access network device or the anchor user plane gateway; determining, by the first device, a quantity of consecutive lost packets of the service flow on the user plane path based on the packet loss statuses of the service flow on the first link and the second link; and when the quantity of consecutive lost packets of the service flow on the user plane path reaches a first threshold, triggering, by the first device, enabling of a high-reliability transmission mechanism for the service flow, wherein the first threshold is determined by the first device based on survival time corresponding to the service flow.
A floating structure comprising: a floating main structure; a tank that is provided in the floating main structure and includes a tank body capable of storing liquefied gas therein; a receiving part (70, 700) that is disposed below the tank to cover the tank from below and includes a receiving surface (71, 710) and a recess (72, 720) recessed from the receiving surface (71, 710); a pump that is provided in the recess (72, 720); and a return line that is connected to the pump, characterized in that the tank includes a heat shield wall covering an outer surface of the tank body, and the return line returns the liquefied gas pumped by the pump into the tank body. a floating main structure; a tank that is provided in the floating main structure and includes a tank body capable of storing liquefied gas therein; a receiving part (70, 700) that is disposed below the tank to cover the tank from below and includes a receiving surface (71, 710) and a recess (72, 720) recessed from the receiving surface (71, 710); a pump that is provided in the recess (72, 720); and a return line that is connected to the pump, characterized in that the tank includes a heat shield wall covering an outer surface of the tank body, and the return line returns the liquefied gas pumped by the pump into the tank body.
Drive and locking device for transmitting torques to an operating device of a driven or stationary tool holder, the drive and locking device having a pin, a first portion of the pin being designed for form-fitting torque transmission between the drive and locking device and a tool holder and having first locking means, characterized in that a second portion of the pin has second locking means, and in that the second portion is in the form of a cylinder.
A computer implemented method for determining whether a bone of a patient is injured, comprising: receiving a medical image of a bone of a patient; generating a synthesized bone image over the bone in the medical image to provide a reconstructed image, the synthesized bone image representing uninjured bone; and comparing the medical image with the reconstructed image to evaluate an injury to the bone of the patient, wherein generating a synthesized bone image over the bone in the medical image to provide a reconstructed image, the synthesized bone image representing uninjured bone comprises: generating a skeletal segmentation model from the medical image; for each respective region of interest in a plurality of regions of interest in the skeletal segmentation model: defining a mask over the bone in the medical image for the respective region of interest, and generating a synthesized bone image portion over the mask in the medical image for the respective region of interest using a generative adversarial network; and combining the synthesized bone image portions for the plurality of regions of interest to form the synthesized bone image. receiving a medical image of a bone of a patient; generating a synthesized bone image over the bone in the medical image to provide a reconstructed image, the synthesized bone image representing uninjured bone; and comparing the medical image with the reconstructed image to evaluate an injury to the bone of the patient, wherein generating a synthesized bone image over the bone in the medical image to provide a reconstructed image, the synthesized bone image representing uninjured bone comprises: generating a skeletal segmentation model from the medical image; for each respective region of interest in a plurality of regions of interest in the skeletal segmentation model: defining a mask over the bone in the medical image for the respective region of interest, and generating a synthesized bone image portion over the mask in the medical image for the respective region of interest using a generative adversarial network; and combining the synthesized bone image portions for the plurality of regions of interest to form the synthesized bone image. for each respective region of interest in a plurality of regions of interest in the skeletal segmentation model: defining a mask over the bone in the medical image for the respective region of interest, and generating a synthesized bone image portion over the mask in the medical image for the respective region of interest using a generative adversarial network; and defining a mask over the bone in the medical image for the respective region of interest, and generating a synthesized bone image portion over the mask in the medical image for the respective region of interest using a generative adversarial network; and combining the synthesized bone image portions for the plurality of regions of interest to form the synthesized bone image.
Method of disinfecting medical instruments in a disinfection enclosure including means of generating UV radiation for disinfecting instruments and a corresponding implanted sensor suitable for operating an instrument disinfection cycle, characterised in that each instrument contains identification information and in that the method includes the following steps: - acquiring identification information on the or each instrument when placed in and removed from the enclosure at the beginning and at the end of a disinfection cycle; - acquiring characterisation information on the disinfection cycle, the characterisation information on the disinfection cycle comprising information on the UV dose emitted during the cycle; and - linking identification information on the or each instrument and characterisation information on the disinfection cycle to create traceability information on disinfection of the or each instrument, said traceability information only being produced if the corresponding instrument has in fact been identified when placed in and removed from the enclosure before and after the disinfection cycle respectively. - acquiring identification information on the or each instrument when placed in and removed from the enclosure at the beginning and at the end of a disinfection cycle; - acquiring characterisation information on the disinfection cycle, the characterisation information on the disinfection cycle comprising information on the UV dose emitted during the cycle; and - linking identification information on the or each instrument and characterisation information on the disinfection cycle to create traceability information on disinfection of the or each instrument, said traceability information only being produced if the corresponding instrument has in fact been identified when placed in and removed from the enclosure before and after the disinfection cycle respectively.
An article comprising a wireless IC device comprising: a wireless IC chip connected to a loop-shaped electrode; the article further comprising a radiation electrode which is configured to operate as a radiator, and is formed as a planar-shaped electrode having a cutout portion, wherein an inner peripheral edge of the cutout portion of the radiation electrode faces the loop-shaped electrode and is configured to be magnetically coupled to the loop-shaped electrode, wherein the cutout portion is formed as non-conductive portion completely surrounded by the planar-shaped electrode and wherein the loop-shaped electrode is arranged inside the non-conductive portion, wherein the area of the non-conductive portion is larger than the area occupied by the loop-shaped electrode, and the loop-shaped electrode is located adjacent to the radiation electrode, characterized by the center of the loop-shaped electrode being offset from the center of the non-conductive portion towards the inner peripheral edge. a wireless IC chip connected to a loop-shaped electrode; the article further comprising a radiation electrode which is configured to operate as a radiator, and is formed as a planar-shaped electrode having a cutout portion, wherein an inner peripheral edge of the cutout portion of the radiation electrode faces the loop-shaped electrode and is configured to be magnetically coupled to the loop-shaped electrode, wherein the cutout portion is formed as non-conductive portion completely surrounded by the planar-shaped electrode and wherein the loop-shaped electrode is arranged inside the non-conductive portion, wherein the area of the non-conductive portion is larger than the area occupied by the loop-shaped electrode, and the loop-shaped electrode is located adjacent to the radiation electrode,
Method for configuring a wireless connection between a control component and a first field component from automation technology, comprising the steps: a) provision of circuit information for a wiring system which is designed as CAD information and maps the structure of the wiring system, b) capture of a wired connection between the control component and the first field component, c) assignment of a first radio network address to the control component, wherein the first radio network address corresponds to a first end of the wired connection, d) assignment of a second radio network address to the first field component, wherein the second radio network address corresponds to a second end of the wired connection, e) provision of linkage information, comprising the first and second radio network address (12, 22), in the control component. a) provision of circuit information for a wiring system which is designed as CAD information and maps the structure of the wiring system, b) capture of a wired connection between the control component and the first field component, c) assignment of a first radio network address to the control component, wherein the first radio network address corresponds to a first end of the wired connection, d) assignment of a second radio network address to the first field component, wherein the second radio network address corresponds to a second end of the wired connection, e) provision of linkage information, comprising the first and second radio network address (12, 22), in the control component.
A pharmaceutical composition for use in inhibiting brain neuron apoptosis, comprising: (i) a pharmaceutically effective amount of phosphodiesterase type 5 inhibitor selected from mirodenafil, and its pharmaceutically acceptable salt, solvate and hydrate; and (ii) a pharmaceutically acceptable carrier, wherein the composition is for use in the prevention or treatment of brain nerve disease. (i) a pharmaceutically effective amount of phosphodiesterase type 5 inhibitor selected from mirodenafil, and its pharmaceutically acceptable salt, solvate and hydrate; and (ii) a pharmaceutically acceptable carrier,
A negative pressure generator, characterized by comprising: a vacuum pump (100; 900) having an intake end (1001; 9001) and an exhaust end (1002; 9002); a soundproofing module (103; 1030a, 1032a, 1034a; 903) having a compartment for accommodating the vacuum pump (100; 900), the soundproofing module (103; 1030a, 1032a, 1034a; 903) being configured to insulate noise and vibration generated when the vacuum pump (100; 900) is in operation; and a silencing tube module comprising a flexible intake tube (101; 101a; 101b; 101c; 101d; 901) having one open end communicating with the intake end (1001; 9001) of the vacuum pump (100; 900) and a flexible exhaust tube (102; 102a; 102b; 102c; 102d; 902) having one open end communicating with the exhaust end (1002; 9002) of the vacuum pump (100; 900), the silencing tube module being configured to reduce noise generated at the intake end (1001; 9001) and/or the exhaust end (1002; 9002) of the vacuum pump (100; 900) when the vacuum pump (100; 900) is in operation and disposed on a surface of the soundproofing module (103; 1030a, 1032a, 1034a; 903) or embedded into a main body of the soundproofing module (103; 1030a, 1032a, 1034a; 903), characterized in that the flexible exhaust tube comprises a plurality of individual tubes connected in parallel and winding around an exterior of the soundproofing module. a vacuum pump (100; 900) having an intake end (1001; 9001) and an exhaust end (1002; 9002); a soundproofing module (103; 1030a, 1032a, 1034a; 903) having a compartment for accommodating the vacuum pump (100; 900), the soundproofing module (103; 1030a, 1032a, 1034a; 903) being configured to insulate noise and vibration generated when the vacuum pump (100; 900) is in operation; and a silencing tube module comprising a flexible intake tube (101; 101a; 101b; 101c; 101d; 901) having one open end communicating with the intake end (1001; 9001) of the vacuum pump (100; 900) and a flexible exhaust tube (102; 102a; 102b; 102c; 102d; 902) having one open end communicating with the exhaust end (1002; 9002) of the vacuum pump (100; 900), the silencing tube module being configured to reduce noise generated at the intake end (1001; 9001) and/or the exhaust end (1002; 9002) of the vacuum pump (100; 900) when the vacuum pump (100; 900) is in operation and disposed on a surface of the soundproofing module (103; 1030a, 1032a, 1034a; 903) or embedded into a main body of the soundproofing module (103; 1030a, 1032a, 1034a; 903), characterized in that the flexible exhaust tube comprises a plurality of individual tubes connected in parallel and winding around an exterior of the soundproofing module.
A system to enable a mobile device (102A, 102B, 150, 250, 350, 450) to use physical storage of another device for social caching, the system comprising a mobile device and another device, wherein: the mobile device comprises a local proxy (175, 275, 965, 1065) configured to receive a response in response to a request to a content source (110, 310, 995, 1095); the other device comprises a physical storage; the local proxy is configured to wirelessly access the physical storage of the other device via a wireless network (106, 108) to cache the response therein; the physical storage of the other device is further configured to, responsive to subsequent requests at the mobile device which would be satisfied by the response, be accessed via the wireless network to access the cache to satisfy the request at the mobile device; the local proxy is configured to wirelessly access the physical storage of the other device for caching in response to detecting commonalities between the mobile device and the other device; the commonalities include the users of the mobile device and the other device having same friends in an online social network, wherein the response is an update pertaining to the same friends in the online social network. the mobile device comprises a local proxy (175, 275, 965, 1065) configured to receive a response in response to a request to a content source (110, 310, 995, 1095); the other device comprises a physical storage; the local proxy is configured to wirelessly access the physical storage of the other device via a wireless network (106, 108) to cache the response therein; the physical storage of the other device is further configured to, responsive to subsequent requests at the mobile device which would be satisfied by the response, be accessed via the wireless network to access the cache to satisfy the request at the mobile device; the local proxy is configured to wirelessly access the physical storage of the other device for caching in response to detecting commonalities between the mobile device and the other device; the commonalities include the users of the mobile device and the other device having same friends in an online social network, wherein the response is an update pertaining to the same friends in the online social network.
A dispensing assembly for a laundry appliance, comprising: a cabinet defining a cartridge port; a dispensing device coupled to the cabinet and extending into the cartridge port; and a dispensing cartridge (20, 20D, 20E) selectively received by the cartridge port, wherein the dispensing cartridge (20, 20D, 20E) selectively engages the dispensing device when in an installed position within the cartridge port, and wherein the dispensing cartridge (20, 20D, 20E) includes: a nesting portion configured to house a first laundry chemistry; and an insert portion configured to house a second laundry chemistry, wherein the nesting portion selectively receives the insert portion, wherein the nesting portion includes an engagement panel defining a handle along an edge thereof, characterized in that the insert portion is selectively coupled to the engagement panel. a cabinet defining a cartridge port; a dispensing device coupled to the cabinet and extending into the cartridge port; and a dispensing cartridge (20, 20D, 20E) selectively received by the cartridge port, wherein the dispensing cartridge (20, 20D, 20E) selectively engages the dispensing device when in an installed position within the cartridge port, and wherein the dispensing cartridge (20, 20D, 20E) includes: a nesting portion configured to house a first laundry chemistry; and an insert portion configured to house a second laundry chemistry, wherein the nesting portion selectively receives the insert portion, a nesting portion configured to house a first laundry chemistry; and an insert portion configured to house a second laundry chemistry, wherein the nesting portion selectively receives the insert portion, wherein the nesting portion includes an engagement panel defining a handle along an edge thereof, characterized in that the insert portion is selectively coupled to the engagement panel.
A refrigerator having a water tank that is provided in the refrigerator and stores water to supply to an ice maker or a dispenser, and a water supply channel that is connected to supply the water in the water tank to the ice maker and the dispenser, a pump that is disposed in the water supply channel to pump up the water in the water tank, and an air exhaust unit disposed in the water supply channel connecting the pump with the ice maker or the dispenser and discharging air in the water supply channel to the outside, wherein the air exhaust unit includes: an input portion connected with the water supply channel at the output side of the pump; an output portion connected with the water supply channel connected with the ice maker or the dispenser; an air exhaust portion communicating with the outside between the input portion and the output portion and forming a passage for discharging air in the channel; an opening/closing member disposed in the air exhaust portion and selectively opening/closing the air exhaust portion, characterized in that the opening/closing member is formed in a ball shape and moved upward by the water flowing in the air exhaust portion, and in that a support portion, that supports the opening/closing member such that the opening/closing member is maintained in the air exhaust portion, is formed at the lower portion of the air exhaust portion, wherein the support portion has a plurality of holes. an input portion connected with the water supply channel at the output side of the pump; an output portion connected with the water supply channel connected with the ice maker or the dispenser; an air exhaust portion communicating with the outside between the input portion and the output portion and forming a passage for discharging air in the channel; an opening/closing member disposed in the air exhaust portion and selectively opening/closing the air exhaust portion, characterized in that the opening/closing member is formed in a ball shape and moved upward by the water flowing in the air exhaust portion, and in that a support portion, that supports the opening/closing member such that the opening/closing member is maintained in the air exhaust portion, is formed at the lower portion of the air exhaust portion, wherein the support portion has a plurality of holes.
Network node for a wireless communication system, the network node comprising a transceiver configured to broadcast a first synchronisation signal on a dedicated frequency band, wherein the dedicated frequency band is common to a plurality of operators and wherein the first synchronisation signal indicates an identity of one operator among the plurality of operators, wherein the first synchronisation signal is a sequence or code or codebook in the group comprising: orthogonal codes, codebooks or sequences; semi-orthogonal codes, codebooks or sequences; and quasi-orthogonal codes, codebooks or sequences; and wherein the sequence, code or codebook indicates the operator identity.