mhurhangee/patent-ind-claim-en huggingface dataset:
A surgical instrument , comprising: a housing having a barrel with distal and proximal end portions , the barrel including a handle depending from a lower end thereof; and a shaft extending from the distal end portion of the barrel , the shaft supporting an end effector assembly at a distal end thereof configured to treat tissue, characterized in that the barrel includes a concave portion defined within and extending along an upper surface thereof from the proximal end portion of the barrel to the distal end portion of the barrel, wherein the concave portion is configured to enhance visibility of the end effector assembly during tissue treatment. a housing having a barrel with distal and proximal end portions , the barrel including a handle depending from a lower end thereof; and a shaft extending from the distal end portion of the barrel , the shaft supporting an end effector assembly at a distal end thereof configured to treat tissue, characterized in that the barrel includes a concave portion defined within and extending along an upper surface thereof from the proximal end portion of the barrel to the distal end portion of the barrel, wherein the concave portion is configured to enhance visibility of the end effector assembly during tissue treatment.
A method for forwarding an email, characterized by , comprising: determining a to-be-forwarded email group and a target object, in response to a detection of an email forwarding operation, wherein the target object comprises one or more of a target instant messaging IM group and a target IM user; and forwarding an email group to the target object and displaying the email group in the target object, wherein the email group comprises a plurality of associated emails having same feature information, wherein the same feature information comprises at least one of: a same subject, sending times within a preset time range, a same sender, a same recipient, a replying reference relationship, and a forwarding reference relationship. determining a to-be-forwarded email group and a target object, in response to a detection of an email forwarding operation, wherein the target object comprises one or more of a target instant messaging IM group and a target IM user; and forwarding an email group to the target object and displaying the email group in the target object, wherein the email group comprises a plurality of associated emails having same feature information, wherein the same feature information comprises at least one of: a same subject, sending times within a preset time range, a same sender, a same recipient, a replying reference relationship, and a forwarding reference relationship.
A method of wireless communication, comprising: receiving signals jointly transmitted from a plurality of base stations; measuring synchronization parameters between the jointly transmitted signals received from the plurality of base stations; and transmitting a signal to at least one of the plurality of base stations with information about the synchronization parameters; wherein the synchronization parameters include both a frequency offset and a time difference of arrival between the plurality of base stations. receiving signals jointly transmitted from a plurality of base stations; measuring synchronization parameters between the jointly transmitted signals received from the plurality of base stations; and transmitting a signal to at least one of the plurality of base stations with information about the synchronization parameters; wherein the synchronization parameters include both a frequency offset and a time difference of arrival between the plurality of base stations.
Production line for carrying out a method for producing an abrasion-resistant wood material board which has at least one decorative layer, in particular a printed decorative layer, on the upper side; comprising - at least one first application device for applying a first resin layer to the upper side and/or underside of the wood material board, - at least one device arranged downstream of the first application device in the processing direction for scattering a predetermined amount of abrasion-resistant particles; wherein the at least one scattering device consists of a supply funnel, a rotating, structured scattering roller and a scraper, - at least one first drying device arranged downstream of the first application device and scattering device in the processing direction for drying the first upper and/or lower resin layer; - at least one second application device arranged downstream of the first drying device in the processing direction for applying a second resin layer, to the upper side and/or underside of the wood material board, - at least one second drying device arranged downstream of the second application device in the processing direction for drying the second upper and/or lower resin layer; and - at least one short-cycle press , wherein the production line further comprises a light barrier, and the at least one scattering device is controllable by the light barrier, wherein the light barrier is arranged in front of the scattering roller provided in the scattering device in the processing direction. - at least one first application device for applying a first resin layer to the upper side and/or underside of the wood material board, - at least one device arranged downstream of the first application device in the processing direction for scattering a predetermined amount of abrasion-resistant particles; wherein the at least one scattering device consists of a supply funnel, a rotating, structured scattering roller and a scraper, - at least one first drying device arranged downstream of the first application device and scattering device in the processing direction for drying the first upper and/or lower resin layer; - at least one second application device arranged downstream of the first drying device in the processing direction for applying a second resin layer, to the upper side and/or underside of the wood material board, - at least one second drying device arranged downstream of the second application device in the processing direction for drying the second upper and/or lower resin layer; and - at least one short-cycle press , wherein the production line further comprises a light barrier, and the at least one scattering device is controllable by the light barrier, wherein the light barrier is arranged in front of the scattering roller provided in the scattering device in the processing direction.
A method for detecting the oil level in a hydraulic pulse unit at an impulse type power wrench, wherein the pulse unit comprises an oil filled pulse chamber, a motor driven inertia drive member, and a kinetic energy receiving member connected to an output shaft and intermittently coupled to the inertia drive member via at least one oil cushion to receive kinetic energy from the inertia drive member during repeated energy transfer phases, characterized by the following steps: • measuring the rotation speed of the inertia drive member at the very beginning of each energy transfer phase • measuring the rotation speed of the inertia drive member at the end of each energy transfer phase, • comparing the established rotation speed of the inertia drive member at the end of each energy transfer phase with the rotation speed of the inertia drive member established at the very beginning of each energy transfer phase, and • emitting a faulty signal when the measured rotation speed at the end of each energy transfer phase is higher than a certain percentage of the measured rotation speed at the very beginning of each energy transfer phase. • measuring the rotation speed of the inertia drive member at the very beginning of each energy transfer phase • measuring the rotation speed of the inertia drive member at the end of each energy transfer phase, • comparing the established rotation speed of the inertia drive member at the end of each energy transfer phase with the rotation speed of the inertia drive member established at the very beginning of each energy transfer phase, and • emitting a faulty signal when the measured rotation speed at the end of each energy transfer phase is higher than a certain percentage of the measured rotation speed at the very beginning of each energy transfer phase.
Polarity reversal protection circuit comprising a MOSFET and a turn-off circuit, characterized in that the turn-off circuit comprises - a detector , the first input of which is connected to the source terminal and the second input of which is connected to the drain terminal of the MOSFET , and the output of which is connected to the switching input of a quick-break switch arranged between source terminal and gate terminal of the MOSFET , - a comparator , the first input of which is connected to the source terminal and the second input of which is connected to the drain terminal of the MOSFET , and the output of which is connected to the gate terminal of the MOSFET , - a boost converter , the input of which is connected to the drain terminal of the MOSFET , - a buck converter , the input of which is connected to the output of the boost converter , and the output of which is available for supplying a load , and which has a switching node , - a charge pump , the first input of which is connected to the output of the boost converter and the second input of which is connected to the switching node , and which has a first output connected to the gate terminal of the MOSFET , and - a switch arranged between a supply terminal of the comparator and a second output of the charge pump and connected to the output of the detector . - a detector , the first input of which is connected to the source terminal and the second input of which is connected to the drain terminal of the MOSFET , and the output of which is connected to the switching input of a quick-break switch arranged between source terminal and gate terminal of the MOSFET , - a comparator , the first input of which is connected to the source terminal and the second input of which is connected to the drain terminal of the MOSFET , and the output of which is connected to the gate terminal of the MOSFET , - a boost converter , the input of which is connected to the drain terminal of the MOSFET , - a buck converter , the input of which is connected to the output of the boost converter , and the output of which is available for supplying a load , and which has a switching node , - a charge pump , the first input of which is connected to the output of the boost converter and the second input of which is connected to the switching node , and which has a first output connected to the gate terminal of the MOSFET , and - a switch arranged between a supply terminal of the comparator and a second output of the charge pump and connected to the output of the detector .
A compound of general formula 1 wherein R 1 , R 2 , and R 3 are selected from a group consisting of H, Halogen, alkyl, alkoxy, alkylenedioxy, hydroxy, and aryl; wherein, R 3 is not hydroxy when R 1 and R 2 are H. wherein R 1 , R 2 , and R 3 are selected from a group consisting of H, Halogen, alkyl, alkoxy, alkylenedioxy, hydroxy, and aryl; wherein, R 3 is not hydroxy when R 1 and R 2 are H.
A base station in a wireless communication system, the base station comprising: a transceiver configured to transmit, to a terminal, configuration information, and to receive, from the terminal, signals; and a physical channel de-multiplexer configured to de-multiplex the signals, to extract a random access preamble using a first resource based on a random access channel, RACH, resource, and to extract a sounding reference signal, SRS, using a second resource, wherein the first resource for the random access preamble does not overlap with the second resource for the SRS in an uplink pilot time slot, UpPTS, wherein first resource blocks of the RACH resource corresponding to a first timing are configured at one position of a frequency band and second resource blocks of the RACH resource corresponding to a second timing are configured at other position of the frequency band, and wherein the first resource blocks of the RACH resource and the second resource blocks of the RACH resource are determined based on a RACH resource index according to the configuration information. a transceiver configured to transmit, to a terminal, configuration information, and to receive, from the terminal, signals; and a physical channel de-multiplexer configured to de-multiplex the signals, to extract a random access preamble using a first resource based on a random access channel, RACH, resource, and to extract a sounding reference signal, SRS, using a second resource, wherein the first resource for the random access preamble does not overlap with the second resource for the SRS in an uplink pilot time slot, UpPTS, wherein first resource blocks of the RACH resource corresponding to a first timing are configured at one position of a frequency band and second resource blocks of the RACH resource corresponding to a second timing are configured at other position of the frequency band, and wherein the first resource blocks of the RACH resource and the second resource blocks of the RACH resource are determined based on a RACH resource index according to the configuration information.
An artificial airway device to facilitate lung ventilation of a patient, comprising at least one airway tube and a mask carried at one end of the at least one airway tube , the mask having a mask body and a peripheral formation capable of conforming to, and of readily fitting within, the actual and potential space behind the larynx of the patient so as to form a seal around the circumference of the laryngeal inlet, the peripheral formation comprising opposed sides and an upper portion , the mask further comprising an elastic triangular sheet attached between the opposed sides where they meet the upper portion , the peripheral formation surrounding a hollow interior space or lumen of the mask and the at least one airway tube opening into the lumen of the mask , wherein the mask provides a space for the drainage of gastric matter leaving the oesophagus, wherein the space is an internal volume of the mask within the body of the mask , having an inlet at the distal end of the mask and an outlet at the posterior end of the mask, which outlet has a greater cross-sectional area than the inlet in the plane perpendicular to the longitudinal axis of the mask, in order to provide a volume large enough to effect a significant rise in the pressure of fluid emerging from the oesophageal sphincter while still providing a mask shape which maintains the seal around the circumference of the laryngeal inlet.
A polymer composition comprising (A) a polyolefin; (B) one or more impact modifier(s); (C) one or more fluoropolymer(s); (D) one or more clarifying agent(s); and (E) one or more dispersing agent(s) in an amount of equal to or more than 100 ppm, based on the total weight amount of the polymer composition, wherein the weight ratio of the one or more fluoropolymer(s) (C) to the one or more dispersing agent(s) (E) in the polymer composition is in the range of from 1.2 : 1 to 4 : 1. (A) a polyolefin; (B) one or more impact modifier(s); (C) one or more fluoropolymer(s); (D) one or more clarifying agent(s); and (E) one or more dispersing agent(s) in an amount of equal to or more than 100 ppm, based on the total weight amount of the polymer composition,
A pharmaceutically acceptable salt of 4-(3-(4-(1H-imidazo[4,5-b]pyridine-5-yl)piperazine-1-carbonyl)-4-fluorobenzyl)phthalazine-1(dihydro)-one, wherein said salt is a methanesulfonate, a benzenesulfonate, a hydroxyethanesulfonate or a hydrochloride.
A base station comprising: circuitry adapted to allocate downlink control signals to a control channel region constituted by a plurality of control channel elements, CCEs; and a transmitter adapted to transmit the downlink control signals; characterized in that a number of resource element groups, REGs, per CCE is 6; and a bundling size indicating the number of REGs belonging to a subset of REGs included in a CCE that are Z arranged in adjacent resource blocks is changed according to a number of symbols in the control channel region. circuitry adapted to allocate downlink control signals to a control channel region constituted by a plurality of control channel elements, CCEs; and a transmitter adapted to transmit the downlink control signals; characterized in that a number of resource element groups, REGs, per CCE is 6; and a bundling size indicating the number of REGs belonging to a subset of REGs included in a CCE that are Z arranged in adjacent resource blocks is changed according to a number of symbols in the control channel region.
A motor comprising: a housing in which an opening is formed at one side thereof and an accommodation space (S) is formed; a bracket disposed to cover the opening of the housing ; a stator disposed in the accommodation space (S); a rotor in correspondence with the stator ; a shaft coupled to the rotor ; a sensing magnet assembly disposed above the rotor and coupled to the shaft ; and a rotor position detecting apparatus configured to detect a change in magnetic flux of the sensing magnet assembly , wherein the rotor position detecting apparatus includes a substrate having an arc shape, and a first ground pattern and a second ground pattern having an arc shape respectively on the substrate , wherein the arc shape of the first ground pattern is adjacent to an inner edge of the substrate and is disposed at an inner side with reference to a virtual line (C), drawn in a circumferential direction at a center of the substrate , and the arc shape of the second ground pattern is adjacent to an outer edge of the substrate and is disposed at an outer side with reference to said virtual line (C), and wherein at least one Hall magnetic sensing element is electrically connected to the first ground pattern , and at least one encoder magnetic sensing element is electrically connected to the second ground pattern . a housing in which an opening is formed at one side thereof and an accommodation space (S) is formed; a bracket disposed to cover the opening of the housing ; a stator disposed in the accommodation space (S); a rotor in correspondence with the stator ; a shaft coupled to the rotor ; a sensing magnet assembly disposed above the rotor and coupled to the shaft ; and a rotor position detecting apparatus configured to detect a change in magnetic flux of the sensing magnet assembly , wherein the rotor position detecting apparatus includes a substrate having an arc shape, and a first ground pattern and a second ground pattern having an arc shape respectively on the substrate , wherein the arc shape of the first ground pattern is adjacent to an inner edge of the substrate and is disposed at an inner side with reference to a virtual line (C), drawn in a circumferential direction at a center of the substrate , and the arc shape of the second ground pattern is adjacent to an outer edge of the substrate and is disposed at an outer side with reference to said virtual line (C), and wherein at least one Hall magnetic sensing element is electrically connected to the first ground pattern , and at least one encoder magnetic sensing element is electrically connected to the second ground pattern .
Electric vehicle charge equipment, EVSE, configured for supplying a charge current to an electrical vehicle , whereby the EVSE comprises a liquid cooled charge cable with a charge connector for connecting to the electrical vehicle , and a charge current regulating device configured for regulating the charge current based on a temperature of the cooling liquid, characterised in that regulating the charge current comprises charging the electrical vehicle with a first charge current for an initial time period and thereafter charging the electrical vehicle with a second charge current, which is greater than the first charge current, reducing the charge current as long as the temperature of the cooling liquid is below a temperature threshold, and/or charging the electrical vehicle with a first charge current as long as the temperature of the cooling liquid is below a temperature threshold and thereafter charging the electrical vehicle with a second charge current, which is greater than the first charge current. a liquid cooled charge cable with a charge connector for connecting to the electrical vehicle , and a charge current regulating device configured for regulating the charge current based on a temperature of the cooling liquid, characterised in that regulating the charge current comprises charging the electrical vehicle with a first charge current for an initial time period and thereafter charging the electrical vehicle with a second charge current, which is greater than the first charge current, reducing the charge current as long as the temperature of the cooling liquid is below a temperature threshold, and/or charging the electrical vehicle with a first charge current as long as the temperature of the cooling liquid is below a temperature threshold and thereafter charging the electrical vehicle with a second charge current, which is greater than the first charge current. charging the electrical vehicle with a first charge current for an initial time period and thereafter charging the electrical vehicle with a second charge current, which is greater than the first charge current, reducing the charge current as long as the temperature of the cooling liquid is below a temperature threshold, and/or charging the electrical vehicle with a first charge current as long as the temperature of the cooling liquid is below a temperature threshold and thereafter charging the electrical vehicle with a second charge current, which is greater than the first charge current.
A method for producing a scintillator array comprising the steps of fixing (B2) a scintillator substrate to a support plate via a double-coated adhesive sheet at least an adhesive surface thereof to be in contact with said scintillator substrate being thermally peelable; providing (B3) said scintillator substrate with lattice-patterned, unpenetrating grooves such that connecting portions remain in said scintillator substrate, to form a scintillator substrate having lattice-patterned, unpenetrating grooves for defining pluralities of scintillator cells; peeling (B4) said scintillator substrate from said support plate, annealing (B5) said scintillator substrate, and then fixing (B6) the scintillator substrate to a support plate again via a double-coated adhesive sheet, at least an adhesive surface thereof to be in contact with said scintillator substrate being thermally peelable; filling (B8) said lattice-patterned, unpenetrating grooves with a liquid hardening reflector resin ; curing (B9) said liquid hardening resin by heating at a first heating temperature to form a resin-hardened scintillator cell body; peeling (B10) said double-coated adhesive sheet from said resin-hardened scintillator cell body by heating at a second heating temperature; and then removing (B11) said connecting portions, the second heating temperature being equal to or higher than the first heating temperature.
A polycondensation catalyst for producing polyester by an esterification reaction or a transesterification reaction of a dicarboxylic acid or an ester-forming derivative thereof and a glycol, wherein the polycondensation catalyst comprises particles of a water-insoluble or hardly water-soluble phosphate, phosphite or hypophosphite having on the surfaces a coating layer of titanic acid in an amount of 0.1 to 100 parts by weight in terms of TiO 2 per 100 parts by weight of the phosphate, phosphite or hypophosphite, and wherein the water-insoluble or hardly water-soluble phosphate, phosphite or hypophosphite has a solubility in water of 2.00 g or less, wherein the solubility in water is the maximum amount of phosphate, phosphite or hypophosphite soluble in 100 g of water at a temperature of 25°C.