mhurhangee/patent-ind-claim-en huggingface dataset:
A control arrangement for an inverter , comprising: a switch with at least three switching positions comprising a first position (A), a second position (B) and an intermediate position ; and a control device for controlling an operation of the inverter , wherein the switch is set to the intermediate position during each change between the first position (A) and the second position (B), and wherein the control device is configured to shut down the inverter as soon as the switch is set to the intermediate position , operate the inverter in an on-grid mode when the switch is set to the first position (A), and operate the inverter in an off-grid mode when the switch is set to the second position (B), wherein the switch comprises a first auxiliary switching element which is configured to interrupt a connection between the switch and the control device when the switch is in the intermediate position , and to close the connection between the switch and the control device when the switch is in the first position (A) or the second position (B), and wherein the control device is configured to immediately shut down the inverter as soon as the connection is interrupted. a switch with at least three switching positions comprising a first position (A), a second position (B) and an intermediate position ; and a control device for controlling an operation of the inverter , wherein the switch is set to the intermediate position during each change between the first position (A) and the second position (B), and wherein the control device is configured to shut down the inverter as soon as the switch is set to the intermediate position , operate the inverter in an on-grid mode when the switch is set to the first position (A), and operate the inverter in an off-grid mode when the switch is set to the second position (B), wherein the switch comprises a first auxiliary switching element which is configured to interrupt a connection between the switch and the control device when the switch is in the intermediate position , and to close the connection between the switch and the control device when the switch is in the first position (A) or the second position (B), and wherein the control device is configured to immediately shut down the inverter as soon as the connection is interrupted.
A unified manufacturing process for manufacturing an apparatus comprising a first connector , a first printed wiring board , a second connector , and a second printed wiring board , wherein the first connector communicatively couples the first printed wiring board to a processing system and the second connector communicatively couples the second printed wiring board to the processing system, the process comprising: providing a printed wiring board connector configured to be a rigid stiffener and a flex connector configured to electrically connect the first and second printed wiring boards processing, coating and cleaning the flex connector and the printed wiring boards as a single unit; folding said single unit on itself to enable a parallel alignment of the first and second printed wiring boards; and utilizing the printed wiring board connector to mechanically hold the first and second printed wiring boards in the parallel alignment once the apparatus is folded. providing a printed wiring board connector configured to be a rigid stiffener and a flex connector configured to electrically connect the first and second printed wiring boards processing, coating and cleaning the flex connector and the printed wiring boards as a single unit; folding said single unit on itself to enable a parallel alignment of the first and second printed wiring boards; and utilizing the printed wiring board connector to mechanically hold the first and second printed wiring boards in the parallel alignment once the apparatus is folded.
A closed structural component comprising: an elongated base composite comprising a first longitudinal wall and a second longitudinal wall each having an edge , wherein the first and the second longitudinal walls are placed opposite to one another and disposed on a bottom , a plurality of reinforcement ribs connected at each end to each of the first longitudinal wall and the second longitudinal wall and dispersed on the bottom , and a flat top disposed on the edge of each of the first and the second longitudinal walls of the elongated base composite , wherein the flat top is integrally molded to the elongated base composite . an elongated base composite comprising a first longitudinal wall and a second longitudinal wall each having an edge , wherein the first and the second longitudinal walls are placed opposite to one another and disposed on a bottom , a plurality of reinforcement ribs connected at each end to each of the first longitudinal wall and the second longitudinal wall and dispersed on the bottom , and a flat top disposed on the edge of each of the first and the second longitudinal walls of the elongated base composite , wherein the flat top is integrally molded to the elongated base composite .
A cut resistant article comprising a glove, sleeve, or apron comprising a knit fabric having yarns of fibers having essentially a round cross section and comprising linear polyethylene having a weight average molecular weight of at least 1 million, the fabric further having a basis weight of 857 grams per square meter or less and having a mass index of 6000 or less, characterized in that the yarns have a tensile modulus equal to 500 grams per denier (455 grams per dtex) or less and a yarn elongation at break of 4 percent or greater.
A terminal apparatus , comprising: a control unit configured to: select, based on a predetermined requirement, a procedure to be executed from a plurality of procedures, comprising a beam management procedure, a channel status acquisition procedure and a user data transmission procedure, J in a case where an electric power resource of the terminal apparatus is insufficient for the simultaneous execution of the plurality of procedures, and a wireless communication unit configured to: transmit, based on the selected procedure, one of user data, a first reference signal for channel status acquisition, or a second reference signal for suitable beam selection from beams emitted by a base station , to the base station . select, based on a predetermined requirement, a procedure to be executed from a plurality of procedures, comprising a beam management procedure, a channel status acquisition procedure and a user data transmission procedure, J in a case where an electric power resource of the terminal apparatus is insufficient for the simultaneous execution of the plurality of procedures, and a wireless communication unit configured to: transmit, based on the selected procedure, one of user data, a first reference signal for channel status acquisition, or a second reference signal for suitable beam selection from beams emitted by a base station , to the base station .
An optical sensor system adaptable for use on a vehicle, said system comprising: a master lens positionable on the vehicle to observe a field of view about the vehicle, said master lens characterized as defining a focal plane ; an optical diffuser located proximate to the focal plane of the master lens , said diffuser configured to display an image of the field of view from the master lens ; characterized in that the system further comprises a plurality of optoelectronic devices configured to view the diffuser , wherein said plurality of optoelectronic devices includes a first optoelectronic device configured to generate a first video signal indicative of images on a first portion of the diffuser , and a second optoelectronic device configured to generate a second video signal indicative of images on a second portion of the diffuser , each optoelectronic device comprising an image sensor; wherein the first optoelectronic device is configured to be sensitive to a first light wavelength range and the second optoelectronic device is configured to be sensitive to a second light wavelength range distinct from the first light wavelength range. a master lens positionable on the vehicle to observe a field of view about the vehicle, said master lens characterized as defining a focal plane ; an optical diffuser located proximate to the focal plane of the master lens , said diffuser configured to display an image of the field of view from the master lens ; characterized in that the system further comprises a plurality of optoelectronic devices configured to view the diffuser , wherein said plurality of optoelectronic devices includes a first optoelectronic device configured to generate a first video signal indicative of images on a first portion of the diffuser , and a second optoelectronic device configured to generate a second video signal indicative of images on a second portion of the diffuser , each optoelectronic device comprising an image sensor; wherein the first optoelectronic device is configured to be sensitive to a first light wavelength range and the second optoelectronic device is configured to be sensitive to a second light wavelength range distinct from the first light wavelength range.
An information interface apparatus , in particular for an operator's platform or/and an external control panel of an earth working machine , for example a road milling machine, recycler, stabilizer, or surface miner, having an interface subassembly encompassing a housing and a functional surface that is received in the housing and embodied to input and/or output information, wherein the information interface apparatus comprises a protective plate , embodied separately from the interface subassembly , to cover the functional surface ; the protective plate comprising an anchoring portion with which the protective plate is anchorable on a counterpart anchoring portion of the interface subassembly and the anchoring portion is thus securable against removal from the functional surface ; and the protective plate comprising a latching portion , different from the anchoring portion , with which the protective plate is releasably latchable on a counterpart latching portion of the interface subassembly and the latching portion is thus securable against removal from the functional surface , wherein the counterpart latching portion has a latch configuration which is displaceable between a latching position and a release position, wherein in the latching position, the latch configuration is arranged, when the anchoring portion is anchored on the counterpart anchoring portion , to establish with the latching portion a positive engagement that prevents removal of the latching portion from the functional surface , whereas when the latch configuration is in the release position, when in turn the anchoring portion is anchored on the counterpart anchoring portion , the latching portion is removable from the functional surface .
A grease leakage preventing structure for a gear reducer of a dynamoelectric machine with the gear reducer, in which gear teeth are provided in a leading edge portion of an output shaft of a dynamoelectric machine, the leading edge portion of the dynamoelectric machine output shaft is introduced into a case of a gear reducer via an input port of the gear reducer, and the dynamoelectric machine output shaft with the gear teeth is engaged with a gear arranged inside the case of the gear reducer, characterized in that a grease blocking member for preventing inflow of grease into the dynamoelectric machine is provided around the output shaft of the dynamoelectric machine, wherein the grease blocking member being constituted by a cylindrical portion and an expansion portion ; and characterized in that the grease blocking member is mounted by press-fitting on a terminal end of an engagement portion of the dynamoelectric machine output shaft and prevents inflow of grease into the dynamoelectric machine; V-shaped or U-shaped cut portions are provided at two or more locations in the cylindrical portion so as to extend to the expansion portion ; and the cut portions are cut diagonally along the axial direction, so that the sections thereof face outward to allow a wall surface formed by the sections to face outward, the grease blocking member is provided with a flange portion provided on a base end of the expansion portion ; the expansion portion is formed as a tapered portion provided between the cylindrical portion and the flange portion and having a diameter gradually expanding from the cylindrical portion the grease blocking member is made of aluminium and is mounted by press-fitting to the dynamoelectric machine output shaft , and helically cut gear teeth are provided as the gear teeth provided in the leading edge portion of the dynamoelectric machine output shaft .
A luminescent tool for applying or removing a sealant or an adhesive comprising: a surface structured and arranged to contact the sealant or adhesive; and a load-bearing portion comprising a polymeric material with a luminescent material disposed therein; wherein the luminescent tool comprises a spatula , scraper , spreader , or smoother , and characterized in that the polymeric material comprises a continuous matrix, and the luminescent material is non-uniformly dispersed in the polymeric matrix, the luminescent material being present in a greater concentration at an outer surface of the luminescent tool than in an interior region of the luminescent tool. a surface structured and arranged to contact the sealant or adhesive; and a load-bearing portion comprising a polymeric material with a luminescent material disposed therein;
A shock wave and/or ultrasound therapy system comprising an ultra-sound and/or shockwave source , characterized in that the ultrasound and/or shockwave source is suspended on a hexapod drive , wherein the hexapod drive is configured to provide a first movement in a direction of a center axis of the ultrasound and/or shockwave source and at the same time a second movement laterally and or rotationally to avoid and/or remove air bubbles at the exterior surface of a cushion covering the ultrasound and/or shockwave source.
A seatbelt pretensioning retractor assembly for use in a passenger vehicle, the seatbelt pretensioning retractor assembly comprising: a housing adapted for being mounted to a vehicle structure and having an interior cavity; a tube having an arcuate and curved shape having a first end for fluid communication with a gas generator and a second end in fluid communication with the interior cavity of the housing; a sprocket rotatably mounted to the housing and fixedly coupled to a spindle adapted for taking up seatbelt webbing during pretensioning; a driving element comprising a polymer rod configured to extend in a longitudinal direction , wherein the polymer rod is disposed within the tube and is translatable through the tube in a first direction towards the sprocket in response to an actuation by the gas generator ; and a stopper coupled to an end portion of the polymer rod , wherein the tube includes a projection extending within the tube adjacent to an exit at the second end to restrict the stopper from crossing the projection , characterized in that the projection has an opening to facilitate venting gas from the gas generator . a housing adapted for being mounted to a vehicle structure and having an interior cavity; a tube having an arcuate and curved shape having a first end for fluid communication with a gas generator and a second end in fluid communication with the interior cavity of the housing; a sprocket rotatably mounted to the housing and fixedly coupled to a spindle adapted for taking up seatbelt webbing during pretensioning; a driving element comprising a polymer rod configured to extend in a longitudinal direction , wherein the polymer rod is disposed within the tube and is translatable through the tube in a first direction towards the sprocket in response to an actuation by the gas generator ; and a stopper coupled to an end portion of the polymer rod , wherein the tube includes a projection extending within the tube adjacent to an exit at the second end to restrict the stopper from crossing the projection , characterized in that the projection has an opening to facilitate venting gas from the gas generator .
An instrument assembly for an acetabular prosthesis system, comprising: a member having a first side having a first engaging projection (56a-56c) configured to engage a complementary recess of an acetabular shell to rotationally hold the acetabular shell relative to the member; the member defining a guide-bore through the member, wherein the guide-bore is configured to guide a bit through the guide-bore and into a soft bearing liner placed within the acetabular shell; wherein the guide-bore is formed at a selected angle through the member along a guide-bore axis , wherein the guide-bore axis intersects an internal surface of the acetabular shell at a distance from a bearing liner connection section, characterized in that the member is configured to be placed in a first orientation relative to the acetabular shell to implant the acetabular shell within a subject and then placed in a second orientation to position the guide-bore relative to the soft bearing liner placed within the acetabular shell to form a pilot bore within the soft bearing liner and the member further includes tabs (80a-80c) extending from a second side to engage the acetabular shell to selectively fix the member relative to the acetabular shell during formation of the pilot bore.
A dynamic load balancing circuit , comprising: a means for determining whether a suboptimal load condition exists between a first cluster (16 ) of one or more hardware threads (14 , 14 ) and a second cluster (16 ) of one or more hardware threads (14 , 14 ) of a clustered processor core ; a means for, responsive to determining that the suboptimal load condition exists, transferring a content of one or more private registers (18 ) of a first hardware thread (14 ) of the one or more hardware threads of the first cluster to one or more private registers (18 ) of a second hardware thread (14 ) of the one or more hardware threads of the second cluster via shared hardware resources communicatively coupled to the first hardware thread and the second hardware thread; and a means for, responsive to determining that the suboptimal load condition exists, swapping a first identifier associated with the first hardware thread with a second identifier associated with the second hardware thread via the shared hardware resources. a means for determining whether a suboptimal load condition exists between a first cluster (16 ) of one or more hardware threads (14 , 14 ) and a second cluster (16 ) of one or more hardware threads (14 , 14 ) of a clustered processor core ; a means for, responsive to determining that the suboptimal load condition exists, transferring a content of one or more private registers (18 ) of a first hardware thread (14 ) of the one or more hardware threads of the first cluster to one or more private registers (18 ) of a second hardware thread (14 ) of the one or more hardware threads of the second cluster via shared hardware resources communicatively coupled to the first hardware thread and the second hardware thread; and a means for, responsive to determining that the suboptimal load condition exists, swapping a first identifier associated with the first hardware thread with a second identifier associated with the second hardware thread via the shared hardware resources.
A crawling welding robot comprising an adjustable magnetic adhesion module , wheel-tracked walking mechanisms , a crawler frame , and a welding load device , wherein the welding load device is disposed on the crawler frame ; the wheel-tracked walking mechanisms is disposed at two opposite ends of the crawler frame for supplying power for crawling of the crawler frame ; and the adjustable magnetic adhesion module is disposed on the crawler frame and disposed between two wheel-tracked walking mechanisms , characterized in that the adjustable magnetic adhesion module comprises a magnet module and a lifting adjustment module , and the lifting adjustment module is connected with the magnet module for controlling lifting and lowering of the magnet module ; the lifting adjustment module comprises a plurality of independently controllable lifting mechanisms, and an angle and/or a gap between the magnet module and a surface to be adhered is changed by separately adjusting the plurality of independently controlled lifting mechanisms. the wheel-tracked walking mechanisms is disposed at two opposite ends of the crawler frame for supplying power for crawling of the crawler frame ; and the adjustable magnetic adhesion module is disposed on the crawler frame and disposed between two wheel-tracked walking mechanisms , characterized in that the adjustable magnetic adhesion module comprises a magnet module and a lifting adjustment module , and the lifting adjustment module is connected with the magnet module for controlling lifting and lowering of the magnet module ; the lifting adjustment module comprises a plurality of independently controllable lifting mechanisms, and an angle and/or a gap between the magnet module and a surface to be adhered is changed by separately adjusting the plurality of independently controlled lifting mechanisms.
A method of handling passive interference caused by inter-modulation in a network node site comprising a set of network nodes for wireless communication capable of communication with a set of stations for wireless communication, wherein the stations are wireless transceiver devices and communication from the network node to any of the stations is considered to be downlink communication and communication from any of the stations is considered to be uplink communication, the method comprising detecting likely passive intermodulation; determining at least one station having an uplink resource being likely to be affected by the detected likely passive intermodulation, wherein the determining of at least one station comprises forming at least one group of stations, wherein the stations of the group are assigned the uplink resource being likely to be affected by the detected likely passive intermodulation, wherein a plurality of groups of stations are determined and each group is assigned a level of protection from passive intermodulation; and limiting downlink transmission, when the determined at least one station is scheduled or expected to transmit on the uplink resource, on a downlink resource likely to be affecting the uplink resource by the detected likely passive intermodulation, wherein the limiting of the downlink transmission comprises adapting any one or more of scheduled content to transmit; and resource block assignment within a broadband signal for transmission, wherein the limiting of the downlink transmission is performed according to said level of protection from passive intermodulation. detecting likely passive intermodulation; determining at least one station having an uplink resource being likely to be affected by the detected likely passive intermodulation, wherein the determining of at least one station comprises forming at least one group of stations, wherein the stations of the group are assigned the uplink resource being likely to be affected by the detected likely passive intermodulation, wherein a plurality of groups of stations are determined and each group is assigned a level of protection from passive intermodulation; and limiting downlink transmission, when the determined at least one station is scheduled or expected to transmit on the uplink resource, on a downlink resource likely to be affecting the uplink resource by the detected likely passive intermodulation, wherein the limiting of the downlink transmission comprises adapting any one or more of scheduled content to transmit; and resource block assignment within a broadband signal for transmission, wherein the limiting of the downlink transmission is performed according to said level of protection from passive intermodulation.