mhurhangee/patent-ind-claim-en huggingface dataset:
A buffer conveyor , comprising a frame, an input station and an output station , a drivable endless conveyor belt which successively follows a transport path from the input station to the output station and a return path from the output station to the input station , wherein the lengths of the transport path and the return path are inversely adjustable, wherein at the transport path the frame is provided with two parallel transport path frame legs for guiding the conveyor belt along the transport path frame legs and a U-shaped transport path bridge for guiding the conveyor belt between the transport path frame legs , wherein the transport path bridge includes a curved bridge portion and parallel bridge legs extending from the curved bridge portion , which transport path bridge is at least partly located between the transport path frame legs and displaceable along the transport path frame legs , wherein within the transport path the conveyor belt successively follows from the input station one of the transport path frame legs , one of the bridge legs , the curved bridge portion , the other one of the bridge legs and the other one of the transport path frame legs to the output station , wherein each of the transport path frame legs is provided with a transport path frame guide for supporting a lateral contact side of the conveyor belt in outward direction as seen from the other transport path frame leg , characterized in that the transport path bridge is shaped such that along the curved bridge portion and respective twisted regions of the bridge legs adjacent to the curved bridge portion the conveyor belt has a transverse down-slope towards the inside of the U-shape and such that the lateral contact side of the conveyor belt at said twisted regions is above the respective transport path frame guides .
Housing component of a housing of a pressure medium-conducting apparatus of a vehicle, having at least one connector bore which is equipped with a female thread and which serves for the screwing-in of a connector element equipped with a male thread for the feed and/or discharge of the pressure medium to or from the apparatus , characterised in that the material of the housing component is composed, at least in the region of the connector bore , of a thermoplastic in the form of PPA (polyphthalamide).
Reinforcement arrangement comprising an existing structure and a reinforcing device (5b; 5c; 5d) attached to same, comprising a. a reinforcement layer that is attached to an outer surface of the existing structure , b. at least one anchoring member (8; 8c) with which the reinforcement layer is anchored to the existing structure , c. at least one supporting member (22; 22c; 22di) which supports the reinforcement layer on the existing structure and which has a main through-bore through which the anchoring member is passed, wherein an outer surface of the existing structure has a first surface portion and a second surface portion which are oriented transversely to one another, wherein a transition region is arranged between the first surface portion and the second surface portion , characterized in that d. the reinforcement layer comprises at least one binding agent layer with a textile reinforcement and a flexible reinforcement layer embedded in the at least one binding agent layer , e. a levelling concrete is introduced into the transition region and the at least one supporting member (22; 22c; 22d) is inserted into the levelling concrete , a. a reinforcement layer that is attached to an outer surface of the existing structure , b. at least one anchoring member (8; 8c) with which the reinforcement layer is anchored to the existing structure , c. at least one supporting member (22; 22c; 22di) which supports the reinforcement layer on the existing structure and which has a main through-bore through which the anchoring member is passed, wherein an outer surface of the existing structure has a first surface portion and a second surface portion which are oriented transversely to one another, wherein a transition region is arranged between the first surface portion and the second surface portion , d. the reinforcement layer comprises at least one binding agent layer with a textile reinforcement and a flexible reinforcement layer embedded in the at least one binding agent layer , e. a levelling concrete is introduced into the transition region and the at least one supporting member (22; 22c; 22d) is inserted into the levelling concrete ,
A video signal encoding device comprising: circuitry configured to: receive transform block information defining a block size selected from a set of variable block sizes, the set of variable block sizes including 4x4, 8x8, 16x16, and 32x32blocks; form two-dimensional transform blocks by splitting a coding block into transform blocks by block partitioning; determine whether each transform block is a 4x4 or 8x8 transform block with up-right diagonal scanning or the transform block is a 16x16 or 32x32 transform block with up-right diagonal scanning, and convert the transform blocks into one dimensional transform units by a mode dependent coefficient scan (MDCS), comprising, in an intra prediction mode, applying to all the transform blocks determined to be 4x4 or 8x8 transform blocks with up-right diagonal scanning or 16x16 or 32x32 transform blocks with up-right diagonal scanning: (i) an up-right diagonal scan , wherein the transform blocks are sub-block partitioned into 4x4 sub-blocks and the up-right diagonal scan is applied inside each 4x4 sub-block, each 4x4 sub-block forming a coefficient group, CG; and (ii) multi-level significance map encoding to the CGs of the transform blocks. receive transform block information defining a block size selected from a set of variable block sizes, the set of variable block sizes including 4x4, 8x8, 16x16, and 32x32blocks; form two-dimensional transform blocks by splitting a coding block into transform blocks by block partitioning; determine whether each transform block is a 4x4 or 8x8 transform block with up-right diagonal scanning or the transform block is a 16x16 or 32x32 transform block with up-right diagonal scanning, and convert the transform blocks into one dimensional transform units by a mode dependent coefficient scan (MDCS), comprising, in an intra prediction mode, applying to all the transform blocks determined to be 4x4 or 8x8 transform blocks with up-right diagonal scanning or 16x16 or 32x32 transform blocks with up-right diagonal scanning: (i) an up-right diagonal scan , wherein the transform blocks are sub-block partitioned into 4x4 sub-blocks and the up-right diagonal scan is applied inside each 4x4 sub-block, each 4x4 sub-block forming a coefficient group, CG; and (ii) multi-level significance map encoding to the CGs of the transform blocks. (i) an up-right diagonal scan , wherein the transform blocks are sub-block partitioned into 4x4 sub-blocks and the up-right diagonal scan is applied inside each 4x4 sub-block, each 4x4 sub-block forming a coefficient group, CG; and (ii) multi-level significance map encoding to the CGs of the transform blocks.
An electrode assembly having a curved surface, wherein a curvature radius (R e ) of each of ends of the curved surface is less than a curvature radius (R c ) of a central portion of the curved surface, and the curvature radius R e is 0.95 times to 0.99 times of the curvature radius R c .
A pressure sensor, comprising: an insulator having a hollow portion; and a plurality of electrical conductors that have been disposed apart from each other along the inner surface facing the hollow portion of the insulator, wherein the plurality of electrical conductors comprise an electroconductive resin composition that includes both a styrene-based thermoplastic elastomer and carbon, wherein the electroconductive resin composition comprises a crystalline polyolefin, wherein the crystalline polyolefin is a reactor blend type polypropylene, wherein the insulator comprises an insulating resin composition containing a styrene-based thermoplastic elastomer, wherein the insulating resin composition and the electroconductive resin composition comprise a process oil, and a mass percentage concentration of the process oil in the electroconductive resin composition is higher than a mass percentage concentration of the process oil in the insulating resin composition, wherein the mass percentage concentration of the process oil in the electroconductive resin composition is 46.9 mass% to 48.0 mass% and the mass percentage concentration of the process oil in the insulating resin composition is 45.1 mass% to 45.9 mass%. an insulator having a hollow portion; and a plurality of electrical conductors that have been disposed apart from each other along the inner surface facing the hollow portion of the insulator, wherein the plurality of electrical conductors comprise an electroconductive resin composition that includes both a styrene-based thermoplastic elastomer and carbon, wherein the electroconductive resin composition comprises a crystalline polyolefin, wherein the crystalline polyolefin is a reactor blend type polypropylene, wherein the insulator comprises an insulating resin composition containing a styrene-based thermoplastic elastomer, wherein the insulating resin composition and the electroconductive resin composition comprise a process oil, and a mass percentage concentration of the process oil in the electroconductive resin composition is higher than a mass percentage concentration of the process oil in the insulating resin composition,
A computer-implemented method for guided installation of an opening sensor , performed by a data processing apparatus, the method comprising: determining, during an installation of the opening sensor , a strength of a magnetic field created by a magnet of an opening sensor at a location of a magnetometer sensor of the opening sensor; determining a relative distance between the magnetometer sensor and the magnet based on the strength of the magnetic field wherein the magnet is in any one of a four zones (410-440) relative to the magnetometer sensor ; providing, during the installation of the opening sensor and using an LED , feedback to an installer of the opening sensor based on the determined strength of the magnetic field, the feedback indicative of the one of the four zones (410-440) the magnet is in; and configuring a function of the opening sensor based on the determined strength of the magnetic field corresponding to said one of the four zones (410-440), wherein the function is associated with reporting the status of an entry point to which the magnetometer sensor is affixed. determining, during an installation of the opening sensor , a strength of a magnetic field created by a magnet of an opening sensor at a location of a magnetometer sensor of the opening sensor; determining a relative distance between the magnetometer sensor and the magnet based on the strength of the magnetic field wherein the magnet is in any one of a four zones (410-440) relative to the magnetometer sensor ; providing, during the installation of the opening sensor and using an LED , feedback to an installer of the opening sensor based on the determined strength of the magnetic field, the feedback indicative of the one of the four zones (410-440) the magnet is in; and configuring a function of the opening sensor based on the determined strength of the magnetic field corresponding to said one of the four zones (410-440), wherein the function is associated with reporting the status of an entry point to which the magnetometer sensor is affixed.
A method for performing a radio link monitoring, RLM, by a user equipment, UE, when a cooperative multi-point, CoMP, transmission and reception scheme is applied to a control channel in a wireless communication system, the method comprising: receiving a plurality of Channel State Information-Reference Signal, CSI-RS, configurations related to a same cell ID, wherein individual transmission points, TPs, are identified from each other according to different CSI-RS configurations; and performing the RLM based on the plurality of CSI-RS configurations, wherein performing the RLM comprises: estimating radio link quality based on the plurality of CSI-RS configurations; determining that radio link related to the plurality of CSI-RS configurations is out-of-sync, based on the radio link quality being less than a first threshold for all of the plurality of CSI-RS configurations; and determining that the radio link related to the plurality of CSI-RS configurations is in-sync, based on the radio link quality being greater than a second threshold for at least one of the plurality of CSI-RS configurations. receiving a plurality of Channel State Information-Reference Signal, CSI-RS, configurations related to a same cell ID, wherein individual transmission points, TPs, are identified from each other according to different CSI-RS configurations; and performing the RLM based on the plurality of CSI-RS configurations, wherein performing the RLM comprises: estimating radio link quality based on the plurality of CSI-RS configurations; determining that radio link related to the plurality of CSI-RS configurations is out-of-sync, based on the radio link quality being less than a first threshold for all of the plurality of CSI-RS configurations; and determining that the radio link related to the plurality of CSI-RS configurations is in-sync, based on the radio link quality being greater than a second threshold for at least one of the plurality of CSI-RS configurations. estimating radio link quality based on the plurality of CSI-RS configurations; determining that radio link related to the plurality of CSI-RS configurations is out-of-sync, based on the radio link quality being less than a first threshold for all of the plurality of CSI-RS configurations; and determining that the radio link related to the plurality of CSI-RS configurations is in-sync, based on the radio link quality being greater than a second threshold for at least one of the plurality of CSI-RS configurations.
A cleaning apparatus, comprising: a housing ; and a cleaning assembly , wherein the cleaning assembly has a cleaning position, the cleaning assembly is rotatably provided at the housing ; and the cleaning assembly comprises a first cleaning member and a second cleaning member arranged in parallel to the first cleaning member , and the cleaning assembly is operated to rotate so as to selectively move the first cleaning member or the second cleaning member to the cleaning position; further comprising a switching mechanism disposed on the housing , the housing comprises a blocking body disposed opposite to the cleaning assembly at an interval, the switching mechanism is rotatably connected with the cleaning assembly , and the switching mechanism is configured to drive the cleaning assembly to be away from the blocking body , so that a movable space for the cleaning assembly to rotate is formed between the cleaning assembly and the blocking body , characterized in that the switching mechanism comprises an operating member and a transmission unit, the transmission unit comprises a first guide member rotatably connected with the cleaning assembly and a first transmission assembly in transmission connection with the first guide member , the operating member is in transmission connection with the first transmission assembly, and the operating member is configured to drive the first guide member to move through the first transmission assembly, so that the cleaning assembly is close to or away from the blocking body . a housing ; and a cleaning assembly , wherein the cleaning assembly has a cleaning position, the cleaning assembly is rotatably provided at the housing ; and the cleaning assembly comprises a first cleaning member and a second cleaning member arranged in parallel to the first cleaning member , and the cleaning assembly is operated to rotate so as to selectively move the first cleaning member or the second cleaning member to the cleaning position; further comprising a switching mechanism disposed on the housing , the housing comprises a blocking body disposed opposite to the cleaning assembly at an interval, the switching mechanism is rotatably connected with the cleaning assembly , and the switching mechanism is configured to drive the cleaning assembly to be away from the blocking body , so that a movable space for the cleaning assembly to rotate is formed between the cleaning assembly and the blocking body , characterized in that the switching mechanism comprises an operating member and a transmission unit, the transmission unit comprises a first guide member rotatably connected with the cleaning assembly and a first transmission assembly in transmission connection with the first guide member , the operating member is in transmission connection with the first transmission assembly, and the operating member is configured to drive the first guide member to move through the first transmission assembly, so that the cleaning assembly is close to or away from the blocking body .
A method of wireless communication by a user equipment, UE, comprising: transmitting data associated with an ultra-reliable and low-latency communications, URLLC, communication in a vehicle-to-everything, V2X, environment in a first set of one or more portions of a wireless communication structure having a plurality of portions; and re-transmitting the data associated with the URLLC communication in a second set of one or more portions of the wireless communication structure blindly without waiting for a feedback from a receiver, wherein one or more slot structures of the wireless communication structure are defined by the plurality of portions, the first set of one or more portions is based on a first mini-slot structure , the second set of one or more portions is based on a second mini-slot structure , and a mini-slot structure is smaller than a slot structure ; wherein the transmitted data and the re-transmitted data are transmitted back-to-back in the wireless communication structure. transmitting data associated with an ultra-reliable and low-latency communications, URLLC, communication in a vehicle-to-everything, V2X, environment in a first set of one or more portions of a wireless communication structure having a plurality of portions; and re-transmitting the data associated with the URLLC communication in a second set of one or more portions of the wireless communication structure blindly without waiting for a feedback from a receiver, wherein one or more slot structures of the wireless communication structure are defined by the plurality of portions, the first set of one or more portions is based on a first mini-slot structure , the second set of one or more portions is based on a second mini-slot structure , and a mini-slot structure is smaller than a slot structure ; wherein the transmitted data and the re-transmitted data are transmitted back-to-back in the wireless communication structure.
Method for stopping a compressor of a refrigeration appliance, the compressor having a motor , a cylinder in which a piston operates, which is driven by a shaft of a rotor of the motor by way of a rod , wherein the motor is a brushless motor , which is activated by a controller switching switches (T1-T6) of an inverter , which connect windings of the brushless motor to a voltage source , characterised by the method steps a) slowing down the motor which is rotating in a first rotation direction until it stops; b) positioning the motor in a second rotation direction with a predefined torque; wherein the positioning comprises incremental rotation of the motor about a number of stages: c) terminating positioning. a) slowing down the motor which is rotating in a first rotation direction until it stops; b) positioning the motor in a second rotation direction with a predefined torque; wherein the positioning comprises incremental rotation of the motor about a number of stages: c) terminating positioning.
A method of supplying plants including the steps of: growing by tissue culture the plants in a first country in a sterile environment, the plants being planted in agar for feeding the plants ; storing the plants in the sterile environment in a sealed container , the plants being arranged in a predetermined ordered arrangement in the container ; transporting the container to a second country in the sealed container ; opening the container in the second country; and wherein the method further includes the step of removing the plants from the container using a transplant machine which automatically locates and removes each of the plants on the basis of the predetermined ordered arrangement. growing by tissue culture the plants in a first country in a sterile environment, the plants being planted in agar for feeding the plants ; storing the plants in the sterile environment in a sealed container , the plants being arranged in a predetermined ordered arrangement in the container ; transporting the container to a second country in the sealed container ; opening the container in the second country; and wherein the method further includes the step of removing the plants from the container using a transplant machine which automatically locates and removes each of the plants on the basis of the predetermined ordered arrangement.
A control device of a vehicle drive device including an engine having a supercharger and an automatic transmission outputting power of the engine to drive wheels , wherein when a supercharging pressure (Pcmout) at an end of an upshift is increased as compared to a start of the upshift such that an engine torque (Te) at the end of the upshift of the automatic transmission is made larger than that at the start of the upshift, a target supercharging pressure (PTcmout) is set depending on a predicted engine operation state after the upshift to allow a shift operation to proceed while an increase of the supercharging pressure (Pcmout) is started before a completion of the upshift such that the supercharging pressure (Pcmout) reaches the target supercharging pressure (PTcmout), and the supercharging pressure (Pcmout) is controlled such that a target engine torque (Tet) determined based on a vehicle state is achieved, the control device being characterized in that when the supercharging pressure (Pcmout) cannot be increased in the upshift before the end of the upshift to a magnitude required for generating the target engine torque (Tet) at the end of the upshift, a predefined engine torque (T1et) lower than the target engine torque (Tet) at the end of the upshift is retained after the end of the upshift, and the predefined engine torque (T1et) is retained until the target engine torque (Tet) is reduced to be equal to or less than the predefined engine torque (T1et) after the end of the upshift.