mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus, comprising: a plurality of stacked memory die adjacent to and coupled to one another; a logic die , wherein the plurality of stacked memory die are interconnected to the logic die by through silicon vias, TSVs; wherein at least one memory die comprises a plurality of partitioned banks , each bank comprising: an array of memory cells ; sensing circuitry coupled to the array , the sensing circuitry including a sense amplifier and a compute component ; and timing circuitry coupled to the array and sensing circuitry , the timing circuitry configured to control timing of operations for the sensing circuitry ; and wherein the logic die comprises switching circuitry and control logic coupled to the timing circuitry and, wherein: the control logic is configured to execute instructions to cause the sensing circuitry to perform the operations; and the switching circuitry is configured to: route memory array requests received from a host ; and route processing in memory, PIM, requests received from the host to perform a logical operation using the sensing circuitry . a plurality of stacked memory die adjacent to and coupled to one another; a logic die , wherein the plurality of stacked memory die are interconnected to the logic die by through silicon vias, TSVs; wherein at least one memory die comprises a plurality of partitioned banks , each bank comprising: an array of memory cells ; sensing circuitry coupled to the array , the sensing circuitry including a sense amplifier and a compute component ; and timing circuitry coupled to the array and sensing circuitry , the timing circuitry configured to control timing of operations for the sensing circuitry ; and an array of memory cells ; sensing circuitry coupled to the array , the sensing circuitry including a sense amplifier and a compute component ; and timing circuitry coupled to the array and sensing circuitry , the timing circuitry configured to control timing of operations for the sensing circuitry ; and wherein the logic die comprises switching circuitry and control logic coupled to the timing circuitry and, wherein: the control logic is configured to execute instructions to cause the sensing circuitry to perform the operations; and the switching circuitry is configured to: route memory array requests received from a host ; and route processing in memory, PIM, requests received from the host to perform a logical operation using the sensing circuitry . the control logic is configured to execute instructions to cause the sensing circuitry to perform the operations; and the switching circuitry is configured to: route memory array requests received from a host ; and route processing in memory, PIM, requests received from the host to perform a logical operation using the sensing circuitry . route memory array requests received from a host ; and route processing in memory, PIM, requests received from the host to perform a logical operation using the sensing circuitry .
A bag comprising a front wall, a back wall, an interior surface, an exterior surface, a top end, a bottom end, a first layer and a second layer, each of the front wall and back wall having an interior surface, an exterior surface, a top end and a bottom end, wherein the first layer comprises a woven polymer and the second layer comprises a film attached to the first layer, and wherein the bag comprises an easy open feature located at the top end or bottom end of the bag, wherein the easy open feature comprises a combination of a flange and groove on opposing surfaces, wherein at least a portion of the exterior surface of the front wall and the back wall at the top or bottom end comprises a first material, which comprises polypropylene or polyethylene, wherein the easy open feature comprises the first material, wherein the easy open feature is sealed to the exterior surface of the front wall at the top or bottom end and the exterior surface of the back wall at the top or bottom end without an adhesive and extends the width of the bag, and wherein the woven polymer comprises the first material and the film comprises the first material.
Cooling system for motor vehicles intended for cooling a vehicle interior and/or a vehicle aggregate , comprising at least one collecting container for collecting condensed water formed on an aggregate , a drain line for conducting the collected condensed water and a heat exchanger through which the condensed water can flow, characterized in that the heat exchanger is designed as an air-water heat exchanger in which the condensed water can receive heat from an air flow .
A vacuum pump , comprising: a casing having an inlet portion and an outlet portion for gas; a pump mechanism portion in which a stator blade and a rotor blade are formed; a rotor having the rotor blade; a thread groove exhaust mechanism portion provided at a downstream side of the pump mechanism portion ; a cooling trap portion that cools the gas led out from the pump mechanism portion and causes the gas to flow out to a side of the thread groove exhaust mechanism portion ; and a partition wall portion that guides the gas led out from the pump mechanism portion to the cooling trap portion , characterized in that the partition wall portion is a disc-shaped member provided integrally with the rotor . a casing having an inlet portion and an outlet portion for gas; a pump mechanism portion in which a stator blade and a rotor blade are formed; a rotor having the rotor blade; a thread groove exhaust mechanism portion provided at a downstream side of the pump mechanism portion ; a cooling trap portion that cools the gas led out from the pump mechanism portion and causes the gas to flow out to a side of the thread groove exhaust mechanism portion ; and a partition wall portion that guides the gas led out from the pump mechanism portion to the cooling trap portion , characterized in that the partition wall portion is a disc-shaped member provided integrally with the rotor .
A measurement control method, applied to a user equipment, UE, wherein the method comprises: if the UE is within a first area while performing cell re-selection, sending to a network side information of a cell where physical cell identifier, PCI, confusion occurs, wherein, the information of the cell where the PCI confusion occurs comprises at least: a PCI and a cell global identifier of the cell, receiving, a PCI list and a cell global identifier list configured at the network side, determining , on the basis of the PCI list and the cell global identifier list, whether a cell to be re-selected belongs to the first area; and if it is determined that the cell to be re-selected belongs to the first area, continuing to use an idle state measurement configuration configured by dedicated signaling to perform processing. if the UE is within a first area while performing cell re-selection, sending to a network side information of a cell where physical cell identifier, PCI, confusion occurs, wherein, the information of the cell where the PCI confusion occurs comprises at least: a PCI and a cell global identifier of the cell, receiving, a PCI list and a cell global identifier list configured at the network side, determining , on the basis of the PCI list and the cell global identifier list, whether a cell to be re-selected belongs to the first area; and if it is determined that the cell to be re-selected belongs to the first area, continuing to use an idle state measurement configuration configured by dedicated signaling to perform processing.
Pneumatic leaf remover head comprising: • a pneumatic circuit comprising at least one duct and at least one nozzle ; said pneumatic circuit is adapted to lead an air flow (f), through said at least one duct , towards said at least one nozzle , so as to cause an air jet (g) to flow out; • a rotor , for rotating around a rotation axis (Y) and to which said pneumatic circuit is fixed in an integral manner, so that said pneumatic circuit rotates with said rotor in an integral manner; • at least one protection plate comprising at least one deflector, which is arranged in front of said at least one nozzle relative to the direction of the rotation axis (Y), so that the air jet (g) flowing out of said at least one nozzle can at least partially flow through said at least one deflector; said protection plate is fixed to said rotor in an integral manner, so as to rotate with it; said at least one deflector is at least one hole , each one arranged close to said at least one nozzle ; wherein said protection plate comprises: • a central portion , relative to the rotation axis (Y), which is fixed to the rotor in an integral manner, and • a peripheral portion , relative to the rotation axis (Y), which is fixed to said central portion for rotating around the axis (Y) in an independent manner, thus varying its position relative to said central portion ; said at least one hole being provided in correspondence to said peripheral portion . • a pneumatic circuit comprising at least one duct and at least one nozzle ; said pneumatic circuit is adapted to lead an air flow (f), through said at least one duct , towards said at least one nozzle , so as to cause an air jet (g) to flow out; • a rotor , for rotating around a rotation axis (Y) and to which said pneumatic circuit is fixed in an integral manner, so that said pneumatic circuit rotates with said rotor in an integral manner; • at least one protection plate comprising at least one deflector, which is arranged in front of said at least one nozzle relative to the direction of the rotation axis (Y), so that the air jet (g) flowing out of said at least one nozzle can at least partially flow through said at least one deflector; • a central portion , relative to the rotation axis (Y), which is fixed to the rotor in an integral manner, and • a peripheral portion , relative to the rotation axis (Y), which is fixed to said central portion for rotating around the axis (Y) in an independent manner, thus varying its position relative to said central portion ;
A cable strand anchoring device for anchoring strands of telecommunications cables to telecommunications enclosures and/or components configured for connection to telecommunications enclosures, comprising: a hub extending from a first hub end to a second hub end ; a plurality of cable strand positioning elements , extending from the hub, wherein each cable strand positioning element comprises: a stabilizing portion monolithically formed with the hub, an arc portion monolithically formed with the stabilizing portion, and a lobe monolithically formed with the hub, the stabilizing portion and the arc portion; and a plurality of strand anchors monolithically formed with the hub and the lobe, wherein the cable strand anchoring device is configured to receive strands of a cable. a hub extending from a first hub end to a second hub end ; a plurality of cable strand positioning elements , extending from the hub, wherein each cable strand positioning element comprises: a stabilizing portion monolithically formed with the hub, an arc portion monolithically formed with the stabilizing portion, and a lobe monolithically formed with the hub, the stabilizing portion and the arc portion; and a stabilizing portion monolithically formed with the hub, an arc portion monolithically formed with the stabilizing portion, and a lobe monolithically formed with the hub, the stabilizing portion and the arc portion; and a plurality of strand anchors monolithically formed with the hub and the lobe, wherein the cable strand anchoring device is configured to receive strands of a cable.
A wireless transmit receive unit, WTRU, comprising: a processor configured to: receive downlink control information, DCI; detect, in the DCI, an indication of a resource grant associated with an uplink channel of a secondary component carrier, SCC; receive a physical downlink control channel, PDCCH, transmission associated with the SCC; detect, in the PDCCH transmission associated with the SCC, an indication of a grant confirmation that confirms the resource grant associated with the uplink channel of the SCC; and in response to the detection, in the PDCCH transmission associated with the SCC, of the indication of the grant confirmation that confirms the resource grant associated with the uplink channel of the SCC, perform an uplink transmission using resources allocated in the resource grant associated with the uplink channel of the SCC. receive downlink control information, DCI; detect, in the DCI, an indication of a resource grant associated with an uplink channel of a secondary component carrier, SCC; receive a physical downlink control channel, PDCCH, transmission associated with the SCC; detect, in the PDCCH transmission associated with the SCC, an indication of a grant confirmation that confirms the resource grant associated with the uplink channel of the SCC; and in response to the detection, in the PDCCH transmission associated with the SCC, of the indication of the grant confirmation that confirms the resource grant associated with the uplink channel of the SCC, perform an uplink transmission using resources allocated in the resource grant associated with the uplink channel of the SCC.
A lifting shelf bracket, comprising: a first rack arranged vertically and having a toothed surface; a second rack arranged parallel to the first rack, and having a toothed surface opposite to the toothed surface of the first rack , characterized in that the lifting shelf bracket further comprises: a first gear and a second gear meshing with each other, the first gear and the second gear being disposed between the first rack and the second rack , the first gear meshing with the first rack , and the second gear meshing with the second rack ; a fixing plate disposed at a same side of the first rack and the second rack in a width direction of the first rack and the second rack, the fixing plate being movable in a length direction of the first rack and the second rack, and the second gear being rotatably connected to the fixing plate via a first rotation haft ; a first transmission rod having a central axis and an end passing through the fixing plate and fixedly connected to the first gear , and the first transmission rod being rotatable around the central axis; and a locking device disposed to the fixing plate for locking and unlocking the first transmission rod . a first rack arranged vertically and having a toothed surface; a second rack arranged parallel to the first rack, and having a toothed surface opposite to the toothed surface of the first rack , characterized in that the lifting shelf bracket further comprises: a first gear and a second gear meshing with each other, the first gear and the second gear being disposed between the first rack and the second rack , the first gear meshing with the first rack , and the second gear meshing with the second rack ; a fixing plate disposed at a same side of the first rack and the second rack in a width direction of the first rack and the second rack, the fixing plate being movable in a length direction of the first rack and the second rack, and the second gear being rotatably connected to the fixing plate via a first rotation haft ; a first transmission rod having a central axis and an end passing through the fixing plate and fixedly connected to the first gear , and the first transmission rod being rotatable around the central axis; and a locking device disposed to the fixing plate for locking and unlocking the first transmission rod .
A method of manufacturing a leadframe, comprising: inserting an inlay into an indentation in a base layer to provide a leadframe-material, wherein the base layer comprises a first material and the inlay comprises a second material; forming a leadframe from the leadframe-material; wherein the first material comprises one of copper and Alloy 42, and the second material comprises the other of copper and Alloy 42; characterised in that plating the leadframe with copper-plating, wherein the copper-plating has a thickness of less than 2μm; and plating the leadframe with copper-plating comprises providing copper plating over a subset of the external surfaces of the leadframe. inserting an inlay into an indentation in a base layer to provide a leadframe-material, wherein the base layer comprises a first material and the inlay comprises a second material; forming a leadframe from the leadframe-material; wherein the first material comprises one of copper and Alloy 42, and the second material comprises the other of copper and Alloy 42; characterised in that plating the leadframe with copper-plating, wherein the copper-plating has a thickness of less than 2μm; and plating the leadframe with copper-plating comprises providing copper plating over a subset of the external surfaces of the leadframe.
A foregrip for a firearm, comprising: a mounting device configured to attach to a mounting rail of a firearm ; a grip body with a top portion configured to be removably attached to the mounting device and a lateral side portion configured to be gripped by the hand of a person using the firearm ; a securing feature on the grip body adjacent the top portion adapted to removably secure the grip body to the mounting device ; characterized in that an interior cavity is formed within the grip body ; a blade is disposed at least partially within the interior cavity , wherein the blade is movable between a retracted position and a deployed position relative to the grip body , and wherein the grip body further comprises a locking mechanism configured to lock the blade in the deployed position, wherein the blade has a recess on an outer surface of the blade , and wherein the locking mechanism includes at least one movable locking feature configured to engage the at least one recess in the blade to preclude relative movement between the blade and the grip body when the at least one movable locking feature is engaged with the at least one recess in the blade . a mounting device configured to attach to a mounting rail of a firearm ; a grip body with a top portion configured to be removably attached to the mounting device and a lateral side portion configured to be gripped by the hand of a person using the firearm ; a securing feature on the grip body adjacent the top portion adapted to removably secure the grip body to the mounting device ; characterized in that an interior cavity is formed within the grip body ; a blade is disposed at least partially within the interior cavity , wherein the blade is movable between a retracted position and a deployed position relative to the grip body , and wherein the grip body further comprises a locking mechanism configured to lock the blade in the deployed position, wherein the blade has a recess on an outer surface of the blade , and wherein the locking mechanism includes at least one movable locking feature configured to engage the at least one recess in the blade to preclude relative movement between the blade and the grip body when the at least one movable locking feature is engaged with the at least one recess in the blade .
An information transmission method of an Integrated Access and Backhaul, IAB, link, comprising a plurality of hops over IAB protocol stacks, comprising: transmitting (S404), by a first IAB node of the IAB link, link state information to a second IAB node of the IAB link, wherein the link state information comprises information indicating radio link failure between the first IAB node and a third IAB node of the IAB link, and identifying a mobile terminal, MT, portion of the first IAB node corresponding to a reported link state, wherein the second IAB node is an IAB child node to the first IAB node in the IAB link that is a hop away from the first IAB node in the plurality of hops in the IAB link. transmitting (S404), by a first IAB node of the IAB link, link state information to a second IAB node of the IAB link, wherein the link state information comprises information indicating radio link failure between the first IAB node and a third IAB node of the IAB link, and identifying a mobile terminal, MT, portion of the first IAB node corresponding to a reported link state, wherein the second IAB node is an IAB child node to the first IAB node in the IAB link that is a hop away from the first IAB node in the plurality of hops in the IAB link.
A method of processing a paging message, the method performed by a terminal device comprising a plurality of Subscriber Identification Module, SIM, cards, and the method comprising receiving a target paging message corresponding to a SIM card of a current paging cycle from a network side; determining whether the target paging message belongs to a spam message paging a slave SIM card, wherein the slave SIM card is any one of the plurality of SIM cards which does not provide a data service; and discarding the target paging message when the target paging message belongs to the spam message paging the slave SIM card; the method characterized in that , the determining whether the target paging message belongs to the spam message paging the slave SIM card comprises: determining (101-6) that the target paging message belongs to the spam message paging the slave SIM card when it is determined that a domain corresponding to the target paging message is a packet switching domain, the SIM card of the current paging cycle belongs to the slave SIM card, and the SIM card of the current paging cycle does not support an IP Multimedia Subsystem, IMS, voice service. determining whether the target paging message belongs to a spam message paging a slave SIM card, wherein the slave SIM card is any one of the plurality of SIM cards which does not provide a data service; and discarding the target paging message when the target paging message belongs to the spam message paging the slave SIM card; the method characterized in that , the determining whether the target paging message belongs to the spam message paging the slave SIM card comprises: determining (101-6) that the target paging message belongs to the spam message paging the slave SIM card when it is determined that a domain corresponding to the target paging message is a packet switching domain, the SIM card of the current paging cycle belongs to the slave SIM card, and the SIM card of the current paging cycle does not support an IP Multimedia Subsystem, IMS, voice service.
A lubrication method, comprising: lubricating a sliding member in a refrigerant circulation system which comprises a liquid crystal polymer by using a lubricating oil composition which comprises a mineral oil as a lubricating base oil; wherein a viscosity of the lubricating base oil based on the ISO viscosity grade is VG2 or more and VG10 or less. lubricating a sliding member in a refrigerant circulation system which comprises a liquid crystal polymer by using a lubricating oil composition which comprises a mineral oil as a lubricating base oil; wherein a viscosity of the lubricating base oil based on the ISO viscosity grade is VG2 or more and VG10 or less.
A method for automatically protecting radio network equipment, RNE , in extreme weather conditions, the method comprising: installing (S1 10), at an air intake of the RNE, a sensor configured to detect a current amount of air-carried particles entering the RNE, a temperature sensor configured to measure temperature inside the RNE, the method characterized by providing a pair of phase-shift material grids having different orientations and configured to open or close the air intake, and by automatically powering one grid of the phase-shift material grids to open or close the air intake according to the current amount of air-carried particles and a temperature inside the RNE.