mhurhangee/patent-ind-claim-en huggingface dataset:
A method comprising: receiving, by a slave cell , from a master cell , a difference between a first propagation delay between a user device and the master cell and a second propagation delay between the user device and the slave cell ; determining, by the slave cell , a set of buffer gap resources that are adjacent in time to a set of uplink resources to be used for an uplink transmission from the user device to both the master cell and the slave cell , the set of buffer gap resources being based on said difference; and reserving, by the slave cell , both the set of uplink resources for uplink transmission and the adjacent set of buffer gap resources, to accommodate an uplink transmission from the user device , the uplink transmission based on a timing advance associated with the master cell . receiving, by a slave cell , from a master cell , a difference between a first propagation delay between a user device and the master cell and a second propagation delay between the user device and the slave cell ; determining, by the slave cell , a set of buffer gap resources that are adjacent in time to a set of uplink resources to be used for an uplink transmission from the user device to both the master cell and the slave cell , the set of buffer gap resources being based on said difference; and reserving, by the slave cell , both the set of uplink resources for uplink transmission and the adjacent set of buffer gap resources, to accommodate an uplink transmission from the user device , the uplink transmission based on a timing advance associated with the master cell .
A lidar system for determining distance to an object , said lidar system comprising: a laser-source configured to emit a plurality of laser-beams ; a single movable-mirror positioned to reflect the plurality of laser-beams from the laser-source , said movable-mirror being operable to pivot about a single rotation-axis ; a first-optical wedge configured to direct at least a first-laser-beam of the plurality of laser-beams reflected by the movable-mirror in a first-direction with respect to a bore-axis of the lidar system ; a second-optical-wedge configured to direct at least a second-laser-beam of the plurality of laser-beams reflected by the movable-mirror in a second-direction with respect to the bore-axis of the lidar system , said second-direction different from the first-direction ; a first-shutter interposed between the first-optical-wedge and the movable-mirror ; a second-shutter interposed between the second-optical-wedge and the movable-mirror ; and a controller-circuit in communication with the first-shutter and the second-shutter , wherein the controller-circuit is configured to alternately operate both the first-shutter and the second-shutter to a transmissive-state and a blocking-state. a laser-source configured to emit a plurality of laser-beams ; a single movable-mirror positioned to reflect the plurality of laser-beams from the laser-source , said movable-mirror being operable to pivot about a single rotation-axis ; a first-optical wedge configured to direct at least a first-laser-beam of the plurality of laser-beams reflected by the movable-mirror in a first-direction with respect to a bore-axis of the lidar system ; a second-optical-wedge configured to direct at least a second-laser-beam of the plurality of laser-beams reflected by the movable-mirror in a second-direction with respect to the bore-axis of the lidar system , said second-direction different from the first-direction ; a first-shutter interposed between the first-optical-wedge and the movable-mirror ; a second-shutter interposed between the second-optical-wedge and the movable-mirror ; and a controller-circuit in communication with the first-shutter and the second-shutter , wherein the controller-circuit is configured to alternately operate both the first-shutter and the second-shutter to a transmissive-state and a blocking-state.
A method implemented by a distributed unit, DU, of a distributed base station for managing early data transmission, the method comprising: receiving , by the DU from a user equipment, UE, operating in an inactive state associated with a protocol for controlling radio resources, (i) first data and (ii) a message formatted in accordance with the protocol; transmitting , by the DU to a central unit, CU, of the distributed base station, the message via a control plane interface; transmitting , by the DU , the first data to the CU via a user plane interface after transmitting the message; receiving, from the UE operating in the inactive state, second data after transmitting the message to the CU ; and transmitting, by the DU , the second data to the CU via the user plane interface. receiving , by the DU from a user equipment, UE, operating in an inactive state associated with a protocol for controlling radio resources, (i) first data and (ii) a message formatted in accordance with the protocol; transmitting , by the DU to a central unit, CU, of the distributed base station, the message via a control plane interface; transmitting , by the DU , the first data to the CU via a user plane interface after transmitting the message; receiving, from the UE operating in the inactive state, second data after transmitting the message to the CU ; and transmitting, by the DU , the second data to the CU via the user plane interface.
A method comprising: receiving a request to access a probe plurality of data rows , wherein each data row of the probe plurality of data rows is associated with a respective probe key value; selecting , from a plurality of buckets of a hash table , a particular bucket that contains entries of a plurality of build key values; concurrently probing the particular bucket to detect whether the entries of the plurality of build key values includes an entry of the probe key value of a particular data row of the probe plurality of data rows , wherein said entry of the probe key value of the particular data row comprises a value selected from the group consisting of the probe key value of the particular data row, and a hash code of the probe key value of the particular data row; sending a response for the request to access the probe plurality of data rows that is based on said concurrently probing the particular bucket. receiving a request to access a probe plurality of data rows , wherein each data row of the probe plurality of data rows is associated with a respective probe key value; selecting , from a plurality of buckets of a hash table , a particular bucket that contains entries of a plurality of build key values; concurrently probing the particular bucket to detect whether the entries of the plurality of build key values includes an entry of the probe key value of a particular data row of the probe plurality of data rows , wherein said entry of the probe key value of the particular data row comprises a value selected from the group consisting of the probe key value of the particular data row, and a hash code of the probe key value of the particular data row; sending a response for the request to access the probe plurality of data rows that is based on said concurrently probing the particular bucket.
A method for controlling the crane of a forest machine, in which method the crane of the forest machine and at least another function than moving the crane are controlled by a control unit being controlled by control functions activated by controllers in the forest machine , characterized in that maintaining the control function controlling primarily another function than moving the crane for a time longer than a given threshold time will activate an operation in which the crane head will move along a predetermined travel path (S1; S2) from a first location (A1; B1) to a second location (A2; B2), or there between, if said control function has a shorter duration than the time taken for the crane head to move from the first location (A1; B1) to the second location (A2; B2), but longer than said threshold time.
A method for controlling sending of a media access control, MAC, address forwarding table, comprising: Receiving (S100), by a software-defined networking, SDN, controller, an address resolution protocol, ARP, request packet sent by a source virtual machine by using a first top-of-rack, TOR, switch to which the source virtual machine is attached, wherein the ARP request packet carries a destination Internet Protocol, IP, address; the method is characterized by determining, by the SDN controller, whether the destination IP address is different from any IP address of a gateway to which the source virtual machine is indirectly attached via the first TOR switch and when (S110) the SDN controller determines that the destination IP address is different from any IP address of a gateway to which the source virtual machine is indirectly attached via the first TOR switch, forbidding generation, according to the ARP request packet, of a first MAC address forwarding table that is to be sent to the gateway to which the source virtual machine is indirectly attached via the first TOR switch. Receiving (S100), by a software-defined networking, SDN, controller, an address resolution protocol, ARP, request packet sent by a source virtual machine by using a first top-of-rack, TOR, switch to which the source virtual machine is attached, wherein the ARP request packet carries a destination Internet Protocol, IP, address; the method is characterized by determining, by the SDN controller, whether the destination IP address is different from any IP address of a gateway to which the source virtual machine is indirectly attached via the first TOR switch and when (S110) the SDN controller determines that the destination IP address is different from any IP address of a gateway to which the source virtual machine is indirectly attached via the first TOR switch, forbidding generation, according to the ARP request packet, of a first MAC address forwarding table that is to be sent to the gateway to which the source virtual machine is indirectly attached via the first TOR switch.
A device for spatial orientation for a moving object, in particular a vehicle, in particular an industrial truck, in particular a forklift , comprising - at least one first RFID transponder with a first transponder frequency , - at least one second RFID transponder with a second transponder frequency with which the first RFID transponder is associated, - at least one first detection means for detecting the first RFID transponder with the first transponder frequency , - at least one second detection means for detecting the second RFID transponder with the second transponder frequency with which the first detection means is associated , wherein a detection of the first RFID transponder and/or of the second RFID transponder by the first detection means and/or the second detection means is designed to be substantially spatially and/or temporally correlated with one another as a secure means of orientation for the moving object, in particular vehicle, in particular industrial truck, in particular forklift, characterized in that there is a frequency difference between the second transponder frequency of the second RFID transponder and the first transponder frequency of the first RFID transponder . - at least one first RFID transponder with a first transponder frequency , - at least one second RFID transponder with a second transponder frequency with which the first RFID transponder is associated, - at least one first detection means for detecting the first RFID transponder with the first transponder frequency , - at least one second detection means for detecting the second RFID transponder with the second transponder frequency with which the first detection means is associated , wherein a detection of the first RFID transponder and/or of the second RFID transponder by the first detection means and/or the second detection means is designed to be substantially spatially and/or temporally correlated with one another as a secure means of orientation for the moving object, in particular vehicle, in particular industrial truck, in particular forklift, characterized in that there is a frequency difference between the second transponder frequency of the second RFID transponder and the first transponder frequency of the first RFID transponder .
A portable ultrasonic diagnostic apparatus comprising: a probe configured to transmit an ultrasonic wave to an object and receive an echo ultrasonic wave reflected from the object; a touch screen configured to display a first image generated based on the echo ultrasonic wave, and display a first reference icon and a second reference icon ; and characterized by a controller, which is configured to, in response to selecting one of the first reference icon or the second reference icon , control the touch screen to display one or more diagnosis portions in a diagnosis portion display area , and control the touch screen to display a thumbnail in a thumbnail display area representing a position of each of the one or more diagnosis portions. a probe configured to transmit an ultrasonic wave to an object and receive an echo ultrasonic wave reflected from the object; a touch screen configured to display a first image generated based on the echo ultrasonic wave, and display a first reference icon and a second reference icon ; and characterized by a controller, which is configured to, in response to selecting one of the first reference icon or the second reference icon , control the touch screen to display one or more diagnosis portions in a diagnosis portion display area , and control the touch screen to display a thumbnail in a thumbnail display area representing a position of each of the one or more diagnosis portions.
An imaging assembly comprising: a platform having a target region ; a camera and lens module comprising a camera and a lens , the camera and lens module having an optical path with a focal plane in the target region ; a mirror mounted along a first axis normal to the target region and movable along said first axis; the camera and lens module mounted along a second axis normal to said first axis, the camera and lens module being movable in a direction within a plane normal to the plane of the target region and movable along said second axis; wherein said first axis comprises a first portion of the optical path between the target region and the center of the mirror , wherein said second axis comprises a second portion of the optical path between the center of the mirror and the camera and lens module , and wherein the optical path is the sum of the first portion and the second portion ; the camera and lens module being directed at the mirror such that the optical path of the camera and lens module has the focal plane in the target region , wherein the optical path with a focal plane in the target region has a length of between 20 cm to 50 cm; the mirror and camera and lens module being synchronously movable in a direction normal to the plane of the target region such that movement of the mirror and camera and lens module changes a field of view within the focal plane; and the lens being a prime lens having a fixed focal length. a platform having a target region ; a camera and lens module comprising a camera and a lens , the camera and lens module having an optical path with a focal plane in the target region ; a mirror mounted along a first axis normal to the target region and movable along said first axis; the camera and lens module mounted along a second axis normal to said first axis, the camera and lens module being movable in a direction within a plane normal to the plane of the target region and movable along said second axis; wherein said first axis comprises a first portion of the optical path between the target region and the center of the mirror , wherein said second axis comprises a second portion of the optical path between the center of the mirror and the camera and lens module , and wherein the optical path is the sum of the first portion and the second portion ; the camera and lens module being directed at the mirror such that the optical path of the camera and lens module has the focal plane in the target region , wherein the optical path with a focal plane in the target region has a length of between 20 cm to 50 cm; the mirror and camera and lens module being synchronously movable in a direction normal to the plane of the target region such that movement of the mirror and camera and lens module changes a field of view within the focal plane; and the lens being a prime lens having a fixed focal length.
A one-pot synthesis method for making a catalyst composition comprising a zeolite having a CHA framework, a molar silica-to-alumina ratio (SAR) of 45 to 85, and an atomic copper-to-aluminium ratio of at least 1.25, which method comprising forming a reaction mixture containing a source of silica, a source of alumina, a first CHA framework organic templating agent in the form of Cu-tetraethylenepentamine (Cu-TEPA), a second distinct organic CHA templating agent in the form of N,N,N-dimethylethylcyclohexylammonium (DMECHA), and seed crystals in an amount of less than about 1 weight percent based on the total weight of the silica in the reaction mixture; heating the reaction mixture to facilitate crystallization and precipitation of the crystals of the catalyst composition; and collecting, washing and drying the crystals.
A processing apparatus, comprising: a processing unit operated using power supplied from a power supply apparatus including a plurality of power supply units comprising each an output capacitor that accumulates charges for supplying power; a timer circuit configured to perform time measurement of a predetermined period when an overload signal is notified from a power supply unit of the plurality of power supply units , the overload signal indicating an overload of the power supply unit ; and a power reduction signal sending circuit configured to send a power reduction signal instructing a suppression of power consumption to the processing unit during a time period from notification of the overload signal to the expiration of the timer circuit , wherein the power supply unit is configured to notify the overload signal while the power supply unit detects the overload, the overload being detected when output current from the processing apparatus exceeds a predetermined threshold value, and wherein the power reduction signal sending circuit is configured to send the power reduction signal until the expiration of the timer circuit even if the sending of the overload signal is released before the expiration of the timer circuit. a processing unit operated using power supplied from a power supply apparatus including a plurality of power supply units comprising each an output capacitor that accumulates charges for supplying power; a timer circuit configured to perform time measurement of a predetermined period when an overload signal is notified from a power supply unit of the plurality of power supply units , the overload signal indicating an overload of the power supply unit ; and a power reduction signal sending circuit configured to send a power reduction signal instructing a suppression of power consumption to the processing unit during a time period from notification of the overload signal to the expiration of the timer circuit , wherein the power supply unit is configured to notify the overload signal while the power supply unit detects the overload, the overload being detected when output current from the processing apparatus exceeds a predetermined threshold value, and wherein the power reduction signal sending circuit is configured to send the power reduction signal until the expiration of the timer circuit even if the sending of the overload signal is released before the expiration of the timer circuit.
A connecting assembly for a turbomachine, the connecting assembly comprising bushes and an housing for distributing air from an air inlet passage of the housing to ducts , with each duct of said assembly being connected with the housing by one said bush mounted on an orifice of a first wall of the housing, with said bush having an axis (X2) along which an inner wall extends, in contact with which air can circulate in the bush, characterized in that said first wall of the housing and the inner wall of the bush are connected together by a fillet having a radius (R) which varies over at least a part of the perimeter of said inner wall .
A method performed by a terminal in a wireless communication system supporting a multimedia broadcast multicast service, MBMS, the method comprising: detecting a physical downlink control channel, PDCCH, with cyclic redundancy check, CRC, scrambled by an identifier of the terminal in a specific subframe among subframes reserved for multicast/broadcast over a single frequency network, MBSFN, in case that the terminal is in transmission mode, TM, 9; and decoding a physical downlink shared channel, PDSCH, corresponding to the PDCCH in the specific subframe, wherein specific subframe is not indicated by higher layers to decode physical multicast channel, PMCH, the specific subframe is not configured by the higher layers to be part of a positioning reference signal, PRS, occasion, and the PRS occasion is only configured within the subframes. detecting a physical downlink control channel, PDCCH, with cyclic redundancy check, CRC, scrambled by an identifier of the terminal in a specific subframe among subframes reserved for multicast/broadcast over a single frequency network, MBSFN, in case that the terminal is in transmission mode, TM, 9; and decoding a physical downlink shared channel, PDSCH, corresponding to the PDCCH in the specific subframe, wherein specific subframe is not indicated by higher layers to decode physical multicast channel, PMCH, the specific subframe is not configured by the higher layers to be part of a positioning reference signal, PRS, occasion, and the PRS occasion is only configured within the subframes.
A vibration generator for piling machines, compactors or other construction machines, having at least two unbalance trains each comprising unbalanced masses (1.1, 1.2, 2.1, 2.2) which are rotatingly drivable by a drive apparatus , and an adjustment apparatus for adjusting the phase position of the unbalanced masses (1.1, 1.2, 2.1, 2.2) relative to each other, wherein the unbalanced masses of different unbalance trains are arranged relative to each other without a fixed transmission ratio and the drive apparatus is designed to drive the unbalance trains with rotation speed differences which are variable relative to each other, characterized in that the unbalanced masses (1.1, 1.2, 2.1, 2.2) of different unbalance trains rotating with different rotation speeds are arranged coaxially to one another, wherein the unbalanced masses (2.1, 2.2) of a first unbalance train are arranged between the unbalanced masses (1.1, 1.2), coaxial therewith, of a second unbalance train , wherein the adjustment apparatus comprises a planetary gearing which comprises at least four output trains as well as an adjustment input train for adjusting the output trains relative to each other, wherein to two of said output trains there are connected the relatively phase-adjustable unbalanced masses (2.1, 2.2) of the first unbalance train and to two further output trains there are connected the relatively phase-adjustable unbalanced masses (1.1, 1.2) of the second unbalanced train .
Ball joint , in particular for a chassis of a motor vehicle, the ball joint having a housing with a first opening , the first opening being enclosed by a circumferential reshaped edge , characterized in that the housing has, at an end which lies opposite the first opening , a caulking force absorption means which extends in a trough-shaped manner towards the interior of the housing in the direction of the first opening for absorbing a caulking force F which is required for reshaping the circumferential reshaped edge , the caulking force absorption means being configured in the form of a recess which is pillar-shaped and at the same time blind bore-like.