mhurhangee/patent-ind-claim-en huggingface dataset:
A memory controller comprising: a register to store a mode setting indicative of a first mode or a second mode, the first mode being a low power mode, the second mode being a high-performance mode; a controller I/O interface to receive data at a first data bandwidth in the first mode and a second data bandwidth in the second mode; and a command architecture to convey a command to a memory device comprising an I/O interface , a memory core and a core interface , wherein the command to specify a core interface voltage (Vi), the core interface voltage used by the core interface of the memory device to transfer data between the I/O interface and the memory core and, the core interface voltage (Vi) including a first voltage associated with the first mode and a second voltage associated with the second mode, and wherein the controller I/O interface is transmitting data at the first data bandwidth in the first mode and the second data bandwith in the second mode, wherein the controller inserts gaps in the data when transmitting in the first mode. a register to store a mode setting indicative of a first mode or a second mode, the first mode being a low power mode, the second mode being a high-performance mode; a controller I/O interface to receive data at a first data bandwidth in the first mode and a second data bandwidth in the second mode; and a command architecture to convey a command to a memory device comprising an I/O interface , a memory core and a core interface , wherein the command to specify a core interface voltage (Vi), the core interface voltage used by the core interface of the memory device to transfer data between the I/O interface and the memory core and, the core interface voltage (Vi) including a first voltage associated with the first mode and a second voltage associated with the second mode, and wherein the controller I/O interface is transmitting data at the first data bandwidth in the first mode and the second data bandwith in the second mode, wherein the controller inserts gaps in the data when transmitting in the first mode. the command to specify a core interface voltage (Vi), the core interface voltage used by the core interface of the memory device to transfer data between the I/O interface and the memory core and, the core interface voltage (Vi) including a first voltage associated with the first mode and a second voltage associated with the second mode, and wherein the controller I/O interface is transmitting data at the first data bandwidth in the first mode and the second data bandwith in the second mode, wherein the controller inserts gaps in the data when transmitting in the first mode.
A process for recovering a processing liquid from a feed mixture recovered from a gas purification system having a regenerator column in which spent processing liquid is received, said feed mixture comprising water, a processing liquid having at least one component having a higher boiling point than water, at least one component having a boiling point lower than water, and at least one component that is less volatile than said processing liquid, the process comprising providing a stream of feed mixture recovered from the bottoms stream of said regenerator column ; heating said stream of feed mixture by heat transfer from a heated first residuum recycle stream contacting the feed mixture introducing said heated stream of feed mixture into a first separation zone wherein the pressure of the first separation zone is equal to or slightly higher than in the regenerator column , wherein at least a portion of said water and a portion of the processing liquid is volatilized to produce a hot, vapor stream comprising volatilized water and said volatilized portion of said processing liquid, and a first residuum stream comprising at least some of said less volatile component and the unvolatilized portion of said water and said processing liquid, wherein heat necessary to effect separation in the first separation zone is imparted to said feed mixture by said heat transfer from said heated first residuum stream ; introducing said hot vapor stream into said regenerator column ; using heat energy from said hot vapor stream in said regenerator column to degas said spent processing liquid and produce a substantially degassed processing liquid stream ; and recovering said substantially degassed processing liquid stream from said regenerator column .
A liquid discharge head comprising: a head main body ; a casing ; and one or more driver IC that drives the head main body , wherein the casing has an opening , and is bonded to the head main body at an edge of the opening so as to cover at least a part of the head main body , and a part of an inner surface of a side plate of the casing continuing from the opening has an inclination portion (S) inclined toward the inner side of the casing with respect to the opening , the driver IC is in contact with the inclination portion (S) of the inner surface, and wherein the width (W2) in the part of the casing in contact with the driver IC is smaller than the width (W1) of the casing in the opening .
A fluked burying device for mounting on a chain cable , formed substantially in two halves for opposed sideways assembly on said chain cable includes a plane of symmetry and comprises a body member comprising two elongate members each disposed substantially parallel to said plane of symmetry and each extending when mounted on the chain cable along one of two opposed sides of said chain cable and a fluke member attached to the body member at an acute angle of inclination to a longitudinal axis of said body member , and includes attachment means , in the form of elongated slots for holding said body member in a fixed position on a chain cable comprising a series of links by means of bolts extending between the parts of the body member , whereby said longitudinal axis is maintained substantially aligned with an axis of said chain cable , said body member being adapted to maintain said chain cable extending in a defined attitude therein, said attachment means including first contact points on said body member engaging corresponding points on a link of said chain cable and second contact points (A, B) on said body member engaging corresponding points on a link of said chain cable .
A robotic system , comprising: a first medical instrument configured for insertion, in use, into a lumen of a patient, the first medical instrument comprising: a first elongated shaft , a first pull wire actuable to cause pull wire-based movement of the first elongated shaft, and a first instrument base including a first drive input for actuating the first pull wire; a robotic arm attached to the first instrument base and configured to move to advance or retract the first medical instrument through the lumen of the patient; at least one non-transitory computer readable medium having stored thereon executable instructions; and at least one processor in communication with the at least one non-transitory computer readable medium and configured to execute the instructions to cause the robotic system to at least: determine an axial compression of the first elongated shaft; determine a distance to move the robotic arm to compensate for the determined axial compression of the first elongated shaft; and move the robotic arm to either advance or retract the first elongated shaft of the first medical instrument through the lumen of the patient by the determined distance. a first medical instrument configured for insertion, in use, into a lumen of a patient, the first medical instrument comprising: a first elongated shaft , a first pull wire actuable to cause pull wire-based movement of the first elongated shaft, and a first instrument base including a first drive input for actuating the first pull wire; a robotic arm attached to the first instrument base and configured to move to advance or retract the first medical instrument through the lumen of the patient; at least one non-transitory computer readable medium having stored thereon executable instructions; and at least one processor in communication with the at least one non-transitory computer readable medium and configured to execute the instructions to cause the robotic system to at least: determine an axial compression of the first elongated shaft; determine a distance to move the robotic arm to compensate for the determined axial compression of the first elongated shaft; and move the robotic arm to either advance or retract the first elongated shaft of the first medical instrument through the lumen of the patient by the determined distance. determine an axial compression of the first elongated shaft; determine a distance to move the robotic arm to compensate for the determined axial compression of the first elongated shaft; and move the robotic arm to either advance or retract the first elongated shaft of the first medical instrument through the lumen of the patient by the determined distance.
A glass film-resin composite , comprising: an elongated glass film ; and a resin tape arranged on at least one surface of the elongated glass film , wherein the resin tape is linearly arranged at least near each of both ends in a widthwise direction of the elongated glass film in one surface of the elongated glass film , and wherein the resin tape includes an adhesive layer , and the adhesive layer is directly arranged on the elongated glass film ; the adhesive layer exhibiting its peel-resisting force by being solidified; characterized in that the adhesive layer has a Young's modulus of 1 GPa or more; wherein the Young's modulus of the adhesive layer is measured at a measurement temperature of 25°C by means of a sample having a thickness of 50 um, a width of 2 cm, and a length of 15 cm, the chuck-to-chuck distance being 10 cm, the tensile rate being 10 mm/min. an elongated glass film ; and a resin tape arranged on at least one surface of the elongated glass film , wherein the resin tape is linearly arranged at least near each of both ends in a widthwise direction of the elongated glass film in one surface of the elongated glass film , and wherein the resin tape includes an adhesive layer , and the adhesive layer is directly arranged on the elongated glass film ; the adhesive layer exhibiting its peel-resisting force by being solidified; characterized in that the adhesive layer has a Young's modulus of 1 GPa or more; wherein the Young's modulus of the adhesive layer is measured at a measurement temperature of 25°C by means of a sample having a thickness of 50 um, a width of 2 cm, and a length of 15 cm, the chuck-to-chuck distance being 10 cm, the tensile rate being 10 mm/min.
A self-orienting twin castor with braking assembly of the type comprising a main body , designed for rotatable mating with the base of an installation device, said body being provided with at least one through hole for accommodating rotatably, with play along a substantially vertical direction, a shaft that has two coupling ends for respective wheels , elastic means being arranged within a transverse channel of said through hole of said body and being forcibly interposed between said shaft and said body for keeping, when said castor is not subjected to a load imposed by said installation device, said shaft forcibly resting, directly or indirectly, against said body , with consequent braking of the rotation of the associated wheels , said main body comprising two tubular lateral portions , which are coaxial to said hole and are adapted to accommodate a sleeve of a respective wheel which is fitted on a coupling end of said shaft accommodated in said hole , wherein each of said two tubular lateral portions comprise, along its inner surface, two radially protruding sliders , which are not arranged along the vertical plane that passes through the axis of the shaft but which are arranged mirror-symmetrically with respect to a vertical plane, in said condition of absence of load on the castor , said sleeve of said wheel forcibly resting on said two sliders by the action of said elastic means , with consequent braking of the rotation of said wheel , characterized in that said radially protruding sliders are elongated in shape and complementary to the shape of said sleeves and parallel to the axis of said shaft .
A method for wireless communication in a Long Term Evolution - LTE, LTE-Advanced - LTE-A, network, or a New Radio - NR - network, comprising: identifying (1905; 2005; 2105; 2205), at a user equipment, UE, wireless resources within a shared radio frequency spectrum band that are configured for unscheduled uplink transmissions within a self-contained transmission opportunity, wherein the identifying comprises identifying one or more self-contained transmission opportunities that are configured for unscheduled uplink transmissions, the one or more self-contained transmission opportunities comprising first resources for uplink data transmissions and second resources for downlink transmissions responsive to the uplink data transmissions; determining (1910; 2010; 2110; 2210) that at least a portion of the identified wireless resources is available for an unscheduled uplink transmission; and transmitting (1915; 2025; 2115; 2215) the unscheduled uplink transmission during the self-contained transmission opportunity based at least in part on the determining. identifying (1905; 2005; 2105; 2205), at a user equipment, UE, wireless resources within a shared radio frequency spectrum band that are configured for unscheduled uplink transmissions within a self-contained transmission opportunity, wherein the identifying comprises identifying one or more self-contained transmission opportunities that are configured for unscheduled uplink transmissions, the one or more self-contained transmission opportunities comprising first resources for uplink data transmissions and second resources for downlink transmissions responsive to the uplink data transmissions; determining (1910; 2010; 2110; 2210) that at least a portion of the identified wireless resources is available for an unscheduled uplink transmission; and transmitting (1915; 2025; 2115; 2215) the unscheduled uplink transmission during the self-contained transmission opportunity based at least in part on the determining.
Oscilloscope for testing an electronic device under test , the oscilloscope comprising: a test controller , which is configured to control the oscilloscope to perform tests with the electronic device under test based on respective user provided configuration parameters , and a memory device , which is coupled to the test controller , a display device that is configured to display a representation of stored parameter sets comprising the user provided configuration parameters, a tabbed interface that is displayed on the display device , a user input device that is configured to receive a user selection of one of the displayed representations , wherein the test controller is configured - to automatically store for every test in the memory device a parameter set comprising the user provided configuration parameters , - to load a respective parameter set based on the user selection , - to store measurement results of a measurement together with the respective parameter set, - to dynamically generate the representation of the respective parameter set based on the measurement results, wherein every tab of the tabbed interface comprises one of the representations of the stored parameter sets, and when a tab is selected the test controller is further configured to automatically load the respective parameter set and configure the oscilloscope according to the loaded parameter set. a test controller , which is configured to control the oscilloscope to perform tests with the electronic device under test based on respective user provided configuration parameters , and a memory device , which is coupled to the test controller , a display device that is configured to display a representation of stored parameter sets comprising the user provided configuration parameters, a tabbed interface that is displayed on the display device , a user input device that is configured to receive a user selection of one of the displayed representations , wherein the test controller is configured - to automatically store for every test in the memory device a parameter set comprising the user provided configuration parameters , - to load a respective parameter set based on the user selection , - to store measurement results of a measurement together with the respective parameter set, - to dynamically generate the representation of the respective parameter set based on the measurement results, - to automatically store for every test in the memory device a parameter set comprising the user provided configuration parameters , - to load a respective parameter set based on the user selection , - to store measurement results of a measurement together with the respective parameter set, - to dynamically generate the representation of the respective parameter set based on the measurement results, wherein every tab of the tabbed interface comprises one of the representations of the stored parameter sets, and when a tab is selected the test controller is further configured to automatically load the respective parameter set and configure the oscilloscope according to the loaded parameter set.
A communication method performed by a user equipment in a coordinated multipoint, CoMP, system, UE, the method comprising: receiving a radio resource control, RRC, signaling including information of Channel State Information Reference Signal, CSI-RS, resource sets; receiving Downlink Control Information, DCI, on a physical downlink control channel, PDCCH, a control field value of the DCI indicating a first CSI-RS resource set among the CSI-RS resource sets; performing channel estimation based on the first CSI-RS resource set, wherein the UE assumes that a CSI-RS detected in the first CSI-RS resource set is quasi co-located with a demodulation-reference signal, DM-RS, used for demodulating a physical downlink shared channel, PDSCH; and obtaining data using radio resources on the PDSCH based on a result of the channel estimation. receiving a radio resource control, RRC, signaling including information of Channel State Information Reference Signal, CSI-RS, resource sets; receiving Downlink Control Information, DCI, on a physical downlink control channel, PDCCH, a control field value of the DCI indicating a first CSI-RS resource set among the CSI-RS resource sets; performing channel estimation based on the first CSI-RS resource set, wherein the UE assumes that a CSI-RS detected in the first CSI-RS resource set is quasi co-located with a demodulation-reference signal, DM-RS, used for demodulating a physical downlink shared channel, PDSCH; and obtaining data using radio resources on the PDSCH based on a result of the channel estimation.
A combination of N -(2-((6-(3-(2,6-dichloro-3,5-dimethoxyphenyl)-1-methylureido)pyrimidin-4-yl)amino)-5-(4-ethylpiperazin-1-yl)phenyl)acrylamide or a pharmaceutically acceptable salt thereof and a CDK 4/6 inhibitor or a pharmaceutically acceptable salt thereof for use in treating hepatocellular carcinoma in a patient in need thereof.
Device for holding a bait for animals, such as pests, in particular rodents and/or insects, comprising a housing part which can be inserted into a sewer shaft, in particular a sewer shaft or a cable duct shaft, and which has at least one receiving space bounded by at least one wall, in particular at least one housing part wall, wherein at least one passage opening is formed through which an animal can reach at least one bait arranged in the receiving space , characterized by at least one guide device for guiding the housing part , which is inserted into a duct shaft , in a movable manner, in particular linearly, relative to a wall of the duct shaft .
A system of solar modules configured for attachment to a vertical structure, the system comprising: a plurality of PV strips ; a plurality of frames , which are cross-extrusions that enable concealed fixtures for attachment of bending flex cleats or hinges, wherein each frame holds a side of one of the PV strips; a plurality of semi-rigid channel bending flex cleats or hinges , wherein each cleat or hinge is affixed to two adjacent frames; a plurality of tube blocks , wherein each tube block is affixed to one frame and two tube blocks are affixed to a single bending flex cleat or hinge; a plurality of fasteners , wherein each fastener secures a tube block to a matching bending flex cleat or hinge and a matching frame; a plurality of U hanger brackets , wherein each of the U hanger brackets is affixed to two of the frames with a plurality of fasteners; and a plurality of flexible strips , wherein the flexible strips provide an elastic support layer between the U hanger brackets and a surface of the vertical structure, and that are affixed to the U hanger brackets . a plurality of PV strips ; a plurality of frames , which are cross-extrusions that enable concealed fixtures for attachment of bending flex cleats or hinges, wherein each frame holds a side of one of the PV strips; a plurality of semi-rigid channel bending flex cleats or hinges , wherein each cleat or hinge is affixed to two adjacent frames; a plurality of tube blocks , wherein each tube block is affixed to one frame and two tube blocks are affixed to a single bending flex cleat or hinge; a plurality of fasteners , wherein each fastener secures a tube block to a matching bending flex cleat or hinge and a matching frame; a plurality of U hanger brackets , wherein each of the U hanger brackets is affixed to two of the frames with a plurality of fasteners; and a plurality of flexible strips , wherein the flexible strips provide an elastic support layer between the U hanger brackets and a surface of the vertical structure, and that are affixed to the U hanger brackets .
A wind turbine blade for a wind turbine , comprising a web extending along a longitudinal direction (L) of the blade , an electrically conductive beam extending along the longitudinal direction (L) of the blade and being connected to the web , a lightning conductor extending along the longitudinal direction (L) of the blade and being attached to the web , and a ply , said ply being a structural element having a length, the ply comprising carbon fibers, wherein the ply is attached to both the lightning conductor and the beam to electrically connect the lightning conductor to the beam , and wherein in a cross-sectional view the ply is wrapped around the beam. a web extending along a longitudinal direction (L) of the blade , an electrically conductive beam extending along the longitudinal direction (L) of the blade and being connected to the web , a lightning conductor extending along the longitudinal direction (L) of the blade and being attached to the web , and a ply , said ply being a structural element having a length, the ply comprising carbon fibers, wherein the ply is attached to both the lightning conductor and the beam to electrically connect the lightning conductor to the beam , and wherein in a cross-sectional view the ply is wrapped around the beam.