mhurhangee/patent-ind-claim-en huggingface dataset:
A method for improving the operational reliability of at least one thermally loaded functional part of at least one brake of a vehicle, in particular a utility vehicle and/or a trailer, and/or for reducing brake wear and/or drive energy, the method comprising the following steps: inputting a temperature signal of the at least one brake, this temperature signal representing at least one temperature of the brake and/or of a functional part of the brake and this temperature being detected by at least one sensor, and inputting a braking request signal and/or brake pressure signal for the at least one brake; detecting a thermal error situation using the temperature signal and the braking request signal and/or brake pressure signal; and supplying an adapted braking request signal and/or an adapted brake pressure signal using the thermal error situation detected in order to improve the operational reliability of the at least one thermally loaded functional part of the at least one brake and/or achieve a reduction in brake wear and/or drive energy, characterised in that the temperature is measured using a pole wheel sensor and/or an ABS sensor, the amplitude of the signal of the pole wheel sensor supplying temperature data. inputting a temperature signal of the at least one brake, this temperature signal representing at least one temperature of the brake and/or of a functional part of the brake and this temperature being detected by at least one sensor, and inputting a braking request signal and/or brake pressure signal for the at least one brake; detecting a thermal error situation using the temperature signal and the braking request signal and/or brake pressure signal; and supplying an adapted braking request signal and/or an adapted brake pressure signal using the thermal error situation detected in order to improve the operational reliability of the at least one thermally loaded functional part of the at least one brake and/or achieve a reduction in brake wear and/or drive energy, characterised in that the temperature is measured using a pole wheel sensor and/or an ABS sensor, the amplitude of the signal of the pole wheel sensor supplying temperature data.
An underreamer comprising a body , the body comprising at least one pocket therein, the underreamer further comprising at least one cutter secured with respect to the body , at least one actuating mechanism comprising a piston which is slidably disposed in a bore for moving the cutter between a retracted position within the pocket , and an extended position in which only the cutter projects from the body , and wherein the underreamer is characterised in that a central drilling fluid bore extends through the body , and for each cutter a channel extends from the central drilling fluid bore to the piston bore to provide drilling fluid to drive the piston and thus the cutter to its extended position.
A vehicle driveline system , comprising a differential having an input , a front output connecting to a front axle and a rear output connecting to a rear axle , wherein said vehicle driveline system further comprises one actuator without any clutch, which is configured to control the operation of the differential between a first mode, in which the front output is disconnected from the input , and a second mode, in which the front output is connected to the input , wherein the differential is a bevel-gear differential or a planetary gear differential.
Non-hydrophobic compound for use in preventing and/or treating of metastasis caused by the dimerization of melanoma inhibitory activity (MIA) protein or for use in preventing and/or treating of a cartilage defect wherein regeneration of the cartilage is inhibited by MIA dimerization, wherein the compound is selected from the group consisting of compound 1 to 270, tautomers and stereoisomers thereof. for use in preventing and/or treating of a cartilage defect wherein regeneration of the cartilage is inhibited by MIA dimerization, wherein the compound is selected from the group consisting of compound 1 to 270, tautomers and stereoisomers thereof.
A method for a network node for probing General Packet Radio System, GPRS, Tunneling Protocol, GTP, links operable to carry data traffic between the network node and peer nodes in a communication network, the method comprising at the network node : receiving (S402) a probing request message (222A-C) originating from a first peer node via a GTP link, the probing request message (222A-C) containing a request indication for a probing interval recommendation for probing the GTP link; in response to the probing request message received, determining (S404), based on one or more conditions and/or capabilities of the network node, a probing interval recommendation for probing the GTP link, wherein the probing interval recommendation comprises one of a probing interval value and a probing method value indicative of a probing interval value; and sending (S406) a probing response message (224A-C) to the first peer node via the GTP link, the probing response message (224A-C) containing the probing interval recommendation. receiving (S402) a probing request message (222A-C) originating from a first peer node via a GTP link, the probing request message (222A-C) containing a request indication for a probing interval recommendation for probing the GTP link; in response to the probing request message received, determining (S404), based on one or more conditions and/or capabilities of the network node, a probing interval recommendation for probing the GTP link, wherein the probing interval recommendation comprises one of a probing interval value and a probing method value indicative of a probing interval value; and sending (S406) a probing response message (224A-C) to the first peer node via the GTP link, the probing response message (224A-C) containing the probing interval recommendation.
A base station comprising: a downlink transmit path comprising circuitry configured to transmit a plurality of reference signals; and a reference signal allocator coupled with the circuitry and configured to: allocate the plurality of reference signals to a plurality of resource elements of a resource block, the resource block comprising Orthogonal Frequency Division Multiplexing, OFDM, symbols, circularly shift the plurality of reference signals in a time domain of the resource block by a value that is based on an identifier of a cell of the base station, group the plurality of resource elements into one or more sub-groups, wherein each of the one or more sub-groups has two or more contiguous resource elements in a frequency domain, and has a same number of resource elements, and circularly shift each of the one or more sub-groups of resource elements in the frequency domain by a cell-specific value being an integer multiple of the number of resource elements in each of the one or more sub-groups. a downlink transmit path comprising circuitry configured to transmit a plurality of reference signals; and a reference signal allocator coupled with the circuitry and configured to: allocate the plurality of reference signals to a plurality of resource elements of a resource block, the resource block comprising Orthogonal Frequency Division Multiplexing, OFDM, symbols, circularly shift the plurality of reference signals in a time domain of the resource block by a value that is based on an identifier of a cell of the base station, group the plurality of resource elements into one or more sub-groups, wherein each of the one or more sub-groups has two or more contiguous resource elements in a frequency domain, and has a same number of resource elements, and circularly shift each of the one or more sub-groups of resource elements in the frequency domain by a cell-specific value being an integer multiple of the number of resource elements in each of the one or more sub-groups. allocate the plurality of reference signals to a plurality of resource elements of a resource block, the resource block comprising Orthogonal Frequency Division Multiplexing, OFDM, symbols, circularly shift the plurality of reference signals in a time domain of the resource block by a value that is based on an identifier of a cell of the base station, group the plurality of resource elements into one or more sub-groups, wherein each of the one or more sub-groups has two or more contiguous resource elements in a frequency domain, and has a same number of resource elements, and circularly shift each of the one or more sub-groups of resource elements in the frequency domain by a cell-specific value being an integer multiple of the number of resource elements in each of the one or more sub-groups.
A surgical jaw-type instrument , on the distal end of which a jaw-type part is arranged, which is formed with two jaw branches , wherein at least one jaw branch is pivotably mounted, and a handle for actuating the jaw-type part is arranged on the proximal end of the jaw-type instrument , and the electrosurgical jaw-type instrument comprises a blade assembly , which can be moved reversibly in the axial direction, for cutting tissue between the jaw branches , and a shaft formed as tube, on the distal end of which the jaw-type part is arranged and on the proximal end of which the handle is arranged, wherein the jaw-type part can be actuated by a jaw actuating element passing through the shaft , and wherein the blade assembly can be actuated by a blade actuating element passing through the shaft , and the jaw actuating element can be moved longitudinally in the direction of the shaft by the handle arranged on the proximal end of the shaft , characterised in that the blade actuating element can be moved longitudinally in the direction of the shaft by means of a counterweight lever system , wherein the counterweight lever system comprises an actuating element , a coupling element , and a counterweight lever , and wherein the blade actuating element can be moved longitudinally in the shaft direction by actuating the actuating element within the shaft .
An access device , comprising: an outer tube having a distal end , a proximal end , and a working channel formed therethrough; and an inner shield disposed through the outer tube such that a distal end of the inner shield protrudes from the distal end of the outer tube, wherein the inner shield is movable relative to the outer tube between a first position, in which a distal end of a blade of the inner shield is disposed in a radially inward position, and a second position, in which the distal end of the blade of the inner shield is disposed in a radially outward position, and wherein the inner shield is movable between the first position and the second position based on an amount of force applied upon a slotted cylinder of the inner shield by an inner surface of the outer tube, the force being configured to control the compression of the slotted cylinder about its circumference. an outer tube having a distal end , a proximal end , and a working channel formed therethrough; and an inner shield disposed through the outer tube such that a distal end of the inner shield protrudes from the distal end of the outer tube, wherein the inner shield is movable relative to the outer tube between a first position, in which a distal end of a blade of the inner shield is disposed in a radially inward position, and a second position, in which the distal end of the blade of the inner shield is disposed in a radially outward position, and wherein the inner shield is movable between the first position and the second position based on an amount of force applied upon a slotted cylinder of the inner shield by an inner surface of the outer tube, the force being configured to control the compression of the slotted cylinder about its circumference.
A computing device for scheduling workload submissions for a virtualized graphics processing unit, GPU , the computing device comprising: a virtualization service to establish a virtualization environment comprising a plurality of virtual machines , each of the virtual machines comprising a graphics driver to communicate with the GPU and a plurality of command buffers to store GPU commands; characterized by a GPU scheduler module configured to: evaluate the GPU commands of all of the command buffers of all of the virtual machines; dynamically select, in response to output of the evaluating of the GPU commands, a scheduling policy from a plurality of different scheduling policies; and schedule at least one of the GPU commands for processing by the GPU according to the dynamically selected scheduling policy; switch the scheduling policy from a per-ring scheduling policy in which commands from individual command buffers from different VMs can be scheduled at the same time to a gang scheduling policy in which all of the command buffers in a VM are context-switched together, in response to detecting a cross-buffer dependency between two GPU commands that are in different command buffers of the same virtual machine. a virtualization service to establish a virtualization environment comprising a plurality of virtual machines , each of the virtual machines comprising a graphics driver to communicate with the GPU and a plurality of command buffers to store GPU commands; characterized by a GPU scheduler module configured to: evaluate the GPU commands of all of the command buffers of all of the virtual machines; dynamically select, in response to output of the evaluating of the GPU commands, a scheduling policy from a plurality of different scheduling policies; and schedule at least one of the GPU commands for processing by the GPU according to the dynamically selected scheduling policy; switch the scheduling policy from a per-ring scheduling policy in which commands from individual command buffers from different VMs can be scheduled at the same time to a gang scheduling policy in which all of the command buffers in a VM are context-switched together, in response to detecting a cross-buffer dependency between two GPU commands that are in different command buffers of the same virtual machine. evaluate the GPU commands of all of the command buffers of all of the virtual machines; dynamically select, in response to output of the evaluating of the GPU commands, a scheduling policy from a plurality of different scheduling policies; and schedule at least one of the GPU commands for processing by the GPU according to the dynamically selected scheduling policy; switch the scheduling policy from a per-ring scheduling policy in which commands from individual command buffers from different VMs can be scheduled at the same time to a gang scheduling policy in which all of the command buffers in a VM are context-switched together, in response to detecting a cross-buffer dependency between two GPU commands that are in different command buffers of the same virtual machine.
A robot joint structure comprising: a first robot member ; a second robot member ; and a speed reducer incorporated in a joint portion that connects the first robot member and the second robot member to each other, characterized in that the speed reducer includes an external gear , an internal gear that meshes with the external gear , a fixing member that is provided so as to be non-rotatable relative to the internal gear and is disposed on an input side in an axial direction (X) with respect to the internal gear , the fixing member is fixed to the first robot member by bringing an inner peripheral surface of the first robot member and an outer peripheral surface of the fixing member into pressure contact with each other by fastening using a first fastening member (B1), and at least a part of an axial range (A1) of the first fastening member (B1) does not overlap internal teeth of the internal gear when viewed in a radial direction. a first robot member ; a second robot member ; and a speed reducer incorporated in a joint portion that connects the first robot member and the second robot member to each other, characterized in that the speed reducer includes an external gear , an internal gear that meshes with the external gear , a fixing member that is provided so as to be non-rotatable relative to the internal gear and is disposed on an input side in an axial direction (X) with respect to the internal gear , the fixing member is fixed to the first robot member by bringing an inner peripheral surface of the first robot member and an outer peripheral surface of the fixing member into pressure contact with each other by fastening using a first fastening member (B1), and at least a part of an axial range (A1) of the first fastening member (B1) does not overlap internal teeth of the internal gear when viewed in a radial direction.
A circuit comprising: a conductive contact disposed on a side of a circuit board; a conductive path disposed on an opposed side of the circuit board; a via structure extending through the circuit board, the via structure interconnecting the conductive contact and the conductive path; an impedance compensation structure comprising a metallic pad and positioned proximate to the via structure, to decrease an impedance difference between the via structure and the conductive path; and characterized by a second via structure extending through the circuit board and connected to the via structure by the conductive path; and the impedance compensation structure and the conductive path having a same width. a conductive contact disposed on a side of a circuit board; a conductive path disposed on an opposed side of the circuit board; a via structure extending through the circuit board, the via structure interconnecting the conductive contact and the conductive path; an impedance compensation structure comprising a metallic pad and positioned proximate to the via structure, to decrease an impedance difference between the via structure and the conductive path; and characterized by a second via structure extending through the circuit board and connected to the via structure by the conductive path; and the impedance compensation structure and the conductive path having a same width.
A display device comprising: an auxiliary electrode on a lower substrate ; an over-coat layer on the auxiliary electrode , the over-coat layer including an over-coat penetrating hole exposing a portion of the auxiliary electrode ; a lower electrode on the over-coat layer , the lower electrode being laterally spaced away from the over-coat penetrating hole ; an insulating bank layer disposed on the over-coat layer so as to cover edges of the lower electrode , the insulating bank layer including a bank opening exposing a portion of the lower electrode , the insulating bank layer further including a bank penetrating hole exposing a portion of the auxiliary electrode exposed by the over-coat penetrating hole , the bank penetration hole overlapping the overcoat penetration hole , and the insulating bank layer extending along the side surface of the over-coat layer at the over-coat penetrating hole ; a light-emitting layer provided on lower electrode at the portion exposed by the bank opening and on the portion of the auxiliary electrode exposed by the over-coat penetrating hole and the bank penetrating hole , the light-emitting layer including an emission layer hole overlapping the exposed portion of the auxiliary electrode ; and an upper electrode on the light-emitting layer , the upper electrode electrically connected to the auxiliary electrode through the emission layer hole , wherein the auxiliary electrode includes a protruding electrode part extending inside the emission layer hole and protruding upwards into the emission layer hole to directly contact the upper electrode . an auxiliary electrode on a lower substrate ; an over-coat layer on the auxiliary electrode , the over-coat layer including an over-coat penetrating hole exposing a portion of the auxiliary electrode ; a lower electrode on the over-coat layer , the lower electrode being laterally spaced away from the over-coat penetrating hole ; an insulating bank layer disposed on the over-coat layer so as to cover edges of the lower electrode , the insulating bank layer including a bank opening exposing a portion of the lower electrode , the insulating bank layer further including a bank penetrating hole exposing a portion of the auxiliary electrode exposed by the over-coat penetrating hole , the bank penetration hole overlapping the overcoat penetration hole , and the insulating bank layer extending along the side surface of the over-coat layer at the over-coat penetrating hole ; a light-emitting layer provided on lower electrode at the portion exposed by the bank opening and on the portion of the auxiliary electrode exposed by the over-coat penetrating hole and the bank penetrating hole , the light-emitting layer including an emission layer hole overlapping the exposed portion of the auxiliary electrode ; and an upper electrode on the light-emitting layer , the upper electrode electrically connected to the auxiliary electrode through the emission layer hole , wherein the auxiliary electrode includes a protruding electrode part extending inside the emission layer hole and protruding upwards into the emission layer hole to directly contact the upper electrode .
Crane, in particular a mobile fast-erecting crane, having a supply line , in particular a power cable, and at least one supply connection, wherein the supply line can be wound onto a cable drum that is fastenable to a drum mount of the crane , wherein the cable drum is rotatably supported at a drum support frame , wherein the supply line is provided with a connector at its two ends, for coupling it to the supply connection of the crane , on the one hand, and for coupling it to a mains supply connection or a supply source, on the other hand, and characterized in that the drum support frame comprises a chassis for traveling the cable drum on the ground and comprises releasable bearing means shape-matched to the drum mount of the crane for a releasable attachment of the drum support frame on the drum mount of the crane , wherein the supply line for connecting the supply connection of the crane with the main supply connection or the supply source can selectively be unwound from the cable drum rotatably mounted on the the crane or can be detached from the crane together with the cable drum and can be traveled on the ground by means of the chassis .