mhurhangee/ep-ind-claims huggingface dataset:
A boom mountable robotic arm for temporarily supporting elongate conductors comprising: a rigid member adapted for mounting onto an upper end of a boom, at least one electrically insulated support post mounted to said rigid member in a vertically upright position relative to said rigid member, each post of said at least one electrically insulated support post adapted for temporarily supporting a corresponding electrical conductor of said elongate electrical conductors, at least two rotation means for rotation of said rigid member and said at least one electrically insulated support post about at least two corresponding axes of rotation, wherein a first corresponding rotation means has at least one axis of rotation extending along a longitudinal axis of said rigid member and includes at least one device mounted between said at least one electrically insulated support and said rigid member, said at least one device enabling independent rotation of said at least one electrically insulated support relative to and substantially laterally of said rigid member and away from said vertically upright position to facilitate transportation of the robotic arm and facilitate insertion of the robotic arm through small openings, and wherein a second axis of rotation of a second corresponding rotation means of said at least two rotation means extends laterally of and between said rigid member and said upper end of said boom for rotation of said rigid member relative to said boom in a substantially vertical plane so as to level said rigid member. a rigid member adapted for mounting onto an upper end of a boom, at least one electrically insulated support post mounted to said rigid member in a vertically upright position relative to said rigid member, each post of said at least one electrically insulated support post adapted for temporarily supporting a corresponding electrical conductor of said elongate electrical conductors, at least two rotation means for rotation of said rigid member and said at least one electrically insulated support post about at least two corresponding axes of rotation, wherein a first corresponding rotation means has at least one axis of rotation extending along a longitudinal axis of said rigid member and includes at least one device mounted between said at least one electrically insulated support and said rigid member, said at least one device enabling independent rotation of said at least one electrically insulated support relative to and substantially laterally of said rigid member and away from said vertically upright position to facilitate transportation of the robotic arm and facilitate insertion of the robotic arm through small openings, and wherein a second axis of rotation of a second corresponding rotation means of said at least two rotation means extends laterally of and between said rigid member and said upper end of said boom for rotation of said rigid member relative to said boom in a substantially vertical plane so as to level said rigid member.
A user equipment, UE, (305-1, 305-2, 405, 410, 810) for wireless communication, comprising: a memory; and one or more processors, coupled to the memory, configured to: determine candidate resources on one or more physical sidelink shared channels, PSSCHs, that are clear for transmitting at least two transport blocks, based at least in part on sensing a plurality of subchannels on the one or more PSSCHs with respect to listen-before-talk, LBT, completion instants for the at least two transport blocks; select, from among the candidate resources, transmit resources on the one or more PSSCHs for transmitting the at least two transport blocks, wherein the transmit resources have no gap between each other, such that the at least two transport blocks are transmitted in one of: different subchannels of a same slot, or contiguous slots of a same subchannel; and transmit the at least two transport blocks in the transmit resources. a memory; and one or more processors, coupled to the memory, configured to: determine candidate resources on one or more physical sidelink shared channels, PSSCHs, that are clear for transmitting at least two transport blocks, based at least in part on sensing a plurality of subchannels on the one or more PSSCHs with respect to listen-before-talk, LBT, completion instants for the at least two transport blocks; select, from among the candidate resources, transmit resources on the one or more PSSCHs for transmitting the at least two transport blocks, wherein the transmit resources have no gap between each other, such that the at least two transport blocks are transmitted in one of: different subchannels of a same slot, or contiguous slots of a same subchannel; and transmit the at least two transport blocks in the transmit resources. determine candidate resources on one or more physical sidelink shared channels, PSSCHs, that are clear for transmitting at least two transport blocks, based at least in part on sensing a plurality of subchannels on the one or more PSSCHs with respect to listen-before-talk, LBT, completion instants for the at least two transport blocks; select, from among the candidate resources, transmit resources on the one or more PSSCHs for transmitting the at least two transport blocks, wherein the transmit resources have no gap between each other, such that the at least two transport blocks are transmitted in one of: different subchannels of a same slot, or contiguous slots of a same subchannel; and transmit the at least two transport blocks in the transmit resources.
A shelving system having uprights, a rear wall and shelves, wherein the shelves are arranged on the uprights or the rear wall by means of brackets, wherein a power supply for illumination of the shelves is provided, wherein contact occurs through the arrangement of a shelf, whereby the illumination of the shelf results, wherein the cable guide is provided below the shelf, and wherein another cable guide is guided on an upright or the rear wall, wherein moreover a connector is used between both cable guides, wherein the connector has a spring device, whereby the use of the connector is also guaranteed with rear walls of differing thicknesses, and wherein the shelf can be arranged on the rear wall or the upright both horizontally and at an incline for production of the contact, wherein the cable guide is attached below the shelf, is provided between an LED strip and the connector, wherein the further cable guide is in the form of a conductor rail, and wherein the connector is, between both cable guides (7, 8), locked in the conductor rail, whereby contact is produced.
A cell-based assay for identification of candidate therapeutic agents that inhibit microglia activation in vivo, comprising: providing in vitro activated microglial cells; contacting said activated microglial cells with one or more test agents; identifying one or more test agents that exhibit inhibition of the in vitro microglia activation; and determining toxicity of the identified test agents that exhibit inhibition of the in vitro microglia activation by determination of cell death upon exposure of the microglial cells to the test agents; wherein the test agents that exhibit both inhibition of the in vitro microglia activation and lack of toxicity are candidate therapeutic agents for the inhibition of microglial activation in vivo. providing in vitro activated microglial cells; contacting said activated microglial cells with one or more test agents; identifying one or more test agents that exhibit inhibition of the in vitro microglia activation; and determining toxicity of the identified test agents that exhibit inhibition of the in vitro microglia activation by determination of cell death upon exposure of the microglial cells to the test agents;
A three-dimensional printing device comprising: a main body having a reference side and a support side; a plurality of driving units (120A, 120B) assembled on the main body, connecting the reference side with the support side along an axis; a carrying unit assembled on the driving units (120A, 120B) to be driven by the driving units (120A, 120B) to move between the reference side and the support side, the carrying unit comprising a pair of brackets (132A, 132B), a connection rod, the brackets (132A, 132B) being disposed correspondingly on the driving units (120A, 120B) and each of the brackets (132A, 132B) having an axial connection portion, wherein the connection rod is connected between the brackets (132A, 132B); a plurality of sensing units (140A, 140B) disposed on the reference side and respectively corresponding to the axial connection portions; a three-dimensional printing unit movably disposed on the connection rod; and a control unit coupled to the driving units (120A, 120B), the three-dimensional printing unit, and the sensing units(140A, 140B), the control unit being adapted for controlling the driving units (120A, 120B) to drive the carrying unit to move to the reference side of the main body along the axis, wherein each sensing unit (140A, 140B) is adapted for sensing when its corresponding axial connection portion arrives at the reference side of the main body and for producing a termination signal, wherein the control unit is adapted for synchronizing the operations of the driving units (120A, 120B) based on the termination signal. a main body having a reference side and a support side; a plurality of driving units (120A, 120B) assembled on the main body, connecting the reference side with the support side along an axis; a carrying unit assembled on the driving units (120A, 120B) to be driven by the driving units (120A, 120B) to move between the reference side and the support side, the carrying unit comprising a pair of brackets (132A, 132B), a connection rod, the brackets (132A, 132B) being disposed correspondingly on the driving units (120A, 120B) and each of the brackets (132A, 132B) having an axial connection portion, wherein the connection rod is connected between the brackets (132A, 132B); a plurality of sensing units (140A, 140B) disposed on the reference side and respectively corresponding to the axial connection portions; a three-dimensional printing unit movably disposed on the connection rod; and a control unit coupled to the driving units (120A, 120B), the three-dimensional printing unit, and the sensing units(140A, 140B), the control unit being adapted for controlling the driving units (120A, 120B) to drive the carrying unit to move to the reference side of the main body along the axis, wherein each sensing unit (140A, 140B) is adapted for sensing when its corresponding axial connection portion arrives at the reference side of the main body and for producing a termination signal, wherein the control unit is adapted for synchronizing the operations of the driving units (120A, 120B) based on the termination signal.
An image encoding device adapted to segment an image into blocks and encode the image in units of blocks resulting from segmenting the image, comprising: a block segmentation unit that recursively segments the image into rectangles of a predetermined size to generate a target block subject to encoding; and an encoding unit that encodes block segmentation information of the target block, wherein the block segmentation unit includes: a quartering unit that quarters the target block in recursive segmentation in a horizontal direction and a vertical direction to generate four blocks; and a halving unit that halves the target block in recursive segmentation in a horizontal direction or a vertical direction to generate two blocks, wherein the four blocks are encoded in an order of top-left, top-right, bottom-left, and bottom-right; and wherein when previous recursive segmentation is halving and the target block is of a predetermined size or smaller, the halving unit prohibits the target block subject to current recursive segmentation from being segmented in the same direction as a direction in which the target block was segmented in the previous recursive segmentation. a block segmentation unit that recursively segments the image into rectangles of a predetermined size to generate a target block subject to encoding; and an encoding unit that encodes block segmentation information of the target block, wherein the block segmentation unit includes: a quartering unit that quarters the target block in recursive segmentation in a horizontal direction and a vertical direction to generate four blocks; and a halving unit that halves the target block in recursive segmentation in a horizontal direction or a vertical direction to generate two blocks, wherein the four blocks are encoded in an order of top-left, top-right, bottom-left, and bottom-right; and wherein when previous recursive segmentation is halving and the target block is of a predetermined size or smaller, the halving unit prohibits the target block subject to current recursive segmentation from being segmented in the same direction as a direction in which the target block was segmented in the previous recursive segmentation. a quartering unit that quarters the target block in recursive segmentation in a horizontal direction and a vertical direction to generate four blocks; and a halving unit that halves the target block in recursive segmentation in a horizontal direction or a vertical direction to generate two blocks, wherein the four blocks are encoded in an order of top-left, top-right, bottom-left, and bottom-right; and wherein when previous recursive segmentation is halving and the target block is of a predetermined size or smaller, the halving unit prohibits the target block subject to current recursive segmentation from being segmented in the same direction as a direction in which the target block was segmented in the previous recursive segmentation.
A congestion notification system, comprising a service capability exposure function entity, a radio access network, RAN, congestion awareness function entity and an application server, wherein the application server is configured to: send a first congestion query request to the service capability exposure function entity; wherein the first congestion query request comprises information about a target area; receive a congestion status of a target network area from the service capability exposure function entity; wherein the target network area, related to the target area, is a network area involved in an application service provided by the application server; and adjust a running status of an application according to the congestion status of the target area; the service capability exposure function entity is configured to: receive the first congestion query request from the application server; determine, according to the information about the target area, an identifier of the target network area; send a second congestion query request to the RAN congestion awareness function entity, wherein the second congestion query request comprises the identifier of the target network area; receive the congestion status of the target network area from the RAN congestion awareness function entity; and send the congestion status of the target network area to the application server; the RAN congestion awareness function entity is configured to: receive the second congestion query request from the service capability exposure function entity; acquire the congestion status of the target network area; and send the congestion status of the target network area to the service capability exposure function entity. send a first congestion query request to the service capability exposure function entity; wherein the first congestion query request comprises information about a target area; receive a congestion status of a target network area from the service capability exposure function entity; wherein the target network area, related to the target area, is a network area involved in an application service provided by the application server; and adjust a running status of an application according to the congestion status of the target area; receive the first congestion query request from the application server; determine, according to the information about the target area, an identifier of the target network area; send a second congestion query request to the RAN congestion awareness function entity, wherein the second congestion query request comprises the identifier of the target network area; receive the congestion status of the target network area from the RAN congestion awareness function entity; and send the congestion status of the target network area to the application server; receive the second congestion query request from the service capability exposure function entity; acquire the congestion status of the target network area; and send the congestion status of the target network area to the service capability exposure function entity.
A packet compression method, comprising: receiving a to-be-compressed packet sent by a transmitting end; acquiring first original content from an unchangeable part of the to-be-compressed packet wherein the unchangeable part comprises a name field, and acquiring second original content from a changeable part of the to-be-compressed packet wherein the changeable part comprises a value field that corresponds to the name field; compressing the first original content by using a static dictionary to obtain first compressed content, and compressing the second original content by using a dynamic dictionary to obtain second compressed content; and sending the compressed packet to a receiving end, wherein the compressed packet comprises the first compressed content and the second compressed content, wherein the compressing the second original content by using a dynamic dictionary to obtain second compressed content comprises: determining whether the dynamic dictionary comprises a correspondence between the second original content and the second compressed content; and upon determining that the correspondence is not comprised, compressing the second original content to obtain the second compressed content and storing the correspondence between the second original content and the second compressed content to the dynamic dictionary. receiving a to-be-compressed packet sent by a transmitting end; acquiring first original content from an unchangeable part of the to-be-compressed packet wherein the unchangeable part comprises a name field, and acquiring second original content from a changeable part of the to-be-compressed packet wherein the changeable part comprises a value field that corresponds to the name field; compressing the first original content by using a static dictionary to obtain first compressed content, and compressing the second original content by using a dynamic dictionary to obtain second compressed content; and sending the compressed packet to a receiving end, wherein the compressed packet comprises the first compressed content and the second compressed content, determining whether the dynamic dictionary comprises a correspondence between the second original content and the second compressed content; and upon determining that the correspondence is not comprised, compressing the second original content to obtain the second compressed content and storing the correspondence between the second original content and the second compressed content to the dynamic dictionary.
An industrial automation system, comprising: a plurality of embedded historians (121, 122, 123, 335, 337, 339, 710, 800, 933) adapted to collect data associated with the industrial automation system (100, 215, 300, 805, 900, 1020); and a correlation component (110, 210, 315, 611, 719, 825, 961) adapted to discover and identify relationships among the data for a correlation with an industrial process, wherein the correlation component comprises: an explicit correlation component that is adapted to employ predetermined models set by a user or external data sources to predict an outcome of the industrial process, and an implicit correlation component that is adapted to deduce relations among causes of triggering events to discover relationships among various parameters associated with the industrial process. a plurality of embedded historians (121, 122, 123, 335, 337, 339, 710, 800, 933) adapted to collect data associated with the industrial automation system (100, 215, 300, 805, 900, 1020); and a correlation component (110, 210, 315, 611, 719, 825, 961) adapted to discover and identify relationships among the data for a correlation with an industrial process, wherein the correlation component comprises: an explicit correlation component that is adapted to employ predetermined models set by a user or external data sources to predict an outcome of the industrial process, and an implicit correlation component that is adapted to deduce relations among causes of triggering events to discover relationships among various parameters associated with the industrial process. an explicit correlation component that is adapted to employ predetermined models set by a user or external data sources to predict an outcome of the industrial process, and an implicit correlation component that is adapted to deduce relations among causes of triggering events to discover relationships among various parameters associated with the industrial process.