mhurhangee/ep-ind-claims huggingface dataset:
A method to be performed by a first wireless communication station, STA, the method comprising: setting (604; 606) a value of an allocation duration field to indicate whether a grant frame is for a first purpose or for a second purpose, the first purpose comprising an allocation beyond a current Transmit opportunity, TXOP, and the second purpose comprising an allocation within the current TXOP, the first purpose to be indicated by the value of the allocation duration field set in a range from 0 to 32767, the second purpose to be indicated by the value of the allocation duration field set to 32768; and transmitting the grant frame to a second STA, the grant frame comprising a duration field and a dynamic allocation information, Info, field (308, 400), the dynamic allocation Info field (308, 400) comprising the allocation duration field. setting (604; 606) a value of an allocation duration field to indicate whether a grant frame is for a first purpose or for a second purpose, the first purpose comprising an allocation beyond a current Transmit opportunity, TXOP, and the second purpose comprising an allocation within the current TXOP, the first purpose to be indicated by the value of the allocation duration field set in a range from 0 to 32767, the second purpose to be indicated by the value of the allocation duration field set to 32768; and transmitting the grant frame to a second STA, the grant frame comprising a duration field and a dynamic allocation information, Info, field (308, 400), the dynamic allocation Info field (308, 400) comprising the allocation duration field.
A reinforcing product for geotechnical applications, having a net structure made of a plastic material, comprising: a plurality of first elements, distanced from one another, a plurality of second elements, distanced from one another, which develop substantially in a transversal direction to the first elements and are connected to the first elements at a plurality of join zones in order to form a plurality of meshes of the net structure, wherein at least the second elements, subsequent to formation and connection thereof with the first elements, are stretched along an extension thereof and exhibit a structure having molecular chains oriented along the stretching direction, said stretched second elements exhibiting, along an extension thereof, a degree of polymer crystallinity, characterized in that the second stretched elements exhibit a polymer material having a variation in degree of crystallinity, between an intermediate point located between two consecutive join zones and a point located at the join zone, of less than 8%, in particular less than 5%, still more in particular less than 3%, wherein the second elements are formed of a stretched plastic material having, along a tract of extension of the second elements comprising more than two consecutive join zones, a change in degree of crystallinity that is less than 8%, in particular less than 5%, still more in particular less than 3%. a plurality of first elements, distanced from one another, a plurality of second elements, distanced from one another, which develop substantially in a transversal direction to the first elements and are connected to the first elements at a plurality of join zones in order to form a plurality of meshes of the net structure, wherein at least the second elements, subsequent to formation and connection thereof with the first elements, are stretched along an extension thereof and exhibit a structure having molecular chains oriented along the stretching direction, said stretched second elements exhibiting, along an extension thereof, a degree of polymer crystallinity, characterized in that the second stretched elements exhibit a polymer material having a variation in degree of crystallinity, between an intermediate point located between two consecutive join zones and a point located at the join zone, of less than 8%, in particular less than 5%, still more in particular less than 3%, wherein the second elements are formed of a stretched plastic material having, along a tract of extension of the second elements comprising more than two consecutive join zones, a change in degree of crystallinity that is less than 8%, in particular less than 5%, still more in particular less than 3%.
A process cartridge, which is detachably arranged on an image forming device with the driving mechanism, the process cartridge comprising a process cartridge housing, a photosensitive member arranged inside said process cartridge housing, a driving force receiving element connected with said photosensitive member and providing a driving force for said photosensitive member, and a retractable mechanism allowing said driving force receiving element to extend and retract in the axial direction of said photosensitive member to be engaged or disengaged with a driving mechanism of said image forming device, wherein said process cartridge also comprises a control mechanism for controlling the extension and retraction of said retractable mechanism thereby causing the driving force receiving element to extend and retract in the axial direction of said photosensitive member, and said control mechanism comprises a press rod which is arranged at one side of said process cartridge housing, at which said driving force receiving element is arranged, and wherein the process cartridge further comprises a flange connected with said photosensitive member, characterized in that said retractable mechanism comprises a first guide groove and a second guide grove, which are arranged on said flange, and a first guide post and a second guide post, which are arranged on said driving force receiving element; wherein said first guide post can slide relative to said first guide groove in the axial direction of said photosensitive member, and said second guide post can slide relative to said second guide groove in the axial direction of said photosensitive member, in that said press rod is adapted to interact with said image forming device such that said press rod is pressed by an external force applied at an end of the press rod when said process cartridge is assembled into said image forming device and moveable when said external force is applied, and in that said press rod has an inclined surface that interacts with said driving force receiving element such that the driving force receiving element can be driven by the press rod to extend or retract in the axial direction of the photosensitive member so as to engage or disengage with the driving mechanism on the image forming device.
Device for filling granules in an elongated vertical container, comprising elements for slowing the fall of the granules, intended to be distributed vertically inside the container by means of support elements for supporting these fall-slowing elements, fixed along a first support adapted for extending vertically in the elongated vertical container, called the first vertical support, the support elements being also fixed along a second support adapted for extending vertically in the elongate vertical container, called the second vertical support, the fall-slowing elements supported by each support element being spiral springs, each adapted for extending horizontally substantially at the same horizontal level in the container, characterized in that the support elements are also fixed along a third support adapted for extending vertically in the elongate vertical container, called the third vertical support, the device is arranged such that the first vertical support, the second vertical support and the third vertical support can extend along three non-coplanar parallel vertical axes, the fall-slowing elements supported by each support member being each adapted to be distributed together, for each support member, on a determined horizontal angular sector with an angle (alpha) of between 65° and 200°, said angular sector being offset angularly for two adjacent support elements such that the spiral springs of the device are together angularly distributed over at least one angular sector of 360°.
Method for operating a plasma installation, an induction heating installation or a laser excitation installation in a pulsed power output operation, a first power P OUT1.1 being produced in a power output time period ΔT 1 and being discharged at a power output of a power generator for supplying power to a plasma process, an induction heating process or a laser excitation process and no power P OUT2.1 which is suitable for the ignition or the operation of a plasma process, an induction process or a laser excitation process being output in a pulse pause time period ΔT 2 at the power output of the power generator by at least one semiconductor switching element (9, 10, 9a, 9b, 10a, 10b) of the power generator being controlled, a first power loss P V1 being produced in the at least one semiconductor switching element (9, 10, 9a, 9b, 10a, 10b) during the power output time period ΔT 1 at the same time as the first power P OUT1.1 is being produced, and a second power loss P V2 being produced during the pulse pause time period ΔT 2 in the at least one semiconductor switching element (9, 10, 9a, 9b, 10a, 10b) and the power losses P V1, P V2 produced being converted into heat, a reduction of the temperature of the semiconductor switching element (9, 10, 9a, 9b, 10a, 10b) by more than a predetermined value being prevented by means of appropriate control of the semiconductor switching element (9, 10, 9a, 9b, 10a, 10b), and the power output operation and pulse pause operation continuously alternating.
An image analysis method comprising: obtaining a first image data volume from a first image of a body part in a first plane; obtaining a second image data volume from a second image of the body part in a second plane; extracting first boundary image data of the body part from the first image data volume; extracting second boundary image data of the body part from the second image data volume; and combining the extracted first boundary image data and the extracted second boundary image data to form a resultant image data volume; and deriving or selecting an implant shape as a function of the resultant image data volume, wherein the combining step comprises: obtaining from said first and second image data volume first and second gray values at a three-dimensional position; interpolating a resultant gray value from said first and second gray values; and assigning said resultant value to a voxel at said three dimensional position of said resultant data volume. obtaining a first image data volume from a first image of a body part in a first plane; obtaining a second image data volume from a second image of the body part in a second plane; extracting first boundary image data of the body part from the first image data volume; extracting second boundary image data of the body part from the second image data volume; and combining the extracted first boundary image data and the extracted second boundary image data to form a resultant image data volume; and deriving or selecting an implant shape as a function of the resultant image data volume, wherein the combining step comprises: obtaining from said first and second image data volume first and second gray values at a three-dimensional position; interpolating a resultant gray value from said first and second gray values; and assigning said resultant value to a voxel at said three dimensional position of said resultant data volume. obtaining from said first and second image data volume first and second gray values at a three-dimensional position; interpolating a resultant gray value from said first and second gray values; and assigning said resultant value to a voxel at said three dimensional position of said resultant data volume.
A unit cell of a nonvolatile memory device, comprising: an antifuse (ANT_FS) having a first terminal coupled between an input terminal and an output terminal; and a first switching unit coupled between a second terminal of the antifuse and a ground voltage terminal; characterized by: a second switching unit (SW_WR) coupled between the input terminal and the first terminal of the antifuse, and a transmission gate coupled between the first terminal of the antifuse and the output terminal, wherein the second switching unit is adapted to receive a read voltage during a read operation and a write voltage during a write operation respectively, and to transfer the received voltage to the first terminal of the antifuse, wherein the second switching unit and the transmission gate operate independently. an antifuse (ANT_FS) having a first terminal coupled between an input terminal and an output terminal; and a first switching unit coupled between a second terminal of the antifuse and a ground voltage terminal; a second switching unit (SW_WR) coupled between the input terminal and the first terminal of the antifuse, and a transmission gate coupled between the first terminal of the antifuse and the output terminal, wherein the second switching unit is adapted to receive a read voltage during a read operation and a write voltage during a write operation respectively, and to transfer the received voltage to the first terminal of the antifuse, wherein the second switching unit and the transmission gate operate independently.
A synthetic turf surface comprising: a. a synthetic grass carpet having a flexible base sheet, and b. a shock absorbing pad, wherein the shock absorbing pad comprises a non-crosslinked polyolefin foam; wherein the polyolefin has a density from 0.80 to 0.99 g/cm 3; wherein the foam thickness is between 8 and 30 mm; wherein the foam density is between 30 and 150 kg/m 3; wherein the foam has a cell size of between 0.2 and 3 mm; wherein the synthetic turf has at least one of: a vertical ball rebound of 0.60 to 1 m, as measured in accordance with FIFA regulations; a shock absorption of 55% to 70% as measured in accordance with FIFA regulations; and a vertical deformation of 4mm to 9 mm as measured in accordance with FIFA regulations. a. a synthetic grass carpet having a flexible base sheet, and b. a shock absorbing pad, wherein the shock absorbing pad comprises a non-crosslinked polyolefin foam; wherein the polyolefin has a density from 0.80 to 0.99 g/cm 3; wherein the foam thickness is between 8 and 30 mm; wherein the foam density is between 30 and 150 kg/m 3; wherein the foam has a cell size of between 0.2 and 3 mm; a vertical ball rebound of 0.60 to 1 m, as measured in accordance with FIFA regulations; a shock absorption of 55% to 70% as measured in accordance with FIFA regulations; and a vertical deformation of 4mm to 9 mm as measured in accordance with FIFA regulations.
A vehicle control device that adjusts a distribution ratio of brake fluid pressure to brakes provided at front, rear, right, and left of a vehicle, and controls a traveling state of the vehicle, wherein the distribution ratio of the brake fluid pressure between the front brakes and the rear brakes is changed based on a collision risk or a traveling scene of the vehicle characterized in that the vehicle control device determines, based on the collision risk, whether to distribute the brake fluid pressure only to the front brakes or to the front brakes and the rear brakes. the distribution ratio of the brake fluid pressure between the front brakes and the rear brakes is changed based on a collision risk or a traveling scene of the vehicle characterized in that the vehicle control device determines, based on the collision risk, whether to distribute the brake fluid pressure only to the front brakes or to the front brakes and the rear brakes.
A ceiling-suspended type air conditioner having a heat exchanger and an air blower disposed in this order from the front surface thereof provided with an air blow-out port, a suction grille provided to a bottom surface of a chamber in which the air blower is accommodated, and electrical parts, characterized in that a rear surface panel constituting a rear surface of the chamber is provided with an outdoor air introducing port through which outdoor air is directly introduced into the chamber, the outdoor air introducing port is formed in the rear surface panel so as to face a fan (21, 22) constituting the air blower and so that the outdoor air introduced through the outdoor air introducing port does not directly impinge against the electrical parts, and an open area of the outdoor air introducing port is set in accordance with an air blowing capability of the fan (21, 22).
A method of detecting an antibody in a test sample comprising a bodily fluid from a mammalian subject, the method comprising the steps of: (a) contacting said test sample with a plurality of different amounts of an antigen specific for said antibody; (b) detecting the amount of specific binding between said antibody and said antigen; (c) plotting or calculating a curve of the amount of said specific binding versus the amount of antigen for each amount of antigen used in step (a); (d) calculating a secondary curve parameter from the curve plotted or calculated in step (c); and (e) determining the presence or absence of said antibody based upon a combination of: (i) the amount of specific binding between said antibody and said antigen determined in step (b); and (ii) said secondary curve parameter determined in step (d). (a) contacting said test sample with a plurality of different amounts of an antigen specific for said antibody; (b) detecting the amount of specific binding between said antibody and said antigen; (c) plotting or calculating a curve of the amount of said specific binding versus the amount of antigen for each amount of antigen used in step (a); (d) calculating a secondary curve parameter from the curve plotted or calculated in step (c); and (e) determining the presence or absence of said antibody based upon a combination of: (i) the amount of specific binding between said antibody and said antigen determined in step (b); and (ii) said secondary curve parameter determined in step (d). (i) the amount of specific binding between said antibody and said antigen determined in step (b); and (ii) said secondary curve parameter determined in step (d).
A wireless communication method performed by a remote terminal, comprising: transmitting, by the remote terminal to a relay terminal, a first message indicating that a relay service mode required by the remote terminal is a first service mode and/or a second service mode; and receiving, by the remote terminal from the relay terminal, a second message as a response to the first message, wherein the first service mode comprises a service mode requiring forwarding of uplink data, the second service mode comprises a service mode only used for forwarding a first downlink message, the first downlink message comprises a paging message, wherein the second message is a first PC5-Radio Resource Control, RRC message, the first PC5-RRC message comprises a response message for responding to signaling for requesting a downlink message. transmitting, by the remote terminal to a relay terminal, a first message indicating that a relay service mode required by the remote terminal is a first service mode and/or a second service mode; and receiving, by the remote terminal from the relay terminal, a second message as a response to the first message, wherein the first service mode comprises a service mode requiring forwarding of uplink data, the second service mode comprises a service mode only used for forwarding a first downlink message, the first downlink message comprises a paging message, wherein the second message is a first PC5-Radio Resource Control, RRC message, the first PC5-RRC message comprises a response message for responding to signaling for requesting a downlink message.
An assembly comprising an attachment member and a panel for supporting equipment, the panel comprising at least one single-piece portion made by a profile section, said profile section including: - a tube suitable for forming a heat pipe by introducing and confining a heat-transfer fluid inside of same, and - a groove provided to form a rail along its length for securing at least one piece of equipment intended to be supported by the panel, this groove being shaped to form-fittingly engage with said attachment member configured to be rigidly connected to said at least one piece of equipment, said panel including two skins (29, 30), respectively internal and external skins, and wherein the profile section is installed between these two skins (29, 30) being delimited by a first face resting against the internal skin and a second face resting against the external skin, the groove of the profile section being formed to open at the first face and, additionally, a slot being formed continuous in the internal skin while being superimposed on the groove to allow the support and movement of said at least one equipment resting on the internal skin by engagement and sliding of the corresponding attachment member in the groove, through the slot. - a tube suitable for forming a heat pipe by introducing and confining a heat-transfer fluid inside of same, and - a groove provided to form a rail along its length for securing at least one piece of equipment intended to be supported by the panel, this groove being shaped to form-fittingly engage with said attachment member configured to be rigidly connected to said at least one piece of equipment, said panel including two skins (29, 30), respectively internal and external skins, and wherein the profile section is installed between these two skins (29, 30) being delimited by a first face resting against the internal skin and a second face resting against the external skin, the groove of the profile section being formed to open at the first face and, additionally, a slot being formed continuous in the internal skin while being superimposed on the groove to allow the support and movement of said at least one equipment resting on the internal skin by engagement and sliding of the corresponding attachment member in the groove, through the slot.
Tooling machine, preferably for the machining of a workpiece by a tool, with at least one translational movement device (18, 26) for displacing the tool and the workpiece in relation to each other along a movement axis (X, Y), said movement device (18, 26) comprising a basic structure (22, 28), a movement portion (20, 30) which can be displaced along said movement axis (X, Y) in relation to the basic structure (22, 28), a linear guiding device extending along said movement axis (X, Y) and guiding the movement portion (20, 30) for movement and a motion drive driving said movement portion (20, 30) for movement, wherein said linear guiding device and said motion drive are covered by a cover (34, 47) which is formed separately from the movement portion (20, 30) to protect the latter against exterior influences, such as chippings or/and splashes of lubricant or/and splashes of cooling agent, wherein said cover (34, 47) extends in the direction of said movement axis (X, Y) at least across substantially the entire length of said linear guiding device and is in terms of operation, in particular during movement operation of the movement portion (20, 30) according to its intended use, rigidly fixed in relation to the basic structure (22, 28), characterized in that an inner side (34b1) of said cover, facing towards the basic structure (22, 28), is supported at a section of said movement portion (20, 30).