mhurhangee/ep-ind-claims huggingface dataset:
Assembly with a first and a second component (1, 2), wherein the first component is a battery cell or a plurality of battery cells, each battery cell having an own cell housing, wherein the second component is an outer housing of a battery assembly, wherein the battery cell or the battery cells are located within the outer housing, wherein the first and the second component are fixed relative to each other by at least one fixation element, the fixation element extending into or through a space between the first and the second component (1, 2), characterised in that the fixation element is filled with a hardenable filling material, wherein the fixation element is a hollow deformable and at least in a radial direction expandable element if internally pressurized, at least before the filling material hardens, and wherein the fixation element is pressed by means of the filling material against the first and the second component (1, 2).
A telecommunications system, comprising: an uplink communication path configured for communicatively coupling uplink signals from an antenna to a base station; and a downlink communication path configured for communicatively coupling downlink signals to the antenna from the base station, the uplink communication path and downlink path both configured to be communicatively coupled to the antenna using a device that does not comprise a duplexer; and an active mitigation subsystem that includes one or more analog-to-digital converters (304, 322) in the uplink communication path and in the downlink communication path, the one or more analog-to-digital converters in the downlink communication path having a dynamic range and bandwidth sufficient to directly sample incoming RF signals comprising the downlink signal from the base station, the one or more analog-to-digital converters in the uplink communication path having a dynamic range and bandwidth sufficient to directly sample incoming RF signals comprising the uplink signals received by the antenna without down-conversion of the uplink signals, wherein the active mitigation subsystem is configured to isolate the uplink signals traversing the uplink communication path from the downlink signals traversing the downlink communication path by cancelling signal components of the downlink signal present in the uplink signal. an uplink communication path configured for communicatively coupling uplink signals from an antenna to a base station; and a downlink communication path configured for communicatively coupling downlink signals to the antenna from the base station, the uplink communication path and downlink path both configured to be communicatively coupled to the antenna using a device that does not comprise a duplexer; and an active mitigation subsystem that includes one or more analog-to-digital converters (304, 322) in the uplink communication path and in the downlink communication path, the one or more analog-to-digital converters in the downlink communication path having a dynamic range and bandwidth sufficient to directly sample incoming RF signals comprising the downlink signal from the base station, the one or more analog-to-digital converters in the uplink communication path having a dynamic range and bandwidth sufficient to directly sample incoming RF signals comprising the uplink signals received by the antenna without down-conversion of the uplink signals, wherein the active mitigation subsystem is configured to isolate the uplink signals traversing the uplink communication path from the downlink signals traversing the downlink communication path by cancelling signal components of the downlink signal present in the uplink signal.
A support structure for supporting a work surface (200, 220), the support structure comprising: at least one leg frame defining an interior space and comprising a plurality of holes; a frame brace receivable into the interior space of the leg frame; a first support for supporting the work surface; at least one fastening mechanism extending between the frame brace and the first support to clamp the leg frame therebetween thereby securing the first support about the leg frame; and an insert, slidably received into opposing slots of the leg frame, positioned between the first support and the leg frame; wherein, the insert further comprises a plurality of holes corresponding to the plurality of holes in the leg frame such that the fastening mechanism may be inserted through the holes in the leg frame through the holes in the insert to engage the first support such that the first support is selectively securable about the leg frame at various positions along the leg frame. at least one leg frame defining an interior space and comprising a plurality of holes; a frame brace receivable into the interior space of the leg frame; a first support for supporting the work surface; at least one fastening mechanism extending between the frame brace and the first support to clamp the leg frame therebetween thereby securing the first support about the leg frame; and an insert, slidably received into opposing slots of the leg frame, positioned between the first support and the leg frame; wherein, the insert further comprises a plurality of holes corresponding to the plurality of holes in the leg frame such that the fastening mechanism may be inserted through the holes in the leg frame through the holes in the insert to engage the first support such that the first support is selectively securable about the leg frame at various positions along the leg frame.
A coating liquid comprising: a solvent, and first and second organic molecules that have been dissolved in the solvent, wherein the first organic molecule is a semiconductor material or a precursor of a semiconductor material, the second organic molecule is an insulator material or a precursor of an insulator material, and the first organic molecule and the second organic molecule are not compatible with each other, characterized in that one of the first organic molecule and the second organic molecule includes a hydrocarbon group but does not include a fluorocarbon group, while the other includes a fluorocarbon group. a solvent, and first and second organic molecules that have been dissolved in the solvent, wherein the first organic molecule is a semiconductor material or a precursor of a semiconductor material, the second organic molecule is an insulator material or a precursor of an insulator material, and the first organic molecule and the second organic molecule are not compatible with each other, characterized in that one of the first organic molecule and the second organic molecule includes a hydrocarbon group but does not include a fluorocarbon group, while the other includes a fluorocarbon group.
A process for the preparation of a zeolitic material having an MFI-type framework structure, comprising the steps of: providing a mixture comprising one or more sources for YO 2 and one or more alkenyltrialkylammonium cation R 1 R 2 R 3 R 4 N + -containing compounds as structure directing agent; and crystallizing the mixture obtained in step to obtain a zeolitic material; wherein Y is a tetravalent element, and wherein R 1, R 2, and R 3 independently from one another stand for n-propyl; and R 4 stands for 2-propen-1-yl or 1-propen-1-yl. providing a mixture comprising one or more sources for YO 2 and one or more alkenyltrialkylammonium cation R 1 R 2 R 3 R 4 N + -containing compounds as structure directing agent; and crystallizing the mixture obtained in step to obtain a zeolitic material; wherein Y is a tetravalent element, and
Method for manufacturing a spring carrier arm for a wheel axle suspension of a vehicle, wherein the spring carrier arm comprises at least one flexible portion (1 a), which in use is attached to a vehicle chassis, and an axle mounting portion (1 b) adjoining the at least one flexible portion, against which in use a wheel axle is mounted, which method comprises the steps of: - taking a workpiece, which initially is a rectangular steel blank having an overall size which is an approximation to the finished spring carrier arm; - passing each portion (1 a-1 c) of the workpiece between two rotating rolls of a rolling device, wherein a roll profile is followed, in order to form a desired thickness profile of the at least one flexible portion (1 a) and the axle mounting portion (1 b) of the spring carrier arm to be formed; characterized in that the work piece is picked up by an articulated robot with a head and a gripper directly mounted at the head, which robot gripper holds the workpiece while it is passed between the rolls of the rolling device, wherein it allows a free movement of the workpiece in a longitudinal direction of the spring carrier arm to be formed. - taking a workpiece, which initially is a rectangular steel blank having an overall size which is an approximation to the finished spring carrier arm; - passing each portion (1 a-1 c) of the workpiece between two rotating rolls of a rolling device, wherein a roll profile is followed, in order to form a desired thickness profile of the at least one flexible portion (1 a) and the axle mounting portion (1 b) of the spring carrier arm to be formed;
A linear guide, having a guide carriage arranged on a guide rail, having rolling bodies which revolve in continuous revolving channels, which each have a load portion, a return portion and two deflecting portions continuously connecting the load portion to the return portion, wherein the guide carriage has a supporting body and head pieces adjoining the end sides of the supporting body, and wherein the deflecting portions are assigned to the head pieces, and having a measuring device, which is attached to the guide carriage and designed as an attachment element, for detecting a loading of the guide carriage, wherein the measuring device has at least one distance sensor for detecting a distance between the guide rail and the guide carriage, characterised in that pulsating deflections of the head piece in relation to the supporting body caused by the revolving of the rolling bodies are detected by the at least one distance sensor as a distance change of the attachment element in relation to the guide rail, wherein the attachment element is provided with energy directors (28, 32), the tips of which that are formed between the head piece and a housing of the attachment element are provided for a contact between the housing and the head piece and transmit the pulsating deflections.
A method for providing, to a first virtual machine and a second virtual machine hosted by a hypervisor and executed by a processor of a first physical computing device, access to data associated with a connection to a wireless local area network, comprising: establishing, by a first driver executed by the first virtual machine, a network connection to a second physical computing device, via a wireless local area network interface of the first physical computing device; the method characterized by: receiving, by the first driver executed by the first virtual machine from a second driver executed by the second virtual machine, a request for a characteristic of the network connection; and providing, by the first driver executed by the first virtual machine, responsive to the request, data comprising the requested characteristic to the second driver. establishing, by a first driver executed by the first virtual machine, a network connection to a second physical computing device, via a wireless local area network interface of the first physical computing device; the method characterized by: receiving, by the first driver executed by the first virtual machine from a second driver executed by the second virtual machine, a request for a characteristic of the network connection; and providing, by the first driver executed by the first virtual machine, responsive to the request, data comprising the requested characteristic to the second driver. receiving, by the first driver executed by the first virtual machine from a second driver executed by the second virtual machine, a request for a characteristic of the network connection; and providing, by the first driver executed by the first virtual machine, responsive to the request, data comprising the requested characteristic to the second driver.
Method for generating an access for an entity to identification data of a person, said entity having access to information stored in a central database, the method comprising the steps of: - grouping the identification data together to form an identification file (F ID), - partitioning the identification file (F ID) into at least two mutually complementary elementary files (F ID i), - converting each elementary file (F ID i) into a two-dimensional code, characterized in that the method moreover comprises a step of dividing the two-dimensional codes into at least two groups of two-dimensional codes, the first group of two-dimensional codes and the second group of two-dimensional codes being stored on separate media, the medium storing the first group of two-dimensional codes being intended to be held by the person and the medium storing the second group of two-dimensional codes being accessible by the entity, the identification data of the person being accessible only when the first and second groups of two-dimensional codes stored on each of said media are combined, the second group of two-dimensional codes being sent to and stored in the central database. - grouping the identification data together to form an identification file (F ID), - partitioning the identification file (F ID) into at least two mutually complementary elementary files (F ID i), - converting each elementary file (F ID i) into a two-dimensional code,
A plasma processing method for performing a plasma process on a target substrate having an insulating film and a mask film of a titanium-containing material in a plasma processing space, characterized in that the plasma processing method comprises: a first process of supplying a first fluorine-containing gas into the plasma processing space and etching the insulating film with plasma of the first fluorine-containing gas and with the mask film of the titanium-containing material as a mask, so that a carbon-containing material generated from the insulating film and a titanium-containing material (520, 530, 540) generated from the mask film are deposited on a member in the plasma processing space; a second process of supplying an O 2 gas into the plasma processing space and removing, with plasma of the O 2 gas, the carbon-containing material to expose the titanium-containing material (520, 530, 540) deposited on the member; and a third process of supplying a nitrogen-containing gas and a second fluorine-containing gas into the plasma processing space and removing, with plasma of the nitrogen-containing gas and the second fluorine-containing gas, the exposed titanium-containing material (520, 530, 540) deposited on the member, after the second process. a first process of supplying a first fluorine-containing gas into the plasma processing space and etching the insulating film with plasma of the first fluorine-containing gas and with the mask film of the titanium-containing material as a mask, so that a carbon-containing material generated from the insulating film and a titanium-containing material (520, 530, 540) generated from the mask film are deposited on a member in the plasma processing space; a second process of supplying an O 2 gas into the plasma processing space and removing, with plasma of the O 2 gas, the carbon-containing material to expose the titanium-containing material (520, 530, 540) deposited on the member; and a third process of supplying a nitrogen-containing gas and a second fluorine-containing gas into the plasma processing space and removing, with plasma of the nitrogen-containing gas and the second fluorine-containing gas, the exposed titanium-containing material (520, 530, 540) deposited on the member, after the second process.
A method, comprising: receiving by a device from a server new session parameters associated with a periodic assistance data delivery session; receiving by the device, using the new session parameters, from the server periodic assistance data for assisted navigation systems in the periodic assistance data delivery session, during the periodic assistance data delivery session; receiving by the device from the server changed or modified session parameters associated with the periodic assistance data delivery session during the periodic assistance data delivery session; and continuing the periodic assistance data delivery session based on the changed or modified session parameters; wherein the session parameters comprise at least one of frequency information regarding how often a payload of the assistance data is delivered, and duration information regarding how long the periodic assistance data delivery session will last. receiving by a device from a server new session parameters associated with a periodic assistance data delivery session; receiving by the device, using the new session parameters, from the server periodic assistance data for assisted navigation systems in the periodic assistance data delivery session, during the periodic assistance data delivery session; receiving by the device from the server changed or modified session parameters associated with the periodic assistance data delivery session during the periodic assistance data delivery session; and continuing the periodic assistance data delivery session based on the changed or modified session parameters; wherein the session parameters comprise at least one of frequency information regarding how often a payload of the assistance data is delivered, and duration information regarding how long the periodic assistance data delivery session will last.
An electrode (200;400;800;800') for transmission between a biosignal measurement device (100;300;700) and a living body, comprising: a sheet member (210;410;810) formed of an insulating material and having a hole (212;426); and an electrode member (220;420;830) formed of a conductive material and including a device contact portion (222;422;832) on a top surface of the sheet member for making surface contact with a terminal (115;315;730) of the biosignal measurement device and a body contact portion (224;424;834) in a shape of a flat board on a bottom surface of the sheet member, the device contact portion and the body contact portion electrically connected to each other at the hole, characterized in that said device contact portion is in a shape of a flat board. a sheet member (210;410;810) formed of an insulating material and having a hole (212;426); and an electrode member (220;420;830) formed of a conductive material and including a device contact portion (222;422;832) on a top surface of the sheet member for making surface contact with a terminal (115;315;730) of the biosignal measurement device and a body contact portion (224;424;834) in a shape of a flat board on a bottom surface of the sheet member, the device contact portion and the body contact portion electrically connected to each other at the hole, characterized in that said device contact portion is in a shape of a flat board.
A pocket hole jig tool, comprising: a base including a work-piece side support surface and a work-piece end support surface; a drill guide support slidably mounted to said base and adapted for movement toward and away from said work-piece side support surface of said base; and at least one drill guide bushing movably mounted relative to said drill guide support and a drill guide locking mechanism selectively engageable to fixably mount said at least one guide bushing relative to said drill guide support; characterised by a screw selector gauge having a movable indicator and a scale such that said movable indicator moves with said at least one drill guide bushing relative to said scale to indicate to a user a screw size to be used for a work-piece that is inserted in the tool. a base including a work-piece side support surface and a work-piece end support surface; a drill guide support slidably mounted to said base and adapted for movement toward and away from said work-piece side support surface of said base; and at least one drill guide bushing movably mounted relative to said drill guide support and a drill guide locking mechanism selectively engageable to fixably mount said at least one guide bushing relative to said drill guide support;
A membrane for membrane distillation comprising a polyazole polymer, wherein the polyazole polymer consists of repeating units: where R is a hydrophobic group, wherein the hydrophobic group is characterized by the following chemical structures: in which n is an integer from 1 to 8.
A method of uplink power control, which is applied to a terminal device, comprising: determining a number N of closed-loop power control processes associated with an uplink signal based on configuration of a high-layer signaling; determining a number of bits of a Transmission Power Control TPC command field of the terminal device in Downlink Control Information DCI based on the number N of the closed-loop power control processes associated with the uplink signal; wherein the number of bits of the TPC command field in the DCI is 2 ∗ N bits or 2+log2 bits, wherein N is a positive integer; and determining a closed-loop power adjustment factor of at least one closed-loop power control process associated with the uplink signal based on a TPC command in the TPC command field. determining a number N of closed-loop power control processes associated with an uplink signal based on configuration of a high-layer signaling; determining a number of bits of a Transmission Power Control TPC command field of the terminal device in Downlink Control Information DCI based on the number N of the closed-loop power control processes associated with the uplink signal; wherein the number of bits of the TPC command field in the DCI is 2 ∗ N bits or 2+log2 bits, wherein N is a positive integer; and determining a closed-loop power adjustment factor of at least one closed-loop power control process associated with the uplink signal based on a TPC command in the TPC command field.
A hard coating excellent in wear resistance and oxidation resistance which comprises a composition represented by the formula: (Al a,M b,Cr 1-a-b)(C 1-e N e) where M represents W and/or Mo; a, b and e that represent atomic ratios of Al, M and N, respectively, satisfy the following relations: 0.25 ≤ a ≤ 0.65, 0.05 ≤ b ≤ 0.35, 0.5 ≤ e ≤ 1, and 1 − a − b ≥ 0.05
An embolic device having proximal and distal sides, the device comprising: a braid layer forming a body defining an open volume with a proximal hub, an inset distal hub and additional braid positioned at the proximal side of the device to increase braid density at the proximal side of the device, the device being adapted to compress for delivery through a catheter and expand upon release from constraint for intra-aneurysmal placement; characterized in that the additional braid is shaped in an unconstrained state so as to conform to the body at the proximal side of the device. a braid layer forming a body defining an open volume with a proximal hub, an inset distal hub and additional braid positioned at the proximal side of the device to increase braid density at the proximal side of the device, the device being adapted to compress for delivery through a catheter and expand upon release from constraint for intra-aneurysmal placement; characterized in that the additional braid is shaped in an unconstrained state so as to conform to the body at the proximal side of the device.