mhurhangee/ep-ind-claims huggingface dataset:
Chuck for clamping a tool, in particular a cutting tool, preferably a thread-cutting tool, with a longitudinal axis and radial axes (R 1, R 2) related to the longitudinal axis, having a chuck body for receiving and fixing the tool in the chuck, wherein the chuck body has an interior into which the tool can be inserted and wherein a fixing device is arranged on the chuck body, with which an inserted tool can be fixed in the chuck body, wherein the fixing device comprises a fixing element which can be moved back and forth between a fixing position, in which an inserted tool is fixed by the fixing element at least in the axial direction, and an open position, in which a tool can be inserted into the chuck body in the axial direction or removed from the chuck body, the fixing element being arranged on the chuck body in such a way that when the chuck body rotates about the longitudinal axis, a centrifugal force (F Flieh) occurs which presses or urges the fixing element into the fixing position, whereby the fixing element has a through opening and the fixing element is arranged in the interior of the chuck body in such a way that the longitudinal axis extends through the through opening and that a tool inserted into the chuck body and extending through the through opening can be fixed by means of a displacement of the fixing element, characterised in that the through opening is an elliptical through opening or that the through opening is an oval-shaped through opening or is a through opening which, preferably partially, describes a trapezoidal shape. wherein the fixing device comprises a fixing element which can be moved back and forth between a fixing position, in which an inserted tool is fixed by the fixing element at least in the axial direction, and an open position, in which a tool can be inserted into the chuck body in the axial direction or removed from the chuck body, the fixing element being arranged on the chuck body in such a way that when the chuck body rotates about the longitudinal axis, a centrifugal force (F Flieh) occurs which presses or urges the fixing element into the fixing position, whereby the fixing element has a through opening and the fixing element is arranged in the interior of the chuck body in such a way that the longitudinal axis extends through the through opening and that a tool inserted into the chuck body and extending through the through opening can be fixed by means of a displacement of the fixing element, characterised in that the through opening is an elliptical through opening or that the through opening is an oval-shaped through opening or is a through opening which, preferably partially, describes a trapezoidal shape.
An electrical conductor for the transmission of electrical power, where said conductor has a total cross section equal to or more than 10 mm 2 and comprises a plurality of stranded filamentary members (1, 7), characterized in that at least one of said filamentary members (1, 7) is made from unannealed microalloyed copper, with a minimum copper content of 98 wt%, or from unannealed microalloyed aluminum, with a minimum aluminum content of 90 wt%, and has its side surface totally coated with a fluorinated polymer.
A welding device for welding at least two foils lying one on top of the other, in particular formed as a storage tray for a cold meat slicing machine, comprising a base surface formed as a storage area for the foils, a heating element, and strips, each foldable about their longitudinal axis, which can be pivoted between an initial position, in which the base surface is freely accessible from above, and a working position, in which the strips cover the heating element with their end sections, characterized in that the rotational axes of the strips are spaced apart upwardly at a constant normal distance to the base surface such that in the working position the strips are inclined obliquely towards the base surface.
A method for performing Power Headroom Reporting, named PHR hereinafter, in a user equipment, named UE hereinafter, of a wireless communication system, the wireless communication system supporting Carrier Aggregation, named CA hereinafter, such that the UE is able to perform transmission through multiple carriers, the method comprising: configuring a plurality of uplink carriers; and generating PH values each corresponding to one of the plurality of uplink carriers; characterized by triggering the PHR corresponding to a second uplink carrier of the plurality of uplink carriers when the PHR corresponding to a first uplink carrier of the plurality of uplink carriers is triggered. configuring a plurality of uplink carriers; and generating PH values each corresponding to one of the plurality of uplink carriers; characterized by triggering the PHR corresponding to a second uplink carrier of the plurality of uplink carriers when the PHR corresponding to a first uplink carrier of the plurality of uplink carriers is triggered. triggering the PHR corresponding to a second uplink carrier of the plurality of uplink carriers when the PHR corresponding to a first uplink carrier of the plurality of uplink carriers is triggered.
A moving object on which a drone is mounted, the moving object comprising: a transceiver configured to transmit and receive a signal; and a processor configured to control the transceiver, characterized in the processor is configured to: detect occurrence of an event when an abnormality occurs in the moving object or an emergency situation is recognized, determine whether to use the drone on the basis of the detected event, and determine an operation mode, among a first operation mode and a second operation mode, of the drone when the drone is used, wherein the processor is configured to transmit an event related information in at least one of the first operation mode and the second operation mode. a transceiver configured to transmit and receive a signal; and a processor configured to control the transceiver, characterized in the processor is configured to: detect occurrence of an event when an abnormality occurs in the moving object or an emergency situation is recognized, determine whether to use the drone on the basis of the detected event, and determine an operation mode, among a first operation mode and a second operation mode, of the drone when the drone is used, detect occurrence of an event when an abnormality occurs in the moving object or an emergency situation is recognized, determine whether to use the drone on the basis of the detected event, and determine an operation mode, among a first operation mode and a second operation mode, of the drone when the drone is used, wherein the processor is configured to transmit an event related information in at least one of the first operation mode and the second operation mode.
Electrical circuit for a vehicle, comprising at least one electrical contact means for intermittently detachable electrical connection to an external electrical network and to an in-vehicle electrical network, and with at least one detector device which determines whether a connection exists between the contact means and the external network, with at least one switching means which closes an electrical connection between the contact means and the in-vehicle network depending on the connection determined between the contact means and the external network, wherein the detector device is designed such that, in the event of disconnection between the contact means and the in-vehicle network, it determines whether a connection exists between the contact means and the external network, and with at least one distance measuring device which outputs a signal indicative of a distance travelled by the vehicle, wherein the circuit is embodied to determine the time or the position of a contact breaking from the time or the position of the connection detected by the detector device and a length of the vehicle-external electrical network.
A method for wireless communication, comprising: determining a first timing offset between an intermediate cell and a serving cell of a user equipment, UE; determining a second timing offset between a reference cell and the intermediate cell; determining a third timing offset between the reference cell and the serving cell based on the first and second timing offsets; and characterized by determining timing information based on the third timing offset; and sending to the serving cell a message comprising the timing information and a request for idle periods for measurements of cells. determining a first timing offset between an intermediate cell and a serving cell of a user equipment, UE; determining a second timing offset between a reference cell and the intermediate cell; determining a third timing offset between the reference cell and the serving cell based on the first and second timing offsets; and characterized by determining timing information based on the third timing offset; and sending to the serving cell a message comprising the timing information and a request for idle periods for measurements of cells.
A service processing method performed by a terminal, characterized by comprising: in response to a need for processing a Circuit Switched, CS, domain service by the terminal, identifying whether Packet Switched, PS, domain data that is received/transmitted in a PS domain service being currently processed by the terminal is critical data for maintaining the QoS level of the PS domain service, wherein the critical data is used to maintain the QoS level of the PS domain service, wherein the PS domain service cannot be continued or the data transmission rate has a significant decrease if the critical data is lost, and wherein a need for processing a CS domain service comprises: a time for receiving a paging message as specified by a paging period arriving, or a paging indicator indicating it is required to receive a paging message, or a time for receiving a broadcast message or a time for performing location area update according to a time interval specified in a communication protocol arriving; in response to that the PS domain data being received/transmitted is not critical data, suspending the processing of the PS domain service and processing the CS domain service, wherein processing the CS domain service correspondingly comprises: receiving and processing a CS domain paging message, receiving and processing the broadcast message, or performing location area update for the user card of the terminal; and resuming the processing of the PS domain service after the processing of the CS domain service. in response to a need for processing a Circuit Switched, CS, domain service by the terminal, identifying whether Packet Switched, PS, domain data that is received/transmitted in a PS domain service being currently processed by the terminal is critical data for maintaining the QoS level of the PS domain service, wherein the critical data is used to maintain the QoS level of the PS domain service, wherein the PS domain service cannot be continued or the data transmission rate has a significant decrease if the critical data is lost, and wherein a need for processing a CS domain service comprises: a time for receiving a paging message as specified by a paging period arriving, or a paging indicator indicating it is required to receive a paging message, or a time for receiving a broadcast message or a time for performing location area update according to a time interval specified in a communication protocol arriving; in response to that the PS domain data being received/transmitted is not critical data, suspending the processing of the PS domain service and processing the CS domain service, wherein processing the CS domain service correspondingly comprises: receiving and processing a CS domain paging message, receiving and processing the broadcast message, or performing location area update for the user card of the terminal; and resuming the processing of the PS domain service after the processing of the CS domain service.
A liquid crystal composition that has a negative dielectric anisotropy and contains at least one compound selected from the group of compounds represented by formula as a first component, at least one compound selected from the group of compounds represented by formula as a second component and at least one compound selected from the group of components represented by formula as a third component, wherein a ratio of the first component is in the range of 8% by weight to 35% by weight and a ratio of the second component is in the range of 5% by weight to 40% by weight: wherein R 1, R 2, R 3 and R 4 are independently alkyl having 1 to 12 carbons, alkoxy having 1 to 12 carbons or alkenyl having 2 to 12 carbons, or alkenyl having 2 to 12 carbons in which arbitrary hydrogen is replaced by fluorine; ring A, ring B and ring C are independently 1,4-cyclohexylene, 1,4-phenylene, 2-fluoro-1,4-phenylene, 3-fluoro-1,4-phenylene or 2,5-difluoro-1,4-phenylene; Z 1 is independently a single bond, ethylene or carbonyloxy; j is 0, 1 or 2; and m is 1 or 2; and wherein the at least one compound as the third component comprises arbitrary one of compound 2-HH-3 or V-HH3 shown below:
Process for preparing a porous material, at least comprising the steps of: a) providing a mixture comprising (i) a composition comprising components suitable to form an organic gel and (ii) a solvent, b) reacting the components in the composition in the presence of the solvent to form a gel, and c) drying of the gel obtained in step b), wherein the composition comprises a catalyst selected from the group consisting of alkali metal and earth alkali metal salts of linear saturated or unsaturated monocarboxylic acid with 4 to 7 carbon atoms, wherein the catalyst is selected from the group consisting of alkali metal sorbates and earth alkali metal sorbates, wherein the composition comprises at least one polyfunctional isocyanate as component, and at least one aromatic amine as component, optionally comprises water as component, and optionally comprises at least one further catalyst as component. a) providing a mixture comprising (i) a composition comprising components suitable to form an organic gel and (ii) a solvent, (i) a composition comprising components suitable to form an organic gel and (ii) a solvent, b) reacting the components in the composition in the presence of the solvent to form a gel, and c) drying of the gel obtained in step b),
A fluid flow connector comprising: a housing assembly (102, 106) having a first end and a second end arranged along a common longitudinal axis; and a resilient fluid flow conduit member disposed within said housing assembly (102, 106), said resilient fluid flow conduit member having a forward end disposed alongside said first end of said housing assembly (102, 106), said forward end being formed with at least one side opening; said resilient fluid flow conduit member being positionable in a closed position wherein said at least one side opening is open; and said resilient fluid flow conduit member being positionable in an open position, leaving said at least one side opening open, wherein resilient fluid flow conduit member is arranged for displacement between said closed position and said open position along said common longitudinal axis; characterized in that said forward end of said resilient fluid flow conduit member is formed with a selectively closable slit, said slit being closed when said resilient fluid flow conduit member is in the closed position and being open when said resilient fluid flow conduit member is in the open position, whereby when said resilient fluid flow conduit member is in said open position, said selectably closable slit and said at least one side opening each provide a fluid flow pathway between an interior of said resilient fluid flow conduit member and said first end of said housing assembly (102, 106). a housing assembly (102, 106) having a first end and a second end arranged along a common longitudinal axis; and a resilient fluid flow conduit member disposed within said housing assembly (102, 106), said resilient fluid flow conduit member having a forward end disposed alongside said first end of said housing assembly (102, 106), said forward end being formed with at least one side opening; said resilient fluid flow conduit member being positionable in a closed position wherein said at least one side opening is open; and said resilient fluid flow conduit member being positionable in an open position, leaving said at least one side opening open, wherein resilient fluid flow conduit member is arranged for displacement between said closed position and said open position along said common longitudinal axis; characterized in that said forward end of said resilient fluid flow conduit member is formed with a selectively closable slit, said slit being closed when said resilient fluid flow conduit member is in the closed position and being open when said resilient fluid flow conduit member is in the open position, whereby when said resilient fluid flow conduit member is in said open position, said selectably closable slit and said at least one side opening each provide a fluid flow pathway between an interior of said resilient fluid flow conduit member and said first end of said housing assembly (102, 106).
A prosthetic foot assembly, comprising: an elongate foot member having a generally vertical attachment portion at a proximal end and a generally horizontal ground contacting portion at a distal end; an adapter assembly configured to be coupled to a socket or pylon, wherein the adapter assembly is horizontally spaced from and positioned in front of the vertical attachment portion of the foot member; a connection sleeve coupled to the vertical attachment portion of the elongate foot member; and an ankle module coupling the connection sleeve to the adapter assembly via two or more joints; wherein the ankle module allows translational and/or pivotal movement of the foot member relative to the adapter assembly via the two or more joints. an elongate foot member having a generally vertical attachment portion at a proximal end and a generally horizontal ground contacting portion at a distal end; an adapter assembly configured to be coupled to a socket or pylon, wherein the adapter assembly is horizontally spaced from and positioned in front of the vertical attachment portion of the foot member; a connection sleeve coupled to the vertical attachment portion of the elongate foot member; and an ankle module coupling the connection sleeve to the adapter assembly via two or more joints; wherein the ankle module allows translational and/or pivotal movement of the foot member relative to the adapter assembly via the two or more joints.
A method for adjusting memory of a virtual machine, characterized by comprising: checking memory usages of multiple virtual machines according to a preset memory usage threshold to determine multiple virtual machines whose memory is to be adjusted; determining, according to a preselected parameter of the multiple virtual machines whose memory is to be adjusted, priority levels of the multiple virtual machines whose memory is to be adjusted, wherein the parameter comprises at least one of a memory usage, a user priority level, and a service priority level; and adjusting, according to the priority levels of the multiple virtual machines whose memory is to be adjusted, memory of the multiple virtual machines whose memory is to be adjusted, wherein memory of a virtual machine with a high priority level is adjusted first. checking memory usages of multiple virtual machines according to a preset memory usage threshold to determine multiple virtual machines whose memory is to be adjusted; determining, according to a preselected parameter of the multiple virtual machines whose memory is to be adjusted, priority levels of the multiple virtual machines whose memory is to be adjusted, wherein the parameter comprises at least one of a memory usage, a user priority level, and a service priority level; and adjusting, according to the priority levels of the multiple virtual machines whose memory is to be adjusted, memory of the multiple virtual machines whose memory is to be adjusted, wherein memory of a virtual machine with a high priority level is adjusted first.
Cooking hob having a hob top, a mounting frame and a separate bottom part, wherein at least one hole is formed in the bottom part, and having at least one separating web oriented towards the hole for subdividing the space surrounded by the mounting frame underneath the hob top and thus also between the mounting frame and the bottom part into partial spaces (14, 15), wherein the separating web is designed to be double-walled, and has two partial webs (11, 12) arranged spaced apart from one another and oriented towards the hole, characterised in that a strip-like shielding element (20, 21) is arranged at the edge of the hole and is formed so as to project upwards out of the plane of the hole, and the separating web and the shielding element (20, 21) are arranged to overlap when viewed in the direction of the hole axis, wherein adjacent to each partial web (11, 12) a shielding element (20, 21) is arranged so as to overlap with the adjacent partial web (11, 12) in the direction of the hole axis.
Method for measuring human exhaled air by means of gas chromatography/ion mobility spectrometry, in which an exhaled-air sample is passed via a sample inlet and a multi-way valve into a sample loop and subsequently is conveyed by means of a carrier gas out of the sample loop via the multi-way valve through a gas-chromatography column into an ion-mobility spectrometer and measured, characterised in that before the feed of an exhaled-air sample into the sample loop a) firstly, at least the gas-chromatography column, the ion-mobility spectrometer and the sample loop are rinsed with a purge gas and the multi-way valve is then switched such that the purge gas is passed into the ion-mobility spectrometer and measured, b) thereafter the purge-gas feed is ended and the multi-way valve is switched such that ambient air is passed through the gas-chromatography column into the ion-mobility spectrometer and measured, c) then at least the gas-chromatography column, the ion-mobility spectrometer and the sample loop are rinsed with humidified purge gas and the multi-way valve is switched such that the humidified purge gas is passed into the ion-mobility spectrometer and measured, d) the feed of the humidified purge gas is ended and an exhaled-air sample is injected into the sample loop and conveyed by means of the carrier gas through the gas-chromatography column into the ion-mobility spectrometer and measured. a) firstly, at least the gas-chromatography column, the ion-mobility spectrometer and the sample loop are rinsed with a purge gas and the multi-way valve is then switched such that the purge gas is passed into the ion-mobility spectrometer and measured, b) thereafter the purge-gas feed is ended and the multi-way valve is switched such that ambient air is passed through the gas-chromatography column into the ion-mobility spectrometer and measured, c) then at least the gas-chromatography column, the ion-mobility spectrometer and the sample loop are rinsed with humidified purge gas and the multi-way valve is switched such that the humidified purge gas is passed into the ion-mobility spectrometer and measured, d) the feed of the humidified purge gas is ended and an exhaled-air sample is injected into the sample loop and conveyed by means of the carrier gas through the gas-chromatography column into the ion-mobility spectrometer and measured.