mhurhangee/ep-ind-claims huggingface dataset:
An electronic device (200, 300) comprising an upper housing and a lower housing pivotally coupled to each other, wherein the upper housing comprises an antenna slot and an antenna corresponding to the antenna slot, wherein the lower housing comprises a base cover (100; D) comprising: a metal body; and an antenna window attached to the metal body, wherein the antenna window comprises: a non-metallic structure; and a metallic structure disposed within the non-metallic structure such thai, when the electronic device is in closed position or in tablet mode, with the lower housing parallel and adjacent to the upper housing, the metallic structure is formed below the antenna slot. wherein the upper housing comprises an antenna slot and an antenna corresponding to the antenna slot, wherein the lower housing comprises a base cover (100; D) comprising: a metal body; and an antenna window attached to the metal body, wherein the antenna window comprises: a non-metallic structure; and a metallic structure disposed within the non-metallic structure such thai, when the electronic device is in closed position or in tablet mode, with the lower housing parallel and adjacent to the upper housing, the metallic structure is formed below the antenna slot. a metal body; and an antenna window attached to the metal body, wherein the antenna window comprises: a non-metallic structure; and a metallic structure disposed within the non-metallic structure such thai, when the electronic device is in closed position or in tablet mode, with the lower housing parallel and adjacent to the upper housing, the metallic structure is formed below the antenna slot. a non-metallic structure; and a metallic structure disposed within the non-metallic structure such thai, when the electronic device is in closed position or in tablet mode, with the lower housing parallel and adjacent to the upper housing, the metallic structure is formed below the antenna slot.
Method of producing a cooling lubricant mixture for cooling and lubricating a work region of a reshaping device for reshaping semi-finished products, particularly for cooling and lubricating semi-finished products and reshaping tools, in which the cooling lubricant mixture is mixed from at least two liquids (27, 29) and in which at least one of the liquids (27, 29) is preheated before mixing with the other one of the liquids (27, 29), characterised in that prior to mixing these at least two liquids (27, 29) a heat energy intrinsic to a used cooling lubricant mixture is transferred at least partly to the at least one of the liquids (27, 29) for preheating the at least one of the liquids (27, 29).
Power electronics arrangement with a power semiconductor module, with a contact spring, with a load-connecting element and with a mounting device, wherein the power semiconductor module has a load-connection element and a first external contact face, wherein the load-connecting element has a second contact face, and wherein an electrically conductive pressure contact connection embodied between the first contact face and the second contact face by means of the contact spring, and the pressure on the contact spring which is necessary for this is implemented by virtue of the fact that the power semiconductor module is connected in a frictionally locking fashion to the mounting device, wherein the mounting device has a pin, and wherein the pin extends into the interior of the contact spring which is embodied as a helical spring.
A method of wireless communication for a station, comprising: determining a first set of cyclic shift delay, CSD, values for transmitting a first set of information on a plurality of antennas, wherein the first set of information is a legacy preamble, wherein the CSD values of the first set differ between antennas, wherein said determining comprises: determining an antenna CSD value for each antenna of the plurality of antennas, receiving a user CSD offset via a trigger message from an access point, and modifying the antenna CSD value for each antenna of the plurality of antennas based on the user CSD offset; determining a second set of CSD values for transmitting a second set of information on the plurality of antennas, wherein the second set of information is a non-legacy preamble and data symbols, wherein the CSD values of the second set differ between streams; and transmitting the first set of information based on the first set of CSD values and the second set of information based on the second set of CSD values. determining a first set of cyclic shift delay, CSD, values for transmitting a first set of information on a plurality of antennas, wherein the first set of information is a legacy preamble, wherein the CSD values of the first set differ between antennas, wherein said determining comprises: determining an antenna CSD value for each antenna of the plurality of antennas, receiving a user CSD offset via a trigger message from an access point, and modifying the antenna CSD value for each antenna of the plurality of antennas based on the user CSD offset; determining a second set of CSD values for transmitting a second set of information on the plurality of antennas, wherein the second set of information is a non-legacy preamble and data symbols, wherein the CSD values of the second set differ between streams; and transmitting the first set of information based on the first set of CSD values and the second set of information based on the second set of CSD values.
A triglyceride in which at least one fatty acid forming an ester bond with a hydroxy group of glycerol is 10-hydroxy-cis-12-octadecenoic acid, or an optical isomer thereof.
An in vitro method of detecting and/or isolating cell-free DNA (cfDNA), the method comprising: (i) positively charging a surface of a conductive polymer forming a nanostructure, wherein said nanostructure is a nanochip, a nanodot, a nanorod, or a nanowire; (ii) treating the conductive polymer with a biological substance so as to attach cfDNA to the conductive polymer, wherein the cfDNA is attached by applying an electric signal at 0.8 to 1.2 V for 20 to 40 seconds; and (iii) detecting the cfDNA with the conductive polymer; and/or (iv) releasing the cfDNA from the conductive polymer by applying an electric signal. (i) positively charging a surface of a conductive polymer forming a nanostructure, wherein said nanostructure is a nanochip, a nanodot, a nanorod, or a nanowire; (ii) treating the conductive polymer with a biological substance so as to attach cfDNA to the conductive polymer, wherein the cfDNA is attached by applying an electric signal at 0.8 to 1.2 V for 20 to 40 seconds; and (iii) detecting the cfDNA with the conductive polymer; and/or (iv) releasing the cfDNA from the conductive polymer by applying an electric signal.
A negative electrode for an electric device, comprising a current collector and an electrode layer containing a negative electrode active material, a conductive auxiliary agent and a binder and formed on a surface of the current collector, wherein the negative electrode active material contains an alloy represented by the following formula: Si x Sn y M z A a in the formula, M is Al, A is an inevitable impurity, and x, y, z and a represent mass percent values and satisfy conditions of 31≤x≤50, 0<y≤45, 0<z≤43, 0≤a<0.5, and x+y+z+a=100, and elastic elongation of the current collector is 1.39% or greater, and the elastic elongation of the current collector is measured at 25 °C in accordance with a tension test method prescribed in JIS K 6251. in the formula, M is Al, A is an inevitable impurity, and x, y, z and a represent mass percent values and satisfy conditions of 31≤x≤50, 0<y≤45, 0<z≤43, 0≤a<0.5, and x+y+z+a=100, and elastic elongation of the current collector is 1.39% or greater, and the elastic elongation of the current collector is measured at 25 °C in accordance with a tension test method prescribed in JIS K 6251.
A method for coordinating Wireless Local Area Network, WLAN, sensing resources, performed by a wireless access point, AP, characterized in comprising: determining a WLAN sensing resource frame, wherein the WLAN sensing resource frame comprises WLAN sensing information, and the WLAN sensing information is configured for coordinating a station to send a WLAN sensing request frame, and the WLAN sensing resource frame comprises duration information and a first capability information element, IE, and the first capability IE has a one-to-one correspondence with the duration information; receiving a WLAN sensing message comprising WLAN sensing capability information sent by the station, wherein the WLAN sensing capability information is configured to identify a second capability IE about the station supporting WLAN sensing; in response to receiving the WLAN sensing message sent by the station, determining an AP for providing a WLAN sensing resource to the station among multiple APs, wherein the first capability IE of the AP for providing the WLAN sensing resource to the station matches the second capability IE; and sending the WLAN sensing resource frame to the station. determining a WLAN sensing resource frame, wherein the WLAN sensing resource frame comprises WLAN sensing information, and the WLAN sensing information is configured for coordinating a station to send a WLAN sensing request frame, and the WLAN sensing resource frame comprises duration information and a first capability information element, IE, and the first capability IE has a one-to-one correspondence with the duration information; receiving a WLAN sensing message comprising WLAN sensing capability information sent by the station, wherein the WLAN sensing capability information is configured to identify a second capability IE about the station supporting WLAN sensing; in response to receiving the WLAN sensing message sent by the station, determining an AP for providing a WLAN sensing resource to the station among multiple APs, wherein the first capability IE of the AP for providing the WLAN sensing resource to the station matches the second capability IE; and sending the WLAN sensing resource frame to the station.
Device for providing at least one single layer of a value or security document, wherein the device comprises at least one first receiving device for at least one single layer having a first format, wherein the device comprises at least one first holding device for a first single layer band, wherein the device comprises at least one separating device for separating a single layer having the first format from the first single layer band, characterised in that the device comprises at least one first transport device for transporting the at least one single layer out of a first single layer receiving region into a first provision region and/or for transporting a free end section of the first single layer band or a single layer which is separated from the first single layer band out of a first depositing region into the first provision region.
An image processing device comprising: an evaluation value calculation section configured to calculate an evaluation value that is used to determine whether or not an inter-frame state of an object within a captured image is a stationary state; an estimated noise amount acquisition section configured to acquire an estimated noise amount of the captured image; a determination section configured to determine whether or not the inter-frame state of the object is the stationary state; and a noise reduction processing section configured to perform a first noise reduction process that is a time-direction noise reduction process on the captured image when it has been determined that the inter-frame state of the object is the stationary state, and perform a second noise reduction process that includes at least a spatial-direction noise reduction process on the captured image when it has been determined that the inter-frame state of the object is not the stationary state, characterized in that the determination section is configured to determine whether or not the inter-frame state of the object is the stationary state based on the evaluation value, the estimated noise amount, and a specific condition; and the determination section is configured to use angle-of-view information about an imaging section that captures the captured image, or whether a target area of a noise reduction process belongs to a front-field-of-view area or a side-field-of-view area, or whether a type of the captured image belongs to a white light image or a special light image, as the specific condition. an evaluation value calculation section configured to calculate an evaluation value that is used to determine whether or not an inter-frame state of an object within a captured image is a stationary state; an estimated noise amount acquisition section configured to acquire an estimated noise amount of the captured image; a determination section configured to determine whether or not the inter-frame state of the object is the stationary state; and a noise reduction processing section configured to perform a first noise reduction process that is a time-direction noise reduction process on the captured image when it has been determined that the inter-frame state of the object is the stationary state, and perform a second noise reduction process that includes at least a spatial-direction noise reduction process on the captured image when it has been determined that the inter-frame state of the object is not the stationary state, characterized in that the determination section is configured to determine whether or not the inter-frame state of the object is the stationary state based on the evaluation value, the estimated noise amount, and a specific condition; and the determination section is configured to use angle-of-view information about an imaging section that captures the captured image, or whether a target area of a noise reduction process belongs to a front-field-of-view area or a side-field-of-view area, or whether a type of the captured image belongs to a white light image or a special light image, as the specific condition.
A seal arrangement for a turbine engine comprising: an at least approximately circular seal; a seal carrier disposed about said seal, wherein said seal carrier maintains said seal in a position; a housing surrounding said seal carrier, wherein said seal carrier is maintained in axial position relative to said housing via a plurality of springs, wherein the springs are spaced circumferentially about the seal carrier and interface with the seal carrier via spring retention features; a plurality of anti-rotation pin assemblies and a plurality of anti-rotation slots, the anti-rotation pin assemblies rigidly connected to said housing on a first end and each anti-rotation pin assembly received in a corresponding anti-rotation slot of said seal carrier on a second end, wherein said anti-rotation pin assemblies are aligned axially with said seal carrier and said seal; and wherein each of said anti-rotation slots comprises an axially elongated seal carrier contact surface contacting a corresponding one of the anti-rotation pin assemblies, wherein each of said anti-rotation pin assemblies (240,242) comprises a pin body, a sleeve disposed about said pin body and an end cap connected to said pin body, wherein said pin body and said end cap are arranged such that said sleeve cannot be removed while said end cap is attached to said pin body; characterised in that said sleeve and said pin body are each constructed of a material that is hard relative to said axially elongated seal carrier contact surface. an at least approximately circular seal; a seal carrier disposed about said seal, wherein said seal carrier maintains said seal in a position; a housing surrounding said seal carrier, wherein said seal carrier is maintained in axial position relative to said housing via a plurality of springs, wherein the springs are spaced circumferentially about the seal carrier and interface with the seal carrier via spring retention features; a plurality of anti-rotation pin assemblies and a plurality of anti-rotation slots, the anti-rotation pin assemblies rigidly connected to said housing on a first end and each anti-rotation pin assembly received in a corresponding anti-rotation slot of said seal carrier on a second end, wherein said anti-rotation pin assemblies are aligned axially with said seal carrier and said seal; and wherein each of said anti-rotation slots comprises an axially elongated seal carrier contact surface contacting a corresponding one of the anti-rotation pin assemblies, wherein each of said anti-rotation pin assemblies (240,242) comprises a pin body, a sleeve disposed about said pin body and an end cap connected to said pin body, wherein said pin body and said end cap are arranged such that said sleeve cannot be removed while said end cap is attached to said pin body; characterised in that said sleeve and said pin body are each constructed of a material that is hard relative to said axially elongated seal carrier contact surface.
An apparatus for inspecting internal cavities of a cast component comprising a cavity, the cavity communicating with the outside through an inlet opening and several outlet openings (23a, 23b, 23c, 23d, 23e), the component being immerged in a medium, the apparatus comprising: - a vacuum source configured to suck medium, - several nozzles, connected to the vacuum source, each nozzle being configured to be applied onto a respective outlet opening (23a, 23b, 23c, 23d, 23e) of the component such that the vacuum source sucks medium located inside the component, said medium exiting towards the nozzles through the outlet openings (23a, 23b, 23c, 23d, 23e), - a flow sensor configured to measure the flow rate or the mass flow rate of the sucked medium flowing through the nozzles, that is to say through the outlet openings (23a, 23b, 23c, 23d, 23e). - a vacuum source configured to suck medium, - several nozzles, connected to the vacuum source, each nozzle being configured to be applied onto a respective outlet opening (23a, 23b, 23c, 23d, 23e) of the component such that the vacuum source sucks medium located inside the component, said medium exiting towards the nozzles through the outlet openings (23a, 23b, 23c, 23d, 23e), - a flow sensor configured to measure the flow rate or the mass flow rate of the sucked medium flowing through the nozzles, that is to say through the outlet openings (23a, 23b, 23c, 23d, 23e).
A hemodialysis machine defining a closed loop fluid path for dialysate solution, the fluid path comprising: a first pump chamber having a pump inlet and a pump outlet; a dialyser having a dialyser inlet and a dialyser outlet; a conduit connected between the outlet of the first pump chamber and the inlet of the dialyser; a second pump chamber having a pump inlet and a pump outlet; a conduit connected between the outlet of the dialyser and the inlet of the second pump chamber; a dialysate regeneration device having an inlet and an outlet; a conduit connected between the outlet of the second pump chamber and the inlet of the dialysate regeneration device; a reservoir having a reservoir inlet and a reservoir outlet; a conduit connected between the outlet of the dialysate regeneration device and the inlet of the reservoir; and, a conduit connected between the outlet of the reservoir and the inlet of the first pump chamber, characterized in that the reservoir comprises a housing defining a continuous side wall, a top, a bottom, the inlet of the reservoir and the outlet of the reservoir, and an overflow device mounted therein. a first pump chamber having a pump inlet and a pump outlet; a dialyser having a dialyser inlet and a dialyser outlet; a conduit connected between the outlet of the first pump chamber and the inlet of the dialyser; a second pump chamber having a pump inlet and a pump outlet; a conduit connected between the outlet of the dialyser and the inlet of the second pump chamber; a dialysate regeneration device having an inlet and an outlet; a conduit connected between the outlet of the second pump chamber and the inlet of the dialysate regeneration device; a reservoir having a reservoir inlet and a reservoir outlet; a conduit connected between the outlet of the dialysate regeneration device and the inlet of the reservoir; and, a conduit connected between the outlet of the reservoir and the inlet of the first pump chamber, characterized in that the reservoir comprises a housing defining a continuous side wall, a top, a bottom, the inlet of the reservoir and the outlet of the reservoir, and an overflow device mounted therein.
Installation box, to be inserted in a wall, ceiling, or floor aperture, for transfer of contacts of an installation and, in the event of a fire, to provide a closure body such as will automatically serve as a bulkhead on the fire side, said installation box being composed of at least two individual module parts (2, 2.1), wherein the composite of the module parts (2, 2.1) is held together by mutually interacting plug connection elements (4, 5), and the complementary plug connection elements (4, 5) are configured as plug tabs as male plug connection elements, and as tab receivers as female plug connection elements, characterised in that at least one tab receiver is formed by a clamp section of a module part (2, 2.1) carrying this female plug connection element, as well as a spring clamp spanning this section with a second clamp section, said spring clamp being held by support limbs, adjacent to the first clamp section, engaging through the wall of the module part (2, 2.1), forming this clamp section, and supported on the rear side of this wall, wherein the second clamp section takes effect, with the preliminary tension provided by the spring clamp, on the male plug connection element in contact at the first clamp section, wherein the support limbs are curved end sections of the spring clamp, such that the end-side face surfaces of the support limbs are in contact on the rear side of the wall carrying the spring clamp, and that the support limbs carry a projection, which enlarges their width, on their side directed against the insertion direction of a plug tab into the tab receiver, of which one projection side is supported at the rear wall of the wall section carrying the spring clamp when a plug tab is pushed into the tab receiver, that the passage openings (21, 21.1), through which a support limb engages in each case, extend as far as into the curve edge at which this wall section is angled off in relation to the adjacent wall, and that the clear width of these passage openings (21, 21.1) corresponds in its extension, transverse to the longitudinal extension of the spring clamp, to the width of the support limb engaging through this passage opening.