mhurhangee/ep-ind-claims huggingface dataset:
A three-dimensional test device, for simulating reactor pressure vessel, RPV, heat exchange characteristics when an accident occurs, wherein the three-dimensional test device comprises a tube portion, a lower head that is hemispherical and connected to a lower end of the tube portion, and a heating assembly disposed in the lower head; and wherein the tube portion is a non-heating portion; and the heating assembly is disposed in the lower head to form a three-dimensional heating portion, wherein the lower head is provided with an annular recess on an inner wall surface adjacent to an opening side, characterised in that the lower head is separated by the recess into a non-heating section and a heating section respectively on an upper side and a lower side of the recess; the lower head is connected with the tube portion via the non-heating section, and the heating assembly is disposed in the heating section. the tube portion is a non-heating portion; and the heating assembly is disposed in the lower head to form a three-dimensional heating portion, wherein the lower head is provided with an annular recess on an inner wall surface adjacent to an opening side, characterised in that the lower head is separated by the recess into a non-heating section and a heating section respectively on an upper side and a lower side of the recess; the lower head is connected with the tube portion via the non-heating section, and the heating assembly is disposed in the heating section.
A bathing structure intended to be positioned on a surface of a bathroom delimited by lateral walls and a rear wall and that facilitates for a user the use of a shower tray located between said walls as a shower or bathtub, comprising: - a frame equipped with: ∘ a horizontal base intended to be positioned on the surface of the bathroom between the lateral walls and facing the rear wall adjacent to the shower tray comprising a first end, a second end and a central area, ∘ a first vertical extension that starts and extends in height from the first end of the base, ∘ a second vertical extension that starts and extends in height from the central area of the base, and ∘ a third vertical extension that starts and extends in height from the second end of the base, - a vertical panel supported between the first vertical extension and the second vertical extension, and - an access defined between the second vertical extension and the third vertical extension intended to facilitate the entry of a user to the shower tray; wherein it additionally comprises a gate that is located on the base and between the second and third vertical extensions (7, 8), said second and third vertical extensions (7, 8) being of less height than the first vertical extension, and in addition, the gate is laterally coupled to one of said second or third vertical extensions (7, 8) and is mobile with respect to the second or third vertical extension (7, 8) sealing or opening the access, so that in the open position it allows the use of the shower tray as a shower and in the closed position it allows the use of the shower tray as a bathtub. - a frame equipped with: ∘ a horizontal base intended to be positioned on the surface of the bathroom between the lateral walls and facing the rear wall adjacent to the shower tray comprising a first end, a second end and a central area, ∘ a first vertical extension that starts and extends in height from the first end of the base, ∘ a second vertical extension that starts and extends in height from the central area of the base, and ∘ a third vertical extension that starts and extends in height from the second end of the base, ∘ a horizontal base intended to be positioned on the surface of the bathroom between the lateral walls and facing the rear wall adjacent to the shower tray comprising a first end, a second end and a central area, ∘ a first vertical extension that starts and extends in height from the first end of the base, ∘ a second vertical extension that starts and extends in height from the central area of the base, and ∘ a third vertical extension that starts and extends in height from the second end of the base, - a vertical panel supported between the first vertical extension and the second vertical extension, and - an access defined between the second vertical extension and the third vertical extension intended to facilitate the entry of a user to the shower tray;
A biaxially oriented pipe made of a polymer composition comprising a propylene-based polymer, wherein the propylene-based polymer comprises a random copolymer of propylene and a comonomer which is ethylene and/or an α-olefin having 4 to 10 carbon atoms, characterized in that the propylene-based polymer has a comonomer content of 0.1 to 3.8 wt% based on the propylene-based polymer.
A method for wireless communications, comprising: generating, at a first apparatus, a message comprising a field, wherein the field comprises an indication of a number of space time streams if used in a multi-user transmission scheme or an identification value if used in a single-user transmission scheme, wherein the identification value is generated based on a basic service set, BSS, specific offset associated with the first apparatus and a partial association identifier, AID, associated with a second apparatus; and transmitting the message to the second apparatus. generating, at a first apparatus, a message comprising a field, wherein the field comprises an indication of a number of space time streams if used in a multi-user transmission scheme or an identification value if used in a single-user transmission scheme, wherein the identification value is generated based on a basic service set, BSS, specific offset associated with the first apparatus and a partial association identifier, AID, associated with a second apparatus; and transmitting the message to the second apparatus.
A system for priming an infusion pump comprising: an infusion pump; a length of tubing connected to the infusion pump and a male part comprising a needle, wherein the male part is attached to the length of tubing; a priming cap comprising a septum and configured to matably connect with a male part, wherein when matably connected with the male part, the priming cap occludes the tubing; characterized in that the system is configured to: control the infusion pump to prime the infusion pump into the priming cap for a predetermined time; generate an occlusion alarm if the tubing is occluded; and determine an occlusion alarm failure if an occlusion alarm does not occur after the predetermined amount of time. an infusion pump; a length of tubing connected to the infusion pump and a male part comprising a needle, wherein the male part is attached to the length of tubing; a priming cap comprising a septum and configured to matably connect with a male part, wherein when matably connected with the male part, the priming cap occludes the tubing; characterized in that the system is configured to: control the infusion pump to prime the infusion pump into the priming cap for a predetermined time; generate an occlusion alarm if the tubing is occluded; and determine an occlusion alarm failure if an occlusion alarm does not occur after the predetermined amount of time.
A method for accessing a video asset, comprising: receiving an identification of a user; retrieving a plurality of index points each indicative of a viewing progress position within a video asset in a playlist associated with the user; receiving a user selection of one of the plurality of index points; accessing the asset at the viewing progress position associated with the selected index point; displaying the video asset at the viewing progress position associated with the selected index point; updating the viewing progress position for the selected index point to reflect the user's viewing progress within the video asset; caching a portion of video asset in response to updating the viewing progress position, the portion of video cached being based on the updated viewing progress position; and presenting the cached portion of video simultaneously with a listing for the video asset of selected index point. receiving an identification of a user; retrieving a plurality of index points each indicative of a viewing progress position within a video asset in a playlist associated with the user; receiving a user selection of one of the plurality of index points; accessing the asset at the viewing progress position associated with the selected index point; displaying the video asset at the viewing progress position associated with the selected index point; updating the viewing progress position for the selected index point to reflect the user's viewing progress within the video asset; caching a portion of video asset in response to updating the viewing progress position, the portion of video cached being based on the updated viewing progress position; and presenting the cached portion of video simultaneously with a listing for the video asset of selected index point.
A cable connector assembly comprising: a connector body adapted to be mounted to a cable extending through said connector body; and at least one resilient first seal adapted to be located in the connector body for sealing between the cable and the connector body, wherein the first seal has a respective first aperture therethrough for resiliently engaging part of said cable extending through said first aperture; wherein the connector body includes a first body part and a second body part adapted to be mounted to said first body part, characterised in that the assembly further comprises at least one aperture opening device adapted to extend through at least one said first aperture and maintain said first aperture in an enlarged condition, and having a hollow body portion for enabling said part of said cable to extend through said first aperture without engaging said first seal, wherein at least one said first seal is adapted to engage said first body part such that said aperture opening device is adapted to be removed from the first body part when said part of said cable extends through the first aperture to enable said first seal to resiliently engage said part of said cable extending through said first aperture. a connector body adapted to be mounted to a cable extending through said connector body; and at least one resilient first seal adapted to be located in the connector body for sealing between the cable and the connector body, wherein the first seal has a respective first aperture therethrough for resiliently engaging part of said cable extending through said first aperture; wherein the connector body includes a first body part and a second body part adapted to be mounted to said first body part, characterised in that the assembly further comprises at least one aperture opening device adapted to extend through at least one said first aperture and maintain said first aperture in an enlarged condition, and having a hollow body portion for enabling said part of said cable to extend through said first aperture without engaging said first seal, wherein at least one said first seal is adapted to engage said first body part such that said aperture opening device is adapted to be removed from the first body part when said part of said cable extends through the first aperture to enable said first seal to resiliently engage said part of said cable extending through said first aperture.
Piston steam engine, which is preferably used to generate electrical power, comprising: - at least one cylinder, which encloses a working chamber, - a piston, which is movable in the working chamber back and forth along a central axis of the cylinder between an upper dead centre and a lower dead centre, wherein the working chamber is enclosed over its circumference by a working chamber wall inserted in the cylinder or formed thereby, and - a plurality of outlet openings, in particular exhaust gas outlet openings, which are provided in the working chamber wall in the circumferential direction, characterised in that a plurality of oil injection openings is provided above the outlet openings in the working chamber wall, preferably distributed in the circumferential direction. - at least one cylinder, which encloses a working chamber, - a piston, which is movable in the working chamber back and forth along a central axis of the cylinder between an upper dead centre and a lower dead centre, wherein the working chamber is enclosed over its circumference by a working chamber wall inserted in the cylinder or formed thereby, and - a plurality of outlet openings, in particular exhaust gas outlet openings, which are provided in the working chamber wall in the circumferential direction,
An anchor node of a radio access network, RAN, the anchor node comprising a memory and at least one processor configured to: receive, from a second network node, a context retrieval request comprising an identifier of a user equipment, UE, operating in an inactive mode and a first message, the first message being protected with a first cryptographic key; validate the first message using a stored cryptographic key associated with a UE context indicated by the identifier of the UE; and send a context retrieval response to the second network node, the context retrieval response containing a relocation indication of whether the UE context is to be relocated to the second network node; wherein the context retrieval response comprises a second message protected with a second cryptographic key, and the second message comprises: an identifier to be used by the UE for further operations in the inactive mode; an indication of a RAN notification area, RNA, where the UE can receive service while operating in the inactive mode; and a maximum time between location notifications initiated by the UE. receive, from a second network node, a context retrieval request comprising an identifier of a user equipment, UE, operating in an inactive mode and a first message, the first message being protected with a first cryptographic key; validate the first message using a stored cryptographic key associated with a UE context indicated by the identifier of the UE; and send a context retrieval response to the second network node, the context retrieval response containing a relocation indication of whether the UE context is to be relocated to the second network node; an identifier to be used by the UE for further operations in the inactive mode; an indication of a RAN notification area, RNA, where the UE can receive service while operating in the inactive mode; and a maximum time between location notifications initiated by the UE.
A patch panel comprising at least one patch panel subassembly, the patch panel subassembly including at least one mounting plate and a plurality of port assemblies (2110a, 2110b, 2110n), the at least one mounting plate being configured to accommodate the port assemblies so that each port assembly can individually translate relative to the mounting plate along a direction parallel to a surface of the mounting plate while keeping in contact with the mounting plate, and can individually rotate about an axis perpendicular to the surface of the mounting plate while keeping in contact with the mounting plate.
An in vitro method for reprogramming a beta-like cell to a functional beta cell, the method comprising expressing recombinant estrogen-related receptor gamma in a beta-like cell, thereby reprogramming the beta-like cell to a functional beta cell.
A machine learning device comprising: a domain adaptability determination unit configured to determine a domain adaptability based on a precision of inference from images of a second domain using a first model trained to categorize an image by using images of a first domain as training data, the first model being a neural network, wherein the domain adaptability is a mean average precision, F value or sensitivity of the first model with respect to the second domain; a learning layer determination unit configured to determine one or more layers in a second model, which is a duplicate of the first model, targeted for training, based on the domain adaptability, wherein the domain adaptability represents whether the first domain and the second domain have a similar probability distribution; and a transfer learning execution unit configured to apply transfer learning to the one or more layers in the second model targeted for training, by using images of the second domain as training data, wherein the learning layer determination unit is configured to ensure that the lower the domain adaptability, the larger the number of layers targeted for training, and the higher the domain adaptability, the smaller the number of layers targeted for training, wherein the learning layer determination unit determines more of layers near an input layer as layers targeted for training, as the domain adaptability becomes lower. a domain adaptability determination unit configured to determine a domain adaptability based on a precision of inference from images of a second domain using a first model trained to categorize an image by using images of a first domain as training data, the first model being a neural network, wherein the domain adaptability is a mean average precision, F value or sensitivity of the first model with respect to the second domain; a learning layer determination unit configured to determine one or more layers in a second model, which is a duplicate of the first model, targeted for training, based on the domain adaptability, wherein the domain adaptability represents whether the first domain and the second domain have a similar probability distribution; and a transfer learning execution unit configured to apply transfer learning to the one or more layers in the second model targeted for training, by using images of the second domain as training data, wherein the learning layer determination unit is configured to ensure that the lower the domain adaptability, the larger the number of layers targeted for training, and the higher the domain adaptability, the smaller the number of layers targeted for training, wherein the learning layer determination unit determines more of layers near an input layer as layers targeted for training, as the domain adaptability becomes lower.
A coating device for coating a substrate, comprising a plasma generating device for generating a plasma jet which exits from a coating head of the plasma generating device, comprising a first particle reservoir, a second particle reservoir and a transport line by means of which particles stored in the first particle reservoir jointly with particles stored in the second particle reservoir can be supplied to the plasma jet, characterized by a metering device to which the particles from the first particle reservoir can be supplied separately from the particles from the second particle reservoir, from which the particles from the first particle reservoir and the particles from the second particle reservoir can be supplied as a particle mixture to the transport line, and wherein the quantity of the particles introduced from the first particle reservoir into the transport line relative to the quantity of the particles introduced from the second particle reservoir into the transport line can be metered by the metering device.
A method for transmitting uplink transmission power control information, wherein the method is applied in a scenario of carrier aggregation wherein multiple downlink component carriers correspond to multiple uplink component carriers, characterized in that the method comprises: transmitting uplink transmission power control information in a downlink control information format 3/3A of all uplink component carriers allocated to a user equipment, UE, to the UE by one downlink component carrier; wherein the uplink transmission power control information comprises transmit power control, TPC, commands for the all uplink component carriers, and each of the TPC commands corresponds to one uplink component carrier; wherein the downlink component carrier has a corresponding relation with at least one uplink component carrier in all the uplink component carriers; wherein the downlink component carrier has the corresponding relation with an uplink component carrier which transmits uplink control information of the UE. transmitting uplink transmission power control information in a downlink control information format 3/3A of all uplink component carriers allocated to a user equipment, UE, to the UE by one downlink component carrier; wherein the uplink transmission power control information comprises transmit power control, TPC, commands for the all uplink component carriers, and each of the TPC commands corresponds to one uplink component carrier; wherein the downlink component carrier has a corresponding relation with at least one uplink component carrier in all the uplink component carriers; wherein the downlink component carrier has the corresponding relation with an uplink component carrier which transmits uplink control information of the UE.
A method of operating an energy system for a vehicle comprising at least one fuel cell; at least one HV-battery; and a direct current converter arranged between the at least one fuel cell and the at least one HV-battery, the direct current converter being an inverse converter which has, in one of its current pathways, two series-connected semiconductor switches between which an inductor is connected which connects the two current paths of the direct current converter, wherein in each case the semiconductor switch of the inverse converter is rendered conductive which is arranged closer to the energy source (11, 12) with the currently higher output voltage, and the semiconductor switch of the inverse converter is rendered inactive which is arranged closer to the energy source (11, 12) with the currently lower output voltage.
A non-pneumatic tire assembly, comprising a non-pneumatic tire, said non-pneumatic tire including: an inner circumferential ring and an outer circumferential ring defining an annular space between said circumferential rings and a cylindrical space inside said inner circumferential ring; a plurality of partitions within said annular space, wherein said partitions connect said circumferential rings; a ground-contacting tread located on said outer circumferential ring; a rim, said rim comprises two pieces (94, 96), and said rim is located within said cylindrical space; and a hub, said hub is removably connected to said rim, the non-pneumatic tire assembly being characterized in that each of said two rim pieces (94, 96) further comprises a ridge and a valley, wherein the ridge from one of said two pieces of said rim is aligned with the ridge from the other of said two pieces of said rim to form a cavity between the two pieces of the rim, wherein said hub further comprises a lug, which is configured to interact with said cavity in order to limit rotation of said hub relative to said rim. an inner circumferential ring and an outer circumferential ring defining an annular space between said circumferential rings and a cylindrical space inside said inner circumferential ring; a plurality of partitions within said annular space, wherein said partitions connect said circumferential rings; a ground-contacting tread located on said outer circumferential ring;