mhurhangee/ep-ind-claims huggingface dataset:
A device occupation method, comprising: executing, by a second terminal (302, 702), an audio playing service or a video playing service wherein a headset or a sound box is occupied by the second terminal; receiving, by a first terminal (301, 701), a call service; wherein the priority of the call service is higher than the priority of the audio playing service or the video service; occupying, by the first terminal, the headset or the sound box, and stopping, by the second terminal, occupying the headset or the sound box if the information of an electronic account logged in to the second terminal matches information of an electronic account logged in to the first terminal; displaying, by the first terminal, a first prompt information, wherein the first prompt information indicates the headset or the sound box is occupied by the first terminal; displaying, by the second terminal, a second prompt information and a button, wherein the second prompt information indicates the headset or the sound box is occupied by the first terminal and the button indicates disagreeing with occupying the headset or the sound box; after displaying, by the second terminal, the second prompt information and the button, the method further comprises: determining, based on an operation that is performed on the button and that is received on the second terminal, that the headset or the sound box cannot be occupied by the first terminal. executing, by a second terminal (302, 702), an audio playing service or a video playing service wherein a headset or a sound box is occupied by the second terminal; receiving, by a first terminal (301, 701), a call service; wherein the priority of the call service is higher than the priority of the audio playing service or the video service; occupying, by the first terminal, the headset or the sound box, and stopping, by the second terminal, occupying the headset or the sound box if the information of an electronic account logged in to the second terminal matches information of an electronic account logged in to the first terminal; displaying, by the first terminal, a first prompt information, wherein the first prompt information indicates the headset or the sound box is occupied by the first terminal; displaying, by the second terminal, a second prompt information and a button, wherein the second prompt information indicates the headset or the sound box is occupied by the first terminal and the button indicates disagreeing with occupying the headset or the sound box; after displaying, by the second terminal, the second prompt information and the button, the method further comprises: determining, based on an operation that is performed on the button and that is received on the second terminal, that the headset or the sound box cannot be occupied by the first terminal.
An asymmetric cross counter flow heat exchanger core that includes at least one hot layer (110, 310) and at least one cold layer (30, 330), a hot inlet tent (126, 326) configured to receive a hot inlet flow and defining a hot inlet tent width (B, F), and a hot outlet tent (128, 328) configured to discharge a hot outlet flow and defining a hot outlet tent width (C, G), the at least one hot layer (110, 310) comprising: a plurality of inlet hot fins (112, 312) defining an inlet fin direction; a plurality of middle hot fins (114, 314) defining a middle fin direction; a plurality of outlet hot fins (116, 316) defining an outlet fin direction; a hot inlet closure bar (118, 318) disposed adjacent to the hot inlet tent (126, 326); a hot outlet closure bar (120, 320) disposed adjacent to the hot outlet tent (128, 328); and two hot side closure bars (122, 322) disposed adjacent to respective corresponding inlet hot fins (112, 312) and outlet hot fins (116, 316); wherein: an angle between the inlet fin direction and the middle fin direction ranges from 5 - 175 degrees; and characterized in that the hot inlet tent width (B, F) is less than the hot outlet tent width (C, G). a plurality of inlet hot fins (112, 312) defining an inlet fin direction; a plurality of middle hot fins (114, 314) defining a middle fin direction; a plurality of outlet hot fins (116, 316) defining an outlet fin direction; a hot inlet closure bar (118, 318) disposed adjacent to the hot inlet tent (126, 326); a hot outlet closure bar (120, 320) disposed adjacent to the hot outlet tent (128, 328); and two hot side closure bars (122, 322) disposed adjacent to respective corresponding inlet hot fins (112, 312) and outlet hot fins (116, 316); wherein: an angle between the inlet fin direction and the middle fin direction ranges from 5 - 175 degrees; and characterized in that the hot inlet tent width (B, F) is less than the hot outlet tent width (C, G). an angle between the inlet fin direction and the middle fin direction ranges from 5 - 175 degrees; and characterized in that the hot inlet tent width (B, F) is less than the hot outlet tent width (C, G).
Safety bath plug device for closing a drain pipe of a bathtub and automatically unplugging in case a user faints as a consequence of the fainted user moving down along the bath tub, comprising: a bath plug adapted to easily unplug the drain pipe if horizontal forces occur; a protrusion attached to the top of the bath plug; characterised in that said device further comprises at least one foot rest unit attached to the left and/or to the right of the protrusion such that once a body of a fainting user moves down the bathtub, the feet of the user horizontally push against the foot rest unit and unplug the drain pipe of the bathtub. a bath plug adapted to easily unplug the drain pipe if horizontal forces occur; a protrusion attached to the top of the bath plug; characterised in that said device further comprises at least one foot rest unit attached to the left and/or to the right of the protrusion such that once a body of a fainting user moves down the bathtub, the feet of the user horizontally push against the foot rest unit and unplug the drain pipe of the bathtub.
A semiconductor device comprising: a semiconductor substrate including an element region in which a semiconductor element is formed, and an upper surface electrode formed on an upper surface of the element region of the semiconductor substrate, wherein the upper surface electrode comprises a first thickness region and a second thickness region, a thickness of the upper surface electrode in the second thickness region is thicker than a thickness of the upper surface electrode in the first thickness region, such that an upper surface of the first thickness region is lower than an upper surface of the second thickness region, a bonding wire is bonded on the second thickness region, and a slit portion is provided at a boundary between the first thickness region and the second thickness region in the upper surface electrode, characterized in that a thickness (W1-W3) of the upper surface electrode in the slit portion is thinner than the thickness of the upper surface electrode in the first thickness region. a semiconductor substrate including an element region in which a semiconductor element is formed, and an upper surface electrode formed on an upper surface of the element region of the semiconductor substrate, wherein the upper surface electrode comprises a first thickness region and a second thickness region, a thickness of the upper surface electrode in the second thickness region is thicker than a thickness of the upper surface electrode in the first thickness region, such that an upper surface of the first thickness region is lower than an upper surface of the second thickness region, a bonding wire is bonded on the second thickness region, and a slit portion is provided at a boundary between the first thickness region and the second thickness region in the upper surface electrode, characterized in that a thickness (W1-W3) of the upper surface electrode in the slit portion is thinner than the thickness of the upper surface electrode in the first thickness region.
An electronic device comprising: a display for displaying a graphical user interface; a window configured to selectively become transparent or opaque; a component disposed behind the window, wherein the component comprises an image capture device, a strobe flash, a biometric sensor, a light sensor, a proximity sensor, or a solar panel, or a combination thereof; data processing circuitry configured to determine when an event requesting that the component be exposed for use occurs based on an input at the display using the graphical user interface; and a window controller configured to cause the window to become transparent to expose the component upon the occurrence of the event requesting that the component be exposed. a display for displaying a graphical user interface; a window configured to selectively become transparent or opaque; a component disposed behind the window, wherein the component comprises an image capture device, a strobe flash, a biometric sensor, a light sensor, a proximity sensor, or a solar panel, or a combination thereof; data processing circuitry configured to determine when an event requesting that the component be exposed for use occurs based on an input at the display using the graphical user interface; and a window controller configured to cause the window to become transparent to expose the component upon the occurrence of the event requesting that the component be exposed.
An antenna device comprising: a substrate; and an electrical conductor extending on the substrate, said electrical conductor comprising an outer ring portion to define a radiating antenna element, and at least one inner ring portion to define a feed coupler and connected in series with said outer ring portion and extending within the outer ring portion; characterised by said electrical conductor having at least one gap therein, a coupling feed ring adjacent, and inductively coupled to, the at least one inner ring portion; and a feed structure connected to the coupling feed ring to feed said outer ring portion. a substrate; and an electrical conductor extending on the substrate, said electrical conductor comprising an outer ring portion to define a radiating antenna element, and at least one inner ring portion to define a feed coupler and connected in series with said outer ring portion and extending within the outer ring portion; an outer ring portion to define a radiating antenna element, and at least one inner ring portion to define a feed coupler and connected in series with said outer ring portion and extending within the outer ring portion; characterised by said electrical conductor having at least one gap therein, a coupling feed ring adjacent, and inductively coupled to, the at least one inner ring portion; and a feed structure connected to the coupling feed ring to feed said outer ring portion.
A method for decoding a Physical Downlink Shared Channel, PDSCH, the method being performed by a user equipment, UE, in a wireless communication system, comprising: receiving, from a base station, BS, rate matching pattern information indicating rate matching resources having a semi-persistent period; and decoding the PDSCH, using the rate matching pattern information, by performing rate matching on the rate matching resources, characterized in that the rate matching pattern information includes a first bitmap representing a symbol, for performing of the rate matching, within a slot, a second bitmap representing frequency resource, for performing of the rate matching, within the symbol and a third bitmap representing one or more slots, in which the first and the second bitmap are applied, within the semi-persistent period, and wherein a number of bits of the third bitmap is equal to a number of a plurality of slots within the semi-persistent period. receiving, from a base station, BS, rate matching pattern information indicating rate matching resources having a semi-persistent period; and decoding the PDSCH, using the rate matching pattern information, by performing rate matching on the rate matching resources, characterized in that the rate matching pattern information includes a first bitmap representing a symbol, for performing of the rate matching, within a slot, a second bitmap representing frequency resource, for performing of the rate matching, within the symbol and a third bitmap representing one or more slots, in which the first and the second bitmap are applied, within the semi-persistent period, and wherein a number of bits of the third bitmap is equal to a number of a plurality of slots within the semi-persistent period.
Method for operating a transmission system having a first network and at least one further network, wherein data are interchanged between these at least two networks (2, 3) by supplying data from the first network as data packets to duplication means, wherein the supplied data packets are wirelessly transmitted by means of a parallel redundancy protocol to separating means via at least two transmission paths (6, 7) and are forwarded from the separating means to the connected further network as a data stream, characterized in that the data packets are buffered in a memory after being transmitted via the at least two transmission paths (6, 7), wherein, if at least one data packet has been lost on one transmission path, at least one corresponding data packet, which has been transmitted in an error-free manner on the at least one further transmission path and has been buffered, replaces this at least one last data packet in the data stream to be forwarded, and wherein, if at least one data packet has not arrived in the correct order on one transmission path (6, 7), either this at least one data packet transmitted in the wrong order is deleted or is replaced with at least one corresponding data packet, which has been transmitted on the at least one further transmission pan and has been buffered, at the correct position in the data stream to be forwarded or is replaced at the correct position in the data stream to be forwarded with a time delay after buffering.
A method for using profiling to obtain application-specific, preferred parameter values for an application, the method comprising: receiving identification of a parameter for which to obtain at least one application-specific value; receiving augmented code for profiling the parameter; profiling the parameter and collecting profile data by: generating an instrumentation binary from an instrumentation build, the instrumentation binary containing user-defined callbacks, counter types and methods; executing a training run with one or more representative workloads using the instrumentation binary to generate profile data, the training run invoking the user-defined callbacks, counter types and methods; and storing the generated profile data; analyzing the profile data; determining the application's preferred parameter value for the profiled parameter based on the analyzed profile data; and: using the determined preferred value in an optimization build to initialize the parameter. receiving identification of a parameter for which to obtain at least one application-specific value; receiving augmented code for profiling the parameter; profiling the parameter and collecting profile data by: generating an instrumentation binary from an instrumentation build, the instrumentation binary containing user-defined callbacks, counter types and methods; executing a training run with one or more representative workloads using the instrumentation binary to generate profile data, the training run invoking the user-defined callbacks, counter types and methods; and storing the generated profile data; generating an instrumentation binary from an instrumentation build, the instrumentation binary containing user-defined callbacks, counter types and methods; executing a training run with one or more representative workloads using the instrumentation binary to generate profile data, the training run invoking the user-defined callbacks, counter types and methods; and storing the generated profile data; analyzing the profile data; determining the application's preferred parameter value for the profiled parameter based on the analyzed profile data; and: using the determined preferred value in an optimization build to initialize the parameter. using the determined preferred value in an optimization build to initialize the parameter.
A cushion element for a respiratory mask, the cushion element comprising a clip portion (34, 234, 834) and an interfacing portion (32, 232, 832), the clip portion being adapted for removable engagement with a mask frame and the interfacing portion being adapted for engagement with a patient's face, the clip portion and the interfacing portion each having an outer perimeter and an inner perimeter, wherein the interfacing portion is constructed from a foam material and the width between the outer perimeter and the inner perimeter of the clip portion is narrower than the width between the outer perimeter and the inner perimeter of the interfacing portion, the clip portion and interfacing portion are aligned at their outer perimeter, wherein the inner perimeter surfaces of the interfacing portion and of the clip portion are offset, so that the clip portion and the interfacing portion are arranged to define an unsupported inner region of said interfacing portion that overhangs the clip portion, and as the overhanging region is unsupported, it is free to cantilever when pressed against the face of the patient in use; characterised in that: the clip portion is constructed from a more rigid foam than the interfacing portion.
A method for sidelink carrier aggregation enhancement performed by a user equipment, UE, the method comprising: receiving, through a serving cell of a first Radio Access Technology, RAT, a sidelink resource configuration of a second RAT; determining first validity area information associated with the first RAT and second validity area information associated with the second RAT; and identifying a validity area of the sidelink resource configuration based on the first validity area information and the second validity area information, wherein the first validity area information is associated with a first Public Land Mobile Network, PLMN, identity, PLMNidentity, in a PLMNidentity list or a first Non-Public Network, NPN, identity, NPNidentity, in a NPNidentity list, wherein the PLMNidentity list and the NPNidentity list are broadcast by the serving cell. receiving, through a serving cell of a first Radio Access Technology, RAT, a sidelink resource configuration of a second RAT; determining first validity area information associated with the first RAT and second validity area information associated with the second RAT; and identifying a validity area of the sidelink resource configuration based on the first validity area information and the second validity area information, wherein the first validity area information is associated with a first Public Land Mobile Network, PLMN, identity, PLMNidentity, in a PLMNidentity list or a first Non-Public Network, NPN, identity, NPNidentity, in a NPNidentity list, wherein the PLMNidentity list and the NPNidentity list are broadcast by the serving cell.
A one step process for the synthesis of Tetrahydrofuran from furfural in both batch and continuous modes comprising: reacting furfural at a concentration in the range of 5 to 20 % in the presence of Palladium metal based carbon supported catalyst wherein the Palladium metal loading on carbon is in the range of 1% to 5%, at a temperature of 493 K in presence of hydrogen at a pressure in the range of 3 to 4 MPa for batch mode and a temperature ranging from 473-493 K and 3-3.5 MPa pressure for continuous mode, to obtain THF with 10% to 41% selectivity and related ring hydrogenated products, wherein conversion percentage of furfural is 100%.
A film clamping element for dental treatments, comprising a lip ring and a vestibular ring, between which a film extends, wherein said film and also said rings are elastically deformable, characterized in that at least one elastic band (20, 22) extends radially to the outside of the film which may be pulled over a part (28, 30) of the vestibular ring and/or the lip ring and with which the film may be tensioned radially towards the inside and which is connected to the film or a ring (14, 16) at at least one connection site.
A method for wireless communications, comprising: broadcasting (1905; 1920) beacon signals in an unlicensed spectrum at predetermined times from an evolved Node B, eNB, the beacon signals identifying the eNB and at least one associated attribute of the eNB, characterised in that, the at least one associated attribute of the eNB comprises an eNB deployment configuration for an eNB deployment with which the eNB is associated, wherein downlink signals from eNBs in the eNB deployment are synchronized and concurrently transmitted by the eNBs of the eNB deployment in the unlicensed spectrum. broadcasting (1905; 1920) beacon signals in an unlicensed spectrum at predetermined times from an evolved Node B, eNB, the beacon signals identifying the eNB and at least one associated attribute of the eNB, characterised in that, the at least one associated attribute of the eNB comprises an eNB deployment configuration for an eNB deployment with which the eNB is associated, wherein downlink signals from eNBs in the eNB deployment are synchronized and concurrently transmitted by the eNBs of the eNB deployment in the unlicensed spectrum.
Disc brake system, in particular for commercial vehicles, having a brake calliper which reaches around a brake disc, a brake application device which is arranged on one side of the brake disc in the brake calliper, an actuating device which is fastened to the brake calliper by means of a screw connection device on the brake application side, a cable which is connected to a wear sensor for a brake pad, and a holding device for holding the cable on the brake application-side region of the brake calliper, characterized in that the holding device is attached releasably to the screw connection device.
A sprinkler comprising: a base assembly including a bearing; a stem mounted rotatably in the bearing; a nozzle; a diffuser assembly; and a cage assembly extending between the diffuser assembly and the base assembly; wherein said sprinkler is a rotary nozzle sprinkler; an elbow is coupled at a proximal end to and rotatable with the stem and includes an elbow bend; said nozzle is secured to a distal end of the elbow downstream of the elbow bend; said diffuser assembly includes a brake mechanism cooperable with the elbow; characterized by: the cage assembly being configured to clock around the base assembly with rotation of the elbow. a base assembly including a bearing; a stem mounted rotatably in the bearing; a nozzle; a diffuser assembly; and a cage assembly extending between the diffuser assembly and the base assembly; wherein said sprinkler is a rotary nozzle sprinkler; an elbow is coupled at a proximal end to and rotatable with the stem and includes an elbow bend; said nozzle is secured to a distal end of the elbow downstream of the elbow bend; said diffuser assembly includes a brake mechanism cooperable with the elbow; characterized by: the cage assembly being configured to clock around the base assembly with rotation of the elbow.