mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: providing, by a web server, media content for playback on a plurality of client devices, the media content associated with a set of enhanced features that when enabled each provide functionality associated with and supplemental to the media content; performing (404, 410), by the web server, a handshake with each of the plurality of client devices to authenticate, for each client device, a communication channel by which the respective client device accesses the media content provided by the web server, wherein the handshake comprises information about a network by which the respective client device is requesting access to the media content; enabling, by the web server, one or more of the enhanced features in the set of enhanced features while delivering the media content for playback on a first client device in response to determining the information about the network by which the first client device is requesting access satisfies a first criterion; and delivering, by the web server, the media content for playback on a second client device without enabling any of the set of enhanced features in response to determining the information about the network by which the second client device is requesting access does not satisfy the first criterion. providing, by a web server, media content for playback on a plurality of client devices, the media content associated with a set of enhanced features that when enabled each provide functionality associated with and supplemental to the media content; performing (404, 410), by the web server, a handshake with each of the plurality of client devices to authenticate, for each client device, a communication channel by which the respective client device accesses the media content provided by the web server, wherein the handshake comprises information about a network by which the respective client device is requesting access to the media content; enabling, by the web server, one or more of the enhanced features in the set of enhanced features while delivering the media content for playback on a first client device in response to determining the information about the network by which the first client device is requesting access satisfies a first criterion; and delivering, by the web server, the media content for playback on a second client device without enabling any of the set of enhanced features in response to determining the information about the network by which the second client device is requesting access does not satisfy the first criterion.
A paper tray side guide adjustment mechanism, comprising: a paper tray including movable side guides (126, 128) for adjusting to a plurality of sheet sizes; a cord with said movable side guides (126, 128) attached to said cord; a flag attached to said cord that can be detected to provide the sheet size; and four pulleys, said cord being entrained around said four pulleys such that when one of said side guides (126, 128) is moved the opposing side guide (126, 128) moves in an opposite direction. a paper tray including movable side guides (126, 128) for adjusting to a plurality of sheet sizes; a cord with said movable side guides (126, 128) attached to said cord; a flag attached to said cord that can be detected to provide the sheet size; and four pulleys, said cord being entrained around said four pulleys such that when one of said side guides (126, 128) is moved the opposing side guide (126, 128) moves in an opposite direction.
A tire comprising a tread portion having a designated rotation direction, wherein the tread portion includes: a first tread end (Tl); a plurality of first inclined grooves extending at least from the first tread end toward a tire equator so as to be inclined to a leading edge side in the rotation direction; and a plurality of first land portions demarcated by the plurality of first inclined grooves, each of the plurality of first inclined grooves includes a first groove wall on the leading edge side in the rotation direction and a second groove wall on a trailing edge side in the rotation direction, a first chamfered portion is formed on the first groove wall, a second chamfered portion is formed on the second groove wall, in a cross-section orthogonal to a groove center line of the first inclined groove, a chamfered area of the first chamfered portion is larger than a chamfered area of the second chamfered portion, and wherein the chamfered area of the first chamfered portion increases toward an outer side in a tire axial direction. the tread portion includes: a first tread end (Tl); a plurality of first inclined grooves extending at least from the first tread end toward a tire equator so as to be inclined to a leading edge side in the rotation direction; and a plurality of first land portions demarcated by the plurality of first inclined grooves, a first tread end (Tl); a plurality of first inclined grooves extending at least from the first tread end toward a tire equator so as to be inclined to a leading edge side in the rotation direction; and a plurality of first land portions demarcated by the plurality of first inclined grooves, each of the plurality of first inclined grooves includes a first groove wall on the leading edge side in the rotation direction and a second groove wall on a trailing edge side in the rotation direction, a first chamfered portion is formed on the first groove wall, a second chamfered portion is formed on the second groove wall, in a cross-section orthogonal to a groove center line of the first inclined groove, a chamfered area of the first chamfered portion is larger than a chamfered area of the second chamfered portion, and wherein the chamfered area of the first chamfered portion increases toward an outer side in a tire axial direction.
A method, comprising: predicting, by a mobile device (110, 310), that interference may occur while receiving information at the mobile device via a first network during one or more specified time slots of a set of upcoming scheduled time slots due to a scheduled transmission from the mobile device via a second network; and sending a message to a network device (120, 330) to notify the network device of the one or more specified time slots during which the predicted interference may occur; wherein the message comprises a pattern of mask bits, wherein each of the mask bits has a bit position corresponding to a time slot of the upcoming scheduled time slots, wherein each of the mask bits includes one bit value indicating whether information should be prevented, based on the predicted interference, from being sent to the mobile device via the first network during the corresponding time slot of the upcoming scheduled time slots. predicting, by a mobile device (110, 310), that interference may occur while receiving information at the mobile device via a first network during one or more specified time slots of a set of upcoming scheduled time slots due to a scheduled transmission from the mobile device via a second network; and sending a message to a network device (120, 330) to notify the network device of the one or more specified time slots during which the predicted interference may occur; wherein the message comprises a pattern of mask bits, wherein each of the mask bits has a bit position corresponding to a time slot of the upcoming scheduled time slots, wherein each of the mask bits includes one bit value indicating whether information should be prevented, based on the predicted interference, from being sent to the mobile device via the first network during the corresponding time slot of the upcoming scheduled time slots.
A touch screen, comprising: a substrate; a touch structure layer disposed on the substrate, wherein the touch structure layer comprises a plurality of transparent conductive patterns; characterized in that the touch screen further comprises: an anti-reflective pattern covering at least edges of the transparent conductive patterns, wherein the anti-reflective pattern is made of a black material, so that the reflectivity and the transmissivity of the anti-reflective pattern are low. a substrate; a touch structure layer disposed on the substrate, wherein the touch structure layer comprises a plurality of transparent conductive patterns; characterized in that the touch screen further comprises: an anti-reflective pattern covering at least edges of the transparent conductive patterns, wherein the anti-reflective pattern is made of a black material, so that the reflectivity and the transmissivity of the anti-reflective pattern are low.
A dispenser for mixing a beverage from a capsule, the dispenser comprising: a frame to accommodate the capsule so that the capsule is securely located within the frame, a mechanism to open at least one edge of a cover of the capsule, the frame positioning the capsule so that when the capsule is open, a mixing stream is directed into the capsule and configured to pour out an opened edge of the capsule. a frame to accommodate the capsule so that the capsule is securely located within the frame, a mechanism to open at least one edge of a cover of the capsule, the frame positioning the capsule so that when the capsule is open, a mixing stream is directed into the capsule and configured to pour out an opened edge of the capsule.
A landing gear assembly of an aircraft, comprising: a hollow-bodied thin skin support member defining an internal cavity and a cylindrical cavity, wherein the support member comprises a mounting interface at an upper end thereof configured for coupling to the aircraft; a cylinder extending from the cylindrical cavity; an axle extending from the cylinder; and a torsion link coupled to the axle and a torsion interface of the support member; the support member having a cutaway section on the upper end of the support member to reduce the weight of the support member. a hollow-bodied thin skin support member defining an internal cavity and a cylindrical cavity, wherein the support member comprises a mounting interface at an upper end thereof configured for coupling to the aircraft; a cylinder extending from the cylindrical cavity; an axle extending from the cylinder; and a torsion link coupled to the axle and a torsion interface of the support member; the support member having a cutaway section on the upper end of the support member to reduce the weight of the support member.
A method for producing a filler-containing fluororesin sheet, comprising: a step of forming a strip member (20; 70) from a strip sheet (10; 60) containing a fluororesin, a filler, and a forming aid; and a step of forming an elongated sheet strip by rolling the strip member (20; 70) in a longitudinal direction of the strip member (20; 70), wherein in the step, the strip member (20; 70) is formed by bending the strip sheet (10; 60) in such a manner that quadrilaterals formed on a surface of the strip member (20; 70), each defined by two strip member side edges (21, 22; 71, 72) extending in the longitudinal direction of the strip member (20; 70) and two strip sheet side edges (11, 12; 61, 62) of the strip sheet (10; 60) that crosses a region between the two strip member side edges (21, 22; 71, 72) are parallelograms (40a, 40b, 40c, 40d, 40e; 95a, 95b, 95c) each having an acute angle α as an interior angle and that the parallelograms (40a, 40b, 40c, 40d, 40e; 95a, 95b, 95c) are arranged in the longitudinal direction of the strip member (20; 70). a step of forming a strip member (20; 70) from a strip sheet (10; 60) containing a fluororesin, a filler, and a forming aid; and a step of forming an elongated sheet strip by rolling the strip member (20; 70) in a longitudinal direction of the strip member (20; 70), wherein in the step, the strip member (20; 70) is formed by bending the strip sheet (10; 60) in such a manner that quadrilaterals formed on a surface of the strip member (20; 70), each defined by two strip member side edges (21, 22; 71, 72) extending in the longitudinal direction of the strip member (20; 70) and two strip sheet side edges (11, 12; 61, 62) of the strip sheet (10; 60) that crosses a region between the two strip member side edges (21, 22; 71, 72) are parallelograms (40a, 40b, 40c, 40d, 40e; 95a, 95b, 95c) each having an acute angle α as an interior angle and that the parallelograms (40a, 40b, 40c, 40d, 40e; 95a, 95b, 95c) are arranged in the longitudinal direction of the strip member (20; 70).
An apparatus (10, 80) for cutting, printing or embossing a continuous sheet, comprising a tool element, at least two anvils (14, 16) which are co-operable with the tool element, and a phase adjustment device, the tool element being configured to have a constant surface speed during operation of the apparatus (10, 80), the apparatus (10, 80) being adapted to output the continuous sheet at a constant speed from the apparatus (10, 80), characterised by: the apparatus (10, 80) being adapted to receive the continuous sheet at a constant speed into the apparatus (10, 80), the phase adjustment device being operable to adjust the speed of the continuous sheet within the apparatus (10, 80) in order to adjust a phase of alternate parts of the continuous sheet to be cut, printed or embossed by each anvil (14, 16) as it co-operates with the tool element, the phase adjustment device comprising at least two carriages (20, 22), each carriage being associated with a respective anvil (14, 16), each carriage (20, 22) being movable with a drive device (54, 56) during operation of the apparatus (10, 80) to provide said adjustment of the speed of the continuous sheet, wherein each carriage (20, 22) has two rollers (21, 23, 25, 27) such that a respective portion (73, 75) of the continuous sheet is adapted to be between the two rollers (21, 23, 25, 27) of each carriage (20, 22), each respective portion (73, 75) being adapted to pass between the tool element and the anvil (14, 16) associated with each carriage (20, 22), each carriage (20, 22) being movable to provide said adjustment of the continuous sheet by adjusting the speed of each respective portion (73, 75).
A method of secure communication in a transmitter, the method comprising: transmitting, to a receiver, a hash value of channel information in the transmitter; receiving, from the receiver, a response corresponding to the hash value; determining secret information based on the channel information and the response; the method being characterized by further comprising determining a method of generating a training sequence that is shared with the receiver, wherein the method of generating the training sequence comprises changing an order of data in a public training sequence based on the secret information and generating the training sequence further based on the changed order; generating the training sequence based on the method of generating the training sequence, and the secret information; and communicating with the receiver based on channel information derived from the training sequence. transmitting, to a receiver, a hash value of channel information in the transmitter; receiving, from the receiver, a response corresponding to the hash value; determining secret information based on the channel information and the response; the method being characterized by further comprising determining a method of generating a training sequence that is shared with the receiver, wherein the method of generating the training sequence comprises changing an order of data in a public training sequence based on the secret information and generating the training sequence further based on the changed order; generating the training sequence based on the method of generating the training sequence, and the secret information; and communicating with the receiver based on channel information derived from the training sequence. determining a method of generating a training sequence that is shared with the receiver, wherein the method of generating the training sequence comprises changing an order of data in a public training sequence based on the secret information and generating the training sequence further based on the changed order; generating the training sequence based on the method of generating the training sequence, and the secret information; and communicating with the receiver based on channel information derived from the training sequence.
A method for transmitting an uplink signal comprising a block of data symbols the method performed by a mobile station using multicarrier modulation, MCM, said method comprising: mapping the symbols of the block of data symbols to at least two sets of subcarrier blocks, said sets of subcarrier blocks comprising subcarriers indexed in an increasing order, and transmitting said uplink signal, wherein each data symbol of the block of data symbols is mapped to a corresponding one of subcarriers of the at least two sets of subcarrier blocks, wherein the at least two sets of subcarrier blocks are not contiguous in frequency, wherein the block of data symbols are mapped in sequence starting with a first data symbol to the at least two sets of subcarrier blocks and in increasing order of subcarrier index of subcarriers within said at least two sets of sub-carrier blocks, and wherein each set of the at least two sets of subcarrier blocks includes adjacent subcarriers.
A method of forming a lighting apparatus comprising: providing a light emitting diode die mounted on a submount, the LED die having a top surface; molding an outer lens onto the submount having the LED die such that the outer lens abuts at least two edges normal to the top surface of the LED die and forms a layer above the top surface of the LED die using a first silicone having a first index of refraction, the outer lens forming a recess, relative to a top surface of the outer lens, above the top surface of the LED die; and after molding the outer lens, molding an inner lens within the recess using a second silicone having a second index of refraction higher than the first index of refraction, a shape of the inner lens acting to collimate light emitted by the top surface by total internal reflection, and a shape of the outer lens affecting a side emission pattern of light not internally reflected within the inner lens. providing a light emitting diode die mounted on a submount, the LED die having a top surface; molding an outer lens onto the submount having the LED die such that the outer lens abuts at least two edges normal to the top surface of the LED die and forms a layer above the top surface of the LED die using a first silicone having a first index of refraction, the outer lens forming a recess, relative to a top surface of the outer lens, above the top surface of the LED die; and after molding the outer lens, molding an inner lens within the recess using a second silicone having a second index of refraction higher than the first index of refraction, a shape of the inner lens acting to collimate light emitted by the top surface by total internal reflection, and a shape of the outer lens affecting a side emission pattern of light not internally reflected within the inner lens.
Vehicle seat, in particular a commercial motor vehicle seat (1 A), comprising a seat part, a backrest that has a lower backrest part and an upper backrest part, and a holding device, by means of which the upper backrest part is mounted so as to be movable with respect to the lower backrest part, the holding device comprising a guide roller apparatus (26; 126; 226; 326; 426; 526), by means of which the upper backrest part is arranged so as to be movable along a displacement curve with respect to the lower backrest part in order to mount the upper backrest part so as to be movable at least in part as far as beyond the side edge (4A, 4B) of the lower backrest part, characterised in that the guide roller apparatus (26; 126; 226; 326; 426; 526) comprises a roller element arrangement (378; 478; 578; 678; 778; 878; 978; 1078; 1178) for guiding a guide element (36, 37; 236, 237; 336, 337; 436, 437; 536; 636; 736; 836; 936; 1036; 1136) and has one or more locating bearing roller elements (267; 367; 467; 567) and one or more floating bearing roller elements (268; 368; 468).
A method for manufacturing a polytetrafluoroethylene (PTFE) fine powder, comprising the steps of preparing an aqueous dispersion containing PTFE, water, and a surfactant; coagulating the PTFE in the aqueous dispersion by agitating the aqueous dispersion with a discharge flow-type impeller selected from - cylinder- or cone-shaped impellers provided therein with a component that causes a flow as a shaft rotates; and - impellers in which guide plate(s) or a guide cylinder is/are installed around an impeller of a paddle-, anchor-, ribbon-, or propeller-type; collecting a wet powder of the PTFE; and drying the wet powder of the PTFE. preparing an aqueous dispersion containing PTFE, water, and a surfactant; coagulating the PTFE in the aqueous dispersion by agitating the aqueous dispersion with a discharge flow-type impeller selected from - cylinder- or cone-shaped impellers provided therein with a component that causes a flow as a shaft rotates; and - impellers in which guide plate(s) or a guide cylinder is/are installed around an impeller of a paddle-, anchor-, ribbon-, or propeller-type; - cylinder- or cone-shaped impellers provided therein with a component that causes a flow as a shaft rotates; and - impellers in which guide plate(s) or a guide cylinder is/are installed around an impeller of a paddle-, anchor-, ribbon-, or propeller-type; collecting a wet powder of the PTFE; and drying the wet powder of the PTFE.
A method of recycling a silicate-based wellbore fluid by removing contaminants therefrom, while retaining silicates therein comprising: adding a flocculant and a polyelectrolyte coagulant to a silicate-based wellbore fluid containing contaminants therein, wherein the flocculant comprises a copolymer of acrylic acid and/or acrylate compounds and wherein the polyelectrolyte is selected so that the pH of the fluid does not change; flocculating at least a portion of the contaminants out of the fluid phase, wherein the silicates remain in the fluid; separating the silicate-based fluid from the flocculated contaminants; and reusing the separated silicate-based wellbore fluid. flocculating at least a portion of the contaminants out of the fluid phase, wherein the silicates remain in the fluid; separating the silicate-based fluid from the flocculated contaminants; and reusing the separated silicate-based wellbore fluid.
A layer system for coating a metal substrate to form a flow field plate (2, 2'), comprising at least one cover layer made of metal oxide, at least one intermediate layer supporting the cover layer, and a lower layer supporting the intermediate layer(s), wherein the cover layer is formed of indium tin oxide having an indium content in the range of 75 to 85 vol%, wherein the indium tin oxide is optionally doped with at least one element from the group comprising carbon, nitrogen, boron, fluorine, hydrogen, silicon, titanium and zirconium, wherein the at least one intermediate layer is formed of titanium nitride and/or titanium carbide and/or titanium carbonitride and/or titanium niobium nitride and/or titanium niobium carbide and/or titanium niobium carbonitride and/or chromium nitride and/or chromium carbide and/or chromium carbonitride, and wherein the lower layer is formed of titanium or a titanium-niobium alloy or chromium. wherein the cover layer is formed of indium tin oxide having an indium content in the range of 75 to 85 vol%, wherein the indium tin oxide is optionally doped with at least one element from the group comprising carbon, nitrogen, boron, fluorine, hydrogen, silicon, titanium and zirconium, wherein the at least one intermediate layer is formed of titanium nitride and/or titanium carbide and/or titanium carbonitride and/or titanium niobium nitride and/or titanium niobium carbide and/or titanium niobium carbonitride and/or chromium nitride and/or chromium carbide and/or chromium carbonitride, and wherein the lower layer is formed of titanium or a titanium-niobium alloy or chromium.