mhurhangee/ep-ind-claims huggingface dataset:
Sleeper for the track superstructure, which is manufactured in one piece from a plastic material, wherein the sleeper (1;101) has an elongated base shape with two end sections (2, 3; 102,103), which are connected by a middle section (4; 104) of the sleeper (1; 101) and are held at a distance and at their upper side (7; 107) in each case one contact surface is provided for in each case one rail (S1, S2) to be supported on the respective end section (2, 3; 102, 103), wherein a reinforcement (40; 140) extending in the longitudinal direction of the sleeper (1; 101) is embedded into the middle section (4, 104), wherein the reinforcement (40; 140) extends over the length of the middle section (4; 104), wherein the reinforcement (40; 140) is in each case anchored in an edge region (45, 46; 145, 146) of the end sections (2, 3; 102, 103) assigned to the middle section (4; 104) in the respective end section (2, 3; 102, 103) and wherein the reinforcement (40; 140) is wholly or partially arranged in the upper quarter of the height of the sleeper (1; 101), characterised in that the reinforcement (40; 140) is anchored in the manner of a continuous loop with two longitudinal sections (141, 142) and two narrow sections (143, 144) of which in each case one of the narrow sections (143, 144) extends between the ends of the longitudinal sections (141, 142) assigned to one another and is anchored in one of the edge regions (45, 46; 145, 146) of the end sections (2, 3; 102, 103) assigned to the middle sections (4; 104).
An induction coil assembly for an induction cooking hob, wherein - the induction coil assembly comprises at least one coil winding and at least one thermally insulating sheet, - the coil winding is dedicated to one thermally insulating sheet, - the thermally insulating sheet is arranged above the dedicated coil winding, - the induction coil assembly comprises a carrier plate, - the carrier plate is provided for supporting the coil winding and the thermally insulating sheet, - the carrier plate is made of a metal sheet, preferably an aluminium sheet, or of a plastic sheet, - the induction coil assembly comprises at least two power cables connected to the dedicated coil winding on the one hand and connected to a power supply unit of the induction cooking hob on the other hand, and - the induction coil assembly is installed within the induction cooking hob and between a coil carrier and a glass ceramic panel of said induction cooking hob, characterised in that the induction coil assembly comprises at least one lower electrically isolating sheet dedicated to one coil winding and supported by the carrier plate, wherein the coil winding is arranged above the dedicated lower electrically isolating sheet, and wherein the power cables are at least partially arranged at a bottom side of the carrier plate and act as spring elements, so that the induction coil assembly is pressed against the glass ceramic panel of the induction cooking hob. - the induction coil assembly comprises at least one coil winding and at least one thermally insulating sheet, - the coil winding is dedicated to one thermally insulating sheet, - the thermally insulating sheet is arranged above the dedicated coil winding, - the induction coil assembly comprises a carrier plate, - the carrier plate is provided for supporting the coil winding and the thermally insulating sheet, - the carrier plate is made of a metal sheet, preferably an aluminium sheet, or of a plastic sheet, - the induction coil assembly comprises at least two power cables connected to the dedicated coil winding on the one hand and connected to a power supply unit of the induction cooking hob on the other hand, and - the induction coil assembly is installed within the induction cooking hob and between a coil carrier and a glass ceramic panel of said induction cooking hob,
A voice converting method using a voice converting apparatus, comprising: receiving a voice from a counterpart; analyzing the voice and determining whether the voice is abnormal; characterised by: converting the voice into a normal voice by adjusting a harmonic signal of the voice in response to determining that the voice is abnormal; and outputting the normal voice. receiving a voice from a counterpart; analyzing the voice and determining whether the voice is abnormal; characterised by: converting the voice into a normal voice by adjusting a harmonic signal of the voice in response to determining that the voice is abnormal; and outputting the normal voice. converting the voice into a normal voice by adjusting a harmonic signal of the voice in response to determining that the voice is abnormal; and outputting the normal voice.
An electromagnetic brake device comprising a movable element provided with a brake shoe for braking an object to be braked while abutting on the object to be braked mounted on a hoist for lifting and lowering a car, and a main body provided with a braking spring for applying a braking force by urging the movable element on the object to be braked and an electromagnetic coil for attracting the movable element against a spring force of the braking spring, characterized in that the electromagnetic brake device includes a metal urging mechanism for urging the movable element in accordance with a displacement of the movable element from the main body to the object to be braked so as to increase a force acting in a direction opposite a displacement direction of the movable element in proportion to the displacement from the main body to the object to be braked.
A liquid/gas separator for separating a liquid from a gas dominant fluid stream, comprising a swirl generating pipe element for providing a rotational movement to the fluid stream, the swirl generating pipe element comprising a reluctance motor and a pipe section, wherein - the reluctance motor comprises a stator element and a rotor element; - the stator element comprises multiple stator poles; - the rotor element comprises a vane assembly having multiple rotor poles and arranged to rotate around a rotor shaft situated along the centerline of the pipe section, and each rotor pole has a first end rotatably connected to the rotor shaft and a second end arranged close enough to one of the multiple stator poles for a magnetic polarization to be induced in the rotor pole, and at least a part of the rotor poles is vane-shaped; and - the pipe section comprises a wall, having an external and an internal circumferential surface, and an inlet and an outlet for a fluid; wherein the stator element and the rotor element is separated by the wall of the pipe section, and the multiple stator poles are arranged at the external circumferential surface of the pipe section, and the second end of the multiple rotor poles are arranged adjacent to the internal circumferential surface of the pipe section, such that the vane assembly may provide a rotational movement to a fluid entering the inlet of the pipe section, wherein the rotor shaft is pipe-shaped, providing a fluid passage through the centerline of the rotor element. - the reluctance motor comprises a stator element and a rotor element; - the stator element comprises multiple stator poles; - the rotor element comprises a vane assembly having multiple rotor poles and arranged to rotate around a rotor shaft situated along the centerline of the pipe section, and each rotor pole has a first end rotatably connected to the rotor shaft and a second end arranged close enough to one of the multiple stator poles for a magnetic polarization to be induced in the rotor pole, and at least a part of the rotor poles is vane-shaped; and - the pipe section comprises a wall, having an external and an internal circumferential surface, and an inlet and an outlet for a fluid; wherein
A refrigerating cycle devices, comprising a refrigerant containing a substance having a chemically unstable double boned; a compressor for compressing said refrigerant; a condenser for condensing said refrigerant by heat exchange; expanding means (23, 23a, 23b) for decompressing the condensed refrigerant; and an evaporator for evaporating said decompressed refrigerant by heat exchange; the compressor, the condenser, the expanding means and the evaporator being connected by piping so as to constitute a refrigerant circuit through which said refrigerant is circulated, and control means for controlling an operation of said refrigerant circuit, characterized in that the control means is configured to control the operation so that a pressure of said refrigerant in the refrigerant circuit becomes less than a critical pressure of said substance having the double bond to prevent said refrigerant from becoming a supercritical state to destroy the double bond of said refrigerant, wherein a plurality of flow-rate control means disposed in series in said refrigerant circuit, said plurality of flow-rate control means being said expanding means (23, 23a, 23b) and flow passage opening/closing means (29a, 29b) or a plurality of expanding means (23a, 23b) for adjusting a flow rate of said refrigerant in said refrigerant circuit is disposed in said refrigerant circuit, said control means is configured to execute control such that at least one of the plurality of flow-rate control means is opened if a space between at least two flow-rate control means is judged to be in a sealed state. a compressor for compressing said refrigerant; a condenser for condensing said refrigerant by heat exchange; expanding means (23, 23a, 23b) for decompressing the condensed refrigerant; and an evaporator for evaporating said decompressed refrigerant by heat exchange; the compressor, the condenser, the expanding means and the evaporator being connected by piping so as to constitute a refrigerant circuit through which said refrigerant is circulated, and control means for controlling an operation of said refrigerant circuit, characterized in that the control means is configured to control the operation so that a pressure of said refrigerant in the refrigerant circuit becomes less than a critical pressure of said substance having the double bond to prevent said refrigerant from becoming a supercritical state to destroy the double bond of said refrigerant, wherein a plurality of flow-rate control means disposed in series in said refrigerant circuit, said plurality of flow-rate control means being said expanding means (23, 23a, 23b) and flow passage opening/closing means (29a, 29b) or a plurality of expanding means (23a, 23b) for adjusting a flow rate of said refrigerant in said refrigerant circuit is disposed in said refrigerant circuit, said control means is configured to execute control such that at least one of the plurality of flow-rate control means is opened if a space between at least two flow-rate control means is judged to be in a sealed state.
A method for processing by a first processing entity of a device, comprising: providing timing information to a second processing entity indicating when the second processing entity is to next process a message exchange between the first and second processing entities using a shared memory space (406, 506), wherein the first processing entity comprises a modem subsystem and the second processing entity comprises a voice subsystem; taking action to exit a low power state, based on the timing information, to access the shared memory space (406, 506) to process the message exchange; and entering the low power state after processing the message exchange; characterized by further comprising: adjusting the timing information to switch between different rates of packet exchanges between the modem and voice subsystems, wherein the different rates correspond to durations for packet exchange used for voice over long term evolution or video telephony over long term evolution communications. providing timing information to a second processing entity indicating when the second processing entity is to next process a message exchange between the first and second processing entities using a shared memory space (406, 506), wherein the first processing entity comprises a modem subsystem and the second processing entity comprises a voice subsystem; taking action to exit a low power state, based on the timing information, to access the shared memory space (406, 506) to process the message exchange; and entering the low power state after processing the message exchange; characterized by further comprising: adjusting the timing information to switch between different rates of packet exchanges between the modem and voice subsystems, wherein the different rates correspond to durations for packet exchange used for voice over long term evolution or video telephony over long term evolution communications.
A cutting insert for a ball nose end mill comprising: a body including two opposed substantially flat retention surfaces (42,44), each retention surface (42,44) including a chip control groove (62,64) thereon extending from a point at or near an axial center of the body at an angle relative to the axial center of the body; and a peripheral surface joining the two retention surfaces (42,44), the peripheral surface including a locating surface at a first end thereof and two arcuate surfaces (48,49) at an opposed, second end thereof extending rearwardly from approximately the axial center of the second end and positioned on opposite sides of the insert symmetrically with respect to the axial centerline of the insert, the arcuate surfaces (48,49) each including an arcuate cutting edge (58,60) at the intersection of an outer portion of a chip control groove (62,64) and the arcuate surface, the arcuate surfaces (48,49) being formed with a face clearance angle under the cutting edges (58,60); the locating surface having a shape that is adapted to act in conjunction with a complementary shaped surface on a tool holder to accurately position the cutting insert relative to an axial center of the tool holder, characterized in that the face clearance angle under each cutting edge (58,60) progressively increases in a direction toward the axial center of the second end. a body including two opposed substantially flat retention surfaces (42,44), each retention surface (42,44) including a chip control groove (62,64) thereon extending from a point at or near an axial center of the body at an angle relative to the axial center of the body; and a peripheral surface joining the two retention surfaces (42,44), the peripheral surface including a locating surface at a first end thereof and two arcuate surfaces (48,49) at an opposed, second end thereof extending rearwardly from approximately the axial center of the second end and positioned on opposite sides of the insert symmetrically with respect to the axial centerline of the insert, the arcuate surfaces (48,49) each including an arcuate cutting edge (58,60) at the intersection of an outer portion of a chip control groove (62,64) and the arcuate surface, the arcuate surfaces (48,49) being formed with a face clearance angle under the cutting edges (58,60); the locating surface having a shape that is adapted to act in conjunction with a complementary shaped surface on a tool holder to accurately position the cutting insert relative to an axial center of the tool holder, characterized in that the face clearance angle under each cutting edge (58,60) progressively increases in a direction toward the axial center of the second end.
A first device, comprising: a light panel, the light panel further comprising: one or more organic light emitting devices, characterized in that: at least 65 percent of the photons emitted by the organic light emitting devices are emitted from an organic phosphorescent emitting material; wherein at least one of the emitting materials in the one or more organic light emitting devices is an organic fluorescent emitting material; wherein, for the emitting material having the emission spectrum with the highest energy peak in each device, the energy gap between highest LUMO through which an electron passes and the lowest HOMO through which a hole passes before forming an exciton on the emitting material is not more than 0.6 eV greater than the energy of the highest energy peak, wherein each organic light emitting device is configured to have an internal quantum efficiency of at least 70 percent or preferably at least 90 percent or more preferably about 100 percent; and wherein the device further comprises: an outcoupling enhancer optically coupled to each organic light emitting device. at least 65 percent of the photons emitted by the organic light emitting devices are emitted from an organic phosphorescent emitting material; wherein at least one of the emitting materials in the one or more organic light emitting devices is an organic fluorescent emitting material; wherein, for the emitting material having the emission spectrum with the highest energy peak in each device, the energy gap between highest LUMO through which an electron passes and the lowest HOMO through which a hole passes before forming an exciton on the emitting material is not more than 0.6 eV greater than the energy of the highest energy peak, wherein each organic light emitting device is configured to have an internal quantum efficiency of at least 70 percent or preferably at least 90 percent or more preferably about 100 percent; and wherein the device further comprises: an outcoupling enhancer optically coupled to each organic light emitting device.
An ultraviolet absorber composition comprising: a compound represented by formula; and an ultraviolet absorber having a maximum absorption at a wavelength of from 340 to 400 nm: wherein R 1a, R 1b, R 1d, R 1e, R 1f, R 1g, R 1i, and R 1j each independently represent a hydrogen atom or a monovalent substituent except OH, or adjacent two of R 1a, R 1b, R 1d, R 1e, R 1f, R 1g, R 1i, and R 1j may be taken together to form a ring; R 1c is a substituent selected from COOR r, CONR s 2, CN, CF 3, halogen, NO 2, SO 2 R t and SO 3 M wherein R r, R s and R t represent a hydrogen atom or a monovalent substituent and M represents a hydrogen atom or an alkali metal; R 1h is a substituent having a positive σp value in Hammett equation; and R 1k, R 1m, R 1n, and R 1p each independently represent a hydrogen atom or a monovalent substituent, or adjacent two of R 1k, R 1m, R 1n, and R 1p may be taken together to form a ring.
Packaging comprising a pouch intended to contain a product and to allow release thereof, and comprising: - a manually deformable jacket, comprising a first film sufficiently flexible to deform itself under the action of its weight, the first film being closed on itself so as to form a frustum having a first and second end, the cross section of the frustum narrowing as the first end is approached; - a base formed by a second film sufficiently flexible to deform itself under the action of its weight and sealed at the second end of the frustum so as to close off the second end, the base and the jacket are sealed "wrong-side to wrong-side" in order to form together a manually deformable pouch; - a closure device through which the product is intended to flow during release and comprising a sleeve sealed to the first end of the frustum. - a manually deformable jacket, comprising a first film sufficiently flexible to deform itself under the action of its weight, the first film being closed on itself so as to form a frustum having a first and second end, the cross section of the frustum narrowing as the first end is approached; - a base formed by a second film sufficiently flexible to deform itself under the action of its weight and sealed at the second end of the frustum so as to close off the second end, the base and the jacket are sealed "wrong-side to wrong-side" in order to form together a manually deformable pouch; - a closure device through which the product is intended to flow during release and comprising a sleeve sealed to the first end of the frustum.
A method of forming a three-dimensional electronic device, comprising: forming an array of pixels on a flexible two-dimensional surface, the array being formed according to a three-dimensional structure, the pixels having addressing lines (52,60) accessible from at least one edge of the array; cutting the two-dimensional surface, the cuts (38, 40) being located to allow the two-dimensional surface to be shaped; and shaping the two-dimensional surface to form the three-dimensional surface, the array of pixels forming the three-dimensional electronic device, wherein forming the array of pixels further comprises forming a two-dimensional array in segments, each segment having subsegments and dedicated addressing lines, and wherein cutting the two-dimensional surface comprises cutting between subsegments within a segment and cutting is performed after forming the array of pixels. forming an array of pixels on a flexible two-dimensional surface, the array being formed according to a three-dimensional structure, the pixels having addressing lines (52,60) accessible from at least one edge of the array; cutting the two-dimensional surface, the cuts (38, 40) being located to allow the two-dimensional surface to be shaped; and shaping the two-dimensional surface to form the three-dimensional surface, the array of pixels forming the three-dimensional electronic device, wherein forming the array of pixels further comprises forming a two-dimensional array in segments, each segment having subsegments and dedicated addressing lines, and wherein cutting the two-dimensional surface comprises cutting between subsegments within a segment and cutting is performed after forming the array of pixels.
An olefin-based coating material comprising a solution or dispersion in which 0.1 to 55 parts by mass of a propylene-α-olefin copolymer which satisfies the following requirements (i), (ii) and (v) is dissolved or dispersed in 100 parts by mass of an organic solvent: (i) a weight-average molecular weight (Mw) measured by gel permeation chromatography is in the range of 3,000 to 40,000; (ii) the propylene-α-olefin copolymer consists of propylene-derived structural units (a) in the range of 60 to 90 mol%, and structural units (b) derived from α-olefin having not less than 4 carbon atoms in the range of 10 to 40 mol% (wherein (a)+(b)=100 mol%); and (v) a melting point (Tm) obtained from DSC is in the range of 60 to 110°C. (i) a weight-average molecular weight (Mw) measured by gel permeation chromatography is in the range of 3,000 to 40,000; (ii) the propylene-α-olefin copolymer consists of propylene-derived structural units (a) in the range of 60 to 90 mol%, and structural units (b) derived from α-olefin having not less than 4 carbon atoms in the range of 10 to 40 mol% (wherein (a)+(b)=100 mol%); and (v) a melting point (Tm) obtained from DSC is in the range of 60 to 110°C.
A multi-chamber tire comprising an outer layer portion and a flexible ring portion in an annular fashion; the outer layer portion is arranged on an external side of the flexible ring portion; the flexible ring portion is provided with a chamber arranged around the flexible ring portion; the chamber is provided therein with a plurality of partitioned gussets; each of the partitioned gussets is arranged to extend along axial and radial directions of the flexible ring portion, and the plurality of partitioned gussets are arranged alternately around the flexible ring portion so as to divide the chamber into a plurality of isolating chambers isolated from each other; characterized in that: two ends of the flexible ring portion are respectively provided with a plurality of heat dissipation slots; the plurality of heat dissipation slots are arranged around the flexible ring portion; and along the axial direction of the flexible ring portion, the heat dissipation slots and the partitioned gussets are aligned with each other.