mhurhangee/ep-ind-claims huggingface dataset:
A micro-isolator with enhanced isolation breakdown voltage, comprising: a first isolator element in a first plane, wherein the first isolator element comprises a first coil or a first plate; a second isolator element in a second plane, wherein the second isolator element comprises a second coil or second plate; a first dielectric material, comprising a polymer, disposed between the first and second isolator elements; a first electrically floating ring disposed in the first plane and surrounding the first isolator element; and a second electrically floating ring concentric with the first electrically floating ring; wherein the first electrically floating ring and the second electrically floating ring differ in one or more of height, width, or material. a first isolator element in a first plane, wherein the first isolator element comprises a first coil or a first plate; a second isolator element in a second plane, wherein the second isolator element comprises a second coil or second plate; a first dielectric material, comprising a polymer, disposed between the first and second isolator elements; a first electrically floating ring disposed in the first plane and surrounding the first isolator element; and a second electrically floating ring concentric with the first electrically floating ring; wherein the first electrically floating ring and the second electrically floating ring differ in one or more of height, width, or material.
A display device comprising: a display panel; a support frame supporting the display panel and having a bezel; a switch portion having an operating surface; and a circuit board having an electrode, wherein the display device has a front surface, the display panel has a front surface and a lower end face, the bezel includes the switch portion, and is provided on the front surface of the display device, the electrode is provided on an end face on the side of the circuit board closest to the switch portion and is configured to be capable of detecting an operation on the switch portion, the circuit board is mounted on the support frame, and is provided so as to be substantially parallel to the lower end face of the display panel, in a manner such that the electrode faces the switch portion, a component mounting surface of the circuit board is arranged nonparallel to the operating surface, and the thickness of the circuit board does not exceed the height of the switch portion. a display panel; a support frame supporting the display panel and having a bezel; a switch portion having an operating surface; and a circuit board having an electrode, wherein the display device has a front surface, the display panel has a front surface and a lower end face, the bezel includes the switch portion, and is provided on the front surface of the display device, the electrode is provided on an end face on the side of the circuit board closest to the switch portion and is configured to be capable of detecting an operation on the switch portion, the circuit board is mounted on the support frame, and is provided so as to be substantially parallel to the lower end face of the display panel, in a manner such that the electrode faces the switch portion, a component mounting surface of the circuit board is arranged nonparallel to the operating surface, and the thickness of the circuit board does not exceed the height of the switch portion.
An authentication system for allowing a user having a personal electronic device, PED, to authenticate to a recipient system via a network, the system comprising: the recipient system configured to: - receive a unique token ID from the user, - generate a one-time password, OTP, upon receiving a user's request for authentication, - send the token ID together with the OTP to an authentication server, - generate and store a random password, RP, associated with the user, - provide the RP to the PED, - receive directly from the PED an RP together with an OTP, - authenticate the user by comparing the generated OTP with the received OTP and the generated RP with the received RP and determining that they match; the authentication server in communication via the network with both the PED and the recipient system, the authentication server configured to - receive from the recipient system the user's unique token ID and the OTP, and - send an authentication request to the user's PED, associated with the token ID, for a decision of the user to proceed with authentication at the recipient system or not, the request including the OTP; the PED configured to store the random password, RP, received from the recipient system, - receive the authentication request from the authentication server that prompts the user for a decision to proceed or not with authentication at the recipient system, and - send the previously obtained RP and the OTP included in the received authentication request to the recipient system to authenticate the user thereby, if authorized by the user. - receive a unique token ID from the user, - generate a one-time password, OTP, upon receiving a user's request for authentication, - send the token ID together with the OTP to an authentication server, - generate and store a random password, RP, associated with the user, - provide the RP to the PED, - receive directly from the PED an RP together with an OTP, - authenticate the user by comparing the generated OTP with the received OTP and the generated RP with the received RP and determining that they match; the authentication server in communication via the network with both the PED and the recipient system, the authentication server configured to - receive from the recipient system the user's unique token ID and the OTP, and - send an authentication request to the user's PED, associated with the token ID, for a decision of the user to proceed with authentication at the recipient system or not, the request including the OTP; - receive the authentication request from the authentication server that prompts the user for a decision to proceed or not with authentication at the recipient system, and - send the previously obtained RP and the OTP included in the received authentication request to the recipient system to authenticate the user thereby, if authorized by the user.
A bottom emission organic electroluminescence display device, comprising, a base substrate, and at least one dielectric thin film layer group and a thin film transistor that are successively arranged on the base substrate, each dielectric thin film layer group comprising at least two stacked dielectric thin film layers, refractive indices of which being increased progressively in a direction from the base substrate towards the thin film transistor, characterized in that dielectric thin film layers (201, 202, 203) contained in each dielectric thin film layer group have a same optical thickness.
A method, performed by an electronic device, of performing an operation based on bending, the method comprising: sensing bending that deforms a shape of the electronic device; determining a first region, from which the bending is sensed, from among regions of the electronic device; selecting an object indicated by the first region from among objects displayed on the electronic device; and performing the operation on the selected object, wherein the performing the operation on the selected object further comprises: displaying information related to the operation on a display area of the electronic device, generating a memo regarding an application represented by the selected object; and adding the memo to an app diary corresponding to the selected object. sensing bending that deforms a shape of the electronic device; determining a first region, from which the bending is sensed, from among regions of the electronic device; selecting an object indicated by the first region from among objects displayed on the electronic device; and performing the operation on the selected object, wherein the performing the operation on the selected object further comprises: displaying information related to the operation on a display area of the electronic device, generating a memo regarding an application represented by the selected object; and adding the memo to an app diary corresponding to the selected object. displaying information related to the operation on a display area of the electronic device, generating a memo regarding an application represented by the selected object; and adding the memo to an app diary corresponding to the selected object.
A pipeline field joint coating applicator machine comprising: a first frame arranged to be mounted on a pipeline and which first frame carries an induction heating coil encircling the pipeline for heating field joints of the pipeline on which the first frame is mounted; and a second frame arranged to be mounted on the pipeline and rotatable thereabout, which second frame carries a pipeline field joint coating applicator and which second frame is arranged axially adjacent the first frame, characterised in that the machine comprises a dust extraction hood mounted on the second frame and arranged to surround the coating applicator, which dust extraction hood has two lateral sides (26,28), in which lateral sides respective holes (30,32) are formed through which holes the pipeline may pass; the dust extraction hood being coupled to a vacuum source and a filter such that air may be drawn into the hood via one or both of the holes in the lateral sides of the hood under action of the vacuum source and air so drawn into the hood which is then contaminated with coating material from the applicator is filtered from the coating material via the filter. a first frame arranged to be mounted on a pipeline and which first frame carries an induction heating coil encircling the pipeline for heating field joints of the pipeline on which the first frame is mounted; and a second frame arranged to be mounted on the pipeline and rotatable thereabout, which second frame carries a pipeline field joint coating applicator and which second frame is arranged axially adjacent the first frame, characterised in that the machine comprises a dust extraction hood mounted on the second frame and arranged to surround the coating applicator, which dust extraction hood has two lateral sides (26,28), in which lateral sides respective holes (30,32) are formed through which holes the pipeline may pass; the dust extraction hood being coupled to a vacuum source and a filter such that air may be drawn into the hood via one or both of the holes in the lateral sides of the hood under action of the vacuum source and air so drawn into the hood which is then contaminated with coating material from the applicator is filtered from the coating material via the filter.
A razor connector for a razor, the connector comprising: a resilient element configured to connect a razor cartridge with a razor handle and to resiliently suspend the cartridge when attached to the handle, wherein the resilient element has a main body configured to be attached to the razor handle, the main body having a substantially flat portion, characterized in that the main body comprises peripheral ends (21, 22) bent towards the flat portion. a resilient element configured to connect a razor cartridge with a razor handle and to resiliently suspend the cartridge when attached to the handle, wherein the resilient element has a main body configured to be attached to the razor handle, the main body having a substantially flat portion, characterized in that the main body comprises peripheral ends (21, 22) bent towards the flat portion.
Method, performed by at least one apparatus, said method comprising: - obtaining new opportunity signal data pertaining to an opportunity signal source and indicating opportunity signal values for particular locations at a site; - obtaining previous opportunity signal data pertaining to said opportunity signal source and indicating opportunity signal values for particular locations at said site; - comparing at least a part of said opportunity signal values of said new opportunity signal data pertaining to said opportunity signal source of said site and said opportunity signal values of said previous opportunity signal data pertaining to said opportunity signal source of said site for corresponding locations at said site, wherein said comparing comprises determining differential values between opportunity signal values of said new opportunity signal data and opportunity signal values of said previous opportunity signal data for corresponding locations at said site; and - classifying said opportunity signal source based at least in part on said comparing. - obtaining new opportunity signal data pertaining to an opportunity signal source and indicating opportunity signal values for particular locations at a site; - obtaining previous opportunity signal data pertaining to said opportunity signal source and indicating opportunity signal values for particular locations at said site; - comparing at least a part of said opportunity signal values of said new opportunity signal data pertaining to said opportunity signal source of said site and said opportunity signal values of said previous opportunity signal data pertaining to said opportunity signal source of said site for corresponding locations at said site, wherein said comparing comprises determining differential values between opportunity signal values of said new opportunity signal data and opportunity signal values of said previous opportunity signal data for corresponding locations at said site; and - classifying said opportunity signal source based at least in part on said comparing.
An electrical switching apparatus comprising a housing; separable contacts enclosed by said housing; an operating mechanism for opening and closing said separable contacts, said operating mechanism comprising a poleshaft and a trip D-shaft; and a trip assembly comprising: a yoke assembly comprising a yoke member and a trip pin coupled to said yoke member, said yoke member being coupled to said poleshaft; and a link assembly comprising a linking member, said linking member being structured to cooperate with each of said trip pin and said trip D-shaft, wherein, when said yoke member moves in response to a trip condition, said linking member transmits movement of said yoke member into movement of said trip D-shaft; wherein said link assembly further comprises a cam button and a biasing element each coupled to said housing; wherein said biasing element is coupled to said linking member; wherein said linking member comprises a receiving portion; wherein said yoke assembly is structured to move between a first position and a second position; characterized in that, when said yoke assembly is in the first position, said trip pin engages the receiving portion, thereby transmitting movement of said yoke member into movement of said trip D-shaft; and when said yoke assembly moves from the first position to the second position, said trip pin disengages the receiving portion, thereby allowing said biasing element to pull said linking member away from said cam button in order to reset said link assembly. a yoke assembly comprising a yoke member and a trip pin coupled to said yoke member, said yoke member being coupled to said poleshaft; and a link assembly comprising a linking member, said linking member being structured to cooperate with each of said trip pin and said trip D-shaft, wherein, when said yoke member moves in response to a trip condition, said linking member transmits movement of said yoke member into movement of said trip D-shaft; wherein said link assembly further comprises a cam button and a biasing element each coupled to said housing; wherein said biasing element is coupled to said linking member; wherein said linking member comprises a receiving portion; wherein said yoke assembly is structured to move between a first position and a second position; characterized in that, when said yoke assembly is in the first position, said trip pin engages the receiving portion, thereby transmitting movement of said yoke member into movement of said trip D-shaft; and when said yoke assembly moves from the first position to the second position, said trip pin disengages the receiving portion, thereby allowing said biasing element to pull said linking member away from said cam button in order to reset said link assembly.
A cooling device comprising a body having a liner, an outer case comprising a back wall made of a papery material, an intermediate volume between the liner and the outer case and an insulation material filled into the intermediate volume, wherein the back wall of the outer case comprises an outer surface and plurality of protrusions and/or recesses arranged on the outer surface; characterized in that the protrusions and/or recesses are arranged substantially on the whole outer surface of the back wall, defining a plurality of concentric closed shapes spaced apart from one another on the outer surface of the back wall.
A proportional valve comprising: an input port and an output port; a diaphragm provided between the input port and the output port, a diaphragm plate mounted to the diaphragm, the diaphragm plate having a pilot orifice formed therethrough; a solenoid comprising an armature and a field winding, the armature being movable in a first direction response to a magnetic field generated by the field winding, biassing means arranged to provide a biassing force to the armature in a direction opposite to said first direction, wherein in the absence of current in the solenoid, the biassing force is arranged to urge the armature to position the diaphragm plate in a main orifice between the input port and the output port to block the flow of fluid therebetween, with the armature blocking the pilot orifice, wherein movement of the armature in said first direction in response to a magnetic field generated by the field winding opens the pilot orifice to allow fluid to flow therethrough, and allows the diaphragm plate to move out of the main orifice to create a gap therebetween allowing flow of fluid from the input port to the output port, characterized in that wherein said biassing means comprises two coiled compression springs (51, 52), with one sitting axially within the other, wherein the two springs (51, 52) are arranged to exert a biassing force on the armature at different stages during the travel of the armature, in order to exert a variable force on the armature over at least part of its travel. an input port and an output port; a diaphragm provided between the input port and the output port, a diaphragm plate mounted to the diaphragm, the diaphragm plate having a pilot orifice formed therethrough; a solenoid comprising an armature and a field winding, the armature being movable in a first direction response to a magnetic field generated by the field winding, biassing means arranged to provide a biassing force to the armature in a direction opposite to said first direction, wherein in the absence of current in the solenoid, the biassing force is arranged to urge the armature to position the diaphragm plate in a main orifice between the input port and the output port to block the flow of fluid therebetween, with the armature blocking the pilot orifice, wherein movement of the armature in said first direction in response to a magnetic field generated by the field winding opens the pilot orifice to allow fluid to flow therethrough, and allows the diaphragm plate to move out of the main orifice to create a gap therebetween allowing flow of fluid from the input port to the output port, characterized in that wherein said biassing means comprises two coiled compression springs (51, 52), with one sitting axially within the other, wherein the two springs (51, 52) are arranged to exert a biassing force on the armature at different stages during the travel of the armature, in order to exert a variable force on the armature over at least part of its travel.
Composition for buccal absorption of nicotine into the system circulation and distribution to the central nervous system applicable in form of colloid or heterogene aerodispersion by spray device for the purpose of smoking cessation or nicotine substitution in conditions adverse for smoking according to the invention is characterized by the fact that it contains nicotine solution in form of base and/or its salt with organic acid in concentration 0.10 to 4.00% by weight, most preferably 0.20 to 1.00% by weight, further it contains substances with mucolytic effect selected from the group formed by acetylcysteine in the amount of 3.0 to 30.0% by weight and/or phytocomplexes with mucolytic effect obtained by extraction from plants selected from the group Primula veris, Primula elatior, Hedera helix, Eucalyptus globulus or Liquiritia glabra in concentration from 0.50 to 15.00% by weight, 0.05 to 1.50% by weight of Phytocomplexes with antioxidizing effect selected from the group of flavones, flavonols, flavanones, flavanonols, isoflavones, neoflavonoids, anthocyanidins, proanthocyanidins and their oligomers and polymers obtained by extraction from plants Camellia sinensis, Curcuma longa, Rosmarinus officinalis, Sylibium marianum, Vitis vinifera, Ginkgo biloba, Euterpe oleracea, Vaccinium myrtillus, Morinda citrifolia, Malpighia glabra and further contains buffer or substance adjusting current acidity in the range of pH value from 7.0 to 9.0.
A method of controlling pulse-width modulation for an electric motor the method being characterised by comprising: applying PWM pulses of a fixed width to a plurality of stator windings of a stator of the electric motor when a rotational speed of the electric motor is below a pre-determined threshold; applying, to at least one subset of the plurality of stator windings, at least one PWM pulse having a phase advance with respect to the fixed-width PWM pulses when the rotational speed of the electric motor exceeds the pre-determined threshold; determining that the rotational speed of the electric motor has dropped from being above the pre-determined threshold to being below the pre-determined threshold; and disabling power to the plurality of stator windings when it is determined that the rotational speed of the electric motor has dropped below the pre-determined threshold. applying PWM pulses of a fixed width to a plurality of stator windings of a stator of the electric motor when a rotational speed of the electric motor is below a pre-determined threshold; applying, to at least one subset of the plurality of stator windings, at least one PWM pulse having a phase advance with respect to the fixed-width PWM pulses when the rotational speed of the electric motor exceeds the pre-determined threshold; determining that the rotational speed of the electric motor has dropped from being above the pre-determined threshold to being below the pre-determined threshold; and disabling power to the plurality of stator windings when it is determined that the rotational speed of the electric motor has dropped below the pre-determined threshold.
A compound of the formula: wherein R 1 is chosen from wherein R 6 is H or CH 3 and; R 7 is H, NH 2, -NH-C 1-4 alkyl or -NH-C 3-4 cycloalkyl, or -NH-Heterocycle R 2 is chosen from H, F, Cl, CH 3, or CH 2 OH; R 3 is chosen from; wherein Y is CN, R 4 is chosen from H, F, Cl or OMe each R 5 is independently chosen from H, C 1-4 alkyl, or C 3-4 cycloalkyl; each group defined above for R 1 -R 5 is, where possible, partially or fully halogentated; or a pharmaceutically acceptable salt or hydrate thereof. wherein R 1 is chosen from wherein R 6 is H or CH 3 and; R 7 is H, NH 2, -NH-C 1-4 alkyl or -NH-C 3-4 cycloalkyl, or -NH-Heterocycle R 2 is chosen from H, F, Cl, CH 3, or CH 2 OH; R 3 is chosen from; wherein Y is CN, R 4 is chosen from H, F, Cl or OMe each R 5 is independently chosen from H, C 1-4 alkyl, or C 3-4 cycloalkyl; each group defined above for R 1 -R 5 is, where possible, partially or fully halogentated; or a pharmaceutically acceptable salt or hydrate thereof.