mhurhangee/ep-ind-claims huggingface dataset:
An external speaker assembly, comprising a housing, a speaker unit and a driving circuit; wherein: the external speaker assembly is configured to be detachably connected to an audio device and thereby form a sealed cavity located between the housing and a rear cover of the audio device and configured to receive the speaker unit and the driving circuit; the driving circuit is configured to connect to the audio device, and receive an audio signal from the audio device to drive the speaker unit to produce sound; wherein the housing comprises a main body and a cover plate configured to carry the driving circuit, the main body has an opening oriented towards the rear cover of the audio device, and the cover plate is provided on the opening of the housing; wherein the cover plate covers the opening of the main body, characterized in that: the speaker unit has an opening being away from the rear cover of the audio device and the main body is in shape of a horn.
A method for controlling an electronic cigarette, comprising: acquiring a work start signal of the electronic cigarette; acquiring a time interval between starting work this time and stopping work last time; and comparing the time interval with a preset time interval, when the time interval is greater than a first preset time interval, controlling the electronic cigarette to work at a first power, and when a duration of the first power is greater than a first preset duration, turning off the electronic cigarette; when the time interval is greater than a second preset time interval but less than or equal to the first preset time interval, controlling the electronic cigarette to work at a second power, and when a duration of the second power is greater than a second preset duration, turning off the electronic cigarette; wherein, the first power is greater than the second power, characterized in that: the first preset duration is less than the second preset duration. acquiring a work start signal of the electronic cigarette; acquiring a time interval between starting work this time and stopping work last time; and comparing the time interval with a preset time interval, when the time interval is greater than a first preset time interval, controlling the electronic cigarette to work at a first power, and when a duration of the first power is greater than a first preset duration, turning off the electronic cigarette; when the time interval is greater than a second preset time interval but less than or equal to the first preset time interval, controlling the electronic cigarette to work at a second power, and when a duration of the second power is greater than a second preset duration, turning off the electronic cigarette; wherein, the first power is greater than the second power, characterized in that: the first preset duration is less than the second preset duration.
A conveyance seat (S, 100, 203) comprising a cushion pad (20, 110, 221, 222), a bottom wall (10, 101, 226) on which the cushion pad (20, 110, 221, 222) is placed, a temperature control unit (30, 120, 223) which is attached to the cushion pad (20, 110, 221, 222), a temperature detection unit (40, 223c) which detects a temperature at between the cushion pad (20, 110, 221, 222) and the bottom wall (10, 101, 226), during an operation of the temperature control unit (30, 120, 223), a housing unit (18, 21) with a hollowed shape which is formed on either one of the cushion pad (20, 110, 221, 222) or the bottom wall (10, 101, 226), in a portion facing the other, the conveyance seat (S, 100, 203) is characterized by comprising a holding unit which is fit in the housing unit (18, 21), with having the temperature detection unit (40, 223c) attached thereto, to thereby hold the temperature detection unit (40, 223c) within the housing unit (18, 21), wherein the temperature detection unit (40, 223c) is held by the holding unit, with being positioned between the cushion pad and the holding unit within the housing unit (18, 21). a cushion pad (20, 110, 221, 222), a bottom wall (10, 101, 226) on which the cushion pad (20, 110, 221, 222) is placed, a temperature control unit (30, 120, 223) which is attached to the cushion pad (20, 110, 221, 222), a temperature detection unit (40, 223c) which detects a temperature at between the cushion pad (20, 110, 221, 222) and the bottom wall (10, 101, 226), during an operation of the temperature control unit (30, 120, 223), a housing unit (18, 21) with a hollowed shape which is formed on either one of the cushion pad (20, 110, 221, 222) or the bottom wall (10, 101, 226), in a portion facing the other, the conveyance seat (S, 100, 203) is characterized by comprising a holding unit which is fit in the housing unit (18, 21), with having the temperature detection unit (40, 223c) attached thereto, to thereby hold the temperature detection unit (40, 223c) within the housing unit (18, 21), wherein the temperature detection unit (40, 223c) is held by the holding unit, with being positioned between the cushion pad and the holding unit within the housing unit (18, 21).
A photoelectric device, comprising: a first electrode, a first photoelectric conversion layer on the first electrode, the first photoelectric conversion layer including a first heterojunction that includes a first p-type semiconductor and a first n-type semiconductor, a second photoelectric conversion layer on the first photoelectric conversion layer, the second photoelectric conversion layer including a second heterojunction that includes a second p-type semiconductor and a second n-type semiconductor, and a second electrode on the second photoelectric conversion layer. wherein the first photoelectric conversion layer is associated with a first peak absorption wavelength (λ max1), the second photoelectric conversion layer is associated with a second peak absorption wavelength (λ max2), both of the first peak absorption wavelength and the second peak absorption wavelength are included in a common wavelength spectrum of light, the common wavelength spectrum of light being one wavelength spectrum of light of 510 nm to 560 nm, wherein a light-absorption full width at half maximum (FWHM) of the second photoelectric conversion layer is narrower than a light-absorption FWHM of the first photoelectric conversion layer, and wherein the FWHM of the second photoelectric conversion layer is less than or equal to 110 nm. a first electrode, a first photoelectric conversion layer on the first electrode, the first photoelectric conversion layer including a first heterojunction that includes a first p-type semiconductor and a first n-type semiconductor, a second photoelectric conversion layer on the first photoelectric conversion layer, the second photoelectric conversion layer including a second heterojunction that includes a second p-type semiconductor and a second n-type semiconductor, and a second electrode on the second photoelectric conversion layer. wherein the first photoelectric conversion layer is associated with a first peak absorption wavelength (λ max1), the second photoelectric conversion layer is associated with a second peak absorption wavelength (λ max2), both of the first peak absorption wavelength and the second peak absorption wavelength are included in a common wavelength spectrum of light, the common wavelength spectrum of light being one wavelength spectrum of light of 510 nm to 560 nm, wherein a light-absorption full width at half maximum (FWHM) of the second photoelectric conversion layer is narrower than a light-absorption FWHM of the first photoelectric conversion layer, and wherein the FWHM of the second photoelectric conversion layer is less than or equal to 110 nm.
A sole for a shoe, comprising a sole body and elongated structures arranged on or in the sole body in a forefoot region only for transversely stiffening the sole, wherein the elongated structures are arranged with their longitudinal axes transverse to the longitudinal direction of the sole, and more than one of the elongated structures is arranged such that the longitudinal axes of the structures cross at a point which is medially outside the sole.
Hand-held locating device for detecting enclaves in walls, ceilings and/or floors, having at least one sensor apparatus, having means for producing a detection signal for this at least one sensor apparatus and having a control and evaluation unit (136, 124) for ascertaining measured values from the detection signal, furthermore having switching means (32, 36, 38, 40) for operator control of the device and having an output apparatus (12, 144) for the ascertained measurement results, characterized in that an online user guide stored in the measuring device is retrievable from the measuring device and is presentable via the output apparatus (12, 144) of the device, which online user guide informs a user of the measuring device, before the start of a locating measurement, that a calibration measurement needs to be performed first, the individual method steps that are necessary for performing the calibration measurement being made accessible to the user in an animated film sequence.
A chemically-sensitive field effect transistor comprising: a substrate layer having an extended body; a first insulating layer positioned above the extended body of the substrate layer; a second insulating layer positioned above the first insulating layer, the second insulating layer forming a well-structure having a chamber for receiving a solution containing one or more reactants; a source electrode and a drain electrode each having a top surface and a bottom surface, the top surface separated from the bottom surface by opposing outer and inner side portions, each of the opposed side portions and each of the bottom surfaces of the source and drain electrodes being disposed within the first insulating layer, the source electrode being separated from the drain electrode by a distance; a graphene layer positioned between the first and second insulating layers and extending between the outer side portion of the source electrode and the outer side portion of the drain electrode thereby forming a channel in the distance between the source and drain electrodes, the graphene layer contacting the top surface of the source and drain electrodes; and an ion getter material configured to trap ions that are unwanted in the chemical reaction to be sensed or determined, wherein the ion getter material is positioned within the chamber or over the well-structure, wherein the ion getter material is made of a metal or a glass. a substrate layer having an extended body; a first insulating layer positioned above the extended body of the substrate layer; a second insulating layer positioned above the first insulating layer, the second insulating layer forming a well-structure having a chamber for receiving a solution containing one or more reactants; a source electrode and a drain electrode each having a top surface and a bottom surface, the top surface separated from the bottom surface by opposing outer and inner side portions, each of the opposed side portions and each of the bottom surfaces of the source and drain electrodes being disposed within the first insulating layer, the source electrode being separated from the drain electrode by a distance; a graphene layer positioned between the first and second insulating layers and extending between the outer side portion of the source electrode and the outer side portion of the drain electrode thereby forming a channel in the distance between the source and drain electrodes, the graphene layer contacting the top surface of the source and drain electrodes; and an ion getter material configured to trap ions that are unwanted in the chemical reaction to be sensed or determined, wherein the ion getter material is positioned within the chamber or over the well-structure, wherein the ion getter material is made of a metal or a glass.
Measuring device for determining and/or monitoring at least one process variable with a sensor unit with at least one sensor which is sensitive to the process variable, with a first electronics unit, which is assigned to an energy supply unit and which has a first microcontroller, and with a second electronics unit, which is assigned to the sensor unit and has a second microcontroller, and which is connected to the first electronics unit via a galvanically isolated transmission unit for energy and data transfer, wherein the first microcontroller generates at least one signal (S1, S2) which is variable in at least one characteristic variable and transmits the signal to the transmission unit, wherein the signal (S1, S2) controls power and data transmission, characterized in that the first microcontroller and/or the second microcontroller determines at least a current operating parameter, and in that the first microcontroller sets at least one characteristic variable of the signal (S1, S2) depending on the operating parameter.
A rotor shaft used for a rotor of a dynamo-electric machine, wherein the rotor shaft is configured to be divided into a cylindrical inner shaft and an outer shaft disposed on an outer periphery of the inner shaft, the inner shaft includes a tip end portion, a rear end portion having an outer diameter and an inner diameter greater than those of the tip end portion, and a thick portion that connects the tip end portion and the rear end portion with each other and that has the same inner diameter as that of the tip end portion and has the same outer diameter as that of the rear end portion, wherein the inner diameter of the thick portion extends until the tip end of the tip end portion, the outer shaft includes an inner cylindrical portion having an inserting hole into which the inner shaft is inserted and fitted, a magnetic body-mounting outer cylindrical portion that is disposed on an outer peripheral side portion of the inner cylindrical portion and that mounts a magnetic body to form a magnetic circuit, and a flange that is formed radially outward from an outer periphery of the inner cylindrical portion and that connects the inner cylindrical portion and the magnetic body-mounting outer cylindrical portion with each other, the inner shaft and the outer shaft are fastened and fixed to each other by mutual pressing forces in a state that the outer peripheral surfaces (422, 432) of the thick portion and the rear end portion and an inner peripheral surface of the inserting hole of the inner cylindrical portion are brought into contact with each other, and the flange of the outer shaft is disposed at a position opposed to the thick portion of the inner shaft in a radial direction thereof.
A process to prepare a copolymer comprising: a) charging one or more solvent to a reaction vessel equipped with an anchor agitator; b) heating the solvent to reach temperature between 50° - 150° C; c) purging nitrogen gas to the solvent with continuous agitation; d) feeding the reaction vessel with a predefined molar ratio of hydroxyethylpyrrolidone methacrylate and glycidyl methacrylate; e) charging one or more initiator to the reaction mixture of d); f) polymerizing the reaction mixture of e) for at least 30 minutes to prepare a hydroxyethylpyrrolidone methacrylate / glycidyl methacrylate copolymer having a structure: wherein x and y are mole %, the sum equals to 100; and g) recovering copolymer from step f) in solid form. a) charging one or more solvent to a reaction vessel equipped with an anchor agitator; b) heating the solvent to reach temperature between 50° - 150° C; c) purging nitrogen gas to the solvent with continuous agitation; d) feeding the reaction vessel with a predefined molar ratio of hydroxyethylpyrrolidone methacrylate and glycidyl methacrylate; e) charging one or more initiator to the reaction mixture of d); f) polymerizing the reaction mixture of e) for at least 30 minutes to prepare a hydroxyethylpyrrolidone methacrylate / glycidyl methacrylate copolymer having a structure: wherein x and y are mole %, the sum equals to 100; and g) recovering copolymer from step f) in solid form.
A puncture-sealing agent for sealing a hole in a punctured tire, the puncture-sealing agent comprising: at least one type of rubber latex selected from the group consisting of SBR latex, NBR latex, MBR latex, carboxyl-modified SBR latex and carboxyl-modified NBR latex; an antifreezing agent; and at least one of a short fiber and a resin adhesive that is compatible with the rubber latex, characterised in that a content of solid components is within a range from 5 to 70% by mass, the short fiber fiber comprises one of polyester, polyethylene, nylon, polypropylene or a complex of two or more of them, and wherein a ratio (L/D) of the length of the short fiber to the diameter of the short fiber is within a range of 5 ≤ L/D ≤ 2000. at least one type of rubber latex selected from the group consisting of SBR latex, NBR latex, MBR latex, carboxyl-modified SBR latex and carboxyl-modified NBR latex; an antifreezing agent; and at least one of a short fiber and a resin adhesive that is compatible with the rubber latex,
An apparatus for routing an incoming call, the apparatus being configured to: perform a first routing decision resulting in the incoming call being routed to the voicemail of a called user; create a transcription of a voicemail message being recorded on the voicemail of the called user by applying a speech analysis process to the voicemail message as the voicemail message is being recorded; determine information about a context of the incoming call from the transcription, wherein the apparatus comprises a context module configured to determine one or more of a subject, an importance level, an urgency level, a project identifier, a case reference, an identification of the caller and information about the caller in order to determine information about the context of the incoming call from the transcription; and perform a second routing decision based on the information about the context of the incoming call. perform a first routing decision resulting in the incoming call being routed to the voicemail of a called user; create a transcription of a voicemail message being recorded on the voicemail of the called user by applying a speech analysis process to the voicemail message as the voicemail message is being recorded; determine information about a context of the incoming call from the transcription, wherein the apparatus comprises a context module configured to determine one or more of a subject, an importance level, an urgency level, a project identifier, a case reference, an identification of the caller and information about the caller in order to determine information about the context of the incoming call from the transcription; and perform a second routing decision based on the information about the context of the incoming call.
A biosensor for determining an analyte comprising a sensor module covered at least partially by a biocompatibility layer, wherein said biocompatibility layer comprises a polymer having -CO-NR 1 R 2 side groups, wherein R 1 and R 2 are independently selected from -H and C 1 to C 6 alkyl, wherein said polymer has a chemical structure as indicated in formula or (IIa): wherein R 4 is a cross-linkable or cross-linked side group, wherein n is from 0.01 to 0.99 and m is of from 0.99 to 0.01, in an embodiment wherein the sum of m and n is 1.
A method of dynamically controlling application function at a client, comprising: initiating an application program which merely contains framework function codes; loading a security module after initiating the application program, wherein the security module sends a request regarding scanning configuration file to a server; scanning an application runtime environment of the client according to a configuration file received from the server, and sending the result of scanning to the server so as to generate a risk score; receiving, from the server, function codes that are allowed to be loaded in the application runtime environment, wherein the function codes that are allowed to be loaded are generated by the server based on the generated risk score; and loading and running function codes that are received from the server and allowed to be loaded, wherein the application program has one or more functions which are implemented by said function codes, and wherein, when there is risk in the application runtime environment of the client, one or more of all the functions of the application program are disabled, and wherein when the risk score is larger than a first threshold and smaller than a second threshold, a first function of the application program is disabled, and when the risk score is larger than the second threshold and smaller than a third threshold, the first function and a second function of the application program are disabled. initiating an application program which merely contains framework function codes; loading a security module after initiating the application program, wherein the security module sends a request regarding scanning configuration file to a server; scanning an application runtime environment of the client according to a configuration file received from the server, and sending the result of scanning to the server so as to generate a risk score; receiving, from the server, function codes that are allowed to be loaded in the application runtime environment, wherein the function codes that are allowed to be loaded are generated by the server based on the generated risk score; and loading and running function codes that are received from the server and allowed to be loaded, wherein the application program has one or more functions which are implemented by said function codes, and wherein, when there is risk in the application runtime environment of the client, one or more of all the functions of the application program are disabled, and wherein when the risk score is larger than a first threshold and smaller than a second threshold, a first function of the application program is disabled, and when the risk score is larger than the second threshold and smaller than a third threshold, the first function and a second function of the application program are disabled.