mhurhangee/patent-ind-claim-en huggingface dataset:
A contact module for a switch or an electric component with an actuator, comprising a first printed circuit board (PCB1) and a printed circuit board contact arrangement for contacting the first printed circuit board (PCB1) with a second printed circuit board (PCB2), wherein the printed circuit board contact arrangement has at least two printed circuit board contacts which have a connection section at one contact end thereof and a press-in zone at their second contact end , and wherein at least one sealing body which fully surrounds the printed circuit board contacts in a central section is provided between the connection section and the press-in zone and from which the connection section protrudes from one lateral surface and the press-in zones protrude from another lateral surface , wherein the first printed circuit board (PCB1) is connected to the connection sections of the printed circuit board contact arrangement in an electrically conducting manner, characterized in that the respective press-in zone is formed from two contact arms running in parallel, which are materially connected to one another at their insertion-side end and have an oblique side flank which begins at the insertion-side end of the press-in zone and runs in the extension direction of the press-in zone so that the thickness of the press-in zone increases at least partially in this region, wherein a sealing element , which is provided in the region of the feedthrough of the printed circuit board contacts , has a thinly shaped membrane which is formed to be pierced through by the printed circuit board contacts during assembly. wherein the printed circuit board contact arrangement has at least two printed circuit board contacts which have a connection section at one contact end thereof and a press-in zone at their second contact end , and wherein at least one sealing body which fully surrounds the printed circuit board contacts in a central section is provided between the connection section and the press-in zone and from which the connection section protrudes from one lateral surface and the press-in zones protrude from another lateral surface , wherein the first printed circuit board (PCB1) is connected to the connection sections of the printed circuit board contact arrangement in an electrically conducting manner, characterized in that the respective press-in zone is formed from two contact arms running in parallel, which are materially connected to one another at their insertion-side end and have an oblique side flank which begins at the insertion-side end of the press-in zone and runs in the extension direction of the press-in zone so that the thickness of the press-in zone increases at least partially in this region, wherein a sealing element , which is provided in the region of the feedthrough of the printed circuit board contacts , has a thinly shaped membrane which is formed to be pierced through by the printed circuit board contacts during assembly.
A portable security container for carrying goods , such as valuables, the portable security container comprising a control unit and a manipulation system configured to manipulate the goods in response to an activation signal transmitted from the control unit , characterized in that the portable security container comprises a motion sensor configured to register movement of the portable security container, wherein the control unit is configured to activate the manipulation system in response to that a registered movement of the portable security container of a velocity (V) exceeding a predetermined threshold velocity (V TH1 ) is upheld during a time interval (T) exceeding a predetermined threshold time period (T TH1 ), wherein the portable security container further comprises an alarm system configured to alert that an alarm threshold velocity (V TH2 ) has been surpassed, said alarm threshold velocity (V TH2 ) being lower than said predetermined threshold velocity (V TH1 ).
A high voltage switching circuit comprising: first and second group III-V transistors, said second group III-V transistor having a greater breakdown voltage than said first group III-V transistor; a diode in a parallel arrangement with a source and a drain of said first group III-V transistor, said parallel arrangement in cascode with said second group III-V transistor; a first terminal coupled to a gate of said second III-V transistor, said source of said first III-V transistor, and an anode of said diode, a second terminal coupled to a gate of said first group III-V transistor, and a third terminal coupled to a drain of said second group III-V transistor, characterised in that said diode is a silicon diode, and in that said silicon diode and said first and second group III-V transistors are monolithically integrated on a common substrate of a common die. first and second group III-V transistors, said second group III-V transistor having a greater breakdown voltage than said first group III-V transistor; a diode in a parallel arrangement with a source and a drain of said first group III-V transistor, said parallel arrangement in cascode with said second group III-V transistor; a first terminal coupled to a gate of said second III-V transistor, said source of said first III-V transistor, and an anode of said diode, a second terminal coupled to a gate of said first group III-V transistor, and a third terminal coupled to a drain of said second group III-V transistor, characterised in that said diode is a silicon diode, and in that said silicon diode and said first and second group III-V transistors are monolithically integrated on a common substrate of a common die.
A system comprising a reader-printer for certifying an authentic value item, such as a document or a piece of art, and a special-purpose server, said reader-printer being controlled by the special-purpose server, the system being configured to: - scan by the reader-printer the value item being accepted as authentic; - store by the special-purpose server a result of scanning the value item in a database; - generate a certification mark comprising a coded data produced on a basis of the result of scanning the value item stored in the database; and - print the certification mark on the value item, characterized in that the reader-printer is further configured to print multiple certification marks at multiple locations on the value item and scan the value item having the certification marks printed at the multiple locations thereon, and the special-purpose server is configured to store in the database the scan of the value item having the certification marks printed at the multiple locations thereon so as a corresponding relative or absolute location of at least one of the certification marks printed at the multiple locations on the value item can be subsequently verified. - scan by the reader-printer the value item being accepted as authentic; - store by the special-purpose server a result of scanning the value item in a database; - generate a certification mark comprising a coded data produced on a basis of the result of scanning the value item stored in the database; and - print the certification mark on the value item,
A method, comprising: receiving , at a network node , a terminating request from a user equipment; performing at least one of a restore data procedure and an update location procedure; receiving a mobility management entity name from a home location register; registering the mobility management entity name to subscriber data associated with the user equipment; and sending a paging request only to a mobility management entity indicated by the received mobility management entity name. receiving , at a network node , a terminating request from a user equipment; performing at least one of a restore data procedure and an update location procedure; receiving a mobility management entity name from a home location register; registering the mobility management entity name to subscriber data associated with the user equipment; and sending a paging request only to a mobility management entity indicated by the received mobility management entity name.
An imaging optical system having only two lens groups , the imaging optical system comprising, in order from an object side: a first lens group ; an aperture stop (S); and a second lens group , the first lens group including, in order from the object side: a negative lens (L11) of a biconcave shape; and a positive meniscus lens (L12) with a convex surface facing the object side, the second lens group consisting of, in order from the object side: a second-front lens group ; and a second-rear lens group having a positive refractive power as a whole, and wherein the second-front lens group consists of a cemented lens formed by combining a negative lens (L21) with a concave surface facing the object side and a positive lens (L22), the negative lens (L21) and the positive lens (L22) being arranged in that order from the object side, wherein conditional formula below is satisfied: 3.00 < f 2 F / f < 30.00 , where, f is a focal length of the entire imaging optical system, and f2F is a focal length of the second-front lens group. a first lens group ; an aperture stop (S); and a second lens group , the first lens group including, in order from the object side: a negative lens (L11) of a biconcave shape; and a positive meniscus lens (L12) with a convex surface facing the object side, the second lens group consisting of, in order from the object side: a second-front lens group ; and a second-rear lens group having a positive refractive power as a whole, and wherein the second-front lens group consists of a cemented lens formed by combining a negative lens (L21) with a concave surface facing the object side and a positive lens (L22), the negative lens (L21) and the positive lens (L22) being arranged in that order from the object side, a negative lens (L11) of a biconcave shape; and a positive meniscus lens (L12) with a convex surface facing the object side, the second lens group consisting of, in order from the object side: a second-front lens group ; and a second-rear lens group having a positive refractive power as a whole, and wherein the second-front lens group consists of a cemented lens formed by combining a negative lens (L21) with a concave surface facing the object side and a positive lens (L22), the negative lens (L21) and the positive lens (L22) being arranged in that order from the object side, a second-front lens group ; and a second-rear lens group having a positive refractive power as a whole, and wherein the second-front lens group consists of a cemented lens formed by combining a negative lens (L21) with a concave surface facing the object side and a positive lens (L22), the negative lens (L21) and the positive lens (L22) being arranged in that order from the object side, wherein conditional formula below is satisfied: 3.00 < f 2 F / f < 30.00 , where, f is a focal length of the entire imaging optical system, and f2F is a focal length of the second-front lens group. f is a focal length of the entire imaging optical system, and f2F is a focal length of the second-front lens group.
A location method comprising: storing in memory of a mobile device a current listen list of one or more beacon universally unique identifiers, UUIDs, associated with an application executable on the mobile device; monitoring wirelessly received UUIDs transmitted by one or more beacons within a wireless-reception range of the mobile device, wherein, upon detection of a beacon UUID stored in the current listen list, the mobile device performs a processor-executable operation associated with the detected beacon UUID and the application; detecting a change in one or more user contextual parameters satisfying one or more listen list update trigger conditions; and dynamically updating the current listen list associated with the application and stored in the memory of the mobile device with a different set of one or more beacon UUIDs, responsive to satisfaction of the one or more listen list update trigger conditions. storing in memory of a mobile device a current listen list of one or more beacon universally unique identifiers, UUIDs, associated with an application executable on the mobile device; monitoring wirelessly received UUIDs transmitted by one or more beacons within a wireless-reception range of the mobile device, wherein, upon detection of a beacon UUID stored in the current listen list, the mobile device performs a processor-executable operation associated with the detected beacon UUID and the application; detecting a change in one or more user contextual parameters satisfying one or more listen list update trigger conditions; and dynamically updating the current listen list associated with the application and stored in the memory of the mobile device with a different set of one or more beacon UUIDs, responsive to satisfaction of the one or more listen list update trigger conditions.
An electronic power converter to control at least one electric motor of a vehicle ; the electronic power converter comprises: at least one first group of three power modules arranged next to one another on a same first plane , each designed to power with an alternating current one single phase of the electric motor ; two lateral plates , which are arranged on opposite sides of the first group so as to form a pile together with the first group ; a hydraulic circuit, which is configured to cause a cooling liquid to circulate inside the plates ; and a clamping system comprising at least three pairs of elastic elements , which press against two opposite outer walls of the lateral plates so as to apply a clamping force of elastic origin to the pile in order to keep the pile compressed; wherein in each pair of elastic elements , the two elastic elements rest against two outer walls of the lateral plates so as to clamp the pile between them in a "sandwich"-like manner; wherein each elastic element has a frame and at least one pressing member , which is hinged to the frame , projects from the frame towards a corresponding outer wall of the lateral plate lying underneath and is elastically deformed by being pressed against said outer wall of the lateral plate lying underneath; and wherein the clamping system comprises, in each pair of elastic elements , at least two tie rods , which connect the frames of the two elastic elements to one another in order to pull the frames towards one another, hence applying a traction between the frames . at least one first group of three power modules arranged next to one another on a same first plane , each designed to power with an alternating current one single phase of the electric motor ; two lateral plates , which are arranged on opposite sides of the first group so as to form a pile together with the first group ; a hydraulic circuit, which is configured to cause a cooling liquid to circulate inside the plates ; and a clamping system comprising at least three pairs of elastic elements , which press against two opposite outer walls of the lateral plates so as to apply a clamping force of elastic origin to the pile in order to keep the pile compressed; wherein in each pair of elastic elements , the two elastic elements rest against two outer walls of the lateral plates so as to clamp the pile between them in a "sandwich"-like manner; wherein each elastic element has a frame and at least one pressing member , which is hinged to the frame , projects from the frame towards a corresponding outer wall of the lateral plate lying underneath and is elastically deformed by being pressed against said outer wall of the lateral plate lying underneath; and wherein the clamping system comprises, in each pair of elastic elements , at least two tie rods , which connect the frames of the two elastic elements to one another in order to pull the frames towards one another, hence applying a traction between the frames .
A method comprising: - obtaining voice characteristics of a speech signal; - detecting a gap in the speech signal; - automatically synthesizing , from a transcript, speech at least for the gap in the speech signal; - voice converting the synthesized speech according to the obtained voice characteristics of the speech signal; and - inpainting the speech signal, wherein the voice converted synthesized speech is filled into the gap. - obtaining voice characteristics of a speech signal; - detecting a gap in the speech signal; - automatically synthesizing , from a transcript, speech at least for the gap in the speech signal; - voice converting the synthesized speech according to the obtained voice characteristics of the speech signal; and - inpainting the speech signal, wherein the voice converted synthesized speech is filled into the gap.
A carboxy-terminated polymer according to general formula (I), wherein the polymer is a diene rubber and contains at least one carbon-carbon double bond and wherein R 2 , R 3 are identical or different and represent saturated or unsaturated organic radicals which may contain one or more heteroatoms selected from the group consisting of O, N, S and Si; and R 1 , R 4 are identical or different and represent saturated or unsaturated divalent organic radicals which, in addition to C and H, may contain one or more heteroatoms another selected from the group consisting of O, N, S and Si, and wherein the polymer is obtainable by a copolymerization of conjugated dienes and vinyl aromatic monomers wherein the conjugated dienes comprise 1,3-butadiene and the vinyl aromatic monomers comprise styrene. wherein the polymer is a diene rubber and contains at least one carbon-carbon double bond and wherein R 2 , R 3 are identical or different and represent saturated or unsaturated organic radicals which may contain one or more heteroatoms selected from the group consisting of O, N, S and Si; and R 1 , R 4 are identical or different and represent saturated or unsaturated divalent organic radicals which, in addition to C and H, may contain one or more heteroatoms another selected from the group consisting of O, N, S and Si, and wherein the polymer is obtainable by a copolymerization of conjugated dienes and vinyl aromatic monomers wherein the conjugated dienes comprise 1,3-butadiene and the vinyl aromatic monomers comprise styrene.
A data communication method, the method comprising: receiving input digital data; encoding the input digital data using a plurality of symbol waveforms wherein each of the plurality of symbol waveforms occupies a period of a composite encoded waveform and represents one or more bits of the input digital data, each symbol waveform of the plurality of symbol waveforms having a first elliptical segment and a second elliptical segment of opposite polarity; wherein each symbol waveform is defined so that (i) a zero crossing from the first elliptical segment to the second elliptical segment is different for each of the plurality of symbol waveforms, and (ii) an energy of the first elliptical segment of the symbol waveform is substantially equal to an energy of the second elliptical segment of the symbol waveform; generating, using a digital-to-analog converter, an encoded analog waveform from a digital representation of the composite encoded waveform. receiving input digital data; encoding the input digital data using a plurality of symbol waveforms wherein each of the plurality of symbol waveforms occupies a period of a composite encoded waveform and represents one or more bits of the input digital data, each symbol waveform of the plurality of symbol waveforms having a first elliptical segment and a second elliptical segment of opposite polarity; wherein each symbol waveform is defined so that (i) a zero crossing from the first elliptical segment to the second elliptical segment is different for each of the plurality of symbol waveforms, and (ii) an energy of the first elliptical segment of the symbol waveform is substantially equal to an energy of the second elliptical segment of the symbol waveform; generating, using a digital-to-analog converter, an encoded analog waveform from a digital representation of the composite encoded waveform.
Receiving system for liquids comprising a receiving container , a submersible pump located in the liquid in the receiving container , and a ramp , wherein the liquid is supplied to the receiving container via the ramp , preferably manually with liquid sliders , characterized in that the ramp is mounted unilaterally in such a way and on the opposite side which side is protruding into the receiving container, it experiences buoyancy due to the liquid level in such a way that at least the free side of the ramp which side is protruding into the receiving container floats on the liquid, that the angle of the ramp is automatically.
A method for controlling a first vehicle , wherein the first vehicle has a known identification feature, wherein the identification feature is an alphanumeric code of a license plate, is located at a known position in a known lane and is travelling along a planned trajectory (T), the method comprising: - detecting a stopped second vehicle being located downstream of the first vehicle on the planned trajectory (T) (S11), - detecting an identification feature of the second vehicle , wherein the identification feature is an alphanumeric code of a license plate (S11), - transmitting an assistance request to a central control entity , wherein the assistance request comprises at least the detected identification feature of the second vehicle , the known position of the first vehicle and the known identification feature of the first vehicle (S14), - receiving an information describing an amount of vehicles being positioned downstream of the stopped second vehicle along the planned trajectory (T) (S15), and - triggering a lane change maneuver or an overtaking maneuver of the first vehicle if the received information describes an amount of vehicles being inferior to a predefined threshold amount, wherein the predefined threshold amount is indicative of a number of vehicles, or triggering a waiting maneuver if the received information describes an amount of vehicles equaling or exceeding the predefined threshold amount (S17). - detecting a stopped second vehicle being located downstream of the first vehicle on the planned trajectory (T) (S11), - detecting an identification feature of the second vehicle , wherein the identification feature is an alphanumeric code of a license plate (S11), - transmitting an assistance request to a central control entity , wherein the assistance request comprises at least the detected identification feature of the second vehicle , the known position of the first vehicle and the known identification feature of the first vehicle (S14), - receiving an information describing an amount of vehicles being positioned downstream of the stopped second vehicle along the planned trajectory (T) (S15), and - triggering a lane change maneuver or an overtaking maneuver of the first vehicle if the received information describes an amount of vehicles being inferior to a predefined threshold amount, wherein the predefined threshold amount is indicative of a number of vehicles, or triggering a waiting maneuver if the received information describes an amount of vehicles equaling or exceeding the predefined threshold amount (S17).