mhurhangee/patent-ind-claim-en huggingface dataset:
Drive system for a vehicle, comprising a first subsystem (MV-SYS) having a first electrical energy store (BAT1) and a first DC link (DC-ZK), a second subsystem (LV-SYS) having a second electrical energy store (BAT2) and a second DC link (DC-ZK), wherein each DC link (DC-ZK) respectively supplies power to at least one traction motor (M1, M2, M3, M4), wherein the motors are connected to the DC links by means of converters, wherein the voltage level of the two DC links (DC-ZK) differs from one to the other and the first subsystem (MV-SYS) can provide a higher power than the second subsystem (LV-SYS), wherein the first DC link (DC-ZK) is connected to the first energy store (BAT1) via a battery actuator (BAT-STELL) in such a way that the voltage level of the first DC link (DC-ZK) is higher than that of the first energy store (BAT1), and the voltage level of the second DC link (DC-ZK) is equal to that of the second energy store (BAT2). a first subsystem (MV-SYS) having a first electrical energy store (BAT1) and a first DC link (DC-ZK), a second subsystem (LV-SYS) having a second electrical energy store (BAT2) and a second DC link (DC-ZK), wherein each DC link (DC-ZK) respectively supplies power to at least one traction motor (M1, M2, M3, M4), wherein the motors are connected to the DC links by means of converters, wherein the voltage level of the two DC links (DC-ZK) differs from one to the other and the first subsystem (MV-SYS) can provide a higher power than the second subsystem (LV-SYS), wherein the first DC link (DC-ZK) is connected to the first energy store (BAT1) via a battery actuator (BAT-STELL) in such a way that the voltage level of the first DC link (DC-ZK) is higher than that of the first energy store (BAT1), and the voltage level of the second DC link (DC-ZK) is equal to that of the second energy store (BAT2).
Device for generating at least one supply voltage and at least one clock signal, configured to supply and clock a synchronous digital circuit , comprising at least: - an oscillator circuit comprising a signal propagation path, the delay whereof is representative of the delay of a critical path of the synchronous digital circuit and which varies as a function of the value of a power supply voltage to the oscillator circuit , and configured to output, from an output which is capable of being coupled to a clock input of the synchronous digital circuit , a periodic signal, the frequency whereof depends on the delay of the signal propagation path; - a resistive element of resistance R; - a switched capacitor comprising a capacitance C and which is coupled to the output of the oscillator circuit such that the switching frequency of the switched capacitor corresponds to the frequency of the periodic signal output from the output of the oscillator circuit or to a multiple or to a divisor of the frequency of the periodic signal output from the output of the oscillator circuit ; - an amplifier circuit configured to output, from an output coupled to a power supply input of the oscillator circuit , a voltage, the amplitude whereof is representative of a difference between the value of the resistance R and the value of an equivalent resistance of the switched capacitor . - an oscillator circuit comprising a signal propagation path, the delay whereof is representative of the delay of a critical path of the synchronous digital circuit and which varies as a function of the value of a power supply voltage to the oscillator circuit , and configured to output, from an output which is capable of being coupled to a clock input of the synchronous digital circuit , a periodic signal, the frequency whereof depends on the delay of the signal propagation path; - a resistive element of resistance R; - a switched capacitor comprising a capacitance C and which is coupled to the output of the oscillator circuit such that the switching frequency of the switched capacitor corresponds to the frequency of the periodic signal output from the output of the oscillator circuit or to a multiple or to a divisor of the frequency of the periodic signal output from the output of the oscillator circuit ; - an amplifier circuit configured to output, from an output coupled to a power supply input of the oscillator circuit , a voltage, the amplitude whereof is representative of a difference between the value of the resistance R and the value of an equivalent resistance of the switched capacitor .
A medical device for generating heat in an amount for treatment, comprising: a stretchable backing layer having opposing sides , the stretchable backing layer impermeable to water, oxygen, or both; an adhesive layer in contact with a first side of the stretchable backing layer ; an alkali metal selected from a single pure alkali metal and an alloy of multiple pure alkali metals , the alkali metal in contact with at least a portion of the adhesive layer on the first side of the stretchable backing layer to define a treatment region ; and a release liner in contact with the adhesive layer and the treatment region , wherein the alkali metal is configured to contact a treatment site to generate heat, and wherein the treatment region area is at least 10% smaller than the stretchable backing layer area. a stretchable backing layer having opposing sides , the stretchable backing layer impermeable to water, oxygen, or both; an adhesive layer in contact with a first side of the stretchable backing layer ; an alkali metal selected from a single pure alkali metal and an alloy of multiple pure alkali metals , the alkali metal in contact with at least a portion of the adhesive layer on the first side of the stretchable backing layer to define a treatment region ; and a release liner in contact with the adhesive layer and the treatment region , wherein the alkali metal is configured to contact a treatment site to generate heat, and wherein the treatment region area is at least 10% smaller than the stretchable backing layer area.
An immunogenic composition comprising inactivated Equine Rhinitis A Virus (ERAV), wherein the ERAV is ERAV/ON/05 as deposited under ATCC Accession No. PTA-11828.
Stent graft, comprising: a tubular component having a lumen extending therethrough, the tubular component comprising a balloon expandable central section and a first and a second self-expanding section , the first and the second self-expanding section sandwiching the central section , the lumen extending through the first, central, and second sections , characterized by the stent graft being arranged so as to be capable of selectively restricting the central section , the stent graft being a TIPS stent graft. a tubular component having a lumen extending therethrough, the tubular component comprising a balloon expandable central section and a first and a second self-expanding section , the first and the second self-expanding section sandwiching the central section , the lumen extending through the first, central, and second sections , characterized by the stent graft being arranged so as to be capable of selectively restricting the central section , the stent graft being a TIPS stent graft.
An operating unit for a vehicle, comprising - a touchscreen , - an actuator for mechanically exciting the touchscreen upon detection of a valid manual actuation of the touchscreen when an operating command is input, and - a counterweight , - wherein the actuator as a drive unit is configured with a stator and a translator which, upon actuation of the drive unit, move in opposite directions either away from each other or towards each other starting from a rest position, namely up to an end position, and which in particular automatically move back from the end position into the rest position when the actuation has been ended, and - wherein the stator is coupled to the touchscreen and the translator is coupled to the counterweight , or vice versa, - wherein the translator and the stator each have connected thereto a coupling element assembly , wherein the one coupling element assembly is coupled to the touchscreen and the other coupling element assembly is coupled to the counterweight , wherein the counterweight is arranged behind the touchscreen , characterized in that - the actuator is arranged behind the counterweight and thus the counterweight is arranged between the touchscreen and the actuator , and that the counterweight has a through-going opening through which the coupling element assembly connected to the touchscreen extends. - a touchscreen , - an actuator for mechanically exciting the touchscreen upon detection of a valid manual actuation of the touchscreen when an operating command is input, and - a counterweight , - wherein the actuator as a drive unit is configured with a stator and a translator which, upon actuation of the drive unit, move in opposite directions either away from each other or towards each other starting from a rest position, namely up to an end position, and which in particular automatically move back from the end position into the rest position when the actuation has been ended, and - wherein the stator is coupled to the touchscreen and the translator is coupled to the counterweight , or vice versa, - wherein the translator and the stator each have connected thereto a coupling element assembly , wherein the one coupling element assembly is coupled to the touchscreen and the other coupling element assembly is coupled to the counterweight , wherein the counterweight is arranged behind the touchscreen , characterized in that - the actuator is arranged behind the counterweight and thus the counterweight is arranged between the touchscreen and the actuator , and that the counterweight has a through-going opening through which the coupling element assembly connected to the touchscreen extends.
Micromechanical yaw rate sensor , having a rotationally oscillating mass with a rotationally oscillating mass bearing , which comprises: a rocker bar ; a rocker spring rod , which resiliently connects the rocker bar to a substrate of the yaw rate sensor ; and two support spring rods , which resiliently connect the rocker bar to the rotationally oscillating mass on opposite sides of the rocker spring rod wherein the rocker spring rod extends at right angles to the rocker bar , characterized in that the support spring rods extend parallel to the rocker spring rod . a rocker bar ; a rocker spring rod , which resiliently connects the rocker bar to a substrate of the yaw rate sensor ; and two support spring rods , which resiliently connect the rocker bar to the rotationally oscillating mass on opposite sides of the rocker spring rod wherein the rocker spring rod extends at right angles to the rocker bar , characterized in that the support spring rods extend parallel to the rocker spring rod .
Method for remote access to a voice assistant, the assistant being adapted to establish telephonic communications with a communication terminal through a telecommunications network and being able to operate locally or remotely, the method being implemented by a remote access server and being characterized in that it comprises the following steps: - establishing a first communication with a calling terminal , - obtaining , from said calling terminal , through the established communication, a datum for identifying the voice assistant, - transmitting a message for establishing a second communication to the identified voice assistant, the message comprising at least one parameter adapted to activate a remote operating mode of the voice assistant making it possible: - in order to detect a voice command, to replace the signal captured by the microphone of said voice assistant with a telephonic voice stream received from said calling terminal , - in order to respond to said voice command, to transmit a response audio stream to said calling terminal instead of the loudspeaker of said voice assistant, - joining up the first and the second communication. - establishing a first communication with a calling terminal , - obtaining , from said calling terminal , through the established communication, a datum for identifying the voice assistant, - transmitting a message for establishing a second communication to the identified voice assistant, the message comprising at least one parameter adapted to activate a remote operating mode of the voice assistant making it possible: - in order to detect a voice command, to replace the signal captured by the microphone of said voice assistant with a telephonic voice stream received from said calling terminal , - in order to respond to said voice command, to transmit a response audio stream to said calling terminal instead of the loudspeaker of said voice assistant, - joining up the first and the second communication. - in order to detect a voice command, to replace the signal captured by the microphone of said voice assistant with a telephonic voice stream received from said calling terminal , - in order to respond to said voice command, to transmit a response audio stream to said calling terminal instead of the loudspeaker of said voice assistant, - joining up the first and the second communication.
Method for depicting at least one virtual element in a display region of at least one display device of a vehicle, a three-dimensional space being depicted in the display region of the display device , three-dimensional coordinates being determined, on the basis of at least one data source, in the three-dimensional space for localizing at least one virtual element , the at least one virtual element being transformed as a two-dimensional image into the three-dimensional space , which is depicted in the display region of the display device in the form of a boundary of a lane, and the at least one virtual element being depicted in the display region of the display device correctly in perspective in the field of vision of the driver with respect to the three-dimensional space , the virtual element being composed of at least a first virtual partial element and a second virtual partial element , the first virtual partial element being arranged in perspective in the display region in front of the second partial element , characterized in that at least a third virtual partial element is provided, in that the third virtual partial element is arranged in perspective in the display region behind the second virtual partial element , in that the first virtual partial element is at a first distance from the second virtual partial element , in that the second virtual partial element is at a second distance from the third virtual partial element , and in that the first distance is greater than the second distance .
A process for hydrometallurgical processing of a noble metal-tin alloy consisting of (i) 0.45 to 25% by weight of at least one metal A selected from the group consisting of gold and platinum, (ii) 35 to 99.2% by weight of at least one metal B selected from the group consisting of palladium, silver, and copper, (iii) 0.3 to 30% by weight of tin, and (iv) 0 to 50% by weight of at least one element other than gold, platinum, palladium, silver, copper, and tin, with a metal A : tin weight ratio of ≥ 0.7 : 1, comprising the steps of: (a1) systematic selection of the noble metal-tin alloy or (a2) systematic production of the noble metal-tin alloy, (b) dissolving nitric acid-soluble constituents of the noble metal-tin alloy with nitric acid by forming a nitic acid solution comprising the at least one metal B as dissolved nitrate and an undissolved residue, (c) separating the undissolved residue from the nitric acid solution, and (d) dissolving the separated residue in a medium comprising hydrochloric acid and at least one oxidising agent. (a1) systematic selection of the noble metal-tin alloy or (a2) systematic production of the noble metal-tin alloy, (b) dissolving nitric acid-soluble constituents of the noble metal-tin alloy with nitric acid by forming a nitic acid solution comprising the at least one metal B as dissolved nitrate and an undissolved residue, (c) separating the undissolved residue from the nitric acid solution, and (d) dissolving the separated residue in a medium comprising hydrochloric acid and at least one oxidising agent.
A method of melting a charge in a double-pass tilt rotary furnace , the furnace having a chamber bounded by a generally cylindrical wall with an axis extending from a closed end to an open end, and a door configured to cover the open end and wherein the door is split such that the lower portion and upper portion can be opened independently, the method comprising: adding a charge containing solids into the chamber; rotating the furnace in a direction of rotation about the axis; operating a first burner at a first firing rate, the first burner being mounted in a lower portion of the door and producing a first flame having a length; operating a second burner at a second firing rate, the second burner being mounted in an upper portion of the door above the lower portion of the door and producing a second flame having a length, the second flame being distal from the charge relative to the first flame ; exhausting combustion gases resulting from the first flame and the second flame through a flue positioned in the door above the charge ; in an initial phase when the solids in the charge impede development of the first flame , controlling the second firing rate to be greater than the first firing rate; and in an later phase after melting of the solids in the charge sufficiently that development of the first flame is not impeded, controlling the first firing rate to be greater than the second firing rate, wherein sensors are used to assist in decision making for the transition of the initial phase to the later phase. adding a charge containing solids into the chamber; rotating the furnace in a direction of rotation about the axis; operating a first burner at a first firing rate, the first burner being mounted in a lower portion of the door and producing a first flame having a length; operating a second burner at a second firing rate, the second burner being mounted in an upper portion of the door above the lower portion of the door and producing a second flame having a length, the second flame being distal from the charge relative to the first flame ; exhausting combustion gases resulting from the first flame and the second flame through a flue positioned in the door above the charge ; in an initial phase when the solids in the charge impede development of the first flame , controlling the second firing rate to be greater than the first firing rate; and in an later phase after melting of the solids in the charge sufficiently that development of the first flame is not impeded, controlling the first firing rate to be greater than the second firing rate, wherein sensors are used to assist in decision making for the transition of the initial phase to the later phase.
A masonry building element which comprises at least a first block and a second block made of concrete, and an intermediate insulating panel arranged between said first block and said second block and fixed thereto so as to form a single compact element, wherein said masonry building element further comprises a plurality of fastening elements , wherein said fastening elements are positioned inside said building element and comprise a middle portion which crosses the intermediate panel, a first side portion (5") which penetrates the first block and a second side portion (5") which penetrates the second block , wherein said second side portion (5"') is opposite to the first portion (5") with respect to said middle portion and wherein said building element comprises one or more empty chambers which cross said first block and/or said second block , characterized in that said plurality of fastening elements are nail-shaped, made in a single piece of galvanized or stainless steel and comprising a widened head and an arrow-headed end opposite to said widened head , in which said fastening elements mechanically fasten the insulating panel to said first block and to said second block .
Electronic seal module with a socket for a non-reusable seal with a flexible enveloping element in form of a cord , with cut-through channels (4, 5 and 7) in the module casing for passing the seal cord in its head and tail ends, with an electronic unit and components which provide control functions, track cord closing and opening, identify the module location and movement parameters, receive, process, store and transfer information, and capable of optional generation of electromagnetic signal to be recorded by an external receiver, wherein in the electronic unit with components which enable control functions, track seal closing, identify the location and movement parameters, receiving, processing, storage and transmission information, a device for monitoring cord loop closing and opening comprises a pulse generator and a detector , a threshold device , i.e. an analog-to-digital converter, an actuator and a microprocessor connected in series; where said pulse generator and said detector are coupled with interconnected induction coils (14 and 15) wound on ferrite core rings installed at least in one of the cut-through channels (4 or 5, and 7) of the module casing with a clearance between them.
An anhydrous powder-based cosmetic composition for application to skin, said composition comprising: (a) one or more cosmetically acceptable particulates, said cosmetically acceptable particulates being naturally hydrophobic or coated with a hydrophobic material; (b) at least one binder for the particulates of the powder-based cosmetic composition; and (c) a film-forming, oil-absorbing polymer having an affinity for sebum secreted from skin, wherein the oil-absorbing polymer is a heteropolymer having a protein backbone with lipophilic sidechains. (a) one or more cosmetically acceptable particulates, said cosmetically acceptable particulates being naturally hydrophobic or coated with a hydrophobic material; (b) at least one binder for the particulates of the powder-based cosmetic composition; and (c) a film-forming, oil-absorbing polymer having an affinity for sebum secreted from skin, wherein the oil-absorbing polymer is a heteropolymer having a protein backbone with lipophilic sidechains.