mhurhangee/ep-ind-claims huggingface dataset:
A control and evaluation unit, embodied as an ASIC, for operating and evaluating at least one sensor, in particular for operating and evaluating at least one lambda probe of an internal combustion engine, wherein signal inputs for receiving analogue measurement signals of the at least one sensor are arranged, wherein received analogue measurement signals are digitized by means of an analogue/digital converter, and wherein a signal transmission unit, by means of which digitized signals are transmitted to a computing unit (110, 233), is arranged, wherein the signal inputs can be connected by means of a multiplexer, the control and evaluation unit has a single evaluation and measuring unit whose inputs can be connected flexibly by means of the multiplexer, or current switches/signal switches which are connected to the inputs can be connected flexibly by means of the multiplexer, and the control and evaluation unit additionally has a simulation unit whose input can be connected in a flexible way by means of the multiplexer or whose inputs are connected to current switches or signal switches which can also be connected in a flexible way by means of the multiplexer, and by means of the multiplexer it is possible to enable those signal inputs which are required for sensor-specific electrical voltage measurement and/or current measurement, characterized in that with the control and evaluation unit it is possible to operate at least two lambda probes of differing designs, which can be evaluated by means of voltage measurements or current measurements, and in that current switches and/or signal switches are arranged which can be controlled in a correspondingly chronological fashion by means of a programmable sequencing controller of the evaluation and control unit of the respective application.
A granule of core-shell type having a maximum size of 3 mm and adapted to float on the surface of stomach liquid, comprising: a) a solid neutral core; b) an inner layer applied to said neutral core and containing an active ingredient having an absorption site high up in the digestive tract, selected from the group formed by furosemide, tiapride, alfuzosine, captopril, GHB, metformin, nifedipine, buprenorphine, modafinil, methadone, nalbuphine, tetrahydrocannabinol and an alkaline agent able to generate gas release in the presence of said stomach liquid; c) and an outer coating layer. a) a solid neutral core; b) an inner layer applied to said neutral core and containing an active ingredient having an absorption site high up in the digestive tract, selected from the group formed by furosemide, tiapride, alfuzosine, captopril, GHB, metformin, nifedipine, buprenorphine, modafinil, methadone, nalbuphine, tetrahydrocannabinol and an alkaline agent able to generate gas release in the presence of said stomach liquid; c) and an outer coating layer.
A system comprising: a medical device (102, 106, 302) configured to: sense, by a channel (310, 312, 314) of the medical device, a non-stimulating sync signal; sense, by the channel (310, 312, 314) of the medical device used to sense the non-stimulating sync signal, physiological parameter measurements to generate a physiological signal; and in response to sensing the sync signal, generate a sync-coupled physiological signal. sense, by a channel (310, 312, 314) of the medical device, a non-stimulating sync signal; sense, by the channel (310, 312, 314) of the medical device used to sense the non-stimulating sync signal, physiological parameter measurements to generate a physiological signal; and in response to sensing the sync signal, generate a sync-coupled physiological signal.
A diaphragm valve, in particular for fluid media, comprising a valve body, a diaphragm and a connecting piece operable by a drive for acting on said diaphragm, wherein said valve body and said diaphragm are made of plastic, characterized in that two mutually independent sealings (48, 50) are provided for the fluid medium toward the outside by welding together said valve body and said diaphragm as well as by mechanically sealing said diaphragm between said drive or an intermediate piece on the one hand and said valve body on the other hand, wherein the mechanical sealing is formed in the shape of an annular circumferential protrusion on said valve body on the one hand and/or in the shape of an annular circumferential protrusion on said drive or on said intermediate piece on the other hand.
Galley for installation in a transportation means, in particular an aircraft, with a cooling system, the cooling system comprising: - a cooling device which comprises a coolant circuit adapted to be flown through with a coolant, - a first fluid line which is adapted to be flown through with a first fluid and which is thermally coupled with the coolant circuit of the cooling device in order to transfer heat from the first fluid flowing through the first fluid line to the coolant circulating in the coolant circuit, - a second fluid line which is adapted to be flown through with a second fluid and which is thermally coupled with the coolant circuit of the cooling device in order to transfer heat from the coolant circulating in the coolant circuit to the second fluid flowing through the second fluid line, characterised in that the second fluid line comprises a first portion integrated into or arranged adjacent to a worktop of the galley, the first portion of the second fluid line being adapted to be flown through with the second fluid in a direction parallel to the worktop. - a cooling device which comprises a coolant circuit adapted to be flown through with a coolant, - a first fluid line which is adapted to be flown through with a first fluid and which is thermally coupled with the coolant circuit of the cooling device in order to transfer heat from the first fluid flowing through the first fluid line to the coolant circulating in the coolant circuit, - a second fluid line which is adapted to be flown through with a second fluid and which is thermally coupled with the coolant circuit of the cooling device in order to transfer heat from the coolant circulating in the coolant circuit to the second fluid flowing through the second fluid line, characterised in that the second fluid line comprises a first portion integrated into or arranged adjacent to a worktop of the galley, the first portion of the second fluid line being adapted to be flown through with the second fluid in a direction parallel to the worktop.
A method, comprising: determining, by a processor of an apparatus, whether a padding buffer status report, in the following also referred to as BSR, is included in a first protocol data unit, in the following also referred to as PDU; characterized by skipping, by the processor, transmission of the first PDU when the padding BSR is included in the first PDU and data is available in a restricted logical channel, wherein the first PDU comprises solely the padding BSR; and wherein the first PDU comprises a medium access control, in the following also referred to as MAC, PDU, and wherein the MAC PDU comprises no MAC service data unit, in the following also referred to as SDU; wherein the MAC SDU is not generated for configured grants when only the restricted logic channel has the data available. characterized by skipping, by the processor, transmission of the first PDU when the padding BSR is included in the first PDU and data is available in a restricted logical channel, wherein the first PDU comprises solely the padding BSR; and wherein the first PDU comprises a medium access control, in the following also referred to as MAC, PDU, and wherein the MAC PDU comprises no MAC service data unit, in the following also referred to as SDU; wherein the MAC SDU is not generated for configured grants when only the restricted logic channel has the data available.
A method for forming a reaction product, the method comprising: providing an aqueous stream of fluid comprising a limiting dilution of unbound nucleic acid templates and primer pairs compatible with adapters for sequencing; forming, from the aqueous stream, a plurality of aqueous droplets, each comprising unbound nucleic acids and primer pairs compatible with adapters for sequencing; combining the aqueous droplets with an immiscible carrier fluid at a ratio to ensure that the aqueous droplets are not proximal each other; and performing a reaction in each of the aqueous droplets to form reaction products comprising an adapter for sequencing. providing an aqueous stream of fluid comprising a limiting dilution of unbound nucleic acid templates and primer pairs compatible with adapters for sequencing; forming, from the aqueous stream, a plurality of aqueous droplets, each comprising unbound nucleic acids and primer pairs compatible with adapters for sequencing; combining the aqueous droplets with an immiscible carrier fluid at a ratio to ensure that the aqueous droplets are not proximal each other; and performing a reaction in each of the aqueous droplets to form reaction products comprising an adapter for sequencing.
Subfloor structure for a rotary wing aircraft, the rotary wing aircraft comprising: an airframe extended along an anteroposterior plane, including and delimiting the subfloor structure with an outer bottom shell, a construction framework, and floor panels defining a floor surface at least locally perpendicular to an elevation direction of the anteroposterior plane; the subfloor structure having a pair of longerons extending at least locally along the longitudinal axis and at least a pair of crossbeams defined by inner and outer ribs and at least locally extending along a transverse direction orthogonal to the anteroposterior plane, the outer bottom shell having a bottom central portion delimited transversally by the two longerons, the outer bottom shell further having at least a pair of outer side shells extending outwards aside the bottom central portion; characterized in that the subfloor structure comprises an integral subfloor bowl hull made of a U-shaped one-piece and defining at least: the bottom central portion, two lateral transition regions and two upward web portions; the upward web portions integrally extending from the bottom central portion by forming the two longerons and being integrated to the integral subfloor bowl hull together with the two lateral transitional locations; the lateral transition regions being opposed one to the other relatively to the anteroposterior plane, each transition region being continuously merged with the bottom central portion and one of the two upward web portions, the outer side shells being attached to the integral subfloor bowl hull in the vicinity of the lateral transition regions.
A parking control method, applied in a vehicle, the method characterized by: receiving a parking request transmitted by a control device in a one-way short-range wireless communication manner of a first short-range wireless communication technology; establishing, after receiving the parking request, a short-range wireless communication connection of a second short-range wireless communication technology with the control device, wherein the second short-range wireless communication technology is different from the first short-range wireless communication technology; monitoring a current state of the established short-range wireless communication connection, in a process of performing a parking operation on the vehicle based on the parking request; and stopping performing the parking operation, when it is monitored that the current state of the established short-range wireless communication connection is disconnection. receiving a parking request transmitted by a control device in a one-way short-range wireless communication manner of a first short-range wireless communication technology; establishing, after receiving the parking request, a short-range wireless communication connection of a second short-range wireless communication technology with the control device, wherein the second short-range wireless communication technology is different from the first short-range wireless communication technology; monitoring a current state of the established short-range wireless communication connection, in a process of performing a parking operation on the vehicle based on the parking request; and stopping performing the parking operation, when it is monitored that the current state of the established short-range wireless communication connection is disconnection.
Device for measuring a battery current of a battery of a vehicle, comprising - a measurement path (21, 40), via which the total battery current to be measured flows during the measurement, - a measuring apparatus (26, 44a, 44b) for measuring a voltage drop across the measurement path (21, 40), and - a current determination apparatus (27, 44a, 44b) for determining the battery current on the basis of the measured voltage drop and a resistance of the measurement path, wherein the measurement path is formed by at least part of a cable with a thermistor (21, 40), wherein the device is designed to multiplex a predetermined measurement current along the measurement path (21, 40) and wherein the device has a resistance compensation apparatus (28, 44a, 44b), which is designed to determine a compensation voltage drop which is present along the measurement path (21, 40) owing to the predetermined measurement current, and to compensate for the resistance of the measurement path (21, 40) with the aid of the compensation voltage drop and the predetermined measurement current, characterized by a compensation cable, which runs parallel to the cable and is thermally coupled to the cable, wherein a temperature dependence of the resistance of the cable and of the compensation cable is substantially identical. - a measurement path (21, 40), via which the total battery current to be measured flows during the measurement, - a measuring apparatus (26, 44a, 44b) for measuring a voltage drop across the measurement path (21, 40), and - a current determination apparatus (27, 44a, 44b) for determining the battery current on the basis of the measured voltage drop and a resistance of the measurement path,
A pneumatic tire comprising: a pair of beads; a carcass extending along and inward of a tread and sidewalls and on and between one of the beads and the other bead; chafers positioned near the beads and abutted on a rim; an insulation; cushion layers, and an inner liner wherein each of the beads includes a core positioned inward of the bead in a radial direction, at an inside of the core in the radial direction, the insulation is laminated on the chafers so as to be located outward of the chafers in the radial direction, and, each of the cushion layers is laminated on the insulation so as to be located outward of the insulation in the radial direction, and a lower part of the insulation extends from the inner side toward the outer side in the axial direction and is interposed between the cushion layer and the chafer in the radial direction, characterized in that the insulation is located inward of the sidewall and interposed between the carcass and the inner liner in the axial direction, and the insulation and the cushion layer are formed from respective crosslinked rubbers different from each other, and a compressive elastic modulus (Eα*) of the crosslinked rubber of the cushion layer is smaller than a compressive elastic modulus (Eβ*) of the crosslinked rubber of the insulation.
A cellulosic material having a Gurley porosity number larger than 250 s/100ml, provided with a coating comprising • an oxidized carboxylated starch having a weight-average molecular weight of 0.3 - 10 × 10 6 Da; • a water-soluble starch extender present in a quantity of 0 to 25 wt.% based on the coating dry weight, selected from a crosslinked cationic polyalkylene amine and a zirconium carbonate. • an oxidized carboxylated starch having a weight-average molecular weight of 0.3 - 10 × 10 6 Da; • a water-soluble starch extender present in a quantity of 0 to 25 wt.% based on the coating dry weight, selected from a crosslinked cationic polyalkylene amine and a zirconium carbonate.
An electronic device configured for decoding a watermarked bitstream to generate a decoded first, higher frequency component signal and decoded second, lower frequency component signal of an audio signal, wherein the electronic devices comprises: decoder circuitry arranged to decode the watermarked bitstream to obtain the decoded second signal; and, modeler circuitry, coupled to the decoder circuitry, arranged to model the watermarked bitstream based on the decoded second signal to extract the watermark to obtain the decoded first signal. decoder circuitry arranged to decode the watermarked bitstream to obtain the decoded second signal; and, modeler circuitry, coupled to the decoder circuitry, arranged to model the watermarked bitstream based on the decoded second signal to extract the watermark to obtain the decoded first signal.
An air purifier comprising at least one removable particulate filter, a fan or impeller and a motor for driving said fan or impeller, a top and, opposite thereto, a base and means for elevating said base from the ground, at least one side surface connecting said top and base, a base air intake disposed on said base and facing the ground in a working configuration, a top air intake on said top and facing away from the ground in a working configuration, characterized in that said top and base are rectangular or square in form and comprise four side surfaces connecting said top and base, further characterized by pair of opposing air outlets wherein the air outlets are disposed on two opposing side surfaces.
A wireless transmit/receive unit, WTRU (102a, 102b, 102c, 102d), comprising: a processor configured to: send a first transmission comprising a first preamble; determine that a random access response, RAR, to the first transmission has not been detected during a RAR window having a first size; characterized in that the processor is further configured to: in response to the determination, increase the RAR window having the first size with an increase step size to obtain a second size for the RAR window; and detect a RAR during the RAR window having the second size. send a first transmission comprising a first preamble; determine that a random access response, RAR, to the first transmission has not been detected during a RAR window having a first size; increase the RAR window having the first size with an increase step size to obtain a second size for the RAR window; and detect a RAR during the RAR window having the second size.
A surgical stapling device, comprising: an end effector including an anvil jaw member and a cartridge jaw member pivotally coupled to one another, the anvil jaw member and the cartridge jaw member being relatively movable such that the end effector is movable between an open position and a clamped position; and a buttress attached to the cartridge jaw member, the buttress having a distal portion and a proximal portion, at least one of the distal portion and the proximal portion having a therapeutic agent thereon, characterized in that the therapeutic agent is applied as a coating to the distal portion of the buttress to form a first tab at the distal portion of the buttress, and the therapeutic agent is applied as a coating to the proximal portion of the buttress to form a second tab at the proximal portion of the buttress. an end effector including an anvil jaw member and a cartridge jaw member pivotally coupled to one another, the anvil jaw member and the cartridge jaw member being relatively movable such that the end effector is movable between an open position and a clamped position; and a buttress attached to the cartridge jaw member, the buttress having a distal portion and a proximal portion, at least one of the distal portion and the proximal portion having a therapeutic agent thereon, characterized in that the therapeutic agent is applied as a coating to the distal portion of the buttress to form a first tab at the distal portion of the buttress, and the therapeutic agent is applied as a coating to the proximal portion of the buttress to form a second tab at the proximal portion of the buttress.
A spinning unit comprising: a spinning device adapted to produce a spun yarn by twisting a fiber bundle, a yarn joining device, a suction pipe, a yarn accumulating device comprising a yarn accumulating roller provided downstream of the spinning device in a yarn travelling direction and adapted to accumulate the spun yarn by rotating and winding the spun yarn around an outer peripheral surface thereof, a yarn hooking member arranged downstream of the yarn accumulating roller and adapted to wind the spun yarn around the outer peripheral surface of the yarn accumulating roller by rotating with the yarn accumulating roller while being in contact with the spun yarn, and a yarn removing member adapted to remove the spun yarn from the yarn hooking member, characterized by at least one yarn removal detecting section (27b, 31, 50) adapted to detect a removal of the spun yarn from the yarn hooking member. a spinning device adapted to produce a spun yarn by twisting a fiber bundle, a yarn joining device, a suction pipe, a yarn accumulating device comprising a yarn accumulating roller provided downstream of the spinning device in a yarn travelling direction and adapted to accumulate the spun yarn by rotating and winding the spun yarn around an outer peripheral surface thereof, a yarn hooking member arranged downstream of the yarn accumulating roller and adapted to wind the spun yarn around the outer peripheral surface of the yarn accumulating roller by rotating with the yarn accumulating roller while being in contact with the spun yarn, and a yarn removing member adapted to remove the spun yarn from the yarn hooking member, characterized by at least one yarn removal detecting section (27b, 31, 50) adapted to detect a removal of the spun yarn from the yarn hooking member.
A circuit breaker, comprising a circuit breaker housing; and a button mechanism, an operating mechanism connected with said button mechanism, a movable contact connected with said operating mechanism and a static contact co-operated with said movable contact are all arranged in said circuit breaker housing; wherein operating said button mechanism enables the circuit breaker to switch on /switch off by means of said operating mechanism; the circuit breaker further includes an electric mechanism arranged inside said circuit breaker housing for remote controlling the circuit breaker, whereby said electric mechanism is drivingly co-operated with said button mechanism or said operating mechanism, said electric mechanism can actuate the circuit breaker to switch on /switch off by means of said operating mechanism, or said electric mechanism can actuate the circuit breaker to switch on /switch off by means of said button mechanism; wherein the circuit breaker further includes a short-circuit protection mechanism and an overload protection mechanism respectively drivingly co-operated with said operating mechanism, an arc extinguishing system, a wire-inlet terminal and a wire-outlet terminal, which are arranged in the circuit breaker housing respectively; said wire-outlet terminal and said button mechanism are arranged at one end of said circuit breaker housing, and said wire-inlet terminal is arranged at another end of said circuit breaker housing; said operating mechanism is positioned between said button mechanism and said wire-inlet terminal; said arc extinguishing system and said short-circuit protection mechanism are arranged side by side between said operating mechanism and said wire-inlet terminal; said electric mechanism is positioned between said operating mechanism and said wire-outlet terminal, and said electric mechanism and said wire-outlet terminal are positioned on the same side of said button mechanism; said overload protection mechanism is positioned on one side of said operating mechanism and between said arc extinguishing system and said wire-outlet terminal.