mhurhangee/ep-ind-claims huggingface dataset:
A brake cylinder configured to provide braking signaling to an automotive simulator, the brake cylinder comprising: a piston for being connected to a brake pedal, said piston being configured to move in an axial direction when said brake pedal is being depressed; a dampening device configured to provide resistance to the piston when the piston moves in an axial direction toward the dampening device; a sensor configured to measure a response to movement of said piston and send a signal to a processor of the automotive simulator indicating of that movement; wherein said piston comprises a mechanical stop configured to limit said axial movement of the piston in the axial direction, characterised in that when said brake pedal is being depressed said piston and mechanical stop move in the axial direction resulting in compression of the dampening device until the mechanical stop has engaged a stopping structure. a piston for being connected to a brake pedal, said piston being configured to move in an axial direction when said brake pedal is being depressed; a dampening device configured to provide resistance to the piston when the piston moves in an axial direction toward the dampening device; a sensor configured to measure a response to movement of said piston and send a signal to a processor of the automotive simulator indicating of that movement; wherein said piston comprises a mechanical stop configured to limit said axial movement of the piston in the axial direction, characterised in that when said brake pedal is being depressed said piston and mechanical stop move in the axial direction resulting in compression of the dampening device until the mechanical stop has engaged a stopping structure.
Boiling machine, which includes a feeder, disposed over one of the ends of a cleated perforated conveyer belt mounted horizontally along the longitudinal axis of an operation vessel, wherein the second end of the conveyer belt is extended out of one end of the vessel with an upward inclination outside the other end of the vessel and under it a collecting container is disposed, characterized in that under the conveyer belt plurality of air blowing nozzles are mounted and the belt is disposed under the level of the boiling water within the vessel.
A base for an item of seating furniture, in particular for a stool, which, on the bottom side thereof facing the floor, comprises a plurality of resilient elements projecting from the bottom side, wherein the resilient elements protrude or project from a plane of the bottom side, wherein the resilient elements are evenly distributed across the bottom side of the base, wherein the resilient elements are formed as tread blocks which each are surrounded by tread grooves (4, 4a), and wherein non-protruding regions of the bottom side or non-raised regions of a lower portion of the base are provided between the resilient elements, characterized in that the resilient elements have their base above the bottom side such that they only protrude slightly from the bottom side regardless of greater height.
Method for operating a magnetomechanical sensor apparatus for paramagnetic gas analysis, comprising - a test specimen for being rotatably suspended in an inhomogeneous magnetic field, - a conductor loop which is fastened to the test specimen in order to generate a torque for mechanically stabilizing the test specimen when current is supplied to the said conductor loop by electromagnetic interaction with the inhomogeneous magnetic field, - an electrically conductive suspension apparatus for rotatably mounting the test specimen and for supplying current to the conductor loop, which is connected in series with the said suspension apparatus, by means of electrical contact points (5a, 5b), wherein an electrical DC resistance between two points of the suspension apparatus is determined using a measuring apparatus, and this DC resistance is evaluated for the purpose of determining the temperature of the suspension apparatus, of the contact points (5a, 5b) and/or of the conductor loop. - a test specimen for being rotatably suspended in an inhomogeneous magnetic field, - a conductor loop which is fastened to the test specimen in order to generate a torque for mechanically stabilizing the test specimen when current is supplied to the said conductor loop by electromagnetic interaction with the inhomogeneous magnetic field, - an electrically conductive suspension apparatus for rotatably mounting the test specimen and for supplying current to the conductor loop, which is connected in series with the said suspension apparatus, by means of electrical contact points (5a, 5b), wherein an electrical DC resistance between two points of the suspension apparatus is determined using a measuring apparatus, and this DC resistance is evaluated for the purpose of determining the temperature of the suspension apparatus, of the contact points (5a, 5b) and/or of the conductor loop.
A flow access apparatus for a flow system in a subsea oil and gas production installation, the flow access apparatus comprising: a body; a plurality of connectors configured to connect the apparatus to a Christmas tree of the flow system; and a flow access interface for connecting the apparatus to a subsea process apparatus; wherein the body defines a plurality of flow paths (315, 317), and each flow path fluidly connects one of the plurality of connectors to the flow access interface to provide an intervention path from a connected subsea process apparatus to the flow system in use; wherein a first connector of the flow access apparatus is configured to be connected to a vertical tree connector of the Christmas tree. a body; a plurality of connectors configured to connect the apparatus to a Christmas tree of the flow system; and a flow access interface for connecting the apparatus to a subsea process apparatus; wherein the body defines a plurality of flow paths (315, 317), and each flow path fluidly connects one of the plurality of connectors to the flow access interface to provide an intervention path from a connected subsea process apparatus to the flow system in use; wherein a first connector of the flow access apparatus is configured to be connected to a vertical tree connector of the Christmas tree.
A liquid electrolyte fuel cell system comprising at least one fuel cell, each fuel cell comprising a liquid electrolyte chamber between opposed electrodes, the electrodes being an anode and a cathode, and means (22, 30) for supplying a gas stream to a gas chamber adjacent to an electrode and withdrawing (28, 38) a spent gas stream from the gas chamber adjacent to the electrode, the system also comprising a liquid electrolyte storage tank, and means to circulate liquid electrolyte between the liquid electrolyte storage tank and each liquid electrolyte chamber; wherein the system comprises a water storage tank and means (50, 51, 53, 55) for condensing water vapour from the spent gas stream, and for feeding the condensed water vapour into the water storage tank; the water storage tank having an overflow outlet; and with a duct providing communication between the liquid electrolyte storage tank and the water storage tank below the level of the overflow outlet; characterised in that the communication duct includes a non-return valve or a manual valve; the electrolyte circulation path includes a header tank with an overflow; and the water storage tank is adjacent to the liquid electrolyte storage tank, sharing a common wall with the electrolyte storage tank, so in use water in the water storage tank is warmed by the electrolyte in the electrolyte storage tank as heat passes through the common wall.
A brake pad (12a, 12b) for a disc brake for a motor vehicle, in particular for a utility vehicle, having a pad backplate (6, 60) that comprises a pad side with a frictional mass (5, 50) and an application side opposite the pad side, the pad side being provided with a structural arrangement having a plurality of recesses (21b, 21'b, 21"b) in which elevations (22, 22', 22") are arranged, the structural arrangement of the pad side comprising differently sized and shaped structural elements (21, 29-37), characterised in that a first group of structural elements (21, 29-30) of the differently sized and shaped structural elements (21, 29-37) in the structural arrangement are arranged in two straight rows (R1, R2) that run parallel to a longitudinal direction of the pad backplate, and in a configuration running around these rows (R1, R2), one row having three hexagonal honeycomb structural elements (30, 30') next to one another, there being at least two further honeycomb structural elements (30, 30') arranged in the row beneath so as to create a type of honeycomb structure.
Coupling connection with a hydraulic chamber, a fluid inlet connectable to a pump for pressurization of the hydraulic chamber to provide a coupling characterized in that, the coupling connection comprises a memory device, wherein the memory device comprises a communication interface establishing a wireless connection to a control device or handheld device or display device.
A speech synthesis device comprising: a reception section that receives a voice signal of an utterance; a pitch detection section that, based on the voice signal received by the reception section, detects a pitch of the utterance; a response selection section that selects voice data of a response to the utterance; a response pitch acquisition section that acquires a pitch based on the voice data of the response selected by the response selection section; a pitch shift amount determination section that determines a pitch shift amount for shifting the pitch acquired by the response pitch acquisition section to a target pitch having a particular relationship to the pitch of the utterance; and a response synthesis section that synthesizes voice of the response based on the voice data of the response, characterized in that said pitch of the utterance is a pitch of one representative portion of the utterance, the pitch shift amount determination section determines, as the target pitch, a pitch having a consonant-interval relationship to the pitch of the representative portion, and the response synthesis section is configured to shift, in accordance with one said shift amount, a pitch of the voice of the entire response to be synthesized. a reception section that receives a voice signal of an utterance; a pitch detection section that, based on the voice signal received by the reception section, detects a pitch of the utterance; a response selection section that selects voice data of a response to the utterance; a response pitch acquisition section that acquires a pitch based on the voice data of the response selected by the response selection section; a pitch shift amount determination section that determines a pitch shift amount for shifting the pitch acquired by the response pitch acquisition section to a target pitch having a particular relationship to the pitch of the utterance; and a response synthesis section that synthesizes voice of the response based on the voice data of the response, characterized in that said pitch of the utterance is a pitch of one representative portion of the utterance, the pitch shift amount determination section determines, as the target pitch, a pitch having a consonant-interval relationship to the pitch of the representative portion, and the response synthesis section is configured to shift, in accordance with one said shift amount, a pitch of the voice of the entire response to be synthesized.
A power pad, comprising: a base insulation pad; and a plurality of alternately charged strips (11, 12) electrically connected to at least one voltage source and physically atop the base insulation pad; characterized by a plurality of raised insulating ridges interstitially between alternating ones of the alternately charged strips (11, 12) and connectable to a mobile device having three contact balls, wherein the raised insulating ridges slidably distribute at least one of the at least three contact balls of the mobile device, wherein a first of the contact balls is guided to a first of the plurality of alternately charged strips (11, 12) by a first of the plurality of raised insulating ridges, and wherein a second and third of the contact balls are guided to a second of the plurality of alternately charged strips (11, 12) having a different charge than the first of the plurality of alternately charged strips (11, 12) by a second of the plurality of raised insulating ridges. a base insulation pad; and a plurality of alternately charged strips (11, 12) electrically connected to at least one voltage source and physically atop the base insulation pad; characterized by a plurality of raised insulating ridges interstitially between alternating ones of the alternately charged strips (11, 12) and connectable to a mobile device having three contact balls, wherein the raised insulating ridges slidably distribute at least one of the at least three contact balls of the mobile device, wherein a first of the contact balls is guided to a first of the plurality of alternately charged strips (11, 12) by a first of the plurality of raised insulating ridges, and wherein a second and third of the contact balls are guided to a second of the plurality of alternately charged strips (11, 12) having a different charge than the first of the plurality of alternately charged strips (11, 12) by a second of the plurality of raised insulating ridges.
Chucking device comprising a base body, a receptacle for a component to be clamped provided on an axial end section of the base body and clamping means (5, 6) for a fixing the component in the receptacle, wherein several threaded holes are formed in the base body along the circumference of the receptacle, into which adjustments screws are screwed or screwable for adjusting the clamped component, wherein the radial threaded holes are formed as through holes, that lead into the receptacle with an axial distance from a clamping section defined by the clamping means (5, 6) in such a way, that the turned in adjustment screws come into direct contact with the clamped component, characterized in that the threaded holes lead into the axially inner end section of the receptacle with axial distance from the clamping section.
A phenolic resin foam laminated sheet comprising: a phenolic resin foam; and a face material for covering a surface of the phenolic resin foam, the phenolic resin foam containing a hydrocarbon, a chlorinated aliphatichydrocarbon or a combination thereof, a density of the phenolic resin foam being 10 kg/m 3 or higher and 100 kg/m 3 or lower, an average cell diameter of the phenolic resin foam being 5 μm or larger and 200 μm or smaller, a closed cell content of the phenolic resin foam being 85% or higher and 99% or lower, and an absolute value of a dimensional change rate Δε b of the phenolic resin foam as measured in accordance with EN 1604 using a phenolic resin foam with 200-mm square in lengthwise and traverse directions after 70°C for 48 hours being 0.49% or lower, Δε b being calculated based on the equation Δε b = 100 x (b t -b 0)/ b 0, wherein b 0 represents a size at the initial stage and b t represents a size after being left standing for 48 hours. a phenolic resin foam; and a face material for covering a surface of the phenolic resin foam, the phenolic resin foam containing a hydrocarbon, a chlorinated aliphatichydrocarbon or a combination thereof, a density of the phenolic resin foam being 10 kg/m 3 or higher and 100 kg/m 3 or lower, an average cell diameter of the phenolic resin foam being 5 μm or larger and 200 μm or smaller, a closed cell content of the phenolic resin foam being 85% or higher and 99% or lower, and an absolute value of a dimensional change rate Δε b of the phenolic resin foam as measured in accordance with EN 1604 using a phenolic resin foam with 200-mm square in lengthwise and traverse directions after 70°C for 48 hours being 0.49% or lower, Δε b being calculated based on the equation Δε b = 100 x (b t -b 0)/ b 0, wherein b 0 represents a size at the initial stage and b t represents a size after being left standing for 48 hours.
A polynucleotide or the complementary polynucleotide thereof comprising a transposon comprising a cargo nucleic acid flanked by a left and a right inverted repeat/direct repeat (IR/DR), wherein (i) the transposon is capable of being mobilized by a Sleeping Beauty transposase protein; (ii) the left IR/DR comprises an outer left DR motif and an inner left DR motif, wherein the outer left DR motif comprises the nucleotide sequence of SEQ ID NO: 1 and the inner left DR motif comprises the nucleotide sequence of SEQ ID NO: 2; and (iii) the right IR/DR comprises an outer right DR motif and an inner right DR motif, wherein the outer right DR motif comprises a reverse complement of the nucleotide sequence of SEQ ID NO: 1 and the inner right DR motif comprises a reverse complement of the nucleotide sequence of SEQ ID NO: 2. (i) the transposon is capable of being mobilized by a Sleeping Beauty transposase protein; (ii) the left IR/DR comprises an outer left DR motif and an inner left DR motif, wherein the outer left DR motif comprises the nucleotide sequence of SEQ ID NO: 1 and the inner left DR motif comprises the nucleotide sequence of SEQ ID NO: 2; and (iii) the right IR/DR comprises an outer right DR motif and an inner right DR motif, wherein the outer right DR motif comprises a reverse complement of the nucleotide sequence of SEQ ID NO: 1 and the inner right DR motif comprises a reverse complement of the nucleotide sequence of SEQ ID NO: 2.
A vehicle system comprising: a shift operation device including an operator, the operator being configured to be returned to an initial position when not operated by a driver, the operator being configured to be operated by the driver to an operation position corresponding to an actual shift position of an automatic transmission; and a change mechanism configured to change the actual shift position by activating an actuator; the vehicle system further comprising: an electronic control unit configured to set a first required position based on the initial position and the operation position, electrically change the actual shift position based on the first required position, hold the first required position as a second required position until a new required position is set based on the operation position, and determine whether or not the vehicle system is abnormal by comparing the second required position with the actual shift position. a shift operation device including an operator, the operator being configured to be returned to an initial position when not operated by a driver, the operator being configured to be operated by the driver to an operation position corresponding to an actual shift position of an automatic transmission; and a change mechanism configured to change the actual shift position by activating an actuator; the vehicle system further comprising: an electronic control unit configured to set a first required position based on the initial position and the operation position, electrically change the actual shift position based on the first required position, hold the first required position as a second required position until a new required position is set based on the operation position, and determine whether or not the vehicle system is abnormal by comparing the second required position with the actual shift position. an electronic control unit configured to set a first required position based on the initial position and the operation position, electrically change the actual shift position based on the first required position, hold the first required position as a second required position until a new required position is set based on the operation position, and determine whether or not the vehicle system is abnormal by comparing the second required position with the actual shift position. set a first required position based on the initial position and the operation position, electrically change the actual shift position based on the first required position, hold the first required position as a second required position until a new required position is set based on the operation position, and determine whether or not the vehicle system is abnormal by comparing the second required position with the actual shift position.
A circuit for actively performing short-circuit, comprising: an undervoltage detecting circuit, wherein the undervoltage detecting circuit is connectable to an external driving power supply, and is configured to detect a driving power supply signal outputted from the external driving power supply and output, in a case that an amplitude of the driving power supply signal is lower than a first threshold, an emergency active short-circuit enable signal; and an emergency power supply connected to the undervoltage detecting circuit, wherein, the circuit for actively performing short-circuit further comprises an gate level selecting switch and a reverse-flow preventing circuit, wherein the reverse-flow preventing circuit is arranged between the external driving power supply and the emergency power supply, and is configured to insulate the driving power supply signal from the emergency power supply signal in a case that the emergency power supply is enabled, and the gate level selecting switch is connected to the undervoltage detecting circuit, wherein in response to the emergency active short-circuit enable signal, the emergency power supply is enabled and the gate level selecting switch is controlled to switch from a first conduction path to a second conduction path, to transmit an emergency power supply signal outputted from the emergency power supply to a bridge arm via the second conduction path, and wherein the first conduction path is a path between the bridge arm and an external bridge arm driving circuit, and the second conduction path is a path between the bridge arm and the emergency power supply. an undervoltage detecting circuit, wherein the undervoltage detecting circuit is connectable to an external driving power supply, and is configured to detect a driving power supply signal outputted from the external driving power supply and output, in a case that an amplitude of the driving power supply signal is lower than a first threshold, an emergency active short-circuit enable signal; and an emergency power supply connected to the undervoltage detecting circuit, wherein, the circuit for actively performing short-circuit further comprises an gate level selecting switch and a reverse-flow preventing circuit, wherein the reverse-flow preventing circuit is arranged between the external driving power supply and the emergency power supply, and is configured to insulate the driving power supply signal from the emergency power supply signal in a case that the emergency power supply is enabled, and the gate level selecting switch is connected to the undervoltage detecting circuit, wherein in response to the emergency active short-circuit enable signal, the emergency power supply is enabled and the gate level selecting switch is controlled to switch from a first conduction path to a second conduction path, to transmit an emergency power supply signal outputted from the emergency power supply to a bridge arm via the second conduction path, and wherein the first conduction path is a path between the bridge arm and an external bridge arm driving circuit, and the second conduction path is a path between the bridge arm and the emergency power supply.