mhurhangee/ep-ind-claims huggingface dataset:
A fuel cell system, characterized by comprising: a coolant flow passage through which a coolant flows that cools a power generation portion generating power by causing a reaction between hydrogen and oxygen; a circulation pump that operates to circulate the coolant in the coolant flow passage; a heat exchanger (10, 11) that exchanges heat with the coolant in the coolant flow passage; a tank disposed on the coolant flow passage in a position below the power generation portion in a vertical direction and storing the coolant; an air flow passage having its one end connected to the coolant flow passage and having its other end connected to the tank; and a first on-off valve provided on the air flow passage to open or close the air flow passage, wherein part of the air flow passage is disposed in a position higher than an uppermost part of the coolant flow passage in the vertical direction. a coolant flow passage through which a coolant flows that cools a power generation portion generating power by causing a reaction between hydrogen and oxygen; a circulation pump that operates to circulate the coolant in the coolant flow passage; a heat exchanger (10, 11) that exchanges heat with the coolant in the coolant flow passage; a tank disposed on the coolant flow passage in a position below the power generation portion in a vertical direction and storing the coolant; an air flow passage having its one end connected to the coolant flow passage and having its other end connected to the tank; and a first on-off valve provided on the air flow passage to open or close the air flow passage, wherein part of the air flow passage is disposed in a position higher than an uppermost part of the coolant flow passage in the vertical direction.
A linear compressor, comprising a suspension system, a hermetic shell, a motor-compressor assembly which is suspended, with its axis horizontally disposed, in the interior of the shell and presenting opposite ends (10a, 10b) spaced from said shell by an axial spacing, mounting elements, each attached to a respective end (10a, 10b) of the motor-compressor assembly and axially projecting therefrom, and suspension springs transversally disposed to the axis of the piston of the linear compressor, and mounted to the shell and to each respective mounting element, characterized in that it comprises stop elements, each having a mounting portion rigidly attached to the shell and a free end portion disposed between a respective end (10a, 10b) of the motor-compressor assembly and the adjacent suspension spring, and a first distance (d), defined between the stop element and the adjacent end (10a, 10b) of the motor-compressor assembly, being smaller than said axial spacing and smaller than a second distance defined between the free end portion of the stop element and an adjacent suspension spring.
A pharmaceutical form with at least one first active substance and at least one emulsifier, wherein the emulsifier is polyethylene glycol glycerides which are prepared by reaction of mono-, di- and/or triglycerides with polyethylene glycol, wherein the polyethylene glycol chain is the hydrophilic part of the emulsifier and is connected with a lipophilic part, wherein the emulsifier has an HLB value of at least 1 and at most 16, wherein the mass ratio of active substance to emulsifier is at least 1 to 30 and at most 1 to 1, and wherein the pharmaceutical form is a layer tablet comprising at least two layers, wherein the first layer is a first compartment and the second layer is a second compartment, wherein the first compartment comprises at least the first active substance and at least the emulsifier, and the emulsifier is not present in the second compartment, wherein the first active substance is cinnarizine or a salt of cinnarizine.
A method for displaying interactive overlays for multiple users of a surgical system, the method comprising: receiving, by a surgical hub, a plurality of data streams related to a surgical procedure; communicably coupling a first augmented reality display device to a surgical hub; linking, by the surgical hub, the first augmented reality display device to a first user; displaying, by the first augmented reality display device, a first interactive overlay customized for the first user based on at least one of the plurality of data streams; transmitting, by a first surgical instrument, a first surgical instrument data stream to the surgical hub, wherein in the first surgical instrument data stream is one of the plurality of data streams related to the surgical procedure; detecting, by the surgical hub, an error related to the first surgical instrument data stream; and causing, by the surgical hub, the first interactive data overlay to include an alert based on the detected error exceeding a risk level threshold. receiving, by a surgical hub, a plurality of data streams related to a surgical procedure; communicably coupling a first augmented reality display device to a surgical hub; linking, by the surgical hub, the first augmented reality display device to a first user; displaying, by the first augmented reality display device, a first interactive overlay customized for the first user based on at least one of the plurality of data streams; transmitting, by a first surgical instrument, a first surgical instrument data stream to the surgical hub, wherein in the first surgical instrument data stream is one of the plurality of data streams related to the surgical procedure; detecting, by the surgical hub, an error related to the first surgical instrument data stream; and causing, by the surgical hub, the first interactive data overlay to include an alert based on the detected error exceeding a risk level threshold.
A spun yarn take-up apparatus comprising: a yarn winding device including a bobbin holder that has a winding spindle extending in a horizontal direction and that allows a bobbin to be attached and removed from a leading end of the bobbin holder, the yarn winding device being configured to form a package by winding a yarn onto a bobbin attached to the bobbin holder; a plurality of godet rollers arranged above the yarn winding device, and configured to take up a yarn discharged from a spinning machine, draw the yarn, and then feed the yarn to the yarn winding device; and a working platform used for performing a yarn threading operation onto at least one of the plurality of godet rollers, the working platform being not shared with another spun yarn take-up apparatus, characterized in that the plurality of godet rollers have rotation axes thereof extending in parallel with an axial direction of the winding spindle, and the working platform is configured to selectively take an operation posture and a retracted posture, the working platform taking the operation posture being located on a leading end side of the bobbin holder relative to the bobbin holder with respect to the axial direction of the winding spindle, the operation posture being taken when the yarn threading operation is performed, and the working platform taking the retracted posture being distant from the bobbin holder. a yarn winding device including a bobbin holder that has a winding spindle extending in a horizontal direction and that allows a bobbin to be attached and removed from a leading end of the bobbin holder, the yarn winding device being configured to form a package by winding a yarn onto a bobbin attached to the bobbin holder; a plurality of godet rollers arranged above the yarn winding device, and configured to take up a yarn discharged from a spinning machine, draw the yarn, and then feed the yarn to the yarn winding device; and a working platform used for performing a yarn threading operation onto at least one of the plurality of godet rollers, the working platform being not shared with another spun yarn take-up apparatus, characterized in that the plurality of godet rollers have rotation axes thereof extending in parallel with an axial direction of the winding spindle, and the working platform is configured to selectively take an operation posture and a retracted posture, the working platform taking the operation posture being located on a leading end side of the bobbin holder relative to the bobbin holder with respect to the axial direction of the winding spindle, the operation posture being taken when the yarn threading operation is performed, and the working platform taking the retracted posture being distant from the bobbin holder. the working platform taking the operation posture being located on a leading end side of the bobbin holder relative to the bobbin holder with respect to the axial direction of the winding spindle, the operation posture being taken when the yarn threading operation is performed, and the working platform taking the retracted posture being distant from the bobbin holder.
Functional component, in particular for a motor vehicle, wherein the component (10, 20) comprises a cured fibre-composite moulding compound, and wherein at least one rubber bearing is integrated into the fibre-composite moulding compound, wherein the rubber bearing is pressed into a cutout in the cured fibre-composite moulding compound, characterized in that the rubber bearing comprises a metallic or plastics-containing outer ring and the outer ring has a first adhesive structure which prevents autonomous detachment of the rubber bearing from the cured fibre-composite moulding compound, wherein the cured fibre-composite moulding compound has a bushing for receiving the rubber bearing and the bushing has a second adhesive structure which comes into form-fitting engagement with the first adhesive structure of the outer ring of the rubber bearing.
A Thickness Shear Mode biosensor which comprises: - a culture medium, - a TSM transducer which comprises: an AT cut quartz resonator which has two opposite exterior surfaces (3A,3B), and two metal electrodes (4A, 4B), each metal electrode being deposited on one of the two exterior surfaces (3A,3B), characterized in that the TSM biosensor further comprises an ex vivo living skin explant in contact with the culture medium, the skin explant comprising dermis, epidermis and stratum corneum, the TSM transducer allowing to measure and to convert electrical parameters for determining mechanical characteristics of the living skin explant, and being configured to generate TSM waves into the ex vivo living skin explant, and in that the dermis is in contact with the TSM transducer, and the stratum corneum is in contact with air. - a culture medium, - a TSM transducer which comprises: an AT cut quartz resonator which has two opposite exterior surfaces (3A,3B), and two metal electrodes (4A, 4B), each metal electrode being deposited on one of the two exterior surfaces (3A,3B),
An industrial truck comprising a drive part and at least one load frame that comprises a wheel arm and that can perform a lifting movement by means of an actuating drive, wherein a pivotably mounted triangular lever is provided for each wheel arm and is pivotably mounted at a first articulation point on the load frame and at a second articulation point on the drive part and that is connected at a third articulation point to a kinematic rod that acts on one or more load wheels at a free end of the wheel arm and can thus move same relative to the wheel arm for a raised position, wherein the triangular lever is designed in two parts and comprises a first reversing lever and a second reversing lever, wherein the first articulation point and the second articulation point are provided on the first reversing lever and the third articulation point is provided on the second reversing lever, wherein the second reversing lever is pivotably articulated to a fourth articulation point on the first reversing lever, characterized in that the two-part triangular lever is designed such that, on account of the lifting movement of the load frame from a lowered position into the raised position, the second reversing lever together with the third articulation point is pivoted about the fourth articulation point relative to the first reversing lever from a release position, in which the second reversing lever together with the third articulation point is pivotable relative to the first reversing lever, into a coupling position, in which the reversing levers (46, 48) are only pivotable together about one of the articulation points without a change in position relative to one another.
A method for performing facial registration using a registration probe, comprising: selecting a plurality of target locations for registration; indicating, with the registration probe, that registration is taking place at each of the plurality of target locations; indicating, with the registration probe, that registration is complete at the each of the plurality of target locations as each target location is registered; and indicating, with the registration probe, that the facial registration of all target locations is complete, wherein the indicating that registration is to take place at each of the plurality of target locations includes depressing an actuator (A, 410) on the registration probe and the indicating that registration is complete at the each of the plurality of target locations as each target location is registered includes releasing the actuator, and wherein the indicating that the facial registration of all target locations is complete includes multiple depressing of an actuator. selecting a plurality of target locations for registration; indicating, with the registration probe, that registration is taking place at each of the plurality of target locations; indicating, with the registration probe, that registration is complete at the each of the plurality of target locations as each target location is registered; and indicating, with the registration probe, that the facial registration of all target locations is complete, wherein the indicating that registration is to take place at each of the plurality of target locations includes depressing an actuator (A, 410) on the registration probe and the indicating that registration is complete at the each of the plurality of target locations as each target location is registered includes releasing the actuator, and wherein the indicating that the facial registration of all target locations is complete includes multiple depressing of an actuator.
A jaw assembly for a demolition tool, the jaw assembly having a first jaw and a second jaw and characterised by comprising: at least one first coupling portion disposed on the first jaw, the at least one first coupling portion comprising: an intermediate contact member; a pair of side contact members laterally extending from opposite sides of the intermediate contact member, each side contact member having a first protrusion spaced from a second protrusion; a wear plate removably coupled to the at least one first coupling portion, the wear plate comprising: a body element saddling the intermediate contact member; a pair of spaced apart first engagement elements extending from an end of the body are engaged to the first protrusions; a pair of spaced apart second engagement elements extending from an opposite end of the body are engaged to the second protrusions; at least one second coupling portion adjacent to the at least one first coupling portion; an active module removably coupled to the at least one second coupling portion, the active module comprising: a body member mounted at the least one second coupling portion; a pair of braces disposed on opposite sides of the body member wherein a brace extends over the second engagement elements. at least one first coupling portion disposed on the first jaw, the at least one first coupling portion comprising: an intermediate contact member; a pair of side contact members laterally extending from opposite sides of the intermediate contact member, each side contact member having a first protrusion spaced from a second protrusion; an intermediate contact member; a pair of side contact members laterally extending from opposite sides of the intermediate contact member, each side contact member having a first protrusion spaced from a second protrusion; a wear plate removably coupled to the at least one first coupling portion, the wear plate comprising: a body element saddling the intermediate contact member; a pair of spaced apart first engagement elements extending from an end of the body are engaged to the first protrusions; a pair of spaced apart second engagement elements extending from an opposite end of the body are engaged to the second protrusions; a body element saddling the intermediate contact member; a pair of spaced apart first engagement elements extending from an end of the body are engaged to the first protrusions; a pair of spaced apart second engagement elements extending from an opposite end of the body are engaged to the second protrusions; at least one second coupling portion adjacent to the at least one first coupling portion; an active module removably coupled to the at least one second coupling portion, the active module comprising: a body member mounted at the least one second coupling portion; a pair of braces disposed on opposite sides of the body member wherein a brace extends over the second engagement elements. a body member mounted at the least one second coupling portion; a pair of braces disposed on opposite sides of the body member wherein a brace extends over the second engagement elements.
A combustion nailer (10, 80) configured for use with a fuel cell having an internal metering valve, a reciprocating, biased main stem, and an adapter (84, 120), said combustion nailer comprising: a tool housing defining a fuel cell chamber constructed and arranged for receiving the fuel cell; a fuel cell actuator assembly configured for actuating the fuel cell in said chamber to emit a measured dose of fuel during tool operation; a fuel delivery apparatus (44, 82) associated with said actuator assembly for receiving the emitted dose of fuel and providing it to a combustion chamber; wherein said fuel delivery apparatus is configured for permitting actuation of the main stem by said actuator assembly when the fuel cell is provided with said adapter, characterised in that said fuel delivery apparatus is configured for preventing actuation of the main stem by said actuator assembly when the fuel cell is not provided with said adapter. a tool housing defining a fuel cell chamber constructed and arranged for receiving the fuel cell; a fuel cell actuator assembly configured for actuating the fuel cell in said chamber to emit a measured dose of fuel during tool operation; a fuel delivery apparatus (44, 82) associated with said actuator assembly for receiving the emitted dose of fuel and providing it to a combustion chamber; wherein said fuel delivery apparatus is configured for permitting actuation of the main stem by said actuator assembly when the fuel cell is provided with said adapter, characterised in that said fuel delivery apparatus is configured for preventing actuation of the main stem by said actuator assembly when the fuel cell is not provided with said adapter.
Motor vehicle display device for the fascia of a passenger compartment, comprising: - on the one hand, a display module comprising - a flat screen, and - a frame for supporting said flat screen, and - on the other hand, a housing for the rear attachment of the display module against a reference stop in a display area of the fascia, the frame for supporting the flat screen being attached to the base of the attachment housing by means of connecting elements, each of which bears, on the one hand, against the attachment housing and, on the other hand, against the support frame, characterized in that the connecting elements comprise compressed resilient elements to keep the display module bearing against the reference stop of the fascia. - on the one hand, a display module comprising - a flat screen, and - a frame for supporting said flat screen, and - on the other hand, a housing for the rear attachment of the display module against a reference stop in a display area of the fascia, the frame for supporting the flat screen being attached to the base of the attachment housing by means of connecting elements, each of which bears, on the one hand, against the attachment housing and, on the other hand, against the support frame, characterized in that the connecting elements comprise compressed resilient elements to keep the display module bearing against the reference stop of the fascia.
A system for detecting and isolating faults in a Flush Air Data System, FADS, comprising: a plurality of pressure ports flushed to a nose cap of a space vehicle in crucifix form; at least three pressure transducers connected to each pressure port by a pneumatic tube for measuring surface pressure from said plurality of pressure ports; a plurality of FADS Sensor Interface Modules, FSIM, each connected to said pressure transducers; a digital signal processor, DSP, based FADS electronics connected to the said FSIM, and a Mission Management Computer, MMC, connected to the output of the FADS electronics through direct as well as cross strapped connection, wherein said DSP and said MMC are adapted to detect faulty pressure port from said plurality of pressure ports by cross comparing at least three pressure readings between two nearest neighbours at each pressure port against predefined thresholds; isolating two blocked or failed pressure ports if the pressure difference between them exceeds said predefined threshold value. a plurality of pressure ports flushed to a nose cap of a space vehicle in crucifix form; at least three pressure transducers connected to each pressure port by a pneumatic tube for measuring surface pressure from said plurality of pressure ports; a plurality of FADS Sensor Interface Modules, FSIM, each connected to said pressure transducers; a digital signal processor, DSP, based FADS electronics connected to the said FSIM, and a Mission Management Computer, MMC, connected to the output of the FADS electronics through direct as well as cross strapped connection, wherein said DSP and said MMC are adapted to detect faulty pressure port from said plurality of pressure ports by cross comparing at least three pressure readings between two nearest neighbours at each pressure port against predefined thresholds; isolating two blocked or failed pressure ports if the pressure difference between them exceeds said predefined threshold value.
A reversible mouldboard plough, wherein a plough beam is provided with a pair of plough bodies, a skimmer arrangement being connected to the plough beam providing a first skimmer and a second skimmer proximate and in front of the respective plough bodies, wherein each skimmer (141, 141a) is attached to a skimmer shank which is arranged displaceable in a longitudinal direction of the skimmer shank, and wherein the first skimmer and the second skimmer are interconnected with a synchronization mechanism arranged to provide equal displacement of the skimmers (141, 141a) relative to the respective plough bodies, the first skimmer and the second skimmer are further interconnected with a linear actuator arranged for displacing the skimmers (141, 141a) in the longitudinal direction of the skimmer shanks, and wherein a control unit is arranged for remote control of the displacement of the first and second skimmers (141, 141a), characterised in that a depth wheel is provided with a depth adjustment actuator, and the control unit is arranged to allow a change of the vertical position of the skimmers (141, 141a) correlated with a change of a vertical position of the depth wheel.