mhurhangee/ep-ind-claims huggingface dataset:
Interferometer for measuring the position of a measurement reflector along a first direction, comprising: - a light source, - a beam splitter, which splits the beam emitted by the light source into a measurement beam and a reference beam, - a measurement arm extending in the first direction, in which measurement arm the measurement beam propagates between the beam splitter and the measurement reflector, which is moveable along the first direction, wherein the measurement reflector brings about an offset between the measurement beam incident thereon and the measurement beam reflected back therefrom perpendicular to the direction of incidence, - a reference arm extending in a second direction, in which reference arm the reference beam propagates between the beam splitter and a reference reflector, and - a detector arrangement, to which the measurement and reference beam superimposed and recombined at the beam splitter can be fed and by means of which a distance-dependent interference signal with regard to the position of the measurement reflector along the first direction can be generated, characterized in that the measurement reflector (3; 13) comprises in each case at least one transmission grating (3.1; 13.1) and a reflector element (3.2; 13.2). - a light source, - a beam splitter, which splits the beam emitted by the light source into a measurement beam and a reference beam, - a measurement arm extending in the first direction, in which measurement arm the measurement beam propagates between the beam splitter and the measurement reflector, which is moveable along the first direction, wherein the measurement reflector brings about an offset between the measurement beam incident thereon and the measurement beam reflected back therefrom perpendicular to the direction of incidence, - a reference arm extending in a second direction, in which reference arm the reference beam propagates between the beam splitter and a reference reflector, and - a detector arrangement, to which the measurement and reference beam superimposed and recombined at the beam splitter can be fed and by means of which a distance-dependent interference signal with regard to the position of the measurement reflector along the first direction can be generated, characterized in that the measurement reflector (3; 13) comprises in each case at least one transmission grating (3.1; 13.1) and a reflector element (3.2; 13.2).
Electronic brake system for a vehicle, comprising an electronic control device and wear sensors on brakes, signals of the wear sensors being transmitted wirelessly to the control device or to a receiver connected to the control device, characterized in that the control device has or is connected to a receiver for wireless signals of tire pressure sensors of a tire pressure monitoring system, and in that the wear sensors have or are connected to transmitters for the wireless transmission of signals of the wear sensors in the format of the signals of tire pressure sensors.
A power generating element (1a; 1b; 22; 24; 36) comprising: a piezoelectric body (4; 26) being expandable and contractible in response to a movement of a moving body, that undergoes a deformation when expanding or contracting and generates power when undergoing the deformation; a pair of electrodes (5; 6; 28; 30) that extracts the power generated as the piezoelectric body undergoes the deformation, wherein the piezoelectric body (4; 26) reversibly transitions between a first shape and a second shape different from the first shape, as the piezoelectric body (4; 26) expands or contracts, wherein the piezoelectric body (4; 26) is in one of the first shape and the second shape when the moving body does not act on the power generating element (1a; 1b; 22; 24; 36), and wherein one of the first shape and the second shape is a bent shape; said power generating element further comprising: an elastic support being expandable and contractible; and a flexible intermediate support intermittently secured to the elastic support in the direction of expansion or contraction, to have the bent shape, wherein both the piezoelectric body and the pair of electrodes (28; 30) have flexibility and are supported by the flexible intermediate support. a piezoelectric body (4; 26) being expandable and contractible in response to a movement of a moving body, that undergoes a deformation when expanding or contracting and generates power when undergoing the deformation; a pair of electrodes (5; 6; 28; 30) that extracts the power generated as the piezoelectric body undergoes the deformation, wherein the piezoelectric body (4; 26) reversibly transitions between a first shape and a second shape different from the first shape, as the piezoelectric body (4; 26) expands or contracts, wherein the piezoelectric body (4; 26) is in one of the first shape and the second shape when the moving body does not act on the power generating element (1a; 1b; 22; 24; 36), and wherein one of the first shape and the second shape is a bent shape; said power generating element further comprising: an elastic support being expandable and contractible; and a flexible intermediate support intermittently secured to the elastic support in the direction of expansion or contraction, to have the bent shape, wherein both the piezoelectric body and the pair of electrodes (28; 30) have flexibility and are supported by the flexible intermediate support. an elastic support being expandable and contractible; and a flexible intermediate support intermittently secured to the elastic support in the direction of expansion or contraction, to have the bent shape, wherein both the piezoelectric body and the pair of electrodes (28; 30) have flexibility and are supported by the flexible intermediate support.
A mowing cylinder cutter driven by a built-in outer rotor motor, wherein the mowing cylinder cutter comprises an outer rotor motor, blades and a reel; the outer rotor motor comprises a stator assembly and an outer rotor; the stator assembly is connected to a frame through a connecting member; and the blades are multiple and spiral; characterized in that the blades are fixedly connected to the reel through a plurality of support plates, such that there is no direct contact between the reel and the blades; at least one end of the reel is provided with the outer rotor motor, such that the end of the reel is surrounded by the outer rotor motor; and the outer rotor is fixedly connected to the reel and the blades, such that the blades are fixedly connected to both the outer rotor and the reel at the same time.
A device for manipulating the tongue, characterised in that the device comprises a spring or coil, the spring or coil being arranged to have a first configuration, in which it is adapted to be advanced into the tongue and with a long pitch, and a second configuration with a shorter pitch, wherein the spring or coil comprises a shape memory material, the spring or coil being arranged to change from the first configuration to the second configuration upon warming up to body temperature, thereby compressing the tongue tissue about or between the turns of the spring or coil, or a distal end, the distal end being attached to a wire, wherein the wire applies a tension to the coil to maintain the spring in the first configuration, the coil being arranged to assume the second configuration when the tension is released. a shape memory material, the spring or coil being arranged to change from the first configuration to the second configuration upon warming up to body temperature, thereby compressing the tongue tissue about or between the turns of the spring or coil, or a distal end, the distal end being attached to a wire, wherein the wire applies a tension to the coil to maintain the spring in the first configuration, the coil being arranged to assume the second configuration when the tension is released.
A method of manufacturing a vacuum insulated panel, the method comprising the steps of: (a) providing an insulated core having a shaped opening defined within the insulated core; (b) providing a first puck and a second puck; (c) positioning a first barrier film about a top surface of the insulated core and a second barrier film about a bottom surface of the insulated core; (d) disposing the first puck within the opening of the insulated core from a first side of the insulated core; (e) disposing the second puck within the opening of the insulated core from a second side of the insulated core; (f) evacuating the insulated core; (g) heat sealing the first barrier film and the second barrier film to thereby seal the insulated core in an evacuated state; and (h) removing the first puck and the second puck from the opening of the insulated core. (a) providing an insulated core having a shaped opening defined within the insulated core; (b) providing a first puck and a second puck; (c) positioning a first barrier film about a top surface of the insulated core and a second barrier film about a bottom surface of the insulated core; (d) disposing the first puck within the opening of the insulated core from a first side of the insulated core; (e) disposing the second puck within the opening of the insulated core from a second side of the insulated core; (f) evacuating the insulated core; (g) heat sealing the first barrier film and the second barrier film to thereby seal the insulated core in an evacuated state; and (h) removing the first puck and the second puck from the opening of the insulated core.
A portable screen apparatus comprising: a screen comprising at least three panels (16, 18) and at least four poles, each panel extending between two adjacent poles; and a plurality of base units, each base unit comprising an intermediate portion and two end portions arranged at opposite ends of the intermediate portion, wherein each end portion includes a socket adapted to receive one of said poles, the sockets in each base unit being spaced by a distance D, characterised in that at least one end portion has a convex perimeter portion adapted to contact a convex perimeter portion of an adjacent base unit, the socket in the end portion being substantially equidistant by distance R from a plurality of points on the convex perimeter portion, in that at least one of said panels is a connecting panel having a width W1, where W1 is substantially equal to 2R, and in that the two panels adjacent to the connecting panel are main panels each having a width W2, where W2 is substantially equal to D. a screen comprising at least three panels (16, 18) and at least four poles, each panel extending between two adjacent poles; and a plurality of base units, each base unit comprising an intermediate portion and two end portions arranged at opposite ends of the intermediate portion, wherein each end portion includes a socket adapted to receive one of said poles, the sockets in each base unit being spaced by a distance D, characterised in that at least one end portion has a convex perimeter portion adapted to contact a convex perimeter portion of an adjacent base unit, the socket in the end portion being substantially equidistant by distance R from a plurality of points on the convex perimeter portion, in that at least one of said panels is a connecting panel having a width W1, where W1 is substantially equal to 2R, and in that the two panels adjacent to the connecting panel are main panels each having a width W2, where W2 is substantially equal to D.
A non-oriented electrical steel sheet with excellent magnetic properties, comprising the following chemical composition in percentage by mass: C: 0-0.005%, Si: 2.1-3.2%, Mn: 0.2-1.0%, P: 0-0.2%, Al: 0.2-1.6%, N: 0-0.005%, Ti: 0-0.005%, Cu: 0-0.2%, with the balance being Fe and inevitable impurities; and the steel sheet meets the following Formula: the S content for forming MnS + the S content for forming Cu x S / the S content in the steel, measured by the method as of description, ≤ 0.2
An arrangement of an object position detection apparatus coupled with an automotive input device having a display unit in a vehicle, comprising - at least two radiation emitting elements (LED-1, LED-2) and at least one radiation receiving device, - wherein the at least one radiation receiving device is arranged to receive radiation emitted from the at least two radiation emitting elements (LED-1, LED-2) which is reflected from an object to be detected, - a detection processing device which is coupled to the at least one radiation receiving device, wherein the detection processing device is adapted to generate a first object position detection signal if radiation is received originating from a first number of the radiation emitting elements (LED-1, LED-2), and is adapted to generate a second object position detection signal if radiation is received originating from a second number of the radiation emitting elements (LED-1, LED-2) which is lower than the first number of radiation emitting elements, characterized in that the detection processing device is coupled with the automotive input device, wherein the first object position detection signal is adapted to cause the automotive input device to perform a first function and the second object position detection signal is adapted to cause the automotive input device to perform a second function, with the first object position detection signal causing the display unit to perform as first function a transition mode from a first display image to a second display image with a transition with multiple images inbetween, and the second object position detection signal causing the display unit to perform as second function in a single-step transition mode a single-step transition from a first display image to a second display image without transition with multiple images inbetween. - at least two radiation emitting elements (LED-1, LED-2) and at least one radiation receiving device, - wherein the at least one radiation receiving device is arranged to receive radiation emitted from the at least two radiation emitting elements (LED-1, LED-2) which is reflected from an object to be detected, - a detection processing device which is coupled to the at least one radiation receiving device, wherein the detection processing device is adapted to generate a first object position detection signal if radiation is received originating from a first number of the radiation emitting elements (LED-1, LED-2), and is adapted to generate a second object position detection signal if radiation is received originating from a second number of the radiation emitting elements (LED-1, LED-2) which is lower than the first number of radiation emitting elements,
An article of footwear, comprising: a sole structure including a side portion (356, 358), a lower portion and a lower periphery disposed between the side portion (356, 358) and the lower portion; the sole structure comprising a midsole having a first color; an insert disposed within a cavity of the midsole, the insert having a second color that is different from the first color; a first slot (331, 332) disposed on the side portion (356, 358) of the sole structure, the first slot (331, 332) extending through the midsole and a portion of the insert; a second slot disposed on the lower portion of the sole structure, the second slot extending through the midsole and a portion of the insert; a connecting portion of the sole structure extending to the lower periphery and separating the first slot (331, 332) from the second slot; and wherein a portion of the insert is visible through the first slot (331, 332). a sole structure including a side portion (356, 358), a lower portion and a lower periphery disposed between the side portion (356, 358) and the lower portion; the sole structure comprising a midsole having a first color; an insert disposed within a cavity of the midsole, the insert having a second color that is different from the first color; a first slot (331, 332) disposed on the side portion (356, 358) of the sole structure, the first slot (331, 332) extending through the midsole and a portion of the insert; a second slot disposed on the lower portion of the sole structure, the second slot extending through the midsole and a portion of the insert; a connecting portion of the sole structure extending to the lower periphery and separating the first slot (331, 332) from the second slot; and wherein a portion of the insert is visible through the first slot (331, 332).
Work machine having at least one hydraulic actuator for actuating a piece of working equipment, further hydraulic consumers (100, 110), two displacement consumers (20, 30) driven by drive assembly of the work machine, and a control block, wherein the first displacement unit feeds the control block with hydraulic medium from a hydraulic tank, the second displacement unit in the working mode feeds the control block with hydraulic medium from a hydraulic tank, and is drivable during a recovery mode by the hydraulic volume displaced by the at least one hydraulic actuator or by a hydraulic consumer (100, 110) in order to feed kinetic energy back to the drive assembly and the control block connects the pressure lines of the first and second displacement unit with the hydraulic actuator and the further consumers (100, 110), wherein at least one first ski selector valve having at least two switch positions is provided whose first switch position releases the flow from the second displacement unit to the control block and whose second switch position interrupts a volume flow between the second displacement unit and the control block, and wherein at least one second ski selector valve having at least two switch positions is provided via which a direct connection between the at least one hydraulic actuator and the second displacement unit, in particular a volume flow from the actuator to the second displacement unit, can be released or blocked.
A railway braking system having brakes with at least one shoe, configured to be mechanically connected to a support of a railway vehicle and including a body having one or more attachment points for the support, characterised in that the body is made of light alloy and/or composite and has one or more first smooth holes opening at least onto an outer face of the body, the railway braking system further includes a fastening interface made from steel and/or cast iron and having one or more first tapped orifices opening at least onto a first face of the fastening interface, and one or more second tapped orifices opening at least onto a second face of the fastening interface, opposite to the first face, and the railway braking system further includes one or more first fastening members for mechanical connecting the fastening interface to the body; and the railway braking system is configured so that the first face of the fastening interface is mounted so as to bear against the outer face of the body, with the first smooth hole(s) of the body being situated facing the first tapped orifice(s) of the fastening interface and the first fastening member(s) being introduced into the first smooth hole(s) of the body and the first tapped orifice(s) of the fastening interface for mechanical connecting thereof, thus leaving access free to said one or more second tapped orifices for mechanical connecting the support of the vehicle to the second face of the fastening interface, via one or more second fastening members.
Sulfur-crosslinkable rubber mixture, characterized in that it comprises at least the following constituents: - from 40 to 100 phr of at least one natural and/or synthetic polyisoprene and - 15 phr or more of at least one hydrocarbon resin which is composed of from 50 to 100% by weight of aliphatic C 5 monomers and of from 0 to 50% by weight of other monomers, where the Q value of the hydrocarbon resin according to formula I) is from 0.015 [°C•mol/gl to 0.050 [°C•mol/g]: I) Q = softening point [°C]/z-average Mz [g/mol], and where the softening point of the hydrocarbon resin in accordance with ASTM E28 (ring and ball) is from 60 to 200°C; and - from 10 to 300 phr of at least one silica. - from 40 to 100 phr of at least one natural and/or synthetic polyisoprene and - 15 phr or more of at least one hydrocarbon resin which is composed of from 50 to 100% by weight of aliphatic C 5 monomers and of from 0 to 50% by weight of other monomers, where the Q value of the hydrocarbon resin according to formula I) is from 0.015 [°C•mol/gl to 0.050 [°C•mol/g]: I) Q = softening point [°C]/z-average Mz [g/mol], and where the softening point of the hydrocarbon resin in accordance with ASTM E28 (ring and ball) is from 60 to 200°C; and I) Q = softening point [°C]/z-average Mz [g/mol], and where the softening point of the hydrocarbon resin in accordance with ASTM E28 (ring and ball) is from 60 to 200°C; and - from 10 to 300 phr of at least one silica.
A sorting device for sorting articles, comprising a conveyor which is movable in a conveying direction along a conveying path, the conveyor comprising a number of sorting units, each sorting unit comprising a carriage and at least one load-carrying element, connected to the carriage for supporting articles, wherein the load-carrying elements are movable with regard to an associated carriage for unloading articles from the load-carrying elements at predetermined unloading positions, at least two of the sorting units being coupled together, a gap being formed between two adjacent load-carrying elements of two sorting units that are coupled together, the gap being covered by an intermediate element adapted to support an article, the sorting device comprising a stationarily arranged removal device for moving a selected article in a transverse direction off the conveyor at a predetermined removal position, characterised in that the removal device comprises a support element, the support element being movable along a longitudinal direction extending parallel to the conveying path, a first drive means being adapted to move the support element with a speed and in a transversal position corresponding to the selected article, the removal device further comprising a pushing element supported by the support element, a second drive means being adapted to move the pushing element in the transverse direction in order to remove the article from the conveyor.
An apparatus for delivering a mechanical stimulus to the vestibulocochlear nerve of a patient, the apparatus comprising: at least one vibratory element adapted capable of delivering stimulus to the entire vestibulocochlear nerve comprising auditory stimulus between 0.1 Hz and about 40Hz and vibratory stimulus between about 0.3 Hz and about 15 Hz; and a microprocessor, operatively coupled to the vibratory element for controlling the delivery of stimuli via the at least one vibratory element, wherein the auditory and vibratory stimuli can be administered independently or combined. at least one vibratory element adapted capable of delivering stimulus to the entire vestibulocochlear nerve comprising auditory stimulus between 0.1 Hz and about 40Hz and vibratory stimulus between about 0.3 Hz and about 15 Hz; and a microprocessor, operatively coupled to the vibratory element for controlling the delivery of stimuli via the at least one vibratory element, wherein the auditory and vibratory stimuli can be administered independently or combined.
A variant operon comprising a genetically modified accBC promoter controlling the expression of a biotin carboxyl carrier protein (BCCP), wherein said promoter is selected from any one of SEQ ID NOS: 93, 94, 95, and 96, wherein said operon results in an increase in BCCP expression in a recombinant microbial cell as compared to a wild type microbial cell, and wherein said operon confers to said recombinant microbial cell an improved production of a malonyl-CoA-derived compound when compared to the corresponding wild type microbial cell.