mhurhangee/ep-ind-claims huggingface dataset:
A tire having a tire cavity, first and second sidewalls extending respectively from first and second tire beads to a tire tread, the tire comprising a compression actuator means mounted to the tire within the tire cavity for delivering air to the tire cavity, the compression actuator means comprising a containment body formed from a resilient deformable material composition and containing a quantity of a non-compressible medium, wherein the containment body is configured to reciprocally transform between a deformed state and a non-deformed state responsive to a deformation and recovery of the tire when the tire is rotating under load, and wherein the containment body, in the deformed state, is configured to displace a quantity of the non-compressible medium for generating a compression force to deliver a volume of air to the tire cavity, the containment body being shaped to facilitate pivoting during rotation of the tire, characterized in that (i) the containment body has a first linear region and a second linear region both facing the tire cavity, conjunction of the two linear regions facilitating pivoting of the containment body and compression of the medium when the sidewall is proximate a footprint of the tire; or (ii) the containment body has a first curved region, a second notched region, and a third linear region all facing the tire cavity, the second notched region facilitating pivoting of the containment body and compression of the medium when the sidewall is proximate a footprint of the tire; or (iii) the containment body has internal notched regions and external notched regions, the internal and external notched regions facilitating pivoting of the containment body and compression of the medium when the sidewall is proximate a footprint of the tire; or (iv) the tire further comprises a clamp member for facilitating pivoting of the containment body and compression of the medium when the sidewall is proximate a footprint of the tire. (i) the containment body has a first linear region and a second linear region both facing the tire cavity, conjunction of the two linear regions facilitating pivoting of the containment body and compression of the medium when the sidewall is proximate a footprint of the tire; or (ii) the containment body has a first curved region, a second notched region, and a third linear region all facing the tire cavity, the second notched region facilitating pivoting of the containment body and compression of the medium when the sidewall is proximate a footprint of the tire; or (iii) the containment body has internal notched regions and external notched regions, the internal and external notched regions facilitating pivoting of the containment body and compression of the medium when the sidewall is proximate a footprint of the tire; or (iv) the tire further comprises a clamp member for facilitating pivoting of the containment body and compression of the medium when the sidewall is proximate a footprint of the tire.
A hatching egg inspection apparatus for inspecting a plurality of hatching eggs each arranged at a prescribed position, comprising: a light emitting unit including a light emitting element for emitting prescribed light toward said hatching eggs; a cap attachment unit having: a cap, which is arranged to correspond to said prescribed position, which comes into contact with said hatching egg, and which allows the light having been emitted from the light emitting element and having transmitted through the inside of or diffused in said hatching egg to pass through; and a base, to which said cap is attached; a light receiving unit including a light receiving element for receiving the light that has passed through said cap attachment unit via said cap; and a holding unit for detachably holding said cap attachment unit, characterized in that: said base is a plate-shaped base; and a plurality of caps is attached to said plate-shaped base. a light emitting unit including a light emitting element for emitting prescribed light toward said hatching eggs; a cap attachment unit having: a cap, which is arranged to correspond to said prescribed position, which comes into contact with said hatching egg, and which allows the light having been emitted from the light emitting element and having transmitted through the inside of or diffused in said hatching egg to pass through; and a base, to which said cap is attached; a light receiving unit including a light receiving element for receiving the light that has passed through said cap attachment unit via said cap; and a holding unit for detachably holding said cap attachment unit, characterized in that: said base is a plate-shaped base; and a plurality of caps is attached to said plate-shaped base. said base is a plate-shaped base; and a plurality of caps is attached to said plate-shaped base.
A device for retaining passive optical modules, said device comprising: - a base surface, - a first retaining member and a second retaining member arranged on said base surface for each passive optical module, - a receiving area defined between said first retaining member and said second retaining member for receiving a plurality of passive optical modules, wherein: the passive optical module comprises a body extending along the longitudinal direction from two opposite end portions, each end portion of the body having a respective front surface and an upper surface, and wherein - said first retaining member is spaced apart from the second retaining member along a longitudinal direction (X-X), - said receiving area is configured to receive at least two passive optical modules arranged mutually adjacent along a direction transverse to said longitudinal direction (X-X), - said first retaining member is configured to cooperate with said second retaining member to retain a plurality of passive optical modules arranged therebetween along said longitudinal direction (X-X), characterised in that - said first retaining member is configured to act on the front surface and on the upper surface of an end portion of at least one passive optical module so that the side-walls of adjacent passive optical modules are free to enter into contact. - a base surface, - a first retaining member and a second retaining member arranged on said base surface for each passive optical module, - a receiving area defined between said first retaining member and said second retaining member for receiving a plurality of passive optical modules, - said first retaining member is spaced apart from the second retaining member along a longitudinal direction (X-X), - said receiving area is configured to receive at least two passive optical modules arranged mutually adjacent along a direction transverse to said longitudinal direction (X-X), - said first retaining member is configured to cooperate with said second retaining member to retain a plurality of passive optical modules arranged therebetween along said longitudinal direction (X-X), characterised in that - said first retaining member is configured to act on the front surface and on the upper surface of an end portion of at least one passive optical module so that the side-walls of adjacent passive optical modules are free to enter into contact.
Measuring device for performing safety tests at a workbench which is formed as a containment and is in operating mode, wherein: a) the workbench, surrounded by a housing, has an internal working chamber with a working surface and also a working opening affording access to the working chamber; b) the measuring device has a distributor element for introducing a test medium ( T m) into the working chamber and external sensors for measuring the concentration of test medium ( T m) reaching the outside through the working opening; and c) the test medium ( T m) is a liquid or a particle substance which allows itself to be distributed by means of compressed air as a test aerosol in the working chamber by way of the distributor element, characterized in that d) the distributor element comprises at least one nozzle, preferably a number of nozzles, which are positioned on a nozzle carrier; wherein da) the nozzle carrier can be displaced along a widthwise extent of the working chamber on a transversal axis ( x-x) and is connected to a carriage; and db) the carriage is arranged on a guide; and e) connected to the carriage is a dummy, which can be positioned substantially outside the working chamber and is facing the working opening, wherein: ea) the dummy represents a replica of an upper body of an operator working at the workbench; and eb) the side of the dummy that is facing the working opening serves as a carrier for the external sensors. a) the workbench, surrounded by a housing, has an internal working chamber with a working surface and also a working opening affording access to the working chamber; b) the measuring device has a distributor element for introducing a test medium ( T m) into the working chamber and external sensors for measuring the concentration of test medium ( T m) reaching the outside through the working opening; and c) the test medium ( T m) is a liquid or a particle substance which allows itself to be distributed by means of compressed air as a test aerosol in the working chamber by way of the distributor element, characterized in that d) the distributor element comprises at least one nozzle, preferably a number of nozzles, which are positioned on a nozzle carrier; wherein da) the nozzle carrier can be displaced along a widthwise extent of the working chamber on a transversal axis ( x-x) and is connected to a carriage; and db) the carriage is arranged on a guide; and da) the nozzle carrier can be displaced along a widthwise extent of the working chamber on a transversal axis ( x-x) and is connected to a carriage; and db) the carriage is arranged on a guide; and e) connected to the carriage is a dummy, which can be positioned substantially outside the working chamber and is facing the working opening, wherein: ea) the dummy represents a replica of an upper body of an operator working at the workbench; and eb) the side of the dummy that is facing the working opening serves as a carrier for the external sensors. ea) the dummy represents a replica of an upper body of an operator working at the workbench; and eb) the side of the dummy that is facing the working opening serves as a carrier for the external sensors.
A wireless electronic device, comprising an antenna device, a housing accommodating the antenna device, and a radio resonant cavity, in which an electromagnetic wave may be formed, in such a way that a parallel resonance forms at a working frequency of the electronic device, the housing of the device comprising an electrically conductive frame and a front and a rear surface, and the frame forming a lateral surface which encloses an inner housing volume of the housing, characterized in that, inside the enclosed inner housing volume, an electrically conductive connection is established through the enclosed housing volume from a first location to a second opposing location of the electrically conductive frame, the first location and the second location being attached to two opposite sides of the electrically conductive frame in such a way that, inside the enclosed housing volume, the radio resonant cavity is partitioned as a result of the electrically conductive connection between the first and second locations (8, 9), the partitioned resonant cavity between the first and second locations (8, 9) having a radio path length which is adapted to one half the wavelength of the working frequency of the device, and the electrically conductive connection between the first location and the second location being achieved by means of an electrically conductive surface of a printed circuit board, the printed circuit board being disposed parallel to the front surface and the rear surface of the housing.
An inverted pendulum type vehicle including a main wheel capable of moving forward, rearward, leftward and rightward, and a vehicle body frame supported by the main wheel, the inverted pendulum type vehicle comprising: a sub-wheel arm vertically turnably supported on the vehicle body frame; and a sub-wheel supported by the sub-wheel arm and grounded, wherein the sub-wheel is supported through a deformable biasing device, the sub-wheel being biased into a predetermined position in relation to the sub-wheel arm, and the biasing device deforms to ground at least part of the sub-wheel arm when a downward load is exerted on the sub-wheel arm, characterized in that: wherein the sub-wheel arm includes a first sub-wheel arm turnably supported on the vehicle body frame, and a second sub-wheel arm supported on the first sub-wheel arm so as to be turnable within a predetermined turning range, and the biasing device is a spring provided between the first sub-wheel arm and the second sub-wheel arm, the spring biasing an end portion of the second sub-wheel arm on a sub-wheel side toward a floor surface side in relation to an end portion of the second sub-wheel arm on the first sub-wheel arm side, the sub-wheel includes a wheel rotatably supported on the sub-wheel arm, and a plurality of free rollers supported on an outer circumferential portion of the wheel so as to be each rotatable about a tangent to the wheel, and the wheel is driven by an electric motor. a sub-wheel arm vertically turnably supported on the vehicle body frame; and a sub-wheel supported by the sub-wheel arm and grounded, wherein the sub-wheel is supported through a deformable biasing device, the sub-wheel being biased into a predetermined position in relation to the sub-wheel arm, and the biasing device deforms to ground at least part of the sub-wheel arm when a downward load is exerted on the sub-wheel arm, characterized in that: wherein the sub-wheel arm includes a first sub-wheel arm turnably supported on the vehicle body frame, and a second sub-wheel arm supported on the first sub-wheel arm so as to be turnable within a predetermined turning range, and wherein the sub-wheel arm includes a first sub-wheel arm turnably supported on the vehicle body frame, and a second sub-wheel arm supported on the first sub-wheel arm so as to be turnable within a predetermined turning range, and the biasing device is a spring provided between the first sub-wheel arm and the second sub-wheel arm, the spring biasing an end portion of the second sub-wheel arm on a sub-wheel side toward a floor surface side in relation to an end portion of the second sub-wheel arm on the first sub-wheel arm side, the sub-wheel includes a wheel rotatably supported on the sub-wheel arm, and a plurality of free rollers supported on an outer circumferential portion of the wheel so as to be each rotatable about a tangent to the wheel, and the wheel is driven by an electric motor.
Straddle carrier for transporting and stacking containers, comprising - a vertically movable spreader, guided on the portal frame of the straddle carrier - at least one electrical drive motor (16, 17, 18) and - a first power unit for generating primary electrical energy for the at least one electrical drive motor (16, 17, 18), wherein the first power unit comprises a combustion engine and a power generator connected to the combustion engine, characterised in that the combustion engine is designed as a gas engine and the straddle carrier has an electronic control unit for controlling the energy flow, and a first inverter of the first power unit is in communication contact with the electronic control unit via a field bus. - a vertically movable spreader, guided on the portal frame of the straddle carrier - at least one electrical drive motor (16, 17, 18) and - a first power unit for generating primary electrical energy for the at least one electrical drive motor (16, 17, 18), wherein the first power unit comprises a combustion engine and a power generator connected to the combustion engine, characterised in that the combustion engine is designed as a gas engine and the straddle carrier has an electronic control unit for controlling the energy flow, and a first inverter of the first power unit is in communication contact with the electronic control unit via a field bus.
A brake disc arrangement for a vehicle, preferably a heavy duty vehicle such as a truck, comprising a brake disc extending annularly about an axially extending central axis and defining an inwardly facing circumference comprising a splined portion for transferring torques between the brake disc and a corresponding hub, when the brake disc arrangement is mounted to the hub; and a spring assembly adapted to be axially connected to the corresponding hub, wherein the inwardly facing circumference of the brake disc comprises one or more cavities, each cavity being defined by axially opposing lateral walls; and the spring assembly is partially contained in said one or more cavities, such that a portion of the spring assembly may abut each one out of the axially opposing lateral walls, characterized in that the spring assembly comprises a connection portion which extends radially towards the axially extending central axis from the inwardly facing circumference of the brake disc, adapted to be axially connected to the corresponding hub. wherein the inwardly facing circumference of the brake disc comprises one or more cavities, each cavity being defined by axially opposing lateral walls; and the spring assembly is partially contained in said one or more cavities, such that a portion of the spring assembly may abut each one out of the axially opposing lateral walls, characterized in that the spring assembly comprises a connection portion which extends radially towards the axially extending central axis from the inwardly facing circumference of the brake disc, adapted to be axially connected to the corresponding hub.
An article of footwear comprising: an upper; an outsole attached to the upper and including a ground-engaging surface; and a midsole disposed between the upper and the outsole and including a series of walls that define a series of channels extending substantially perpendicular to a longitudinal axis of the midsole and along an entire length of the midsole, the series of channels being isolated from one another and each receiving a quantity of foam beads therein. an upper; an outsole attached to the upper and including a ground-engaging surface; and a midsole disposed between the upper and the outsole and including a series of walls that define a series of channels extending substantially perpendicular to a longitudinal axis of the midsole and along an entire length of the midsole, the series of channels being isolated from one another and each receiving a quantity of foam beads therein.
A vehicle washing installation with at least one side washing brush (7, 7') which is mounted on a crossmember of the vehicle washing installation by means of a suspension so as to be rotatable about a first pivot axis and a second pivot axis which differs therefrom, wherein the suspension has a first actuating drive for pivoting the side washing brush (7, 7') about the first pivot axis and a second actuating drive for pivoting the side washing brush (7, 7') about the second pivot axis, characterized in that the suspension has a first bearing support which is mounted on a second bearing support so as to be rotatable about one of the pivot axes, and the second bearing support is mounted on the crossmember so as to be rotatable about the other pivot axis.
A rotational atherectomy device for removing a stenotic tissue from a vessel of a patient, the device comprising a rotatable, flexible, hollow drive shaft comprising at least one torque transmitting coil and, an abrasive element mounted to a distal end portion of the drive shaft, the abrasive element comprising an abrasive surface that is fixedly positioned relative to the drive shaft, characterised in that the drive shaft has a fluid impermeable membrane defining a lumen of the drive shaft and a distal support element formed by the fluid impermeable membrane folding on itself, the abrasive element being mounted proximal and spaced away from said distal support element, the distal support element being inflatable by pressurized fluid which flows in an antegrade direction through said lumen of the drive shaft and is at least partially re-directed into the distal fluid inflatable support element, wherein the distal fluid inflatable support element has an outer wall comprising an outflow opening located such that said outflow opening faces an inner surface of a treated vessel during rotation of the drive shaft so that a flow of fluid through said outflow opening forms a layer of fluid between the outer wall of the rotating fluid inflated distal support element and a wall of the treated vessel to form a fluid bearing between the outer wall of the rotating fluid inflated distal support element and the wall of the treated vessel, wherein the fluid impermeable drive shaft and the fluid impermeable membrane extends beyond a distal end of the torque transmitting coil and conveys torque to the abrasive element mounted to the drive shaft distal to and spaced away from the distal end of the torque transmitting coil.
A method to assemble a tiled display, the method comprising: cutting at least one length of a flexible substrate carrier material with at least one conducting track from a roll of a fixed width of continuous flexible substrate carrier material to form a flexible carrier substrate, wherein the conducting track extends end-to-end or is continuous on the flexible substrate carrier material such that the cutting can be performed anywhere; contacting a first flexible display tile to the at least one conducting track of the flexible carrier substrate; and contacting a second flexible display tile to the at least one conducting track of the flexible carrier substrate, wherein said first flexible display tile and said second flexible display tile are arranged in an adjacent position; each of said flexible display tiles having discrete luminous sources distributed thereon, each of said flexible display tiles being configured to drive the discrete luminous sources on it when connected to a power supply and when receiving data and control signals; and wherein the power, data and control signals are provided to the flexible display tiles through conducting tracks formed on the flexible carrier substrate. cutting at least one length of a flexible substrate carrier material with at least one conducting track from a roll of a fixed width of continuous flexible substrate carrier material to form a flexible carrier substrate, wherein the conducting track extends end-to-end or is continuous on the flexible substrate carrier material such that the cutting can be performed anywhere; contacting a first flexible display tile to the at least one conducting track of the flexible carrier substrate; and contacting a second flexible display tile to the at least one conducting track of the flexible carrier substrate, wherein said first flexible display tile and said second flexible display tile are arranged in an adjacent position; each of said flexible display tiles having discrete luminous sources distributed thereon, each of said flexible display tiles being configured to drive the discrete luminous sources on it when connected to a power supply and when receiving data and control signals; and wherein the power, data and control signals are provided to the flexible display tiles through conducting tracks formed on the flexible carrier substrate.