mhurhangee/ep-ind-claims huggingface dataset:
Setting device for driving fastening elements into a substrate, in particular handheld setting device, having a fitting which is provided for receiving a fastening element; a driving-in element which is provided for conveying a fastening element, which is received in the fitting, along a setting axis into the substrate; a drive which is provided for driving the driving-in element along the setting axis onto the fastening element; wherein the drive has an electric capacitor, a squirrel-cage motor which is disposed on the driving-in element, and a field coil which in a rapid discharge of the capacitor is passed through by a current and generates a magnetic field that accelerates the driving-in element towards the fastening element, and wherein the setting device has a control unit which is able to be operated in a normal mode and in a backup mode and in the normal mode is suitable for carrying out a rapid discharge and in the backup mode is suitable for carrying out a fuse discharge of the capacitor, in which the field coil is not passed through by a current, characterized in that the setting device has a detection means for detecting a status parameter of the setting device, wherein the control unit as a function of the detected status parameter is provided to go into the backup mode.
A wall-mounted drum washing machine comprising: a housing having one or more through-holes in a rear surface thereof; and one or more fastening or fixing units having a first side or end configured to be attached to a wall and a second side or end configured to be inserted through one of the one or more through-holes, and a buffer configured to be between the wall and the rear surface of the housing, the buffer having a buffer through-hole therein, the fastening or fixing unit being configured to pass through the buffer, wherein each of the through-hole(s) comprises a guide having a cross-sectional area that decreases from a rear surface of the housing toward a front of the housing and wherein an outer surface of the buffer is attached to or in contact with an inner surface of the guide when the buffer is coupled to the fixing unit.
A method for creating a proppant of a specific size from a slurry extracted from a fractured hydrocarbon well, the method comprising: separating water from the slurry, resulting in a slurry stream and a liquid stream; mixing the slurry stream with particulate, resulting in a feed material; fusing the feed material resulting in fused proppant material; quenching the fused proppant material; breaking the fused proppant material; sizing the broken material for the specific size; and mixing broken material that is not of the specific size with the feed material. separating water from the slurry, resulting in a slurry stream and a liquid stream; mixing the slurry stream with particulate, resulting in a feed material; fusing the feed material resulting in fused proppant material; quenching the fused proppant material; breaking the fused proppant material; sizing the broken material for the specific size; and mixing broken material that is not of the specific size with the feed material.
A side airbag device for an automobile, comprising: a side airbag including an occupant side base cloth portion disposed at an occupant side and a vehicle body side base cloth portion disposed at a vehicle body side portion side, the side airbag being stowed in a folded state; and a tether that is disposed inside the side airbag, and of which a height of an attachment portion thereof to the vehicle body side base cloth portion is specified to be different from a height of an attachment portion thereof to the occupant side base cloth portion, the tether dividing a cavity inside the side airbag into a lower chamber and an upper chamber, the lower chamber protecting a pelvis area of an occupant, and the upper chamber being in fluid communication with the lower chamber via a communication portion and protecting at least a torso area of the occupant; characterized by a gas jetting unit, a gas jetting aperture of which is disposed in the lower chamber, jetting gas out toward a lower face of the tether when operated, such that a direction of flow of the gas is diverted toward a vehicle lower side while the lower chamber is being inflated. a side airbag including an occupant side base cloth portion disposed at an occupant side and a vehicle body side base cloth portion disposed at a vehicle body side portion side, the side airbag being stowed in a folded state; and a tether that is disposed inside the side airbag, and of which a height of an attachment portion thereof to the vehicle body side base cloth portion is specified to be different from a height of an attachment portion thereof to the occupant side base cloth portion, the tether dividing a cavity inside the side airbag into a lower chamber and an upper chamber, the lower chamber protecting a pelvis area of an occupant, and the upper chamber being in fluid communication with the lower chamber via a communication portion and protecting at least a torso area of the occupant; a gas jetting unit, a gas jetting aperture of which is disposed in the lower chamber, jetting gas out toward a lower face of the tether when operated, such that a direction of flow of the gas is diverted toward a vehicle lower side while the lower chamber is being inflated.
Device for sensor-controlled activation of an electrical load at a twin-wire supply voltage connection, with a sensor unit (12, 14) arranged in the load current circuit in series with the electrical load and designed for controlled interruption of the load current circuit, as well as a power supply means (18, 20, 22) associated with the sensor unit, supplied with supply voltage, which comprises energy storage means for operation of the sensor unit independent of the activation state of the electrical load, wherein the sensor unit is adapted to activate the load over a minimum period of the activation state, characterised in that the current division means are associated with the load current circuit so that, in the activation state of the load, a partial current (I t) of the load current is applied for charging the energy storage means at a load unit (20, 22) associated with this, and a control unit associated with the energy storage means can extend the minimum period as reaction to a predetermined electrical charge state, in particular the achievement of a load condition threshold value (L1, L2), and/or can alter a current divider ratio of the current division means for varying the partial current and/or can implement an activation of the load.
A work vehicle comprising: a vehicle body including a wheel; a boom protruding forward from a front end of the vehicle body; a brake device configured to apply a braking force to the wheel; and a controller configured to drive the brake device based on detection data received from a sensor characterized in that the sensor is provided at a position corresponding to a tip end portion of the boom, and configured to detect an obstacle on a lateral side of the tip end portion; the sensor recovering at least on the left side and on the right side of the tip end portion of the boom is configured to detect an obstacle when the work vehicle enters an intersection, and the controller is configured to determine whether or not a detected obstacle is approaching the tip end portion of the boom based on the detection data, and drive the brake device according to a determination that the detected obstacle is approaching the tip end portion. a vehicle body including a wheel; a boom protruding forward from a front end of the vehicle body; a brake device configured to apply a braking force to the wheel; and a controller configured to drive the brake device based on detection data received from a sensor characterized in that the sensor is provided at a position corresponding to a tip end portion of the boom, and configured to detect an obstacle on a lateral side of the tip end portion; the sensor recovering at least on the left side and on the right side of the tip end portion of the boom is configured to detect an obstacle when the work vehicle enters an intersection, and the controller is configured to determine whether or not a detected obstacle is approaching the tip end portion of the boom based on the detection data, and drive the brake device according to a determination that the detected obstacle is approaching the tip end portion.
A biochip, comprising: a biochip layer; and an image sensor layer having a dielectric layer and epitaxial layer, the image sensor layer disposed directly on one surface of the biochip layer and configured to sense light with biochemical reaction information, which is emitted from the biochip layer, wherein the epitaxial layer includes a plurality of light sensing parts (PD1, PD2, PD3) configured to receive said light directed toward the image sensor layer from the biochip layer, wherein the dielectric layer is disposed directly on the epitaxial layer and includes a plurality of metal wiring lines, wherein the biochip layer includes a plurality of reaction regions (210a, 210b, 210c) which are groove-shaped, and wherein each of the reaction regions has a target sample (211a-c) in a first portion thereof, wherein the target sample includes a fluorescent material, and a reference sample (212a-c) in a second portion thereof, wherein the second portions are closer to the image sensor layer than the first portions, characterized in that the epitaxial layer is disposed between the dielectric layer and the biochip layer directly on the biochip layer, the plurality of light sensing parts include back side illumination photodiode structures disposed directly adjacent to the dielectric layer, and the reaction regions and light sensing parts are arranged such that light emitted from the reaction regions directly reaches and is absorbed by the respective light sensing parts without passing by the plurality of metal wiring lines and a filter. a biochip layer; and an image sensor layer having a dielectric layer and epitaxial layer, the image sensor layer disposed directly on one surface of the biochip layer and configured to sense light with biochemical reaction information, which is emitted from the biochip layer, wherein the epitaxial layer includes a plurality of light sensing parts (PD1, PD2, PD3) configured to receive said light directed toward the image sensor layer from the biochip layer, wherein the dielectric layer is disposed directly on the epitaxial layer and includes a plurality of metal wiring lines, wherein the biochip layer includes a plurality of reaction regions (210a, 210b, 210c) which are groove-shaped, and wherein each of the reaction regions has a target sample (211a-c) in a first portion thereof, wherein the target sample includes a fluorescent material, and a reference sample (212a-c) in a second portion thereof, wherein the second portions are closer to the image sensor layer than the first portions, characterized in that the epitaxial layer is disposed between the dielectric layer and the biochip layer directly on the biochip layer, the plurality of light sensing parts include back side illumination photodiode structures disposed directly adjacent to the dielectric layer, and the reaction regions and light sensing parts are arranged such that light emitted from the reaction regions directly reaches and is absorbed by the respective light sensing parts without passing by the plurality of metal wiring lines and a filter.
A clear liquid injectable solution of Pentazocine and Midazolam comprising: Pentazocine 7.5mg; Midazolam 0.5mg; acids to adjust pH, chelating agent and tonicity agent. Pentazocine 7.5mg; Midazolam 0.5mg; acids to adjust pH, chelating agent and tonicity agent.
A method for reducing or eliminating cooling injury during cryopreservation by vitrification of living systems, said method comprising: adding to a living system a preservation medium comprising a carrier solution and one or more cryoprotectants sufficient in concentration to induce vitrification upon cooling; and cooling the living system to a temperature below about 0°C; characterized in that the preservation medium comprises non-penetrating polymers in concentrations that increase the tonicity of the preservation medium to 1.2 to 1.7 times isotonic for reducing or eliminating cooling injury. adding to a living system a preservation medium comprising a carrier solution and one or more cryoprotectants sufficient in concentration to induce vitrification upon cooling; and cooling the living system to a temperature below about 0°C; characterized in that the preservation medium comprises non-penetrating polymers in concentrations that increase the tonicity of the preservation medium to 1.2 to 1.7 times isotonic for reducing or eliminating cooling injury.
A hearing device for positioning at or partially or fully in an ear canal, the hearing device comprising: - a housing including a cavity extending through the housing; - an optical transducer being mounted in the cavity, the optical transducer being mounted on a circuit board layer such that a spacing exists between a side of the optical transducer and a sidewall of the cavity; - the circuit board layer extending underneath the housing and touching the housing such that the optical transducer is held within the cavity and - a protective substance forming a shield over the optical transducer and the cavity, the protective substance configured to affect a field of view of the optical transducer. characterized in that the protective substance includes one or more sealing glues, the one or more sealing glues filling the cavity and forming the shield as an outwardly curved shield. - a housing including a cavity extending through the housing; - an optical transducer being mounted in the cavity, the optical transducer being mounted on a circuit board layer such that a spacing exists between a side of the optical transducer and a sidewall of the cavity; - the circuit board layer extending underneath the housing and touching the housing such that the optical transducer is held within the cavity and - a protective substance forming a shield over the optical transducer and the cavity, the protective substance configured to affect a field of view of the optical transducer.
Method for managing an object via a management gateway communicating with a system architecture present in a telecommunications network offering functionalities for registering objects, routing messages and semantics for managing the bandwidth, the method involving the registration of the object in the system architecture via the management gateway, using said registration functionality, and the control of an energy resource delivered and/or received by the object via said management gateway, using said functionality for routing messages, said method being characterised in that it replaces the bandwidth with said energy resource in the semantics for managing the bandwidth.
A paper sizing agent comprising a maleated vegetable oil size wherein at least 50% by weight of the total fatty acids of the triglycerides are monounsaturated and wherein said maleated vegetable oil is a reaction product of maleic anhydride and a vegetable oil selected from the group comprising rapeseed oil, high oleic sunflower oil, or hazelnut oil or a mixture thereof, and additionally comprising a second size comprising an alkenyl succinic anhydride size or a fatty acid anhydride size or a mixture thereof.
A device for assembling at least one plug housing with prefabricated cable ends (111, 121) of a cable harness, in particular a twisted harness comprised of at least two cables (110, 120), wherein the device has at least two cable grips (10, 20), each for gripping one of the at least two cables (110, 120) on a segment (112, 122) of its free cable end (111, 121), in particular untwisted, characterized in that for selective assembly, in particular for insertion of the cable ends (111, 121) with a longitudinal offset into the plug housing through a segment (211, 212, 213; 221, 222, 223) along the path of travel which is potentially critical for a successful assembly process, the at least two cable grips (10, 20) are displaceable independently of one another in the longitudinal direction of the cable ends (111, 121) to be gripped.
An electro-optic device comprising: an electro-optic crystal (220; 320) having a predetermined thickness (t x) and a first face; an electrode substrate (210; 310) disposed opposing the first face, wherein the electrode substrate (210; 310) comprises a substrate material having a thickness and a first electrode coating (212; 312) coupled to the substrate material; and a voltage source electrically coupled to the first electrode coating (212; 312), characterized in that a first gap operable to receive a coolant fluid is defined between the first face and the first electrode coating (212; 312). an electro-optic crystal (220; 320) having a predetermined thickness (t x) and a first face; an electrode substrate (210; 310) disposed opposing the first face, wherein the electrode substrate (210; 310) comprises a substrate material having a thickness and a first electrode coating (212; 312) coupled to the substrate material; and a voltage source electrically coupled to the first electrode coating (212; 312), characterized in that a first gap operable to receive a coolant fluid is defined between the first face and the first electrode coating (212; 312).
Bracelet clasp including: - a first rigid strip, wherein a first end is hinged on a first end of a second folding strip configured to receive a first bracelet strand at the second end thereof, and wherein a second end of the first strip is hinged on a first end of a third folding strip from which extend first and second branches (32, 33) to which is hinged, about an arbor, a cover provided with first and second flaps (40, 41) extending perpendicularly with respect to the cover, and means for holding a second bracelet strand such as a pin, the third strip partially covering the second end of the second strip when the clasp is in a closed position, - first and second push-pieces (320, 330) integral with the first and second branches (32, 33), - a locking mechanism configured to hold the third strip locked on the first strip when pressure is not simultaneously exerted on the push-pieces (320, 330), a safety device preventing rotation of the cover about the arbor in the counterclockwise direction causing the release of the second strand from the holding means if an attempt is made to open the cover when the clasp is in the closed position, the cover being blocked by the push-pieces (320, 330) when the clasp is in the closed position, characterized in that the safety device includes: - a spacer housed between the flaps (40, 41) of the cover, the ends of the spacer abutting against the flaps (40, 41) of the cover, - stop members configured to cooperate with the spacer to prevent rotation of the cover about the arbor when the clasp is in the closed position. - a first rigid strip, wherein a first end is hinged on a first end of a second folding strip configured to receive a first bracelet strand at the second end thereof, and wherein a second end of the first strip is hinged on a first end of a third folding strip from which extend first and second branches (32, 33) to which is hinged, about an arbor, a cover provided with first and second flaps (40, 41) extending perpendicularly with respect to the cover, and means for holding a second bracelet strand such as a pin, the third strip partially covering the second end of the second strip when the clasp is in a closed position, - first and second push-pieces (320, 330) integral with the first and second branches (32, 33), - a locking mechanism configured to hold the third strip locked on the first strip when pressure is not simultaneously exerted on the push-pieces (320, 330), a safety device preventing rotation of the cover about the arbor in the counterclockwise direction causing the release of the second strand from the holding means if an attempt is made to open the cover when the clasp is in the closed position, the cover being blocked by the push-pieces (320, 330) when the clasp is in the closed position, - a spacer housed between the flaps (40, 41) of the cover, the ends of the spacer abutting against the flaps (40, 41) of the cover, - stop members configured to cooperate with the spacer to prevent rotation of the cover about the arbor when the clasp is in the closed position.
A compound containing a liver targeting specific ligand and a thyroid hormone receptor agonist in the structure, wherein the liver targeting specific ligand X in the structure is connected to the thyroid hormone receptor agonist T sequentially through a branched chain L containing a structure for stabilizing steric hindrance, a linker B and a linking chain D, and the compound is represented by Formula of (X-L) n -B-D-T wherein n is 3, and Formula has a structure as shown below: wherein the compound has one of the structures shown in Kylo-0101 to Kylo-0103: wherein n is 3, and Formula has a structure as shown below: wherein the compound has one of the structures shown in Kylo-0101 to Kylo-0103:
Cutting device for cutting a wedge and/or conductive bar or coil and/or parts thereof within a slot of an electric machine, the device comprising: a saw with at least a blade, at least a guide for guiding the saw during cutting, the guide being connectable to the electric machine, the saw and the guide are withheld together preventing their separation. characterized in that the guide includes a slide that can be slidably housed within a slot of an electric machine a saw with at least a blade, at least a guide for guiding the saw during cutting, the guide being connectable to the electric machine, the saw and the guide are withheld together preventing their separation.
Cover for a handrail of a public means of transportation, which is designed to be releasably connected to the handrail and which comprises characters in blind script for conveying information to visually impaired passengers, characterized in that said cover comprises two half shells (3, 4) which have a latching mechanism (5, 6) with complementary parts, in order to lock the half shells (3, 4) to one another in a releasable fashion while enclosing the handrail, wherein the half shells (3, 4) are designed to clamp a predefined section of the handrail.