mhurhangee/ep-ind-claims huggingface dataset:
A non-transitory computer readable medium storing computer readable instructions that, when executed on an apparatus provided with a user interface (20, 22), cause the apparatus to: receive, from a user, an instruction to initiate an athletic performance recording session for recording an athletic performance; provide, to the user, a list of multiple sensors for detecting performance metrics of the athletic performance; receive, from the user, configuration information specifying one or more of the multiple sensors selected from the list by the user and configured to be used for detecting the performance metrics during the athletic performance; in response to said reception, activate a sensor initiation process for each of said one or more sensors selected by the user and configured to be used during the athletic performance, wherein the sensor initiation process includes establishing data communications between the apparatus and the one or more of the multiple sensors selected by the user from the list; and in response to determining that the sensor initiation process is successful with at least one of the one or more sensors selected by the user and configured to be used during the athletic performance, provide, to the user, an athletic performance recording start option, wherein, prior to data communications being established with one or more of the sensors selected by the user and configured to be used during the athletic performance, the athletic performance recording start option is not provided to the user. receive, from a user, an instruction to initiate an athletic performance recording session for recording an athletic performance; provide, to the user, a list of multiple sensors for detecting performance metrics of the athletic performance; receive, from the user, configuration information specifying one or more of the multiple sensors selected from the list by the user and configured to be used for detecting the performance metrics during the athletic performance; in response to said reception, activate a sensor initiation process for each of said one or more sensors selected by the user and configured to be used during the athletic performance, wherein the sensor initiation process includes establishing data communications between the apparatus and the one or more of the multiple sensors selected by the user from the list; and in response to determining that the sensor initiation process is successful with at least one of the one or more sensors selected by the user and configured to be used during the athletic performance, provide, to the user, an athletic performance recording start option, wherein, prior to data communications being established with one or more of the sensors selected by the user and configured to be used during the athletic performance, the athletic performance recording start option is not provided to the user.
A method of initiating a laser tip assembly, comprising: providing a laser tip assembly including an uninitiated optical fiber, the uninitiated optical fiber comprising a distal portion including a distal end portion defining a distal end; and applying an initiating material to at least a portion of the distal end portion, the initiating material comprising an enamel material and a base material; wherein the base material comprises at least one solvent, and the enamel material comprises metal powder or pigment; operatively coupling the uninitiated optical fiber to a laser source, the laser source operative to emit laser energy at prescribed wavelengths and output power ranges; and firing the laser source for a prescribed time interval, wherein the laser energy is at least partially absorbed in the initiating material, characterised in that the at least on solvent is organic, ignitable and flammable in air; and in that the absorbed energy ignites the organic solvent, and the ignition and combustion melts portions of the optical fiber so that the optical fiber gets impregnated with the metal powder or pigment of the initiating material. providing a laser tip assembly including an uninitiated optical fiber, the uninitiated optical fiber comprising a distal portion including a distal end portion defining a distal end; and applying an initiating material to at least a portion of the distal end portion, the initiating material comprising an enamel material and a base material; wherein the base material comprises at least one solvent, and the enamel material comprises metal powder or pigment; operatively coupling the uninitiated optical fiber to a laser source, the laser source operative to emit laser energy at prescribed wavelengths and output power ranges; and firing the laser source for a prescribed time interval, wherein the laser energy is at least partially absorbed in the initiating material, characterised in that the at least on solvent is organic, ignitable and flammable in air; and in that the absorbed energy ignites the organic solvent, and the ignition and combustion melts portions of the optical fiber so that the optical fiber gets impregnated with the metal powder or pigment of the initiating material.
A clamping device, comprising: a support (2a-d); and pressing parts (4a-d) respectively protruded from one end and the other end of the support (2a-d), wherein the support (2a-d) and the pressing parts (4a-d) define a bent part (6a-d) along a central region of an outer circumference of the support (2a-d) and the pressing part (4a-d) while forming a band shape, and the pressing parts (4a-d) comprise a locking hole (8a-d) intersecting the bent part (6a-d). a support (2a-d); and pressing parts (4a-d) respectively protruded from one end and the other end of the support (2a-d), wherein the support (2a-d) and the pressing parts (4a-d) define a bent part (6a-d) along a central region of an outer circumference of the support (2a-d) and the pressing part (4a-d) while forming a band shape, and the pressing parts (4a-d) comprise a locking hole (8a-d) intersecting the bent part (6a-d).
Adapter for aerosol cans, particularly for discharging mounting foams, said adapter comprising a receiving device for the valve of the aerosol can, a conveying tube for can content to be discharged, which is arranged at the receiving device, a connector on the conveying tube to accommodate a trunk used to enable the can content to be discharged in a well-aimed manner, as well as holding means for fixing the adapter, wherein two holding means serve for fixing the adapter to a crimping lip of the dome of the can, and wherein the receiving device has the shape of a hollow cylinder and is flexibly integrated into the adapter; characterized in that the adapter comprises a handle to actuate the receiving device counter to the valve of the can, and wherein the receiving device is flexibly connected with the conveying tube by means of a membrane such that when pressing the handle the shoulder of the conveying tube is vertically displaced relative to the receiving device.
A urine sampler comprising a urine cup, a switch tube base and a test tube, wherein the said urine cup is funnel-shaped with a connecting tube at the lower end; the said connecting tube is sleeved into the said switch tube base and the mouth of the said test tube is in threaded connection with the said switch tube base; characterized in that the said switch tube base includes a r ight-angled tube base which is composed of a tube base and a tube sleeve in right-angle connection, and a switch tube which includes a switch section with a through-hole on its side wall and a joint section with internal threads, the switch section of the said switch tube is sleeved into the tube sleeve of the said right-angled tube base rotationally.
Substrate construction comprising - a substrate, which has at least two separate silicon layers (10, 13) and which has a membrane in a partial region, wherein the thickness of the membrane is less than 200 μm, wherein the membrane comprises a part of a first of the silicon layers and the other silicon layer is formed as a frame, and - at least one diffusion barrier layer (14, 19, 22) in each case on the top side and underside of the first silicon layer for reducing the oxidation of the first silicon layer, wherein the diffusion barrier layer (14, 19, 22) covers at least the membrane, characterized by - that the two silicon layers are monocrystalline, and - a heating element (15, 25), which is designed to generate a temperature of more than 650°C in at least one part of the membrane. - a substrate, which has at least two separate silicon layers (10, 13) and which has a membrane in a partial region, wherein the thickness of the membrane is less than 200 μm, wherein the membrane comprises a part of a first of the silicon layers and the other silicon layer is formed as a frame, and - at least one diffusion barrier layer (14, 19, 22) in each case on the top side and underside of the first silicon layer for reducing the oxidation of the first silicon layer, wherein the diffusion barrier layer (14, 19, 22) covers at least the membrane, - that the two silicon layers are monocrystalline, and - a heating element (15, 25), which is designed to generate a temperature of more than 650°C in at least one part of the membrane.
A baling machine comprising a bale-forming chamber for receiving plant matter and forming it into a bale, the bale-forming chamber including one or more rotatable, bale-forming rollers and/or one or more bale-forming belt; and a feed mechanism for feeding a flexible wrapping material into the bale-forming chamber for wrapping a bale therein, wherein the baling machine includes an acoustic or vibration sensor that is capable of generating an output, the acoustic or vibration sensor sensing a waveform while wrapping material is being fed into the bale-forming chamber, and the output of the acoustic or vibration sensor indicating one or more of whether wrapping material (i) is being wrapped onto a said bale and (ii) is the subject of a wrapping failure, characterised in that one or more said bale-forming rollers and/or one or more said baling-forming belt includes a series of plant matter-engaging external protrusions supported at regular intervals about an external periphery; and in that the acoustic or vibration sensor is capable of sensing a waveform generated using the external protrusions (-38) at a frequency or in a frequency range or at an amplitude or in an amplitude range that is characteristic of wrapping material being wrapped onto a said bale and generates an output signal that is indicative of acceptable wrapping of a bale.
A sealing tape with a tape body containing a bituminous binding agent, characterized in that the bituminous binding agent is a reactively hardening bituminous binding agent which is based on up to 50 %, preferably 20 to 50 %, renewable raw materials.
A disposable injector comprising a housing having disposed at least section-wise therein or thereon at least one mechanical spring energy storage means, at least one cylinder-piston unit adapted to be filled at least temporarily with an active agent, at least one piston actuating plunger and at least one release unit, said spring energy storage means comprising at least one biased spring element and at least one part forming a plunger disk of the piston actuating plunger and positioned between the spring energy storage means and the piston of the piston-cylinder unit so that said spring element is located proximally on the plunger disk, - the housing comprising at least one pressure hook element each having at least one support surface in the area of its free end, - with the pressure hook element being secured in its locked position by a release element positioned in a locking position, - with the release element having a locking position in which it is secured to a closure cap and is released from it to slide linearly downwards along an outer wall of the housing towards the injection site, and - with the closure cap surrounding the bottom region of the cylinder of the cylinder-piston unit prior to actuation of the disposable injector, said bottom region being provided with an orifice, characterized in that - the plunger disk engages the support surface of the piston actuating plunger by its plunger disk, which is formed at least section-wise as a cylindrical disk, so that the spring-force-actuated plunger disk distally rests on said pressure hook, and in that - the release element has a release position in which the pressure hook is made to recede and release the piston actuating plunger so that the latter snaps downwards unchecked. - the housing comprising at least one pressure hook element each having at least one support surface in the area of its free end, - with the pressure hook element being secured in its locked position by a release element positioned in a locking position, - with the release element having a locking position in which it is secured to a closure cap and is released from it to slide linearly downwards along an outer wall of the housing towards the injection site, and - with the closure cap surrounding the bottom region of the cylinder of the cylinder-piston unit prior to actuation of the disposable injector, said bottom region being provided with an orifice, characterized in that - the plunger disk engages the support surface of the piston actuating plunger by its plunger disk, which is formed at least section-wise as a cylindrical disk, so that the spring-force-actuated plunger disk distally rests on said pressure hook, and in that - the release element has a release position in which the pressure hook is made to recede and release the piston actuating plunger so that the latter snaps downwards unchecked.
System comprising at least one closure cylinder and at least one motor vehicle key for activating the closure cylinder with a shaft which has a code-relevant portion which can cooperate with the closure cylinder, wherein the shaft has a first articulation so that a front portion of the shaft and a rear portion of the shaft can be folded together, wherein the code-relevant portion is arranged at the front first portion of the shaft and the first articulation is arranged outside the code-relevant portion, wherein on the rear portion of the shaft by means of a second articulation a gripping portion which can be pivoted relative to the rear portion of the shaft is coupled in an articulated manner to the rear portion of the shaft, characterised in that the key for activating the closure cylinder is introduced into a key receiving member of the closure cylinder until the rear portion of the shaft forms a positive-locking connection with the key receiving member of the closure cylinder so that a torque for activating the closure cylinder is transmitted exclusively from the rear portion of the shaft to the closure cylinder.
A monitoring system for monitoring the activities of a person in a residence, having: a motion detector for detecting a movement of the person in the residence provided in the residence and a central monitoring system, wherein the geometric detection region of the motion detector is associated with a specific geometric region of the residence, data from the motion detector for detecting the location of the person in the specific geometric region are transmitted continuously to the central monitoring system, the transmitted data are checked in the central monitoring system to determine whether they are within an expected data range, and an emergency signal is generated by the central monitoring system if the transmitted data are outside of the expected data range for longer than a predetermined period of time, characterized in that the expected data range was determined by means of previous monitoring of the person. a motion detector for detecting a movement of the person in the residence provided in the residence and a central monitoring system, wherein the geometric detection region of the motion detector is associated with a specific geometric region of the residence, data from the motion detector for detecting the location of the person in the specific geometric region are transmitted continuously to the central monitoring system, the transmitted data are checked in the central monitoring system to determine whether they are within an expected data range, and an emergency signal is generated by the central monitoring system if the transmitted data are outside of the expected data range for longer than a predetermined period of time, characterized in that the expected data range was determined by means of previous monitoring of the person.
A heat shielding material for use in an agricultural and horticultural facility comprising: a heat shielding layer comprising a base resin; and a heat shielding filler in the form of microparticles kneaded in the base resin, the heat shielding layer having been formed like a single film or board, wherein the base resin in the heat shielding layer is fluorine type resin; the heat shielding filler is at least one selected from lanthanum hexaboride and antimony-doped tin oxide; and the heat shielding filler is present in the heat shielding layer in a content set within the range of 0.01 to 1 g/m 2 in the case of lanthanum hexaboride and within the range of 1.0 to 50 g/m 2 in the case of antimony-doped tin oxide and wherein the heat shielding material for use in an agricultural and horticultural facility has a visible light transmittance in the range of 60 to 90%, a solar radiation transmittance in the range of 10 to 80%, a light transmittance in the range of 5 to 80% at a wavelength of 320 nm in an ultraviolet region, and light transmittance in the range of 3.4 to 70% at a wavelength of 290 nm in an ultraviolet region.
Rotating electric machine, having a continuous coating with a connecting layer produced by way of gas dynamic cold spraying, by way of which a plurality of machine components (5, 7, 11, 13) of the electric machine are permanently connected to one another and an outer surface of the electric machine is formed, wherein the machine components (5, 7, 11, 13) connected to one another by way of the connecting layer are two end shields (5, 7), a stator and a flange of the electric machine, wherein the connecting layer coats a stator outer surface, end shield outer surfaces (20 to 22) and a flange outer surface without gaps and is connected to the stator outer surface, the end shield outer surfaces (20 to 22) and the flange outer surface with a material bond, whereby the end shields (5, 7), the stator and the flange are permanently connected to one another, wherein machine components (5, 7, 11, 13) connected to one another by way of the connecting layer are not connected to one another by way of mechanical connecting elements and wherein an outer surface of the electric machine is formed by the connecting layer.
A lighting device comprising: a light source including: a member which includes a first placement portion, a guide and a second placement portion; a light source module which is disposed in the first placement portion; and a first terminal which is disposed in the second placement portion and is electrically connected to the light source module; and a heat sink including: a first receiver in which the second placement portion of the member is disposed; a second receiver in which a circuitry is disposed; and a second terminal which is disposed corresponding to the first terminal of the light source, wherein the first placement portion and the second placement portion are separated by the guide, the first terminal includes a positive (+) electrode and a negative (-) electrode disposed on the second placement portion, the second terminal includes a positive (+) electrode and a negative (-) electrode disposed on one side of the heat sink, the first terminal mechanically contacts and is electrically connected to the the second terminal when the second placement portion is received in a the first receiver of the heat sink, characterized in that the first terminal and the second terminal have a shape which is inserted and fitted like a battery or have a protruding shape which can be pushed inwardly. a light source including: a member which includes a first placement portion, a guide and a second placement portion; a light source module which is disposed in the first placement portion; and a first terminal which is disposed in the second placement portion and is electrically connected to the light source module; and a member which includes a first placement portion, a guide and a second placement portion; a light source module which is disposed in the first placement portion; and a first terminal which is disposed in the second placement portion and is electrically connected to the light source module; and a heat sink including: a first receiver in which the second placement portion of the member is disposed; a second receiver in which a circuitry is disposed; and a second terminal which is disposed corresponding to the first terminal of the light source, wherein the first placement portion and the second placement portion are separated by the guide, the first terminal includes a positive (+) electrode and a negative (-) electrode disposed on the second placement portion, the second terminal includes a positive (+) electrode and a negative (-) electrode disposed on one side of the heat sink, the first terminal mechanically contacts and is electrically connected to the the second terminal when the second placement portion is received in a the first receiver of the heat sink, characterized in that the first terminal and the second terminal have a shape which is inserted and fitted like a battery or have a protruding shape which can be pushed inwardly. a first receiver in which the second placement portion of the member is disposed; a second receiver in which a circuitry is disposed; and a second terminal which is disposed corresponding to the first terminal of the light source,
A method of navigating an autonomous vehicle having at least a first type of environment perception sensor, characterized in that the method comprises: receiving a plurality of sensor performance reports including a road segment identifier and sensor range data for the first type of environment perception sensor on the identified road segment; for each of a plurality of road segments, using the received sensor performance reports to determine at least a first average sensor range for the first type of sensor; selecting a route for the autonomous vehicle based at least in part on the first average sensor range for at least one road segment on the route; and causing the autonomous vehicle to follow the selected route.