mhurhangee/ep-ind-claims huggingface dataset:
Linerless label media comprising: a substrate having a front side and a back side opposite the front side; a thermally-sensitive coating disposed on the front side of the substrate; and adhesive disposed on a portion of the back side of the substrate, characterised in that the adhesive comprises emulsion polymer particles and reinforcement particles dispersed within the emulsion polymer particles wherein the reinforcement particle have a greater aspect ratio than the emulsion polymer particles and are larger than the emulsion polymer particles. a substrate having a front side and a back side opposite the front side; a thermally-sensitive coating disposed on the front side of the substrate; and adhesive disposed on a portion of the back side of the substrate, characterised in that the adhesive comprises emulsion polymer particles and reinforcement particles dispersed within the emulsion polymer particles wherein the reinforcement particle have a greater aspect ratio than the emulsion polymer particles and are larger than the emulsion polymer particles.
Method for operating a non-track-bound convoy, consisting of at least one vehicle travelling ahead and at least one vehicle that is contactlessly coupled to the vehicle travelling ahead and directly follows the vehicle travelling ahead, in at least largely automated fashion, wherein the at least one vehicle directly following the vehicle travelling ahead follows the vehicle travelling ahead by means of at least largely automatic open-loop/closed-loop control, and wherein a car-to-car communication between the vehicle travelling ahead and the at least one vehicle directly following the vehicle travelling ahead is effected for this automatic open-loop/closed-loop control, wherein a photo-optical, optical-waveguide-less or optical-fibre-less car-to-car communication, effected in each case between a light wave emitter and a light wave receiver, is used for at least part of the car-to-car communication, characterized in that the light wave emitter used is a light wave emitter intended for at least one further purpose, other than the photo-optical communication, and the light wave receiver used is a light wave receiver intended for at least one further purpose, other than the photo-optical communication, wherein the light wave emitter used that is intended for the at least one further purpose, other than the photo-optical communication, is a brake light and/or a clearance lamp and/or a daytime running light, and the light wave receiver used that is intended for the at least one further purpose, other than the photo-optical communication, is a light/rain sensor, wherein the light/rain sensor is used for switching on and off a low beam of the vehicle depending on the brightness of the surroundings or for switching on and off a windshield wiper of the vehicle depending on the rain content of the air.
A device for closing a tissue opening, comprising: a capsule extending longitudinally from a proximal end to a distal end and including a lumen extending therethrough; a clip including a first arm and a second arm, proximal ends of which are slidably received in the lumen, the arms being movable between an open configuration in which distal ends of the arms are separated from one another to receive target tissue (12, 14) therebetween and a closed configuration in which the arms are drawn toward one another to grip the target tissue therebetween; a needle releasably connected to the first arm, the needle extending laterally inward toward the second arm and including a connecting structure extending along a portion thereof, the connecting structure being configured to engage a portion of the second arm, and a suture extending from a distal end connected to the needle to a proximal end extending proximally through the capsule, wherein the second arm includes an opening extending laterally therethrough and located so that, when the arms are moved to the closed configuration, the connecting structure of the needle engages the opening, wherein the arms are biased toward the open configuration and when the arms are drawn proximally into the capsule, the arms are constrained into the closed configuration via an interior surface of the capsule. a capsule extending longitudinally from a proximal end to a distal end and including a lumen extending therethrough; a clip including a first arm and a second arm, proximal ends of which are slidably received in the lumen, the arms being movable between an open configuration in which distal ends of the arms are separated from one another to receive target tissue (12, 14) therebetween and a closed configuration in which the arms are drawn toward one another to grip the target tissue therebetween; a needle releasably connected to the first arm, the needle extending laterally inward toward the second arm and including a connecting structure extending along a portion thereof, the connecting structure being configured to engage a portion of the second arm, and a suture extending from a distal end connected to the needle to a proximal end extending proximally through the capsule, wherein the second arm includes an opening extending laterally therethrough and located so that, when the arms are moved to the closed configuration, the connecting structure of the needle engages the opening, wherein the arms are biased toward the open configuration and when the arms are drawn proximally into the capsule, the arms are constrained into the closed configuration via an interior surface of the capsule.
A 1,2-alkane polyol-containing composition used in cosmetics, a raw material for fibers or a coating material, wherein the 1,2-alkane polyol is a 1,2-alkane polyol having 4 to 18 carbon atoms, and the composition comprises a tetramethylpiperidineoxyl radical scavenger.
A synchronous reluctance machine, comprising: a stator; a rotor disposed within the stator and configured to rotate relative to the stator; wherein a non-magnetic sleeve is disposed circumferentially around the rotor, characterised in that the sleeve thickness is between 1 mm and 2 mm and an air-gap radius is between 80 mm and 100 mm. a stator; a rotor disposed within the stator and configured to rotate relative to the stator; wherein a non-magnetic sleeve is disposed circumferentially around the rotor, characterised in that the sleeve thickness is between 1 mm and 2 mm and an air-gap radius is between 80 mm and 100 mm.
A disc brake caliper comprising: a guide assembly for permitting axial movement of the disc brake caliper relative to a support, e.g., a disc brake carrier, the assembly comprising: a through bore of the caliper; a guide bush to be mounted in the through bore of the caliper and having a non-circular outer surface; and a closure arranged to be seated at least partially within the through bore and be a barrier to the ingress of foreign matter into the through bore; characterised in that the assembly further comprises a stop to be retained by the closure and dimensioned radially so as to restrict axial displacement of the guide bush in at least a first direction, in use. a through bore of the caliper; a guide bush to be mounted in the through bore of the caliper and having a non-circular outer surface; and a closure arranged to be seated at least partially within the through bore and be a barrier to the ingress of foreign matter into the through bore; characterised in that the assembly further comprises a stop to be retained by the closure and dimensioned radially so as to restrict axial displacement of the guide bush in at least a first direction, in use.
Device for building stationary structures on a work surface, wherein the device comprises a scaffold, which is arranged around the work surface, wherein a working head is provided, which, with the help of multiple control cables, is held on the scaffold and is arranged above the work surface, wherein the working head comprises a nozzle for a sprayable building material and preferably shotcrete, wherein the nozzle preferably, by means of a line, is communicated with a building material source, wherein upper control cables are provided, which run above the working head from the scaffold, wherein lower control cables are provided, which run below the working head from the scaffold, wherein all control cables can be extended out of the scaffold and can be retracted to the scaffold, in order to change the position of the working head, and wherein a control unit is provided, which is connected with actuators for the extending and retracting of the control cables, and is configured to actuate these actuators to change the position of the working head, wherein the control unit is configured to automatically or semi-automatically actuate the actuators, and thus the position of the working head and/or the building material output via the nozzle and/or the lifting device, on the basis of control information from a control file, characterized in that the control file advantageously is a BIM or CAD file, and that the scaffold is configured height-adjustably. wherein the device comprises a scaffold, which is arranged around the work surface, wherein a working head is provided, which, with the help of multiple control cables, is held on the scaffold and is arranged above the work surface, wherein the working head comprises a nozzle for a sprayable building material and preferably shotcrete, wherein the nozzle preferably, by means of a line, is communicated with a building material source, wherein upper control cables are provided, which run above the working head from the scaffold, wherein lower control cables are provided, which run below the working head from the scaffold, wherein all control cables can be extended out of the scaffold and can be retracted to the scaffold, in order to change the position of the working head, and wherein a control unit is provided, which is connected with actuators for the extending and retracting of the control cables, and is configured to actuate these actuators to change the position of the working head, wherein the control unit is configured to automatically or semi-automatically actuate the actuators, and thus the position of the working head and/or the building material output via the nozzle and/or the lifting device, on the basis of control information from a control file, characterized in that the control file advantageously is a BIM or CAD file, and that the scaffold is configured height-adjustably.
A one-dimensional multi-element radiation detector, comprising: a photodiode array, including a first upper row of photodiode pixels and a second lower row of photodiode pixels, wherein the photodiode array is part of the radiation detector; a scintillator array, including a first upper row and a second lower row of scintillator pixels, wherein the first upper and second lower rows of scintillator pixels are respectively optically coupled to the first upper and second lower rows of photodiode pixels; readout electronics, wherein the readout electronics are part of the radiation detector, and electrical traces that interconnect the photodiode pixels and the readout electronics, characterized in that the photodiode array is part of a photosensitive area of a silicon substrate of the radiation detector and the readout electronics are part of a non-photosensitive area of the same silicon substrate, wherein the photosensitive area and the non-photosensitive area are different areas of the same silicon substrate, wherein the non-photosensitive area corresponds to an extended region of the silicon substrate and wherein the radiation detector is configured for spectral imaging. a photodiode array, including a first upper row of photodiode pixels and a second lower row of photodiode pixels, wherein the photodiode array is part of the radiation detector; a scintillator array, including a first upper row and a second lower row of scintillator pixels, wherein the first upper and second lower rows of scintillator pixels are respectively optically coupled to the first upper and second lower rows of photodiode pixels; readout electronics, wherein the readout electronics are part of the radiation detector, and electrical traces that interconnect the photodiode pixels and the readout electronics, characterized in that the photodiode array is part of a photosensitive area of a silicon substrate of the radiation detector and the readout electronics are part of a non-photosensitive area of the same silicon substrate, wherein the photosensitive area and the non-photosensitive area are different areas of the same silicon substrate, wherein the non-photosensitive area corresponds to an extended region of the silicon substrate and wherein the radiation detector is configured for spectral imaging.
Device with a steam generating evaporator tube attached at a lower end to an evaporator, with a plurality of outlet openings and with a container receiving salt stones, wherein the container is in flow connection with the outlet openings, wherein the evaporator tube is arranged vertically, having a plurality of outlet openings dispersed around its circumference and being surrounded by the container, and wherein the container is formed hollow-cylindrical and has an outer wall having a plurality of apertures, an inner wall provided with apertures and a bottom provided with apertures, wherein an intermediate space formed between the outer wall and the inner wall serves to receive the salt stones.
A plasticizer composition comprising an isophthalate-based material; and a citrate-based material, wherein weight ratio of the isophthalate-based material and the citrate-based material is 99:1 to 1:99, and wherein the citrate-based material comprises any one selected from the group consisting of a hybrid alkyl-substituted citrate-based material of carbon number 4 to 9 and non-hybrid alkyl-substituted citrate-based material of carbon number 4 to 9.
An isolated or recombinant polynucleotide comprising a nucleotide sequence encoding a polypeptide having glyphosate-N acetyltransferase activity and comprises an amino acid sequence comprising SEQ ID NO: 950.
Electromagnetic induction fluid heater, comprising: - a coil crossed by an alternating electric current for the generation of an electromagnetic field, - a container, arranged inside the electromagnetic induction coil, consisting of a hollow cylindrical element made of non-magnetic electrically non-conductive material, containing inside it a heating element, in the area in which the coil induces the electromagnetic field, - two perforated flanges for closing the container provided with connections for the passage of the fluid, - a thermal insulation between the coil and the container made of electrically non-conductive and non-magnetic material, wherein the heating element consists of a set of balls, characterized in that the set of balls have a core (4 ") of electrically conductive material and an outer coating (4 ') of electrically insulating material. - a coil crossed by an alternating electric current for the generation of an electromagnetic field, - a container, arranged inside the electromagnetic induction coil, consisting of a hollow cylindrical element made of non-magnetic electrically non-conductive material, containing inside it a heating element, in the area in which the coil induces the electromagnetic field, - two perforated flanges for closing the container provided with connections for the passage of the fluid, - a thermal insulation between the coil and the container made of electrically non-conductive and non-magnetic material, wherein the heating element consists of a set of balls, characterized in that the set of balls have a core (4 ") of electrically conductive material and an outer coating (4 ') of electrically insulating material.
A user-wearable illumination assembly for use with eyeglass frames, the illumination assembly comprising a clip assembly selectively removably couplable to a bridge portion of the eyeglass frames, a headlamp coupled to the clip, and at least one battery (350a, 350b) selectively removably couplable to the eyeglass frames, the user wearable illumination assembly characterized by at least one electrical conductor (372a, 372b) operatively coupling the battery (350a, 350b) to the headlamp, wherein the headlamp is removably coupled to the clip, and wherein the user-wearable illumination assembly further comprises: first mounting structure on the clip for removably supporting the headlamp thereon; a first electrical contact associated with the first mounting structure; second mounting structure on the headlamp and cooperating with the first mounting structure on the clip to removably support the headlamp on the clip; a second electrical contact associated with the second mounting structure; and electrical circuitry integrated with the clip and configured to provide electrical communication with the headlamp via the first and second electrical contacts (40, 42) when the second mounting structure is coupled to the first mounting structure to support the headlamp on the clip. first mounting structure on the clip for removably supporting the headlamp thereon; a first electrical contact associated with the first mounting structure; second mounting structure on the headlamp and cooperating with the first mounting structure on the clip to removably support the headlamp on the clip; a second electrical contact associated with the second mounting structure; and electrical circuitry integrated with the clip and configured to provide electrical communication with the headlamp via the first and second electrical contacts (40, 42) when the second mounting structure is coupled to the first mounting structure to support the headlamp on the clip.
A nacelle assembly for a gas turbine engine, comprising: a fan exhaust nozzle; a core nacelle, wherein said core nacelle includes an afterbody portion; an integrated afterbody mount case (62;162) including an outer ring (66;166) having a radially outer surface (70;170) configured for interfacing with a mount assembly and a radially inner surface (72;172); a core engine casing; and a plurality of spokes (68;168) that interface with and extend radially inwardly from said radially inner surface (72;172), wherein said plurality of spokes (68;168) are circumferentially disposed about said outer ring (66;166), wherein said plurality of spokes (68;168) extend between said outer ring (66;166) and the core engine casing; characterised in that: said after body portion extends aft of said fan exhaust nozzle, and said integrated afterbody mount case (62; 162) is connected to said afterbody portion aft of said afterbody portion. a fan exhaust nozzle; a core nacelle, wherein said core nacelle includes an afterbody portion; an integrated afterbody mount case (62;162) including an outer ring (66;166) having a radially outer surface (70;170) configured for interfacing with a mount assembly and a radially inner surface (72;172); a core engine casing; and a plurality of spokes (68;168) that interface with and extend radially inwardly from said radially inner surface (72;172), wherein said plurality of spokes (68;168) are circumferentially disposed about said outer ring (66;166), wherein said plurality of spokes (68;168) extend between said outer ring (66;166) and the core engine casing; characterised in that: said after body portion extends aft of said fan exhaust nozzle, and said integrated afterbody mount case (62; 162) is connected to said afterbody portion aft of said afterbody portion.
Vascular prosthesis for connection to a natural cardiovascular system, comprising a volume chamber, wherein the volume chamber has, in a blood pressure range below a pressure threshold value D of at least 100 mm Hg, a pressure-expansion behaviour substantially corresponding to the pressure-expansion behaviour of a natural blood vessel, while the volume of the volume chamber, depending on the pressure, increases by at least 10 cm3 in a blood pressure range above the pressure threshold value D, characterised in that the vascular prosthesis is a textile tube, wherein the textile tube includes, in the region of the volume chamber, an elastic yarn having a core made from silicone yarn around which a yarn made from polyethylene terephthalate is wrapped.
An apparatus, which forms a stereoscopic image by alternately displaying a left image and a right image, for reproducing a stereoscopic image in a pause mode, the apparatus comprising: a decoder unit configured to perform decoding on received image information; a three-dimensional format generation unit configured to pair the left and right images which are temporally consistent to generate stereoscopic image data; and a user input processing unit configured to: - receive a user selection with respect to image reproduction and - deliver a corresponding signal to the decoder unit and the three-dimensional format generation unit, wherein, when the user input processing unit receives a selection of a pause mode from the user, the decoder unit is configured to stop the decoding operation on the basis of the signal from the user input processing unit and the three-dimensional format generation unit is configured to generate the stereoscopic image data by using the left and right images, characterized by when the user input processing unit receives a selection of changing the stereoscopic image being reproduced in the pause mode into a two-dimensional frame from the user, the three-dimensional format generation unit is configured to generate the two-dimensional frame by interpolating the left and right images, wherein the two-dimensional frame is repeatedly output in the pause mode. a decoder unit configured to perform decoding on received image information; a three-dimensional format generation unit configured to pair the left and right images which are temporally consistent to generate stereoscopic image data; and a user input processing unit configured to: - receive a user selection with respect to image reproduction and - deliver a corresponding signal to the decoder unit and the three-dimensional format generation unit, - receive a user selection with respect to image reproduction and - deliver a corresponding signal to the decoder unit and the three-dimensional format generation unit, wherein, when the user input processing unit receives a selection of a pause mode from the user, the decoder unit is configured to stop the decoding operation on the basis of the signal from the user input processing unit and the three-dimensional format generation unit is configured to generate the stereoscopic image data by using the left and right images, characterized by when the user input processing unit receives a selection of changing the stereoscopic image being reproduced in the pause mode into a two-dimensional frame from the user, the three-dimensional format generation unit is configured to generate the two-dimensional frame by interpolating the left and right images, wherein the two-dimensional frame is repeatedly output in the pause mode.
A device for production of polymer films having a predefined spatial structure, the device comprising a linear stage, a platform for a substrate, a cylinder for spreading a polymer solution layer over the substrate to deposit a polymer film onto the substrate, a cylinder height adjustment system, a control system for adjusting a height and tilt of the cylinder in relation to the substrate, characterized in that it further comprises a controllable voltage source, at least one metallic electrode fixed onto the cylinder, wherein the substrate onto which the polymer film is deposited is conductive for electric current; and wherein the electric voltage from the controllable voltage source is applied between the at least one metallic electrode and the substrate during deposition of the polymer film onto the substrate.