mhurhangee/ep-ind-claims huggingface dataset:
A method for an automated configuration of an industrial controller unit (12 1 - 12 5), comprising: sending, from a server system, an instruction message and a verification token to a client device via a first communication network, wherein the instruction message comprises information pertaining to a modification of an industrial controller unit (12 1 - 12 5), and wherein the verification token pertains to a completed modification of the industrial controller unit (12 1 - 12 5); receiving, at the server system, a verification message pertaining to the verification token, wherein the verification message is a message based on or employing the verification token received from the server system, and is adapted to signal to the server system the completed modification of the industrial controller unit (12 1 - 12 5); and providing, from the server system, an industrial program and/or a parameter for an industrial program to the industrial controller unit (12 1 - 12 5) via a second communication network, in response to receiving the verification message. sending, from a server system, an instruction message and a verification token to a client device via a first communication network, wherein the instruction message comprises information pertaining to a modification of an industrial controller unit (12 1 - 12 5), and wherein the verification token pertains to a completed modification of the industrial controller unit (12 1 - 12 5); receiving, at the server system, a verification message pertaining to the verification token, wherein the verification message is a message based on or employing the verification token received from the server system, and is adapted to signal to the server system the completed modification of the industrial controller unit (12 1 - 12 5); and providing, from the server system, an industrial program and/or a parameter for an industrial program to the industrial controller unit (12 1 - 12 5) via a second communication network, in response to receiving the verification message.
An assembly structure of a weather strip comprising: an installation base member fit in a frame body installed on a door opening edge of a retractable roof vehicle or a hard top vehicle, the frame body including a part having a substantially U-shape in cross section; a hollow part encircled by an inner-cabin side pillar part and a center pillar part vertically provided from an inner-cabin side end and a center part of said installation base member respectively and a connecting part connecting ends of both pillar parts 42B, 42A); an outer seal integrally molded with an outer-cabin side of said installation base member, said outer seal making elastic contact with an outer-cabin side surface of a door glass lifting or lowering when the door is closed; and an inner seal integrally molded with an outer-cabin side of said center pillar part, said inner seal making elastic contact with an inner-cabin side surface of said door glass when the door is closed, wherein: said inner seal comprises a first wall and a second wall respectively extending from an end of said center pillar part and a part on a base root side of said center pillar part on said installation base member toward an outer-cabin side, said first wall and said second wall being connected with each other on one ends thereof in a curved state; wherein: said outer seal is hollow, base roots of the said outer seal being connected with the outer-cabin side end of said installation base member and a part on an outer-cabin side of a connecting position of said center pillar part with said installation base member respectively, and said outer seal also making elastic contact with an upper edge of said door glass; wherein: an outer-cabin side holding part and an inner-cabin side holding part are formed on an outer-cabin side and an inner-cabin side of said frame body respectively, said outer-cabin side holding part and said inner-cabin side holding part protruding toward an inner side from positions spaced out from a base surface of said frame body, and said inner-cabin side holding part side being on a position further spaced out from the base surface of said frame body than said outer-cabin side holding part side; an anchoring part is protrudingly provided on an inner-cabin side of said inner-cabin side pillar part, said anchoring part being spaced out from a base root of said inner-cabin side pillar part on said installation base member; and a total of a distance between said anchoring part and the base root of said inner-cabin side pillar part on said installation base member and a distance between the base root and an outer-cabin side end of said installation base member is longer than a straight-linear distance between said outer-cabin side holding part and the inner-cabin side holding part, and the outer-cabin side end and said anchoring part of said installation base member are anchored with said outer-cabin side holding part and the inner-cabin side holding part respectively.
A surface treating head comprising a main body; a suction cavity in the main body comprising first and second suction channels (122, 124), each of which is bounded on at least one side by a working edge (140, 142, 144, 146); an outlet; a fluid flow path in the suction cavity between the first and second channels (122, 124) and between the second channel and the outlet, wherein the fluid flow path includes an intermediate channel and a second intermediate channel between the first and second suction channels (122, 124) wherein the intermediate channels extend transversely to the first and second suction channels (122, 124) and wherein air drawn from the first suction channel flows into the second suction channel through the intermediate channels and exits through the outlet; a brush unit; and a drive mechanism for moving the brush unit between a stowed position and a deployed position.
Protective helmet comprising a shell and a lattice structure, wherein said shell and said lattice structure are monolithically connected each other and configured so that a continuous network of interconnected air channels runs through the shell and the lattice structure to enable the passage of air from the external to the internal of the helmet.
Key for adjusting stop valves, slide gates and similar closures of pipelines laid in the earth with a rod fitted with a drive having a key rod, whereby the key rod has a coupling sleeve on its underside for connecting to the stop valve etc., and the drive is located in a housing integrated into the key rod, characterised in that the housing has a rod section (7, 8) at both end faces (16, 17).
A display apparatus that provides, to a driver of a vehicle, an image showing vehicle information related to the vehicle by superimposing the image on a foreground of the vehicle, the apparatus comprising: obtainment means for obtaining information indicating a load on the driver; and control means for controlling a display mode of the image based on the information obtained by the obtainment means, wherein in a case in which the load on the driver included in the information obtained by the obtainment means is larger than a threshold, the control means erases at least a part of a standard image which is to be superimposed and provided on the foreground of the vehicle when the load on the driver is equal to or smaller than the threshold, in a case in which the load on the driver included in the information obtained by the obtainment means is larger than the threshold, the larger the magnitude of the load on the driver which is included in the information obtained by the obtainment means is, the control means erases at least a part of the standard image so as to make a part where the image is superimposed on the foreground of the vehicle smaller, the standard image includes a plurality of partial images (IM1, IM2, IM3, IM4, IM5) indicating a plurality of different pieces of vehicle information with different priority degrees from each other, and the control means starts to sequentially erase the partial image from a partial image which has a low priority degree among the plurality of partial images in accordance with the load on the driver which is included in the information obtained by the obtainment means. obtainment means for obtaining information indicating a load on the driver; and control means for controlling a display mode of the image based on the information obtained by the obtainment means, wherein in a case in which the load on the driver included in the information obtained by the obtainment means is larger than a threshold, the control means erases at least a part of a standard image which is to be superimposed and provided on the foreground of the vehicle when the load on the driver is equal to or smaller than the threshold, in a case in which the load on the driver included in the information obtained by the obtainment means is larger than the threshold, the larger the magnitude of the load on the driver which is included in the information obtained by the obtainment means is, the control means erases at least a part of the standard image so as to make a part where the image is superimposed on the foreground of the vehicle smaller, the standard image includes a plurality of partial images (IM1, IM2, IM3, IM4, IM5) indicating a plurality of different pieces of vehicle information with different priority degrees from each other, and the control means starts to sequentially erase the partial image from a partial image which has a low priority degree among the plurality of partial images in accordance with the load on the driver which is included in the information obtained by the obtainment means.
A circular distribution apparatus for distributing loose products, comprising: a vertical central axis; an inlet positioned centrally relative to the vertical central axis; a base portion comprising an annular floor extending substantially horizontally in a radial direction relative to the vertical central axis; a plurality of outlets provided in said annular floor, each outlet comprising a valve member configured to move between a closed position and an open position to allow products to leave the apparatus through at least one of the outlets; a side wall surrounding entirely the annular floor; a central elevation disposed between the annular floor and the inlet, whereby the central elevation is placed beneath the inlet with a distance from the inlet to an apex of the elevation; and a vibrator configured to vibrate the base portion so that products received on the base portion moves in a substantially circular manner around the elevation on the annular floor, characterized in that the inlet is provided in a top portion connected to the side wall, and that the top portion, the elevation, the annular floor and the side wall provide a housing comprising a distribution chamber, where at least the elevation, the annular floor and the side wall are provided integrally. a vertical central axis; an inlet positioned centrally relative to the vertical central axis; a base portion comprising an annular floor extending substantially horizontally in a radial direction relative to the vertical central axis; a plurality of outlets provided in said annular floor, each outlet comprising a valve member configured to move between a closed position and an open position to allow products to leave the apparatus through at least one of the outlets; a side wall surrounding entirely the annular floor; a central elevation disposed between the annular floor and the inlet, whereby the central elevation is placed beneath the inlet with a distance from the inlet to an apex of the elevation; and a vibrator configured to vibrate the base portion so that products received on the base portion moves in a substantially circular manner around the elevation on the annular floor, characterized in that the inlet is provided in a top portion connected to the side wall, and that the top portion, the elevation, the annular floor and the side wall provide a housing comprising a distribution chamber, where at least the elevation, the annular floor and the side wall are provided integrally.
Device for generating electrical energy from the airstream of a motor vehicle, using a roller-type wind generator exposed to the airstream, wherein the roller-type wind generator is arranged inside the closed body of the motor vehicle, behind its radiator grille as seen in the direction of travel, and between the radiator grille and the wind generator are arranged adjustable slats, characterised in that the adjustable slats are adjustable from a straight position in which all of the incoming airstream is conducted onto the roller-type wind generator, by moving the inner slats apart, forming a "V", and lateral deflection of the outer slats, in such a way that the airstream is partially conducted into deflection channels (7, 8) which run laterally adjacent to the roller-type wind generator.
Method of manufacturing a tab with at least one security feature, - in which a fabric-like strip material is provided for forming the tab, which has at least individual threads (43, 44) made of a polymer material, - in which the fabric-shaped strip material is fed to a processing station, - in which the fabric-shaped strip material is placed on an anvil and a punch with at least one punch surface is fed onto the fabric-shaped strip material of the tab, - in which an embossing foil is passed between the fabric-like strip material of the tab and the stamp, characterized in that - that the at least one stamping surface of the stamp is fed onto the woven tape material so that one or more contact points are formed between the stamping foil and one or more thread bellies of the woven tape material, and - in that a surface section of the stamping foil is applied exclusively to the thread belly or bellies, which are opposite the at least one stamping surface of the stamp, by exciting the stamp with ultrasound. - in which a fabric-like strip material is provided for forming the tab, which has at least individual threads (43, 44) made of a polymer material, - in which the fabric-shaped strip material is fed to a processing station, - in which the fabric-shaped strip material is placed on an anvil and a punch with at least one punch surface is fed onto the fabric-shaped strip material of the tab, - in which an embossing foil is passed between the fabric-like strip material of the tab and the stamp, - that the at least one stamping surface of the stamp is fed onto the woven tape material so that one or more contact points are formed between the stamping foil and one or more thread bellies of the woven tape material, and - in that a surface section of the stamping foil is applied exclusively to the thread belly or bellies, which are opposite the at least one stamping surface of the stamp, by exciting the stamp with ultrasound.
A lamp for a horizontal operating position within a vehicle headlight assembly of a vehicle, comprising: an LED light source for emitting light mainly to one side as seen with respect to the vehicle, i.e., to the left or the right side of the vehicle, when the lamp is mounted in the vehicle headlight assembly in a horizontal mounting position, and a reflective member for shielding, as seen with respect to the vehicle, front and lower parts (L3, L4) of the light emitted by the LED light source when the lamp is mounted in the vehicle headlight assembly in the horizontal mounting position, and reflecting them to desired directions, wherein the reflective member has an "L" shaped cross section for its reflecting part, with one face to reflect forward side light of the LED light source, and one face to reflect down side light of the LED light source, as seen in the horizontal operating position of the lamp with respect to the vehicle. an LED light source for emitting light mainly to one side as seen with respect to the vehicle, i.e., to the left or the right side of the vehicle, when the lamp is mounted in the vehicle headlight assembly in a horizontal mounting position, and a reflective member for shielding, as seen with respect to the vehicle, front and lower parts (L3, L4) of the light emitted by the LED light source when the lamp is mounted in the vehicle headlight assembly in the horizontal mounting position, and reflecting them to desired directions, wherein the reflective member has an "L" shaped cross section for its reflecting part, with one face to reflect forward side light of the LED light source, and one face to reflect down side light of the LED light source, as seen in the horizontal operating position of the lamp with respect to the vehicle.
A topical formulation comprising: a nanoparticle composition comprising a population of particles, wherein the majority of particles have diameters between 10 and 300 nanometers, wherein the nanoparticle composition comprises at least one aqueous dispersion medium, at least one oil, and at least one surfactant, wherein the oil is a medium chain triglyceride, wherein the surfactant is a polysorbate, and wherein the ratio of oil to surfactant is between 0.5:1 to 1:1; and, wherein the topical formulation further comprises one or more excipients selected from the group consisting of: emulsifying wax, isopropyl myristate, mineral oil, white petrolatum, gelatin, methylparaben and propylparaben for use in treating hyperhidrosis, unwanted sweating, bromhidrosis, chromhidrosis, acne, excess sebum-producing disorders, seborrhea, seborrheic dermatitis.
Radiation detector, in particular for detection of X-ray radiation, comprising: - a carrier substrate, - a detector layer, which is arranged on the carrier substrate and has a thickness of less than 50 μm, - contact electrodes, which form ohmic contacts with the detector layer, and - an adhesive surface with an inherent tackiness, characterized in that - the detector layer contains GaN and acts like a photoconductor, in which, in response to X-ray irradiation, a photocurrent is generated, which is measurable at the contact electrodes, and - the radiation detector has an RFID device, which is adapted for current measurement, data storage and data transmission. - a carrier substrate, - a detector layer, which is arranged on the carrier substrate and has a thickness of less than 50 μm, - contact electrodes, which form ohmic contacts with the detector layer, and - an adhesive surface with an inherent tackiness, - the detector layer contains GaN and acts like a photoconductor, in which, in response to X-ray irradiation, a photocurrent is generated, which is measurable at the contact electrodes, and - the radiation detector has an RFID device, which is adapted for current measurement, data storage and data transmission.
An article of headgear (100/110/120) comprising: a head-covering article (10/40/70); a lens (22/52/82) moveably attached to the head-covering article (10/40/70); and a seal (25/55/85/160/180) attached to the lens (22/52/82), characterized in that the seal (25/55/85/160/180) comprises a sealing portion (164/184) and an attachment portion (166/186), and a first polymeric material and a second polymeric material, the first polymeric material having a lower tensile modulus than the second material, and wherein the first material is present in the sealing portion and the attachment portion and the second material is present in the sealing portion proximate sealing surface. a head-covering article (10/40/70); a lens (22/52/82) moveably attached to the head-covering article (10/40/70); and a seal (25/55/85/160/180) attached to the lens (22/52/82), characterized in that the seal (25/55/85/160/180) comprises a sealing portion (164/184) and an attachment portion (166/186), and a first polymeric material and a second polymeric material, the first polymeric material having a lower tensile modulus than the second material, and
A locking unit (1, 2) for a locking system of a door, particularly for a drive-rod lock with multi-point locking mechanism, having at least - a lock housing which can be mounted on a door wing, for example on a lock face plate, - a lock chain that can be displaced in the lock housing, - and at least one locking element, which can be transferred by means of the lock chain from a locked-out locked position into a locked-in unlocked position and vice versa, wherein the locking element is automatically transferred into the "locked position" when the door wing reaches the closed position, wherein the lock chain is held in the "unlocked position" by a blocking element, and wherein a trigger magnet is arranged in or on a door-frame-side strike plate assigned to the locking unit (1, 2), which actuates the blocking element for automatic locking in such a manner that the same releases the lock chain, so that the locking element is automatically transferred into the locked position, and wherein the locking element is configured as a latchbolt which is loaded by a spring and which projects to a certain extent out of the lock housing in the unlocked position, so that the latchbolt is pushed to a predetermined extent back into the lock housing in the course of the closing of the door wing, upon contact with the strike plate and the lock chain is lifted from the blocking element as a result. - a lock housing which can be mounted on a door wing, for example on a lock face plate, - a lock chain that can be displaced in the lock housing, - and at least one locking element, which can be transferred by means of the lock chain from a locked-out locked position into a locked-in unlocked position and vice versa,
A circuit comprising: a pressure compensator, a high pressure main oleodynamic cylinder, a pressure gauge and said pressure compensator connecting said high pressure main oleodynamic cylinder and said pressure gauge, said main oleodynamic cylinder having a first chamber and a second chamber in which a piston of said main oleodynamic cylinder slides, said pressure compensator comprises two cylinders (2, 3): a compensating cylinder in which slides a first piston comprising a first piston rod, and a reducing cylinder, in which slides a second piston comprising a second piston rod; the compensating cylinder being coupled to said main oleodynamic cylinder; said reducing cylinder comprising at least a low pressure chamber connected to said pressure gauge; a displacement of the piston rod of the reducing cylinder either increasing or decreasing the pressure in said low pressure chamber, proportionately to the working pressures in the main oleodynamic cylinder, the first piston rod of the first piston of the compensating cylinder being axially connected to the second piston rod of the second piston of the reducing cylinder through a coupling joint arranged in a spider assembly, the compensating cylinder comprising a first chamber and a second chamber, respectively coupled to said first chamber and said second chamber of said main oleodynamic cylinder, a size of said compensating cylinder being designed as to provide a same ratio of the working surfaces of the main oleodynamic cylinder, at the bottom and piston rod sides, thereby, to a given position of the piston of the main oleodynamic cylinder corresponds a precise position of the first piston of the compensating cylinder.