mhurhangee/ep-ind-claims huggingface dataset:
A method for inhibiting manual re-closing of a contact of a protective switching device as long as an electrical reset has not yet occurred, comprising: preloading a trigger mechanism into a first, preloaded state by moving a handle from an off-position to an on-position resulting in a closed contact state of the protective switching device; tripping the trigger mechanism by a first event, in response to which the trigger mechanism transits from the first, preloaded state to a second, tripped state resulting in an open contact state of the protective switching device; inhibiting transition of the trigger mechanism from the second, tripped state to the first, preloaded state despite moving the handle from a tripped position to the on-position as long as a second event has not occurred, wherein the first event and the second event are monitored by a plurality of sensors; in response to the occurring of the second event, electrically resetting the trigger mechanism by a controller including evaluation electronics analyzing information from the plurality of sensors, so that moving the handle from the tripped position to the on-position results in transitioning of the trigger mechanism from the second, tripped state to the first, preloaded state resulting in a re-closing of the contact of the protective switching device to achieve the closed contact state of the protective switching device, wherein said first event is related to an excess current from an overload or a short circuit or another external trigger input and the second event is related to an electrical reset signal provided by the controller indicating re-establishment of a safe condition. preloading a trigger mechanism into a first, preloaded state by moving a handle from an off-position to an on-position resulting in a closed contact state of the protective switching device; tripping the trigger mechanism by a first event, in response to which the trigger mechanism transits from the first, preloaded state to a second, tripped state resulting in an open contact state of the protective switching device; inhibiting transition of the trigger mechanism from the second, tripped state to the first, preloaded state despite moving the handle from a tripped position to the on-position as long as a second event has not occurred, wherein the first event and the second event are monitored by a plurality of sensors; in response to the occurring of the second event, electrically resetting the trigger mechanism by a controller including evaluation electronics analyzing information from the plurality of sensors, so that moving the handle from the tripped position to the on-position results in transitioning of the trigger mechanism from the second, tripped state to the first, preloaded state resulting in a re-closing of the contact of the protective switching device to achieve the closed contact state of the protective switching device, wherein said first event is related to an excess current from an overload or a short circuit or another external trigger input and the second event is related to an electrical reset signal provided by the controller indicating re-establishment of a safe condition.
A water electrolyzer comprising: (a) an anode comprising a quantity of anode catalyst, wherein said anode catalyst comprises a metal catalyst substantially free of Ru, Rh, Pd, Ag, Re, Os, Ir, Pt, and Au; (b) a cathode comprising a quantity of cathode catalyst, wherein said cathode catalyst comprises a metal catalyst substantially free of Ru, Rh, Pd, Ag, Re, Os, Ir, Pt, and Au, said cathode having at least one cathode reactant flow channel configured to introduce a cathode reactant; (c) a polymer electrolyte membrane interposed between said anode and said cathode; and (d) a source of electrical energy configured to apply a voltage between the anode and cathode, wherein said polymer electrolyte membrane comprises a terpolymer of styrene, vinylbenzyl-R s wherein R s is a positively charged cyclic amine group, and vinylbenzyl-R x, wherein R x is at least one constituent selected from the group consisting of CI or OH, and wherein the total weight of the vinylbenzyl-R x groups is at least 1% of the total weight of the membrane. (a) an anode comprising a quantity of anode catalyst, wherein said anode catalyst comprises a metal catalyst substantially free of Ru, Rh, Pd, Ag, Re, Os, Ir, Pt, and Au; (b) a cathode comprising a quantity of cathode catalyst, wherein said cathode catalyst comprises a metal catalyst substantially free of Ru, Rh, Pd, Ag, Re, Os, Ir, Pt, and Au, said cathode having at least one cathode reactant flow channel configured to introduce a cathode reactant; (c) a polymer electrolyte membrane interposed between said anode and said cathode; and (d) a source of electrical energy configured to apply a voltage between the anode and cathode,
An apparatus, comprising; a heat sensor; a transmission system coupled to the heat sensor, wherein the transmission system is configured to transmit a signal indicative of information detected by the heat sensor; and an enclosure surrounding the heat sensor and the transmission system, wherein the enclosure is configured to be disposed and secured within an aperture in a side wall of a solid rubber tire, characterized in that the enclosure comprises: - a conical cylinder shaped enclosure having a tapered end, - self-threading or retainer rings for positioning and securing the enclosure within the opening of the solid rubber tire. a heat sensor; a transmission system coupled to the heat sensor, wherein the transmission system is configured to transmit a signal indicative of information detected by the heat sensor; and an enclosure surrounding the heat sensor and the transmission system, wherein the enclosure is configured to be disposed and secured within an aperture in a side wall of a solid rubber tire, characterized in that the enclosure comprises: - a conical cylinder shaped enclosure having a tapered end, - self-threading or retainer rings for positioning and securing the enclosure within the opening of the solid rubber tire. - a conical cylinder shaped enclosure having a tapered end, - self-threading or retainer rings for positioning and securing the enclosure within the opening of the solid rubber tire.
Grill for cooking and grilling food, comprising • an outer housing, • an inner housing defining the grill interior and having a first side wall, a second side wall opposite the first side wall, a top wall, a rear wall, and a bottom plate, wherein the grill interior is accessible from the front side, • a radiant heater, which is inserted in the top wall of the grill interior, wherein the radiant heater is preferably a gas burner, • a first pair of substantially horizontally aligned guides (41, 41', 41") arranged on the first and second side walls (6, 7), respectively, at the same height, • a second pair of substantially horizontally oriented guides disposed on the first and second side walls (6, 7) respectively at the same level and below the first pair of guides (41, 41', 41") characterized in that a pivotable front flap is provided which, in the closed state, closes the lower region of the front side and leaves the upper region of the front side open, the first pair of guides (41, 41', 41") being arranged in the upper region of the front side, and the second pair of guides being arranged in the lower region of the front side, the front flap, in the closed state, covering at least the lower third of the front side. • an outer housing, • an inner housing defining the grill interior and having a first side wall, a second side wall opposite the first side wall, a top wall, a rear wall, and a bottom plate, wherein the grill interior is accessible from the front side, • a radiant heater, which is inserted in the top wall of the grill interior, wherein the radiant heater is preferably a gas burner, • a first pair of substantially horizontally aligned guides (41, 41', 41") arranged on the first and second side walls (6, 7), respectively, at the same height, • a second pair of substantially horizontally oriented guides disposed on the first and second side walls (6, 7) respectively at the same level and below the first pair of guides (41, 41', 41")
A multi-layer structured carbonaceous material comprising graphitic carbon particles having carbonized products of an organic compound affixed to surfaces of the particles, characterised in that loop structures are present at an edge portion of each of the graphitic carbon particles, and wherein the edge portions of the graphitic carbon particles are edge portions of c-axis plane layers of the graphitic carbon particles, respectively.
Method of manufacturing printed sheets out of a web, wherein the web or a foil is coated with a fluid in a first step, wherein the web is subsequently treated by means of the foil in a second step, wherein the web is subsequently cut into sheets in a third step, wherein the sheets are subsequently printed on in a fourth step, and wherein cutting marks formed by a glued-on cold-foil transfer layer or by cold-foil glue without cold foil or by an embossed cast-and-cure surface structure or by a cast-and-cure fluid without embossment are applied to the web before the third step. wherein the web is subsequently treated by means of the foil in a second step, wherein the web is subsequently cut into sheets in a third step, wherein the sheets are subsequently printed on in a fourth step, and wherein cutting marks formed by a glued-on cold-foil transfer layer or by cold-foil glue without cold foil or by an embossed cast-and-cure surface structure or by a cast-and-cure fluid without embossment are applied to the web before the third step.
Method for the production of a dump body arrangement for a vehicle, which contains a dumper body which is tippable about a horizontal, rear-side tipping axis and has an elongate shape with substantially parallel panel-shaped side walls and a bottom surface, which side walls and bottom surface run parallel to the longitudinal direction, and with a front wall and with a rear part forming a closable unloading opening, wherein side walls and bottom surface are connected to one another by cold joining connections, characterized in that, in at least some of the cold joining connections on overlapping sheet-metal surfaces (WB, BB) of side walls and bottom surface, pressed-out protuberances are produced on one of the sheet-metal surfaces in the direction of the other sheet-metal surface, said pressed-out protuberances surrounding first apertures through the one sheet-metal surface and projecting towards said apertures with edges in the direction of the other sheet-metal surface, and being inserted in a form-fitting manner in second apertures of the other sheet-metal surface.
A display control method comprising: performing display control of detection information of an object around a vehicle detected by a detector mounted on the vehicle, the detection information including a first image and a second image; characterized in that the first image is based on a captured image of the object captured by a camera included in the detector and the second image is an image of the object rendered by computer graphics on a basis of a detection result of the detector, displaying the first image when a traveling speed of the vehicle is lower than a predetermined speed: and displaying the second image when the traveling speed of the vehicle is equal to or higher than the predetermined speed. performing display control of detection information of an object around a vehicle detected by a detector mounted on the vehicle, the detection information including a first image and a second image; characterized in that the first image is based on a captured image of the object captured by a camera included in the detector and the second image is an image of the object rendered by computer graphics on a basis of a detection result of the detector, displaying the first image when a traveling speed of the vehicle is lower than a predetermined speed: and displaying the second image when the traveling speed of the vehicle is equal to or higher than the predetermined speed.
A method for user control of matrix codes, the method comprising: receiving at an electronic device comprising a content receiver either a display image including a matrix code, or a display image and generating at the content receiver at least one matrix code to be included with the at least one display image; transmitting the display image that includes a matrix code from the content receiver to a display device for capture by a matrix code reader device that is separate from the content receiver; receiving, utilizing the content receiver, a user input from a user control device associated with the content receiver that specifies to alter at least one aspect of how the matrix code is displayed; generating an updated display image from the received display image with the display of the matrix code altered in accordance with the user input and included in the received display image utilizing the content receiver; and transmitting the updated display image from the content receiver to the display device for capture by the matrix code reader device. receiving at an electronic device comprising a content receiver either a display image including a matrix code, or a display image and generating at the content receiver at least one matrix code to be included with the at least one display image; transmitting the display image that includes a matrix code from the content receiver to a display device for capture by a matrix code reader device that is separate from the content receiver; receiving, utilizing the content receiver, a user input from a user control device associated with the content receiver that specifies to alter at least one aspect of how the matrix code is displayed; generating an updated display image from the received display image with the display of the matrix code altered in accordance with the user input and included in the received display image utilizing the content receiver; and transmitting the updated display image from the content receiver to the display device for capture by the matrix code reader device.
A method for dissolving a carbon glycoside compound or a stilbene compound, characterized in that the method comprises the following steps: heating water for injection to 80-98 °C, followed by stirring under vacuum condition at 30-80 °C, and then adding the carbon glycoside compound or the stilbene compound along with a solubilizer under the protection of nitrogen gas or argon gas to obtain a solution of said compounds; wherein the solubilizer is one or a mixture of two or more of gastrodin, water-soluble cyclodextrin and ethanol, and wherein the water-soluble cyclodextrin is one or a mixture of two or more of methyl-β-cyclodextrin, thioether-β-cyclodextrin and sulfobutyl ether-β-cyclodextrin; and wherein the mass ratio of the carbon glycoside compound or the stilbene compound to the solubilizer is 1:1-20. heating water for injection to 80-98 °C, followed by stirring under vacuum condition at 30-80 °C, and then adding the carbon glycoside compound or the stilbene compound along with a solubilizer under the protection of nitrogen gas or argon gas to obtain a solution of said compounds; wherein the solubilizer is one or a mixture of two or more of gastrodin, water-soluble cyclodextrin and ethanol, and wherein the water-soluble cyclodextrin is one or a mixture of two or more of methyl-β-cyclodextrin, thioether-β-cyclodextrin and sulfobutyl ether-β-cyclodextrin; and wherein the mass ratio of the carbon glycoside compound or the stilbene compound to the solubilizer is 1:1-20.
An apparatus comprising a catheter having an elongated distal portion; a plurality of electrodes on the distal portion for reading bioelectric signals: a multiplexer having inputs connected to respective ones of the electrodes and having an output; a switch having a first input terminal connected to a reference signal, a second input terminal linked to the output of the multiplexer, and an output terminal; and control circuitry linked to the switch and the multiplexer and operative to make a first connection between the output terminal of the switch and the reference signal via the first input terminal of the switch; and thereafter to break the first connection and to make a second connection between the output terminal of the switch and the output of the multiplexer via the second input terminal of the switch. a multiplexer having inputs connected to respective ones of the electrodes and having an output; a switch having a first input terminal connected to a reference signal, a second input terminal linked to the output of the multiplexer, and an output terminal; and control circuitry linked to the switch and the multiplexer and operative to make a first connection between the output terminal of the switch and the reference signal via the first input terminal of the switch; and thereafter to break the first connection and to make a second connection between the output terminal of the switch and the output of the multiplexer via the second input terminal of the switch.
A brake system comprising an actuating part and a brake part, wherein the actuating part having a pressure chamber and a restoring section, wherein the pressure chamber and the restoring section being separated from one another in a fluid-tight manner by way of a piston, wherein it being possible for the piston to be fixed on an engagement element in such a way that a movement of the piston brings about a movement of the engagement element, wherein the engagement element protruding into the brake part and having, in the brake part, a force section which is designed to transmit a force to a brake means, wherein the brake part and the predominant part of the actuating part being arranged in a housing, characterized in that, the housing being configured in one piece, and the housing being configured as an expansion wedge unit in the region of the brake part.
Cover for lining upholstery padding of a motor vehicle seat element, said cover comprising: - a first and a second lining section joined together by a connecting seam forming a heel protruding towards the inside of said cover, - a first and a second decorative seam made respectively in said first and second sections near said connecting seam and parallel thereto, said cover being characterised in that: - said heel has a width generally less than or equal to 4 mm, - it further comprises a reinforcing strip, said strip extending along said seams on the underside of said sections, said strip being substantially non-stretchable across its width, - said strip is fastened to said sections by said decorative seams, - the developed width of the area of said strip located between said decorative seams is arranged such that said strip absorbs forces, so that said connecting seam is not stressed, when traction is exerted on either side on said sections. - a first and a second lining section joined together by a connecting seam forming a heel protruding towards the inside of said cover, - a first and a second decorative seam made respectively in said first and second sections near said connecting seam and parallel thereto, - said heel has a width generally less than or equal to 4 mm, - it further comprises a reinforcing strip, said strip extending along said seams on the underside of said sections, said strip being substantially non-stretchable across its width, - said strip is fastened to said sections by said decorative seams, - the developed width of the area of said strip located between said decorative seams is arranged such that said strip absorbs forces, so that said connecting seam is not stressed, when traction is exerted on either side on said sections.
Method for operating a cellular mobile radio network having one or more radio cells, in which cellular mobile radio network it is possible for mobile radio terminals to register for use of the services of the mobile radio network, wherein each mobile radio terminal registered in the mobile radio network is explicitly identifiable by a subscriber identity, wherein the subscriber identity of a registered mobile radio terminal is compared with a list of enabled subscriber identities and, in the event of a match, use of the services of the mobile radio network is enabled for the mobile radio terminal, and wherein, in the absence of a match for the subscriber identity with the list of the enabled subscriber identities, use of the services of the mobile radio network is disabled for this subscriber identity and/or for this mobile radio terminal, characterized in that each radio cell in the area to be covered is provided with a special network identifier that is not present in other mobile radio networks, wherein when there is a mobile radio terminal with a subscriber identity that is not enabled, this special network identifier is stored in the home location register and the mobile radio terminal is prevented from changing to another mobile radio network after a check on the network identifier, and wherein when there is a mobile radio terminal with an enabled subscriber identity, another special network identifier is stored in the home location register and the mobile radio terminal is prevented from changing to another mobile radio network after a check on the network identifier.
Use of an anti-IL-6 antibody or antibody fragment in the manufacture of a medicament for use in a method of preventing or treating cachexia in a patient diagnosed with an IL-6 associated disorder, wherein the administered antibody or fragment comprises: (a) the V L CDRs in SEQ ID NO:4, 5 and 6 and the V H CDRs in SEQ ID NO: 7, 8 or 120 and 9, or (b) a V H polypeptide comprising the polypeptide depicted in SEQ ID NO: 3, 18, or 19, and further comprises a V L polypeptide comprising the polypeptide depicted in SEQ ID NO: 2, or 20, and wherein the IL-6 associated disorder is AIDS, malnutrition, lead exposure, malaria, hypothyroidism, tuberculosis, hypopituitarism, neurasthenia, hypernatremia, hyponatremia, splenica, failure to thrive (faltering growth), or combinations thereof. (a) the V L CDRs in SEQ ID NO:4, 5 and 6 and the V H CDRs in SEQ ID NO: 7, 8 or 120 and 9, or (b) a V H polypeptide comprising the polypeptide depicted in SEQ ID NO: 3, 18, or 19, and further comprises a V L polypeptide comprising the polypeptide depicted in SEQ ID NO: 2, or 20, and
A driver device for providing current to at least one semiconductor light-emitting device, comprising: - a first stage switched-mode power supply connected to a control circuit configured to produce a bus voltage (Vbus), - a second stage switched-mode power supply configured to utilize said bus voltage to produce an output current for said at least one semiconductor light-emitting device, said driver device being characterised in that it comprises: - a voltage feedback arrangement configured to convey a feedback signal representing said bus voltage (Vbus) to said control circuit of said first stage switched-mode power supply, and - a controller adapted to set the driver device into a standby mode in which said output current is essentially zero; wherein said controller is configured to change, in said standby mode, the way in which said feedback signal represents said bus voltage (Vbus), for lowering the bus voltage produced by the first stage switched-mode power supply. - a first stage switched-mode power supply connected to a control circuit configured to produce a bus voltage (Vbus), - a second stage switched-mode power supply configured to utilize said bus voltage to produce an output current for said at least one semiconductor light-emitting device, said driver device being characterised in that it comprises: - a voltage feedback arrangement configured to convey a feedback signal representing said bus voltage (Vbus) to said control circuit of said first stage switched-mode power supply, and - a controller adapted to set the driver device into a standby mode in which said output current is essentially zero; wherein said controller is configured to change, in said standby mode, the way in which said feedback signal represents said bus voltage (Vbus), for lowering the bus voltage produced by the first stage switched-mode power supply.