mhurhangee/ep-ind-claims huggingface dataset:
Device for fixing a prefabricated anti-vibration and/or electrically insulating covering element for covering machined or mechanically welded blocks (1, 1', 1")for half sets of points or central track sections, wherein the device comprises: - one of the said blocks (1, 1', 1"), - a first element consisting of a means of fixing to said blocks (1,1', 1") in the form of raised parts (31,32), - a second element formed by said anti-vibration and/or electrically insulating covering element, wherein the raised parts (31,32) are produced by moulding or by machining on the sides of said block or consist of machined or moulded elements fixed by screwing or by crimping to the sides of said block (1',1"), wherein these raised parts (31, 32) have locking devices for latching with the second element of the device for forming a positive interlock. - one of the said blocks (1, 1', 1"), - a first element consisting of a means of fixing to said blocks (1,1', 1") in the form of raised parts (31,32), - a second element formed by said anti-vibration and/or electrically insulating covering element, wherein the raised parts (31,32) are produced by moulding or by machining on the sides of said block or consist of machined or moulded elements fixed by screwing or by crimping to the sides of said block (1',1"), wherein these raised parts (31, 32) have locking devices for latching with the second element of the device for forming a positive interlock.
An apparatus comprising: a processor configured to (i) receive data messages from a plurality of vehicles (30a-30n) and (ii) determine relative coordinates of said vehicles (30a-30n) based on said data messages; and a transceiver configured to (i) communicate said data messages using a first channel in a first range and (ii) communicate short messages using a second channel in a second range, wherein (a) communicating using said second channel consumes more power than communicating using the first channel, characterized in that (b) said data messages are sent from said transceiver to a cluster head (322a-322n) within said first range, (c) said short messages communicate less data than said data messages, (d) said short messages are sent directly to a target vehicle outside of said first range to determine an associated cluster head (322a-322n) for said target vehicle and (e) said data messages are sent to said target vehicle from said associated cluster head (322a-322n) via said cluster head (322a-322n) within said first range. a processor configured to (i) receive data messages from a plurality of vehicles (30a-30n) and (ii) determine relative coordinates of said vehicles (30a-30n) based on said data messages; and a transceiver configured to (i) communicate said data messages using a first channel in a first range and (ii) communicate short messages using a second channel in a second range, wherein (a) communicating using said second channel consumes more power than communicating using the first channel, characterized in that (b) said data messages are sent from said transceiver to a cluster head (322a-322n) within said first range, (c) said short messages communicate less data than said data messages, (d) said short messages are sent directly to a target vehicle outside of said first range to determine an associated cluster head (322a-322n) for said target vehicle and (e) said data messages are sent to said target vehicle from said associated cluster head (322a-322n) via said cluster head (322a-322n) within said first range.
A light emitting die comprising: a plurality of light emitting elements (310A, 310B), each of the plurality of light emitting elements including a pair of bond pads (N1, P1, N2, P2) coupled thereto, each of the bond pads having a rectangular shape with four orthogonal edges, and at least one of the bond pads in each pair having at least one truncated corner, each of the truncated corners forming an additional, non-orthogonal edge, the plurality of light emitting elements being arranged within the die such that at least two diagonally opposite bond pads (P1, N2) are truncated and have non-orthogonal edges that face one another and provide a space between them to enable a direct diagonal coupling of a complementary pair of diagonally opposite bond pads (P2, N1) when the die is situated on a substrate. a plurality of light emitting elements (310A, 310B), each of the plurality of light emitting elements including a pair of bond pads (N1, P1, N2, P2) coupled thereto, each of the bond pads having a rectangular shape with four orthogonal edges, and at least one of the bond pads in each pair having at least one truncated corner, each of the truncated corners forming an additional, non-orthogonal edge, the plurality of light emitting elements being arranged within the die such that at least two diagonally opposite bond pads (P1, N2) are truncated and have non-orthogonal edges that face one another and provide a space between them to enable a direct diagonal coupling of a complementary pair of diagonally opposite bond pads (P2, N1) when the die is situated on a substrate.
A Prunus spinosa blossom extract for use as skin tanning agent, and/or as an agent for the enhancement of the natural skin tan, wherein the Prunus spinosa blossom extract is prepared by extraction with water and up to 50% ethanol.
A power transmission control device provided in a power transmission device of a non-contact power transmission system, the non-contact power transmission system transmitting power from the power transmission device to a power reception device by electromagnetically coupling a primary coil and a secondary coil to transmit the power to a load of the power reception device, the power transmission control device comprising: a drive clock signal generation circuit that is adapted to generate a drive clock signal that specifies a drive frequency of the primary coil; a driver control circuit that is adapted to generate a driver control signal based on the drive clock signal, and is adapted to output the driver control signal to a transmission driver that drives the primary coil; a waveform adjusting circuit that is adapted to adjust a waveform of an induced voltage signal of the primary coil and is adapted to output a waveform adjusting signal; a pulse width detection circuit that is adapted to receive the waveform adjusting signal and the drive clock signal and is adapted to detect pulse width information relating to the waveform adjusting signal by measuring a pulse width period, the pulse width period being a period from a first point when the drive clock signal changes from an inactive voltage level to an active voltage level to a second point when the waveform adjusting signal changes from an active voltage level to an inactive voltage level; and a control circuit that is adapted to detect a change of secondary-side load based on the pulse width information that has been detected. a drive clock signal generation circuit that is adapted to generate a drive clock signal that specifies a drive frequency of the primary coil; a driver control circuit that is adapted to generate a driver control signal based on the drive clock signal, and is adapted to output the driver control signal to a transmission driver that drives the primary coil; a waveform adjusting circuit that is adapted to adjust a waveform of an induced voltage signal of the primary coil and is adapted to output a waveform adjusting signal; a pulse width detection circuit that is adapted to receive the waveform adjusting signal and the drive clock signal and is adapted to detect pulse width information relating to the waveform adjusting signal by measuring a pulse width period, the pulse width period being a period from a first point when the drive clock signal changes from an inactive voltage level to an active voltage level to a second point when the waveform adjusting signal changes from an active voltage level to an inactive voltage level; and a control circuit that is adapted to detect a change of secondary-side load based on the pulse width information that has been detected.
An apparatus for treatment of water comprising a first compartment, wherein untreated water together with a precipitation agent or flocking agent can be fed to the first compartment, the apparatus comprising: - an inlet for the untreated water, which inlet leads to the first compartment, wherein the first compartment is adapted to receive a solid substance, - an air permeable layer down streams the first compartment, wherein the air permeable layer is configured such that small particles of the solid substance are able to pass through the air permeable layer when air passes up through the air permeable layer, - a bed of solid substance having small particles received by the first compartment on top of the air permeable layer, - an aerating device located beneath the air permeable layer and provided to generate air under the air permeable layer so that, when the apparatus is in use, air will rise through the air permeable layer and aerate the bed of solid substance and water inside the first compartment, - a second compartment located down streams said air-permeable layer, wherein the air permeable layer separates the first compartment from the second compartment, - a collection container located beneath the air permeable layer for collection of the small particles of the solid substance passing downwards through the air permeable layer during aerating, - an outlet for treated water from the second compartment, - a feed device for feeding the precipitation agent or flocking agent to the first compartment, and - a feeding device for feeding the solid substance to the first compartment. - an inlet for the untreated water, which inlet leads to the first compartment, wherein the first compartment is adapted to receive a solid substance, - an air permeable layer down streams the first compartment, wherein the air permeable layer is configured such that small particles of the solid substance are able to pass through the air permeable layer when air passes up through the air permeable layer, - a bed of solid substance having small particles received by the first compartment on top of the air permeable layer, - an aerating device located beneath the air permeable layer and provided to generate air under the air permeable layer so that, when the apparatus is in use, air will rise through the air permeable layer and aerate the bed of solid substance and water inside the first compartment, - a second compartment located down streams said air-permeable layer, wherein the air permeable layer separates the first compartment from the second compartment, - a collection container located beneath the air permeable layer for collection of the small particles of the solid substance passing downwards through the air permeable layer during aerating, - an outlet for treated water from the second compartment, - a feed device for feeding the precipitation agent or flocking agent to the first compartment, and - a feeding device for feeding the solid substance to the first compartment.
A re-closable bag made of a paper-plastic laminate, having a front side, a rear side and upper and lower heat-sealed edges (3, 4), the bag comprising at least one external layer made of paper or the like and being provided with a front window, if any, in the front side for showing the contents of the bag, and an inner polymeric lining film adapted to close the front window, if any, in at least one external paper layer, wherein a rear window, that is closed by the inner polymeric lining film, is made on the rear side of the bag in at least one external paper layer, characterised in that an easy open adhesive label is attached permanently at a first portion thereof on the external paper layer of the upper edge of the bag and at a second portion thereof releasably on the inner polymeric lining film that closes the rear window.
Implantable access device for accessing the vascular system of a human or animal body, particularly subcutaneously implantable access port, comprising at least one inlet opening, at least one outlet opening and at least one passageway between the at least one inlet opening and the at least one outlet opening, further comprising at least one valve assembly in the at least one passageway, which in a first, unactuated operating condition prevents a fluid flow through the at least one passageway and in a second, actuated operating condition permits a fluid flow through the at least one passageway, the at least one valve assembly comprises at least one spring element to constrain the at least one valve assembly into the first, unactuated operating condition, wherein the at least one valve assembly is arranged in the at least one passageway in such a way, that the at least one valve assembly is actuated by a needle inserted into the at least one inlet opening, characterized in that the at least one valve assembly in the first, unactuated operating condition is longitudinally elongated and radially compressed in such a way to prevent a fluid flow through the at least one passageway and that the at least one valve assembly in the second, actuated operating condition is longitudinally compressed and radially elongated in such a way to permit a fluid flow through the at least one passageway, wherein the at least one valve assembly comprises a flexible tubing as the at least one passageway, wherein the flexible tubing is squeezed in the first, unactuated operating condition and uncompressed in the second, actuated operating condition. further comprising at least one valve assembly in the at least one passageway, which in a first, unactuated operating condition prevents a fluid flow through the at least one passageway and in a second, actuated operating condition permits a fluid flow through the at least one passageway, the at least one valve assembly comprises at least one spring element to constrain the at least one valve assembly into the first, unactuated operating condition, wherein the at least one valve assembly is arranged in the at least one passageway in such a way, that the at least one valve assembly is actuated by a needle inserted into the at least one inlet opening, characterized in that the at least one valve assembly in the first, unactuated operating condition is longitudinally elongated and radially compressed in such a way to prevent a fluid flow through the at least one passageway and that the at least one valve assembly in the second, actuated operating condition is longitudinally compressed and radially elongated in such a way to permit a fluid flow through the at least one passageway, wherein the at least one valve assembly comprises a flexible tubing as the at least one passageway, wherein the flexible tubing is squeezed in the first, unactuated operating condition and uncompressed in the second, actuated operating condition.
Device for generating a print on a print substrate, comprising • at least one printing forme; • at least one device for delivering a printing medium; • at least one device for data transfer; • at least one device for control; characterized in that the printing forme comprises a printing element, a magnetic raster and a facing layer; the magnetic raster is applied on the surface of the printing element and the facing layer is located above the magnetic raster, with the facing layer having magnetic particles; each raster point of the magnetic raster is selectable independently of the other raster points of the magnetic raster for generating a magnetic field; with the facing layer having a height and elasticity such as to form a multiplicity of cavities for accommodating a printing medium; and each raster point of the magnetic raster is able to form at least one cavity, by the magnetic particles contained in the facing layer being attracted by the magnetic field generated at the respective raster point. • at least one printing forme; • at least one device for delivering a printing medium; • at least one device for data transfer; • at least one device for control; the printing forme comprises a printing element, a magnetic raster and a facing layer; the magnetic raster is applied on the surface of the printing element and the facing layer is located above the magnetic raster, with the facing layer having magnetic particles; each raster point of the magnetic raster is selectable independently of the other raster points of the magnetic raster for generating a magnetic field; with the facing layer having a height and elasticity such as to form a multiplicity of cavities for accommodating a printing medium; and each raster point of the magnetic raster is able to form at least one cavity, by the magnetic particles contained in the facing layer being attracted by the magnetic field generated at the respective raster point.
An electric terminal for leading a line through a wall, which electric terminal comprises a first terminal piece to be mounted on one side of the wall and a second terminal piece to be mounted on the other side of the wall, wherein the first terminal piece comprises a first connecting member and a retaining element for positioning the first connecting member, and the second terminal piece comprises a bus bar to be connected electrically to the connecting member, wherein the first terminal piece comprises a securing means for securing the bus bar and/or the line on the connecting member, characterized in that the connecting member is in the form of a connecting bolt or a screw-connection member, the securing means is in the form of a screw nut, and the screw nut can be screwed onto the connecting bolt or the screw-connection member, and a first end of the bus bar has a fork-like formation, and the fork-like formation of the bus bar can be secured between the connecting member and the securing means.
A method for printing a web of packaging material for packages holding liquid food products, wherein the web comprises a number of blanks placed after one another, wherein each blank corresponds to one package, wherein each of the blanks comprises a first area (302, 402) that is pre-printed and a second area (304, 404) to be printed, the method comprising receiving the web of packaging material, identifying a first register mark (306, 406) using a first sensor, determining a first register mark position based on the first register mark (306, 406), determining a second register mark position area based on the first register mark position, identifying a second register mark (308, 408) within the second register mark position area using a second sensor and determining a second register mark position for the second register mark, determining a second area position of the second area (304, 404) based on the second register mark position, adjusting the web in relation to printer bars in accordance with the second area position, and printing the second area (304, 404) by using the printer bars. receiving the web of packaging material, identifying a first register mark (306, 406) using a first sensor, determining a first register mark position based on the first register mark (306, 406), determining a second register mark position area based on the first register mark position, identifying a second register mark (308, 408) within the second register mark position area using a second sensor and determining a second register mark position for the second register mark, determining a second area position of the second area (304, 404) based on the second register mark position, adjusting the web in relation to printer bars in accordance with the second area position, and printing the second area (304, 404) by using the printer bars.
Hydrogen fuel cell device, comprising - an anode side to which a main fuel is suppliable in a normal operation of the fuel cell device, wherein hydrogen or hydrogen-containing gas is provided as a main fuel; - a cathode side to which oxidant is suppliable in the normal operation; - a control device by means of which the fuel cell device is selectively able to be set (a) into the normal operation or (b) into a preparation operation for preparing the fuel cell device for a cooling or (c) into a heating operation for heating the fuel cell device, characterized in that the fuel cell device comprises a filling device for filling the anode side and/or the cathode side with a filler which is different from the main fuel and the oxidant and which is a liquid, wherein in the preparation operation the anode side and/or the cathode side are completely flooded with the filler in such a way that the oxidant and/or the main fuel are completely displaced from the cathode side and/or the anode side, and wherein in the heating operation oxidant is suppliable or supplied to the cathode side, such that the oxidant exothermically reacts with chemically reactive constituents of the filler. - an anode side to which a main fuel is suppliable in a normal operation of the fuel cell device, wherein hydrogen or hydrogen-containing gas is provided as a main fuel; - a cathode side to which oxidant is suppliable in the normal operation; - a control device by means of which the fuel cell device is selectively able to be set (a) into the normal operation or (b) into a preparation operation for preparing the fuel cell device for a cooling or (c) into a heating operation for heating the fuel cell device, (a) into the normal operation or (b) into a preparation operation for preparing the fuel cell device for a cooling or (c) into a heating operation for heating the fuel cell device,
An electrical box including an insulating body that comprises a side wall that is closed at the rear by a rear wall so as to define an inside volume for receiving at least one electrical accessory mechanism; the electrical box also including: • at least one electrical connection element (30, 40) that is fastened to said insulating body and that includes a first terminal that is accessible from said inside volume for connecting said electrical accessory mechanism, and an outer terminal (32, 42) that is situated outside the insulating body for connecting an electrical conductor (3, 4); and • a connection and/or disconnection lever (60, 70) for connecting and/or disconnecting the electrical conductor (3, 4) to and/or from the outer terminal, which lever is pivotally mounted at the rear of the rear wall, characterized in that the lever pivots about a pivot axis (A6, A7) that extends transversally relative to said rear wall. • at least one electrical connection element (30, 40) that is fastened to said insulating body and that includes a first terminal that is accessible from said inside volume for connecting said electrical accessory mechanism, and an outer terminal (32, 42) that is situated outside the insulating body for connecting an electrical conductor (3, 4); and • a connection and/or disconnection lever (60, 70) for connecting and/or disconnecting the electrical conductor (3, 4) to and/or from the outer terminal, which lever is pivotally mounted at the rear of the rear wall, characterized in that the lever pivots about a pivot axis (A6, A7) that extends transversally relative to said rear wall.