mhurhangee/ep-ind-claims huggingface dataset:
An arrangement for preventing spread of fire in a building having at least one building wall and at least one ventilation duct passing through said wall, the building wall being made of a wooden construction material, and the ventilation duct having at least one fire protection valve, wherein the building wall is formed with at least one mounting aperture for the fire protection valve, said aperture having embrasures, said fire protection valve having, at least in certain sections, a jacket that is arranged between the fire protection valve and parts of the building wall that are proximal to the fire protection valve, the arrangement comprising holding members for securing the fire protection valve in the building wall on both sides of the building wall, and the depth of the jacket for the fire protection valve being larger than the thickness of the building wall, characterized in that a preparation that is supplementing the building wall and is made of a non-combustible material is provided between one of the holding members and the building wall.
A flow-through assembly for electrocoagulation treatment of a liquid, the assembly comprising: a) a cartridge comprising sacrificial electrodes, b) a chamber comprising: an enclosure arranged for removable retention of the cartridge comprising sacrificial electrodes, an opening through which the cartridge is removable from the enclosure, an inlet port and an outlet port arranged for flow of said liquid through the chamber, into the inlet port, over the sacrificial electrodes, and out of the outlet port, c) a chamber door pivotably movable relative to the chamber through a hinge arrangement about which the door is pivotable between an open configuration and a closed configuration of the chamber door, wherein in the closed configuration, an inner face of the chamber door is adapted to form a liquid tight seal at the opening, and in the open configuration, the cartridge is removable from the enclosure through the opening, and d) a retaining means arrangeable to releasably hold the chamber door in the closed configuration, wherein the chamber door comprises a first electrode on its inner face and the chamber comprises a second electrode positioned relative to the first electrode such that the sacrificial electrodes of the cartridge are located between the first and second electrodes with the chamber door in the closed configuration. a) a cartridge comprising sacrificial electrodes, b) a chamber comprising: an enclosure arranged for removable retention of the cartridge comprising sacrificial electrodes, an opening through which the cartridge is removable from the enclosure, an inlet port and an outlet port arranged for flow of said liquid through the chamber, into the inlet port, over the sacrificial electrodes, and out of the outlet port, an enclosure arranged for removable retention of the cartridge comprising sacrificial electrodes, an opening through which the cartridge is removable from the enclosure, an inlet port and an outlet port arranged for flow of said liquid through the chamber, into the inlet port, over the sacrificial electrodes, and out of the outlet port, c) a chamber door pivotably movable relative to the chamber through a hinge arrangement about which the door is pivotable between an open configuration and a closed configuration of the chamber door, wherein in the closed configuration, an inner face of the chamber door is adapted to form a liquid tight seal at the opening, and in the open configuration, the cartridge is removable from the enclosure through the opening, and d) a retaining means arrangeable to releasably hold the chamber door in the closed configuration,
A chassis frame side rail for a body shell of a motor vehicle constituted by a hollow body, the outer wall of which is made of steel or of aluminium, characterized in that the outer wall surrounds an inner wall made of steel or of aluminium, this outer wall and this inner wall each having an octagonal cross section and these two walls (1, 2) being connected to one another by at least three fins made of steel or of aluminium.
A method for a server in a mobile broadcast network to update metadata concerning broadcast content characterised by: determining a time for a next update of the metadata concerning broadcast content; including information regarding the time for the next update of the metadata within a current metadata message broadcast within an overhead portion of a mobile broadcast transmission; and broadcasting an updated metadata message within the overhead portion of the mobile broadcast transmission when current time equals the determined time for the next update of the metadata. determining a time for a next update of the metadata concerning broadcast content; including information regarding the time for the next update of the metadata within a current metadata message broadcast within an overhead portion of a mobile broadcast transmission; and broadcasting an updated metadata message within the overhead portion of the mobile broadcast transmission when current time equals the determined time for the next update of the metadata.
A method for determining the speed of printing of a fiber and the length of a printed fiber, wherein the method comprises the following steps: supplying ink to a nozzle; forming an ink drop at the exit of said nozzle; generating a continuous ink jet from the ink drop, wherein the continuous ink jet carries a net electrostatic charge; deflecting the continuous ink jet by applying a periodic jet deflection signal to at least one jet-deflection electrode (15, 16); collecting the continuous ink jet on a substrate to form a continuous fiber on the substrate; printing an object containing a plurality of motifs, wherein each motif corresponds to a respective portion of the continuous fiber formed during a period of the periodic jet deflection signal; determining the width of at least one printed motif; and determining a speed of printing the continuous fiber from the frequency of the periodic jet-deflection signal and the width of the printed motif; calculating the length of fiber printed in a time interval from the frequency of the jet-deflection signal and from the width of the printed motif. supplying ink to a nozzle; forming an ink drop at the exit of said nozzle; generating a continuous ink jet from the ink drop, wherein the continuous ink jet carries a net electrostatic charge; deflecting the continuous ink jet by applying a periodic jet deflection signal to at least one jet-deflection electrode (15, 16); collecting the continuous ink jet on a substrate to form a continuous fiber on the substrate; printing an object containing a plurality of motifs, wherein each motif corresponds to a respective portion of the continuous fiber formed during a period of the periodic jet deflection signal; determining the width of at least one printed motif; and determining a speed of printing the continuous fiber from the frequency of the periodic jet-deflection signal and the width of the printed motif; calculating the length of fiber printed in a time interval from the frequency of the jet-deflection signal and from the width of the printed motif.
Detector of smoke, gas or particles, that comprises: - a detection chamber connected to a suction device and to an opening allowing a flow of air and particles or gas to pass; - a means (156, 157) for retaining particles in the chamber; - a detector of the presence of smoke, gas or particles in the detection chamber; and - an emitter of a signal representative of the detection of smoke, gas or particles in the detection chamber, characterized in that the retention means comprises a volume inside the chamber configured such that a flow of air sucked in forms a vortex, between an inlet and an outlet of said chamber, to increase the time that smoke particles occupy the chamber. - a detection chamber connected to a suction device and to an opening allowing a flow of air and particles or gas to pass; - a means (156, 157) for retaining particles in the chamber; - a detector of the presence of smoke, gas or particles in the detection chamber; and - an emitter of a signal representative of the detection of smoke, gas or particles in the detection chamber,
A conducting material composition, comprising carbon nanotube powder; and a dispersing agent including a plurality of polyaromatic hydrocarbon oxides, wherein the dispersing agent contains the polyaromatic hydrocarbon oxides having a molecular weight of 300 to 1000 in an amount of 60% by weight or more, wherein the dispersing agent exists on the surface of carbon nanotube powder, and wherein the polyaromatic hydrocarbon oxide has a structure in which one or more oxygen-containing functional groups bind to aromatic hydrocarbon containing 7 to 20 benzene rings.
A frequency synthesis device (100, 200, 300), including at least: - first means (102, 104, 106, 108, 110, 112) able to generate a periodical signal with a frequency f 1, - second and third means (114,116, 202), coupled to the first means (102, 104, 106, 108, 110, 112) and able to receive at the input the periodical signal with a frequency f 1 and to generate at least one signal S G corresponding to a train of oscillations with a frequency substantially equal to N.f 1, with a duration lower than T 1 = 1/f 1 and periodically repeated at the frequency f 1, with N an integer number higher than 1, - fourth means able to generate, from the signal S G, m periodical signals S LO_CH1 to S LO_CHm the frequency spectra of which each include a main line with a frequency f LO_CHi corresponding to an integer multiple of f 1, with 1 ≤ i ≤ m, i and m being integer numbers, the fourth means playing the role of a band-pass filter applied to the signal S G and discarding from the frequency spectra of each of the periodical signals S LO_CH1 to S LO_CHm lines other than the main line with a frequency f LO_CHi. - first means (102, 104, 106, 108, 110, 112) able to generate a periodical signal with a frequency f 1, - second and third means (114,116, 202), coupled to the first means (102, 104, 106, 108, 110, 112) and able to receive at the input the periodical signal with a frequency f 1 and to generate at least one signal S G corresponding to a train of oscillations with a frequency substantially equal to N.f 1, with a duration lower than T 1 = 1/f 1 and periodically repeated at the frequency f 1, with N an integer number higher than 1, - fourth means able to generate, from the signal S G, m periodical signals S LO_CH1 to S LO_CHm the frequency spectra of which each include a main line with a frequency f LO_CHi corresponding to an integer multiple of f 1, with 1 ≤ i ≤ m, i and m being integer numbers, the fourth means playing the role of a band-pass filter applied to the signal S G and discarding from the frequency spectra of each of the periodical signals S LO_CH1 to S LO_CHm lines other than the main line with a frequency f LO_CHi.
A system comprising: a light source configured to vary an intensity (411, 412) of output light; and a proximity sensor comprising: a quantity change detection unit configured to detect a change in a quantity of reflected light incident to a pixel of an image and output an on event when the quantity of the light incident to the pixel of the image is increased and output an off event when the quantity of light incident on the pixel of the image is decreased, wherein the reflected light incident to the pixel of the image is light output by the light source and which has been reflected by an object; and a proximity determination unit configured for determining a proximity of the object to the quantity change detection unit based on a change in the intensity of the output light and an occurrence number of events, wherein each occurrence of an event is based on a detected change in the quantity of the reflected light during a predetermined time measured from a time when the change in intensity of the output light occurs. a light source configured to vary an intensity (411, 412) of output light; and a proximity sensor comprising: a quantity change detection unit configured to detect a change in a quantity of reflected light incident to a pixel of an image and output an on event when the quantity of the light incident to the pixel of the image is increased and output an off event when the quantity of light incident on the pixel of the image is decreased, wherein the reflected light incident to the pixel of the image is light output by the light source and which has been reflected by an object; and a proximity determination unit configured for determining a proximity of the object to the quantity change detection unit based on a change in the intensity of the output light and an occurrence number of events, wherein each occurrence of an event is based on a detected change in the quantity of the reflected light during a predetermined time measured from a time when the change in intensity of the output light occurs. a quantity change detection unit configured to detect a change in a quantity of reflected light incident to a pixel of an image and output an on event when the quantity of the light incident to the pixel of the image is increased and output an off event when the quantity of light incident on the pixel of the image is decreased, wherein the reflected light incident to the pixel of the image is light output by the light source and which has been reflected by an object; and a proximity determination unit configured for determining a proximity of the object to the quantity change detection unit based on a change in the intensity of the output light and an occurrence number of events, wherein each occurrence of an event is based on a detected change in the quantity of the reflected light during a predetermined time measured from a time when the change in intensity of the output light occurs.
An implant characterized in that the implant comprises: a plurality of wire structures; and a plurality of tube structures formed on each one of the wire structures; each one of the tube structures forming a cavity, one end of each one of the tube structures connected to the wire structure, and another end forming an opening communicating with the cavity; the ends of the tube structures with the opening forming an outer surface, wherein the implant is a stent (B'). a plurality of wire structures; and a plurality of tube structures formed on each one of the wire structures; each one of the tube structures forming a cavity, one end of each one of the tube structures connected to the wire structure, and another end forming an opening communicating with the cavity; the ends of the tube structures with the opening forming an outer surface, wherein the implant is a stent (B').
Pneumatic vehicle tyre, in particular for use under winter driving conditions, having a tread which, in relation to the vehicle, is of asymmetrical design and has an outer region and an inner region and a middle region running in the region of the tyre equatorial plane (M-M), wherein the tread has, in all subregions, profile blocks (7a, 8a, 15a, 21) and/or block-like profile positives (22, 23), which are each equipped with a multiplicity of sipes (12, 13, 14, 14a) which have shallow edge portions and in each case one deep middle portion, wherein the tread has, in the outer and in the inner region (A, I), in each case one block row (7, 15) at the shoulder side, wherein the shoulder-side block row is adjoined in the outer region by a block row whose blocks are of substantially parallelogram-shaped design and have transverse edges formed by transverse channels, which transverse edges are oriented at an acute angle (α) of 15° to 35° with respect to the transverse direction, wherein the sipes in the profile blocks of said block row run so as to be angled oppositely in relation to the transverse edges, wherein the shoulder-side block row is adjoined in the inner region by a circumferential channel, from which there extend oblique channels which run parallel to one another as far as across the tyre equatorial plane (M-M), characterized in that, in the middle region and in the inner region, there are arranged profile blocks and/or block-like profile positives (22, 23) which have transverse edges (19a, 20a) oriented at the angle (α) of 15° to up to 35° with respect to the transverse direction, parallel to which transverse edges the sipes which run in said profile blocks and/or block-like profile positives (22, 23) extend, wherein the sipes in the profile blocks of the block row in the outer region extend at an angle (β) of 25° to 45° with respect to the transverse edges.
Remote control for remotely controlling at least one surveillance or anti-intrusion alarm system, optionally integrated in a home automation system, of a premises, a flat, a house, a block of flats or a similar building or site that is accessible to people, said remote control comprising one or more touch-type and/or press-operated control elements (3, 3', 3", 3′′′), this remote control incorporating functionally autonomous and independent means (4, 5, 6) for authenticating or identifying the user, these means comprising at least one biometric sensor consisting of a fingerprint reader and controlling the operational activation of the remote control, the execution of at least one function of the latter and/or the triggering of at least one action in the surveillance or anti-intrusion alarm system or in the controlled means, the authentication means further comprising, firstly, a local memory storing data relating to at least one fingerprint of at least one authorized person and, secondly, a means for comparing a fingerprint read by the reader with said stored data and for selectively providing activation, execution or triggering authorization, said remote control being characterized in that the fingerprint reader is integrated in a control element controlling the deactivation of said surveillance or anti-intrusion alarm system and consisting of a key that is actuated by pressing, and in that said fingerprint reader is installed in said key and is positioned, dimensioned and configured in such a way that the distal phalanx of a finger needs to be pressed onto the surface of said reader in order to actuate said key. this remote control incorporating functionally autonomous and independent means (4, 5, 6) for authenticating or identifying the user, these means comprising at least one biometric sensor consisting of a fingerprint reader and controlling the operational activation of the remote control, the execution of at least one function of the latter and/or the triggering of at least one action in the surveillance or anti-intrusion alarm system or in the controlled means, the authentication means further comprising, firstly, a local memory storing data relating to at least one fingerprint of at least one authorized person and, secondly, a means for comparing a fingerprint read by the reader with said stored data and for selectively providing activation, execution or triggering authorization, said remote control being characterized in that the fingerprint reader is integrated in a control element controlling the deactivation of said surveillance or anti-intrusion alarm system and consisting of a key that is actuated by pressing, and in that said fingerprint reader is installed in said key and is positioned, dimensioned and configured in such a way that the distal phalanx of a finger needs to be pressed onto the surface of said reader in order to actuate said key.
A semiconductor device comprising: a first region of semiconductor material of a first conductivity type; a gate trench formed within said first region; a layer of gate dielectric (17a,b,c,d) within said gate trench; a gate electrode (18a,b,c,d) within said gate trench adjacent said layer of gate dielectric material (17a,b,c,d); a drain access trench formed within said first region and spaced from the gate trench; a drain access region (26a,b,c) of conductive material located within said drain access trench; a source region (16a,b,c,d) of said first conductivity type within said first region, said source region (16a,b,c,d) being at or near a top surface of said first region and adjacent to said gate trench; a body region (15a,b) within said first region below said source region (16a,b,c,d) and adjacent said gate trench, said body region (15a,b) having a second conductivity type opposite said first conductivity type; and a second region (39a,b,c) of semiconductor material within said first region below said body region (15a,b), said second region (39a,b,c) extending from said gate trench to said drain access trench and being self-aligned to both said gate trench and said drain access trench such that the second region (39a,b,c) is aligned to the bottoms of the trenches, and said second region (39a,b,c) being of said first conductivity type and having a higher dopant concentration than said first region. a first region of semiconductor material of a first conductivity type; a gate trench formed within said first region; a layer of gate dielectric (17a,b,c,d) within said gate trench; a gate electrode (18a,b,c,d) within said gate trench adjacent said layer of gate dielectric material (17a,b,c,d); a drain access trench formed within said first region and spaced from the gate trench; a drain access region (26a,b,c) of conductive material located within said drain access trench; a source region (16a,b,c,d) of said first conductivity type within said first region, said source region (16a,b,c,d) being at or near a top surface of said first region and adjacent to said gate trench; a body region (15a,b) within said first region below said source region (16a,b,c,d) and adjacent said gate trench, said body region (15a,b) having a second conductivity type opposite said first conductivity type; and a second region (39a,b,c) of semiconductor material within said first region below said body region (15a,b), said second region (39a,b,c) extending from said gate trench to said drain access trench and being self-aligned to both said gate trench and said drain access trench such that the second region (39a,b,c) is aligned to the bottoms of the trenches, and said second region (39a,b,c) being of said first conductivity type and having a higher dopant concentration than said first region.
Method for operating a data carrier (CARD) which is arranged in a data carrier device of a tachograph, in which, triggered by a vehicle stop (STOPP) of the motor vehicle, the tachograph is automatically authenticated (AUTH) and/or identified, wherein the tachograph is automatically authenticated (AUTH) and/or identified by means of the data carrier (CARD) after a predefined first duration (DUR_1) after the vehicle stop (STOPP) of the motor vehicle, characterized in that after triggering of an authentication process the system waits for the predefined first duration (DUR_1), and then the authentication or identification is carried out.
Clamping device for clamping a workpiece or a tool or a tool holder to a machine part of a machine tool, having an axially displaceable tension rod, a clamping assembly which can be moved via the tension rod between a clamped position and a released position, a spring arrangement assigned to the tension rod to generate the clamping force or retraction force of the clamping assembly and a release unit, by means of which the clamping assembly can be moved into the released position against the force of the spring arrangement via the tension rod, wherein the spring arrangement comprises at least one spring unit having several flexible spring elements arranged between a first and second spring holder (27, 28), characterised in that the first and second spring holders (27, 28)are secured against rotation with respect to the tension rod.