mhurhangee/ep-ind-claims huggingface dataset:
Electronic device, which is provided with an automatic leak detection means of a case of the electronic device, wherein the automatic leak detection means includes an internal pressure sensor, an external pressure sensor and a calculation unit connected to the internal pressure sensor and to the external pressure sensor, the calculation unit and the internal pressure sensor being arranged inside the case, whereas the external pressure sensor is arranged on an external surface of the case, and wherein the calculation unit is intended to check, based on measurements made by the internal pressure sensor and the external pressure sensor over time, whether or not the variation in pressure inside the case is different from the variation in pressure outside the case to determine whether or not the case has a degree of sealing above or below a determined limit.
A light structure (100, 200, 300, 400) comprising: a heat sink (110, 210, 310, 410), a plurality of ceramic tiles (120, 220, 320, 420), at least one LED (130, 230, 330,430) arranged on each ceramic tile (120, 220, 320, 420), wherein the ceramic tiles (120, 220, 320, 420) are mounted in direct contact with the heat sink (110, 210, 310, 410) without any intermediate thermal barrier, and wherein the light structure further comprises at least one PCB-mounted LED (250, 350, 450) mounted on the heat sink (210, 310, 410) and a PCB (140, 240, 340, 440) attached to the heat sink (110, 210, 310, 410), electrically connected to at least one of the LEDs (130, 230, 330,430) and not carrying any LED and wherein the PCB (140, 240, 340, 440) is of a material different from the ceramic tiles. a heat sink (110, 210, 310, 410), a plurality of ceramic tiles (120, 220, 320, 420), at least one LED (130, 230, 330,430) arranged on each ceramic tile (120, 220, 320, 420), wherein the ceramic tiles (120, 220, 320, 420) are mounted in direct contact with the heat sink (110, 210, 310, 410) without any intermediate thermal barrier, and wherein the light structure further comprises at least one PCB-mounted LED (250, 350, 450) mounted on the heat sink (210, 310, 410) and a PCB (140, 240, 340, 440) attached to the heat sink (110, 210, 310, 410), electrically connected to at least one of the LEDs (130, 230, 330,430) and not carrying any LED and wherein the PCB (140, 240, 340, 440) is of a material different from the ceramic tiles.
A machine tool featuring a rotationally driven tool spindle that can clamp a tubular workpiece, as well as two turrets (3, 4) for processing the tubular workpiece, wherein the tubular workpiece can rotate about a rotational axis, wherein the turrets (3, 4) can be fitted with at least two tools (5, 6, 7, 8, 9, 10), wherein the turrets (3, 4) can be rotated into a working position about a rotational turret axis in order to position a tool (5, 6, 7, 8, 9, 10), and wherein the rotational axis and the rotational turret axis extend perpendicular to one another, characterized in that the two turrets (3, 4) are arranged above or underneath the rotational center of the tool spindle and their rotational turret axes are aligned vertically referred to the horizontal rotational axis.
Analysis method for a sample, wherein the sample is picked up with a sampling instrument and at least one processing step is carried out on the sample on a discoid sample holder, wherein the sampling instrument containing the picked-up sample is inserted into a slot of the sample holder, wherein the sample is detached from the sampling instrument and provided for the at least one processing step, wherein the sample is detached from the sampling instrument by a movement of the sample holder, characterized in that the slot for an insertion of the sampling instrument is oriented in a disk plane predefined by the sample holder or at an angle of less than 45° to said plane.
A terminal device, wherein the terminal device comprises a processor and a transceiver, wherein the transceiver is configured to receive control information, wherein the control information comprises first information, the first information is used to indicate a first transmission parameter, and the first transmission parameter is a transmission parameter that needs to be used by the terminal device to perform communication on an allocated first-type transmission resource; and the processor is configured to determine a second transmission parameter based on a pre-stored correspondence met by the first transmission parameter and the second transmission parameter and the first transmission parameter indicated by the first information, wherein the second transmission parameter is a transmission parameter that needs to be used by the terminal device to perform communication on an allocated second-type transmission resource, and a transmission time interval TTI corresponding to the first-type transmission resource is different from a TTI corresponding to the second-type transmission resource, wherein a granularity of the transmission time interval TTI corresponding to the first-type transmission resource is a first TTI, a granularity of the TTI corresponding to the second-type transmission resource is a second TTI, the first TTI is greater than the second TTI, and a time domain resource in the second-type transmission resource is a subset of at least one time domain resource in the first-type transmission resource. the transceiver is configured to receive control information, wherein the control information comprises first information, the first information is used to indicate a first transmission parameter, and the first transmission parameter is a transmission parameter that needs to be used by the terminal device to perform communication on an allocated first-type transmission resource; and the processor is configured to determine a second transmission parameter based on a pre-stored correspondence met by the first transmission parameter and the second transmission parameter and the first transmission parameter indicated by the first information, wherein the second transmission parameter is a transmission parameter that needs to be used by the terminal device to perform communication on an allocated second-type transmission resource, and a transmission time interval TTI corresponding to the first-type transmission resource is different from a TTI corresponding to the second-type transmission resource, wherein a granularity of the transmission time interval TTI corresponding to the first-type transmission resource is a first TTI, a granularity of the TTI corresponding to the second-type transmission resource is a second TTI, the first TTI is greater than the second TTI, and a time domain resource in the second-type transmission resource is a subset of at least one time domain resource in the first-type transmission resource.
An electrotransfer cassette comprising an upper portion to which a first plate electrode is mounted and a lower portion to which a second plate electrode is mounted, electrical contacts (34, 35, 36, 61, 62) extending from said first and second plate electrodes and exposed on an outer surface of said cassette, and a releasable locking mechanism for securing said upper portion to said lower portion with said first and second plate electrodes parallel, said releasable locking mechanism comprising: a plurality of pegs movably mounted to said upper portion to move between a locking position in which said pegs engage said lower portion and a release position in which said pegs do not engage said lower portion and said upper and lower portions are free to be separated, and a finger grip mounted to said upper portion, movable by a single hand of a user to shift all of said plurality of pegs simultaneously between said locking position and said release position. a plurality of pegs movably mounted to said upper portion to move between a locking position in which said pegs engage said lower portion and a release position in which said pegs do not engage said lower portion and said upper and lower portions are free to be separated, and a finger grip mounted to said upper portion, movable by a single hand of a user to shift all of said plurality of pegs simultaneously between said locking position and said release position.
A terminal device, comprising a primary radio frequency circuit and a wake-up radio, WUR, radio frequency circuit, wherein the WUR radio frequency circuit is configured to: only receive a radio signal, operate on a specified channel, and if the WUR radio frequency circuit receives a wake-up frame on the specified channel and the terminal device is a to-be-woken-up terminal device, wake up the primary radio frequency circuit, wherein the wake-up frame comprises an identifier of the to-be-woken-up terminal device; the primary radio frequency circuit is configured to operate on an operating channel of the primary radio frequency circuit after being woken up; wherein the primary radio frequency circuit is further configured to receive information about the specified channel of the WUR radio frequency circuit on the operating channel of the primary radio frequency circuit; and wherein the wake-up frame further comprises an indication for the operating channel, and the primary radio frequency circuit is configured to: after being woken up, operate on the operating channel indicated by the wake-up frame. the WUR radio frequency circuit is configured to: only receive a radio signal, operate on a specified channel, and if the WUR radio frequency circuit receives a wake-up frame on the specified channel and the terminal device is a to-be-woken-up terminal device, wake up the primary radio frequency circuit, wherein the wake-up frame comprises an identifier of the to-be-woken-up terminal device; the primary radio frequency circuit is configured to operate on an operating channel of the primary radio frequency circuit after being woken up; wherein the primary radio frequency circuit is further configured to receive information about the specified channel of the WUR radio frequency circuit on the operating channel of the primary radio frequency circuit; and wherein the wake-up frame further comprises an indication for the operating channel, and the primary radio frequency circuit is configured to: after being woken up, operate on the operating channel indicated by the wake-up frame.
A detection device comprising: a detector having a light window capable of allowing light to pass through and detecting a state of a toner image formed on an image bearing member via the light window; and a cleaner configured to remove a pollutant attached to a surface of the light window, wherein the cleaner comprises: an adsorption unit formed of a conductive material and configured to reciprocate while being in contact with a surface of the light window, and a voltage applying unit configured to apply a first voltage to the adsorption unit for adsorbing the pollutant onto the adsorption unit. a detector having a light window capable of allowing light to pass through and detecting a state of a toner image formed on an image bearing member via the light window; and a cleaner configured to remove a pollutant attached to a surface of the light window, wherein the cleaner comprises: an adsorption unit formed of a conductive material and configured to reciprocate while being in contact with a surface of the light window, and a voltage applying unit configured to apply a first voltage to the adsorption unit for adsorbing the pollutant onto the adsorption unit. an adsorption unit formed of a conductive material and configured to reciprocate while being in contact with a surface of the light window, and a voltage applying unit configured to apply a first voltage to the adsorption unit for adsorbing the pollutant onto the adsorption unit.
A guiding device for guiding an impact head of a homogenizing valve, said guiding device comprising: - a solid body having a cylindrical symmetry and having an internal cavity passing through the solid body, said internal cavity developing according to an axis of symmetry (A-A) of the solid body, said solid body having a plurality of passages that are obtained for allowing the passage of a fluid; - a sleeve fitted within the internal cavity of the solid body for receiving the impact head, characterized in that the passages of said plurality of passages are grooves obtained in the solid body. - a solid body having a cylindrical symmetry and having an internal cavity passing through the solid body, said internal cavity developing according to an axis of symmetry (A-A) of the solid body, said solid body having a plurality of passages that are obtained for allowing the passage of a fluid; - a sleeve fitted within the internal cavity of the solid body for receiving the impact head,
Distributing and metering device for a roller mill, comprising: - a housing having at least one milling-material inlet and at least one milling-material outlet, - a feeding roller, which is arranged in the housing, for metering milling material into a milling gap of the roller mill through the milling-material outlet, which roller is rotatable about a feeding roller axis, - a conveying shaft, which is arranged in the housing, for distributing milling material along the feeding roller, which shaft is rotatable about a conveying shaft axis, wherein the conveying shaft axis is arranged substantially parallel to the feeding roller axis, and - a first filling level sensor, which is arranged in the housing, for determining a first milling-material filling level of the housing, characterized in that the distributing and metering device further comprises - a second filling level sensor, which is arranged in the housing, for determining a second milling-material filling level of the housing, wherein - the milling-material inlet and the first filling level sensor are arranged at a first end, that is to say at a first third, of the feeding roller and of the conveying shaft, and - the second filling level sensor is arranged at a second end, that is to say at a last third, of the feeding roller and of the conveying shaft. - a housing having at least one milling-material inlet and at least one milling-material outlet, - a feeding roller, which is arranged in the housing, for metering milling material into a milling gap of the roller mill through the milling-material outlet, which roller is rotatable about a feeding roller axis, - a conveying shaft, which is arranged in the housing, for distributing milling material along the feeding roller, which shaft is rotatable about a conveying shaft axis, wherein the conveying shaft axis is arranged substantially parallel to the feeding roller axis, and - a first filling level sensor, which is arranged in the housing, for determining a first milling-material filling level of the housing, characterized in that the distributing and metering device further comprises - a second filling level sensor, which is arranged in the housing, for determining a second milling-material filling level of the housing, wherein - the milling-material inlet and the first filling level sensor are arranged at a first end, that is to say at a first third, of the feeding roller and of the conveying shaft, and - the second filling level sensor is arranged at a second end, that is to say at a last third, of the feeding roller and of the conveying shaft.
Method for carrying out a multiple welding method, in which a welding process is carried out on a workpiece using at least two electrodes (EA, EB) each having a welding current circuit, characterized in that a test parameter is applied to one of the at least two welding current circuits before the start or after the end of the multiple welding method and at least one electrical welding parameter (Pi) is recorded in at least one other welding current circuit, wherein an electrically conductive connection is detected between the at least two welding current circuits, if the recorded welding parameter (Pi) is influenced by the test parameter and fulfills a predetermined test criterion, or in that at least one electrical welding parameter (Pi) is recorded in each welding current circuit during the multiple welding method, wherein an electrically conductive connection is detected between the at least two welding current circuits, if the recorded welding parameters (Pi) change simultaneously.
A chemical conversion treatment liquid for forming a trivalent chromium chemical conversion coating film on zinc or zinc alloy plating, characterized in that a content of trivalent chromium ions in the treatment liquid is 0.002 to 0.5 mol/l, a concentration of hexavalent chromium ions is 1 ppm or less, a content of cobalt ions is 250 ppm or less, a content of nitrogen is 500 ppm or less in terms of nitrogen atoms, and a sulfur compound is contained in the range of 100 to 1500 ppm in terms of sulfur atoms, and selected from the group consisting of thiourea, thioglycerin, thioacetic acid, potassium thioacetate, thiodiacetic acid, 3,3-thiodipropionic acid, thiosemicarbazide, thioglycolic acid, thiodiglycolic acid, thiomaleic acid, thioacetamide, dithioglycolic acid, alkaline salts thereof, and mixtures thereof. a content of trivalent chromium ions in the treatment liquid is 0.002 to 0.5 mol/l, a concentration of hexavalent chromium ions is 1 ppm or less, a content of cobalt ions is 250 ppm or less, a content of nitrogen is 500 ppm or less in terms of nitrogen atoms, and a sulfur compound is contained in the range of 100 to 1500 ppm in terms of sulfur atoms, and selected from the group consisting of thiourea, thioglycerin, thioacetic acid, potassium thioacetate, thiodiacetic acid, 3,3-thiodipropionic acid, thiosemicarbazide, thioglycolic acid, thiodiglycolic acid, thiomaleic acid, thioacetamide, dithioglycolic acid, alkaline salts thereof, and mixtures thereof.
An absorbent article comprising wing-shaped flaps formed on respective sides of a body including an absorbing body between a permeable front-surface sheet and an impermeable back-surface sheet, the wing-shaped flaps being fixed so as to wrap around a crotch of an undergarment upon attachment, the absorbent article comprising: body-fixing adhesive layers formed on a surface of the impermeable back-surface sheet side of the body; and wing-fixing adhesive layers formed on surfaces of the impermeable back-surface sheet side of the wing-shaped flaps, wherein in a packaged state, the body-fixing adhesive layers are covered with a body release material, and the fixing adhesive layers formed on the wing-shaped flaps are covered with a wing release material extended in a width direction, the wing-shaped flaps are folded to the permeable front-surface sheet side with the wing release material, a packaging material is fixed at least to the wing release material, the ends of the wing-shaped flaps overlap on the permeable front-surface sheet side, the overlapping ends of the wing-shaped flaps are directly joined to each other with a wing-temporarily-fixing adhesive layer or indirectly joined through the wing release material so as to be peeled off, and the wing release material and the packaging material are fixed by a first fixing region that includes portions around folding lines of the wing-shaped flaps and is formed over forward end positions of the folding lines of the wing-shaped flaps in a longitudinal direction, characterized in that the first fixing region is formed to include the vicinity inside the folding lines of the wing-shaped flaps, within 10 mm from the folding lines.
Telecommunication equipment comprising: - at least one telecommunication device (208, 209) having a width, a thickness, and a length, the thickness being smaller than the width and smaller than the length, and - a rack comprising mutually parallel first rails (202, 203) that are substantially vertical when the rack is in its operating position, wherein the rack further comprises a second rail attached to the first rails and a third rail attached to the first rails, the third rail being parallel to the second rail and a distance apart from the second rail, and the second and third rails are arranged to mechanically support the telecommunication device so that: - the telecommunication device is in a first position with respect to the rack, - the telecommunication device is attached to the second and third rails, and - the thickness of the telecommunication device is in a direction substantially perpendicular to the first rails and the width of the telecommunication device is in a direction substantially parallel to the first rails, characterized in that a distance between the first rails is such that the first rails are suitable for mechanically supporting the telecommunication device so that: - the telecommunication device is in a second position, different from the first position, with respect to the rack, and - the telecommunication device is attached to the first rails, and - the thickness of the telecommunication device is in the direction substantially parallel to the first rails and the width of the telecommunication device is in the direction substantially perpendicular to the first rails. - at least one telecommunication device (208, 209) having a width, a thickness, and a length, the thickness being smaller than the width and smaller than the length, and - a rack comprising mutually parallel first rails (202, 203) that are substantially vertical when the rack is in its operating position, - the telecommunication device is in a first position with respect to the rack, - the telecommunication device is attached to the second and third rails, and - the thickness of the telecommunication device is in a direction substantially perpendicular to the first rails and the width of the telecommunication device is in a direction substantially parallel to the first rails, - the telecommunication device is in a second position, different from the first position, with respect to the rack, and - the telecommunication device is attached to the first rails, and - the thickness of the telecommunication device is in the direction substantially parallel to the first rails and the width of the telecommunication device is in the direction substantially perpendicular to the first rails.
A communication system in a motor vehicle, which system comprises a network gateway node configured to communicate with a diagnosis client via a first bus, a superordinate node configured to communicate with the network gateway node via a second bus, and a set of subordinate nodes including at least one node (SN1,..., SNn) each communicatively connected to the superordinate node, characterised in that the superordinate node serves as an interface for said set of subordinate nodes relative to the second bus, that the superordinate node in an operating state for normal running of the motor vehicle is configured to provide on the second bus any fault codes arising from said set of subordinate nodes via a shared network address, and that the network gateway node in a programming state is configured to allow the diagnosis client to have access to the nodes (SN1,..., SNn) included in said set of subordinate nodes via the first and second buses (B1; B2), the network gateway node and the superordinate node, thus enabling the diagnosis client (i) to review which specific nodes (SN1,..., SNn) are part of said set of subordinate nodes and (ii) to effect updating of at least one software in at least one specific node in said set of subordinate nodes, and, after completion of updating, to allow the superordinate node to return to the operating state.