mhurhangee/ep-ind-claims huggingface dataset:
A safety device for a lithium electrochemical cell battery, comprising: - a box designed to be placed in a compartment and configured to house a plurality of lithium electrochemical cells, said box comprising a plurality of assembled walls (111, 112 113, 114, 115), an opening making it possible to introduce the electrochemical cells; - a cover designed to be arranged gas-tightly on the opening of the box, allowing the introduction of the electrochemical cells; - an opening forming a vent situated in one of the walls of the box or situated in the cover, - a conduit comprising two openings (311, 312) where one of the openings is gas-tightly connected to the opening forming a vent of the box; - a covering part positioned gas-tightly at an opening of a wall of the compartment and the second opening of the conduit, and where said covering part comprises a portion adapted to tear at a threshold pressure Ps; where the walls of the box, the cover, the conduit and the covering part are secured to each other so as to ensure sealing against the gases up to a pressure above the threshold pressure Ps, and where the materials of the box, the cover, the conduit and the sealing part, capable of being in contact with the gases emitted by the lithium electrochemical cells, are materials dimensioned to withstand the gases emitted by said lithium electrochemical cells and withstanding at least a temperature of 150°C. - a box designed to be placed in a compartment and configured to house a plurality of lithium electrochemical cells, said box comprising a plurality of assembled walls (111, 112 113, 114, 115), an opening making it possible to introduce the electrochemical cells; - a cover designed to be arranged gas-tightly on the opening of the box, allowing the introduction of the electrochemical cells; - an opening forming a vent situated in one of the walls of the box or situated in the cover, - a conduit comprising two openings (311, 312) where one of the openings is gas-tightly connected to the opening forming a vent of the box; - a covering part positioned gas-tightly at an opening of a wall of the compartment and the second opening of the conduit, and where said covering part comprises a portion adapted to tear at a threshold pressure Ps;
A fan assembly for creating an air current, the fan assembly comprising an air inlet, an air outlet, an impeller, a motor for rotating the impeller to create an air flow passing from the air inlet to the air outlet, the air outlet comprising an interior passage for receiving the air flow and a mouth for emitting the air flow, the air outlet defining an opening through which air from outside the fan assembly is drawn by the air flow emitted from the mouth, and a control circuit for controlling the motor, characterised by a remote control for transmitting control signals to the control circuit, and a system for attaching the remote control to the air outlet, and wherein the remote control comprises a concave outer surface and the air outlet comprises a convex outer surface which faces the concave outer surface of the remote control when the remote control is attached to the air outlet.
A sensor system comprising: a marginal oscillator comprising: a tank circuit comprising inductive and capacitive elements that include an inductive or capacitive probe arranged to generate an electromagnetic field in a sensing region, and a non-linear drive circuit arranged to drive oscillation of the tank circuit by supplying a differential signal pair of complementary signals across the tank circuit, the non-linear drive circuit being arranged to sustain the oscillation on the basis of at least one of the complementary signals supplied back to the non-linear drive circuit; and a detection circuit arranged to detect at least one characteristic of the oscillation of the tank circuit that is dependent on the electromagnetic properties of the contents of the sensing region and to derive a signal representing the at least one characteristic. a marginal oscillator comprising: a tank circuit comprising inductive and capacitive elements that include an inductive or capacitive probe arranged to generate an electromagnetic field in a sensing region, and a non-linear drive circuit arranged to drive oscillation of the tank circuit by supplying a differential signal pair of complementary signals across the tank circuit, the non-linear drive circuit being arranged to sustain the oscillation on the basis of at least one of the complementary signals supplied back to the non-linear drive circuit; and a detection circuit arranged to detect at least one characteristic of the oscillation of the tank circuit that is dependent on the electromagnetic properties of the contents of the sensing region and to derive a signal representing the at least one characteristic. a tank circuit comprising inductive and capacitive elements that include an inductive or capacitive probe arranged to generate an electromagnetic field in a sensing region, and a non-linear drive circuit arranged to drive oscillation of the tank circuit by supplying a differential signal pair of complementary signals across the tank circuit, the non-linear drive circuit being arranged to sustain the oscillation on the basis of at least one of the complementary signals supplied back to the non-linear drive circuit; and a detection circuit arranged to detect at least one characteristic of the oscillation of the tank circuit that is dependent on the electromagnetic properties of the contents of the sensing region and to derive a signal representing the at least one characteristic.
A fan arrangement with a plurality of ventilators, which are arranged parallel to one another and are designed to generate an air flow along a common main flow direction, wherein • at least one flow channel is assigned to each ventilator, • the respective flow channel is provided with a flap, which can be swiveled between an open position and a closed position, • the respective flap is constructed and arranged in the flow channel, in such a manner that it is supported by the air flow in the open position and is brought into the closed position by a reverse flow opposing the air flow, • the respective flap is constructed in such a manner that it is brought into the open position due to its intrinsic weight when no air is flowing, • the main flow direction is oriented substantially vertically from the bottom to the top, characterized in that • the flow channels are separated from one another by guide elements, • the respective guide element has a vertically oriented section and an obliquely oriented section, which bends away therefrom, wherein the obliquely oriented section is located above the vertically oriented section and wherein the axis of rotation of the respective flap is arranged approximately at the height of the vertical section. • at least one flow channel is assigned to each ventilator, • the respective flow channel is provided with a flap, which can be swiveled between an open position and a closed position, • the respective flap is constructed and arranged in the flow channel, in such a manner that it is supported by the air flow in the open position and is brought into the closed position by a reverse flow opposing the air flow, • the respective flap is constructed in such a manner that it is brought into the open position due to its intrinsic weight when no air is flowing, • the main flow direction is oriented substantially vertically from the bottom to the top, • the flow channels are separated from one another by guide elements, • the respective guide element has a vertically oriented section and an obliquely oriented section, which bends away therefrom, wherein the obliquely oriented section is located above the vertically oriented section and wherein the axis of rotation of the respective flap is arranged approximately at the height of the vertical section.
A method of generating feedback information for a system including a screen printer configured to print solder on printed circuit boards, a solder inspection apparatus, and buffers (210, 220), which are disposed between the screen printer and the solder inspection apparatus, the buffers (210, 220) being configured to support the printed circuit boards that are transferred from the screen printer and are to be introduced into the solder inspection apparatus, the method characterized by comprising: receiving, by a user interface unit of the solder inspection apparatus, an input of information on the number of the buffers (210, 220); calculating, by a feedback information generation unit of the solder inspection apparatus, a correction ratio that is an application ratio of a correction value to correct a position of the solder when the screen printer prints the solder on the printed circuit boards, according to the number of buffers (210, 220); generating, by the feedback information generation unit, feedback information by using the correction ratio and the correction value that is generated through an inspection of the printed circuit boards by means of the solder inspection apparatus; and transmitting, by a transmission unit of the solder inspection apparatus, the generated feedback information to the screen printer. receiving, by a user interface unit of the solder inspection apparatus, an input of information on the number of the buffers (210, 220); calculating, by a feedback information generation unit of the solder inspection apparatus, a correction ratio that is an application ratio of a correction value to correct a position of the solder when the screen printer prints the solder on the printed circuit boards, according to the number of buffers (210, 220); generating, by the feedback information generation unit, feedback information by using the correction ratio and the correction value that is generated through an inspection of the printed circuit boards by means of the solder inspection apparatus; and transmitting, by a transmission unit of the solder inspection apparatus, the generated feedback information to the screen printer.
A rubber member comprising: a fine ridged/grooved structure on at least a part of the surface of the rubber member, the fine ridged/grooved structure formed via transfer from a mold and having fine ridged/grooved portions arranged at a constant arrangement pitch equal to or smaller than 650 nm; a region in which the fine ridged/grooved structure is provided being visually recognizable by a different structural color from the colors of other regions characterized in that the fine ridged/grooved portions include a cylindrical projection, a conical projection or a grid-like projection. a fine ridged/grooved structure on at least a part of the surface of the rubber member, the fine ridged/grooved structure formed via transfer from a mold and having fine ridged/grooved portions arranged at a constant arrangement pitch equal to or smaller than 650 nm; a region in which the fine ridged/grooved structure is provided being visually recognizable by a different structural color from the colors of other regions characterized in that the fine ridged/grooved portions include a cylindrical projection, a conical projection or a grid-like projection.
Apparatus for conveying viscous material out of a barrel-like container that has a container bottom and a container mantle that extends upward from the container bottom, having a follower plate that can be moved in the direction toward the container bottom and away from the container bottom, lying against the inner surface of the container mantle, which faces the container interior, and that has a material outlet opening and at least one de-aeration opening and/or at least one aeration opening, having a de-aeration device for drawing off air from the container interior through the de-aeration opening(s) and/or having an aeration device for introducing compressed air into the container interior through the aeration opening(s), having a lifting and lowering device for lifting and lowering the follower plate, having a control device for alternately controlling the lifting and lowering device in a movement mode and the de-aeration device or the aeration device in a de-aeration mode or in an aeration mode, wherein the lifting and lowering device has at least one holding rod that runs vertically, which is connected with a top side of the follower plate and extends downward from a support element that can move in the vertical direction, characterized in that the follower plate can be moved vertically, within limits, with reference to the at least one holding rod and/or with reference to the support element, and in that the apparatus has a sensor device for detecting at least one upper end position and at least one lower end position of the follower plate with reference to the at least one holding rod or with reference to the support element and for transmitting the detected positions to the control device.
A vacuum pump, in particular a scroll pump, comprising a heat sink having an end face which is acted on by a cooling fluid in the operation of the vacuum pump, wherein a fan is provided to apply air to the heat sink, wherein the fan defines a flow direction which is at least substantially perpendicular to the end face of the heat sink, wherein a cooling structure is formed in the end face and has a plurality of recesses which are formed in the end face and extend along the end face, wherein a gentle deflection region for the cooling fluid is formed at least at a transition from the end face into a respective recess and deflects the air flow generated by the fan from a first direction, namely the flow direction, in a second direction, namely radially outwardly, wherein the recesses each extend in a star shape from a central region of the heat sink to a marginal region of the heat sink, and wherein a short recess is formed over an angular range of more than 270° between two long recesses in each case. comprising a heat sink having an end face which is acted on by a cooling fluid in the operation of the vacuum pump, wherein a fan is provided to apply air to the heat sink, wherein the fan defines a flow direction which is at least substantially perpendicular to the end face of the heat sink, wherein a cooling structure is formed in the end face and has a plurality of recesses which are formed in the end face and extend along the end face, wherein a gentle deflection region for the cooling fluid is formed at least at a transition from the end face into a respective recess and deflects the air flow generated by the fan from a first direction, namely the flow direction, in a second direction, namely radially outwardly, wherein the recesses each extend in a star shape from a central region of the heat sink to a marginal region of the heat sink, and wherein a short recess is formed over an angular range of more than 270° between two long recesses in each case.
Method of controlling a holding device for a machine for processing plants arranged in lines, which holding device can be arranged on a front side of a vehicle, wherein the control is effected in such a way that when the holding device, which has a mast, is arranged on the vehicle and the machine is arranged on the holding device, the machine is moved towards and/or away from a median plane of the vehicle by means of the holding device, wherein a lateral tilting movement of the vehicle brought about by driving over uneven pieces of ground and/or an uneven piece of ground which, when driven over, results in a lateral tilting movement of the vehicle is detected, at least in respect of the direction of tilting, by means of a control device which comprises a detection unit, and a pivoting movement of the mast is automatically controlled by means of the control device in such a way that, in dependence upon the tilting movement and/or uneven piece of ground that is detected, the machine is moved towards and/or away from the median plane contrary to the direction of tilting of the vehicle, so that a lateral excursion of the machine brought about by the lateral tilting of the vehicle is avoided or at least reduced.
A method for response frame type indication in a wireless network comprising an access point, AP, and a station, the method comprising: indicating, in a frame scheduled for transmission, using an indication value, one response frame type from a plurality of response frame types predefined in accordance to transmission durations of the response frame types, wherein each of the response frame types is associated with a different class of transmission duration; transmitting the frame on an access channel for one or more communication devices; wherein the response frame types include a no response type, a null data packet, NDP, response type, a normal size response type, and a long response type, wherein the normal size response type includes a normal acknowledgement, ACK, size response type and a normal block ACK, BA, size response type, wherein the NDP response type includes an NDP ACK response type and an NDP BA response type; wherein the no response type is assigned a first value, the NDP response type is assigned a second value, the normal size response type is assigned a third value, and the long response type is assigned a fourth value, wherein the indication value is one of the first value, the second value, the third value and the fourth value. indicating, in a frame scheduled for transmission, using an indication value, one response frame type from a plurality of response frame types predefined in accordance to transmission durations of the response frame types, wherein each of the response frame types is associated with a different class of transmission duration; transmitting the frame on an access channel for one or more communication devices; wherein the response frame types include a no response type, a null data packet, NDP, response type, a normal size response type, and a long response type, wherein the normal size response type includes a normal acknowledgement, ACK, size response type and a normal block ACK, BA, size response type, wherein the NDP response type includes an NDP ACK response type and an NDP BA response type; wherein the no response type is assigned a first value, the NDP response type is assigned a second value, the normal size response type is assigned a third value, and the long response type is assigned a fourth value, wherein the indication value is one of the first value, the second value, the third value and the fourth value.
Gas turbine for power plants, the gas turbine having an axis and comprising a compressor, a combustor and a turbine; the turbine comprising an inner rotor provided with a plurality of blade rows and an outer vane carrier provided with a plurality of vane rows axially interposed between the blade rows; the vane carrier comprising a casing having an upstream end supporting the first vane row, an opposite downstream end, an inner and an outer surface connecting the upstream end with the downstream end; wherein the vane carrier moreover comprises a circumferential front ring centered at the axis and coupled to the upstream end of the casing; wherein the front ring is coupled to the upstream end of the casing by a circumferential rail coupling; wherein the circumferential rail coupling is realized in form of a single rail defined by a hook portion of the front ring oriented toward the axis and housed in a corresponding seat obtained in the outer surface of the casing.
A resin powder comprising a thermoplastic resin, characterised in that a proportion of fine powder having a number-based circle equivalent diameter of 40 percent or less of a mean number-based average circle equivalent diameter Mn, based on images measured by a flow particle image analyser, as described in the description, from 1 to 200 μm of the resin powder is 0.1 to 30 percent in the resin powder.
A solid-state imaging device, comprising: a plurality of pixels in an arrangement, each of the pixels including a photoelectric conversion element (PD 1 - PD 4), pixel transistors including a transfer transistor (TR11- Tr14), and a floating diffusion region, wherein the photoelectric conversion elements (PD 1 - PD 4) of at least two pixels share one floating diffusion region and said floating diffusion region is framed in only by transfer gates of the transfer transistors (Tr11 - Tr14) of the at least two pixels and by device isolation regions, a portion of the floating diffusion region in contact with the transfer gate is formed as a high impurity concentration region, and other portions of the floating diffusion region around the high impurity concentration region and between the high impurity concentration region and the device isolation regions is formed as a region having an impurity concentration lower than the high impurity concentration region. a plurality of pixels in an arrangement, each of the pixels including a photoelectric conversion element (PD 1 - PD 4), pixel transistors including a transfer transistor (TR11- Tr14), and a floating diffusion region, wherein the photoelectric conversion elements (PD 1 - PD 4) of at least two pixels share one floating diffusion region and said floating diffusion region is framed in only by transfer gates of the transfer transistors (Tr11 - Tr14) of the at least two pixels and by device isolation regions, a portion of the floating diffusion region in contact with the transfer gate is formed as a high impurity concentration region, and other portions of the floating diffusion region around the high impurity concentration region and between the high impurity concentration region and the device isolation regions is formed as a region having an impurity concentration lower than the high impurity concentration region.
A method for preparing a frozen dough, which method comprises including a Penicilllium glucose oxidase in the dough during preparation of the dough, wherein the Penicillium glucose oxidase has an amino acid sequence having at least 85% identity to amino acids 19 to 604 of SEQ ID NO. 1, and cooling the dough to a temperature in the range of - 35 to -5 degrees Celsius.