mhurhangee/ep-ind-claims huggingface dataset:
A circuit for low-noise reference signal generation, comprising: a filter unit, comprising a transistor and an energy storage component, wherein the transistor comprises a first node, a second node, a control node and a body node, the first node is configured to receive a input signal, the second node is configured to output a filtered signal, the control node is configured to receive a control signal for controlling the transistor to turn on or off, the body node is connected to the second node through an amplifier, wherein the amplifier is configured to provide a tracking signal to the body node based on the filtered signal, and the energy storage component is connected to the second node of the transistor; and a functional unit, connected to the second node of the transistor and the energy storage component, wherein the functional unit has high input impedance, wherein the control signal is a PWM signal with regular pulse, a PWM signal with irregular pulse or a PFM signal, and that when the control signal is in a state of a first voltage level, the transistor is turned on, the energy storage component is charged via the transistor; when the control signal is in a state of a second voltage level, the transistor is turned off, the filter unit is configured as a low pass filter, and the transistor is equivalent to a resistor of the low pass filter. a filter unit, comprising a transistor and an energy storage component, wherein the transistor comprises a first node, a second node, a control node and a body node, the first node is configured to receive a input signal, the second node is configured to output a filtered signal, the control node is configured to receive a control signal for controlling the transistor to turn on or off, the body node is connected to the second node through an amplifier, wherein the amplifier is configured to provide a tracking signal to the body node based on the filtered signal, and the energy storage component is connected to the second node of the transistor; and a functional unit, connected to the second node of the transistor and the energy storage component, wherein the functional unit has high input impedance, wherein the control signal is a PWM signal with regular pulse, a PWM signal with irregular pulse or a PFM signal, and that when the control signal is in a state of a first voltage level, the transistor is turned on, the energy storage component is charged via the transistor; when the control signal is in a state of a second voltage level, the transistor is turned off, the filter unit is configured as a low pass filter, and the transistor is equivalent to a resistor of the low pass filter.
A display module comprising: a display panel; an optical layer disposed on the display panel; and an antireflection layer disposed on the optical layer, characterized in that the antireflection layer includes: a first layer including silicon oxynitride in contact with an upper surface of the optical layer; a second layer including silicon nitride disposed on the first layer and in contact with an upper surface of the first layer; and a third layer including polysilazane disposed on the second layer and in contact with an upper surface of the second layer, wherein an upper surface of the third layer defines an outermost surface of the antireflection layer. a display panel; an optical layer disposed on the display panel; and an antireflection layer disposed on the optical layer, characterized in that the antireflection layer includes: a first layer including silicon oxynitride in contact with an upper surface of the optical layer; a second layer including silicon nitride disposed on the first layer and in contact with an upper surface of the first layer; and a first layer including silicon oxynitride in contact with an upper surface of the optical layer; a second layer including silicon nitride disposed on the first layer and in contact with an upper surface of the first layer; and a third layer including polysilazane disposed on the second layer and in contact with an upper surface of the second layer, wherein an upper surface of the third layer defines an outermost surface of the antireflection layer.
A network accessing method applied in a mobile communication terminal, the method comprising: parsing a message received by the mobile communication terminal to acquire order information, the order information containing information of a place to be visited by a user of the mobile communication terminal and time information when the user will arrive at the place; determining whether a network identifier of the public land mobile network (PLMN) of the place is stored in an equivalent home public land mobile network (EHPLMN) list; adding the network identifier of the PLMN of the place to the EHPLMN list when it is determined that the network identifier of the PLMN of the place is not stored in the EHPLMN list; acquiring current geographic position information of the mobile communication terminal when a time difference between a current system time of the mobile communication terminal and the time information is less than a preset value; and performing network access according to the EHPLMN list when it is detected that the current geographic position information of the mobile communication terminal matches the information of the place. parsing a message received by the mobile communication terminal to acquire order information, the order information containing information of a place to be visited by a user of the mobile communication terminal and time information when the user will arrive at the place; determining whether a network identifier of the public land mobile network (PLMN) of the place is stored in an equivalent home public land mobile network (EHPLMN) list; adding the network identifier of the PLMN of the place to the EHPLMN list when it is determined that the network identifier of the PLMN of the place is not stored in the EHPLMN list; acquiring current geographic position information of the mobile communication terminal when a time difference between a current system time of the mobile communication terminal and the time information is less than a preset value; and performing network access according to the EHPLMN list when it is detected that the current geographic position information of the mobile communication terminal matches the information of the place.
Pump device having a fire pump, an internal combustion engine for driving the fire pump and a fuel tank which is connected to the internal combustion engine via a fuel line, along the course of which a fuel pump is engaged to convey fuel from the fuel tank to the internal combustion engine, wherein a return line leading to the fuel tank branches off from a branch of the fuel line between the fuel pump and the internal combustion engine, along the course of which return line a jet pump is engaged, the suction connection of which is connectable or connected to the auxiliary fuel tank for drawing fuel from an auxiliary fuel tank that is separate in respect of the fuel tank, wherein the fuel pump is arranged outside the fuel tank and another branch of the fuel line arranged on a suction side of the fuel pump projects into the fuel tank and wherein the pump device is designed to be portable and the portable pump device is a portable fire pump.
Method for welding together areal built-structure waterproofing systems, wherein the surfaces to be welded of a waterproofing membrane, which is rolled up to form a roll, and of a waterproofing membrane of an underlayment layer are heated or softened by heating with infrared beams and they are welded together by subsequent pressing together, wherein the two surfaces to be welded of the waterproofing membranes are heated or softened simultaneously and over their entire surfaces by at least one infrared emitter continuously across the entire width of the waterproofing membrane that is rolled up on the roll, characterized in that the surfaces to be welded are heated or softened continuously using short-wave infrared beams.
An absorbent solution for removing acid compounds contained in a gaseous effluent, comprising: - water; - an amine mixture comprising 1,2-bis-(2-dimethylaminoethoxy)-ethane of formula as follows: and 2-[2-(2-dimethylaminoethoxy)-ethoxy]-ethanol of formula as follows: - water; - an amine mixture comprising 1,2-bis-(2-dimethylaminoethoxy)-ethane of formula as follows: and 2-[2-(2-dimethylaminoethoxy)-ethoxy]-ethanol of formula as follows:
Radial shaft seal for separating two media composed of two positively interconnected radial shaft sealing rings (4, 5) which can be inserted into an opening and whose base surfaces (8, 9) have on their periphery cutouts (25, 26) oriented radially at uniform spacings and which are oriented with their axial surfaces (8, 9) towards one another and their sealing lips (6, 7) axially opposed to one another, wherein the space between the sealing lips (6, 7) is provided with a vent, wherein the radial shaft sealing rings (4, 5) are provided with reinforcing elements (16, 17) with covers (22, 23) consisting of an elastomer for static sealing in the opening and with sealing lips (6, 7) for dynamic sealing on a shaft and the sealing lips (6, 7) are pressed against the shaft by helical springs (12, 13), characterized in that one of the sealing rings (4, 5) has clamping lugs on its radially inner edge, which clamping lugs engage over the radially inner projecting edge of the other sealing ring (4, 5) such that both sealing rings (4, 5) can be joined together in a position with respect to one another with positive engagement from behind, and in that the sealing lips (6, 7) are provided with return grooves (14, 15).
Method for operating a cableway having at least one vehicle, wherein, at least in one station of the cableway, a closure device of the vehicle is closed by means of a closure drive and the closed closure device is locked by a locking unit, wherein a locking status of the locking unit is detected by a locking monitor and is transmitted to a cableway controller of the cableway, and the travel of the vehicle out of the station is prevented by the cableway controller in the event of defective locking, characterized in that a current collector of the vehicle contacts a first busbar during travel through the station in a direction of movement at least after the closing and locking of the closure device, wherein the first busbar is connected to the cableway controller via a first station powerline modem, and the current collector is connected to a vehicle powerline modem on the vehicle, in that, after the closing and locking of the closure device, a locking evaluation unit queries the locking status from the locking monitor and transmits it to the cableway controller with the vehicle powerline modem via the first busbar and the first station powerline modem by means of powerline communication, and in that, in the event of defective locking, the cableway is stopped by the cableway controller, as a result of which the vehicle comes to a standstill in the region of the first busbar or a second busbar arranged after the first busbar in the direction of movement, wherein the second busbar is connected to the first station powerline modem or to a second station powerline modem connected to the cableway controller, and in that, while the vehicle is standing in the region of the first or second busbar (10, 10'), the locking status is queried at least once from the locking monitor and the locking status is transmitted again to the cableway controller by means of the vehicle powerline modem via the first or second busbar (10, 10') and the associated station powerline modem (16, 16'), and the cableway is started by the cableway controller when a correct locking has been signaled by the re-transmitted locking status.
An apparatus for administering an inhaled medication to a patient with an open mouth, wherein the apparatus comprises that the medication is administered from a pressurized metered dose inhaler having a canister containing an inhalable medication; and an oxygen delivery mask (100, 101) covering the nose and mouth of the patient that provides medical oxygen at a flow rate up to 15 liters per minute, wherein the mask has an approximately 22 mm diameter opening on the dorsal surface of the mask; wherein the apparatus further comprises: an extender tube 3-10 cm long having a proximal end that fits into or over an output mouthpiece of the MDI, the MDI mouthpiece and the extender tube inserted into the 22 mm opening of the mask to a position such that the distal end of the extender tube is just inside the open mouth of the patient; and wherein the apparatus is configured such that an actuation of the MDI administers a dose of the inhalable medication to the patient while oxygen remains flowing without interruption at up to about 15 liters per minute flow rate. an extender tube 3-10 cm long having a proximal end that fits into or over an output mouthpiece of the MDI, the MDI mouthpiece and the extender tube inserted into the 22 mm opening of the mask to a position such that the distal end of the extender tube is just inside the open mouth of the patient; and wherein the apparatus is configured such that an actuation of the MDI administers a dose of the inhalable medication to the patient while oxygen remains flowing without interruption at up to about 15 liters per minute flow rate.
Low voltage circuit breaker, comprising: a contact system with a first contact and a second contact that are electrically connectable and disconnectable relative to one another, wherein the first contact includes a body (b) having a first layer and a second layer, wherein the first layer is arranged on the second layer and is configured to come in contact with the second contact for providing the electrical connection with the second contact, wherein the first layer has a first material composition having an Ag content that is higher than an Ag content of a second material composition of the second layer, characterized in that the first material composition has a WC content that is lower than a WC content of the second material composition. a contact system with a first contact and a second contact that are electrically connectable and disconnectable relative to one another, wherein the first contact includes a body (b) having a first layer and a second layer, wherein the first layer is arranged on the second layer and is configured to come in contact with the second contact for providing the electrical connection with the second contact, wherein the first layer has a first material composition having an Ag content that is higher than an Ag content of a second material composition of the second layer, characterized in that the first material composition has a WC content that is lower than a WC content of the second material composition.
Vehicle pneumatic tyre which has at least one rubberized reinforcing ply, which is a carcass and/or a belt bandage and/or a bead reinforcer, and a belt ply composed of rubberized strengthening members, wherein the reinforcing ply has a multiplicity of textile strengthening members which are arranged parallel to and spaced apart from one another, wherein each textile strengthening member is composed of at least one twisted multifilament yarn composed of the material viscose, and the reinforcing ply satisfies the following condition: (D 2 / E 0) in mm corresponds to a value in a range from 0.30 mm to 0.45 mm, and in that the reinforcing ply has a strength of 11 kN/dm < x < 20 kN/dm, wherein the strength of the reinforcing ply is the breaking force of the reinforcing ply in kN per dm (decimetre), which is calculated from the breaking force of the individual strengthening members multiplied by the number of strengthening members per dm of this reinforcing ply, with the breaking force being determined in accordance with ASTM D885M, where D is the diameter of the textile strengthening member in mm and lies in a range from 0.38 mm to 0.48 mm, and where E 0 = 100/epdm, characterized in that the belt ply satisfies the following condition: (D 2 / E 0) in mm corresponds to a value in a range from 0.07 mm to 0.43 mm, and in that the belt ply has a strength of 16.5 kN/dm < X < 55 kN/dm, where D is the diameter of the strengthening member in mm, and where E 0 = 100/epdm, and the sum of the strengths of the reinforcing ply with textile strengthening members and of the belt ply is ≥ 40 kN/dm. (D 2 / E 0) in mm corresponds to a value in a range from 0.30 mm to 0.45 mm, and in that the reinforcing ply has a strength of 11 kN/dm < x < 20 kN/dm, wherein the strength of the reinforcing ply is the breaking force of the reinforcing ply in kN per dm (decimetre), which is calculated from the breaking force of the individual strengthening members multiplied by the number of strengthening members per dm of this reinforcing ply, with the breaking force being determined in accordance with ASTM D885M, where D is the diameter of the textile strengthening member in mm and lies in a range from 0.38 mm to 0.48 mm, and where E 0 = 100/epdm, characterized in that the belt ply satisfies the following condition: (D 2 / E 0) in mm corresponds to a value in a range from 0.07 mm to 0.43 mm, and in that the belt ply has a strength of 16.5 kN/dm < X < 55 kN/dm, where D is the diameter of the strengthening member in mm, and where E 0 = 100/epdm, and the sum of the strengths of the reinforcing ply with textile strengthening members and of the belt ply is ≥ 40 kN/dm. (D 2 / E 0) in mm corresponds to a value in a range from 0.07 mm to 0.43 mm, and in that the belt ply has a strength of 16.5 kN/dm < X < 55 kN/dm, where D is the diameter of the strengthening member in mm, and where E 0 = 100/epdm, and the sum of the strengths of the reinforcing ply with textile strengthening members and of the belt ply is ≥ 40 kN/dm.
A wire harness stand-alone smart test module, comprising: a top non-conductive frame; an OLED display and a push button both attached to the top non-conductive frame; at least three printed circuit boards,, arranged vertically from top to bottom respectively below the said top non-conductive frame; a plurality of long solid cylindrical shafts distributed vertically below the first board and soldered on the second board, or passing through extra boards if exist according to the geometry of the connector to be tested; a plurality of test probes attached vertically, passing through the second board and soldered on both the second and the third printed circuit boards; a bottom printed circuit board with a microcontroller connected to the third printed circuit board with at least one short customized cable; a set of at least four shafts to hold the said frame and the said four printed circuit boards all together. a top non-conductive frame; an OLED display and a push button both attached to the top non-conductive frame; at least three printed circuit boards,, arranged vertically from top to bottom respectively below the said top non-conductive frame; a plurality of long solid cylindrical shafts distributed vertically below the first board and soldered on the second board, or passing through extra boards if exist according to the geometry of the connector to be tested; a plurality of test probes attached vertically, passing through the second board and soldered on both the second and the third printed circuit boards; a bottom printed circuit board with a microcontroller connected to the third printed circuit board with at least one short customized cable; a set of at least four shafts to hold the said frame and the said four printed circuit boards all together.
A disinfecting cleaning wipe (10, 110) of stitch-bonded construction comprising: a stitching substrate (12, 30) of fibrous nonwoven material having a mass per unit area of about 10 to 20 grams per square meter; wherein the stitching substrate (12, 30) of fibrous nonwoven material is spunbond polypropylene; a first plurality of stitching yarns (36, 136) disposed in stitched relation through the stitching substrate in a pattern of substantially parallel linear stitch lines (14, 114) extending in a first direction across the stitching substrate; at least a second plurality of stitching yarns (38, 138) disposed in stitched relation through the stitching substrate in a repeating zigzag pattern to define a first group of surface yarn float segments (16, 116) extending diagonally between stitch positions at opposing linear stitch lines, wherein the second plurality of stitching yarns has a linear density greater than the first plurality of stitching yarns; and a disinfecting solution at least partially saturating the cleaning wipe (10, 110); wherein the disinfecting cleaning wipe (10, 110) is characterized in that the linear stitch lines are spaced apart from one another by a distance of about 4 mm to 10 mm and in that the first group of surface yarn float segments are formed from textured spun yarns and have a length of about 5 mm to 12 mm between stitches. a stitching substrate (12, 30) of fibrous nonwoven material having a mass per unit area of about 10 to 20 grams per square meter; wherein the stitching substrate (12, 30) of fibrous nonwoven material is spunbond polypropylene; a first plurality of stitching yarns (36, 136) disposed in stitched relation through the stitching substrate in a pattern of substantially parallel linear stitch lines (14, 114) extending in a first direction across the stitching substrate; at least a second plurality of stitching yarns (38, 138) disposed in stitched relation through the stitching substrate in a repeating zigzag pattern to define a first group of surface yarn float segments (16, 116) extending diagonally between stitch positions at opposing linear stitch lines, wherein the second plurality of stitching yarns has a linear density greater than the first plurality of stitching yarns; and a disinfecting solution at least partially saturating the cleaning wipe (10, 110); wherein the disinfecting cleaning wipe (10, 110) is characterized in that the linear stitch lines are spaced apart from one another by a distance of about 4 mm to 10 mm and in that the first group of surface yarn float segments are formed from textured spun yarns and have a length of about 5 mm to 12 mm between stitches.
A system comprising a single metal block which has been constructed using three dimensional printing, having channels (3, 5) of a size of 0.025 to 0.38 cm internal diameter, the channels containing catalysts packed into the single metal block after or during the printing process, the catalysts including Ni, Pt, Pd Co, Fe, Rh and/or Ru; a conduit from a gas chromatograph to the block, with the conduit feeding to the channels (3, 5) in the block containing the catalysts; a hydrogen conduit for providing hydrogen to the block; an air or pure oxygen conduit for providing oxygen to the block; and a conduit from the block to a flame ionization detector, i.e. FID. a conduit from a gas chromatograph to the block, with the conduit feeding to the channels (3, 5) in the block containing the catalysts; a hydrogen conduit for providing hydrogen to the block; an air or pure oxygen conduit for providing oxygen to the block; and a conduit from the block to a flame ionization detector, i.e. FID.