mhurhangee/ep-ind-claims huggingface dataset:
A lighting device producing white light having a target color correlated temperature value, comprising: a plurality of LEDs comprising (i) at least one red LED emitting red light having a wavelength between approximately 600 nm and approximately 670 nm, (ii) at least one warm white LED emitting white light having a CCT value between approximately 1800K and approximately 2700K, and (iii) at least one cool white LED emitting white light having a CCT value between approximately 3000K and approximately 6500K; at least one photo-luminescent material for shifting at least one of (i) the CCT value of the light emitted from the cool white LED toward a green CCT value or (ii) the CCT value of the light emitted from the warm white LED toward a yellow CCT value; and a waveguide material having (i) a mixing region for mixing the shifted and unshifted light so as to generate white light having the target CCT value and (ii) an output region for outputting the white light. a plurality of LEDs comprising (i) at least one red LED emitting red light having a wavelength between approximately 600 nm and approximately 670 nm, (ii) at least one warm white LED emitting white light having a CCT value between approximately 1800K and approximately 2700K, and (iii) at least one cool white LED emitting white light having a CCT value between approximately 3000K and approximately 6500K; at least one photo-luminescent material for shifting at least one of (i) the CCT value of the light emitted from the cool white LED toward a green CCT value or (ii) the CCT value of the light emitted from the warm white LED toward a yellow CCT value; and a waveguide material having (i) a mixing region for mixing the shifted and unshifted light so as to generate white light having the target CCT value and (ii) an output region for outputting the white light.
Electrode lead (530, 531) for connection to an implant by means of a plug (511, 512), characterised by an analogue electric ID circuit (550, 551), which is arranged in the electrode lead (530, 531) on the plug side and is connected to a coupling device (525, 560) of the electrode lead (530, 531), which coupling device is arranged on the plug side, the ID circuit (550, 551, 1550, 2550) being excitable via the coupling device (525, 560) and being designed in such a way that, during or after the excitation, a characteristic variable of the ID circuit (550, 551, 1550, 2550) is measurable via the coupling device (525, 560) and/or via an output device of the electrode lead (530, 531), which output device is connected to the ID circuit (550, 551, 1550, 2550) and is arranged on the plug side, and in such a way that at least one individual property of the electrode lead (530, 531) is determinable on the basis of at least one measured characteristic curve of the characteristic variable.
An apparatus for a Controller Area Network, CAN, transceiver, the apparatus comprising: a first input for receiving transmit-data, the transmit-data comprising data generated by a CAN controller to cause a CAN transceiver to transmit signalling that represents said transmit-data on the CAN bus; a second input for receiving receive-data, the receive-data indicative of signalling from the CAN bus; and wherein the apparatus is characterized by being configured to: detect, in said receive-data, one or more fields (401 - 408) of a CAN frame; and prevent transmission, by said CAN transceiver, of said signalling that represents said transmit-data at times corresponding to said detected one or more fields of the CAN frame to at least prevent an error frame in said transmit-data being transmitted. a first input for receiving transmit-data, the transmit-data comprising data generated by a CAN controller to cause a CAN transceiver to transmit signalling that represents said transmit-data on the CAN bus; a second input for receiving receive-data, the receive-data indicative of signalling from the CAN bus; and wherein the apparatus is characterized by being configured to: detect, in said receive-data, one or more fields (401 - 408) of a CAN frame; and prevent transmission, by said CAN transceiver, of said signalling that represents said transmit-data at times corresponding to said detected one or more fields of the CAN frame to at least prevent an error frame in said transmit-data being transmitted. detect, in said receive-data, one or more fields (401 - 408) of a CAN frame; and prevent transmission, by said CAN transceiver, of said signalling that represents said transmit-data at times corresponding to said detected one or more fields of the CAN frame to at least prevent an error frame in said transmit-data being transmitted.
A preconnectorized optical cable assembly, comprising: a cable comprising: - an optical transmission element comprising at least one optical waveguide, - a plurality of tensile elements, - a cable jacket, and at least one plug connector, the at least one plug connector being attached to an end section of the cable, thereby connectorizing the at least one optical waveguide, the at least one plug connector comprising: - a connector assembly for securing the at least one optical waveguide, - a crimp housing having a longitudinal passageway for passing the at least one optical waveguide therethrough, at least one cable clamping portion, and a connector assembly clamping portion, wherein the at least one cable clamping portion secures the plurality of tensile elements, and the connector assembly clamping portion secures a portion of the connector assembly, - at least one tensile element securing component attached to at least one of the plurality of tensile elements, - wherein the crimp housing comprises at least one groove for receiving the at least one tensile element securing component. a cable comprising: - an optical transmission element comprising at least one optical waveguide, - a plurality of tensile elements, - a cable jacket, and - an optical transmission element comprising at least one optical waveguide, - a plurality of tensile elements, - a cable jacket, and at least one plug connector, the at least one plug connector being attached to an end section of the cable, thereby connectorizing the at least one optical waveguide, the at least one plug connector comprising: - a connector assembly for securing the at least one optical waveguide, - a crimp housing having a longitudinal passageway for passing the at least one optical waveguide therethrough, at least one cable clamping portion, and a connector assembly clamping portion, wherein the at least one cable clamping portion secures the plurality of tensile elements, and the connector assembly clamping portion secures a portion of the connector assembly, - at least one tensile element securing component attached to at least one of the plurality of tensile elements, - wherein the crimp housing comprises at least one groove for receiving the at least one tensile element securing component. - a connector assembly for securing the at least one optical waveguide, - a crimp housing having a longitudinal passageway for passing the at least one optical waveguide therethrough, at least one cable clamping portion, and a connector assembly clamping portion, wherein the at least one cable clamping portion secures the plurality of tensile elements, and the connector assembly clamping portion secures a portion of the connector assembly, - at least one tensile element securing component attached to at least one of the plurality of tensile elements, - wherein the crimp housing comprises at least one groove for receiving the at least one tensile element securing component.
Method for producing an anticorrosion coating, wherein an anticorrosion primer comprising at least one organic polymer as binder, this polymer being a polyaddition resin, polycondensation resin and/or addition polymerization resin, and at least one synthetic layered double hydroxide comprising organic anions is applied directly to a metallic substrate and a polymer film is formed from the anticorrosion primer applied in stage, the method being characterized in that the at least one synthetic layered double hydroxide comprises at least one organic anion of an alpha-amino acid. an anticorrosion primer comprising at least one organic polymer as binder, this polymer being a polyaddition resin, polycondensation resin and/or addition polymerization resin, and at least one synthetic layered double hydroxide comprising organic anions is applied directly to a metallic substrate and at least one organic polymer as binder, this polymer being a polyaddition resin, polycondensation resin and/or addition polymerization resin, and at least one synthetic layered double hydroxide comprising organic anions is applied directly to a metallic substrate and a polymer film is formed from the anticorrosion primer applied in stage,
A molding element for a mold used for manufacturing a tread of a tire having a plurality of contacting elements delimited by a plurality of grooves, the molding element having a molding surface for forming a contact face of the contacting elements intended to come into contact with ground during rolling and a groove forming rib portion for forming the groove comprising two opposed rib side faces (31, 32) for forming two opposed groove side faces (1031, 1032) and a rib top face connecting two rib side faces (31, 32) for forming a groove bottom, the groove forming rib portion providing at least one space opening to at least one of the rib side faces (31, 32) and/or to the rib top face and an insert being received in the space for forming a portion of the groove and a closing device in the groove, wherein the insert is composed of a plurality of thin plates stacked in a direction along which the groove forming rib portion extends and comprises at least one notched plate of thickness t1 including at least one notch for forming a flexible fence of the closing device, and at least one support plate of thickness t2 without notch, the molding element being characterized in that the thickness t1 of the at least one notched plate is substantially equal to the thickness of the flexible fence to be formed.
A motorized syringe for use with two types of dental anesthetic solution-filled cartridges, comprising a syringe body, a cartridge holder adapted to be connected to said syringe body by means of a coupling, said cartridge being loaded in said cartridge holder, a push rod having a rack formed thereon and a pinion engaged with said rack and adapted to be rotated by a drive unit, the engagement of said rotating pinion with said rack permitting said push rod to be slowly moved forward, thereby pushing a plunger rubber plug in said anesthetic solution-filled cartridge for delivery of said anesthetic solution from said cartridge through a needle, characterized in that said cartridge holder is configured to be capable of being used in common for both of 1.0 ml and 1.8 ml cartridges, said cartridges being different in length due to the fact that the cartridges have the same inside and outside diameters, said push rod has a 1.0 ml cartridge-setting position and a 1.8 ml cartridge-setting position drawn back from said 1.0 ml cartridge- setting position so that the forward movement of said push rod can end at a common terminal position for both 1.0 ml and 1.8 ml cartridges (3b, 3a), and there is provided a bottomed sleeve adapted to receive a rear end portion of said push rod therein when said push rod is pushed back from said common terminal position, and to remain in position without being pushed by the rear end face of the push rod when it is in the 1.0 ml cartridge-setting position, said sleeve being pushed rearward by the rear end face of said push rod when it is pushed back to the 1.8 ml cartridge-setting position, and a return spring for moving forward said sleeve together with said push rod upon its forward movement.
A data carrier component comprising: a substrate having at least one surface and a periphery; and a booster antenna disposed on at least one surface of the substrate and extending around the periphery of the substrate; wherein the booster antenna comprises an outer winding having an outer end (b) and an inner end (a) and an inner winding having an outer end (f) and an inner end (e); and a coupler coil disposed on the card body and having two ends (c, d), one of which is connected with the outer winding, the other of which is connected with the inner winding; characterized in that: the one end (c) of the coupler coil is connected with the outer end (b) of the outer winding; the other end (d) of the coupler coil is connected with the inner end (e) of the inner winding; and the inner end (a) of the outer winding and the outer end (f) of the inner winding are left unconnected. a substrate having at least one surface and a periphery; and a booster antenna disposed on at least one surface of the substrate and extending around the periphery of the substrate; wherein the booster antenna comprises an outer winding having an outer end (b) and an inner end (a) and an inner winding having an outer end (f) and an inner end (e); and a coupler coil disposed on the card body and having two ends (c, d), one of which is connected with the outer winding, the other of which is connected with the inner winding; the one end (c) of the coupler coil is connected with the outer end (b) of the outer winding; the other end (d) of the coupler coil is connected with the inner end (e) of the inner winding; and the inner end (a) of the outer winding and the outer end (f) of the inner winding are left unconnected.
Assembly for closing a drain opening of a basin, in particular a basin of a sink, arranged on a drain cup, comprising a sieve element with at least one sieve opening, and a sealing element which, in a closed position, sealingly abuts against the drain cup and, in an open position, allows a liquid to drain out of the basin through the drain opening, wherein the assembly comprises an actuating apparatus by means of which the sealing element is transferable from the closed position into the open position and/or from the open position into the closed position by a movement of the sieve element, and wherein the sieve element and the sealing element are moveable relative to each other in a height direction, characterized in that the sieve element is raisable from a working position on the drain cup, in which the sieve element is placed on the drain cup, and is able to be brought completely out of engagement with the sealing element, without the sealing element being raised together with the sieve element.
Machine tool which is a press and/or punching machine, comprising a lifting device for at least one tool device having a tool, the tool being a driven and/or cutting tool, characterized in that the machine tool comprises a chip space, the chip space having a passage for the tool and the tool projecting through the chip space through the passage at least during machining of a workpiece, the machine tool comprises a suction device for suctioning off in particular chips separated by the tool and/or dirt particles, and a suction region of the suction device is located in the chip space, a plurality of tools are coupled to the lifting device. the machine tool comprises a chip space, the chip space having a passage for the tool and the tool projecting through the chip space through the passage at least during machining of a workpiece, the machine tool comprises a suction device for suctioning off in particular chips separated by the tool and/or dirt particles, and a suction region of the suction device is located in the chip space, a plurality of tools are coupled to the lifting device.
A process for forming an erosion barrier for protecting a thermal barrier coating on a workpiece, said process comprising the steps of: forming a suspension of ceramic particles suspended in a solvent; and depositing particles in said suspension on said thermal barrier coating; characterised in that: said suspension forming step comprises adding an acid or a base to said suspension so that said suspension has a pH no greater than 9.0; said depositing step comprises electrophorectically depositing said particles in said suspension on said thermal barrier coating by biasing said workpiece having said thermal barrier coating with a DC voltage sufficient to accelerate suspended particles in said suspension toward a surface of the workpiece; and by drying said particles deposited on said thermal barrier coating so as to form an erosion barrier coating which has a Vickers hardness in the range of from 1300 to 2750 kgf/mm 2 (12.8 to 27.0 GPa). forming a suspension of ceramic particles suspended in a solvent; and depositing particles in said suspension on said thermal barrier coating; characterised in that: said suspension forming step comprises adding an acid or a base to said suspension so that said suspension has a pH no greater than 9.0; said depositing step comprises electrophorectically depositing said particles in said suspension on said thermal barrier coating by biasing said workpiece having said thermal barrier coating with a DC voltage sufficient to accelerate suspended particles in said suspension toward a surface of the workpiece; and by drying said particles deposited on said thermal barrier coating so as to form an erosion barrier coating which has a Vickers hardness in the range of from 1300 to 2750 kgf/mm 2 (12.8 to 27.0 GPa). said suspension forming step comprises adding an acid or a base to said suspension so that said suspension has a pH no greater than 9.0; said depositing step comprises electrophorectically depositing said particles in said suspension on said thermal barrier coating by biasing said workpiece having said thermal barrier coating with a DC voltage sufficient to accelerate suspended particles in said suspension toward a surface of the workpiece; and by drying said particles deposited on said thermal barrier coating so as to form an erosion barrier coating which has a Vickers hardness in the range of from 1300 to 2750 kgf/mm 2 (12.8 to 27.0 GPa).
An amadoriase having amino acid sequence identity of 90% or more with the amino acid sequence of SEQ ID NO: 1 and further having a substitution or deletion in SEQ ID NO: 1 selected from the group consisting of the following (a) to (j): (a) deletion of the amino acid residues at the position corresponding to the three amino acid residues from the carboxyl terminal; (b) substitution of the amino acid at the position corresponding to alanine at position 151 with cysteine, (c) substitution of the amino acid at the position corresponding to phenylalanine at position 43 with tyrosine, (d) substitution of the amino acid at the position corresponding to histidine at position 53 with asparagine or tyrosine, (e) substitution of the amino acid at the position corresponding to phenylalanine at position 267 with tyrosine, (f) substitution of the amino acid at the position corresponding to threonine at position 350 with alanine, (g) substitution of the amino acid at the position corresponding to alanine at position 185 with serine, (h) substitution of the amino acid at the position corresponding to glutamic acid at position 196 with aspartic acid, (i) substitution of the amino acid at the position corresponding to serine at position 299 with threonine, and (j) substitution of the amino acid at the position corresponding to valine at position 323 with glutamic acid; wherein residual activity (%) following heat treatment at 55°C for 30 minutes at pH 7.0 is improved in comparison with the amadoriase prior to the substitution or deletion. (a) deletion of the amino acid residues at the position corresponding to the three amino acid residues from the carboxyl terminal; (b) substitution of the amino acid at the position corresponding to alanine at position 151 with cysteine, (c) substitution of the amino acid at the position corresponding to phenylalanine at position 43 with tyrosine, (d) substitution of the amino acid at the position corresponding to histidine at position 53 with asparagine or tyrosine, (e) substitution of the amino acid at the position corresponding to phenylalanine at position 267 with tyrosine, (f) substitution of the amino acid at the position corresponding to threonine at position 350 with alanine, (g) substitution of the amino acid at the position corresponding to alanine at position 185 with serine, (h) substitution of the amino acid at the position corresponding to glutamic acid at position 196 with aspartic acid, (i) substitution of the amino acid at the position corresponding to serine at position 299 with threonine, and (j) substitution of the amino acid at the position corresponding to valine at position 323 with glutamic acid;
A microphone connecting device suitable to be connected to a microphone of a first form in which a light emitting body is mounted, and to a microphone of a second form in which a light emitting body is not mounted, the microphone connecting device comprising: a microphone amplifier unit configured to receive audio signals from the microphones of the first and second forms; and a connector including three terminal pins (P1,P2,P3) suitable to connect the microphone amplifier unit and the microphones of the first and second forms, wherein the microphone amplifier unit includes: a power feed circuit suitable to supply a direct current power supply to the microphones of the first and second forms; a microphone detecting unit configured to detect a connection state of the microphone of the first form or the microphone of the second form based on potential information from the direct current power supply supplied to a specific terminal pin among the three terminal pins of the connector; and a control unit configured to set a lighting circuit of the light emitting body to be operable by detecting connection of the microphone of the first form, and configured to connect the specific terminal pin of the connector to the ground by detecting connection of the microphone of the second form, by the microphone detecting unit. a microphone amplifier unit configured to receive audio signals from the microphones of the first and second forms; and a connector including three terminal pins (P1,P2,P3) suitable to connect the microphone amplifier unit and the microphones of the first and second forms, wherein the microphone amplifier unit includes: a power feed circuit suitable to supply a direct current power supply to the microphones of the first and second forms; a microphone detecting unit configured to detect a connection state of the microphone of the first form or the microphone of the second form based on potential information from the direct current power supply supplied to a specific terminal pin among the three terminal pins of the connector; and a control unit configured to set a lighting circuit of the light emitting body to be operable by detecting connection of the microphone of the first form, and configured to connect the specific terminal pin of the connector to the ground by detecting connection of the microphone of the second form, by the microphone detecting unit. a power feed circuit suitable to supply a direct current power supply to the microphones of the first and second forms; a microphone detecting unit configured to detect a connection state of the microphone of the first form or the microphone of the second form based on potential information from the direct current power supply supplied to a specific terminal pin among the three terminal pins of the connector; and a control unit configured to set a lighting circuit of the light emitting body to be operable by detecting connection of the microphone of the first form, and configured to connect the specific terminal pin of the connector to the ground by detecting connection of the microphone of the second form, by the microphone detecting unit.