mhurhangee/ep-ind-claims huggingface dataset:
A method of making a radiography flat panel detector, comprising the steps of: a) providing a first substrate with an imaging array on a side of the first substrate; and b) gluing a scintillating phosphor layer which has been applied on a support, onto the imaging array; and c) providing a second substrate; and d) coating an X-ray absorbing layer on a side of the second substrate, by means of a method selected from the group of knife coating, doctor blade coating, spin-coating, dip-coating, spray-coating, screen printing and lamination; the absorbing layer comprises a binder and a chemical compound having a metal element with an atomic number of 20 or more and one or more non-metal elements; and e) contacting either the side of the second substrate opposite to the X-ray absorbing layer or the X-ray absorbing layer with the side of the first substrate opposite to the imaging array; and f) positioning underlying electronics under the second substrate or X-ray absorbing layer and electrically connecting the underlying electronics to the image array. a) providing a first substrate with an imaging array on a side of the first substrate; and b) gluing a scintillating phosphor layer which has been applied on a support, onto the imaging array; and c) providing a second substrate; and d) coating an X-ray absorbing layer on a side of the second substrate, by means of a method selected from the group of knife coating, doctor blade coating, spin-coating, dip-coating, spray-coating, screen printing and lamination; the absorbing layer comprises a binder and a chemical compound having a metal element with an atomic number of 20 or more and one or more non-metal elements; and e) contacting either the side of the second substrate opposite to the X-ray absorbing layer or the X-ray absorbing layer with the side of the first substrate opposite to the imaging array; and f) positioning underlying electronics under the second substrate or X-ray absorbing layer and electrically connecting the underlying electronics to the image array.
A testing device comprising: a user interface comprising a display, a processor and a memory, the device constructed and arranged to provide the results of a test and substantially simultaneously provide the user with a reminder to associate the results of the test with an appropriate time before or after a particular meal, and to store the results and time association information in the memory, characterized in that the reminder comprises an icon comprising at least one symbol corresponding to a meal, and said icon further comprises a selectable portion moveable between a pre-meal position and a post-meal position for the meal, and wherein the testing device comprises a meter constructed to determine the concentration of at least one target analyte contained in a sample of body fluid.
A cable screwing device having a multiplicity of identically shaped lamellae that extend free-standing in an axial direction from a fastening section on the cable screwing device up to an unattached end and that each have a plurality of adjoining sections along their entire axial extension, each section having a different cross-sectional area or a cross-sectional area that varies over the axial extension of said lamella, as viewed in the axial cross section, wherein the cross-sectional area of the lamellae decreases, at least section by section, along their axial extension from the fastening section up to a point having the smallest cross-sectional area A3, and the point of the lamellae having the smallest cross-sectional area A3 is spaced axially from the unattached end thereof, wherein the lamellae have inner surfaces that face radially inward and that, when used as intended, face toward a cable that can be routed through the cable screwing device, and the inner surfaces extend flat and rectilinearly in the axial direction, so that over their overall axial extension H, the lamellae form a substantially constant inner diameter of the cable screwing device, characterized in that the cross-sectional area of the lamellae decreases from a cross-sectional area A1 to a cross-sectional area A2 in an inlet section adjoining the cable screwing device, and the inlet section has an axial extension ranging from 0.1 to 0.2 of the overall extension H of the lamellae. so that 0.1 < H2/H < 0.2, in particular 0.14 < H2/H < 0.17, and wherein the cross-sectional area of the lamellae in a center section adjoining the inlet section and extending up to the point having the smallest cross-sectional area A3 decreases from the cross-sectional area A2 to the smallest cross-sectional area A3 of the lamellae, wherein 0.3 ≤ A3/A2 ≤ 0.8, in particular 0.5 ≤ A3/A2 ≤ 0.7, more particularly 0.6 ≤ A3/A2 ≤ 0.65.
A detachable speaker system, comprising two speakers and a speaker sleeve; wherein the speaker sleeve is provided with a cavity for accommodating the two speakers; an end surface of each of the speakers is provided with a connecting portion, and the two speakers are connected by the connecting portion, wherein the two speakers are detachably connected, adapted to be placed horizontally and vertically. characterized in that, wherein the speakers are in the shape of a cylinder, and the end surface of each of the speakers is an inclined surface, and the inclined surface is at an angle of 5-15 degrees with the other end surface, wherein the end surface of each of the speakers having the inclined surface is provided with a groove, and the groove is provided with the connecting portion, and the connecting portion is in the shape of an elliptical block, the connecting portion is provided with a circular groove, the circular groove is located at a center of the connecting portion, and an inner wall of the circular groove is provided with a mounting protrusion, and below the mounting protrusion is a mounting groove, and the mounting groove is adapted to be used for jamming the mounting protrusion of the other speaker when the two speakers are assembled and combined to achieve a locking effect. characterized in that, wherein the speakers are in the shape of a cylinder, and the end surface of each of the speakers is an inclined surface, and the inclined surface is at an angle of 5-15 degrees with the other end surface, wherein the end surface of each of the speakers having the inclined surface is provided with a groove, and the groove is provided with the connecting portion, and the connecting portion is in the shape of an elliptical block, the connecting portion is provided with a circular groove, the circular groove is located at a center of the connecting portion, and an inner wall of the circular groove is provided with a mounting protrusion, and below the mounting protrusion is a mounting groove, and the mounting groove is adapted to be used for jamming the mounting protrusion of the other speaker when the two speakers are assembled and combined to achieve a locking effect.
An electronic apparatus comprising a radio frequency IC device, the radio frequency IC device comprising: a radio frequency IC chip for processing a transmission/received signal; a printed circuit board on which the radio frequency IC chip is mounted; a ground electrode (21; 50A-50D) used for another electronic component in the electronic apparatus and formed at the printed circuit board; and a loop electrode (22; 25; 31; 32; 51A-51D) that is formed at the printed circuit board so that the loop electrode (22; 25; 31; 32; 51A-51D) is coupled to the radio frequency IC chip and the ground electrode (21; 50A-50D), wherein the ground electrode (21; 50A-50D) is arranged to function as a radiation plate, wherein the ground electrode (21; 50A-50D) is arranged to receive a signal from the outside, wherein the radio frequency IC chip is arranged to receive the signal from the ground electrode (21; 50A-50D) via the loop electrode (22; 25; 31; 32; 51A-51D) and to be operated by the received signal, wherein the loop electrode (22; 25; 31; 32; 51A-51D) is arranged to transmit a response signal from the radio frequency IC chip to the ground electrode (21; 50A-50D), and wherein the ground electrode (21; 50A-50D) is arranged to emit the response signal to the outside. a radio frequency IC chip for processing a transmission/received signal; a printed circuit board on which the radio frequency IC chip is mounted; a ground electrode (21; 50A-50D) used for another electronic component in the electronic apparatus and formed at the printed circuit board; and a loop electrode (22; 25; 31; 32; 51A-51D) that is formed at the printed circuit board so that the loop electrode (22; 25; 31; 32; 51A-51D) is coupled to the radio frequency IC chip and the ground electrode (21; 50A-50D), wherein the ground electrode (21; 50A-50D) is arranged to function as a radiation plate, wherein the ground electrode (21; 50A-50D) is arranged to receive a signal from the outside, wherein the radio frequency IC chip is arranged to receive the signal from the ground electrode (21; 50A-50D) via the loop electrode (22; 25; 31; 32; 51A-51D) and to be operated by the received signal, wherein the loop electrode (22; 25; 31; 32; 51A-51D) is arranged to transmit a response signal from the radio frequency IC chip to the ground electrode (21; 50A-50D), and wherein the ground electrode (21; 50A-50D) is arranged to emit the response signal to the outside.
A thermal insulation assembly intended to form or cover, in particular from the outside, a wall of a building, comprising: - a plurality of insulating panels each having a plate shape with two opposite parallel slices, each of the panels comprising a porous material resistant to compression and a gas-tight barrier envelope, closed under vacuum, which encloses the porous material, the panels being distributed in at least one layer of panels which defines an outer face having a determined surface; - a thermal protection layer comprising at least one latent heat storage material distributed throughout the thermal protection layer; wherein the thermal protection layer has an inner face directly opposite to the layer of panels and an outer face, so that the temperature of said inner face can be lower than the temperature of the outer face of the thermal protection layer when the thermal insulation assembly is subjected to a rise in temperature on the outer side, characterised in that it includes positioning members (5', P1, P2; 5, 6) which are part of a rigid frame and allowing to distribute the insulating panels; and in that the thermal protection layer covers said outer face of the layer of the panels and has a thickness less than or equal to the thickness of each of the insulating panels of said layer of panels, the covering of said outer face of the layer of panels with the thermal protection layer being continuous and/or such that the thermal protection layer extends over a surface at least equal to said determined surface. - a plurality of insulating panels each having a plate shape with two opposite parallel slices, each of the panels comprising a porous material resistant to compression and a gas-tight barrier envelope, closed under vacuum, which encloses the porous material, the panels being distributed in at least one layer of panels which defines an outer face having a determined surface; - a thermal protection layer comprising at least one latent heat storage material distributed throughout the thermal protection layer; wherein the thermal protection layer has an inner face directly opposite to the layer of panels and an outer face, so that the temperature of said inner face can be lower than the temperature of the outer face of the thermal protection layer when the thermal insulation assembly is subjected to a rise in temperature on the outer side, characterised in that it includes positioning members (5', P1, P2; 5, 6) which are part of a rigid frame and allowing to distribute the insulating panels; and in that the thermal protection layer covers said outer face of the layer of the panels and has a thickness less than or equal to the thickness of each of the insulating panels of said layer of panels, the covering of said outer face of the layer of panels with the thermal protection layer being continuous and/or such that the thermal protection layer extends over a surface at least equal to said determined surface.
A process transmitter comprising: a circuit producing a plurality of digital values representing magnitudes for an analog signal; a filter receiving the plurality of digital values and producing a plurality of filtered digital values; a digital-to-analog converter; and output analog circuitry configured to receive the plurality of filtered digital values and output an analog signal on a communication channel of the process transmitter, wherein the output analog circuitry has a transfer function and wherein the filter has a transfer function that is the inverse of the transfer function of the output analog circuitry such as to offset the transfer function of the output analog circuitry, wherein the filter comprises a clipping module to limit the filtered digital values to a range of values supported by the digital-to-analog converter, and wherein the filter further comprises an analog circuitry output emulator to emulate a latest output of the output analog circuitry. a circuit producing a plurality of digital values representing magnitudes for an analog signal; a filter receiving the plurality of digital values and producing a plurality of filtered digital values; a digital-to-analog converter; and output analog circuitry configured to receive the plurality of filtered digital values and output an analog signal on a communication channel of the process transmitter, wherein the output analog circuitry has a transfer function and wherein the filter has a transfer function that is the inverse of the transfer function of the output analog circuitry such as to offset the transfer function of the output analog circuitry, wherein the filter comprises a clipping module to limit the filtered digital values to a range of values supported by the digital-to-analog converter, and wherein the filter further comprises an analog circuitry output emulator to emulate a latest output of the output analog circuitry.
Shaft-cover frame for a shaft-cover arrangement for use in new-road construction and in rehabilitation processes, forming a shaft passage which extends in a longitudinal direction and - having a closure-element receptacle, and - having a frame apron with an inner side, an outer side and a length in the longitudinal direction, wherein the shaft passage extends through the frame apron, - wherein the shaft-cover frame consists of cast iron, characterized in that the frame apron has a first predetermined breaking point which extends transversely to the longitudinal direction and which subdivides the frame apron into a first portion, which adjoins the closure-element receptacle, and a second portion, which is able to be broken off along the first predetermined breaking point in a targeted manner, in such a way that the length of the frame apron is able to be shortened, wherein the first predetermined breaking point extends along the circumference of the frame apron, and the first predetermined breaking point is formed at least partially as a predetermined breaking groove, wherein the frame apron has a wall thickness and the predetermined breaking groove has a groove depth which is at least 25% of the wall thickness of the frame apron in the region of the predetermined breaking groove. - having a closure-element receptacle, and - having a frame apron with an inner side, an outer side and a length in the longitudinal direction, wherein the shaft passage extends through the frame apron, - wherein the shaft-cover frame consists of cast iron, characterized in that
An outboard motor configured to be attached to a boat including a transom having an opening, the outboard motor comprising: a bracket configured to be attached to the transom; an outboard motor body supported by the bracket; a harness extending from the outboard motor body and configured to extend through the opening into the boat; and a seal member that holds the harness and is configured to be detachably attached to the opening, wherein the bracket includes a seal support connected to the seal member, a first bracket, and a second separate bracket arranged apart from the first bracket in a first direction of the outboard motor, the seal support being arranged between the first bracket and the second bracket, and wherein the seal support is integrated with the first bracket or the second bracket. a bracket configured to be attached to the transom; an outboard motor body supported by the bracket; a harness extending from the outboard motor body and configured to extend through the opening into the boat; and a seal member that holds the harness and is configured to be detachably attached to the opening, wherein the bracket includes a seal support connected to the seal member, a first bracket, and a second separate bracket arranged apart from the first bracket in a first direction of the outboard motor, the seal support being arranged between the first bracket and the second bracket, and wherein the seal support is integrated with the first bracket or the second bracket.
A PAMPS/PAaU copolymer having the formula: where: m denotes the length of the PAMPS block, namely the number of AMPS mers, and it is an integer from 40 to 170, n denotes the length of the PAaU block, namely the number of AaU mers, and it is an integer from 3 to 50, for use in the treatment and/or prophylaxis of Zika virus infection, wherein PAMPS means polymer of sodium salt of 2-acrylamido-2-methyl-1-propanesulfonic acid, AMPS means a single mer of sodium salt of 2-acrylamido-2-methyl-1-propanesulfonic acid, PAaU means polymer of sodium 11-(acrylamido)undecanoate, and AaU means a single mer of sodium 11-(acrylamido)undecanoate. m denotes the length of the PAMPS block, namely the number of AMPS mers, and it is an integer from 40 to 170, n denotes the length of the PAaU block, namely the number of AaU mers, and it is an integer from 3 to 50, for use in the treatment and/or prophylaxis of Zika virus infection, wherein PAMPS means polymer of sodium salt of 2-acrylamido-2-methyl-1-propanesulfonic acid, AMPS means a single mer of sodium salt of 2-acrylamido-2-methyl-1-propanesulfonic acid, PAaU means polymer of sodium 11-(acrylamido)undecanoate, and AaU means a single mer of sodium 11-(acrylamido)undecanoate.
Support frame for a beer bench or a beer table for supporting a plate thereof by means of which the beer bench or the beer table can be positioned on a ground and which is composed of at least two support profiles each forming a longitudinal strut and comprising legs (3; 4; 5) each of which has an identical or a different wall thickness, characterized in that the support profiles comprise at least two outer legs (4; 5) arranged on a middle leg in cross section, wherein the width of the one outer leg is smaller than the width of the other outer leg and the support profiles are C-shaped, and wherein two support profiles are connected to one another by means of at least one cross connection (9; 10; 22; 11; 21).
A method of monitoring the output power of a laser diode in a barcode reader comprising: sampling a threshold monitoring-current that is related to the driving-current passing through the laser diode during a first time period when the driving-current passing through the laser diode is at a threshold of the laser diode; holding the threshold monitoring-current during a second time period; generating an above-threshold monitoring-current during at least part of the second time period when the driving-current passing through the laser diode is above the threshold of the laser diode; generating a threshold-compensated monitoring-current by subtracting the threshold monitoring-current from the above-threshold monitoring-current; and monitoring the output power of the laser diode in the barcode reader at least partially based on the threshold-compensated monitoring-current. sampling a threshold monitoring-current that is related to the driving-current passing through the laser diode during a first time period when the driving-current passing through the laser diode is at a threshold of the laser diode; holding the threshold monitoring-current during a second time period; generating an above-threshold monitoring-current during at least part of the second time period when the driving-current passing through the laser diode is above the threshold of the laser diode; generating a threshold-compensated monitoring-current by subtracting the threshold monitoring-current from the above-threshold monitoring-current; and monitoring the output power of the laser diode in the barcode reader at least partially based on the threshold-compensated monitoring-current.
Conveying system comprising: - two axially spaced supporting tubular frames (2, 3) extending substantially parallel in the conveying direction of the conveying system; - at least one plurality of driven rollers and/or wheels; - at least one plurality of supporting shafts, each adapted to be engaged in at least one of said supporting tubular frames (2, 3) to support at least one driving roller and/or at least one driving wheel; - at least one first supporting bearing for each supporting shaft; - at least one housing for said at least one first supporting bearing; said housing comprising fastening means to removably fasten said housing and bearing held therein within at least one supporting tubular frame (2, 3); the system being characterized in that said fastening means comprise anchoring means adapted to removably engage in ribs obtained on inner side walls of said tubular frames (2, 3); and in that said ribs axially extend inward the supporting tubular frame (2, 3) and have a portion provided with an enlarged cross section at their free end. - two axially spaced supporting tubular frames (2, 3) extending substantially parallel in the conveying direction of the conveying system; - at least one plurality of driven rollers and/or wheels; - at least one plurality of supporting shafts, each adapted to be engaged in at least one of said supporting tubular frames (2, 3) to support at least one driving roller and/or at least one driving wheel; - at least one first supporting bearing for each supporting shaft; - at least one housing for said at least one first supporting bearing;
A method for setting up and operating a multiple communication link in a wireless communication apparatus, the wireless communication device comprising a first wireless transceiver, and a second wireless transceiver, the method comprising the steps of: - setting up a first communication link on a channel in accordance with an IEEE 802.15.1 standard by means of the first wireless transceiver, - setting up a second communication link on a channel in accordance with an IEEE 802.11 standard by means of the second wireless transceiver, characterised in that the method also comprises: - setting up a third communication link in accordance with an IEEE 802.15.1 standard, by means of the first wireless transceiver, on the channel of the second communication link, and - simultaneously operating the first communication link, the second communication link, and the third communication link, wherein the second communication link and the third communication link are operated on the same channel. - setting up a first communication link on a channel in accordance with an IEEE 802.15.1 standard by means of the first wireless transceiver, - setting up a second communication link on a channel in accordance with an IEEE 802.11 standard by means of the second wireless transceiver, - setting up a third communication link in accordance with an IEEE 802.15.1 standard, by means of the first wireless transceiver, on the channel of the second communication link, and - simultaneously operating the first communication link, the second communication link, and the third communication link, wherein the second communication link and the third communication link are operated on the same channel.