mhurhangee/patent-ind-claim-en huggingface dataset:
A flexible organic light emitting diode (OLED) display device, comprising: an upper module having a cover window film ; a lower module ; a display module between the upper module and the lower module , the display module including an OLED and an OLED substrate between the OLED and the lower module ; and a touch sensor between the OLED and the upper module, wherein the upper module has a first Young's modulus, the lower module has a second Young's module, and the first Young's modulus is different from the second Young's modulus, wherein (LS / TW) > 0.001, where L is a stiffness of the lower module , S is a stiffness of the OLED substrate, , T is a stiffness of the touch sensor , and W is a stiffness of the cover window film . an upper module having a cover window film ; a lower module ; a display module between the upper module and the lower module , the display module including an OLED and an OLED substrate between the OLED and the lower module ; and a touch sensor between the OLED and the upper module, wherein the upper module has a first Young's modulus, the lower module has a second Young's module, and the first Young's modulus is different from the second Young's modulus, wherein (LS / TW) > 0.001, where L is a stiffness of the lower module , S is a stiffness of the OLED substrate, , T is a stiffness of the touch sensor , and W is a stiffness of the cover window film .
A battery pack, comprising: a door hingedly coupled to a housing , the door having a plurality of battery compartments , each battery compartment configured to accept a single battery therein; each battery compartment having a first electrical contact on a first end of the housing and a second electrical contact on a second end, opposite the first end, of the housing for electrical connection to respective ends of a respective battery; an outlet for supplying power from the electrical contacts; and a printed circuit board opposite the door in communication with the electrical contacts configured to connect the batteries in either a series or parallel configuration and to supply a predetermined voltage to the outlet when a positive end of each respective battery within the battery compartments is in electrical communication with the respective first electrical contact. a door hingedly coupled to a housing , the door having a plurality of battery compartments , each battery compartment configured to accept a single battery therein; each battery compartment having a first electrical contact on a first end of the housing and a second electrical contact on a second end, opposite the first end, of the housing for electrical connection to respective ends of a respective battery; an outlet for supplying power from the electrical contacts; and a printed circuit board opposite the door in communication with the electrical contacts configured to connect the batteries in either a series or parallel configuration and to supply a predetermined voltage to the outlet when a positive end of each respective battery within the battery compartments is in electrical communication with the respective first electrical contact.
A utility vehicle , preferably a bus or lorry, having a pressurized gas system which has at least one pressurized gas container which serves to receive pressurized gas, wherein the pressurized gas container comprises at least one filling connection (2.1) for feeding in pressurized gas and discharge connections (2.2, 2.3) for discharging pressurized gas, characterized in that the pressurized gas container is manufactured entirely from the flexible fabric material (G), and the pressurized gas container is connected to at least one secondary assembly of the utility vehicle , in order to supply the secondary assembly with pressurized gas.
Filter box with a housing in which there is a filter cell which is supported in corner regions of the housing against at least one corner angle (E), and with an air outlet grille, characterized in that a bolt passes through the corner angle (E) and is pressed against the frame of the filter cell via a quick-action clamping device (S), wherein at least one retaining foot (7.1 and 7.2) is associated with the corner angle (E), wherein a receptacle is assigned to the at least one holding foot (7.1 and 7.2) at its end, in which a magnet is enclosed which holds the air outlet grille.
An ultrasonic atomization sheet oscillation control circuit, comprising a microprocessor , a first drive oscillation circuit , a second drive oscillation circuit , a first phase inverter , and a mutual exclusion circuit for outputting two paths of signal levels that are complementary with each other, wherein an output end of the first drive oscillation circuit is electrically connected to a first end of a first ultrasonic atomization sheet (J1), an output end of the second drive oscillation circuit is electrically connected to a second end of the first ultrasonic atomization sheet (J1); an input end of the first phase inverter and an input end of the second drive oscillation circuit are both electrically connected to a first output end of the microprocessor , and an output end of the first phase inverter is electrically connected to an input end of the first drive oscillation circuit ; the output end of the first phase inverter is electrically connected to the input end of the first drive oscillation circuit through the mutual exclusion circuit , and the first output end of the microprocessor is electrically connected to the input end of the second drive oscillation circuit through the mutual exclusion circuit ; characterized in that the mutual exclusion circuit comprises a second phase inverter (U2), a third phase inverter (U4), a first OR gate (U3), and a second OR gate (U5); the output end of the first phase inverter and an output end of the second phase inverter (U2) are both electrically connected to an input end of the second OR gate (U5), and an output end of the second OR gate (U5) is electrically connected to the input end of the first drive oscillation circuit through the third phase inverter (U4); the first output end of the microprocessor and an output end of the third phase inverter (U4) are both electrically connected to an input end of the first OR gate (U3), and an output end of the first OR gate (U3) is electrically connected to the input end of the second drive oscillation circuit through the second phase inverter (U2).
An extrusion molded gasket comprising: one or more annular sections configured to engage a door rim of a tub, one or more annular sections configured to engage the tub, and one or more sealing sections disposed therebetween, wherein the gasket comprises at least one thermoplastic vulcanizate comprising at least 15 wt%, by weight of the thermoplastic vulcanizate, of a cross-linkable ethylene-based elastomer and within a range from 5 to 30 wt%, by weight of the thermoplastic vulcanizate, of at least one thermoplastic, the thermoplastic vulcanizate having a Shore Hardness measured according to ISO 868 within a range from 35A to 50D, and wherein the thermoplastic vulcanizate is extrusion molded into the gasket. one or more annular sections configured to engage a door rim of a tub, one or more annular sections configured to engage the tub, and one or more sealing sections disposed therebetween, wherein the gasket comprises at least one thermoplastic vulcanizate comprising at least 15 wt%, by weight of the thermoplastic vulcanizate, of a cross-linkable ethylene-based elastomer and within a range from 5 to 30 wt%, by weight of the thermoplastic vulcanizate, of at least one thermoplastic, the thermoplastic vulcanizate having a Shore Hardness measured according to ISO 868 within a range from 35A to 50D, and wherein the thermoplastic vulcanizate is extrusion molded into the gasket.
A device configured to mount to a strut piston , the device comprising: a first ring comprising a first half, a second half and an inner wall, wherein the first ring is configured to mount to the strut piston by fastening the first and second half together thereby placing the first ring in radial compression over the strut piston ; a second ring comprising third half, a fourth half and an inner wall, wherein the second ring is configured to mount to the strut piston by fastening the third and fourth half together thereby placing the second ring in radial compression over the strut piston ; a plurality of pairs of capacitive plates integral with the first and second rings respectively, the capacitive plates being mounted to a surface that is approximately perpendicular to the first and second inner walls, wherein the capacitive plates are electrically isolated from their respective rings . a first ring comprising a first half, a second half and an inner wall, wherein the first ring is configured to mount to the strut piston by fastening the first and second half together thereby placing the first ring in radial compression over the strut piston ; a second ring comprising third half, a fourth half and an inner wall, wherein the second ring is configured to mount to the strut piston by fastening the third and fourth half together thereby placing the second ring in radial compression over the strut piston ; a plurality of pairs of capacitive plates integral with the first and second rings respectively, the capacitive plates being mounted to a surface that is approximately perpendicular to the first and second inner walls, wherein the capacitive plates are electrically isolated from their respective rings .
A system , comprising: a lens comprising an etched pattern; a light-emitting diode ("LED") projector configured to project a pattern of light according to the etched pattern of the lens onto a surface by transmitting light through the lens ; a first camera configured to capture first data associated with the projected pattern of light; and a second camera configured to capture second data associated with the projected pattern of light, wherein the system is arranged so that the first data captured by the first camera and the second data captured by the second camera are used to measure profiles of the surface ; and one or more processors configured to measure the profiles of the surface based on the first data captured by the first camera and the second data captured by the second camera , wherein the one or more processors are further configured to automatically detect a range to the surface and trigger the first camera and the second camera to shutter when an optimal range to the surface is achieved. a lens comprising an etched pattern; a light-emitting diode ("LED") projector configured to project a pattern of light according to the etched pattern of the lens onto a surface by transmitting light through the lens ; a first camera configured to capture first data associated with the projected pattern of light; and a second camera configured to capture second data associated with the projected pattern of light, wherein the system is arranged so that the first data captured by the first camera and the second data captured by the second camera are used to measure profiles of the surface ; and one or more processors configured to measure the profiles of the surface based on the first data captured by the first camera and the second data captured by the second camera , wherein the one or more processors are further configured to automatically detect a range to the surface and trigger the first camera and the second camera to shutter when an optimal range to the surface is achieved.
Strut bearing for bearing a strut on a motor vehicle body and for setting and adjusting the camber at the strut of a wheel suspension, the strut bearing comprising at least one fixing means (3, 3', 3"), wherein by means of the fixing means (3, 3', 3"), at least one releasable clamping connection, in particular a screw connection, can be formed with the strut bearing and the vehicle body , also a strut receiver and an adjustment device , wherein the adjustment device comprises at least one sliding block with at least one guide element , a bearing plate with at least one guide element receiver forming a linear guide of the at least one sliding block with the at least one guide element together with the at least one guide element receiver , wherein the adjustment device also has a clamping plate , wherein the bearing plate , the at least one sliding block and the clamping plate are arranged relative to each other such that the at least one sliding block can be fixed at least by clamping between the bearing plate and the clamping plate , and wherein the strut receiver is arranged on the at least one sliding block such that the position of the at least one sliding block in the linear guide correlates with the setting of the camber at the strut characterized in that the guide element receiver is a guide frame, wherein the at least one sliding block is arranged inside the guide frame and wherein the bearing plate or the clamping plate and the at least one sliding block comprise single and/or multiple toothings which can be paired together at least by form fit, wherein the mutually paired single toothings and/or multiple toothings can form an at least form-fit connection in the transverse direction to the vehicle longitudinal axis.
A fault tolerant sensor measurement system comprising: a sensor (22a - 22n) having a primary winding (24a - 24n) and at least one secondary winding (26a - 26n); a wiring harness operably connected to the sensor (22a - 22n); and a controller operably connected to the wiring harness, the controller configured to: generate a primary excitation signal; transmit the primary excitation signal to the sensor (22a - 22n); measure a sensor signal from the at least one secondary winding (26a - 26n); and characterized by further being configured to: monitor a primary return line operating characteristic; determine a compensation for the primary excitation signal based on the operating characteristic; and adjust the primary excitation signal based on the compensation. a sensor (22a - 22n) having a primary winding (24a - 24n) and at least one secondary winding (26a - 26n); a wiring harness operably connected to the sensor (22a - 22n); and a controller operably connected to the wiring harness, the controller configured to: generate a primary excitation signal; transmit the primary excitation signal to the sensor (22a - 22n); generate a primary excitation signal; transmit the primary excitation signal to the sensor (22a - 22n); measure a sensor signal from the at least one secondary winding (26a - 26n); and characterized by further being configured to: monitor a primary return line operating characteristic; determine a compensation for the primary excitation signal based on the operating characteristic; and adjust the primary excitation signal based on the compensation. monitor a primary return line operating characteristic; determine a compensation for the primary excitation signal based on the operating characteristic; and adjust the primary excitation signal based on the compensation.
A three-dimensional shaped object production device , which is configured to produce a three-dimensional shaped object, the three-dimensional shaped object production device comprising: a plate , on which the three-dimensional shaped object is placeable; ball forming means for forming a ball at a leading end of a conductive wire , which is inserted into a capillary and is paid out from a leading end of the capillary, by applying high voltage between the leading end of the conductive wire and a spark rod ; positioning means for positioning the plate and the ball forming means by moving the plate and the ball forming means relative to each other; and bonding means for bonding the ball formed at the leading end of the capillary to at least one of the plate or another ball that has already been stacked on the plate, wherein the forming of the ball by the ball forming means, the positioning by the positioning means, and the bonding of the ball formed at the leading end of the capillary by the bonding means are repeated to stack the ball on the plate, to thereby produce a three-dimensional shaped object having a desired shape, characterized in that at least a surface of the plate is formed of a conductive material, and wherein the ball formed at the leading end of the capillary is bonded by applying high voltage between the ball formed at the leading end of the capillary and the plate or wherein the ball formed at the leading end of the capillary is bonded by causing current to flow between the ball formed at the leading end of the capillary and the plate under a state in which a surface of the ball formed at the leading end of the capillary and a surface of the another ball that has already been stacked on the plate are brought into contact with each other. a plate , on which the three-dimensional shaped object is placeable; ball forming means for forming a ball at a leading end of a conductive wire , which is inserted into a capillary and is paid out from a leading end of the capillary, by applying high voltage between the leading end of the conductive wire and a spark rod ; positioning means for positioning the plate and the ball forming means by moving the plate and the ball forming means relative to each other; and bonding means for bonding the ball formed at the leading end of the capillary to at least one of the plate or another ball that has already been stacked on the plate, wherein the forming of the ball by the ball forming means, the positioning by the positioning means, and the bonding of the ball formed at the leading end of the capillary by the bonding means are repeated to stack the ball on the plate, to thereby produce a three-dimensional shaped object having a desired shape, characterized in that at least a surface of the plate is formed of a conductive material, and wherein the ball formed at the leading end of the capillary is bonded by applying high voltage between the ball formed at the leading end of the capillary and the plate or
A method for preparing labels for application to containers , wherein glue is applied in a variable glue image directly onto a glue application surface of at least one label by means of a controllable glue printer having a plurality of glue discharge openings; characterized by moving the glue application surface to be printed-on past the plurality of glue discharge openings of the glue printer by means of a controllably pivotable pallet , the glue application surface facing away from the pallet ; and suctionally attracting the label by means of a plurality of suction openings in a contacting surface of the pallet ; wherein the suction openings are activated or deactivated, individually or in groups, depending on a size and/or shape of the label to be conveyed. moving the glue application surface to be printed-on past the plurality of glue discharge openings of the glue printer by means of a controllably pivotable pallet , the glue application surface facing away from the pallet ; and suctionally attracting the label by means of a plurality of suction openings in a contacting surface of the pallet ; wherein the suction openings are activated or deactivated, individually or in groups, depending on a size and/or shape of the label to be conveyed.
A fuel cell bundle comprising: an array of elongated tubular fuel cells ; a plurality of elongated electrical connectors each made of a sheet material having at least two curved or angled surfaces, a first contact for coupling with a first elongated tubular fuel cell and a second contact for coupling with a second elongated tubular fuel cell, wherein at least one of said first and second contacts comprises flexible members, wherein each of said electrical connectors is disposed between at least two of said elongated tubular fuel cells; characterized in that the fuel cell bundle comprises: an electrical transmission plate made of a sheet conductive material, wherein the electrical transmission plate is attached to at least two of the plurality of elongated electrical connectors and comprises a tab that extends out from the array and is oriented perpendicular to a main portion of the electrical transmission plate; and a flexible, electrical transmission line wherein the flexible, transmission line connects the tab and a power lead bar . an array of elongated tubular fuel cells ; a plurality of elongated electrical connectors each made of a sheet material having at least two curved or angled surfaces, a first contact for coupling with a first elongated tubular fuel cell and a second contact for coupling with a second elongated tubular fuel cell, wherein at least one of said first and second contacts comprises flexible members, wherein each of said electrical connectors is disposed between at least two of said elongated tubular fuel cells; characterized in that the fuel cell bundle comprises: an electrical transmission plate made of a sheet conductive material, wherein the electrical transmission plate is attached to at least two of the plurality of elongated electrical connectors and comprises a tab that extends out from the array and is oriented perpendicular to a main portion of the electrical transmission plate; and a flexible, electrical transmission line wherein the flexible, transmission line connects the tab and a power lead bar . an electrical transmission plate made of a sheet conductive material, wherein the electrical transmission plate is attached to at least two of the plurality of elongated electrical connectors and comprises a tab that extends out from the array and is oriented perpendicular to a main portion of the electrical transmission plate; and a flexible, electrical transmission line wherein the flexible, transmission line connects the tab and a power lead bar .
A method for selectively isolating a glycan from a sample, the method comprising the steps of: a) reacting a sample comprising a sialylated glycan with a labeling reagent to produce a labeled glycan sample; b) loading the labeled glycan sample onto a chromatographic separation device comprising a chromatographic material comprising a chromatographic surface, wherein the chromatographic surface comprises a hydrophobic surface group and an ionizable modifier, wherein the ionizable modifier contains an amino group, and wherein the chromatographic material is a stationary phase prepared with a diethylaminopropyl (DEAP) ionizable modifier; c) passing a solvent phase comprising an organic solvent and a buffer solvent through the chromatographic separation device using simultaneous gradients to separate the labeled glycan from the sample through interaction with the charged chromatographic surface of the chromatographic material; and d) eluting the adsorbed labeled glycan from the chromatographic material, thereby selectively isolating the labeled glycan from the sample. a) reacting a sample comprising a sialylated glycan with a labeling reagent to produce a labeled glycan sample; b) loading the labeled glycan sample onto a chromatographic separation device comprising a chromatographic material comprising a chromatographic surface, wherein the chromatographic surface comprises a hydrophobic surface group and an ionizable modifier, wherein the ionizable modifier contains an amino group, and wherein the chromatographic material is a stationary phase prepared with a diethylaminopropyl (DEAP) ionizable modifier; c) passing a solvent phase comprising an organic solvent and a buffer solvent through the chromatographic separation device using simultaneous gradients to separate the labeled glycan from the sample through interaction with the charged chromatographic surface of the chromatographic material; and d) eluting the adsorbed labeled glycan from the chromatographic material, thereby selectively isolating the labeled glycan from the sample.
A vehicle furniture system having an article of furniture and a carriage configured to carry the article of furniture between first and second positions within a body portion of a vehicle when the carriage is coupled to the body portion of the vehicle, the vehicle furniture system comprising a first actuator configured to deploy the article of furniture from the carriage when the carriage is in at least one of the first and second positions.