mhurhangee/patent-ind-claim-en huggingface dataset:
An actuating drive for moving a movable furniture part , comprising: - at least one actuating arm pivotally mounted about a pivoting axis for moving the movable furniture part , - a spring device for applying a force to the actuating arm , - a transmission mechanism for transmitting a force from the spring device to the actuating arm , wherein the transmission mechanism includes an actuating portion movement-coupled to the actuating arm , a setting contour and a pressure portion pressurized by the spring device , the pressure portion being configured as a rotatably mounted pressure roller and being configured to run along the setting contour upon a movement of the actuating arm , wherein the setting contour is arranged between the actuating portion and the pressure roller , - wherein the setting contour is arranged on a contour portion separate from the actuating portion , wherein the contour portion has a fastening section configured to bear against the actuating portion and a limb protruding transversely from the fastening portion , wherein the setting contour is formed by a curved outer surface of the limb , characterized in that the contour portion is formed of a bent or a deep-drawn metal portion. - at least one actuating arm pivotally mounted about a pivoting axis for moving the movable furniture part , - a spring device for applying a force to the actuating arm , - a transmission mechanism for transmitting a force from the spring device to the actuating arm , wherein the transmission mechanism includes an actuating portion movement-coupled to the actuating arm , a setting contour and a pressure portion pressurized by the spring device , the pressure portion being configured as a rotatably mounted pressure roller and being configured to run along the setting contour upon a movement of the actuating arm , wherein the setting contour is arranged between the actuating portion and the pressure roller , - wherein the setting contour is arranged on a contour portion separate from the actuating portion , wherein the contour portion has a fastening section configured to bear against the actuating portion and a limb protruding transversely from the fastening portion , wherein the setting contour is formed by a curved outer surface of the limb ,
A line penetration for routing a line through a passage opening of a building part , especially a wall or a ceiling of a building, with a first and a second building-part wall , between which an intermediate space (Z) is provided, with a closure element comprising: - an inner part for filling the intermediate space in the region of the passage opening ; - holding parts , with cross section smaller than that of the inner part , disposed on both sides of the inner part ; - a straight-through line opening , which penetrates the inner part and the holding parts in the direction in which they are disposed; and - a sliding device , which is formed in order to guide the line slidingly and gas-tightly through the line opening , characterised in that a clamp is provided which has circlips that circumferentially surround the holding parts , in order to hold the closure element on the line . - an inner part for filling the intermediate space in the region of the passage opening ; - holding parts , with cross section smaller than that of the inner part , disposed on both sides of the inner part ; - a straight-through line opening , which penetrates the inner part and the holding parts in the direction in which they are disposed; and - a sliding device , which is formed in order to guide the line slidingly and gas-tightly through the line opening ,
A tractor comprising a chassis , a cab , a front axle provided with a pair of front wheels , a rear axle provided with a pair of rear wheels or rear tracks , an engine , a braking system , a single clutch , a selector for selectively engaging the forward and reverse gear ratios, a control for automatically reversing the direction of travel, and a control unit ; Wherein the control unit , once the control for automatically reversing the direction of travel has been activated, is configured so as to control the braking system , the selector and the clutch in a coordinated manner so as to reverse the direction of travel; characterised in that the tractor moreover comprises: - at least an inertial sensor arranged on the chassis and configured for continuously measuring the acceleration of the tractor as objective operating parameter and for transmitting the objective operating parameter to the control unit ; - at least a knob configured for allowing the driver to set along a graduated scale a subjective control parameter for controlling the process of the reversal of the direction of travel; wherein the control unit is configured so as to control the braking system , the selector and the clutch in a coordinated manner depending on the objective operating parameter of the tractor and the subjective control parameter set by the driver. - at least an inertial sensor arranged on the chassis and configured for continuously measuring the acceleration of the tractor as objective operating parameter and for transmitting the objective operating parameter to the control unit ; - at least a knob configured for allowing the driver to set along a graduated scale a subjective control parameter for controlling the process of the reversal of the direction of travel;
Capacitive sensor switch comprising a housing with a front side and a rear side , the housing including a sensor assembly , wherein the sensor assembly further comprises: - a printed circuit board comprising a sensor circuit , a sensor area and a plurality of LEDs positioned on the printed circuit board , the sensor area being connected to the sensor circuit and - a cover disk arranged on the printed circuit board above the sensor area and oriented towards the front side wherein the cover disk comprises a dielectric material, the cover disk comprises a plurality of light channels extending through the cover disk and at least one of the plurality of LEDs is arranged within a light channel wherein the cover disk comprises an electrically conductive surface, and the cover disk is capacitively coupled or galvanically connected to the sensor circuit . - a printed circuit board comprising a sensor circuit , a sensor area and a plurality of LEDs positioned on the printed circuit board , the sensor area being connected to the sensor circuit and - a cover disk arranged on the printed circuit board above the sensor area and oriented towards the front side
A display apparatus, comprising: a plurality of pixels, PX; and a light emitting device, ED, on each of the plurality of pixels, wherein the light emitting device includes a bottom surface and a top surface, a first semiconductor layer, SL1, an active layer, ACT, and a second semiconductor layer, SL2, that are sequentially stacked on the bottom surface, BS, and a sidewall, SW, wherein the bottom surface and the top surface is a polar plane, the sidewall includes a first facet, FA1, and a second facet, FA2, adjacent to the first facet, the first facet is a semi-polar (n -n 0 k) plane, each of n and k is an integer equal to or greater than 1, the second facet is a non-polar crystal plane having a Miller index different from that of the first facet, a first angle is made between the bottom surface and the first facet, a second angle is made between the bottom surface and the second facet, the first angle is different from the second angle, the first facet and the second facet meet each other to define an edge, and the edge extends from the bottom surface toward the top surface. a plurality of pixels, PX; and a light emitting device, ED, on each of the plurality of pixels, wherein the light emitting device includes a bottom surface and a top surface, a first semiconductor layer, SL1, an active layer, ACT, and a second semiconductor layer, SL2, that are sequentially stacked on the bottom surface, BS, and a sidewall, SW, wherein the bottom surface and the top surface is a polar plane, the sidewall includes a first facet, FA1, and a second facet, FA2, adjacent to the first facet, the first facet is a semi-polar (n -n 0 k) plane, each of n and k is an integer equal to or greater than 1, the second facet is a non-polar crystal plane having a Miller index different from that of the first facet, a first angle is made between the bottom surface and the first facet, a second angle is made between the bottom surface and the second facet, the first angle is different from the second angle, the first facet and the second facet meet each other to define an edge, and the edge extends from the bottom surface toward the top surface.
Terminal block comprising an insulating casing , a conductive bar and a retaining spring , the insulating casing extending according to a main plane and presenting a lateral recess arranged for an insertion of the conductive bar and the retaining spring transversally to the main plane into a mounted position, the conductive bar presenting in mounted position a base portion extending according to a middle plane transversal to the main plane ; the terminal block being characterized by the conductive bar further presenting a lateral portion attached to the base portion and extending parallel to the main plane , the conductive bar further comprising a support leg attached to the base portion and configured to cooperate with a support part of the retaining spring and a cooperating leg attached to the base portion and configured to cooperate with a conductor inserted in a plug of the terminal block when the conductor is maintained by the retaining spring , the support leg and cooperating leg being transverse to the middle plane and extending in opposite directions transversally to the middle plane , the lateral portion and the cooperating leg extending according to the same direction transversally to the middle plane .
An apparatus for controlling a switch , the apparatus comprising: circuitry configured to: detect a voltage across the switch; generate a current reference signal based on the voltage across the switch, the current reference signal being inversely proportional to the voltage across the switch; receive a feedback current signal representing a current level in the switch; and control the switch based on a difference between the current reference signal and the feedback current signal. detect a voltage across the switch; generate a current reference signal based on the voltage across the switch, the current reference signal being inversely proportional to the voltage across the switch; receive a feedback current signal representing a current level in the switch; and control the switch based on a difference between the current reference signal and the feedback current signal.
A polymer fabrication method including the steps of: providing a sheet polymer blank of selected thickness and of shape selected corresponding to a selected 3-dimensional shape; machining at least one re-entrant, elongate groove across a surface of said blank, said groove forming a reduced thickness portion permitting said blank to be folded and having opposed edges at said surface; folding said blank about said groove to form at least a portion of said 3-dimensional shape, the re-entrant of said groove forming an elongate chamber adjacent said reduced thickness portion and opening through an elongate gap between said opposed edges; hot air welding said opposed edges across said gap with filler rod ; and heating said reduced thickness portion to a selected thermo-reforming temperature via said chamber . providing a sheet polymer blank of selected thickness and of shape selected corresponding to a selected 3-dimensional shape; machining at least one re-entrant, elongate groove across a surface of said blank, said groove forming a reduced thickness portion permitting said blank to be folded and having opposed edges at said surface; folding said blank about said groove to form at least a portion of said 3-dimensional shape, the re-entrant of said groove forming an elongate chamber adjacent said reduced thickness portion and opening through an elongate gap between said opposed edges; hot air welding said opposed edges across said gap with filler rod ; and heating said reduced thickness portion to a selected thermo-reforming temperature via said chamber .
A method of multi-level scheduling analysis for a general processing module of a real-time operating system, the method comprising: identifying any processes within one partition of the general processing module, wherein the partition comprises a global-time centric process and a local-time centric process; for each identified process, determining if the process is local-time centric or global-time centric; converting the global-time centric process to a converted local-time centric process using the equation l ( p ) = p ( P d / P p ), where P d is the duration of the partition, P p is the period of the partition, p is the period of the global-time centric process, and l ( p ) is the period of the converted local-time centric process; applying a single-level scheduling analysis technique to the local-time centric and the converted local-time centric processes of the partition; transforming local-time based response times to global-time based response times using the equation g t = { 0 , t + t P d − 1 P p − P d , if t = 0 otherwise , where t is the response time of the local-time centric process, and g ( t ) is the global-time based response time. identifying any processes within one partition of the general processing module, wherein the partition comprises a global-time centric process and a local-time centric process; for each identified process, determining if the process is local-time centric or global-time centric; converting the global-time centric process to a converted local-time centric process using the equation l ( p ) = p ( P d / P p ), where P d is the duration of the partition, P p is the period of the partition, p is the period of the global-time centric process, and l ( p ) is the period of the converted local-time centric process; applying a single-level scheduling analysis technique to the local-time centric and the converted local-time centric processes of the partition; transforming local-time based response times to global-time based response times using the equation g t = { 0 , t + t P d − 1 P p − P d , if t = 0 otherwise , where t is the response time of the local-time centric process, and g ( t ) is the global-time based response time.
An acrylic copolymer resin composition comprising (A) a phosphorus-containing acrylic copolymer, (B) a polymethyl methacrylate, and (C) a transparent soft acrylate resin, wherein the phosphorus-containing acrylic copolymer (A) and the polymethyl methacrylate (B) in amounts of 40 to 85% by weight and 15 to 60% by weight, respectively, based on the total weight of a base resin comprising the phosphorus-containing acrylic copolymer (A) and the polymethyl methacrylate (B), and the transparent soft acrylate resin in an amount of 1 to 18 parts by weight, based on 100 parts by weight of the base resin, wherein the transparent soft acrylate resin has a surface hardness of 70 or less, as measured on a 0.2 ± 0.1 μm thick specimen using a durometer, wherein the transparent soft acrylate resin has a total light transmittance of 88% or more, as evaluated on a 3 mm thick specimen in accordance with ASTM D1003. (A) a phosphorus-containing acrylic copolymer, (B) a polymethyl methacrylate, and (C) a transparent soft acrylate resin,
A method of training a classifier model to detect cell conditions in a wireless cellular network , the method comprising: obtaining time-series data for a plurality of performance metrics for each cell of a plurality of cells of the wireless cellular network; converting the time-series data to respective image data sets for each cell of the plurality of cells, wherein each image data set comprises a first dimension representative of time and a second dimension representative of the performance metric, and wherein each pixel comprises a value for the performance metric at a particular time instant; classifying the image data sets into one of a plurality of predefined cell conditions; and applying a machine-learning algorithm to training data comprising the classified image data sets to generate a classifier model for classifying image data sets into one of the plurality of predefined cell conditions. obtaining time-series data for a plurality of performance metrics for each cell of a plurality of cells of the wireless cellular network; converting the time-series data to respective image data sets for each cell of the plurality of cells, wherein each image data set comprises a first dimension representative of time and a second dimension representative of the performance metric, and wherein each pixel comprises a value for the performance metric at a particular time instant; classifying the image data sets into one of a plurality of predefined cell conditions; and applying a machine-learning algorithm to training data comprising the classified image data sets to generate a classifier model for classifying image data sets into one of the plurality of predefined cell conditions.
A data query system, comprising a client, and the data query system further comprising one or more query components, characterized in that, the data query system further comprising a query component agent, and the one or more query components are connected with the query component agent; wherein, the client is configured to send a client request to the query component agent, and receive a processing result from the query component which returns a processing result to the client; the query component agent is configured to store for each query component a query component number, a query component instance and a status of a client request load of the query component, to update the stored status of the client request load of each query component according to a status of the client request load of the query component reported by the query component; to receive the client request; and to select a query component from the one or more query components to process the client request based on a load balance principle that takes in to account the stored status of a client request load of the query components; and to return the selected query component to the client; each query component is configured to send the query component number and the query component instance of the query component to the query component agent to register, and to report periodically the status of the client request load of the query component to the query component agent; and when the query component is the query component selected by the query component agent, it is further configured to process the client request and return the processing result to the client.
Adapter unit provided for coupling, in particular releasable coupling, of a wiper blade to a wiper arm , having a wind deflector surface which is configured to deflect an incident flow of air and to press the wiper blade against a vehicle window, and having a pivot bearing which is configured to mount the wiper arm pivotably relative to the wiper blade , wherein the pivot bearing has at least two columns arranged largely vertically on an adapter base surface , wherein each of the columns has a respective hinge pin which is oriented parallel or largely parallel to a bearing axis and is provided for mounting the wiper arm and/or a wiper arm adapter unit , wherein a column of the at least two columns that faces the wind has a lower height than a column of the at least two columns that faces away from the wind, in particular wherein a height of the at least two columns corresponds to a height profile of the wind deflector surface , characterized in that the adapter base surface has a pin opening which is arranged under the hinge pin and which has an opening length greater than the hinge pin length .
A device for supporting an electronic display , the device comprising: a base ; a display mount movably connected to the base having a first position and a second position; and a connection mechanism positioned between the display mount and the base , the connection mechanism configured to rotate and translate the display mount from the first position to the second position according to a torque curve that reflects a resistance and/or assistance a user experiences while attempting to move the display between the first position and the second position relative to the base , characterized in that the torque curve includes: a discovery stage adjacent the first position, the connection mechanism being apt to apply between the base and the display a force toward the first position in the discovery stage ; an initiation stage rotationally after the discovery stage and having an initiation force greater than the discovery stage , the initiation force being apt to be applied between the base and the display toward the first position; and an approach stage rotationally after the initiation stage , the approach stage having an approach force being apt to be applied by the connection mechanism between the base and the display toward the second position. a base ; a display mount movably connected to the base having a first position and a second position; and a connection mechanism positioned between the display mount and the base , the connection mechanism configured to rotate and translate the display mount from the first position to the second position according to a torque curve that reflects a resistance and/or assistance a user experiences while attempting to move the display between the first position and the second position relative to the base , characterized in that the torque curve includes: a discovery stage adjacent the first position, the connection mechanism being apt to apply between the base and the display a force toward the first position in the discovery stage ; an initiation stage rotationally after the discovery stage and having an initiation force greater than the discovery stage , the initiation force being apt to be applied between the base and the display toward the first position; and an approach stage rotationally after the initiation stage , the approach stage having an approach force being apt to be applied by the connection mechanism between the base and the display toward the second position. a discovery stage adjacent the first position, the connection mechanism being apt to apply between the base and the display a force toward the first position in the discovery stage ; an initiation stage rotationally after the discovery stage and having an initiation force greater than the discovery stage , the initiation force being apt to be applied between the base and the display toward the first position; and an approach stage rotationally after the initiation stage , the approach stage having an approach force being apt to be applied by the connection mechanism between the base and the display toward the second position.
A photochromic polypropylene fiber, characterized by comprising: 98 to 99 parts by weight of polypropylene; 0.2 to 0.8 parts by weight of a photochromic agent; 0.1 to 1 parts by weight of an ultraviolet absorber, and the ultraviolet absorber comprising and 0.1 to 1 parts by weight of a light stabilizer, and the light stabilizer comprising wherein n is 10-14. 0.2 to 0.8 parts by weight of a photochromic agent; 0.1 to 1 parts by weight of an ultraviolet absorber, and the ultraviolet absorber comprising and 0.1 to 1 parts by weight of a light stabilizer, and the light stabilizer comprising wherein n is 10-14.
A protective agent for use as a pharmaceutical in the treatment of a keratoconjunctiva or a suppressive agent for use as a pharmaceutical in the treatment of a keratoconjunctival disorder, comprising glucosylglycerol as an active ingredient, characterized in that the agent is for use for protecting the keratoconjunctiva against an endogenous disease of Sjogren's syndrome, Stevens-Johnson syndrome, or dry eye syndrome (dry eye) or an exogenous disease due to postsurgery, a drug, an injury, or the wearing of a contact lens or suppressing the keratoconjunctival disorder due to said diseases.