mhurhangee/patent-ind-claim-en huggingface dataset:
A table cutting device , comprising: a workbench on which a workpiece is placed; a cutting assembly capable of performing a cutting operation on the workpiece; a drive assembly comprising a motor and driving the cutting assembly to move; and a power supply connection assembly for connecting a battery pack , wherein the battery pack supplies an energy source to the table cutting device ; wherein the table cutting device further comprises: a display assembly capable of displaying an electric quantity of the battery pack , wherein when the battery pack is mounted to the table cutting device , a distance between the display assembly and the battery pack is greater than or equal to 5 mm, characterized in that , the table cutting device comprises a front portion , wherein the front portion comprises at least a support plate , and a scale rail capable of displaying a height of the cutting assembly is disposed on the support plate , wherein the display assembly is located on the front portion of the table cutting device or wherein the display assembly is disposed on the support plate . a workbench on which a workpiece is placed; a cutting assembly capable of performing a cutting operation on the workpiece; a drive assembly comprising a motor and driving the cutting assembly to move; and a power supply connection assembly for connecting a battery pack , wherein the battery pack supplies an energy source to the table cutting device ; wherein the table cutting device further comprises: a display assembly capable of displaying an electric quantity of the battery pack , wherein when the battery pack is mounted to the table cutting device , a distance between the display assembly and the battery pack is greater than or equal to 5 mm, characterized in that , the table cutting device comprises a front portion , wherein the front portion comprises at least a support plate , and a scale rail capable of displaying a height of the cutting assembly is disposed on the support plate , wherein the display assembly is located on the front portion of the table cutting device or wherein the display assembly is disposed on the support plate . a display assembly capable of displaying an electric quantity of the battery pack , wherein when the battery pack is mounted to the table cutting device , a distance between the display assembly and the battery pack is greater than or equal to 5 mm, characterized in that , the table cutting device comprises a front portion , wherein the front portion comprises at least a support plate , and a scale rail capable of displaying a height of the cutting assembly is disposed on the support plate , wherein the display assembly is located on the front portion of the table cutting device or wherein the display assembly is disposed on the support plate .
A mixing desk including a programmable audio level indicator comprising a first light source arranged to emit a coloured light, in response to an audio signal received from a connected audio source , to indicate the audio level of that received signal, the indicator arranged to vary the colour and intensity of the light emitted as the audio level changes, wherein the indicator is configured such that the audio levels at which the colour changes are selectable via a user input means, the indicator further configured such that the colour emitted to indicate an audio level , or range of audio levels, is also selectable via a user input means, and wherein the indicator is configured such that a range of audio levels is selectable, via a user input means, over which the intensity of the light emitted changes in response to the change of audio level .
A temperature detecting element comprising: a base material including a substrate and a first electrode arranged on the substrate; and a first temperature detector arranged on the substrate to electrically contact the first electrode, wherein the first temperature detector exhibits a reversible change in an electromagnetic wave absorbing property and in an electrical property corresponding to a temperature change of the first temperature detector, characterized in that the first temperature detector includes a leuco dye, a developer, and a decolorizing agent. a base material including a substrate and a first electrode arranged on the substrate; and a first temperature detector arranged on the substrate to electrically contact the first electrode, wherein the first temperature detector exhibits a reversible change in an electromagnetic wave absorbing property and in an electrical property corresponding to a temperature change of the first temperature detector, characterized in that the first temperature detector includes a leuco dye, a developer, and a decolorizing agent.
A splint for an infant, wherein the splint includes: a body including an insert of a malleable material, wherein the body has a longitudinal axis; a first arm extending from an edge of the body in a plane substantially perpendicular to the longitudinal axis, wherein the first arm includes a surface to receive an attachment means; and a second arm , spaced apart from the first arm , extending from the edge of the body in a plane substantially perpendicular to the longitudinal axis; wherein the body , the first arm and the second arm include a mesh of fabric; characterised in that : the splint has a coating of a medical grade plastics material; and the coating is moulded over or around the mesh of fabric. a body including an insert of a malleable material, wherein the body has a longitudinal axis; a first arm extending from an edge of the body in a plane substantially perpendicular to the longitudinal axis, wherein the first arm includes a surface to receive an attachment means; and a second arm , spaced apart from the first arm , extending from the edge of the body in a plane substantially perpendicular to the longitudinal axis; wherein the body , the first arm and the second arm include a mesh of fabric; characterised in that : the splint has a coating of a medical grade plastics material; and the coating is moulded over or around the mesh of fabric.
A light emitting diode device , comprising: a semiconductor epitaxial layer stack grown on a transparent substrate , the semiconductor epitaxial layer stack comprising an n-type layer , a p-type layer , and an active layer between the n-type layer and the p-type layer, an electrical isolation region electrically isolating the semiconductor epitaxial layer stack into an emitter segment and a photosensor segment , first electrodes electrically connected to the n-type layer and the p-type layer, and second electrodes electrically connected to the n-type layer and the p-type layer, wherein a portion of the light emitted by the emitter segment is emitted as a light ray through the transparent substrate, wherein another portion of the light emitted by the emitter segment is totally internally reflected and Fresnel reflected by the transparent substrate and reflected back as light rays to the photosensor segment, wherein the photosensor segment is configured to generate a current responsive to the reflected light rays, wherein the first electrodes are configured to provide power to energize the emitter segment, and wherein the second electrodes are configured to send the current generated by the photosensor segment to a detector circuit which provides operational feedback with respect to the emitter segment. a semiconductor epitaxial layer stack grown on a transparent substrate , the semiconductor epitaxial layer stack comprising an n-type layer , a p-type layer , and an active layer between the n-type layer and the p-type layer, an electrical isolation region electrically isolating the semiconductor epitaxial layer stack into an emitter segment and a photosensor segment , first electrodes electrically connected to the n-type layer and the p-type layer, and second electrodes electrically connected to the n-type layer and the p-type layer, wherein a portion of the light emitted by the emitter segment is emitted as a light ray through the transparent substrate, wherein another portion of the light emitted by the emitter segment is totally internally reflected and Fresnel reflected by the transparent substrate and reflected back as light rays to the photosensor segment, wherein the photosensor segment is configured to generate a current responsive to the reflected light rays, wherein the first electrodes are configured to provide power to energize the emitter segment, and wherein the second electrodes are configured to send the current generated by the photosensor segment to a detector circuit which provides operational feedback with respect to the emitter segment.
Method for recontouring a gas turbine blade , wherein a device for recontouring a gas turbine blade , comprising - a holding device with at least one cutting tool , and - a guide device for guiding the cutting tool along a leading edge of the gas turbine blade , is used for recontouring, wherein - the cutting tool removes material from the gas turbine blade by means of a rotational movement about an axis of rotation , wherein - the axis of rotation forms an angle (α, β) together with a chord of the gas turbine blade in a profile section plane, which extends perpendicularly to a radial extent of the gas turbine blade , wherein the chord is the direct connection line between the leading edge and a trailing edge of the gas turbine blade in the profile section plane, wherein - the angle (α, β) is less than 45°, and - the cutting tool is formed of a radial milling cutter , a radial grinding wheel, a contour milling cutter or a contour grinding wheel. - a holding device with at least one cutting tool , and - a guide device for guiding the cutting tool along a leading edge of the gas turbine blade , - the cutting tool removes material from the gas turbine blade by means of a rotational movement about an axis of rotation , wherein - the axis of rotation forms an angle (α, β) together with a chord of the gas turbine blade in a profile section plane, which extends perpendicularly to a radial extent of the gas turbine blade , wherein the chord is the direct connection line between the leading edge and a trailing edge of the gas turbine blade in the profile section plane, wherein - the angle (α, β) is less than 45°, and - the cutting tool is formed of a radial milling cutter , a radial grinding wheel, a contour milling cutter or a contour grinding wheel.
A horology device (100; 100'; 100") comprising: - a first component (10; 10'; 10") comprising at least one plastically deformable portion (12a, 12b; 12a', 12b'; 12a"), and - a second component (20; 20'; 20") provided with a surface (24; 24'; 24"), notably a surface of revolution and/or of guidance and/or of attachment of the first component relative to the second component, the first component being fixed permanently to the second component by plastic deformation of the at least one portion (12a, 12b; 12a', 12b'; 12a") against the second component, in a plane perpendicular or substantially perpendicular to an axis (A2; A2'; A2") of said surface (24; 24'; 24") of the second component, wherein the second component, notably the surface (24; 24'; 24"), comprises at least one recessed portion (22a, 22b; 22a', 22b'; 22a"), notably a groove extending all the way around the second component or extending part of the way around the second component, particularly a groove having a U-shaped or V-shaped or rectangular cross section, the at least one recessed portion accepting at least in part the at least one deformed portion (12a, 12b; 12a', 12b'; 12a") of the first component. - a first component (10; 10'; 10") comprising at least one plastically deformable portion (12a, 12b; 12a', 12b'; 12a"), and - a second component (20; 20'; 20") provided with a surface (24; 24'; 24"), notably a surface of revolution and/or of guidance and/or of attachment of the first component relative to the second component, the first component being fixed permanently to the second component by plastic deformation of the at least one portion (12a, 12b; 12a', 12b'; 12a") against the second component, in a plane perpendicular or substantially perpendicular to an axis (A2; A2'; A2") of said surface (24; 24'; 24") of the second component,
Elevator system comprising a data network which has at least one network node , the network node comprising a component of the elevator system , characterized in that the component of the network node can be identified such that a control unit of the elevator system controls a light source of the elevator system in order to generate a light signal to indicate the network node , the component can be assigned to a light sensor of the elevator system when the light sensor detects the light signal , and the assignment of the component can be determined for the control unit . the component of the network node can be identified such that a control unit of the elevator system controls a light source of the elevator system in order to generate a light signal to indicate the network node , the component can be assigned to a light sensor of the elevator system when the light sensor detects the light signal , and the assignment of the component can be determined for the control unit .
A processing apparatus comprising a microwave processing chamber , a rigid, rotatable feed wheel rotatable about an axis of rotation such that a part of the feed wheel is located within the processing chamber , a feed device operable to deposit materials to be processed onto an outer rolling surface of the feed wheel , and an output into which processed materials from the feed wheel can be deposited, in use, and wherein the feed wheel is orientated such that processed materials can fall from the outer rolling surface into the output after the processed materials have passed through the processing chamber .
Cylindrical container , in particular a silo, for storing solid materials and/or liquids and/or gases and/or bulk materials or the like, - produced from a sheet metal strip which is helically curved so that the turns extend continuously one above the other and which forms a wall which is arranged in a cylindrical plane (E), - the upper and lower sheet metal strip edges of which, which are arranged in an adjacent manner one above the other, are connected to each other in a circumferentially sealing manner at a butt joint which extends continuously in a helical manner, - characterized in that - the wall of the container consists of a plurality of sheet metal strips which are arranged directly next to each other, that is to say in and parallel with the cylindrical plane (E), so that the wall of the container is composed of multi-layered sheet metal strips . - produced from a sheet metal strip which is helically curved so that the turns extend continuously one above the other and which forms a wall which is arranged in a cylindrical plane (E), - the upper and lower sheet metal strip edges of which, which are arranged in an adjacent manner one above the other, are connected to each other in a circumferentially sealing manner at a butt joint which extends continuously in a helical manner, - characterized in that - the wall of the container consists of a plurality of sheet metal strips which are arranged directly next to each other, that is to say in and parallel with the cylindrical plane (E), so that the wall of the container is composed of multi-layered sheet metal strips .
A modellable flat grate, comprising: a support , comprising a plurality of longitudinal elements and transverse elements connected to each other that define a lying plane (A); a plurality of slats , connected to the longitudinal elements on the lying plane (A) and separated from each other by slits ; wherein the transverse elements can be split up at the slits to allow the mutual rotation on the lying plane (A) only of two or more longitudinal elements ; characterised in that it comprises one or more wedge-shaped spacers that can be inserted into the slits on the lying plane (A) to cause the distancing of two adjacent end portions of two flanked slats .
A method for wireless communications performed by a mobile termination, MT, endpoint comprising: receiving , from a distributed unit, DU, endpoint, data units in a plurality of logical channels of a wireless link according to a scheduling rate; determining that a backpressure report condition of at least one of the logical channels is met, wherein the backpressure report condition at least comprises exceeding a time interval since an adjustment in the scheduling rate of the at least one of the logical channels; transmitting , to the DU endpoint, on the wireless link, the backpressure report message indicating the at least one logical channel on which the backpressure report condition is met based at least in part on the determining; and receiving , from the DU endpoint, additional data units in the at least one logical channel of the wireless link according to an adjusted scheduling rate based at least in part on transmitting the backpressure report message. receiving , from a distributed unit, DU, endpoint, data units in a plurality of logical channels of a wireless link according to a scheduling rate; determining that a backpressure report condition of at least one of the logical channels is met, wherein the backpressure report condition at least comprises exceeding a time interval since an adjustment in the scheduling rate of the at least one of the logical channels; transmitting , to the DU endpoint, on the wireless link, the backpressure report message indicating the at least one logical channel on which the backpressure report condition is met based at least in part on the determining; and receiving , from the DU endpoint, additional data units in the at least one logical channel of the wireless link according to an adjusted scheduling rate based at least in part on transmitting the backpressure report message.
Heat sink for an injection/metering valve having a coolant chamber , which is designed to receive a fluid coolant, wherein the coolant chamber has at least one inlet for feeding in the coolant and at least one outlet for discharging the coolant; wherein the at least one inlet and/or outlet has a pipe segment , one end of which extends into the coolant chamber ; characterized in that the coolant-chamber end of the pipe segment is beveled, and therefore the coolant-chamber end of the pipe segment is in contact at at least one point along its circumference with a baffle arranged in the coolant chamber , and the end of the pipe segment is spaced apart at another point along its circumference from the baffle .
Air spring system for a rail vehicle , arranged as a secondary spring system between a car body and a bogie which serves as running gear, wherein the spring system has the following devices: - an air spring having an air spring volume in a working or pressure chamber which is formed in an air spring bellows arranged between air spring cover and running-gear-side rim , - an additional volume which interacts with the working or pressure chamber and which is formed in the air spring cover , - an additional spring which is arranged below the air spring and which interacts with the latter in a series connection and which is composed of elastomer material, preferably of rubber, - an emergency spring , which is in the form of a stop buffer and which is likewise composed of elastomer material, within the working or pressure chamber , wherein the emergency spring is provided so as to act between air spring cover and running-gear-side rim , characterized in that the air spring cover which accommodates the additional volume is of pot-shaped form with an upper wall , a lateral wall and a flange and which is equipped, in its outer edge regions, with reinforcing structural elements , wherein functional and line elements which are arranged on the air spring cover and which are required for the operation of the air spring system are connected to, and integrated into, the structural elements such that functional elements and line elements and structural elements in interaction increase the stiffness and the dimensional or form stability of the air spring cover . - an air spring having an air spring volume in a working or pressure chamber which is formed in an air spring bellows arranged between air spring cover and running-gear-side rim , - an additional volume which interacts with the working or pressure chamber and which is formed in the air spring cover , - an additional spring which is arranged below the air spring and which interacts with the latter in a series connection and which is composed of elastomer material, preferably of rubber, - an emergency spring , which is in the form of a stop buffer and which is likewise composed of elastomer material, within the working or pressure chamber , wherein the emergency spring is provided so as to act between air spring cover and running-gear-side rim ,
A method of producing color images of a scene captured by an image sensor exposed to visible light as well as IR radiation, the method comprising: - capturing a first image with a first proportion of an aperture covered by an IR-cut filter, - determining a first amount of radiation captured in the first image, - capturing a second image with a second proportion of the aperture covered by the IR-cut filter, - determining a second amount of radiation captured in the second image, - calculating a proportion of IR radiation in the scene based on the first amount of captured radiation, the second amount of captured radiation, the first IR-cut filter proportion, and the second IR-cut filter proportion and removing an IR contribution from an image by using the calculated proportion of IR radiation, wherein calculating the IR proportion in the image is performed on the level of individual pixels or individual groups of pixels of the image and further comprising localizing areas of the image having an elevated amount of IR radiation, by comparing the IR-proportion over the image. - capturing a first image with a first proportion of an aperture covered by an IR-cut filter, - determining a first amount of radiation captured in the first image, - capturing a second image with a second proportion of the aperture covered by the IR-cut filter, - determining a second amount of radiation captured in the second image, - calculating a proportion of IR radiation in the scene based on the first amount of captured radiation, the second amount of captured radiation, the first IR-cut filter proportion, and the second IR-cut filter proportion and removing an IR contribution from an image by using the calculated proportion of IR radiation, wherein calculating the IR proportion in the image is performed on the level of individual pixels or individual groups of pixels of the image and further comprising localizing areas of the image having an elevated amount of IR radiation, by comparing the IR-proportion over the image.