mhurhangee/patent-ind-claim-en huggingface dataset:
Work machine comprising at least one movably arranged item of work equipment and a plurality of illumination means for illuminating the working area of the work equipment , wherein the work machine has at least one control unit and at least one detection unit for detecting the position of at least one part of at least two parts of the work machine that are movable relative to one another and/or for detecting the steering angle of the work machine, wherein the control unit is connected to the detection unit in such a way that position data detected by the detection unit are transferred to the control unit, characterised in that the control unit is connected to the illumination means in such a way and is designed in such a way that, depending on the position data received from the detection means, the control unit adjusts the illumination intensity of the illumination emitted by the illumination means in at least one direction by dimming, such that it operates illumination means in the illumination direction of which said part of at least two parts of the work machine that are movable relative to one another is located with a lower illumination intensity than illumination means in the illumination direction of which said part is not located, the illumination means being dimmable in a continuous or stepped manner.
A method for curve sawing of a block in a cutting direction (S) with at least a first circular saw blade , which method comprises: determining a radius (R) of curvature, by measuring the curvature of a portion of the block in the cutting direction (S), characterized in that the method further comprises calculating a first vertical inclination angle (β) for the first circular saw blade about a first axis relative to a vertical plane of the cutting direction in the block (V) based on the determined radius (R) of curvature, wherein the first axis lies within the vertical plane of the cutting direction in the block (V) parallel to the cutting direction (S), inclining the first circular saw blade to the calculated first vertical inclination angle (β), and sawing the portion of the block in the cutting direction (S) with the first circular saw blade inclined to the first vertical inclination angle (β). determining a radius (R) of curvature, by measuring the curvature of a portion of the block in the cutting direction (S), characterized in that the method further comprises calculating a first vertical inclination angle (β) for the first circular saw blade about a first axis relative to a vertical plane of the cutting direction in the block (V) based on the determined radius (R) of curvature, wherein the first axis lies within the vertical plane of the cutting direction in the block (V) parallel to the cutting direction (S), inclining the first circular saw blade to the calculated first vertical inclination angle (β), and sawing the portion of the block in the cutting direction (S) with the first circular saw blade inclined to the first vertical inclination angle (β).
A medical balloon comprising a balloon wall defining a chamber and comprising a layered material, wherein the layered material comprises a polymer layer mechanically adhered to a fluoropolymer layer by conforming or interlocking the polymer layer with the fluoropolymer layer, the fluoropolymer layer comprising a porous microstructure, wherein the polymer layer and the fluoropolymer layer are in overlying relationship to each other, and the fluoropolymer layer is an outermost layer of the balloon wall, wherein the layered material defines at least one recessed region and at least one non-recessed region on an outside surface of the fluoropolymer layer and the at least one non-recessed region and the at least one recessed region comprises a thickness that is 90% or less relative to a thickness of the non-recessed region, wherein the at least one recessed region and the at least one non-recessed region extend longitudinally along a length of the medical balloon.
An integrated turbomachine comprising: a casing ; an electric motor housed in the casing ; a driven turbomachine component housed in the casing ; a rotating shaft drivingly connecting the electric motor and the driven turbomachine component , said shaft housed in the casing and having a longitudinal rotation axis (A-A); at least one thrust bearing and at least one radial bearing rotatingly supporting the shaft ; characterized by an axial locking device housed inside the casing , arranged and configured for applying a thrust to the shaft , parallel to the rotation axis (A-A) of the shaft, and comprised of an actuator member , configured to at least one of selectively activate and deactivate the axial locking device; wherein the actuator member comprises a cylinder-piston actuator operated by a pressurized fluid. a casing ; an electric motor housed in the casing ; a driven turbomachine component housed in the casing ; a rotating shaft drivingly connecting the electric motor and the driven turbomachine component , said shaft housed in the casing and having a longitudinal rotation axis (A-A); at least one thrust bearing and at least one radial bearing rotatingly supporting the shaft ; characterized by an axial locking device housed inside the casing , arranged and configured for applying a thrust to the shaft , parallel to the rotation axis (A-A) of the shaft, and comprised of an actuator member , configured to at least one of selectively activate and deactivate the axial locking device; wherein the actuator member comprises a cylinder-piston actuator operated by a pressurized fluid.
Missile for transporting a payload, comprising an optical sensor for detecting and piloting towards a target object; a flight drive unit for influencing a trajectory of the missile; and a computation unit for image processing and flight control of the missile; the optical sensor being formed stationary with respect to the missile; the optical sensor being set up to form a sensor image (FoR) having a defined number of image elements ; at least only a sub-region (FoV) of the sensor image (FoR) being read out; and the sub-region (FOV) of the sensor image being formed to be changeable or to be adjustable in the sensor image, characterised in that the missile is set up to evaluate jointly or to interconnect a plurality of image elements so as to increase the light sensitivity or reduce the integration times of the image elements ; and the interconnection or joint evaluation of the plurality of image elements takes place when a defined target distance limit is undershot.
Semi-finished wire for an Nb 3 Sn superconducting wire , wherein the semi-finished wire comprises - a multiplicity of elements containing Nb which are packed against each other, wherein the elements containing Nb each have a rod containing Nb and an enclosure containing Cu surrounding the rod, - a structure containing Sn, - and a matrix containing Cu, in which the structure containing Sn is disposed and on and/or in which the elements containing Nb are disposed, characterized in that the enclosures containing Cu of the elements containing Nb contain Sn, wherein the content of Sn in the enclosures containing Cu of the elements containing Nb is maximally 4 % by weight. - a multiplicity of elements containing Nb which are packed against each other, wherein the elements containing Nb each have a rod containing Nb and an enclosure containing Cu surrounding the rod, - a structure containing Sn, - and a matrix containing Cu, in which the structure containing Sn is disposed and on and/or in which the elements containing Nb are disposed,
Leg support fitting for reversibly altering a leg support of a piece of seating and/or lying furniture from a use position to a non-use position and back, comprising a frame and comprising a pivot unit , pivotably connected to the frame and having a leg support carrier device for the leg support and having pivot arms , the leg support carrier device being held pivotably on leg support ends of the pivot arms via leg support joints and the pivot arms being pivotably connected, at pivot arm ends opposite the leg support , to the frame via pivot joints , characterised in that the leg support carrier device has a longitudinally profiled carrier rail and a leg support slide , which is held displaceable in translation on the carrier rail with respect to a longitudinal rail axis of the carrier rail , the leg support being fixed to a leg support carrier of the leg support carrier device , the leg support joints being held at different positions on the leg support slide and a first pivot arm being connectable to the leg support and/or to the carrier rail via a lever mechanism in such a way that, when the pivot arms pivot upwards, the leg support is extended into the use position towards a front face with respect to the frame in that the leg support slide is displaced with respect to the carrier rail .
Method for incorporating photographic facial images and/or films of a person into the planning of odontological and/or cosmetic dental treatments and/or the preparation of restorations for said person, characterized in that the photographic facial images and/or films are produced using the camera function of a smart device , wherein the user of the method is guided through the production of the facial images and/or films with the aid of an application for the smart device , and the produced images and/or films are incorporated into software for a computer-assisted design of the treatments and/or restorations, characterized in that a template for the positioning of the mouth region is provided in the display of the smart device for the guidance through the production of the facial images and/or films.
Medical instrument or part of a medical instrument , wherein the medical instrument or the part of a medical instrument has a closed hollow body which is of at least partially light-permeable design, wherein the hollow body contains a marking element , wherein the marking element can be seen through the at least partially light-permeable hollow body , characterized in that the hollow body is also designed in the form of a level and the marking element is a solid and the solid comprises at least one colouring agent.
Method for manufacturing a light emitting device, the method comprising: forming a substrate having at least one conductive path on a surface of the substrate ; forming a reflective coating directly on the at least one conductive path by a foil transfer process such that the conductive path is substantially covered by the reflective coating ; and arranging a light-emitting component on or over the reflective coating , wherein the light-emitting component is electrically conductively connected to the at least one conductive path , wherein on the surface of the substrate further at least one contact pad is formed electrically conductively connected to the at least one conductive path , and wherein the reflective coating is formed on or over the contact pad such that at least a portion of the contact pad is exposed. forming a substrate having at least one conductive path on a surface of the substrate ; forming a reflective coating directly on the at least one conductive path by a foil transfer process such that the conductive path is substantially covered by the reflective coating ; and arranging a light-emitting component on or over the reflective coating , wherein the light-emitting component is electrically conductively connected to the at least one conductive path , wherein on the surface of the substrate further at least one contact pad is formed electrically conductively connected to the at least one conductive path , and wherein the reflective coating is formed on or over the contact pad such that at least a portion of the contact pad is exposed.
An aerosol delivery device comprising: at least one housing enclosing a reservoir configured to retain an aerosol precursor composition; a heating element controllable to activate and vaporize components of the aerosol precursor composition; a light source configured to emit light into the reservoir ; a photodetector configured to detect a reflection of the light, and that indicates an amount of aerosol precursor composition retained in the reservoir ; a flow sensor configured to detect an air flow through the aerosol delivery device ; and a control component coupled to the photodetector and configured to control operation of at least one functional element of the aerosol delivery device based on the reflection so detected, and thereby the amount of aerosol precursor composition, wherein the control component being configured to control operation of the at least one functional element includes being configured to limit active-mode operation of the aerosol delivery device to only those instances in which both the flow sensor detects a flow of air through the aerosol delivery device , and the reflection of the light indicates the presence of at least a threshold amount of aerosol precursor composition. at least one housing enclosing a reservoir configured to retain an aerosol precursor composition; a heating element controllable to activate and vaporize components of the aerosol precursor composition; a light source configured to emit light into the reservoir ; a photodetector configured to detect a reflection of the light, and that indicates an amount of aerosol precursor composition retained in the reservoir ; a flow sensor configured to detect an air flow through the aerosol delivery device ; and a control component coupled to the photodetector and configured to control operation of at least one functional element of the aerosol delivery device based on the reflection so detected, and thereby the amount of aerosol precursor composition, wherein the control component being configured to control operation of the at least one functional element includes being configured to limit active-mode operation of the aerosol delivery device to only those instances in which both the flow sensor detects a flow of air through the aerosol delivery device , and the reflection of the light indicates the presence of at least a threshold amount of aerosol precursor composition.
An apparatus for producing a three-dimensional work piece comprising: a carrier configured to receive multiple layers of raw material powder ; an irradiation unit configured to direct at least two radiation beams to predetermined sites of an uppermost layer of the raw material powder in order to solidify the raw material powder at the predetermined sites; a process chamber defining a volume through which the radiation beams are directed from the irradiation unit to the raw material powder ; and a support structure provided outside the process chamber and supporting the irradiation unit such that a position of the irradiation unit with regard to the support structure can be maintained unchanged, wherein the support structure represents a support frame supporting the process chamber and the irradiation unit , wherein the irradiation unit is mechanically decoupled from the process chamber , such that thermal deformation of the process chamber due to process heat inside the process chamber causes no substantial dislocation of the irradiation unit with regard to the support structure . a carrier configured to receive multiple layers of raw material powder ; an irradiation unit configured to direct at least two radiation beams to predetermined sites of an uppermost layer of the raw material powder in order to solidify the raw material powder at the predetermined sites; a process chamber defining a volume through which the radiation beams are directed from the irradiation unit to the raw material powder ; and a support structure provided outside the process chamber and supporting the irradiation unit such that a position of the irradiation unit with regard to the support structure can be maintained unchanged, wherein the support structure represents a support frame supporting the process chamber and the irradiation unit , wherein the irradiation unit is mechanically decoupled from the process chamber , such that thermal deformation of the process chamber due to process heat inside the process chamber causes no substantial dislocation of the irradiation unit with regard to the support structure .
Method for shaping a continuous web material into a rod, the method comprising: - providing a continuous web material having a glass transition temperature below 150 degree Celsius; - gathering the continuous web material from a flat shape into a rod-shape by means of a shaping device ; characterized by - providing a cooling means providing a temperature below four degree Celsius and cooling a material contact surface of the shaping device to a surface temperature below four degree Celsius; and by - cooling the continuous gathered web material by the cooled material contact surface in contact with the continuous gathered web material. - providing a continuous web material having a glass transition temperature below 150 degree Celsius; - gathering the continuous web material from a flat shape into a rod-shape by means of a shaping device ; characterized by - providing a cooling means providing a temperature below four degree Celsius and cooling a material contact surface of the shaping device to a surface temperature below four degree Celsius; and by - cooling the continuous gathered web material by the cooled material contact surface in contact with the continuous gathered web material.
A control device for factory automation (FA), the control device comprising: a first connector to connect a first network to which a control target belongs; a second connector to connect a second network to which an external instrument belongs; a control arithmetic unit to execute control arithmetic processing using data related to the control target; a communication unit to exchange the data with the external instrument by secure communication through the second network; a first logging unit to log information related to the secure communication performed by the communication unit; and a second logging unit to log information related to control of a logging operation of the first logging unit. a first connector to connect a first network to which a control target belongs; a second connector to connect a second network to which an external instrument belongs; a control arithmetic unit to execute control arithmetic processing using data related to the control target; a communication unit to exchange the data with the external instrument by secure communication through the second network; a first logging unit to log information related to the secure communication performed by the communication unit; and a second logging unit to log information related to control of a logging operation of the first logging unit.
Optocoupler driver circuit for transferring data from a line level circuit to an isolated circuit, the optocoupler driver circuit comprising a first and second terminal (L1, L2) for a series connection of the optocoupler driver circuit in a supply mains line (L) operating on a first voltage level and supplying electrical power towards a low power supply for powering the isolated circuit; an optocoupler providing an output signal (out) to the isolated circuit; a voltage clamping element connected between the first and second terminal (L1, L2), having a clamping voltage which is a factor x lower than the first voltage level; a switching element driven by an input signal, connected in series with an input side of the optocoupler , wherein the series connection of the switching element and the optocoupler is connected in parallel to the voltage clamping element .
A roller blind arrangement for a motor vehicle, the roller blind arrangement comprising a roller blind web and a winding shaft onto which the roller blind web can be wound and from which the roller blind web can be unwound and which comprises a flexible hollow tube arrangement penetrated by a bearing beam attached to the vehicle, the hollow tube arrangement comprising a hollow tube element which, viewed in the axial direction, comprises multiple flexible portions interrupted by at least one stabilizing portion having greater torsional strength than the flexible portions , characterized in that the hollow tube element comprises a base tube having a plastic overmolding for forming the at least one stabilizing portion , or that the hollow tube element is formed by a single-piece plastic tube comprising corrugated tube portions for forming the flexible portions and a smooth tube portion for forming the stabilizing portion , the corrugated tube portions ensuring a flexibility of the hollow tube element by having ribs.
A winch comprising: - a support frame having a seat ; - a drum defining an axis of rotation; - actuation means, configured to actuate the rotation of said drum around said axis of rotation; whereby said drum is mounted in a removable manner in the seat of said support frame , characterised in that said frame comprises a door configured to adopt a closed position (C) and an open position (D), wherein in said closed position said door closes said seat and protects said drum in said seat , and wherein in said open position (D) said door allows an insertion or removal of said drum with respect to the seat of said frame . - a support frame having a seat ; - a drum defining an axis of rotation; - actuation means, configured to actuate the rotation of said drum around said axis of rotation; whereby said drum is mounted in a removable manner in the seat of said support frame , characterised in that said frame comprises a door configured to adopt a closed position (C) and an open position (D), wherein in said closed position said door closes said seat and protects said drum in said seat , and wherein in said open position (D) said door allows an insertion or removal of said drum with respect to the seat of said frame . whereby said drum is mounted in a removable manner in the seat of said support frame , characterised in that said frame comprises a door configured to adopt a closed position (C) and an open position (D), wherein in said closed position said door closes said seat and protects said drum in said seat , and wherein in said open position (D) said door allows an insertion or removal of said drum with respect to the seat of said frame .
A method of pre-lithiating a negative electrode for a secondary battery, the method comprising: pouring and disperse lithium metal powder, inorganic powder and a binder in a solvent to thereby prepare a mixed solution; and forming a lithium metal-inorganic composite layer on the negative electrode by using the mixed solution, characterized in that a thickness of the lithium metal-inorganic composite layer is 0.5 to 20 μm, and the inorganic powder includes at least one of Al 2 O 3 , TiO 2 , ZrO 2 , SiO 2 , SnO 2 , CeO 2 , MgO, CaO, and Y 2 O 3 .