mhurhangee/patent-ind-claim-en huggingface dataset:
Fluid flow measuring device for evaluating a gaseous fluid flow, in particular an extraction flow or a blown air flow, of a processing machine for processing preferably panel-formed workpieces consisting in particular at least partially of wood, wood-based materials, wood substitute materials, plastic(s), composite material(s) or the like, comprising: at least one flow-through, preferably annular, housing for conducting a gaseous fluid flow which is configured to be implemented in a flow-conducting line, in particular an extraction line or blown air line of a processing machine, at least one measuring point (M 1 , M 2 ) which is provided on the flow-through housing ; characterised in that the fluid flow measuring device has a sensor unit arranged outside the housing for measuring the gaseous fluid flow by means of the at least one measuring point (M 1 , M 2 ), wherein the sensor unit is a differential pressure sensor, an impeller sensor, a vortex sensor, a thermal sensor, an ultrasonic sensor or two pressure sensors, wherein the at least one measuring point (M 1 , M 2 ) is designed as a recess, in particular a through bore, which connects the inside of the housing conducting the gaseous fluid flow with the outside of the housing , in particular in a pressurised and/or flow-conducting manner, and the at least one measuring point (M 1 , M 2 ) is designed as a plurality of recesses which are preferably distributed around the circumference of the housing . at least one flow-through, preferably annular, housing for conducting a gaseous fluid flow which is configured to be implemented in a flow-conducting line, in particular an extraction line or blown air line of a processing machine, at least one measuring point (M 1 , M 2 ) which is provided on the flow-through housing ; characterised in that the fluid flow measuring device has a sensor unit arranged outside the housing for measuring the gaseous fluid flow by means of the at least one measuring point (M 1 , M 2 ), wherein the sensor unit is a differential pressure sensor, an impeller sensor, a vortex sensor, a thermal sensor, an ultrasonic sensor or two pressure sensors, wherein the at least one measuring point (M 1 , M 2 ) is designed as a recess, in particular a through bore, which connects the inside of the housing conducting the gaseous fluid flow with the outside of the housing , in particular in a pressurised and/or flow-conducting manner, and the at least one measuring point (M 1 , M 2 ) is designed as a plurality of recesses which are preferably distributed around the circumference of the housing .
A curable composition, comprising : a) at least one acrylate-functionalized urethane oligomer which, in homopolymerized form, has a glass transition temperature less than 0°C ; b) at least one polymethacrylate-functionalized monomer which, in homopolymerized form, has a glass transition temperature of at least 20°C ; c) optionally, at least one free radical initiator; wherein, if any hydrocarbon tackifier is present, the curable composition comprises not more than 5 weight % hydrocarbon tackifier, based on the total weight of the curable composition and when cured provides a low tack, self-adherent adhesive. a) at least one acrylate-functionalized urethane oligomer which, in homopolymerized form, has a glass transition temperature less than 0°C ; b) at least one polymethacrylate-functionalized monomer which, in homopolymerized form, has a glass transition temperature of at least 20°C ; c) optionally, at least one free radical initiator;
A method for use in installation of a mill liner , the method including: a) retaining a mounting bolt at least partially within a liner opening extending through the mill liner ; b) positioning the mill liner against a mill shell so that the retained mounting bolt is aligned with a mill shell opening extending through the mill shell; c) selectively coupling an extraction tool to the mounting bolt from outside the mill shell; d) detaching the mounting bolt from the mill liner using the extraction tool ; e) pulling the mounting bolt through the mill shell opening using the extraction tool so that an end of the mounting bolt projects from the mill shell opening; and, f) securing a fastener onto the mounting bolt to thereby attach the mill liner to the mill . a) retaining a mounting bolt at least partially within a liner opening extending through the mill liner ; b) positioning the mill liner against a mill shell so that the retained mounting bolt is aligned with a mill shell opening extending through the mill shell; c) selectively coupling an extraction tool to the mounting bolt from outside the mill shell; d) detaching the mounting bolt from the mill liner using the extraction tool ; e) pulling the mounting bolt through the mill shell opening using the extraction tool so that an end of the mounting bolt projects from the mill shell opening; and, f) securing a fastener onto the mounting bolt to thereby attach the mill liner to the mill .
An image forming apparatus for forming an image on a recording sheet, the apparatus comprising: a first roller and a second roller configured to convey the recording sheet by sandwiching the recording sheet between the first roller and the second roller in a fixing process; a pressing unit configured to press the first roller and the second roller against each other with a predetermined pressing force; an actuating motor configured to actuate the first roller ; a brake unit configured to apply a brake force to the second roller ; a speed detection unit configured to detect a rotation speed of the second roller ; and a judgment unit configured to judge a degradation of each surface roughness of the first roller and the second roller in accordance with the rotation speed of the second roller , which is detected when the first roller is actuated at a predetermined rotation speed in a situation in which the first roller and the second roller are pressed against each other by the predetermined pressing force and when the brake unit applies a predetermined brake force to the second roller . a first roller and a second roller configured to convey the recording sheet by sandwiching the recording sheet between the first roller and the second roller in a fixing process; a pressing unit configured to press the first roller and the second roller against each other with a predetermined pressing force; an actuating motor configured to actuate the first roller ; a brake unit configured to apply a brake force to the second roller ; a speed detection unit configured to detect a rotation speed of the second roller ; and a judgment unit configured to judge a degradation of each surface roughness of the first roller and the second roller in accordance with the rotation speed of the second roller , which is detected when the first roller is actuated at a predetermined rotation speed in a situation in which the first roller and the second roller are pressed against each other by the predetermined pressing force and when the brake unit applies a predetermined brake force to the second roller .
Manipulator having a manipulator arm at the free end of which a manipulator flange is provided on which an end effector having a plurality of application devices (9.1, 9.2, 9.3) for machining a workpiece is held, wherein the manipulator flange is rotatable about hand axes , and a first hand axis extends in the direction of the longitudinal axis of the manipulator arm , a second hand axis extends transversely to the first hand axis and a third hand axis lies transversely to the second hand axis , wherein the end effector is rotatably mounted on the wrist of the manipulator arm , wherein the application devices (9.1, 9.2, 9.3) follow one another in a circumferential direction on a lateral surface of an imaginary cone , and wherein an application device (9.1, 9.2, 9.3) can be moved into an active operating position by rotation of the manipulator flange about the third hand axis .
A solar module comprising: a solar laminate comprising a plurality of solar cells interposed between a transparent front cover sheet and a rear cover sheet ; a frame enclosing the solar laminate at lateral edges of the solar laminate ; and at least one reinforcement strut arranged at a rear surface of the solar laminate between opposing portions of the frame ; wherein the frame has a frame surface and a frame thickness, the frame surface being defined by a length of the frame multiplied by a width of the frame ; wherein a ratio between the frame surface and the frame thickness is between 45000 and 70000, preferably between 50000 and 65000 and more preferably between 53000 and 57000, with dimensions of the frame being measured in millimetres; and characterised in that the solar module comprises a spacer element cooperating with the frame such as to push against a rear surface of the reinforcement strut to push the reinforcement strut in a direction towards the laminate . a solar laminate comprising a plurality of solar cells interposed between a transparent front cover sheet and a rear cover sheet ; a frame enclosing the solar laminate at lateral edges of the solar laminate ; and at least one reinforcement strut arranged at a rear surface of the solar laminate between opposing portions of the frame ; wherein the frame has a frame surface and a frame thickness, the frame surface being defined by a length of the frame multiplied by a width of the frame ; wherein a ratio between the frame surface and the frame thickness is between 45000 and 70000, preferably between 50000 and 65000 and more preferably between 53000 and 57000, with dimensions of the frame being measured in millimetres; and characterised in that the solar module comprises a spacer element cooperating with the frame such as to push against a rear surface of the reinforcement strut to push the reinforcement strut in a direction towards the laminate .
A rare-cutting endonuclease suitable to contract highly repetitive triplet motives in a gene comprising triplet repeats, characterized in that said rare-cutting endonuclease is a chimeric endonuclease which comprises (i) a binding domain that recognizes a target sequence spanning at least 10 nucleic acid bases adjacent to a triplet repeat sequence responsible for a triplet repeat disease and at least 5 nucleic acid bases inside the triplet repeat sequence, and (ii) an endonuclease domain that specifically cleaves within said triplet repeat sequence.
Lock cylinder comprising a key-operated locking core rotatable in a cylinder housing , an identification unit arranged at the front side of the cylinder housing , wherein a receiving unit connected to the cylinder housing is provided, the receiving unit comprising a receiving space, wherein the identification unit comprises a transponder, wherein the transponder is arranged inside the receiving space and wherein the receiving unit is received in a material recess of the cylinder housing , characterized in that the receiving unit is made of plastics, that the transponder is an RFID transponder and that the receiving unit has a wall section at its front, the outward facing surface of which forming a part of the front of the lock cylinder .
Interior aircraft LED light unit , comprising: at least one LED , and a lens cover arranged over the at least one LED , the lens cover having a proximal side facing towards the at least one LED and a distal side forming an outside portion of the interior aircraft LED light unit , with the lens cover being made from a lens cover material exhibiting material-specific light transfer properties, characterized in that the lens cover comprises a pattern of dots on the distal side , with each of the pattern of dots locally altering the material-specific light transfer properties of the lens cover , wherein the pattern of dots are white dots, when seen from outside of the interior aircraft LED light unit , and further characterized in that the interior aircraft LED light unit further comprises at least one of a brightness filter , a color filter and a combined brightness and color filter, arranged between the at least one LED and the lens cover . at least one LED , and a lens cover arranged over the at least one LED , the lens cover having a proximal side facing towards the at least one LED and a distal side forming an outside portion of the interior aircraft LED light unit , with the lens cover being made from a lens cover material exhibiting material-specific light transfer properties, characterized in that the lens cover comprises a pattern of dots on the distal side , with each of the pattern of dots locally altering the material-specific light transfer properties of the lens cover , wherein the pattern of dots are white dots, when seen from outside of the interior aircraft LED light unit , and further characterized in that the interior aircraft LED light unit further comprises at least one of a brightness filter , a color filter and a combined brightness and color filter, arranged between the at least one LED and the lens cover .
An axle arrangement for a vehicle, preferably a commercial vehicle and/or a commercial vehicle trailer, having: - at least one steerable first axle and - at least one steerable second axle , wherein - an electric hydraulic unit for steering the second axle is provided, characterized in that the axle body of the second axle serves as a fluid container for the hydraulic unit and/or a fastening element is configured as a hollow body, serves for holding a functional component on the second axle and serves as a fluid container for the hydraulic unit . - at least one steerable first axle and - at least one steerable second axle , wherein - an electric hydraulic unit for steering the second axle is provided, characterized in that the axle body of the second axle serves as a fluid container for the hydraulic unit and/or a fastening element is configured as a hollow body, serves for holding a functional component on the second axle and serves as a fluid container for the hydraulic unit .
Method for controlling braking of a crane mounted for movement on rails or a trolley, used in a crane, mounted for movement on rails, which crane or trolley is provided with mechanical wheel brakes, electric drive motors for rotating the wheels and a control system for braking, characterize d in that the method comprises the steps of: - monitoring the movement and operations of the crane or the trolley to detect whether a stop command shall be activated to stop the crane or the trolley immediately, - switching-on the mechanical wheel brakes to stop the crane or the trolley if the stop command is activated, and - activating the electric drive motors of the crane or the trolley simultaneously with the switching-on of the mechanical wheel brakes to rotate the wheels and prevent locking and sliding of wheels on the rails if movement of the crane or the trolley is detected at the moment of the activation of the stop command. - monitoring the movement and operations of the crane or the trolley to detect whether a stop command shall be activated to stop the crane or the trolley immediately, - switching-on the mechanical wheel brakes to stop the crane or the trolley if the stop command is activated, and - activating the electric drive motors of the crane or the trolley simultaneously with the switching-on of the mechanical wheel brakes to rotate the wheels and prevent locking and sliding of wheels on the rails if movement of the crane or the trolley is detected at the moment of the activation of the stop command.
A medical imaging system , the system comprising: a 2D surface image obtaining device including at least one camera for photographing a plurality of 2D facial images of an examinee; an X-ray radiography device for radiographing a 3D X-ray radiograph of the examinee's head; and an image synthesis unit for generating a 3D facial image by matching the plurality of 2D facial images with the 3D X-ray radiograph, characterized by a visual guidance configured to fix an examinee's line of vision in front of the examinee. a 2D surface image obtaining device including at least one camera for photographing a plurality of 2D facial images of an examinee; an X-ray radiography device for radiographing a 3D X-ray radiograph of the examinee's head; and an image synthesis unit for generating a 3D facial image by matching the plurality of 2D facial images with the 3D X-ray radiograph, characterized by a visual guidance configured to fix an examinee's line of vision in front of the examinee.
A rotor assembly for a wind turbine, the rotor assembly comprising: a rotor hub including a mounting flange , the mounting flange defining an array of hub bolt holes ; a rotor shaft including a shaft flange , the shaft flange defining an array of shaft bolt holes , the array of shaft bolt holes being at least one of radially offset or circumferentially offset from the array of hub bolt holes; and a hub-to-shaft adapter coupled between the mounting flange and the shaft flange, the adapter defining a first array of adapter bolt holes and a second array of adapter bolt holes offset from the first array of adapter bolt holes, the first array of adapter bolt holes configured to be aligned with the array of hub bolt holes defined in the mounting flange and the second array of adapter bolt holes configured to be aligned with the array of shaft bolt holes defined in the shaft flange ; wherein the hub-to-shaft adapter couples the rotor hub and the rotor shaft, the rotor hub and the rotor shaft having mismatched or misaligned bold holes such that the rotor hub is not configured to be mounted to the rotor shaft. a rotor hub including a mounting flange , the mounting flange defining an array of hub bolt holes ; a rotor shaft including a shaft flange , the shaft flange defining an array of shaft bolt holes , the array of shaft bolt holes being at least one of radially offset or circumferentially offset from the array of hub bolt holes; and a hub-to-shaft adapter coupled between the mounting flange and the shaft flange, the adapter defining a first array of adapter bolt holes and a second array of adapter bolt holes offset from the first array of adapter bolt holes, the first array of adapter bolt holes configured to be aligned with the array of hub bolt holes defined in the mounting flange and the second array of adapter bolt holes configured to be aligned with the array of shaft bolt holes defined in the shaft flange ; wherein the hub-to-shaft adapter couples the rotor hub and the rotor shaft, the rotor hub and the rotor shaft having mismatched or misaligned bold holes such that the rotor hub is not configured to be mounted to the rotor shaft.
Washing machine for the washing of laundry, such as clothes and textiles, which washing machine comprises a housing , wherein the housing comprises: an inlet , for supplying washing water, an outlet , for disposal of washing water, and a pump , for pumping the washing water and air, wherein the housing comprises at least one, preferably a plurality of washing drawers , each washing drawer having a pair of conduits for fluid tight connection of a respective flexible washing compartment for washing laundry and arranged in the washing drawer , wherein each drawer of the housing is arranged to lead water from the inlet of the housing via a first conduit of said pair of conduits to the respective washing compartment arranged therein and, by means of the pump and a second conduit of said pair of conduits , to pump air and water out from the respective flexible washing compartment in order to create a pressure difference inside the washing compartment with respect to the surrounding pressure and by that emptying the flexible washing compartment of washing water and air, wherein the flexible washing compartment comprises one upper flexible membrane provided on a lower membrane , which lower membrane is a flexible membrane, and wherein the at least one drawer is further provided with a non-flexible lower tray below the lower membrane , said lower tray being provided with laundry agitating means configured to raise up a central part of the flexible washing compartment . an inlet , for supplying washing water, an outlet , for disposal of washing water, and a pump , for pumping the washing water and air, wherein the housing comprises at least one, preferably a plurality of washing drawers , each washing drawer having a pair of conduits for fluid tight connection of a respective flexible washing compartment for washing laundry and arranged in the washing drawer , wherein each drawer of the housing is arranged to lead water from the inlet of the housing via a first conduit of said pair of conduits to the respective washing compartment arranged therein and, by means of the pump and a second conduit of said pair of conduits , to pump air and water out from the respective flexible washing compartment in order to create a pressure difference inside the washing compartment with respect to the surrounding pressure and by that emptying the flexible washing compartment of washing water and air, wherein the flexible washing compartment comprises one upper flexible membrane provided on a lower membrane , which lower membrane is a flexible membrane, and wherein the at least one drawer is further provided with a non-flexible lower tray below the lower membrane , said lower tray being provided with laundry agitating means configured to raise up a central part of the flexible washing compartment .
A wireless power transmitter which is adapted to wirelessly transmit a power to a wireless power receiver , the wireless power transmitter comprising: a transmission coil for wireless transmitting a power; a power source for supplying the power to the transmission coil ; a detector for detecting a state of the power transmitted through the transmission coil ; a controller for determining an existence state of the wireless power receiver based on a detection result by the detector and for controlling a transmission of the power according to the determined existence state of the wireless power receiver, wherein the controller is adapted to control the transmission of the power in a pulsed scheme at a predetermined time interval for a specific time if the wireless power receiver does not exist and is adapted to control the transmission of the power in a continuous scheme if the wireless power receiver exists, wherein the controller is adapted to stop the continuous power output depending on determining that the wireless power receiver does not exist, wherein the controller is adapted to adjust an intensity of the power during the continuous transmission of the power. a transmission coil for wireless transmitting a power; a power source for supplying the power to the transmission coil ; a detector for detecting a state of the power transmitted through the transmission coil ; a controller for determining an existence state of the wireless power receiver based on a detection result by the detector and for controlling a transmission of the power according to the determined existence state of the wireless power receiver, wherein the controller is adapted to control the transmission of the power in a pulsed scheme at a predetermined time interval for a specific time if the wireless power receiver does not exist and is adapted to control the transmission of the power in a continuous scheme if the wireless power receiver exists, wherein the controller is adapted to stop the continuous power output depending on determining that the wireless power receiver does not exist, wherein the controller is adapted to adjust an intensity of the power during the continuous transmission of the power.