mhurhangee/patent-ind-claim-en huggingface dataset:
A system for joining two components or for reinforcing a component, which comprises a first and a second threaded sleeve , which each comprise the following: - an external thread , with the aid of which the threaded sleeve can be screwed into the respective component and which is suitable for forming a bond with the respective component , and - a power drive, by means of which a torque for screwing the threaded sleeve into the respective component can be transmitted to the threaded sleeve, wherein the system further comprises an elongate clamping element , which is suitable for being guided through the second threaded sleeve and for being inserted into or guided through the first threaded sleeve and which is suitable for axially clamping the first and the second threaded sleeve in such a manner that the first and the second threaded sleeve generate opposed bond stresses in the respective component , wherein the system further comprises a grooving tip , which is suitable for grooving a thread into the corresponding component , wherein the grooving tip comprises a power drive , by means of which a torque for screwing the grooving tip into the respective component can be transmitted to the grooving tip , wherein the grooving tip is formed as a separate component that is not part of a threaded sleeve . - an external thread , with the aid of which the threaded sleeve can be screwed into the respective component and which is suitable for forming a bond with the respective component , and - a power drive, by means of which a torque for screwing the threaded sleeve into the respective component can be transmitted to the threaded sleeve, wherein the system further comprises an elongate clamping element , which is suitable for being guided through the second threaded sleeve and for being inserted into or guided through the first threaded sleeve and which is suitable for axially clamping the first and the second threaded sleeve in such a manner that the first and the second threaded sleeve generate opposed bond stresses in the respective component , wherein the system further comprises a grooving tip , which is suitable for grooving a thread into the corresponding component , wherein the grooving tip comprises a power drive , by means of which a torque for screwing the grooving tip into the respective component can be transmitted to the grooving tip , wherein the grooving tip is formed as a separate component that is not part of a threaded sleeve .
A fibre for use as a carbon fibre precursor, the fibre comprising a lignin and at least 10 wt% of a thermoplastic elastomer.
A computing device comprising: a display being tiltable downwards and/or upwards; a memory storing image data , wherein the image data , when displayed on said display, appears without distortion from a first position relative to the display ; a sensor to determine a second position, namely, the position of a user relative to the display , and a line of sight of the user; and a controller to transform the image data using a perspective transformation based on the second position to reduce appearance of distortion resulting from the position of the user relative to the display , the display configured to display the transformed image data , wherein the sensor includes a tilt sensor to detect a degree of tilt of the display , wherein the second position comprises: the degree of tilt of the display relative to the line of sight of the user; and a distance of the user from the display . a display being tiltable downwards and/or upwards; a memory storing image data , wherein the image data , when displayed on said display, appears without distortion from a first position relative to the display ; a sensor to determine a second position, namely, the position of a user relative to the display , and a line of sight of the user; and a controller to transform the image data using a perspective transformation based on the second position to reduce appearance of distortion resulting from the position of the user relative to the display , the display configured to display the transformed image data , wherein the sensor includes a tilt sensor to detect a degree of tilt of the display , wherein the second position comprises: the degree of tilt of the display relative to the line of sight of the user; and a distance of the user from the display . the degree of tilt of the display relative to the line of sight of the user; and a distance of the user from the display .
A method of manufacturing a vapor deposition mask device which comprises a vapor deposition mask having an effective region in which a plurality of first through holes is arranged, and a frame attached to the vapor deposition mask , the method comprising: a joining step of joining, to the frame , a metal layer of a laminate including a base material , a conductive pattern provided on the base material , and the metal layer provided on opposite side, with respect to the base material , of the conductive pattern by a plurality of joint portions ; and a separation step of etching away the conductive pattern to separate the base material from the metal layer after the joining step, and forming the vapor deposition mask from the metal layer . a joining step of joining, to the frame , a metal layer of a laminate including a base material , a conductive pattern provided on the base material , and the metal layer provided on opposite side, with respect to the base material , of the conductive pattern by a plurality of joint portions ; and a separation step of etching away the conductive pattern to separate the base material from the metal layer after the joining step, and forming the vapor deposition mask from the metal layer .
A fire resistant cable comprising: at least one conductor; at least one mica layer surrounding and in direct contact with the at least one conductor; a first layer of insulation surrounding and in direct contact with the at least one mica layer, wherein the first layer of insulation is made of a composition based on a cured flame retardant ceramifiable silicone rubber; and a second layer of insulation surrounding the first layer of insulation, wherein the second layer of insulation is made of a composition based on a cured flame retardant ceramifiable silicone rubber comprising at least one reinforcement material. at least one conductor; at least one mica layer surrounding and in direct contact with the at least one conductor; a first layer of insulation surrounding and in direct contact with the at least one mica layer, wherein the first layer of insulation is made of a composition based on a cured flame retardant ceramifiable silicone rubber; and a second layer of insulation surrounding the first layer of insulation, wherein the second layer of insulation is made of a composition based on a cured flame retardant ceramifiable silicone rubber comprising at least one reinforcement material.
A component supply device , configured to supply an electrical component in a state of being placed in a placement section , comprising: multiple placement sections , in which an electrical component positioned by a positioning section is placed in each placement section , and a detection device which is configured to detect displacement in an up-down direction of the electrical components being placed in the multiple placement sections , characterized in that the detection device is constituted by a light emitting section and a light receiving section , these are arranged so that light passes over the multiple placement sections to detect said displacement. multiple placement sections , in which an electrical component positioned by a positioning section is placed in each placement section , and a detection device which is configured to detect displacement in an up-down direction of the electrical components being placed in the multiple placement sections , characterized in that the detection device is constituted by a light emitting section and a light receiving section , these are arranged so that light passes over the multiple placement sections to detect said displacement.
An antenna , comprising: a radiation waveguide part including two sheets of metal plates facing each other and configured to outwardly radiate a radio wave from a plurality of slots formed in one of the metal plates , wherein the slots are arranged at fixed intervals in a longitudinal direction of the slots and in a lateral direction of the slots , respectively; and a plurality of stubs arranged to extend inward of the radiation waveguide part from a face of the radiation waveguide part where the slots are formed, and configured to change a transmission mode of the radio wave within the radiation waveguide part , wherein each stub is attached on either one of sides of slots in the lateral direction, for every slot , the adjacent stubs in the lateral direction being disposed alternately between the slots adjacent to each other, wherein the stubs have a circular cylindrical shape, and wherein an interval between a slot and a stub is changed depending on the position of the stub on the radiation waveguide part , to change the strength of the radio wave to be radiated from the antenna . a radiation waveguide part including two sheets of metal plates facing each other and configured to outwardly radiate a radio wave from a plurality of slots formed in one of the metal plates , wherein the slots are arranged at fixed intervals in a longitudinal direction of the slots and in a lateral direction of the slots , respectively; and a plurality of stubs arranged to extend inward of the radiation waveguide part from a face of the radiation waveguide part where the slots are formed, and configured to change a transmission mode of the radio wave within the radiation waveguide part , wherein each stub is attached on either one of sides of slots in the lateral direction, for every slot , the adjacent stubs in the lateral direction being disposed alternately between the slots adjacent to each other, wherein the stubs have a circular cylindrical shape, and wherein an interval between a slot and a stub is changed depending on the position of the stub on the radiation waveguide part , to change the strength of the radio wave to be radiated from the antenna .
A DC motor comprising a motor housing and at least one connection module adapted to be installed on the motor housing , the connection module having fastening options for fastening the DC motor to an installation place, wherein the motor housing comprises a front-sided centering elevation which cooperates with a centering recess on the connection module , characterized in that the connection module is freely rotatable into any desired position in a mounting state on the motor housing and is non-rotatably connected to the motor housing in this desired position in the mounted state, wherein a bearing for the motor shaft of the DC motor is arranged on the front side of the motor housing , projects at least in part beyond the front side of the motor housing and forms the centering elevation, wherein the connection module is attached to the bearing , and that the motor housing comprises a motor housing bottom with a shoulder formed therein, and the connection module has a projecting rib which comes to rest in the shoulder .
An apparatus, comprising: a communication interface to communicate with a plurality of printers to identify available printers at a current geographic location; a location sensor to detect the current geographic location; a personalized printer list generator to generate a personalized printer list that prioritizes the plurality of printers at the current geographic location based on a user account wherein the personalized printer list changes over time from an initial personalized printer list that is based on proximity of the available printers to a prioritized list based on usage of the available printers; a display to provide a graphical user interface, GUI, to display the personalized printer list that is generated for the current geographic location; and a processor communicatively coupled to the communication interface , the location sensor , the personalized printer list generator , and the display to control operation of the communication interface , the location sensor , the personalized printer list generator , and the display . a communication interface to communicate with a plurality of printers to identify available printers at a current geographic location; a location sensor to detect the current geographic location; a personalized printer list generator to generate a personalized printer list that prioritizes the plurality of printers at the current geographic location based on a user account wherein the personalized printer list changes over time from an initial personalized printer list that is based on proximity of the available printers to a prioritized list based on usage of the available printers; a display to provide a graphical user interface, GUI, to display the personalized printer list that is generated for the current geographic location; and a processor communicatively coupled to the communication interface , the location sensor , the personalized printer list generator , and the display to control operation of the communication interface , the location sensor , the personalized printer list generator , and the display .
A device for performing electrical measurements, comprising: a cassette having first and second surfaces, the cassette configured to engage with a microtiter plate and comprising a plurality of electrodes extending from the first surface in the direction of the microtiter plate when the cassette is engaged with the microtiter plate; and a housing detachably attached to the second surface of the cassette, the housing comprising one or more heat management elements, and a processor comprising a data acquisition module electrically connected to the electrodes and a data processing module. a cassette having first and second surfaces, the cassette configured to engage with a microtiter plate and comprising a plurality of electrodes extending from the first surface in the direction of the microtiter plate when the cassette is engaged with the microtiter plate; and a housing detachably attached to the second surface of the cassette, the housing comprising one or more heat management elements, and a processor comprising a data acquisition module electrically connected to the electrodes and a data processing module.
A combined robot, comprising: a self-moving robot and a functional module detachably combined into the self-moving robot through a connector ; driving wheels and a follower wheel disposed at a bottom of a machine body of the self-moving robot such that: the driving wheels are located on a left side and a right side of the bottom of the machine body by taking an advancing direction when the self-moving robot operates at a forward direction; and the follower wheel is located at a front end or a rear end of the bottom of the machine body; and a control center is disposed in the combined robot and controls the combined robot to operate, wherein one end away from the follower wheel of the bottom of the machine body of the self-moving robot is a supporting end, wherein the combined robot further comprises: floating supporting mechanisms disposed at the supporting end such that the machine body of the self-moving robot is kept parallel to a walking plane when the self-moving robot walks, wherein the floating supporting mechanisms provide retractable support to the self-moving robot , and when the self-moving robot encounters a step, the floating supporting mechanism is extruded to contract. a self-moving robot and a functional module detachably combined into the self-moving robot through a connector ; driving wheels and a follower wheel disposed at a bottom of a machine body of the self-moving robot such that: the driving wheels are located on a left side and a right side of the bottom of the machine body by taking an advancing direction when the self-moving robot operates at a forward direction; and the follower wheel is located at a front end or a rear end of the bottom of the machine body; and the driving wheels are located on a left side and a right side of the bottom of the machine body by taking an advancing direction when the self-moving robot operates at a forward direction; and the follower wheel is located at a front end or a rear end of the bottom of the machine body; and a control center is disposed in the combined robot and controls the combined robot to operate, wherein one end away from the follower wheel of the bottom of the machine body of the self-moving robot is a supporting end, wherein the combined robot further comprises: floating supporting mechanisms disposed at the supporting end such that the machine body of the self-moving robot is kept parallel to a walking plane when the self-moving robot walks, wherein the floating supporting mechanisms provide retractable support to the self-moving robot , and when the self-moving robot encounters a step, the floating supporting mechanism is extruded to contract. floating supporting mechanisms disposed at the supporting end such that the machine body of the self-moving robot is kept parallel to a walking plane when the self-moving robot walks, wherein the floating supporting mechanisms provide retractable support to the self-moving robot , and when the self-moving robot encounters a step, the floating supporting mechanism is extruded to contract.
An elevator system , comprising: a hoistway ; an elevator car movable along the hoistway ; one or more electrically-conductive tension members operably connected to the elevator car to move the elevator car along the hoistway ; and a health monitoring system for the one or more tension members ; wherein the health monitoring system (60comprises: a transmitter including a transmitter coil configured for placement at the tension member(s) ; a receiver configured to be positioned at the tension member(s) ; and a controller operably connected to the transmitter and the receiver , the controller configured to: direct an alternating current through the transmitter coil , resulting in the generation of a magnetic field and eddy currents at the transmitter coil ; and evaluate fluctuations in the magnetic field detected at the receiver , the fluctuations indicative of wear and/or damage to the tension member(s) ; characterized in that : locations of wear and/or damage of the tension member(s) are located on the tension member(s) utilizing elevator control system position information. a hoistway ; an elevator car movable along the hoistway ; one or more electrically-conductive tension members operably connected to the elevator car to move the elevator car along the hoistway ; and a health monitoring system for the one or more tension members ; a transmitter including a transmitter coil configured for placement at the tension member(s) ; a receiver configured to be positioned at the tension member(s) ; and a controller operably connected to the transmitter and the receiver , the controller configured to: direct an alternating current through the transmitter coil , resulting in the generation of a magnetic field and eddy currents at the transmitter coil ; and evaluate fluctuations in the magnetic field detected at the receiver , the fluctuations indicative of wear and/or damage to the tension member(s) ; characterized in that : locations of wear and/or damage of the tension member(s) are located on the tension member(s) utilizing elevator control system position information. direct an alternating current through the transmitter coil , resulting in the generation of a magnetic field and eddy currents at the transmitter coil ; and evaluate fluctuations in the magnetic field detected at the receiver , the fluctuations indicative of wear and/or damage to the tension member(s) ; characterized in that : locations of wear and/or damage of the tension member(s) are located on the tension member(s) utilizing elevator control system position information.
Underwater drive unit comprising - an electric motor and a hydrodynamic speed/torque converter that is connected to the motor and has at least one pump impeller (P) which can rotate about a rotation axis (R), at least one turbine wheel (T) which can rotate about a rotation axis (R) and at least one stator (L, L1, L2), wherein the blade wheels form a working space , through which operating media can flow, for forming a hydrodynamic circular flow and one blade wheel has at least one actuating blade or an adjustable blade segment which can be adjusted by an adjusting apparatus ; - an output shaft which is at least indirectly connected to a machine , in particular a working machine with a variable speed; wherein the adjusting apparatus comprises an actuating drive which is coupled to the at least one actuating blade or the adjustable blade segment for transmitting an actuating force and is arranged coaxially in relation to the rotation axis (R) of the blade wheels; and the at least one actuating blade or the adjustable blade segment is provided on the stator (L, L1, L2) of the hydrodynamic speed/torque converter ; characterized in that a housing which can be filled with a pressure medium and jointly surrounds the electric motor and the hydrodynamic speed/torque converter is provided; in that the actuating drive is arranged next to the hydrodynamic speed/torque converter as viewed in the axial direction and is characterized by a maximum radial extent which lies within the maximum radial extent of the electric motor and the hydrodynamic speed/torque converter , and the actuating drive has ring elements which are each arranged coaxially in relation to the rotation axis (R), wherein a first ring element is connected directly or via the transmission device to the at least one actuating blade or the adjustable blade segment for transmitting an actuating force or an actuating torque and the first ring can be rotated relative to a second ring element in the circumferential direction of the rotation axis (R), and the first and the second ring element form at least two pressure chambers which are arranged in the circumferential direction of the rotation axis and to each of which pressure can be applied for the relative rotation between the first and the second ring element . - an electric motor and a hydrodynamic speed/torque converter that is connected to the motor and has at least one pump impeller (P) which can rotate about a rotation axis (R), at least one turbine wheel (T) which can rotate about a rotation axis (R) and at least one stator (L, L1, L2), wherein the blade wheels form a working space , through which operating media can flow, for forming a hydrodynamic circular flow and one blade wheel has at least one actuating blade or an adjustable blade segment which can be adjusted by an adjusting apparatus ; - an output shaft which is at least indirectly connected to a machine , in particular a working machine with a variable speed;