mhurhangee/patent-ind-claim-en huggingface dataset:
Drive device for a movable component, comprising a first fixing element which can be connected at a first end to a first rotationally symmetrical component , and comprising a second rotationally symmetrical component which can be moved relative to the first rotationally symmetrical component at the end of the latter that is opposite to the first fixing element, and which has, at its end opposite to the first fixing element, a second fixing element that can be fixed to the movable component, comprising a spindle drive having a threaded spindle and a spindle nut arranged on the threaded spindle , by means of which the first fixing element and the second fixing element can be movably driven axially relative to each other, wherein the spindle of the spindle drive can be rotationally driven by a drive shaft that can be rotationally driven reversibly about an axis of rotation by a rotary drive arranged in a housing so as to be fixed against rotation, the axis of rotation extending coaxially relative to the threaded spindle , and comprising a brake device, by means of which an axially relative converging movement of the first and second fixing element can be blocked by applying an axial force to the first and/or second rotationally symmetrical component , characterized in that the brake device is a wrap spring brake, which has a switching spring and a braking spring , which are wound in the axial direction, and the switching spring and the braking spring have different winding directions and are connected to each other at their respective ends, wherein, when the drive shaft is not driven in rotation, the switching spring on the first rotationally symmetrical component and the braking spring on the second rotationally symmetrical component are radially in contact with a frictional connection and a rotational movement of the threaded spindle is blocked, wherein, when the drive shaft is driven in rotation in a first direction of rotation, the frictional connection of the switching spring to the first rotationally symmetrical component can be released, and when the drive shaft is driven in rotation in a second direction of rotation, the frictional connection of the braking spring to the second rotationally symmetrical component can be released, and wherein the braking spring is in contact with the second rotationally symmetrical component with a greater frictional torque than the switching spring is in contact with the first rotationally symmetrical component , and the first rotationally symmetrical component is a cylindrical part of the threaded spindle or a first cylindrical element fixedly connected to the threaded spindle , wherein the cylindrical part of the threaded spindle or the cylindrical element is enclosed by the switching spring , and wherein the braking spring is in contact with its outer circumference on the cylindrical inner wall of the housing or an element fixedly connected to the housing .
A pressure sensor (200; 310; 510; 610) comprising: a substrate (202; 312; 512; 612); a first, deformable membrane (212; 304; 514; 614), partially supported by the substrate (202; 312; 512; 612), configured to generate a first sensor reading when deformed by pressure; and a second membrane (302; 520; 620) contiguous to the first membrane (212; 304; 514; 614) which, when energized, is configured to deform the first membrane (212; 304; 514; 614) to alter the first sensor reading, characterised in that the first membrane (212; 304; 514; 614) carries a first electrode (208; 318; 522; 630) which forms capacitance with another electrode (210; 320; 528; 628) spaced from the first electrode (208; 318; 522; 630) to generate the first sensor reading wherein the first membrane (212; 304; 514; 614) is configured to be deflected both up and down. a substrate (202; 312; 512; 612); a first, deformable membrane (212; 304; 514; 614), partially supported by the substrate (202; 312; 512; 612), configured to generate a first sensor reading when deformed by pressure; and a second membrane (302; 520; 620) contiguous to the first membrane (212; 304; 514; 614) which, when energized, is configured to deform the first membrane (212; 304; 514; 614) to alter the first sensor reading, characterised in that the first membrane (212; 304; 514; 614) carries a first electrode (208; 318; 522; 630) which forms capacitance with another electrode (210; 320; 528; 628) spaced from the first electrode (208; 318; 522; 630) to generate the first sensor reading wherein the first membrane (212; 304; 514; 614) is configured to be deflected both up and down.
Alight-emitting device comprising: a substrate ; a plurality of light-emitting elements aligned and arranged on the substrate in an arrangement direction (D1); a plurality of wavelength conversion layers each disposed on each of the plurality of light-emitting elements with a light-transmitting adhesive interposed therebetween, each of the wavelength conversion layers having a bottom surface (BS) close to the light-emitting element and an upper surface (US) smaller than the bottom surface (BS), and a side surface shape in which a width (L1, L2) in a direction (D2) parallel to the bottom surface (BS) and perpendicular to the arrangement direction (D1) of the light-emitting elements decreases from the bottom surface (BS) toward the upper surface (US); a light-transmitting plate disposed over the upper surfaces (US) of the plurality of wavelength conversion layers ; and a reflective resin covering side surfaces of each of the plurality of light-emitting elements , side surfaces (S2) forming outer edge portions of the plurality of wavelength conversion layers , and side surfaces of the light-transmitting plate , wherein a side surface (S1) of each of the plurality of wavelength conversion layers facing to another adjacent wavelength conversion layer extends in a direction perpendicular to the substrate . a substrate ; a plurality of light-emitting elements aligned and arranged on the substrate in an arrangement direction (D1); a plurality of wavelength conversion layers each disposed on each of the plurality of light-emitting elements with a light-transmitting adhesive interposed therebetween, each of the wavelength conversion layers having a bottom surface (BS) close to the light-emitting element and an upper surface (US) smaller than the bottom surface (BS), and a side surface shape in which a width (L1, L2) in a direction (D2) parallel to the bottom surface (BS) and perpendicular to the arrangement direction (D1) of the light-emitting elements decreases from the bottom surface (BS) toward the upper surface (US); a light-transmitting plate disposed over the upper surfaces (US) of the plurality of wavelength conversion layers ; and a reflective resin covering side surfaces of each of the plurality of light-emitting elements , side surfaces (S2) forming outer edge portions of the plurality of wavelength conversion layers , and side surfaces of the light-transmitting plate , wherein a side surface (S1) of each of the plurality of wavelength conversion layers facing to another adjacent wavelength conversion layer extends in a direction perpendicular to the substrate .
A textile machine having a plurality of spinning or winding stations, the spinning or winding stations and/or the textile machine comprising at least one component displaceable between at least two positions , and the textile machine comprising at least one sensor unit by means of which a position and/or motion of the component can be detected, characterized in that the sensor unit comprises an inertial measurement unit for capturing a magnitude and a direction of the change in position and/or motion of the component , and that the inertial measurement unit comprises at least one MEMS element.
A heat dissipation member that is substantially rectangular flat, the heat dissipation member comprising: a composite portion where silicon carbide having voids is impregnated with metal; and a metal portion that is different from the composite portion , a proportion of a volume of the metal portion to a total volume of the heat dissipation member is 2.9 % or higher and 12% or lower, when a length of a diagonal line of the heat dissipation member is represented by L, in a top view where one main surface of the heat dissipation member is a top surface, 40% or higher of a total volume of the metal portion is present in a region D within a distance of L/6 from an apex of any one of four corners of the heat dissipation member , and a hole that penetrates the metal portion in the region D is provided. a composite portion where silicon carbide having voids is impregnated with metal; and a metal portion that is different from the composite portion , a proportion of a volume of the metal portion to a total volume of the heat dissipation member is 2.9 % or higher and 12% or lower, when a length of a diagonal line of the heat dissipation member is represented by L, in a top view where one main surface of the heat dissipation member is a top surface, 40% or higher of a total volume of the metal portion is present in a region D within a distance of L/6 from an apex of any one of four corners of the heat dissipation member , and a hole that penetrates the metal portion in the region D is provided.
A system for transporting fluid, including a first vessel and a second vessel , the system comprising: a split volume tank comprising a first volume and a second volume , wherein when one of the volumes expands the other volume simultaneously collapses; and a four way valve , the four way valve fluidly connecting the first and second volumes and first vessel and the second vessel, the four way valve comprising a plurality of passages including a first passage and a second passage , the four way valve being controllable between a plurality of orientations including: a first orientation in which the first passage fluidly connects the first volume and the first vessel and the second passage fluidly connects the second volume and the vacuum; a second orientation in which the first passage fluidly connects the first volume and the second vessel and the second passage fluidly connects the second volume and the first vessel. a split volume tank comprising a first volume and a second volume , wherein when one of the volumes expands the other volume simultaneously collapses; and a four way valve , the four way valve fluidly connecting the first and second volumes and first vessel and the second vessel, the four way valve comprising a plurality of passages including a first passage and a second passage , the four way valve being controllable between a plurality of orientations including: a first orientation in which the first passage fluidly connects the first volume and the first vessel and the second passage fluidly connects the second volume and the vacuum; a second orientation in which the first passage fluidly connects the first volume and the second vessel and the second passage fluidly connects the second volume and the first vessel. a first orientation in which the first passage fluidly connects the first volume and the first vessel and the second passage fluidly connects the second volume and the vacuum; a second orientation in which the first passage fluidly connects the first volume and the second vessel and the second passage fluidly connects the second volume and the first vessel.
An infrared spectrophotometer that irradiates a sample in a sample chamber with infrared light and detects light from the sample with a detector, the infrared spectrophotometer comprising: a housing having a partition wall constituting a wall surface of the sample chamber , with an interferometer chamber in which an optical component is disposed being formed on an opposite side to the sample chamber with respect to the partition wall ; a window member that is attachable to and detachable from an opening formed in the partition wall and transmits light between the sample chamber and the interferometer chamber ; and a lid member attachable to and detachable from the window member while the window member is fixed to the opening and having a space formed internally, wherein the lid member engages with the window member attached to the opening from a side of the sample chamber so that the side of the sample chamber of the window member is covered with the lid member to set the space in a substantially airtight state, and wherein the space is a moisture absorbent accommodating space for storing a moisture absorbent. a housing having a partition wall constituting a wall surface of the sample chamber , with an interferometer chamber in which an optical component is disposed being formed on an opposite side to the sample chamber with respect to the partition wall ; a window member that is attachable to and detachable from an opening formed in the partition wall and transmits light between the sample chamber and the interferometer chamber ; and a lid member attachable to and detachable from the window member while the window member is fixed to the opening and having a space formed internally, wherein the lid member engages with the window member attached to the opening from a side of the sample chamber so that the side of the sample chamber of the window member is covered with the lid member to set the space in a substantially airtight state, and wherein the space is a moisture absorbent accommodating space for storing a moisture absorbent.
Method for diagnosing the inflation condition of each tyre of a vehicle comprising a front pair of right and left tyres and a rear pair of right and left tyres, said method comprising the following steps, - a first step of determining the actual radius R FL , R FR , R RL and R RR of each of the four wheels, this method being characterized in that this determination of the radius of each of the four wheels in this first step is performed by determining a first criterion CR 1 comparing the angular speeds of the pairs of wheels on a diagonal, a second criterion CR 2 comparing the angular speeds of the pairs of front and rear wheels, and a third criterion CR 3 comparing the angular speeds of the pairs of right and left wheels, and by using an arbitrary equation linking the four actual radii R FL , R FR , R RL and R RR with one another, where R FL , R FR , R RL and R RR are respectively the radius of the front left wheel, the radius of the front right wheel, the radius of the rear left wheel and the radius of the rear right wheel, - a second step of determining the relative radius of each of the four wheels by calculating the ratio of each of the actual radii determined in the previous step to a maximum actual radius corresponding to the maximum recorded value out of the four actual radii R FL , R FR , R RL and R RR determined during said previous step, - a step of diagnosing the inflation condition of each of the wheels from the relative-radii values determined in the previous step. - a first step of determining the actual radius R FL , R FR , R RL and R RR of each of the four wheels, this method being characterized in that this determination of the radius of each of the four wheels in this first step is performed by determining a first criterion CR 1 comparing the angular speeds of the pairs of wheels on a diagonal, a second criterion CR 2 comparing the angular speeds of the pairs of front and rear wheels, and a third criterion CR 3 comparing the angular speeds of the pairs of right and left wheels, and by using an arbitrary equation linking the four actual radii R FL , R FR , R RL and R RR with one another, where R FL , R FR , R RL and R RR are respectively the radius of the front left wheel, the radius of the front right wheel, the radius of the rear left wheel and the radius of the rear right wheel, - a second step of determining the relative radius of each of the four wheels by calculating the ratio of each of the actual radii determined in the previous step to a maximum actual radius corresponding to the maximum recorded value out of the four actual radii R FL , R FR , R RL and R RR determined during said previous step, - a step of diagnosing the inflation condition of each of the wheels from the relative-radii values determined in the previous step.
Remote control device configured to be electrically connected to a power supply network , the device being characterised in that it comprises: - A first and a second supply terminal and at least one output terminal , - A radio frequency module configured to at least receive radio frequency signals representative of control commands and to provide a control signal associated with said radio frequency signals, - A Filter Circuit electrically connected between the first supply terminal and the radio frequency module , the Filter Circuit being configured to at least separate radio frequency signals representative of control commands passing through the first supply terminal and direct them to the radio frequency module , - A power supply module electrically connected to the first supply terminal via the Filter Circuit and to the second supply terminal via a mains Filter Circuit, - A control module electrically connected between the second supply terminal and the output terminal , the second supply terminal providing an electrical signal, the control module being configured to control the amount of electrical signal passing through the control module in accordance with the control signal provided by the radio frequency module , the electrical connection of at least one input terminal of the control module to the second supply terminal of the remote control device is made between said second supply terminal and the mains Filter Circuit. - A first and a second supply terminal and at least one output terminal , - A radio frequency module configured to at least receive radio frequency signals representative of control commands and to provide a control signal associated with said radio frequency signals, - A Filter Circuit electrically connected between the first supply terminal and the radio frequency module , the Filter Circuit being configured to at least separate radio frequency signals representative of control commands passing through the first supply terminal and direct them to the radio frequency module , - A power supply module electrically connected to the first supply terminal via the Filter Circuit and to the second supply terminal via a mains Filter Circuit, - A control module electrically connected between the second supply terminal and the output terminal , the second supply terminal providing an electrical signal, the control module being configured to control the amount of electrical signal passing through the control module in accordance with the control signal provided by the radio frequency module , the electrical connection of at least one input terminal of the control module to the second supply terminal of the remote control device is made between said second supply terminal and the mains Filter Circuit.
Method for ascertaining at least one mean capacity loss of a battery storage device comprising the steps: - providing results of a measurement series on the battery storage device with a plurality of load cycles , wherein the load cycles comprise a charging phase and a discharging phase and wherein the results comprise values of a current measurement, - ascertaining a first and a second discharge capacity (Q 0,i , Q meas,i ) of the battery storage device from the results of the measurement series by way of a first and a second calculation rule, wherein a calibration of the current measurement is included differently in the first and the second calculation rule, wherein the calibration is a calculation rule for correcting values of the current measurement, - carrying out an optimisation process such that a calibration of the current measurement is ascertained with which the greatest match of the ascertained first and second discharge capacity (Q 0,i , Q meas,i ) is achieved. - providing results of a measurement series on the battery storage device with a plurality of load cycles , wherein the load cycles comprise a charging phase and a discharging phase and wherein the results comprise values of a current measurement, - ascertaining a first and a second discharge capacity (Q 0,i , Q meas,i ) of the battery storage device from the results of the measurement series by way of a first and a second calculation rule, wherein a calibration of the current measurement is included differently in the first and the second calculation rule, wherein the calibration is a calculation rule for correcting values of the current measurement, - carrying out an optimisation process such that a calibration of the current measurement is ascertained with which the greatest match of the ascertained first and second discharge capacity (Q 0,i , Q meas,i ) is achieved.
A user device comprising: a processor ; a network interface coupled to the processor configured to enable communications via a communication network; a storage device for content and programming; a program stored in the storage device, wherein execution of the program by the processor configures the user device to perform acts comprising: determining an international mobile subscriber identity, IMSI, of a subscriber identity module, SIM, card of the user device; sending the IMSI to a Remote Recovery Server, RRS ; receiving a message from the RRS as to whether the IMSI is authorized for the user device; and upon determining that the IMSI is not authorized for the user device, displaying a notification on a display of the user device and limiting a functionality of the user device, wherein the limiting the functionality of the device comprises at least one of: implementing a lock screen that allows partial functionality, or determining a most frequently used feature on the user device over a predetermined time period and disabling the most frequently used feature. a processor ; a network interface coupled to the processor configured to enable communications via a communication network; a storage device for content and programming; a program stored in the storage device, wherein execution of the program by the processor configures the user device to perform acts comprising: determining an international mobile subscriber identity, IMSI, of a subscriber identity module, SIM, card of the user device; sending the IMSI to a Remote Recovery Server, RRS ; receiving a message from the RRS as to whether the IMSI is authorized for the user device; and upon determining that the IMSI is not authorized for the user device, displaying a notification on a display of the user device and limiting a functionality of the user device, wherein the limiting the functionality of the device comprises at least one of: implementing a lock screen that allows partial functionality, or determining a most frequently used feature on the user device over a predetermined time period and disabling the most frequently used feature. determining an international mobile subscriber identity, IMSI, of a subscriber identity module, SIM, card of the user device; sending the IMSI to a Remote Recovery Server, RRS ; receiving a message from the RRS as to whether the IMSI is authorized for the user device; and upon determining that the IMSI is not authorized for the user device, displaying a notification on a display of the user device and limiting a functionality of the user device, wherein the limiting the functionality of the device comprises at least one of: implementing a lock screen that allows partial functionality, or determining a most frequently used feature on the user device over a predetermined time period and disabling the most frequently used feature. implementing a lock screen that allows partial functionality, or determining a most frequently used feature on the user device over a predetermined time period and disabling the most frequently used feature.