mhurhangee/ep-ind-claims huggingface dataset:
Vehicle with a slewing ring arranged between a turntable and a vehicle frame, the slewing ring consisting of two ring assemblies which are rotatably mounted in one another by means of rolling elements and whose fastening flanges, which are bolted on the one side to the turntable and on the other side to the vehicle frame, are held without play between thrust transmission elements arranged on the turntable and on the vehicle frame and which thrust transmission elements are in bearing contact with the peripheral edge of the fastening flanges, characterised in that the turntable and the vehicle frame have stops for the thrust transmission bodies and in that a wedge gap extending in the circumferential direction is provided between the stops and the thrust transmission bodies which are radially displaceable relative to the stops, in which wedge gap a clamping wedge engages.
A method for recovering non-volatile compounds from an electrostatic filter membrane, comprising: providing said electrostatic filter membrane comprising an exhaled aerosol comprising nonvolatile compounds; washing said electrostatic filter membrane with a polar organic solvent to form an eluate; collecting said eluate comprising said nonvolatile compounds; and characterised in that said electrostatic filter membrane is fitted in a housing comprising at least one inlet and at least one outlet, and said washing includes pouring said solvent in one of said inlet or outlet and collecting said eluate through the other (203, 206). providing said electrostatic filter membrane comprising an exhaled aerosol comprising nonvolatile compounds; washing said electrostatic filter membrane with a polar organic solvent to form an eluate; collecting said eluate comprising said nonvolatile compounds; and characterised in that said electrostatic filter membrane is fitted in a housing comprising at least one inlet and at least one outlet, and said washing includes pouring said solvent in one of said inlet or outlet and collecting said eluate through the other (203, 206).
A method of manufacturing a solar cell, the method comprising: a substrate preparing process of preparing a substrate where a plurality of division parts for dividing the substrate into a plurality of pieces are formed; a first electrode forming process of forming a plurality of first base electrodes having conductivity on one surface of the substrate; a first curing process of curing the first base electrode; a second electrode forming process of forming a plurality of second base electrodes, having conductivity and an uncured state, on the other surface of the substrate; a division process of dividing the substrate into a plurality of pieces through the division parts to form a plurality of unit cells including a first unit cell and a second unit cell, each of the first unit cell and the second unit cell including a first cell electrode in a cured state and a second cell electrode in an uncured state; and a bonding process of bonding the first unit cell and the second unit cell through the first cell electrode of the first unit cell and the second cell electrode of the second unit cell without a bonding material, the first unit cell the second unit cell partially overlapping each other,. a substrate preparing process of preparing a substrate where a plurality of division parts for dividing the substrate into a plurality of pieces are formed; a first electrode forming process of forming a plurality of first base electrodes having conductivity on one surface of the substrate; a first curing process of curing the first base electrode; a second electrode forming process of forming a plurality of second base electrodes, having conductivity and an uncured state, on the other surface of the substrate; a division process of dividing the substrate into a plurality of pieces through the division parts to form a plurality of unit cells including a first unit cell and a second unit cell, each of the first unit cell and the second unit cell including a first cell electrode in a cured state and a second cell electrode in an uncured state; and a bonding process of bonding the first unit cell and the second unit cell through the first cell electrode of the first unit cell and the second cell electrode of the second unit cell without a bonding material, the first unit cell the second unit cell partially overlapping each other,.
Method for adjusting the position of a rotor of a gas turbine or a steam turbine, wherein the relative position of the rotor to a first housing surrounding the rotor in the flow region is adjusted in that, in a second housing in the mounting region of the rotor, which second housing has a fixed position relative to the rotor end and which is screwed to the first housing, after releasing the screwing, the relative position of this second housing to the first housing is adjusted and the screwing resecured, characterised in that the relative position of this second housing to the first housing is adjusted via first wedge elements, wherein these first wedge elements establish the position of the first housing in the vertical direction relative to the second housing, and leave the position movable in the horizontal direction, and the screwing is resecured.
A method of manufacturing a microneedle array in which a plurality of needle-like recessed portions of a surface of a mold are filled with a liquid to form one dose of a patch having a plurality of needle-like protruding portions on a surface thereof, the method comprising: a pre-filling measurement step of measuring a mass of the mold; a filling step of filling the needle-like recessed portions of the mold whose mass is measured with the liquid; a post-filling measurement step of measuring a mass of the mold filled with the liquid; a filling amount determination step of determining a filling amount of the liquid from a difference in mass of the mold before and after the filling of the liquid; a filling state determination step of determining a filling state of the liquid in the mold filled with the liquid; a suction step (S6, S13) of sucking the mold in which the filling amount and the filling state of the liquid are determined to be normal from a rear face; and an evaporation and drying step of evaporating and drying a solvent of the liquid of the sucked mold. a pre-filling measurement step of measuring a mass of the mold; a filling step of filling the needle-like recessed portions of the mold whose mass is measured with the liquid; a post-filling measurement step of measuring a mass of the mold filled with the liquid; a filling amount determination step of determining a filling amount of the liquid from a difference in mass of the mold before and after the filling of the liquid; a filling state determination step of determining a filling state of the liquid in the mold filled with the liquid; a suction step (S6, S13) of sucking the mold in which the filling amount and the filling state of the liquid are determined to be normal from a rear face; and an evaporation and drying step of evaporating and drying a solvent of the liquid of the sucked mold.
A vehicle combination for cleaning ballast of a track, consisting of a front, first ballast pick-up vehicle - with regard to a working direction - which is equipped with two shoulder clearing chains, disposed opposite one another in a transverse direction of the track, for picking up the ballast located in a track bed region adjoining sleeper ends, and further consisting of a following, second ballast pick-up vehicle having an endless chain, guidable around the track, for picking up the ballast located underneath the track, and of screening installations for ballast cleaning, characterized by the following features: a) the first ballast pick-up vehicle is preceded by two screening vehicles (6, 7) which are arranged one following the other with regard to a longitudinal direction of the machine and are separable from one another, each having a screening installation (16, 17), b) both screening vehicles (6, 7) can be charged via a first conveyor belt road with ballast picked up by both ballast pick-up vehicles (4, 5), c) associated with both ballast pick-up vehicles (4, 5), which are connected to one another by a releasable coupling device, is a second conveyor belt road for transporting cleaned ballast to discharge devices. a) the first ballast pick-up vehicle is preceded by two screening vehicles (6, 7) which are arranged one following the other with regard to a longitudinal direction of the machine and are separable from one another, each having a screening installation (16, 17), b) both screening vehicles (6, 7) can be charged via a first conveyor belt road with ballast picked up by both ballast pick-up vehicles (4, 5), c) associated with both ballast pick-up vehicles (4, 5), which are connected to one another by a releasable coupling device, is a second conveyor belt road for transporting cleaned ballast to discharge devices.
An orthodontic aligner that is wearable in an oral cavity, comprising: crown portions that are formed in a recessed groove shape to cover tooth crowns, and a resin base portion that is configured to connect palatal-side edges of the crown portions, wherein the base portion is formed to follow the shape of an upper jaw and has a predetermined thickness, wherein the base portion is formed into a mesh shape by approximately regularly arranging unit regions including holes, and wherein the thickness of the base portion is in a range from 0.05 mm or more to 0.8 mm or less, and wherein a ratio L/T of a thickness T of the side wall of the unit region to a length L of each side of the unit region is 1.25 to 50. crown portions that are formed in a recessed groove shape to cover tooth crowns, and a resin base portion that is configured to connect palatal-side edges of the crown portions, wherein the base portion is formed to follow the shape of an upper jaw and has a predetermined thickness, wherein the base portion is formed into a mesh shape by approximately regularly arranging unit regions including holes, and wherein the thickness of the base portion is in a range from 0.05 mm or more to 0.8 mm or less, and wherein a ratio L/T of a thickness T of the side wall of the unit region to a length L of each side of the unit region is 1.25 to 50.
Modular numerical control device comprising at least two modules (10, 20; 300, 400) which each contain a microprocessor unit and are connected to one another via serial data transmission channels (80; 480) for transmitting information in the form of data packets, and the data packets contain the status of at least one safety signal (SH1_IN, SH2_IN, SH1_IN', SH2_IN'), wherein - a data packet generating unit (40; 310; 630) for generating data packets and for transmitting these data packets to at least one further module (20; 400) is provided in at least one first module (10; 300), and the data packet generating unit (40; 310; 630) operates independently of the function of the microprocessor unit in the at least one first module (10; 300), and - a data packet processing unit (60; 320, 410, 420; 620) is provided in at least one second module (20; 400), characterized in that data packets which arrive from the at least one first module (10; 300) can be processed and/or can be transmitted to at least one further module (10, 20; 300, 400) using the data packet processing unit independently of the function of the microprocessor unit in the at least one second module (20; 400). - a data packet generating unit (40; 310; 630) for generating data packets and for transmitting these data packets to at least one further module (20; 400) is provided in at least one first module (10; 300), and the data packet generating unit (40; 310; 630) operates independently of the function of the microprocessor unit in the at least one first module (10; 300), and - a data packet processing unit (60; 320, 410, 420; 620) is provided in at least one second module (20; 400),
A luminescent substance particle comprising BaSnO 3 having a perovskite-type structure, wherein the luminescent substance particle contains one of the following (1-a), (1-b) and (1-c), and an internal quantum efficiency of light emission is 10% or more under excitation spectrum of ultraviolet light: (1-a) Fe (iron), a content of Fe being 0.00161% by mass or more and 0.07% by mass or less; (1-b) Cr (chromium), a content of Cr being 0.00012% by mass or more and 0.005% by mass or less; and (1-c) Ni (nickel), a content of Ni being 0.00022% by mass or more and 0.02% by mass or less. (1-a) Fe (iron), a content of Fe being 0.00161% by mass or more and 0.07% by mass or less; (1-b) Cr (chromium), a content of Cr being 0.00012% by mass or more and 0.005% by mass or less; and (1-c) Ni (nickel), a content of Ni being 0.00022% by mass or more and 0.02% by mass or less.
A solenoid valve including a hollow cylindrical solenoid part, a movable core, and a valve element, in which the movable core is attracted upon energization of the solenoid part to move the valve element, wherein the solenoid valve further includes a magnetic pipe having a sliding inner surface on which the movable core slides and a cylindrical portion closed by a top face, the magnetic pipe includes a large-diameter portion having a larger diameter than the sliding inner surface, an urging spring is accommodated inside the large-diameter portion to urge the movable core in a direction toward a valve seat, and wherein the magnetic pipe includes a diameter-widening portion extending perpendicular to the large-diameter portion to form the large-diameter portion, characterized in that: the solenoid valve further includes a magnetic core including an upper core and a lower core surrounding the solenoid part to form a magnetic circuit, the lower core being placed to form a clearance with respect to the diameter-widening portion.
A tie bolt retention assembly, comprising: a retention ring configured to contact a tie bolt head of a tie bolt; a retention washer configured to be disposed between the tie bolt head and a wheel section of a wheel assembly, the retention washer including a first extension arm and a second extension arm; and a retainer configured to engage with the retention washer, the retainer including a retention spring having a first hook, a second hook and a bridging piece that interconnects the first hook and the second hook; wherein the retention washer and the retainer are configured to secure the retention ring to the tie bolt head; and wherein the first hook and the second hook are configured for temporary flexibility to allow them to flex open and then snap into place in conjunction with the first extension arm and the second extension arm. a retention ring configured to contact a tie bolt head of a tie bolt; a retention washer configured to be disposed between the tie bolt head and a wheel section of a wheel assembly, the retention washer including a first extension arm and a second extension arm; and a retainer configured to engage with the retention washer, the retainer including a retention spring having a first hook, a second hook and a bridging piece that interconnects the first hook and the second hook; wherein the retention washer and the retainer are configured to secure the retention ring to the tie bolt head; and wherein the first hook and the second hook are configured for temporary flexibility to allow them to flex open and then snap into place in conjunction with the first extension arm and the second extension arm.
A computer-implemented image processing method, comprising: obtaining a two-dimensional image and a three-dimensional image of an object (102; 408), wherein the object is selected from any one of the following: a battery surface, a battery top cover weld, and a battery sealing pin; extracting luminance information and depth information from the three-dimensional image to generate a luminance map and a depth map for the object; graying the two-dimensional image to obtain a single-channel grayscale image; selecting at least same three location points from each of the grayscale image and the luminance map (108, 212); calculating a coordinate transformation matrix between the grayscale image and the luminance map based on coordinates of the at least same three location points in each of the grayscale image and the luminance map (110, 214); and aligning the two-dimensional image with the luminance map and the depth map based on the coordinate transformation matrix, to obtain fused image data (112; 410), wherein the fused image data comprises color information of the two-dimensional image and the luminance information and depth information of the three-dimensional image, wherein the fused image data of the object is input into a trained deep learning algorithm model to obtain a defect determining result of the object. obtaining a two-dimensional image and a three-dimensional image of an object (102; 408), wherein the object is selected from any one of the following: a battery surface, a battery top cover weld, and a battery sealing pin; extracting luminance information and depth information from the three-dimensional image to generate a luminance map and a depth map for the object; graying the two-dimensional image to obtain a single-channel grayscale image; selecting at least same three location points from each of the grayscale image and the luminance map (108, 212); calculating a coordinate transformation matrix between the grayscale image and the luminance map based on coordinates of the at least same three location points in each of the grayscale image and the luminance map (110, 214); and aligning the two-dimensional image with the luminance map and the depth map based on the coordinate transformation matrix, to obtain fused image data (112; 410), wherein the fused image data comprises color information of the two-dimensional image and the luminance information and depth information of the three-dimensional image, wherein the fused image data of the object is input into a trained deep learning algorithm model to obtain a defect determining result of the object.
Lamp for a household appliance, which has at least one light source, a housing part and a front-side trough-shaped cover that is permeable to light, which is connected to the housing part, wherein the at least one light source (23; 23a, 23b, 23c) is arranged on the side of the housing part that is remote from the cover, and wherein at least one cover element (16, 22) that is formed from a material that is permeable to light is arranged in the beam path of the at least one light source, wherein light of the at least one light source (23; 23a, 23b, 23c) can be emitted from the lamp through the at least one cover element (16, 22) and the cover, wherein a first cover element is arranged on the side of the housing part that is facing the at least one light source (23; 23a, 23b, 23c) in order to cover an opening of the housing part on the side of the housing part that is remote from the cover, wherein the housing part is designed as tapered towards the side, the at least one light source (23; 23a, 23b, 23c) is arranged outside of the housing part and the first cover element is designed in addition to the permeability to light to also achieve a thermal decoupling of the light source and the first cover element is accordingly coated or has a corresponding material component for this purpose, wherein the housing part has ventilation openings (17, 18) through which heat can be dissipated from a hollow space that is formed by the housing part and the cover.
A method for providing a wellness service by an electronic device of a first user, the method comprising: identifying, in a first time zone, a second user to be followed for the wellness service; based on that a measurement associated with the second user is within a predetermined range of measurement associated with the first user, displaying, via a display of the electronic device, an insight card for improving the first user's wellness, the insight card including the measurement associated with the second user and a challenge request for the second user; detecting a time zone change of the first user from the first time zone to a second time zone based on context information of the electronic device; in response to the detecting of the time zone change, displaying, via the display, a user interface for selecting whether to match a local user to be followed; in response to a user input for the user interface, selecting a third user as the local user to be followed for the wellness service based on the time zone change; and based on that a measurement associated with the third user is within the predetermined range of the measurement associated with the first user, displaying, via the display, an insight card for improving the first user's wellness status, the insight card including the measurement associated with the third user and a challenge request for the third user. identifying, in a first time zone, a second user to be followed for the wellness service; based on that a measurement associated with the second user is within a predetermined range of measurement associated with the first user, displaying, via a display of the electronic device, an insight card for improving the first user's wellness, the insight card including the measurement associated with the second user and a challenge request for the second user; detecting a time zone change of the first user from the first time zone to a second time zone based on context information of the electronic device; in response to the detecting of the time zone change, displaying, via the display, a user interface for selecting whether to match a local user to be followed; in response to a user input for the user interface, selecting a third user as the local user to be followed for the wellness service based on the time zone change; and based on that a measurement associated with the third user is within the predetermined range of the measurement associated with the first user, displaying, via the display, an insight card for improving the first user's wellness status, the insight card including the measurement associated with the third user and a challenge request for the third user.