mhurhangee/ep-ind-claims huggingface dataset:
An online thickness detection platform, comprising: a main frame having a first beam and a second beam extending in a first horizontal direction and opposite to each other in a vertical direction perpendicular to the first horizontal direction; a C-typed frame slidably mounted on the main frame and having a first arm and a second arm extending in the first horizontal direction and opposite to each other in the vertical direction; a first laser sensor and a second laser sensor mounted on the first arm and the second arm of the C-typed frame, respectively; and a driving mechanism mounted on the main frame and adapted to drive the C-typed frame to slide back and forth in the first horizontal direction, wherein the first laser sensor and the second laser sensor are configured to detect a thickness of a product passing between the first arm and the second arm and moving in a second horizontal direction perpendicular to the first horizontal direction, wherein the first laser sensor and the second laser sensor do not contact the product during detecting the thickness of the product, wherein the first arm of the C-typed frame is slidably mounted on the first beam of the main frame; and wherein the driving mechanism drives the second arm of the C-typed frame, so that the first arm and the second arm of the C-typed frame move back and forth synchronously in the first horizontal direction. a main frame having a first beam and a second beam extending in a first horizontal direction and opposite to each other in a vertical direction perpendicular to the first horizontal direction; a C-typed frame slidably mounted on the main frame and having a first arm and a second arm extending in the first horizontal direction and opposite to each other in the vertical direction; a first laser sensor and a second laser sensor mounted on the first arm and the second arm of the C-typed frame, respectively; and a driving mechanism mounted on the main frame and adapted to drive the C-typed frame to slide back and forth in the first horizontal direction, wherein the first laser sensor and the second laser sensor are configured to detect a thickness of a product passing between the first arm and the second arm and moving in a second horizontal direction perpendicular to the first horizontal direction, wherein the first laser sensor and the second laser sensor do not contact the product during detecting the thickness of the product, wherein the first arm of the C-typed frame is slidably mounted on the first beam of the main frame; and wherein the driving mechanism drives the second arm of the C-typed frame, so that the first arm and the second arm of the C-typed frame move back and forth synchronously in the first horizontal direction.
A device for measuring deformation including: a) at least one strain gauge, producing a signal following a deformation, where the said one strain gauge comprises a metal portion and a flexible support, said metal portion being positioned on a face of said flexible support, the face of the flexible support, opposed to the metal portion of the strain gauge being intended to be brought into contact with, or glued to, a test body the deformation of which it is desired to measure, b) at least one first substrate (2, 20), including at least signal processing means and/or signal transmission means, c) securing means to assemble the strain gauge and the first substrate mechanically, where these means include a layer of material having elastic properties, called the elastic layer, positioned between the face of the flexible support on which the metal portion is present and the first substrate, where this elastic layer prevents the deformation of the gauge from being transmitted, or allows it to be transmitted as little as possible, to the first substrate (2, 20). a) at least one strain gauge, producing a signal following a deformation, where the said one strain gauge comprises a metal portion and a flexible support, said metal portion being positioned on a face of said flexible support, the face of the flexible support, opposed to the metal portion of the strain gauge being intended to be brought into contact with, or glued to, a test body the deformation of which it is desired to measure, b) at least one first substrate (2, 20), including at least signal processing means and/or signal transmission means, c) securing means to assemble the strain gauge and the first substrate mechanically, where these means include a layer of material having elastic properties, called the elastic layer, positioned between the face of the flexible support on which the metal portion is present and the first substrate, where this elastic layer prevents the deformation of the gauge from being transmitted, or allows it to be transmitted as little as possible, to the first substrate (2, 20).
A captive pretensioning element pressure screw with a shank (12; 52), which has a first end (13; 53) and a second end (14; 54) opposite the first end (13; 53), wherein starting from the first end (13; 53), a threaded section (16; 56) with an outer diameter is provided and, adjoining the threaded section (16; 56), a threadless shank section (21; 61) with an outer diameter (dg) is provided, which extends up to the second end (14; 54) of the shank (12; 52), and with an engagement means (26; 66) for a tool, which is provided on the first end (13; 53) of the shank (12; 52), characterized in that the outer diameter (dg) of the threadless shank section (21; 61) is 0.95 to 1.5 times, advantageously 1.0 times, the outer diameter of the threaded section (16; 56).
A method for controlling power consumption by a television device that is configured to communicate with at least one sensing device (420, 440, 500, 520), the method comprising: storing (406, 510) first sensing data received from the at least one sensing device in a buffer of the television device, when the first sensing data is received while a display of the television device is deactivated; activating the display (408, 503) when a first predetermined time period is expired after the display is deactivated; displaying information corresponding to the first sensing data on the display; and deactivating the display (411, 506) if any sensing data is not received from the at least one sensing device during a second time period (410, 505). storing (406, 510) first sensing data received from the at least one sensing device in a buffer of the television device, when the first sensing data is received while a display of the television device is deactivated; activating the display (408, 503) when a first predetermined time period is expired after the display is deactivated; displaying information corresponding to the first sensing data on the display; and deactivating the display (411, 506) if any sensing data is not received from the at least one sensing device during a second time period (410, 505).
A mobile robot (120, 200, 400) configured to map an area, comprising: a body (410, 510): two or more distance sensors (112, 114, 116, 118, 240, 440, 442, 444, 530, 532), configured to collect distance measurements between the mobile robot (120, 200, 400) and objects in the area; a rotating mechanism mechanically coupled to the body and to the two or more distance sensors, said rotating mechanism is configured to enable rotational movement of the two or more distance sensors; a processing module electrically coupled to the two or more distance sensors and to the rotating mechanism, said processing module is configured to process the distance measurements collected by the two or more distance sensors (240, 440, 442, 444, 530, 532), wherein the processing module is further configured to instruct the rotating mechanism to adjust a velocity of the rotational movement according to the distance measurements collected by the two or more distance sensors, characterized in that the velocity of the rotational movement is in the range of 0.01 r/s (radians per second) to 10 r/s, and in that adjusting the velocity of the rotational movement comprises changing a direction of the rotational movement. two or more distance sensors (112, 114, 116, 118, 240, 440, 442, 444, 530, 532), configured to collect distance measurements between the mobile robot (120, 200, 400) and objects in the area; a rotating mechanism mechanically coupled to the body and to the two or more distance sensors, said rotating mechanism is configured to enable rotational movement of the two or more distance sensors; a processing module electrically coupled to the two or more distance sensors and to the rotating mechanism, said processing module is configured to process the distance measurements collected by the two or more distance sensors (240, 440, 442, 444, 530, 532), wherein the processing module is further configured to instruct the rotating mechanism to adjust a velocity of the rotational movement according to the distance measurements collected by the two or more distance sensors, characterized in that the velocity of the rotational movement is in the range of 0.01 r/s (radians per second) to 10 r/s, and in that adjusting the velocity of the rotational movement comprises changing a direction of the rotational movement.
A signal transmission method, comprising: sending, by a core network device, a first QoS parameter and a second QoS parameter to a first access network device, wherein an air interface rate required by the first QoS parameter is less than an air interface rate required by the second QoS parameter; and receiving, by the core network device, a first indication sent by the first access network device, wherein the first indication is used to indicate a QoS parameter selected by the first access network device from the first QoS parameter and the second QoS parameter. sending, by a core network device, a first QoS parameter and a second QoS parameter to a first access network device, wherein an air interface rate required by the first QoS parameter is less than an air interface rate required by the second QoS parameter; and receiving, by the core network device, a first indication sent by the first access network device, wherein the first indication is used to indicate a QoS parameter selected by the first access network device from the first QoS parameter and the second QoS parameter.
A Mg-based alloy wrought material comprising Mg-A mol% Bi-B mol% Z wherein a remainder comprises Mg and unavoidable impurities, wherein Z is at least one kind of element from Al, Ca, Li and Y, wherein a value of A is at least 0.03 mol% and not exceeding 1 mol%, wherein, with respect to a relationship of A and B, A≥B and an upper limit of B is not exceeding 1.0 times as large as an upper limit of A and a lower limit of B is at least 0.03 mol%, and wherein an average crystal grain size of the Mg-based alloy wrought material is not exceeding 20 micrometer, and wherein intermetallic compound particles having an average diameter of not exceeding 0.5 micrometer exist in Mg parent phase or crystal grain boundaries of a metallographic structure of the Mg-based alloy wrought material. wherein Z is at least one kind of element from Al, Ca, Li and Y, wherein a value of A is at least 0.03 mol% and not exceeding 1 mol%, wherein, with respect to a relationship of A and B, A≥B and an upper limit of B is not exceeding 1.0 times as large as an upper limit of A and a lower limit of B is at least 0.03 mol%, and wherein an average crystal grain size of the Mg-based alloy wrought material is not exceeding 20 micrometer, and wherein intermetallic compound particles having an average diameter of not exceeding 0.5 micrometer exist in Mg parent phase or crystal grain boundaries of a metallographic structure of the Mg-based alloy wrought material.
A brake system comprising a service brake and a parking brake that brake a vehicle including a lift axle capable of ascending and descending, the brake system being characterized by comprising: a brake blocker device that blocks at least one of supply of compressed air to the service brake and supply of compressed air to the parking brake, wherein the service brake and the parking brake act on the lift axle; and a controller that controls the brake blocker device, and the controller actuates the brake blocker device when the lift axle is at a lifted position, wherein the controller is arranged in an air dryer that dries compressed air to be supplied to the brake system, or as the controller, any of a controller for an electronic brake system for controlling the service brake, a controller for a traction control system for controlling the service brake, and a controller for an electric parking brake that controls the parking brake is used. a brake blocker device that blocks at least one of supply of compressed air to the service brake and supply of compressed air to the parking brake, wherein the service brake and the parking brake act on the lift axle; and a controller that controls the brake blocker device, and the controller actuates the brake blocker device when the lift axle is at a lifted position, wherein the controller is arranged in an air dryer that dries compressed air to be supplied to the brake system, or as the controller, any of a controller for an electronic brake system for controlling the service brake, a controller for a traction control system for controlling the service brake, and a controller for an electric parking brake that controls the parking brake is used.
One or more device-readable media having device-executable instructions for performing steps comprising: identifying a fragment that has grown too large; determining if the fragment is referenced more than one times in an actual fragment map; increasing the size of the actual fragment map; selecting a new token to identify a new actual fragment; and modifying an entry in the actual fragment map with the new token. identifying a fragment that has grown too large; determining if the fragment is referenced more than one times in an actual fragment map; increasing the size of the actual fragment map; selecting a new token to identify a new actual fragment; and modifying an entry in the actual fragment map with the new token.
Bonded lignocellulosic product, comprising one or more lignocellulosic materials in contact with the cured adhesive resulting from the curing of an aqueous adhesive composition for lignocellulosic materials, such as wood comprising: - a component (i) in form of one or more oxidized lignins; - a component (ii) in form of one or more cross-linkers in an amount of 1 to 40 wt.-%, such as 4 to 20 wt.-%, such as 6 to 12 wt.-%, based on the dry weight of component (i); - a component (iii) in form of one or more plasticizers in an amount of 0.5 to 50, preferably 2.5 to 25, more preferably 3 to 15 wt.-%, based on the dry weight of component (i). - a component (i) in form of one or more oxidized lignins; - a component (ii) in form of one or more cross-linkers in an amount of 1 to 40 wt.-%, such as 4 to 20 wt.-%, such as 6 to 12 wt.-%, based on the dry weight of component (i); - a component (iii) in form of one or more plasticizers in an amount of 0.5 to 50, preferably 2.5 to 25, more preferably 3 to 15 wt.-%, based on the dry weight of component (i).
A method of reducing a light output level of at least one light source to assist a user in adjusting light output properties, comprising: providing first lighting control output to operate one or more light source at a first light output level; monitoring a proximity sensor input while the one or more light sources are at the first light output level; determining, based on the proximity sensor input, a user adjustment condition, the user adjustment condition indicative of presence of a user within a threshold distance of the proximity sensor; providing, in response to determining the user adjustment condition, second lighting control output to operate the one or more light sources at a second light output level, the second light output level visibly less intense than the first light output level; characterised by receiving, via a user interface, different from the proximity sensor, a user lighting adjustment input, the user lighting adjustment input being received during the user adjustment condition and while providing the second lighting control output; and determining, based on the received user lighting adjustment input, third lighting control output to operate the one or more light sources, the third lighting control output distinct from the first and second lighting control outputs. providing first lighting control output to operate one or more light source at a first light output level; monitoring a proximity sensor input while the one or more light sources are at the first light output level; determining, based on the proximity sensor input, a user adjustment condition, the user adjustment condition indicative of presence of a user within a threshold distance of the proximity sensor; providing, in response to determining the user adjustment condition, second lighting control output to operate the one or more light sources at a second light output level, the second light output level visibly less intense than the first light output level; characterised by receiving, via a user interface, different from the proximity sensor, a user lighting adjustment input, the user lighting adjustment input being received during the user adjustment condition and while providing the second lighting control output; and determining, based on the received user lighting adjustment input, third lighting control output to operate the one or more light sources, the third lighting control output distinct from the first and second lighting control outputs.
A mask for kinetic cold-gas compacting having a body to cover a region, which is not to be coated, of a substrate, which is to be coated, having a working side exposed to the coating material, characterised in that the working side is formed from a case-hardened or nitride-hardened steel, whereby at least the working side has a hardness that is designed to be such that in the event of impact by the coating particles no plastic deformation of the working side occurs, wherein the mask has a base body which is formed from a steel that is provided for case-hardening or nitride-hardening, but is not hardened, and arranged on which there is a coating or an edge region for the working side.
A process for preparing a dispersion of polyisocyanate polyaddition particles in a base polyol, comprising forming an agitated mixture of a low equivalent weight polyol having a hydroxyl equivalent weight of up to 80 and 2 to 6 hydroxyl groups per molecule, one or more polyisocyanate compounds, a stabilizer which is a functionalized polyether based on a reaction product of a monofunctional polyether which is a copolymer of propylene oxide and ethylene oxide containing 60-99.5% by weight polymerized propylene oxide units and correspondingly 40 to 0.5% by weight polymerized ethylene oxide units, and a starting polyisocyanate, which stabilizer is not a polyisocyanate polyaddition (PIPA) polyol and which is not a silicone compound, and a base polyether polyol having a hydroxyl equivalent weight of at least 200, and reacting the low equivalent weight polyol with the polyisocyanate compound(s) in the presence of the base polyether polyol, the stabilizer, 0 to 2.0% by weight water based on the combined weight of the water, base polyol, low equivalent weight polyol, stabilizer and polyisocyanate compound(s), to form the dispersion of polyisocyanate polyaddition particles in the base polyol.
A dispersion polymerisation process for the preparation of polymer particles with optical anisotropy and shape anisotropy comprising a) forming a solution comprising at least one reactive mesogen having a molecular structure comprising at least one diphenylacetylene group, at least one solvent, at least one initiator, optionally at least one surfactant, and optionally at least one co-monomer b) polymerising the solution, and optionally c) separating, washing and/or drying the polymer particles. a) forming a solution comprising at least one reactive mesogen having a molecular structure comprising at least one diphenylacetylene group, at least one solvent, at least one initiator, optionally at least one surfactant, and optionally at least one co-monomer b) polymerising the solution, and optionally c) separating, washing and/or drying the polymer particles.
A work area determination system for an autonomous traveling work machine (1; 1'; 4) which is controlled autonomously based on work machine position information indicative of a position of the autonomous work machine, the work area determination system comprising an operation terminal capable of determining a work area; wherein the operation terminal includes a terminal positioning device for acquiring terminal position information indicative of a position of the operation terminal, a work area determination section configured to determine the work area based on the terminal position information, and a work area information outputting section for outputting work area information which is information relating to the determined work area, characterized in that the operation terminal is detachably attachable to the autonomous traveling work machine, and wherein the operation terminal is configured to set the work area in association with a movement of a user holding the operation terminal set under a state in which recording of the terminal position information is to be executed by the terminal positioning device in an outer edge of a range where a work is to be effected in field. wherein the operation terminal includes a terminal positioning device for acquiring terminal position information indicative of a position of the operation terminal, a work area determination section configured to determine the work area based on the terminal position information, and a work area information outputting section for outputting work area information which is information relating to the determined work area, characterized in that the operation terminal is detachably attachable to the autonomous traveling work machine, and wherein the operation terminal is configured to set the work area in association with a movement of a user holding the operation terminal set under a state in which recording of the terminal position information is to be executed by the terminal positioning device in an outer edge of a range where a work is to be effected in field.
A pharmaceutical composition for use in treating cancers harboring serine/threonine kinase 11 mutation, comprising, as an active ingredient, a material for inhibiting a sodium-potassium transport function of sodium/potassium-transporting ATPase subunit alpha-1 (Na + -K + ATPase subunit alpha-1, ATP1A1), wherein the material comprises a cardiac glycoside selected from the group consisting of digoxin, ouabain, and digitoxin.