mhurhangee/ep-ind-claims huggingface dataset:
An emergency elevator stopping apparatus provided on an elevator car and adapted to stop the elevator car by pressing a guide rail along which the elevator car is guided, wherein the apparatus is provided with an elliptic roller disposed rotatably in the vicinity of the guide rail, and having a smaller diameter shorter than a distance between the guide rail and a rotary shaft and a larger diameter longer than the same distance, and a lever connected to a governor rope adapted to set the direction in which the guide rail extends and that in which the larger diameter of the roller extends, substantially parallel to each other while the elevator car moves at a speed not higher than a predetermined level, and swung by the governor rope and turn the roller when the elevator car moves at a speed in excess of a predetermined level, and thereby cause the roller to press the guide rail, and wherein the apparatus is further provided with: an elongated hole formed in a front end portion of the lever and extending in the lengthwise direction of the lever, a pin provided on a circumferential portion of a smaller-diameter section of the roller and slidably inserted into the elongated hole, and a lever driving member adapted to press down a front end portion of the lever when the elevator car moves up at a speed in excess of a predetermined level, and lift the front end portion of the lever when the elevator car moves down at a speed in excess of a predetermined level an elongated hole formed in a front end portion of the lever and extending in the lengthwise direction of the lever, a pin provided on a circumferential portion of a smaller-diameter section of the roller and slidably inserted into the elongated hole, and a lever driving member adapted to press down a front end portion of the lever when the elevator car moves up at a speed in excess of a predetermined level, and lift the front end portion of the lever when the elevator car moves down at a speed in excess of a predetermined level
Method for detecting tire wear (103, 104, 105, 106) of a forklift truck having at least one front axle and one rear axle, wherein an ultrasonic sensor is arranged on the front axle and/or on the front axle carrier and an ultrasonic sensor is arranged on the rear axle and/or on the rear axle carrier, characterized in that the ultrasonic sensor arranged on the front axle and/or on the front axle carrier measures the distance of the front axle from a tire contact surface of the tires (103, 104, 105, 106), and that an ultrasonic sensor arranged on the rear axle and/or on the rear axle carrier measures the distance of the rear axle from a tire contact surface of the tires (103, 104, 105, 106), and that if the distance detected on at least one axle (107, 108) is below a limit value for at least 20 seconds, a signal is sent to a warning light on the dashboard of the forklift truck and/or to an external system for controlling several forklift trucks. the ultrasonic sensor arranged on the front axle and/or on the front axle carrier measures the distance of the front axle from a tire contact surface of the tires (103, 104, 105, 106), and that an ultrasonic sensor arranged on the rear axle and/or on the rear axle carrier measures the distance of the rear axle from a tire contact surface of the tires (103, 104, 105, 106), and that if the distance detected on at least one axle (107, 108) is below a limit value for at least 20 seconds, a signal is sent to a warning light on the dashboard of the forklift truck and/or to an external system for controlling several forklift trucks.
A system for suspension of a curtain device, the system comprising at least one curtain guide track and at least one curtain that is suspended on a plurality of suspension units, wherein the suspension units each comprise a guide element for guiding a respective suspension unit along the curtain guide track, wherein the curtain guide track and the guide element each provide a bearing surface, wherein a silencing material showing damping properties is formed as an insert received in recesses formed on the bearing surface of the guide element which is made of a rigid material, wherein the insert is made of a softer material than the rigid material of the guide element, and wherein the silencing material provides sliding surfaces characterized in that a coating or a thin layer, each of a more rigid material than the material of the insert is provided on the sliding surfaces to improve the gliding properties. wherein the curtain guide track and the guide element each provide a bearing surface, wherein a silencing material showing damping properties is formed as an insert received in recesses formed on the bearing surface of the guide element which is made of a rigid material, wherein the insert is made of a softer material than the rigid material of the guide element, and wherein the silencing material provides sliding surfaces characterized in that a coating or a thin layer, each of a more rigid material than the material of the insert is provided on the sliding surfaces to improve the gliding properties.
A patient bed comprising: a frame having a first frame portion and a second frame portion; circuitry; and a weigh scale to weigh a patient supported on the patient bed, the weigh scale having four load cells (16a, 16b, 18a, 18b) that support the first frame portion of the patient bed relative to the second frame portion of the patient bed, the four load cells (16a, 16b, 18a, 18b) being configured to produce signals from which a patient weight is determined by the circuitry of the patient bed, characterized in that the circuitry is configured to process signals from only two of the load cells (16a, 16b, 18a, 18b) to implement a ballistocardiogram to determine a heart rate of the patient. a frame having a first frame portion and a second frame portion; circuitry; and a weigh scale to weigh a patient supported on the patient bed, the weigh scale having four load cells (16a, 16b, 18a, 18b) that support the first frame portion of the patient bed relative to the second frame portion of the patient bed, the four load cells (16a, 16b, 18a, 18b) being configured to produce signals from which a patient weight is determined by the circuitry of the patient bed, characterized in that the circuitry is configured to process signals from only two of the load cells (16a, 16b, 18a, 18b) to implement a ballistocardiogram to determine a heart rate of the patient.
A refrigerator comprising a body, a door which provides access into the body and more than one box shaped shelf disposed in the door one above the other, characterized by a rod having an elliptical cross section extending parallel to the side wall of the door in the vertical direction, whereto the shelf is mounted, - a circular bearing which is located on the shelf and wherein the rod is seated, the diameter of which is at least as much as the long axis of the cross section of the rod, and - a passage located on the side wall of the shelf, one end of which opens to the bearing and the width of which is almost as much as the short axis of the cross section of the rod. - a circular bearing which is located on the shelf and wherein the rod is seated, the diameter of which is at least as much as the long axis of the cross section of the rod, and - a passage located on the side wall of the shelf, one end of which opens to the bearing and the width of which is almost as much as the short axis of the cross section of the rod.
A highly heat resistant phthalocyanine, characterized in that the said phthalocyanine is the phthalocyanine which is separated by mixing a phthalocyanine solution having a phthalocyanine raw material dissolved in a solvent with a phthalocyanine separating solvent, and a decomposition temperature of the separated phthalocyanine is higher by 10°C or more than a decomposition temperature of the phthalocyanine raw material, wherein the phthalocyanine is obtained by separating phthalocyanine microparticles by mixing the phthalocyanine solution with the phthalocyanine separating solvent in a thin film fluid formed between at least two processing surfaces which are disposed in a position they are faced with each other so as to be able to approach to and separate from each other, at least one of which rotates relative to the other, wherein the phthalocyanine solution is a solution having two or more phthalocyanine raw materials dissolved in a solvent, wherein said two or more phthalocyanine raw materials are a copper phthalocyanine and a brominated chlorinated zinc phthalocyanine, wherein the separated phthalocyanine contains a solid solution of the said two or more phthalocyanine raw materials, and a decomposition temperature of the separated phthalocyanine is higher by 10°C or more than a decomposition temperature of a mixture of two or more phthalocyanines that are separated by mixing each of two or more phthalocyanine solutions having the two or more phthalocyanine raw materials dissolved into each solvent with a phthalocyanine separating solvent, and such decomposition temperature of the separated phthalocyanine is 530°C or higher, wherein the phthalocyanine separating solvent is water and the solvent is selected from one or more of sulfuric acid, hydrochloric acid, nitric acid, trifluoroacetic acid, phosphoric acid, fuming sulfuric acid and fuming nitric acid.
A display device comprising a driving circuit board, the display device comprising a non-display region and a display region, and the driving circuit board including: a substrate; a test circuit disposed on the substrate, the test circuit being formed in the non-display region of the display device between an input pad and an output pad of an integrated circuit chip, the input pad and the output pad being on either side of the test circuit; and a protective layer disposed on an upper surface of the test circuit and covering the test circuit, characterized in that an upper surface of the protective layer comprises a rough region and a planar region, the planar region being located at a central region of the upper surface of the protective layer, the planar region being surrounded by the rough region, and the rough region at least partially covering the test circuit. a substrate; a test circuit disposed on the substrate, the test circuit being formed in the non-display region of the display device between an input pad and an output pad of an integrated circuit chip, the input pad and the output pad being on either side of the test circuit; and a protective layer disposed on an upper surface of the test circuit and covering the test circuit, characterized in that an upper surface of the protective layer comprises a rough region and a planar region, the planar region being located at a central region of the upper surface of the protective layer, the planar region being surrounded by the rough region, and the rough region at least partially covering the test circuit.
A method for verifying the authenticity of an identification document comprising a document body, the method comprising: transilluminating the document body with a transillumination light to obtain a transillumination image of the document body; generating a three-dimensional image of the document body from the transillumination image; and comparing the three-dimensional image of the document body with a reference image in order to verify the authenticity of the identification document, wherein the identification document is an identity card, a passport or a driving license that is machine-readable. transilluminating the document body with a transillumination light to obtain a transillumination image of the document body; generating a three-dimensional image of the document body from the transillumination image; and comparing the three-dimensional image of the document body with a reference image in order to verify the authenticity of the identification document, wherein the identification document is an identity card, a passport or a driving license that is machine-readable.
Medical apparatus for treating a patient comprising: a processor operable to collect and analyze a rhythm associated with the patient's heart from two electrodes; a voltage source operable to deliver an electric shock to the patient via the two electrodes; a display operable to communicate instructions to a user; an intraosseous device and a driver (10, 10a) operable to insert the intraosseous device into a bone and associated bone marrow of the patient; a drug delivery slot having at least one dose of a drug disposed therein; and a drug delivery port operable to communicate the drug from the drug delivery slot to the patient via the intraosseous device, characterized in that the driver (10, 10a) is configured to releasably engage the intraosseous device. a processor operable to collect and analyze a rhythm associated with the patient's heart from two electrodes; a voltage source operable to deliver an electric shock to the patient via the two electrodes; a display operable to communicate instructions to a user; an intraosseous device and a driver (10, 10a) operable to insert the intraosseous device into a bone and associated bone marrow of the patient; a drug delivery slot having at least one dose of a drug disposed therein; and a drug delivery port operable to communicate the drug from the drug delivery slot to the patient via the intraosseous device, characterized in that the driver (10, 10a) is configured to releasably engage the intraosseous device.
Clutch cover for a friction clutch, in particular for a drive train of a motor vehicle, having a plurality of cover segments which are connected to one another in an annular manner and a securing ring which can bear against the cover segments radially on the outside, characterized in that the respective cover segment has a radially outwardly pointing lug for bearing radially against the securing ring.
A product carrier for transporting food products, in particular chocolate products, in a transport device, in particular in a system for producing food products, wherein the product carrier has an upper side for placing and/or inserting products and a lower side opposite to the upper side, the product carrier has a rectangular basic shape with longitudinal sides having a length (l) in a longitudinal direction and with wide sides having a width (b) in a width direction perpendicular to the longitudinal direction, characterized in that on the longitudinal sides, the product carrier has longitudinal edge strips which are situated opposite one another and each of which has a drive recess, wherein the drive recesses of the two longitudinal edge strips are open in a direction facing away from the upper side, have a longitudinal extent of greater than 50 %, preferably greater than 80c%, of the length (l) of the product carrier and have stop edges in and counter to the longitudinal direction, and on the wide sides, the product carrier has wide-side edge strips which are situated opposite one another and each have at least one guide recess, wherein the guide recesses of the wide-side edge strips are open in a direction facing away from the upper side, such that web guide of a transport system, which web guide runs along the transport direction, can engage in the guide recesses so that the product carrier is supported from the lower side, and wherein the guide recesses have a width extent of less than 10 %, preferably less than 5 %, of the width (b) of the product carrier. wherein the product carrier has an upper side for placing and/or inserting products and a lower side opposite to the upper side, the product carrier has a rectangular basic shape with longitudinal sides having a length (l) in a longitudinal direction and with wide sides having a width (b) in a width direction perpendicular to the longitudinal direction, characterized in that on the longitudinal sides, the product carrier has longitudinal edge strips which are situated opposite one another and each of which has a drive recess, wherein the drive recesses of the two longitudinal edge strips are open in a direction facing away from the upper side, have a longitudinal extent of greater than 50 %, preferably greater than 80c%, of the length (l) of the product carrier and have stop edges in and counter to the longitudinal direction, and on the wide sides, the product carrier has wide-side edge strips which are situated opposite one another and each have at least one guide recess, wherein the guide recesses of the wide-side edge strips are open in a direction facing away from the upper side, such that web guide of a transport system, which web guide runs along the transport direction, can engage in the guide recesses so that the product carrier is supported from the lower side, and wherein the guide recesses have a width extent of less than 10 %, preferably less than 5 %, of the width (b) of the product carrier.
A method for transmitting a demodulation reference signal, DM-RS, in wireless communications, performed by a user equipment and comprising: receiving an indication of a configured delay value as a delay of a number of slots between receiving a corresponding resource grant and transmitting uplink communications over resources indicated by the corresponding resource grant; determining, based at least in part on the configured delay value, a symbol of a slot for transmitting the DM-RS for the communications, wherein: when the configured delay value indicates transmitting the communications in the same slot during which the corresponding resource grant is received, the symbol of the slot for transmitting the DM-RS is determined to be a first symbol (610; 612) of an uplink portion of the slot; and when the configured delay value indicates transmitting the communications in a subsequent slot to receiving the corresponding resource grant, the symbol of the slot for transmitting the DM-RS is determined to be a symbol of fixed location regardless of the number of downlink or uplink symbols in the slot, wherein the fixed location is the same absolute DM-RS symbol index as used for downlink DM-RS symbols; and transmitting the DM-RS during the determined symbol of the slot. receiving an indication of a configured delay value as a delay of a number of slots between receiving a corresponding resource grant and transmitting uplink communications over resources indicated by the corresponding resource grant; determining, based at least in part on the configured delay value, a symbol of a slot for transmitting the DM-RS for the communications, wherein: when the configured delay value indicates transmitting the communications in the same slot during which the corresponding resource grant is received, the symbol of the slot for transmitting the DM-RS is determined to be a first symbol (610; 612) of an uplink portion of the slot; and when the configured delay value indicates transmitting the communications in a subsequent slot to receiving the corresponding resource grant, the symbol of the slot for transmitting the DM-RS is determined to be a symbol of fixed location regardless of the number of downlink or uplink symbols in the slot, wherein the fixed location is the same absolute DM-RS symbol index as used for downlink DM-RS symbols; and transmitting the DM-RS during the determined symbol of the slot. when the configured delay value indicates transmitting the communications in the same slot during which the corresponding resource grant is received, the symbol of the slot for transmitting the DM-RS is determined to be a first symbol (610; 612) of an uplink portion of the slot; and when the configured delay value indicates transmitting the communications in a subsequent slot to receiving the corresponding resource grant, the symbol of the slot for transmitting the DM-RS is determined to be a symbol of fixed location regardless of the number of downlink or uplink symbols in the slot, wherein the fixed location is the same absolute DM-RS symbol index as used for downlink DM-RS symbols; and transmitting the DM-RS during the determined symbol of the slot.
A switching supply comprising: an inverter circuit which is connected to a primary coil group (42,43) of a transformer; and a rectification/smoothing circuit (5,6) which is connected to a secondary coil group (45,46) of the transformer, wherein the transformer comprises a core having a first through section and a second through section, which is spatially separate from the first through section, wherein the first and second through sections are connected by connection portions (41A 3,41B 3) to form a loop and constitute a magnetic circuit, wherein the first through section passes through the inside of at least one coil of the primary coil group and at least one coil of the secondary coil group; the second through section (41 Y) passes through the inside of the remaining coils (43A, 46b) of the primary and secondary coil groups, characterized in that the coil group that follows one loop direction (LOOP 1) of the magnetic circuit and that is constituted by all primary and secondary coils of the transformer comprises a first coil group (45b, 42B, 42A, 45a) which has two primary coils (42A, 42B) and two secondary coils (45a, 45b) that are magnetically coupled and arranged around the first through section and, subsequently to the first coil group, second coil group (46b, 43B, 43A, 46a) which has two primary coils (43A, 43B) and two secondary coils (46a, 46b) that are magnetically coupled, and arranged around the second through section, wherein the coils of the first or second coil group are arranged in the one loop direction of the magnetic circuit in the following order: secondary coil, primary coils (42A, 42B) and secondary coil, or primary coil, secondary coils and primary coil. an inverter circuit which is connected to a primary coil group (42,43) of a transformer; and a rectification/smoothing circuit (5,6) which is connected to a secondary coil group (45,46) of the transformer, wherein the first through section passes through the inside of at least one coil of the primary coil group and at least one coil of the secondary coil group; the second through section (41 Y) passes through the inside of the remaining coils (43A, 46b) of the primary and secondary coil groups, characterized in that the coil group that follows one loop direction (LOOP 1) of the magnetic circuit and that is constituted by all primary and secondary coils of the transformer comprises a first coil group (45b, 42B, 42A, 45a) which has two primary coils (42A, 42B) and two secondary coils (45a, 45b) that are magnetically coupled and arranged around the first through section and, subsequently to the first coil group, second coil group (46b, 43B, 43A, 46a) which has two primary coils (43A, 43B) and two secondary coils (46a, 46b) that are magnetically coupled, and arranged around the second through section,