mhurhangee/ep-ind-claims huggingface dataset:
Method for optimizing the production of a rotor spinning machine with a multiple number of identical spinning units each having a spinning rotor, whereas, during the operation of the rotor spinning machine, the spinning rotors are driven by at least one rotor drive or by an individual rotor drive for each spinning position and each rotate with one rotor speed, and whereas each of the spinning units provides a yarn with one delivery speed, whereas the delivery speed is the speed in m/min at which the yarn is withdrawn from the respective spinning position, characterized in that, a permissible range with a minimum delivery speed and a maximum delivery speed is specified for the delivery speed of the spinning units, and that operation of the spinning units is started with a starting delivery speed within the permissible range, that the current production capacity of the spinning units and/or the rotor spinning machine is continuously calculated, whereas the production capacity is the total production of yarn kg/h or in unit of length or mass per unit of time, and that the current delivery speed is tracked as a function of the current production capacity, in such a manner that maximum production capacity is achieved, whereas the delivery speed is initially increased starting from the initial delivery speed and is only reduced when a drop in production output is detected as the delivery speed increases and that the delivery speed is increased if the current production output has dropped compared to an already determined production output..
A method for producing cements, wherein cement starting material is ground in at least one ball mill and is subsequently separated into fine material and coarse material in a classifier, wherein the coarse material is fed to the ball mill again, characterized in that the fine material is divided quantitatively into a first partial amount and a second partial amount (10a, 10b), wherein the first partial amount forms a first cement, while the second partial amount of the fine material is fed to a dry-operated stirred ball mill for further grinding and a resulting second cement is selectively mixed with the first cement or used as a separate product.
Planar product (1, 1') for treatment of the urogenital tract having a proximal face ( 2, 2') and a distal face ( 3, 3'), wherein the planar product includes at least one textile layer and wherein the proximal face is coated with an antimicrobially and/or antiseptically effective agent, and wherein the planar product has a vitality of > 80% after 18 h of incubation time in the cytotoxicity test described here and an efficacy of > 80% in the PI-MIA test described here, characterized in that the antimicrobially and/or antiseptically effective agent contains tartaric acid in a concentration of 2 to 4 g/L.
A device for percutaneous delivery of therapeutic agents, the device comprising: a head having a first projection and a second projection; a first wheel having an axis of rotation, a first axial surface rotatably mounted on the head, a second axial surface, an outer surface, and a plurality of needles disposed upon the outer surface, each needle having a tip projecting away from the axis of rotation of the wheel; and a second wheel having an axis of rotation, a first axial surface affixed to the second axial surface of the first wheel, a second axial surface, an outer surface, and a plurality of needles disposed upon the outer surface, each needle having a tip projecting away from the axis of rotation: a third wheel having an axis of rotation, a first axial surface affixed to the second axial surface of the second wheel, a second axial surface, an outer surface, and a plurality of needles disposed upon the outer surface, each needle having a tip projecting away from the axis of rotation, wherein the second axial surface of the third wheel is rotatably mounted on the head; wherein the first projection on one side of the head fits into a central cavity of the first wheel, and a second projection on the other side of the head fits into a central cavity of the third wheel. a head having a first projection and a second projection; a first wheel having an axis of rotation, a first axial surface rotatably mounted on the head, a second axial surface, an outer surface, and a plurality of needles disposed upon the outer surface, each needle having a tip projecting away from the axis of rotation of the wheel; and a second wheel having an axis of rotation, a first axial surface affixed to the second axial surface of the first wheel, a second axial surface, an outer surface, and a plurality of needles disposed upon the outer surface, each needle having a tip projecting away from the axis of rotation: a third wheel having an axis of rotation, a first axial surface affixed to the second axial surface of the second wheel, a second axial surface, an outer surface, and a plurality of needles disposed upon the outer surface, each needle having a tip projecting away from the axis of rotation, wherein the second axial surface of the third wheel is rotatably mounted on the head; wherein the first projection on one side of the head fits into a central cavity of the first wheel, and a second projection on the other side of the head fits into a central cavity of the third wheel. a third wheel having an axis of rotation, a first axial surface affixed to the second axial surface of the second wheel, a second axial surface, an outer surface, and a plurality of needles disposed upon the outer surface, each needle having a tip projecting away from the axis of rotation, wherein the second axial surface of the third wheel is rotatably mounted on the head; wherein the first projection on one side of the head fits into a central cavity of the first wheel, and a second projection on the other side of the head fits into a central cavity of the third wheel.
A chewy candy comprising a starch-based gelling agent, wherein said gelling agent is a highly branched starch obtained by treatment of starch or a starch derivative with glycogen branching enzyme (EC 2.4.1.18), and wherein said HBS has a molecular branching degree of at least 6%, wherein the molecular branching degree is defined as the percentage of α-1,6 glycosidic linkages of the total of α-1,6 and α-1,4 glycosidic linkages ((α-1,6/(α-1,6+α-1,4)*100%).
An electronic cigarette vaporizer, comprising a housing, a mouthpiece connected with an end of the housing and provided with a vapor channel, and a threaded connecting end sleeve-connected with another end of the housing, characterized in that: the mouthpiece is dismountably connected with the end of the housing, an outer sleeve is closely sleeved in the housing, an inner sleeve is arranged within the outer sleeve, a vaporizing tube is arranged within the inner sleeve, and a vapor flow channel and vaporizing chamber is arranged in the vaporizing tube, wherein the vaporizing chamber is in communication with the vapor channel of the mouthpiece, an absorbent wick and a heating coil wound around a part of the absorbent wick are arranged in the vaporizing chamber, the outer sleeve and the inner sleeve have one end sealingly connected with the mouthpiece and another end sealingly connected with the threaded connecting end, and a closed liquid storage chamber for storing cigarette liquid is formed between the outer sleeve, the inner sleeve, the mouthpiece, and the threaded connecting end; several small holes are provided on a wall of the inner sleeve, a vaporization separating sleeve is arranged between the inner sleeve and the vaporizing tube at an end close to the mouthpiece, a sealing ring is arranged at another end, a closed liquid guide path is formed between the inner sleeve, the vaporizing tube, the vaporization separating sleeve, and the sealing ring, and a part of the absorbent wick which is not wound by the heating coil at least has an end extending into the liquid guide path. the mouthpiece is dismountably connected with the end of the housing, an outer sleeve is closely sleeved in the housing, an inner sleeve is arranged within the outer sleeve, a vaporizing tube is arranged within the inner sleeve, and a vapor flow channel and vaporizing chamber is arranged in the vaporizing tube, wherein the vaporizing chamber is in communication with the vapor channel of the mouthpiece, an absorbent wick and a heating coil wound around a part of the absorbent wick are arranged in the vaporizing chamber, the outer sleeve and the inner sleeve have one end sealingly connected with the mouthpiece and another end sealingly connected with the threaded connecting end, and a closed liquid storage chamber for storing cigarette liquid is formed between the outer sleeve, the inner sleeve, the mouthpiece, and the threaded connecting end; several small holes are provided on a wall of the inner sleeve, a vaporization separating sleeve is arranged between the inner sleeve and the vaporizing tube at an end close to the mouthpiece, a sealing ring is arranged at another end, a closed liquid guide path is formed between the inner sleeve, the vaporizing tube, the vaporization separating sleeve, and the sealing ring, and a part of the absorbent wick which is not wound by the heating coil at least has an end extending into the liquid guide path.
A planet carrier rotatable about a carrier axis, comprising: a planet pin for receiving a planet gear, the planet pin having a body with an external surface for receiving a planet gear bearing or planet gear; the carrier having a first axial wall and a second axial wall with the planet pin extending therebetween along a planet pin axis, characterised in that each of the first and second axial walls (418, 420) include a planet pin retention feature located on the radially inner surfaces of the carrier walls (418, 420) and within a radially outer or external surface of the planet pin and wherein the planet pin retention feature engages with the planet pin to provide radial retention of the planet pin with engagement being provided on at least one radially inner portion of the planet pin with respect to the carrier axis or principal axis of the gear box. a planet pin for receiving a planet gear, the planet pin having a body with an external surface for receiving a planet gear bearing or planet gear; the carrier having a first axial wall and a second axial wall with the planet pin extending therebetween along a planet pin axis, characterised in that each of the first and second axial walls (418, 420) include a planet pin retention feature located on the radially inner surfaces of the carrier walls (418, 420) and within a radially outer or external surface of the planet pin and wherein the planet pin retention feature engages with the planet pin to provide radial retention of the planet pin with engagement being provided on at least one radially inner portion of the planet pin with respect to the carrier axis or principal axis of the gear box.
A balise to be arranged between the two rails of a railway track to transmit data to antennas mounted beneath railway vehicles passing the balise, said balise comprising • a conducting receiver loop configured to receive electric power by magnetic induction from a transmitter in said rail vehicle antennas when passing the balise, • a transmitter configured to be powered by the electric power received by the receiver loop, and • a conducting transmitter loop configured to be fed by said transmitter to transmit data to said railway vehicle antennas passing the balise, wherein said transmitter loop extends along the receiver loop, characterised in that the transmitter loop has at at least one location along the extension thereof at least one extra turn (11, 12, 31-34, 41-44), which encloses an area (13, 14) being a fraction of the area enclosed by the transmitter loop and is designed to have a current (It) flowing through the transmitter loop running through said extra turn while generating a magnetic field (H E) felt by the receiver loop being opposed to a magnetic field (H T) felt by the receiver loop through the current running through the part of the transmitter loop not belonging to a said extra turn, that said fraction is less than 5 %, said at least one extra turn is located closer to the receiver loop than the average distance of the transmitter loop to the receiver loop and that the average distance of said at least one extra turn (11, 12, 31-34, 41-44) to the receiver loop is less than 0.5 of the average distance of the transmitter loop to the receiver loop. • a conducting receiver loop configured to receive electric power by magnetic induction from a transmitter in said rail vehicle antennas when passing the balise, • a transmitter configured to be powered by the electric power received by the receiver loop, and • a conducting transmitter loop configured to be fed by said transmitter to transmit data to said railway vehicle antennas passing the balise, wherein said transmitter loop extends along the receiver loop, characterised in that the transmitter loop has at at least one location along the extension thereof at least one extra turn (11, 12, 31-34, 41-44), which encloses an area (13, 14) being a fraction of the area enclosed by the transmitter loop and is designed to have a current (It) flowing through the transmitter loop running through said extra turn while generating a magnetic field (H E) felt by the receiver loop being opposed to a magnetic field (H T) felt by the receiver loop through the current running through the part of the transmitter loop not belonging to a said extra turn, that said fraction is less than 5 %, said at least one extra turn is located closer to the receiver loop than the average distance of the transmitter loop to the receiver loop and that the average distance of said at least one extra turn (11, 12, 31-34, 41-44) to the receiver loop is less than 0.5 of the average distance of the transmitter loop to the receiver loop.
A method of making a glass article having an anti-glare surface, comprising: depositing particles on at least one surface of the glass article, wherein the deposited particles have a D 50 diameter of from 1 to 30 micrometers; and contacting the at least one surface of the glass article having the deposited particles and an acid etchant solution to form the anti-glare surface. depositing particles on at least one surface of the glass article, wherein the deposited particles have a D 50 diameter of from 1 to 30 micrometers; and contacting the at least one surface of the glass article having the deposited particles and an acid etchant solution to form the anti-glare surface.
A method for processing mobile station transaction information at a serving control node in a wireless communication system, the method comprising: receiving (310, 410) a transaction history record from a transferring control node in association with a first handover of a mobile station to the serving control node; adding (330, 340, 350, 460) mobile station transaction data related to the serving control node to the transaction history record to obtain an updated transaction history record, characterized by said adding mobile station transaction data comprising adding a cell identity for the serving control node and one or more of a cell descriptor and one or more time parameters indicating a length of time for which the mobile station was served by the serving control node, wherein the mobile station transaction data is generated by the serving control node; and transferring (360, 470) the updated transaction history record to a target control node in association with a subsequent handover of the mobile station to the target control node. receiving (310, 410) a transaction history record from a transferring control node in association with a first handover of a mobile station to the serving control node; adding (330, 340, 350, 460) mobile station transaction data related to the serving control node to the transaction history record to obtain an updated transaction history record, characterized by said adding mobile station transaction data comprising adding a cell identity for the serving control node and one or more of a cell descriptor and one or more time parameters indicating a length of time for which the mobile station was served by the serving control node, wherein the mobile station transaction data is generated by the serving control node; and transferring (360, 470) the updated transaction history record to a target control node in association with a subsequent handover of the mobile station to the target control node.
A vehicle lamp for an outside rearview mirror, said vehicle lamp comprising: a common substrate; a plurality of LED light sources arranged on the common substrate; a light guiding lens elongated in a direction in which the LED light sources are aligned; and a plurality of reflecting sections provided on the light guiding lens, wherein the light from each LED light source is directed to a respective one of the reflecting sections which is configured to individually reflect the light to a periphery of a vehicle, characterised in that respective directions of the reflecting sections are made to differ in accordance with positions of the corresponding LED light sources such that the light from the plurality of LED sources is emitted in the different directions from the light emitting surface of the light guiding lens when the vehicle lamp is installed to the vehicle. a common substrate; a plurality of LED light sources arranged on the common substrate; a light guiding lens elongated in a direction in which the LED light sources are aligned; and a plurality of reflecting sections provided on the light guiding lens, wherein the light from each LED light source is directed to a respective one of the reflecting sections which is configured to individually reflect the light to a periphery of a vehicle, characterised in that respective directions of the reflecting sections are made to differ in accordance with positions of the corresponding LED light sources such that the light from the plurality of LED sources is emitted in the different directions from the light emitting surface of the light guiding lens when the vehicle lamp is installed to the vehicle.
A communication method, comprising: generating a physical layer protocol data unit, PPDU, wherein the PPDU comprises an extended function field indicating configuration information of a first feature of an R2 device, and the first feature is a feature supported by the R2 device but not supported by an R1 device; and sending the PPDU, characterized in that the PPDU further comprises a legacy common field and a legacy user field, wherein the legacy common field is for parsing the legacy user field, the legacy user field indicates configuration information of a second feature, and the second feature is a feature supported by both the R1 device and the R2 device; the legacy user field is configured to be determined by parsing the legacy common field; and the configuration information of the second feature is configured to be determined by parsing the legacy user field. generating a physical layer protocol data unit, PPDU, wherein the PPDU comprises an extended function field indicating configuration information of a first feature of an R2 device, and the first feature is a feature supported by the R2 device but not supported by an R1 device; and sending the PPDU, characterized in that the PPDU further comprises a legacy common field and a legacy user field, wherein the legacy common field is for parsing the legacy user field, the legacy user field indicates configuration information of a second feature, and the second feature is a feature supported by both the R1 device and the R2 device; the legacy user field is configured to be determined by parsing the legacy common field; and the configuration information of the second feature is configured to be determined by parsing the legacy user field.
An extruder system for the extrusion of a strand of building material for 3D printing of a structural part, wherein the extruder system has: - an extruder apparatus for the extrusion of a strand of building material for 3D printing of a structural part, wherein the extruder apparatus has: - an extruder nozzle, wherein the extruder nozzle has a discharge opening for the discharge of the strand of building material out of the extruder apparatus, and - at least one inner element (30a, 30b), wherein the at least one inner element (30a, 30b) is designed for arrangement within the extruder nozzle for the purposes of defining an inner edge of a flow cross section of building material within the extruder nozzle for the purposes of specifying an inner edge of a strand cross section of the discharged strand of building material, characterized by - an, in particular controllable, movement apparatus, wherein the movement apparatus is designed to at least translationally move the extruder apparatus, in particular during the discharge of the strand of building material. - an extruder apparatus for the extrusion of a strand of building material for 3D printing of a structural part, wherein the extruder apparatus has: - an extruder nozzle, wherein the extruder nozzle has a discharge opening for the discharge of the strand of building material out of the extruder apparatus, and - at least one inner element (30a, 30b), wherein the at least one inner element (30a, 30b) is designed for arrangement within the extruder nozzle for the purposes of defining an inner edge of a flow cross section of building material within the extruder nozzle for the purposes of specifying an inner edge of a strand cross section of the discharged strand of building material, characterized by - an, in particular controllable, movement apparatus, wherein the movement apparatus is designed to at least translationally move the extruder apparatus, in particular during the discharge of the strand of building material.
A method for reading image data from a disk drive, comprising: (a) performing a single seek to a tile of image data on a disk drive, characterized in that the image data is stored on the disk drive as a plurality of tiles, each tile being defined by a contiguous stream of data, wherein the plurality of tiles are stored to align data with block boundaries in the disk drive formatted so that a size of the tiles is an integer multiple of a block size, wherein two adjacent tiles of the tiles overlap such that an overlapping area is greater than or equal to the display area of a display, and a height and width of the overlapping area are greater than or equal to a height and width of the display area; (b) reading the image data of the tile from beginning to end without performing another seek of the disk drive; and (c) transmitting the image data for viewing on the display. (a) performing a single seek to a tile of image data on a disk drive, characterized in that the image data is stored on the disk drive as a plurality of tiles, each tile being defined by a contiguous stream of data, wherein the plurality of tiles are stored to align data with block boundaries in the disk drive formatted so that a size of the tiles is an integer multiple of a block size, wherein two adjacent tiles of the tiles overlap such that an overlapping area is greater than or equal to the display area of a display, and a height and width of the overlapping area are greater than or equal to a height and width of the display area; (b) reading the image data of the tile from beginning to end without performing another seek of the disk drive; and (c) transmitting the image data for viewing on the display.