mhurhangee/patent-ind-claim-en huggingface dataset:
An assembly device for assembling print carriers for producing documents, the assembly device comprising: a sheet cutting unit , which is configured to separate a print sheet from a print carrier along a cut edge , wherein the print sheet comprises a sheet side edge which runs perpendicular to the cut edge ; a sheet connecting unit for producing an endless print carrier ; a sheet tray for receiving separated print sheets ; and a sheet transport unit , which is configured to feed the print sheet to the sheet connecting unit or to the sheet tray ; wherein the sheet connecting unit is configured, when the print sheet is fed by the sheet transport unit , to materially attach the fed print sheet along the sheet side edge to a previously fed print sheet in order to obtain the endless print carrier ; and wherein the sheet tray is configured, when the print sheet is fed by the sheet transport unit , to receive the fed print sheet . a sheet cutting unit , which is configured to separate a print sheet from a print carrier along a cut edge , wherein the print sheet comprises a sheet side edge which runs perpendicular to the cut edge ; a sheet connecting unit for producing an endless print carrier ; a sheet tray for receiving separated print sheets ; and a sheet transport unit , which is configured to feed the print sheet to the sheet connecting unit or to the sheet tray ; wherein the sheet connecting unit is configured, when the print sheet is fed by the sheet transport unit , to materially attach the fed print sheet along the sheet side edge to a previously fed print sheet in order to obtain the endless print carrier ; and wherein the sheet tray is configured, when the print sheet is fed by the sheet transport unit , to receive the fed print sheet .
A method, for a data transmitter associated with a first processor and transmitting data over an interface to a data receiver associated with a second processor, of changing a data rate of communication over the interface, the method comprising: transmitting data over the interface at a first data rate; determining to change the first data rate to a second data rate; transmitting , to the data receiver, a request to change the first data rate to the second data rate; receiving a response message from the data receiver; and transmitting data over the interface at the second data rate when the response message comprises an acknowledgement to change the first data rate to the second data rate; wherein, if the second data rate is lower than the first data rate, transmitting data over the interface at the second data rate is initiated before transmitting the request ; and wherein, if the second data rate is higher than the first data rate, transmitting data over the interface at the second data rate is initiated after receiving the acknowledgement . transmitting data over the interface at a first data rate; determining to change the first data rate to a second data rate; transmitting , to the data receiver, a request to change the first data rate to the second data rate; receiving a response message from the data receiver; and transmitting data over the interface at the second data rate when the response message comprises an acknowledgement to change the first data rate to the second data rate; wherein, if the second data rate is lower than the first data rate, transmitting data over the interface at the second data rate is initiated before transmitting the request ; and wherein, if the second data rate is higher than the first data rate, transmitting data over the interface at the second data rate is initiated after receiving the acknowledgement .
A grain-finished artificial leather comprising: an artificial leather base material; and a grain layer stacked on the artificial leather base material, wherein the artificial leather base material includes a fiber-entangled body including ultrafine fibers having an average fineness of 0.4 dtex or less, an elastic polymer, and fine particles having an average particle size of 10 μm or less, and a content ratio of the fine particles in the artificial leather base material is 10 to 40 mass%, and a ratio of the elastic polymer to a total amount of the elastic polymer and the fine particles is 20 to 80 mass%, and a total of an apparent density of the elastic polymer and an apparent density of the fine particles is 0.23 to 0.55 g/cm 3 , wherein the average fineness of the ultrafine fibers, the average particle size of the fine particles and the apparent densities are determined in accordance with the description, and wherein the fine particles include at least one selected from the group consisting of talc, magnesium silicate, calcium sulfate, aluminum silicate, calcium carbonate, magnesium oxide, magnesium carbonate, magnesium hydroxide, aluminum hydroxide, and mica. an artificial leather base material; and a grain layer stacked on the artificial leather base material, wherein the artificial leather base material includes a fiber-entangled body including ultrafine fibers having an average fineness of 0.4 dtex or less, an elastic polymer, and fine particles having an average particle size of 10 μm or less, and a content ratio of the fine particles in the artificial leather base material is 10 to 40 mass%, and a ratio of the elastic polymer to a total amount of the elastic polymer and the fine particles is 20 to 80 mass%, and a total of an apparent density of the elastic polymer and an apparent density of the fine particles is 0.23 to 0.55 g/cm 3 , wherein the average fineness of the ultrafine fibers, the average particle size of the fine particles and the apparent densities are determined in accordance with the description, and wherein the fine particles include at least one selected from the group consisting of talc, magnesium silicate, calcium sulfate, aluminum silicate, calcium carbonate, magnesium oxide, magnesium carbonate, magnesium hydroxide, aluminum hydroxide, and mica.
A throttle opening detecting apparatus for a saddle riding vehicle which includes a handle cover , a handle switch group , and a handlebar , and in which a throttle opening sensor fixed to the handlebar and detecting a displacement of a rotor in a sensor case is included in the handle cover , wherein at least one switch of the handle switch group is disposed at a position facing the sensor case in the handle cover , the sensor case has a step portion formed on a side surface thereof on a side opposite to a throttle pipe rotated integrally with the rotor , the step portion is formed in an arcuate shape forming a space for arranging the handle switch group , and the step portion is disposed behind the throttle pipe , a set plate holding the handlebar is connected to the sensor case , the set plate includes two divided parts divided in a front-rear direction, that is, a front half body and a rear half body , the set plate has at a center thereof halved tubular portions between which the handlebar is fitted in, and, at opposite ends of the halved tubular portions , upper portion and lower portion , which are plate portions , to be connected to the sensor case , and the plate portions are disposed offset from each other in the front-rear direction with the handlebar interposed therebetween.
A method of identifying and de-duplicating records in a database containing a plurality of entity representation records , each entity representation record including a unique record identifier and a plurality of fields, each field capable of containing a field value, the method comprising: for each record of the plurality of entity representation records, determining a field-level deletion neighborhood for two or more field combinations of the record, comprising: determining field hash values ; creating field permutations, each field permutation omitting at least one of the plurality of fields; determining a combined record hash value for each field permutation; and associating each combined record hash value to the unique entity identifier ; for each entity representation record : searching other entity representation records for matching combined record hash values ; and assigning one or more of a unique entity identifier and a duplicate entity identifier to the other entity representation records having the matching combined record hash values;, wherein the method further comprises determining a field string-level deletion neighborhood for each field value, wherein determining the field string-level deletion neighborhood comprises determining one or more field string fragments. for each record of the plurality of entity representation records, determining a field-level deletion neighborhood for two or more field combinations of the record, comprising: determining field hash values ; creating field permutations, each field permutation omitting at least one of the plurality of fields; determining a combined record hash value for each field permutation; and associating each combined record hash value to the unique entity identifier ; determining field hash values ; creating field permutations, each field permutation omitting at least one of the plurality of fields; determining a combined record hash value for each field permutation; and associating each combined record hash value to the unique entity identifier ; for each entity representation record : searching other entity representation records for matching combined record hash values ; and assigning one or more of a unique entity identifier and a duplicate entity identifier to the other entity representation records having the matching combined record hash values;, searching other entity representation records for matching combined record hash values ; and assigning one or more of a unique entity identifier and a duplicate entity identifier to the other entity representation records having the matching combined record hash values;, wherein the method further comprises determining a field string-level deletion neighborhood for each field value, wherein determining the field string-level deletion neighborhood comprises determining one or more field string fragments.
Vacuum cleaner, which is suitable for suctioning liquid, comprising a housing , a blower means , which is arranged lying in the housing , wherein the blower means comprises a blower motor and at least one impeller and a first region of the blower means is arranged in a motor region of the housing and a second region of the blower means is arranged in a suction region of the housing , a holder for the blower means , by means of which the blower means is held in the housing , and a sealing means , which separates the motor region from the suction region in a fluid-tight manner, wherein the sealing means abuts with a first sealing region against the blower means in a fluid-tight manner and abuts with a second sealing region against the holder in a fluid-tight manner.
A heat dissipation structure , comprising: a plurality of elastic heat conduction units ; and at least one layer of heat conduction mesh , wherein the heat conduction mesh comprises a plurality of interlaced mesh wires , characterized in that , each pair of interlaced mesh wires is rotatable relative to each other, and the plurality of mesh wires are interlaced to form gaps in which the elastic heat conduction units are arranged, the heat conduction mesh and the elastic heat conduction units configured to deform together in response to an external force, such that the length of the heat conduction mesh along a direction of the external force is increased due to stretching and the length perpendicular to the external force is decreased due to shrinkage. a plurality of elastic heat conduction units ; and at least one layer of heat conduction mesh , wherein the heat conduction mesh comprises a plurality of interlaced mesh wires , characterized in that , each pair of interlaced mesh wires is rotatable relative to each other, and the plurality of mesh wires are interlaced to form gaps in which the elastic heat conduction units are arranged, the heat conduction mesh and the elastic heat conduction units configured to deform together in response to an external force, such that the length of the heat conduction mesh along a direction of the external force is increased due to stretching and the length perpendicular to the external force is decreased due to shrinkage.
A vehicle comprising at least one frame , this frame is composed at least of a U-shape and an inflatable shape , the vehicle is characterized in that the U-shape is held in the inflatable shape by the inflation pressure which presses the inflatable shape onto the U-shape .
A method for direct communication between stations in a wireless local area network, comprising: receiving, by a second station, a data frame sent by a first station, wherein the data frame comprises a first high-efficiency signal field in a Physical Layer Convergence Procedure, PLCP, header field and a media access control, MAC, header field, wherein the first high-efficiency signal field comprises UL/DL indication information, and the MAC header field comprises a To DS field and a From DS field; characterised by : determining, by the second station, that the data frame is either an uplink, UL, transmission or a first type of transmission, wherein the first type of transmission comprises downlink, DL, transmission or direct STA-to-STA link, DSSL, transmission, according to UL/DL indication information; and after determining that the data frame is the first type of transmission, determining, by the second station, that the data frame is either a DL transmission or a DSSL transmission, according to the To DS field and the From DS field. receiving, by a second station, a data frame sent by a first station, wherein the data frame comprises a first high-efficiency signal field in a Physical Layer Convergence Procedure, PLCP, header field and a media access control, MAC, header field, wherein the first high-efficiency signal field comprises UL/DL indication information, and the MAC header field comprises a To DS field and a From DS field; characterised by : determining, by the second station, that the data frame is either an uplink, UL, transmission or a first type of transmission, wherein the first type of transmission comprises downlink, DL, transmission or direct STA-to-STA link, DSSL, transmission, according to UL/DL indication information; and after determining that the data frame is the first type of transmission, determining, by the second station, that the data frame is either a DL transmission or a DSSL transmission, according to the To DS field and the From DS field. determining, by the second station, that the data frame is either an uplink, UL, transmission or a first type of transmission, wherein the first type of transmission comprises downlink, DL, transmission or direct STA-to-STA link, DSSL, transmission, according to UL/DL indication information; and after determining that the data frame is the first type of transmission, determining, by the second station, that the data frame is either a DL transmission or a DSSL transmission, according to the To DS field and the From DS field.
A fungicidal combination comprising: a) benzovindiflupyr; and b) phenamacril and/or benzamacril. a) benzovindiflupyr; and b) phenamacril and/or benzamacril.
A method , implemented by a network device , for selection of a routing table in a Policy Based Routing, PBR, system, the method comprising: receiving a packet from a first network domain in a set of network domains ; generating a firewall mark for the packet, wherein the firewall mark includes a network domain indication and a packet classification indication ; the method being characterised by determining a match between the network domain indication of the packet and a selector of a matched PBR rule (210 1 ) in a set of PBR rules (210 1 - 210 N ) wherein the action predicate of the matched PBR rules includes a function that takes the firewall mark of the packet as an argument and outputs an identifier of the routing table in a first set of routing tables (212 1 - 212 256 ). receiving a packet from a first network domain in a set of network domains ; generating a firewall mark for the packet, wherein the firewall mark includes a network domain indication and a packet classification indication ; the method being characterised by determining a match between the network domain indication of the packet and a selector of a matched PBR rule (210 1 ) in a set of PBR rules (210 1 - 210 N ) wherein the action predicate of the matched PBR rules includes a function that takes the firewall mark of the packet as an argument and outputs an identifier of the routing table in a first set of routing tables (212 1 - 212 256 ).
Set-top box , integrating a speaker which comprises an acoustic box , wherein at least two first loudspeakers are integrated, arranged to play back medium and high frequencies, and a second loudspeaker arranged to play back low frequencies, the two first loudspeakers being positioned at the front and on each side of the acoustic box, a central axis (X2) of a membrane of the second loudspeaker being a vertical axis, the set-top box comprising, in addition, a main electronic board comprising a decoding module and an audio module, characterized in that the second loudspeaker and the main electronic board are positioned to the side of one another and extend successively along a length (L') of the set-top box , which is perpendicular to a front-to-rear axis of the acoustic box.
A method for manufacturing a household appliance component , in which a metallic surface with a first colour is provided and the surface is structured, characterized in that the surface for structuring is moistened with a liquid and after having been applied to the surface the liquid is acted upon by a laser beam and thereby a structuring liquid comprising vapour bubbles is formed, and by the bursting of the vapour bubbles the surface is structured in such a way that the colouring of the surface is changed from the first colour into a second colour that is different therefrom in such a way that the surface appears optically effective permanently with the second colour.
A heating device comprising a first heat exchanger , at least one blower , especially at least three blowers , for the first heat exchanger , at least one first feed pipe and at least one first return pipe , through which two pipes a heating medium, especially water, is flowing, and at least one first housing which accommodates the first heat exchanger , the blower , the first feed pipe and the first return pipe , wherein only the first feed pipe , or, if appropriate, the first return pipe , extend through the first heat exchanger , respectively, characterized in that the blowers are supportedly arranged on the first return pipe and/or the first return pipe is suspendedly arranged on the blowers .
Device for actuating a clutch in an actuating direction (B) against a restoring force acting in a restoring direction (R), particularly in a motor vehicle, comprising an actuator with a pneumatic chamber (K P ) which is bounded by a pneumatic effective area (A P ) and can be selectably loaded with a pneumatic pressure from a compressed air source (Q P ) so as to generate a force at the pneumatic effective area (Ap) in the actuating direction (B), a first hydraulic chamber (K H1 ) which is hydraulically connectible with a reservoir (Q H ) for hydraulic fluid by way of an electromagnetically actuable first 2/2-way proportional valve (V H1 ; V H1 ') and which is bounded by a first hydraulic effective area (A H1 ) having the same orientation with respect to the pneumatic effective area (A P ), a second hydraulic chamber (K H2 ) which is hydraulically connectible with the reservoir (Q H ) by way of an electromagnetically actuable second 2/2-way proportional valve (V H2 ; V H2 ') and which is bounded by a second hydraulic effective area (A H2 ) opposite to the first hydraulic effective area (A H1 ), a setting element (G) which can be in actuation-effective connection with the clutch and which can be loaded with force by way of the aforesaid effective areas (A P , A H1 , A H2 ) and is movable in defined manner, and a sensor arrangement (PS, SE) for detecting a stroke of a piston (16, 16', 16") operatively connected to the setting element (G), in a cylinder housing (14, 14', 14") of the actuator (12, 12', 12"), wherein a control (CPU) is provided, by means of which the pressure loading of the pneumatic chamber (K P ) and valve settings of the first and second 2/2-way proportional valves (V H1 , V H2 ; V H1 ', V H2 ') are controllable independently of one another, and wherein through closing of the first 2/2-way proportional valve (V H1 ; V H1 ') a movement of the setting element (G) in the restoring direction (R) can be braked in controlled manner by way of the first hydraulic effective area (A H1 ), whereas through closing of the second 2/2-way proportional valve (V H2 ; V H2 ') a movement of the setting element (G) in the actuating direction (B) can be braked in controlled manner by way of the second hydraulic effective area (A H2 ).
A pixel arrangement structure of an organic light emitting diode display, comprising: first pixels each having a center coinciding with a center of a virtual square (VS); second pixels separated from the first pixels and each having a center at a first vertex (P1) of the virtual square (VS), wherein each of the second pixels located at a first vertex (P1) of a diagonal line of the virtual square (VS) is spaced apart from a second pixel located at the other vertex (P1) of the diagonal line with a first pixel interposed therebetween; and third pixels separated from the first pixels and the second pixels , and each having a center at a second vertex (P2) neighboring the first vertex (P1) of the virtual square (VS), wherein a distance between each of the first pixels and an adjacent second pixel as well as a distance between each of the first pixels and an adjacent third pixel is a same first length (L1), wherein a distance between each of the second pixels and an adjacent third pixel is a same second length (L2) different from the first length (L1), and a distance between the two adjacent first pixels is a third length (L3) that is longer than the first length (L1) and the second length (L2), wherein the first pixels , the second pixels , and the third pixels have polygonal shapes, characterized in that the first pixels have an octagonal shape, and the second pixels have a different shape from a shape of the third pixels . first pixels each having a center coinciding with a center of a virtual square (VS); second pixels separated from the first pixels and each having a center at a first vertex (P1) of the virtual square (VS), wherein each of the second pixels located at a first vertex (P1) of a diagonal line of the virtual square (VS) is spaced apart from a second pixel located at the other vertex (P1) of the diagonal line with a first pixel interposed therebetween; and third pixels separated from the first pixels and the second pixels , and each having a center at a second vertex (P2) neighboring the first vertex (P1) of the virtual square (VS),