mhurhangee/ep-ind-claims huggingface dataset:
A method performed by a file processing system for communicating an original data item from a source user device to one or more destination devices coupled to the file processing system via a communication network, said method comprising the steps of: receiving (204, Msg_1) the original data item from a user device; assigning a unique ID (126, 128) to the original data item; caching the original data item and the UID (126, 128); sending (220, Msg_3) the UID to the source user device; receiving (304, Msg_4) the UID as a proxy for the original data item, and an indication of said one or more destinations from the source user device; using the UID to access the cached original data item; determining based on the type of said one or more destination devices, if the cached original data item requires processing and, if so, obtaining a processed version of the cached original data item (122,124); and sending (312, 320, Msg_5) to the one or more destination devices, either the cached original data item or the processed version of the cached original data item (122,124) according to the determined type of respective ones of the one or more destination devices. receiving (204, Msg_1) the original data item from a user device; assigning a unique ID (126, 128) to the original data item; caching the original data item and the UID (126, 128); sending (220, Msg_3) the UID to the source user device; receiving (304, Msg_4) the UID as a proxy for the original data item, and an indication of said one or more destinations from the source user device; using the UID to access the cached original data item; determining based on the type of said one or more destination devices, if the cached original data item requires processing and, if so, obtaining a processed version of the cached original data item (122,124); and sending (312, 320, Msg_5) to the one or more destination devices, either the cached original data item or the processed version of the cached original data item (122,124) according to the determined type of respective ones of the one or more destination devices.
An energy generating arrangement powered by tidal water, comprising a turbine unit mounted in a fixed structure which separates a first and a second water masses, the turbine unit being arranged to be turned within the fixed structure about a substantially horizontal axis, the turbine unit being mounted in a substantially cylindrical assembly with a substantially horizontal axis, the cylindrical assembly including a shaft, the turbine unit including a rotor with turbine blades and a rotor shaft which will rotate when surrounding, flowing water acts on the rotor's turbine blades, characterized in that the turbine further includes an electric generator which is driven by the rotor shaft, and the shaft of the cylindrical assembly is hollow and comprises cabling to the generator.
Gas distribution circuit for feeding a gas engine of a work vehicle, said gas distribution circuit comprising a main tank module and being configured to be in fluid communication with at least one auxiliary tank module, said main tank module being fluidly connectable to said engine via a first conduit of the gas distribution circuit and said at least one auxiliary tank module being connectable to said engine via a second conduit of the gas distribution circuit, said gas distribution circuit comprising valve means fluidly interposed on said first conduit and configured to allow or deny gas communication between said main tank module and said engine, said valve means allowing such fluid communication if pressure in said second conduit is lower than a preset threshold, otherwise, fluid communication is allowed only between said at least one auxiliary tank module and said engine, characterised in that said valve means are configured to allow or deny said fluid communication according to a balance between a first pressure force given by elastic means acting on said valve means and a second pressure force given by a pressure pilot signal taken from said second conduit.
An elevator installation, comprising: a supporting means; a movable elevator component supported by the supporting means; a housing surrounding the supporting means at least in part; wherein the housing is arranged and designed such that the supporting means can move relative to the housing, wherein a surface of the housing facing the supporting means is electrically conductive and is electrically grounded, characterized in that the housing comprises a housing body consisting of plastics material and an electrically conductive layer arranged on the surface facing the supporting means. a supporting means; a movable elevator component supported by the supporting means; a housing surrounding the supporting means at least in part; wherein the housing is arranged and designed such that the supporting means can move relative to the housing, wherein a surface of the housing facing the supporting means is electrically conductive and is electrically grounded, characterized in that the housing comprises a housing body consisting of plastics material and an electrically conductive layer arranged on the surface facing the supporting means.
Brake disk for a wheel brake of a land vehicle, having a main body, formed from gray cast iron, having at least one axial friction side, at least one anti-corrosion layer applied to the axial friction side, and at least one anti-abrasion layer applied to the anti-corrosion layer, characterized in that the anti-corrosion layer is a sherardizing layer.
A polynucleotide comprising a nucleotide sequence selected from the group consisting of TGCTCCTGGAG-(deoxy-inosine)-GGTTGT (SEQ ID NO:73), (U modified with 2'-O-Me)-(G modified with 2'-O-Me)-(C modified with 2'-O-Me)-CAATCCTGGAG-(deoxy-inosine)-GGTTGT (SEQ ID NO:134), TGCTCCTGGAG-(deoxy-inosine)-GGTTG-(hexa-(ethylene glycol))-T (SEQ ID NO:143-(hexa-(ethylene glycol))-T) and TGCTGCTCCTGGAG-(deoxy-inosine)-GGTTG-(hexa-(ethylene glycol))-T (SEQ ID NO:144-(hexa-(ethyleneglycol))-T).
An ultrasound imaging apparatus comprising: an image processor configured to obtain image information from an object; a controller configured to divide the obtained image information into pieces of image information in units of regions of a human body and map a body marker to the pieces of image information corresponding to the body marker; and a user interface unit configured to output a result of mapping to the pieces of image information, characterised in that the user interface unit is configured to output the body marker in the form of a plurality of layers such that the plurality of layers of the body marker are mapped to the image information in units of the regions of the human body, the ultrasound imaging apparatus further comprises a user input unit configured to receive a user input configured to input information to the body marker output in the form of the plurality of layers, wherein the information input to the body marker output in the form of the plurality of layers comprises at least one of diagnostic information, reference information, reference image information and reference annotation information, and the controller is configured to modify the information input to the body marker based on the user input. an image processor configured to obtain image information from an object; a controller configured to divide the obtained image information into pieces of image information in units of regions of a human body and map a body marker to the pieces of image information corresponding to the body marker; and a user interface unit configured to output a result of mapping to the pieces of image information, characterised in that the user interface unit is configured to output the body marker in the form of a plurality of layers such that the plurality of layers of the body marker are mapped to the image information in units of the regions of the human body, the ultrasound imaging apparatus further comprises a user input unit configured to receive a user input configured to input information to the body marker output in the form of the plurality of layers, wherein the information input to the body marker output in the form of the plurality of layers comprises at least one of diagnostic information, reference information, reference image information and reference annotation information, and the controller is configured to modify the information input to the body marker based on the user input.
A method of culturing podocytes in vitro, comprising: (a) maintaining a conditionally-immortalized podocyte cell in a first cell culture under a permissive condition or proliferation condition for a period of time sufficient for the podocyte cell to double at least once, thereby producing a population of podocytes; (b) maintaining the population of podocytes obtained in a) under a non-permissive condition or differentiation condition for a period of time sufficient to obtain a population of partially differentiated podocytes but not terminally-differentiated podocytes; and (c) re-seeding the partially differentiated podocytes obtained in b) and maintaining the partially differentiated podocytes obtained in b) in a second cell culture under a non-permissive condition or differentiation condition for a period of time sufficient to obtain a homogenous population of terminally-differentiated podocytes. (a) maintaining a conditionally-immortalized podocyte cell in a first cell culture under a permissive condition or proliferation condition for a period of time sufficient for the podocyte cell to double at least once, thereby producing a population of podocytes; (b) maintaining the population of podocytes obtained in a) under a non-permissive condition or differentiation condition for a period of time sufficient to obtain a population of partially differentiated podocytes but not terminally-differentiated podocytes; and (c) re-seeding the partially differentiated podocytes obtained in b) and maintaining the partially differentiated podocytes obtained in b) in a second cell culture under a non-permissive condition or differentiation condition for a period of time sufficient to obtain a homogenous population of terminally-differentiated podocytes.
A hybrid grass support structure (100, 200, 300, 400, 500, 600) comprising: - a growth medium layer, the growth medium layer comprising a growth medium; and - a plurality of synthetic grass fibers incorporated at least into the growth medium layer; - characterized in that the hybrid grass support structure further comprises: - a stone wool layer positioned below the growth medium layer, wherein the plurality of synthetic grass fibers are incorporated also into the stone wool layer. - a growth medium layer, the growth medium layer comprising a growth medium; and - a plurality of synthetic grass fibers incorporated at least into the growth medium layer; - characterized in that the hybrid grass support structure further comprises: - a stone wool layer positioned below the growth medium layer, wherein the plurality of synthetic grass fibers are incorporated also into the stone wool layer.
A mobile work machine, in particular a crawler crane, comprising: an undercarriage having a crawler travel gear; and a superstructure that is rotatably supported on the undercarriage, wherein the crawler travel gear has two crawler carriers that are aligned in parallel with one another and along whose longitudinal direction a respective crawler chain is movably arranged; wherein a respective cantilever arm is provided at the mutually facing inner sides of the crawler carriers; and a support cylinder is arranged at the distal end of the respective cantilever arm, characterized by a support plate that has connection means for a releasable connection to the support cylinders, with the support plate preferably being correspondingly retractable and extendable by a travel of the support cylinders in the connected state, with the support plate being configured to reduce the ground pressure in that it connects the one crawler carrier to the other crawler carrier via the support cylinders and the support plate. an undercarriage having a crawler travel gear; and a superstructure that is rotatably supported on the undercarriage, wherein the crawler travel gear has two crawler carriers that are aligned in parallel with one another and along whose longitudinal direction a respective crawler chain is movably arranged; wherein a respective cantilever arm is provided at the mutually facing inner sides of the crawler carriers; and a support cylinder is arranged at the distal end of the respective cantilever arm, characterized by a support plate that has connection means for a releasable connection to the support cylinders, with the support plate preferably being correspondingly retractable and extendable by a travel of the support cylinders in the connected state, with the support plate being configured to reduce the ground pressure in that it connects the one crawler carrier to the other crawler carrier via the support cylinders and the support plate.
A data transmitting method, wherein the method is applied to non-slot transmission and the method comprises: determining, by a terminal device, a target resource based on an index of a time unit and configuration information; and transmitting, by the terminal device, data to a network device on the target resource; wherein the time unit is one transmission opportunity from multiple transmission opportunities, and the determining, by a terminal device, a target resource based on an index of a time unit and configuration information comprises: determining, by the terminal device, the target resource according to the following formula: RB n = { RB start n mod 2 = 0 RB start + RB offset mod N BWP size n mod 2 = 1; wherein RB(n) indicates the target resource, mod indicates a modulus operation, N BWP size indicates a size of a bandwidth part, n indicates the index of the time unit, RB start indicates a starting resource location, and RB offset is used for the terminal device to obtain a resource location in a next hop. determining, by a terminal device, a target resource based on an index of a time unit and configuration information; and transmitting, by the terminal device, data to a network device on the target resource; wherein the time unit is one transmission opportunity from multiple transmission opportunities, and the determining, by a terminal device, a target resource based on an index of a time unit and configuration information comprises: determining, by the terminal device, the target resource according to the following formula: RB n = { RB start n mod 2 = 0 RB start + RB offset mod N BWP size n mod 2 = 1; wherein RB(n) indicates the target resource, mod indicates a modulus operation, N BWP size indicates a size of a bandwidth part, n indicates the index of the time unit, RB start indicates a starting resource location, and RB offset is used for the terminal device to obtain a resource location in a next hop. determining, by the terminal device, the target resource according to the following formula: RB n = { RB start n mod 2 = 0 RB start + RB offset mod N BWP size n mod 2 = 1; wherein RB(n) indicates the target resource, mod indicates a modulus operation, N BWP size indicates a size of a bandwidth part, n indicates the index of the time unit, RB start indicates a starting resource location, and RB offset is used for the terminal device to obtain a resource location in a next hop.
A breath alcohol content measuring device (1, 21) having a base body (2, 22) containing a through-flow channel for a respiratory air flow, having an exchangeable mouth piece that receives the respiratory air flow of a person and is connected to the base body at an end of the through-flow channel that is situated upstream, having an alcohol sensor unit (10, 28), which is associated with the base body, to measure the alcohol content of the respiratory air flow and a temperature sensor unit (11, 36, 36') to measure a temperature of the respiratory air flow, having a heating unit to heat up the through-flow channel, having a control unit (7, 38) to process measurement signals provided by the temperature sensor unit and to activate the heating unit, characterised in that the base body (2, 22) consists of an electrically conductive polymer material, and in that a number of contact electrodes (14, 37, 37', 37'', 37''') for heating the through-flow channel (3, 23) rest against the base body (2, 22) and/or are embedded in the same, wherein the contact electrodes (14, 37, 37', 37'', 37''') can be fed with electric current in each case by way of electrical lines.
A swallowing exercising device comprising: an extraoral handle extending in a longitudinal direction; a shield connected to said handle and provided on a shield support structure extending substantially transverse to said handle; a flexible tether extending from said shield; and a bolus simulator connected to said tether wherein the bolus simulator is configured with a sealed volume of fluid such that the fluid is enclosed in the bolus simulator. an extraoral handle extending in a longitudinal direction; a shield connected to said handle and provided on a shield support structure extending substantially transverse to said handle; a flexible tether extending from said shield; and a bolus simulator connected to said tether wherein the bolus simulator is configured with a sealed volume of fluid such that the fluid is enclosed in the bolus simulator.
A steel beam comprising a base plate, two web parts extending from the base plate, and an end plate at each end of the steel beam, wherein the base plate, the two web parts and the end plates delimit a space, and wherein at least one of the ends of the steel beam comprising a console supporting slot extending from said at least one end of the steel beam, wherein the console supporting slot forms a first slot in the end plate and a second slot in the base plate, characterized by the console supporting slot being laterally at least partly limited by side plates inside the space of the steel beam, and by the side plates being attached to the end plate and to the base plate. a base plate, two web parts extending from the base plate, and an end plate at each end of the steel beam, wherein the base plate, the two web parts and the end plates delimit a space, and wherein at least one of the ends of the steel beam comprising a console supporting slot extending from said at least one end of the steel beam, wherein the console supporting slot forms a first slot in the end plate and a second slot in the base plate, characterized by the console supporting slot being laterally at least partly limited by side plates inside the space of the steel beam, and by the side plates being attached to the end plate and to the base plate.
A tailwheel assembly for an aircraft comprising: a ventral fin including: a fixed airframe portion of the ventral fin; and a moveable tailwheel portion of the ventral fin; a tailwheel strut extending through the ventral fin including: a fixed first strut portion; and an extendable second strut portion having the moveable tailwheel portion of the ventral fin secured thereto; and a tailwheel secured to the extendable second strut portion. a ventral fin including: a fixed airframe portion of the ventral fin; and a moveable tailwheel portion of the ventral fin; a fixed airframe portion of the ventral fin; and a moveable tailwheel portion of the ventral fin; a tailwheel strut extending through the ventral fin including: a fixed first strut portion; and an extendable second strut portion having the moveable tailwheel portion of the ventral fin secured thereto; and a fixed first strut portion; and an extendable second strut portion having the moveable tailwheel portion of the ventral fin secured thereto; and a tailwheel secured to the extendable second strut portion.
A signal transmission device (1, 2) that is configured to transmit and receive communication frames to/from a partner device (1, 2) through a transmission line, each of the communication frames having a header bit field, a data bit field, and a frame check sequence bit field, the signal transmission device comprising: a mode separator circuit configured to separate a transmission signal transmitted from the transmission line into differential mode components and common mode components; a detector circuit configured to detect, from the common mode components of the transmission signal separated by the mode separator circuit, impulse noises having been applied to the transmission line, the detector circuit being composed of an analog circuit; a noise counter configured to count the impulse noises detected by the detector circuit and to observe occurrence intervals of the impulse noises; and a data length changer configured to vary a length of the data bit field in the communication frames depending on the occurrence intervals of the impulse noises observed by the noise counter. a mode separator circuit configured to separate a transmission signal transmitted from the transmission line into differential mode components and common mode components; a detector circuit configured to detect, from the common mode components of the transmission signal separated by the mode separator circuit, impulse noises having been applied to the transmission line, the detector circuit being composed of an analog circuit; a noise counter configured to count the impulse noises detected by the detector circuit and to observe occurrence intervals of the impulse noises; and a data length changer configured to vary a length of the data bit field in the communication frames depending on the occurrence intervals of the impulse noises observed by the noise counter.
An image processing method, applicable to an electronic device, wherein the electronic device runs an application program, the electronic device executes a rendering operation issued by the application program, and the method comprises: executing a rendering operation of a first image on a first frame buffer and a second frame buffer, wherein the first frame buffer is different from the second frame buffer, wherein a quantity of drawcalls executed on each frame buffer in the process of rendering the first image is determined and a frame buffer on which a largest quantity of drawcalls being executed is determined as the first frame buffer, and wherein quantities of drawcalls executed on different frame buffers are different; and executing a rendering operation of a second image on a third frame buffer and the second frame buffer, wherein the first image and the second image are two consecutive frames of images, the rendering operation of the first image is not executed on the third frame buffer, the rendering operation of the second image is not executed on the first frame buffer, resolution of the third frame buffer is less than resolution of the first frame buffer, the third frame buffer is different from the second frame buffer, and the third frame buffer is different from the first frame buffer. executing a rendering operation of a first image on a first frame buffer and a second frame buffer, wherein the first frame buffer is different from the second frame buffer, wherein a quantity of drawcalls executed on each frame buffer in the process of rendering the first image is determined and a frame buffer on which a largest quantity of drawcalls being executed is determined as the first frame buffer, and wherein quantities of drawcalls executed on different frame buffers are different; and executing a rendering operation of a second image on a third frame buffer and the second frame buffer, wherein the first image and the second image are two consecutive frames of images, the rendering operation of the first image is not executed on the third frame buffer, the rendering operation of the second image is not executed on the first frame buffer, resolution of the third frame buffer is less than resolution of the first frame buffer, the third frame buffer is different from the second frame buffer, and the third frame buffer is different from the first frame buffer.