mhurhangee/ep-ind-claims huggingface dataset:
Instrumented motorized valve comprising a valve body made of plastics material, said valve body forming a duct, said valve comprising an actuator suitable for moving a closure element in said duct, said valve body also including interfaces (215 - 216) for fastening system status sensors, said status sensors being in direct contact with the fluid flowing in said duct, said valve body also including elements (217a/204a - 217b/204b - 217c/204c) for mechanical fastening to the application, characterized in that said valve body consists of two separate and complementary housings (211 - 213), in that a first housing comprises said actuator, said closure element 205, said elements (217a - 217b - 217c) for mechanically fastening said motorized valve to the application and a part of the interface for fastening at least one of the system status sensors, in that a second housing includes said elements (204a - 204b - 204c) for mechanically fastening said motorized valve to the application and the rest of the interfaces (215 - 216) for fastening the system status sensors, and in that said duct is in two separate parts (218 - 219), each belonging to the first housing and to the second housing.
A method of authenticating a user of a computing device, the computing device having a memory storing an authentication video having a pre-selected time reference point, the method comprising: displaying, on a display, the authentication video; displaying an overlay image comprising a pre-selected overlay image reference point; receiving an input at a point in time in the video; receiving a further input to move the overlay image; and in response to the point in time in the video matching the pre-selected time reference point and the overlay image reference point being aligned with a pre-selected image present in the video at the pre-selected time reference point, indicating positive authentication. displaying, on a display, the authentication video; displaying an overlay image comprising a pre-selected overlay image reference point;
A thermoplastic interlayer sheet or film comprising an unplasticized high modulus polymer and at least one embossed surface, wherein said unplasticized high modulus polymer is an ethylene acid copolymer or an ionomer derived therefrom, or a combination thereof, and wherein said embossed surface comprises a surface pattern that provides relatively uninterrupted channels for de-airing in at least two non-parallel directions, wherein said channels are spaced 0.1 to 1 mm apart and have a depth of 14 to 20 μm and a width of 30 to 300 μm.
An electromagnetic shield for use in a power system for electromagnetically shielding at least one electrically conductive element included in the power system, which at least one electrically conductive element when energized generates an electric field around the at least one electrically conductive element, the electromagnetic shield comprising: a base portion; and opposing recess walls (20, 30, 40, 50) extending from the base portion at an angle with respect to a plane in which the base portion extends, so as to, together with the base portion, define a recess having a shape of a depression in the electromagnetic shield; wherein at least one recess wall is arranged such that it has a distal edge with respect to the base portion, wherein the distal edge comprises a cylindrical portion. a base portion; and opposing recess walls (20, 30, 40, 50) extending from the base portion at an angle with respect to a plane in which the base portion extends, so as to, together with the base portion, define a recess having a shape of a depression in the electromagnetic shield; wherein at least one recess wall is arranged such that it has a distal edge with respect to the base portion, wherein the distal edge comprises a cylindrical portion.
A method for embedding links into stored gameplay, the method comprising: retrieving stored gameplay and gameplay metadata associated with the stored gameplay, wherein the stored gameplay comprises at least one of a screenshot and a video of gameplay; generating a relevant link based on the retrieved gameplay metadata, wherein the relevant link refers to a game title session for a game platform, wherein the relevant link is a hyperlink; graphically or textually embedding the relevant link into the retrieved gameplay; and storing the link-embedded gameplay. retrieving stored gameplay and gameplay metadata associated with the stored gameplay, wherein the stored gameplay comprises at least one of a screenshot and a video of gameplay; generating a relevant link based on the retrieved gameplay metadata, wherein the relevant link refers to a game title session for a game platform, wherein the relevant link is a hyperlink; graphically or textually embedding the relevant link into the retrieved gameplay; and storing the link-embedded gameplay.
Method to provide vehicle data of a motor vehicle in which the signal strength of a mobile communications connection of the motor vehicle having a mobile communications network is detected at respectively detected positions of the motor vehicle by means of a control device of the motor vehicle, characterised by the steps: - as soon as it is detected by means of the detected signal strength that the mobile communications connection has been interrupted and the motor vehicle has been parked within a predetermined duration from this point in time: storing the position of the motor vehicle at which the motor vehicle was arranged at the point in time of the interruption of the mobile communications connection as a dead point by means of the control device; - transmitting predetermined vehicle data of the motor vehicle to a vehicle-external server device via the mobile communications connection by means of the control device, as soon as it is determined after storing the dead point that the motor vehicle has come within a predetermined distance of the stored dead point during a new journey; - providing the transmitted vehicle data by means of the vehicle-external server device. - as soon as it is detected by means of the detected signal strength that the mobile communications connection has been interrupted and the motor vehicle has been parked within a predetermined duration from this point in time: storing the position of the motor vehicle at which the motor vehicle was arranged at the point in time of the interruption of the mobile communications connection as a dead point by means of the control device; - transmitting predetermined vehicle data of the motor vehicle to a vehicle-external server device via the mobile communications connection by means of the control device, as soon as it is determined after storing the dead point that the motor vehicle has come within a predetermined distance of the stored dead point during a new journey; - providing the transmitted vehicle data by means of the vehicle-external server device.
A direct current -DC conversion apparatus comprising: a power conversion part; a plurality of sensors configured to detect a state of each portion of the power conversion part; and an artificial intelligence control part; characterized in that the artificial intelligence control part is configured to sample values output from the plurality of sensors for a predetermined time to generate two-dimensional state information, in which one axis is an input physical quantity and the other axis is a time, and process the two-dimensional state information by a convolutional neural network to output a plurality of control signals, which control an operation of the power conversion part according to classified result values; and the DC-DC conversion apparatus further comprises a configuration information memory in which a plurality of two-dimensional filters and artificial neural network weighting coefficients are stored; a control selection part configured to apply a set of the corresponding two-dimensional filter and artificial neural network weighting coefficients from the configuration information memory to the convolutional neural network circuit part in response to a setting instruction; and an operation mode determination part configured to determine an operation mode from an output of the plurality of sensors to output the setting instruction. a power conversion part; a plurality of sensors configured to detect a state of each portion of the power conversion part; and an artificial intelligence control part; characterized in that the artificial intelligence control part is configured to sample values output from the plurality of sensors for a predetermined time to generate two-dimensional state information, in which one axis is an input physical quantity and the other axis is a time, and process the two-dimensional state information by a convolutional neural network to output a plurality of control signals, which control an operation of the power conversion part according to classified result values; and the DC-DC conversion apparatus further comprises a configuration information memory in which a plurality of two-dimensional filters and artificial neural network weighting coefficients are stored; a control selection part configured to apply a set of the corresponding two-dimensional filter and artificial neural network weighting coefficients from the configuration information memory to the convolutional neural network circuit part in response to a setting instruction; and an operation mode determination part configured to determine an operation mode from an output of the plurality of sensors to output the setting instruction.
A power screwdriver comprising a drive part having a drive device, and comprising a transmission part, wherein the transmission part transmits a rotary movement of the drive device to an output shaft, and wherein the drive part is connected to the transmission part via a rotary joint via which the drive part is rotatable relative to the transmission part, wherein the rotary joint comprises a locking device via which the rotary joint is blockable, and the rotary joint comprises an input shaft nozzle and a driven shaft, characterized in that the locking device comprises an actuating element which connects the input shaft nozzle to the driven shaft, wherein, when exceeding a threshold value of a counter-torque applied to the driven shaft, the actuating element actuates the locking device for blocking.
A computing device (10, 500) comprising: one or more memory resources; a functional resource interface application configured to access one or more functional resources provided on, or available to the computing device (10, 500); and one or more processors coupled to the memory resources, the one or more processors to: receive a request, from a web-based programmatic resource that is executed within a browser of the computing device (10, 500), the request specifying a functional resource of the one or more functional resources and a document for printing, wherein the functional resource is not otherwise accessible to the web-based programmatic resource through a browser object model of the browser, retrieve the document and create, by the functional resource interface application, a rasterized version of the document according to the request, and communicate to a web service, by the functional resource interface application, the rasterized version of the document for further processing. one or more memory resources; a functional resource interface application configured to access one or more functional resources provided on, or available to the computing device (10, 500); and one or more processors coupled to the memory resources, the one or more processors to: receive a request, from a web-based programmatic resource that is executed within a browser of the computing device (10, 500), the request specifying a functional resource of the one or more functional resources and a document for printing, wherein the functional resource is not otherwise accessible to the web-based programmatic resource through a browser object model of the browser, retrieve the document and create, by the functional resource interface application, a rasterized version of the document according to the request, and communicate to a web service, by the functional resource interface application, the rasterized version of the document for further processing. receive a request, from a web-based programmatic resource that is executed within a browser of the computing device (10, 500), the request specifying a functional resource of the one or more functional resources and a document for printing, wherein the functional resource is not otherwise accessible to the web-based programmatic resource through a browser object model of the browser, retrieve the document and create, by the functional resource interface application, a rasterized version of the document according to the request, and communicate to a web service, by the functional resource interface application, the rasterized version of the document for further processing.
Electrical energy store comprising at least one electrode stack, which has a plurality of layers of electrodes arranged above one another in a stacking direction and separators arranged between the electrodes, comprising a first pressure plate and comprising a second pressure plate for exerting a pressure on at least one of the electrode stacks arranged between the pressure plates (32, 34), comprising at least one actuator (30, 56, 58, 62) for moving at least one of the pressure plates (32, 34), and comprising a control device for controlling the at least one actuator (30, 56, 58, 62), wherein the at least one actuator (56, 58, 62) is designed as a mechanical drive device by means of which the distance between the pressure plates (32, 34) can be changed, characterized in that the pressure plates (32, 34) are coupled to one another by at least one actuator (30, 56, 58, 62), wherein the distance between the pressure plates (32, 34) can be changed by controlling the at least one actuator (30, 56, 58, 62), which control is effected by the control device, wherein the drive device has a threaded spindle and/or a rack, wherein the threaded spindle and/or the rack is designed to change the distance between the pressure plates (32, 34) by actuating a lever device.
A moisture-permeable waterproof shoe comprising an upper defining an interior space and having a top open end communicating with said interior space, an inner sleeve unit disposed in said interior space, and a sole fixed to a bottom portion of said upper, said inner sleeve unit including a shoe-shaped inner sleeve, a waterproof unit and a bottom sealing member, said shoe-shaped inner sleeve defining a foot space and including an inner sleeve bottom surface, a moisture-permeable waterproof layer located on an outer side of said shoe-shaped inner sleeve, and a bottom seam formed on said inner sleeve bottom surface and extending along a front-rear direction, said shoe-shaped inner sleeve having a top open end communicating with said foot space for entry of a foot of a user thereinto and corresponding to said top open end of said upper, said waterproof unit including a bottom waterproof strip fixed to an outer surface of said moisture-permeable waterproof layer at a position corresponding to said bottom seam so as to cover said bottom seam, said bottom sealing member being fixed to said inner sleeve bottom surface, wherein said bottom waterproof strip being formed with at least one gap.
A multi-stage biodegradable drug delivery platform, the platform comprising: a body comprising a first biodegradable material, the body shaped to be delivered through the skin of a mammal and lodge subcutaneously within the mammal by force applied to the body, the body including a pointed tissue penetrating end and being at least partially hollow to define a primary cavity; a shell defining a secondary cavity, the shell disposed within the body and comprising a second biodegradable material comprising magnesium; a first therapeutic agent dosage carried by the body in the primary cavity and disposed outside the shell defining the secondary cavity so as to be releasable within the mammal by in vivo biodegradation of the body after a first time period; and a second therapeutic agent dosage disposed within the secondary cavity of the shell so as to be releasable within the mammal by in vivo biodegradation of the shell after a second time period; and wherein at least one of a wall thickness or a physical characteristic of the body and the shell are selected such that the body degrades at a faster rate than the shell. a body comprising a first biodegradable material, the body shaped to be delivered through the skin of a mammal and lodge subcutaneously within the mammal by force applied to the body, the body including a pointed tissue penetrating end and being at least partially hollow to define a primary cavity; a shell defining a secondary cavity, the shell disposed within the body and comprising a second biodegradable material comprising magnesium; a first therapeutic agent dosage carried by the body in the primary cavity and disposed outside the shell defining the secondary cavity so as to be releasable within the mammal by in vivo biodegradation of the body after a first time period; and a second therapeutic agent dosage disposed within the secondary cavity of the shell so as to be releasable within the mammal by in vivo biodegradation of the shell after a second time period; and wherein at least one of a wall thickness or a physical characteristic of the body and the shell are selected such that the body degrades at a faster rate than the shell.
An industrial truck that has a vehicle control for automatic operation, a load bearing means controlled in automatic operation, a drive system controlled in automatic operation and a personal safety system that detects at least one safety zone in front of the load bearing means and evaluates it for the vehicle control, wherein the personal safety system has a distance measuring apparatus which detects distance data on objects and obstacles within the at least one safety zone, characterized in that the vehicle control is designed to deposit and/or pick up a plurality of load carriers at a predetermined distance from each other, wherein the vehicle control accesses the distance data of the personal safety system to automatically control load bearing means and the drive system.
A wireless communication and data storage method for enabling storing data that is present on one or multiple source units to storage units, and for reducing transmission errors caused by distorting effects of a wireless communication channel, by the help of at least one relay unit, using cooperative communication protocols and/or network coding techniques, the method comprising the steps of: dividing the data that is present in at least one source unit into data packets, wherein the dividing is performed in at least one load balancing data packer that is inside the source unit using system information, distributing the data packets to at least one wireless communication interface that is inside the source unit via the load balancing data packer according to a previously defined success criteria, transmitting the data packets wirelessly to the at least one relay unit and at least one storage unit in a broadcast phase, B, via the wireless communication interface that is inside the source unit, taking the data packets to the at least one relay unit through at least one wireless communication interface at the at least one relay unit detecting the data packets at the at least one relay unit, deciding if the network coding is going to be realized or not at the at least one relay unit according to network topology information, if it is decided to realize network coding, unpacking the detected data packets in a network coding unit (5.1) that is inside the at least one relay unit, coding and merging the unpacked data, using the network topology information, afterwards, transmitting it to a load balancing data packer that is inside the at least one relay unit, if it is decided not to realize network coding, unpacking the detected data packets, transmitting it to the load balancing data packer that is inside the at least one relay unit using transmitting techniques, dividing the data that is network coded or that is transmitted using the transmitting techniques into data packets, at the load balancing data packer that is present in the at least one relay unit, using the system information, distributing the data packets to the at least one wireless communication interface that is inside the at least one relay unit via the load balancing data packer that is inside the at least one relay unit, according to the previously defined success criteria, transmitting the data packets wirelessly to the storage unit in a relaying phase, R, via the wireless communication interface that is inside the at least one relay unit, taking the data packets that are transmitted in the broadcast phase, B, and in the relaying phase, R, into the storage unit via at least one wireless communication interface that is present in the storage unit, decoding the data that are incident from both phases, by at least one network decoding unit (6.1) that is present in the storage unit, merging the decoded data at the storage unit, storing the merged data in at least one data storage unit (6.2) that is present in the storage unit.
A preassembled track apparatus, which can be transported in a preassembled state, comprising at least two rails equipped with a skid, wherein the preassembled track apparatus has: - braced sleepers which are intended to be fastened on a track on a concrete slab and joining at the least two rails, positioned transversely to the direction of the track, the braced sleepers comprising: - an upper sector, limited by two lateral sectors, - two seating slabs linked to the upper sector, - at least one securing element linked to each seating slab and able to be coupled to the skid such that it retains the rails fastening the track width, - a lower sector opposite from the upper sector, characterised in that, - the lateral sectors comprise holes separated at a distance in the longitudinal direction of the braced sleeper and at different heights, - the lower sector comprises cavities close to the holes, and in that the preassembled track apparatus additionally comprises: - braces parallel to each other which link the braced sleepers, wherein the ends of each brace comprise a joining segment able to be coupled to the holes and, - at least one joining component for each joining segment, which retain the braces in the holes fastening the position thereof. - braced sleepers which are intended to be fastened on a track on a concrete slab and joining at the least two rails, positioned transversely to the direction of the track, the braced sleepers comprising: - an upper sector, limited by two lateral sectors, - two seating slabs linked to the upper sector, - at least one securing element linked to each seating slab and able to be coupled to the skid such that it retains the rails fastening the track width, - a lower sector opposite from the upper sector, characterised in that, - an upper sector, limited by two lateral sectors, - two seating slabs linked to the upper sector, - at least one securing element linked to each seating slab and able to be coupled to the skid such that it retains the rails fastening the track width, - a lower sector opposite from the upper sector, - the lateral sectors comprise holes separated at a distance in the longitudinal direction of the braced sleeper and at different heights, - the lower sector comprises cavities close to the holes, and in that the preassembled track apparatus additionally comprises: - braces parallel to each other which link the braced sleepers, wherein the ends of each brace comprise a joining segment able to be coupled to the holes and, - at least one joining component for each joining segment, which retain the braces in the holes fastening the position thereof.