mhurhangee/ep-ind-claims huggingface dataset:
A dose counter (1;201) for counting the number of doses of medicament dispensed from a medicament dispenser comprising: first (20;220) and second (30;230) count wheels which are concentrically arranged for rotation on a common axis of rotation (F-F), each count wheel having count indicia (22,32;222,232) thereon; a display region (16;216) positioned for the count indicia of each count wheel to register with and display the count of the counter; means (50;250) for incrementally rotating the first count wheel in a predetermined sense to change the count indicia thereof registering with the display region; and a mechanism (28a,28b,34,40;228a,228b,234,240) adapted to intermittently transmit the incremental rotation of the first count wheel into an incremental rotation of the second count wheel in a predetermined sense to change the count indicia thereof registering with the display region; characterised in that said means is a ratchet wheel (50; 250) which is arranged for rotation about the common axis of rotation (i) in the same sense as the predetermined sense of the first count wheel to drivably rotate the first count wheel in the predetermined sense, and (ii) in the opposite sense relative to the first count wheel. first (20;220) and second (30;230) count wheels which are concentrically arranged for rotation on a common axis of rotation (F-F), each count wheel having count indicia (22,32;222,232) thereon; a display region (16;216) positioned for the count indicia of each count wheel to register with and display the count of the counter; means (50;250) for incrementally rotating the first count wheel in a predetermined sense to change the count indicia thereof registering with the display region; and a mechanism (28a,28b,34,40;228a,228b,234,240) adapted to intermittently transmit the incremental rotation of the first count wheel into an incremental rotation of the second count wheel in a predetermined sense to change the count indicia thereof registering with the display region; characterised in that said means is a ratchet wheel (50; 250) which is arranged for rotation about the common axis of rotation (i) in the same sense as the predetermined sense of the first count wheel to drivably rotate the first count wheel in the predetermined sense, and (ii) in the opposite sense relative to the first count wheel.
A display assembly for an interior panel of a vehicle, the display assembly comprising: a display device (101, 106) with a display screen (101 A) on a front surface, the front surface being configured to face a direction of a floor of the vehicle when the display device (101, 106) is in a downward position, the display device comprising a length of 600-700mm in a horizontal direction along a width; a pivot (111, 113) connectable to an edge of the display device and a surface of the vehicle interior panel; and a control unit (103, 105, 107) configured to initiate a movement of the display device (101, 106), upon a detection of the vehicle entering an autonomous driving mode and a retraction of a seat immediately in front of the display device, from the downward position to an upward position such that the display screen (101 A) faces a backend of the vehicle, wherein the movement comprises solely of a rotation along a single pivot axis (111 A). a display device (101, 106) with a display screen (101 A) on a front surface, the front surface being configured to face a direction of a floor of the vehicle when the display device (101, 106) is in a downward position, the display device comprising a length of 600-700mm in a horizontal direction along a width; a pivot (111, 113) connectable to an edge of the display device and a surface of the vehicle interior panel; and a control unit (103, 105, 107) configured to initiate a movement of the display device (101, 106), upon a detection of the vehicle entering an autonomous driving mode and a retraction of a seat immediately in front of the display device, from the downward position to an upward position such that the display screen (101 A) faces a backend of the vehicle, wherein the movement comprises solely of a rotation along a single pivot axis (111 A).
A method of rendering a stored file inaccessible, comprising: generating and storing a unique encryption key in a remote key server; in a data archiving system, storing the file by: assembling a set of metadata and a unique file content identifier associated with the file; creating an asset by encrypting the file, including obtaining the unique encryption key from the remote key server and associating the key with the file; and storing the asset in a storage array (148a,148b), wherein the unique file content identifier is used as a content addressable storage index identifying the asset; creating a data record associating the metadata associated with the file with the stored asset; creating, at a disposition agent, a disposition manifest listing the asset stored in the storage array marked for deletion; sending the disposition manifest to the remote key server; obtaining, at the disposition agent, authorization from the remote key server to render the asset inaccessible prior to rendering the asset inaccessible; and rendering, at the disposition agent, the asset inaccessible by selectively deleting the key associated with the file. generating and storing a unique encryption key in a remote key server; in a data archiving system, storing the file by: assembling a set of metadata and a unique file content identifier associated with the file; creating an asset by encrypting the file, including obtaining the unique encryption key from the remote key server and associating the key with the file; and storing the asset in a storage array (148a,148b), wherein the unique file content identifier is used as a content addressable storage index identifying the asset; assembling a set of metadata and a unique file content identifier associated with the file; creating an asset by encrypting the file, including obtaining the unique encryption key from the remote key server and associating the key with the file; and storing the asset in a storage array (148a,148b), wherein the unique file content identifier is used as a content addressable storage index identifying the asset; creating a data record associating the metadata associated with the file with the stored asset; creating, at a disposition agent, a disposition manifest listing the asset stored in the storage array marked for deletion; sending the disposition manifest to the remote key server; obtaining, at the disposition agent, authorization from the remote key server to render the asset inaccessible prior to rendering the asset inaccessible; and rendering, at the disposition agent, the asset inaccessible by selectively deleting the key associated with the file.
A method comprising: receiving a plurality of data packets, wherein each data packet of the plurality of data packets includes an indication at least partly common to related data packets of the plurality of data packets; assigning each data packet of the plurality of data packets to one of a plurality of buffer memories (212; 214; 216; 218), wherein each of the plurality of buffer memories comprises only data packets having the same indication; selecting a current buffer memory from among the plurality of buffer memories; scheduling data packets from the current buffer memory for delivery in a time-sliced burst (711; 713; 715); selecting a next buffer memory from among the plurality of buffer memories; scheduling data packets from the next buffer memory for delivery in a second time-sliced burst; forwarding the data packets from the current buffer memory for transmission in the time-sliced burst and forwarding the data packets from the next buffer memory for transmission in the second time-sliced burst. receiving a plurality of data packets, wherein each data packet of the plurality of data packets includes an indication at least partly common to related data packets of the plurality of data packets; assigning each data packet of the plurality of data packets to one of a plurality of buffer memories (212; 214; 216; 218), wherein each of the plurality of buffer memories comprises only data packets having the same indication; selecting a current buffer memory from among the plurality of buffer memories; scheduling data packets from the current buffer memory for delivery in a time-sliced burst (711; 713; 715); selecting a next buffer memory from among the plurality of buffer memories; scheduling data packets from the next buffer memory for delivery in a second time-sliced burst; forwarding the data packets from the current buffer memory for transmission in the time-sliced burst and forwarding the data packets from the next buffer memory for transmission in the second time-sliced burst.
A method of recycling a toughened thermoplastic polymer having therein an elastomeric polymer that is present as dispersed elastomer domains comprising, (a) dissolving the thermoplastic polymer in a solvent to form a solution, wherein the elastomer is dispersed within the solution as elastomer particulates or droplets, the solution and elastomer particles or droplets each having a density such that said densities have a density difference; (b) applying a centrifugal force to the solution to separate the elastomeric particulates or droplets from the solution to form a separated system, (c) recovering the thermoplastic polymer and elastomeric polymer by removing one or both from the separated system. (a) dissolving the thermoplastic polymer in a solvent to form a solution, wherein the elastomer is dispersed within the solution as elastomer particulates or droplets, the solution and elastomer particles or droplets each having a density such that said densities have a density difference; (b) applying a centrifugal force to the solution to separate the elastomeric particulates or droplets from the solution to form a separated system, (c) recovering the thermoplastic polymer and elastomeric polymer by removing one or both from the separated system.
A device for encoding audio data, the device comprising: one or more processors configured to: obtain an audio signal comprising a plurality of elements; generate a first Higher-Order Ambisonics soundfield that represents the audio signal; select a set of elements of the audio signal for encoding in a non-Higher-Order Ambisonics domain; generate, based on the selected set of elements and a set of spatial positioning vectors, a second HOA soundfield that represents the selected set of elements; generate a third HOA soundfield that represents a difference between the first HOA soundfield and the second HOA soundfield; and generate a coded audio bitstream that includes a representation of the selected set of elements in the non-HOA domain, an indication of the set of spatial positioning vectors, and a representation of the third HOA soundfield; and a memory, electrically coupled to the one or more processors, configured to store at least a portion of the coded audio bitstream. one or more processors configured to: obtain an audio signal comprising a plurality of elements; generate a first Higher-Order Ambisonics soundfield that represents the audio signal; select a set of elements of the audio signal for encoding in a non-Higher-Order Ambisonics domain; generate, based on the selected set of elements and a set of spatial positioning vectors, a second HOA soundfield that represents the selected set of elements; generate a third HOA soundfield that represents a difference between the first HOA soundfield and the second HOA soundfield; and generate a coded audio bitstream that includes a representation of the selected set of elements in the non-HOA domain, an indication of the set of spatial positioning vectors, and a representation of the third HOA soundfield; and obtain an audio signal comprising a plurality of elements; generate a first Higher-Order Ambisonics soundfield that represents the audio signal; select a set of elements of the audio signal for encoding in a non-Higher-Order Ambisonics domain; generate, based on the selected set of elements and a set of spatial positioning vectors, a second HOA soundfield that represents the selected set of elements; generate a third HOA soundfield that represents a difference between the first HOA soundfield and the second HOA soundfield; and generate a coded audio bitstream that includes a representation of the selected set of elements in the non-HOA domain, an indication of the set of spatial positioning vectors, and a representation of the third HOA soundfield; and a memory, electrically coupled to the one or more processors, configured to store at least a portion of the coded audio bitstream.
An image capturing method of an image capturing apparatus comprising: obtaining geographical position information of the image capturing apparatus; setting a target position in a live view image based on a moving object from the live view image, a location of said image capturing apparatus, and a direction from which said live view image is captured, the location and the direction being determined based on the geographical position information; tracking the moving object from the live view image; estimating a position of the moving object after a certain period of time in the future by using information on the tracked moving object; and capturing a still image based on the estimated position when the moving object is positioned on the target position in the live view image. obtaining geographical position information of the image capturing apparatus; setting a target position in a live view image based on a moving object from the live view image, a location of said image capturing apparatus, and a direction from which said live view image is captured, the location and the direction being determined based on the geographical position information; tracking the moving object from the live view image; estimating a position of the moving object after a certain period of time in the future by using information on the tracked moving object; and capturing a still image based on the estimated position when the moving object is positioned on the target position in the live view image.
A stator manufacturing apparatus for manufacturing a stator that comprises a stator core having a plurality of slots and stator coils each of which has a pair of side portions (16a, 16b) disposed in a predetermined pair of the slots, the apparatus comprising: an insertion tool configured to be inserted into the stator core, the insertion tool having a plurality of slit-like holding grooves formed on an outer periphery in correspondence with the plurality of slots, the insertion tool being configured to dispose the pair of side portions (16a, 16b) in a predetermined pair of the holding grooves separated by a predetermined width; and a pressing tool having a plurality of plate-like pushers narrowed toward tips arranged on a pressing body in correspondence with the positions of the plurality of the holding grooves, wherein the pressing tool is configured to push the pairs of the side portions (16a, 16b) inserted in the holding grooves radially outwardly and insert the side portions (16a, 16b) into the predetermined pair of the slots by inserting the pushers into the holding grooves at the tips, characterized in that the apparatus further comprises grippers configured to grip the pair of the side portions (16a, 16b) to dispose the stator coil in the predetermined pair of the holding grooves, and the insertion tool has a recessed groove on the outer periphery thereof to enable the grippers to be inserted to dispose the pair of the side portions (16a, 16b) in the predetermined pair of the holding grooves. an insertion tool configured to be inserted into the stator core, the insertion tool having a plurality of slit-like holding grooves formed on an outer periphery in correspondence with the plurality of slots, the insertion tool being configured to dispose the pair of side portions (16a, 16b) in a predetermined pair of the holding grooves separated by a predetermined width; and a pressing tool having a plurality of plate-like pushers narrowed toward tips arranged on a pressing body in correspondence with the positions of the plurality of the holding grooves, wherein the pressing tool is configured to push the pairs of the side portions (16a, 16b) inserted in the holding grooves radially outwardly and insert the side portions (16a, 16b) into the predetermined pair of the slots by inserting the pushers into the holding grooves at the tips, characterized in that the apparatus further comprises grippers configured to grip the pair of the side portions (16a, 16b) to dispose the stator coil in the predetermined pair of the holding grooves, and the insertion tool has a recessed groove on the outer periphery thereof to enable the grippers to be inserted to dispose the pair of the side portions (16a, 16b) in the predetermined pair of the holding grooves.
A cutting plate for cutting a thread, exhibiting a base surface, a cover surface and lateral surfaces (4, 5, 6, 7), which join the base surface and cover surface together, wherein several cutting teeth with cutting edges arranged in a row (33, 34) are formed on the cover surface, wherein the cover surface exhibits opposing areas (31, 32), which fall off outwardly from a center, and on which is arranged a respective row (33, 34) of cutting teeth, characterized in that the falling areas (31, 32) are twisted around an axis opposite each other in different rotational directions.
Device for closing a container (9, 9') with a container cap (8, 8'), preferably for closing a beverage container (9, 9') with a container cap (8, 8') in a beverage filling system, comprising a transport unit, which can be moved in a transport direction, with a capping unit, which can be moved on the transport unit transversely to the transport direction, for selectively applying a first type of cap to a container opening of a first type of container and a second type of cap to a container opening of a second type of container, wherein a guide curve for determining a position of the capping unit transversely to the transport direction is engaged with the capping unit, characterised in that the guide curve comprises a first guide section for guiding the capping unit for applying the first type of cap and a second guide section located downstream of the first guide section in the transport direction for guiding the capping unit for applying the second type of cap.
A method for thermal spraying, especially for arc spraying using a filler material which is melted by an arc generated by means of electrodes, wherein a compressed gas flows out of a nozzle at high velocity and sprays the molten material of the filler material onto a surface, wherein - a compressed gas is generated with a modulated/pulsating gas flow of high velocity and - the formation of a quasi-stationary vortex field of the molten material of the filler material is thus limited or prevented, such that - particles/drops of the molten material are prevented from depositing or dwelling on the nozzle and/or on the filler material, and/or particles/drops that have been deposited thereon are detached, characterized in that the limitation or prevention of the quasi-stationary vortex field in the region of the ends of the filler material occurs by modulation/pulsation of the gas flow of the compressed gas with a temporal change in the gas volume flow. - a compressed gas is generated with a modulated/pulsating gas flow of high velocity and - the formation of a quasi-stationary vortex field of the molten material of the filler material is thus limited or prevented, such that - particles/drops of the molten material are prevented from depositing or dwelling on the nozzle and/or on the filler material, and/or particles/drops that have been deposited thereon are detached,
A method for producing O-phosphoserine, comprising acting phosphoserine aminotransferase (PSAT) and 3-phosphoglycerate dehydrogenase (PGDH) that are each derived from a thermophilic bacterium on 3-phosphoglyceric acid at a pH of 6 to 8 to generate O-phosphoserine.
A method for fast determination of channel coefficients performed in a Digital Subscriber Line, DSL, system, by a Vectoring Control Entity, VCE, the method comprising the step of: Obtaining error samples from remote terminals connected to lines in a vectored group of DSL lines; and characterized in comprising the step of calculating a partial channel estimate comprising an estimate of channel coefficients that have changed due to a disorderly event, based on the error samples; wherein the channel coefficients that have changed are related to the line subjected to the disorderly event. Obtaining error samples from remote terminals connected to lines in a vectored group of DSL lines; and characterized in comprising the step of calculating a partial channel estimate comprising an estimate of channel coefficients that have changed due to a disorderly event, based on the error samples; wherein the channel coefficients that have changed are related to the line subjected to the disorderly event.
A method of operating a first wind turbine and a second wind turbine in a situation wherein presence of the first wind turbine affects the wind so that a wake is generated that affects the second wind turbine, the method comprising: determining one or more parameters of the wind at the first wind turbine; determining one or more parameters of the wind at the second wind turbine; based on the one or more parameters of the wind at the first wind turbine, and on the one or more parameters of the wind at the second wind turbine, determining a value of a parameter of a theoretical wake model to determine a current wake model; and optimizing the operation of the first and second wind turbines based on the current wake model. determining one or more parameters of the wind at the first wind turbine; determining one or more parameters of the wind at the second wind turbine; based on the one or more parameters of the wind at the first wind turbine, and on the one or more parameters of the wind at the second wind turbine, determining a value of a parameter of a theoretical wake model to determine a current wake model; and optimizing the operation of the first and second wind turbines based on the current wake model.