mhurhangee/ep-ind-claims huggingface dataset:
A television receiver comprising: a tuner for receiving a digital broadcasting signal; a transport decoder for selecting a television program from the received broadcasting signal; an initial setup module configured to make an initial setup of the TV receiver by cooperating with a menu control module and an OSD controller to display a menu screen from which a user selects a menu language as initial setup information and maintain initial setup information when initially setting up the television receiver that indicates at least the menu language from a variety of languages; and a network control module configured to access a server of the World Wide Web and transmit a language request signal to the server in a Accept-Language header of an HTTP request when accessing the server to determine a content language, further comprising a setup information association process module configured to determine said language request signal to request the same language as the selected menu language indicated in the initial setup information, wherein the language request signal is automatically determined when the menu language is decided by the user when setting up the television receiver, wherein the language request signal is configured to cause the server to deliver content in the selected menu language. a tuner for receiving a digital broadcasting signal; a transport decoder for selecting a television program from the received broadcasting signal; an initial setup module configured to make an initial setup of the TV receiver by cooperating with a menu control module and an OSD controller to display a menu screen from which a user selects a menu language as initial setup information and maintain initial setup information when initially setting up the television receiver that indicates at least the menu language from a variety of languages; and a network control module configured to access a server of the World Wide Web and transmit a language request signal to the server in a Accept-Language header of an HTTP request when accessing the server to determine a content language, further comprising a setup information association process module configured to determine said language request signal to request the same language as the selected menu language indicated in the initial setup information, wherein the language request signal is automatically determined when the menu language is decided by the user when setting up the television receiver, wherein the language request signal is configured to cause the server to deliver content in the selected menu language.
Measuring device for detecting and measuring a wrapping force of a film made of stretchable plastic material that is wrapped around a load, characterized in that it comprises a first angular element, associable and fixable to an edge and/or a flat wall of said load, at least one force sensor fixed to said first angular element, a second angular element, fixed to and supported by said force sensor and a control unit connected to said force sensor and arranged to receive therefrom a signal relating to at least one wrapping force exerted on said second angular element by said film that is wrapped around said load and said measuring device.
A multilayered material sheet comprising a consolidated stack of unidirectional monolayers of drawn polymer, whereby the draw direction of two subsequent monolayers in the stack differs by an angle α, whereby at least one monolayer comprises at least one unidirectional tape of the drawn polymer, each tape comprises longitudinal edges, whereby the monolayer has an area of elevated thickness adjacent to and along the substantial length of the longitudinal edges of the at least one unidirectional tape whereby the area of elevated thickness is at least 4 microns greater than the thickness of the at least one unidirectional tape.
Aerosol-generating device comprising a device housing comprising a receiving chamber adapted to receive any one of a first-type consumable and a second-type consumable, wherein the receiving chamber comprises a first structure for receiving a first-type consumable and comprises a second structure for receiving a second-type consumable or comprises a structure selector for selecting between a first structure and a second structure, wherein first and second structures differ in at least one of shape, size or position in the receiving chamber; wherein the device further comprises an aerosolization system associated with at least a portion of the receiving chamber, the aerosolization system being configured to cooperate with any of the first type or second type consumable when any of the first type or second type consumable are received in the receiving chamber; and wherein the receiving chamber is configured such that when a consumable is received in the receiving chamber a further consumable is prevented from being received in the receiving chamber.
A method for initializing a protecting device, PD, comprised in a IEEE802.22.1 wireless regional area network, WRAN, the method comprising the PD performing the steps of: monitoring a channel for a monitoring period; determining whether there exists a primary protecting device, PPD, on the monitored channel; if there exists no PPD on the monitored channel, acting the PD as the PPD, and transmitting beacon information; and if there exists the PPD on the monitored channel, acting the PD as a secondary beacon transmission device, SPD, starting an SPD timer for a predetermined initialization time period, and receiving, from the PPD, the beacon information, and waiting for the predetermined initialization time period to expire in the SPD timer before transmitting information to the PPD, wherein, if the PD acts as the PPD, the PPD starts a PPD timer and broadcasts the beacon information until the PPD timer is expired, and if the PPD timer is expired, completes an initialization process, and the PPD is allowed to receive a beacon request or beacon information from the SPD, and wherein the beacon information includes a structure of a beacon frame. monitoring a channel for a monitoring period; determining whether there exists a primary protecting device, PPD, on the monitored channel; if there exists no PPD on the monitored channel, acting the PD as the PPD, and transmitting beacon information; and if there exists the PPD on the monitored channel, acting the PD as a secondary beacon transmission device, SPD, starting an SPD timer for a predetermined initialization time period, and receiving, from the PPD, the beacon information, and waiting for the predetermined initialization time period to expire in the SPD timer before transmitting information to the PPD, wherein, if the PD acts as the PPD, the PPD starts a PPD timer and broadcasts the beacon information until the PPD timer is expired, and if the PPD timer is expired, completes an initialization process, and the PPD is allowed to receive a beacon request or beacon information from the SPD, and wherein the beacon information includes a structure of a beacon frame.
A method for providing a Service Set Identifier, SSID, in a wireless local area network, WLAN, for a variety of terminal devices operating a variety of preset system platforms comprising a system platform using a non-universal character encoding form and a system platform utilizing a universal character encoding form, characterized in that the method comprises the following steps performed by a communication device comprising a router or a wireless access point or a wireless controller: determining whether the SSID contains a Chinese character; if the SSID contains a Chinese character; encoding the SSID by utilizing the non-universal character encoding form to generate a first SSID code and encoding the SSID by utilizing the universal character encoding form to generate a second SSID code; broadcasting in the WLAN the generated first and second SSID codes for the variety of terminal devices operating a variety of system platforms determining whether the SSID contains a Chinese character; if the SSID contains a Chinese character; encoding the SSID by utilizing the non-universal character encoding form to generate a first SSID code and encoding the SSID by utilizing the universal character encoding form to generate a second SSID code; broadcasting in the WLAN the generated first and second SSID codes for the variety of terminal devices operating a variety of system platforms
An image display method comprising: displaying, on a display, an item list that includes items and a cursor that indicates a location of a user input on the display; detecting the user input for moving the cursor; characterised in that the image display method comprises: moving the cursor in response to the detected user input and changing properties of an item among the items according to an overlapping extent of a first virtual area that is set with respect to the cursor and a second virtual area that is set with respect to the item; wherein the changing of the properties of the item comprises changing a size of content displayed on the item according to the overlapping extent, while maintaining a size of the item, wherein the changing the size of content displayed on the item according to the overlapping extent comprises gradually changing the size of the content displayed on the item as the cursor is moved to a center of the item. displaying, on a display, an item list that includes items and a cursor that indicates a location of a user input on the display; detecting the user input for moving the cursor; characterised in that the image display method comprises: moving the cursor in response to the detected user input and changing properties of an item among the items according to an overlapping extent of a first virtual area that is set with respect to the cursor and a second virtual area that is set with respect to the item; wherein the changing of the properties of the item comprises changing a size of content displayed on the item according to the overlapping extent, while maintaining a size of the item, wherein the changing the size of content displayed on the item according to the overlapping extent comprises gradually changing the size of the content displayed on the item as the cursor is moved to a center of the item. moving the cursor in response to the detected user input and changing properties of an item among the items according to an overlapping extent of a first virtual area that is set with respect to the cursor and a second virtual area that is set with respect to the item; wherein the changing of the properties of the item comprises changing a size of content displayed on the item according to the overlapping extent, while maintaining a size of the item, wherein the changing the size of content displayed on the item according to the overlapping extent comprises gradually changing the size of the content displayed on the item as the cursor is moved to a center of the item.
A planetary rotary rack device for nano coating equipment, characterized in that the planetary rotary rack device comprises a chamber, an air exhausting port connected to a top of the chamber, a vacuum pump connected to the air exhausting port, an air inlet valve connected to the chamber via an air inlet pipeline, a feeding valve connected to the chamber via a feeding pipeline, a radio frequency power supply connected to an electrode in the chamber via a wire, and a hollow tube installed at a central axis location of the chamber; wherein through holes are formed on the hollow tube, the air exhausting port is connected to an upper end of the hollow tube, a rotary motor is installed at a bottom of the chamber, and a planetary rotary rack is installed on the rotary motor; the planetary rotary rack comprises a rotary shaft and a rotary rack, wherein the rotary shaft is connected to the rotary motor; the rotary shaft and the hollow tube are coaxial; the rotary rack is fixed to the rotary shaft; at least two planetary rotary shafts are disposed on the rotary rack, symmetrically; at least one rack layer is disposed on the planetary rotary shafts; the planetary rotary shafts are perpendicular to the rotary rack and are capable of rotating; and a work piece to be processed is placed on the rack layer.
A method of manufacturing a three - dimensional porous structure, characterised by: providing a sacrificial solid template; subjecting a parylene monomer to a vapor deposition process while the sacrificial solid template simultaneously proceeds to a sublimation process such that at a dynamic vapor-solid interface, the sacrificial solid template is consumed and spaces vacated from the sacrificial solid template are filled by the parylene monomer to form the three - dimensional porous structure that has a plurality of pores. providing a sacrificial solid template; subjecting a parylene monomer to a vapor deposition process while the sacrificial solid template simultaneously proceeds to a sublimation process such that at a dynamic vapor-solid interface, the sacrificial solid template is consumed and spaces vacated from the sacrificial solid template are filled by the parylene monomer to form the three - dimensional porous structure that has a plurality of pores.
Support bearing for a roll, said bearing comprising a first ring and a second ring disposed inside said first ring and substantially coaxial thereto, said first ring and said second ring defining between them an annular hollow space into which a cage structure is disposed comprising two circular crowns disposed distanced from each other and between which a plurality of rolling elements are disposed, provided to allow the reciprocal rotation of said first ring and said second ring, wherein said rolling elements are provided with a central body and with two tapered ends, and wherein said two circular crowns are provided with a plurality of housing seatings provided in order to allow the housing with play of said tapered ends inside them, and to act as a support for said rolling elements, characterized in that each of said housing seatings comprises a first portion facing toward the internal part of said cage structure and with which one of said tapered ends of said rolling elements cooperates, and a second portion having the shape of a substantially cylindrical through hole which extends from said first portion toward the outside of said cage structure.
A saddle-ride type vehicle blinker device comprising: a blinker main body storing a bulb; an elastic support member elastically supporting the blinker main body at a blinker support part set on a side of a body; and an electric wire outlet drawing an electric wire supplying power to the bulb from inside of the blinker main body towards outside, the electric wire outlet being disposed at the elastic support member or near the elastic support member, characterized in that at the elastic support member, a water avoiding part covering the electric wire outlet is molded integrally with a hinge part coupling together the water avoiding part and the elastic support member, and when fitted to the body, with respect to the elastic support member, the water avoiding part is arranged over the electric wire outlet while being bent at the hinge part, and also includes an engagement part, on a side of a water avoiding part, being supported in a posture covering the electric wire outlet while being engaged with any of part of the blinker main body, the electric wire, and the blinker support part. a blinker main body storing a bulb; an elastic support member elastically supporting the blinker main body at a blinker support part set on a side of a body; and an electric wire outlet drawing an electric wire supplying power to the bulb from inside of the blinker main body towards outside, the electric wire outlet being disposed at the elastic support member or near the elastic support member, characterized in that at the elastic support member, a water avoiding part covering the electric wire outlet is molded integrally with a hinge part coupling together the water avoiding part and the elastic support member, and when fitted to the body, with respect to the elastic support member, the water avoiding part is arranged over the electric wire outlet while being bent at the hinge part, and also includes an engagement part, on a side of a water avoiding part, being supported in a posture covering the electric wire outlet while being engaged with any of part of the blinker main body, the electric wire, and the blinker support part.
A method for producing an epoxidized natural rubber, comprising: Step 1 of coagulating natural rubber latex into granules to prepare a granular solid rubber; and Step 2 of treating the granular solid rubber with an epoxidizing liquid to epoxidize the granular solid rubber, wherein the granular solid rubber has a particle size of not more than 5 mm. Step 1 of coagulating natural rubber latex into granules to prepare a granular solid rubber; and Step 2 of treating the granular solid rubber with an epoxidizing liquid to epoxidize the granular solid rubber,
An image processing apparatus comprising: a region detection section configured to detect at least one predetermined region from a captured image on a basis of data attached to the captured image; and an image processing section configured to perform noise reduction processing on an image of the predetermined region detected by the region detection section, wherein the image processing section includes a parameter calculation section configured such that, using the image of the region and a processed image having undergone the noise reduction processing in an immediately preceding frame, the parameter calculation section calculates a parameter for deforming the processed image, a deformation section configured to deform the processed image on a basis of the parameter calculated by the parameter calculation section, a pre-deformation section configured such that, before the deformation section deforms the processed image, the pre-deformation section performs deformation processing on the processed image by using information regarding the region in a current frame, the information being included in the data. a region detection section configured to detect at least one predetermined region from a captured image on a basis of data attached to the captured image; and an image processing section configured to perform noise reduction processing on an image of the predetermined region detected by the region detection section, wherein the image processing section includes a parameter calculation section configured such that, using the image of the region and a processed image having undergone the noise reduction processing in an immediately preceding frame, the parameter calculation section calculates a parameter for deforming the processed image, a deformation section configured to deform the processed image on a basis of the parameter calculated by the parameter calculation section, a pre-deformation section configured such that, before the deformation section deforms the processed image, the pre-deformation section performs deformation processing on the processed image by using information regarding the region in a current frame, the information being included in the data.
A determination device comprising: an error detection unit configured to detect an error for a received frame; a determination unit configured to determine whether the received frame is a prescribed specific frame that is set in advance to be transmitted without being discarded; a discard unit configured to discard the received frame from which the error has been detected and that is not the specific frame; and a rewriting unit configured to rewrite a code for detection of an error of the specific frame based on a current bit sequence of the relevant frame. an error detection unit configured to detect an error for a received frame; a determination unit configured to determine whether the received frame is a prescribed specific frame that is set in advance to be transmitted without being discarded; a discard unit configured to discard the received frame from which the error has been detected and that is not the specific frame; and a rewriting unit configured to rewrite a code for detection of an error of the specific frame based on a current bit sequence of the relevant frame.
A crosslinkable composition comprising: - at least one semi-crystalline fluoropolymer [polymer] comprising recurring units derived from vinylidene fluoride and from 10% to 50% by moles [with respect to the total moles of recurring units of polymer] of recurring units derived from trifluoroethylene (TrFE); and - at least one crosslinking agent of formula [agent (Cz)]: {N 3 [S g1] s1} na - nh -R f -(R' H) nh' -{[S g2] S2 N 3} na' formula wherein each of g1 and g2, equal to or different from each other, is 1 or 2, each of s1 and s2, equal to or different from each other, is 0 or 1, each of na and na' is independently zero or an integer of 1 to 3, provided that the sum na+na' is at least 2, each of R H and R' H, equal to or different from each other, is a C 1 -C 12 hydrocarbon group free of fluorine atoms, nh and nh',equal or different from each other are independently 0 or 1, and R f is selected from the group consisting of i) a C 3 -C 20 fluorocarbon group, possibly comprising one or more ethereal oxygen atoms, ii) an oligomer comprising copolymerized units of vinylidene fluoride and trifluoroethylene. - at least one semi-crystalline fluoropolymer [polymer] comprising recurring units derived from vinylidene fluoride and from 10% to 50% by moles [with respect to the total moles of recurring units of polymer] of recurring units derived from trifluoroethylene (TrFE); and - at least one crosslinking agent of formula [agent (Cz)]: {N 3 [S g1] s1} na - nh -R f -(R' H) nh' -{[S g2] S2 N 3} na' formula wherein each of g1 and g2, equal to or different from each other, is 1 or 2, each of s1 and s2, equal to or different from each other, is 0 or 1, each of na and na' is independently zero or an integer of 1 to 3, provided that the sum na+na' is at least 2, each of R H and R' H, equal to or different from each other, is a C 1 -C 12 hydrocarbon group free of fluorine atoms, nh and nh',equal or different from each other are independently 0 or 1, and R f is selected from the group consisting of i) a C 3 -C 20 fluorocarbon group, possibly comprising one or more ethereal oxygen atoms, ii) an oligomer comprising copolymerized units of vinylidene fluoride and trifluoroethylene.
A data synchronization method, comprising: before executing a code, scanning, by a code scanning unit, the code to capture a synchronization instruction; adding, by the code scanning unit, a trap instruction before the synchronization instruction; and when the code runs to the trap instruction, obtaining, by a distributed shared memory DSM unit, a code execution right, wherein the DSM unit implements a concurrent multi-write protocol, and implements a single-write protocol when executing the synchronization instruction. before executing a code, scanning, by a code scanning unit, the code to capture a synchronization instruction; adding, by the code scanning unit, a trap instruction before the synchronization instruction; and when the code runs to the trap instruction, obtaining, by a distributed shared memory DSM unit, a code execution right, wherein the DSM unit implements a concurrent multi-write protocol, and implements a single-write protocol when executing the synchronization instruction.