mhurhangee/patent-ind-claim-en huggingface dataset:
A method of video coding using prediction modes including palette coding mode, the method comprising: receiving a video bitstream corresponding to coded data of a current block or input data associated with the current block; if a current prediction mode is the palette coding mode, parsing all escape values for a same color component grouped together from the video bitstream at a decoder side, or grouping and signaling all escape values for the same color component together at an encoder side; and decoding or encoding the current block using information including the escape values if the escape values exist; characterized in that the grouped escape values for the same component are grouped together in such a way that the grouped escape values of the same component are not interleaved with the grouped escape values for any other color component; wherein the method further comprises: storing the grouped escape values for the same color component of the current block in a transform coefficient buffer, wherein the grouped escape values for different color components share the buffer by storing the grouped escape values for one color component in the transform coefficient buffer at a time. receiving a video bitstream corresponding to coded data of a current block or input data associated with the current block; if a current prediction mode is the palette coding mode, parsing all escape values for a same color component grouped together from the video bitstream at a decoder side, or grouping and signaling all escape values for the same color component together at an encoder side; and decoding or encoding the current block using information including the escape values if the escape values exist; characterized in that the grouped escape values for the same component are grouped together in such a way that the grouped escape values of the same component are not interleaved with the grouped escape values for any other color component; wherein the method further comprises: storing the grouped escape values for the same color component of the current block in a transform coefficient buffer, wherein the grouped escape values for different color components share the buffer by storing the grouped escape values for one color component in the transform coefficient buffer at a time. storing the grouped escape values for the same color component of the current block in a transform coefficient buffer, wherein the grouped escape values for different color components share the buffer by storing the grouped escape values for one color component in the transform coefficient buffer at a time.
An electronic device , comprising a screen cover and a housing , wherein at least one of the screen cover and the housing comprises a glass, wherein the glass comprises glass phase layers that is located on a surface layer of the glass and comprises no crystal, and a glass-ceramic layer that is stacked with the glass phase layers and comprises crystals; wherein the glass is a glass sheet, and the glass comprises two glass phase layers in a thickness direction of the glass; and the glass-ceramic layer is located between the two glass phase layers. wherein the glass comprises glass phase layers that is located on a surface layer of the glass and comprises no crystal, and a glass-ceramic layer that is stacked with the glass phase layers and comprises crystals; wherein the glass is a glass sheet, and the glass comprises two glass phase layers in a thickness direction of the glass; and the glass-ceramic layer is located between the two glass phase layers.
A saddle for a string instrument, comprising: a string contact surface comprising a first material; a saddle end surface , generally opposite the string contact surface , comprising the first material; characterized in that two opposing side surfaces comprising a vibration-absorbent material different than the first material, wherein: the vibration-absorbent material serves to dampen longitudinal waves produced by strings of the string instrument; the vibration-absorbent material does not contact the strings; and the first material serves to allow transverse waves produced by the strings to transfer to a body of the string instrument via the string contact surface and the saddle end surface . a string contact surface comprising a first material; a saddle end surface , generally opposite the string contact surface , comprising the first material; characterized in that two opposing side surfaces comprising a vibration-absorbent material different than the first material, wherein: the vibration-absorbent material serves to dampen longitudinal waves produced by strings of the string instrument; the vibration-absorbent material does not contact the strings; and the first material serves to allow transverse waves produced by the strings to transfer to a body of the string instrument via the string contact surface and the saddle end surface . the vibration-absorbent material serves to dampen longitudinal waves produced by strings of the string instrument; the vibration-absorbent material does not contact the strings; and the first material serves to allow transverse waves produced by the strings to transfer to a body of the string instrument via the string contact surface and the saddle end surface .
An apparatus to control keyboard mapping, comprising: logic, implemented at least partially in fixed-functionality hardware, configured to: detect an event on a computing device having an embedded keyboard with a default mapping of keys to functions, wherein the event is to be detected based on sensor data associated with the computing device and the event is to be a physical transition of the computing device into a tablet mode, the tablet mode comprising the embedded keyboard folded behind a touch enabled display in a single piece configuration; disable a first subset of keys on the embedded keyboard in response to the event, use the sensor data to determine whether a user is grasping the embedded keyboard; disable the remaining keys if either an application running on the computer device does not support keyboard re-mapping or the user is not grasping the embedded keyboard; and re-map a second subset of keys on the embedded keyboard to one or more different functions if the application running on the computing device supports keyboard re-mapping and the user is grasping the embedded keyboard. detect an event on a computing device having an embedded keyboard with a default mapping of keys to functions, wherein the event is to be detected based on sensor data associated with the computing device and the event is to be a physical transition of the computing device into a tablet mode, the tablet mode comprising the embedded keyboard folded behind a touch enabled display in a single piece configuration; disable a first subset of keys on the embedded keyboard in response to the event, use the sensor data to determine whether a user is grasping the embedded keyboard; disable the remaining keys if either an application running on the computer device does not support keyboard re-mapping or the user is not grasping the embedded keyboard; and re-map a second subset of keys on the embedded keyboard to one or more different functions if the application running on the computing device supports keyboard re-mapping and the user is grasping the embedded keyboard.
An ophthalmic composition which is an aqueous composition having pH between 7 and 7.4, osmolarity between 280 and 300 mOsm/l, and which comprises one or more glycosaminoglycans (GAGs) in amounts ranging between 0.1 and 5% w/w, polyvinyl alcohol (PVA) in a concentration between 0.1 and 0.5% w/w, glycerol in amounts ranging between 0.5 and 1% w/w, sodium chloride between 0.01 and 1% w/w, disodium phosphate between 0.1 and 1% w/w, wherein said composition has a contact angle measured over a Kapton surface in the range of 50° to 80°, wherein said contact angle is measured as a static contact angle by means of the sessile drop method with the instrument Contact Angle System OCAE15, wherein the drop has a volume of 3 μl and the deposition rate is 1 μl/s, wherein the measurement time after the drop deposition is 50 seconds.
A method for preparing a conjugated diene-based polymer, the method comprising: preparing a conjugated diene-based polymer by initiating and carrying out polymerization while continuously adding conjugated diene-based monomers to a reactor, wherein an emulsifier is dividedly added before the initiation of the polymerization and when a polymerization conversion rate of 31% to 80% is reached. preparing a conjugated diene-based polymer by initiating and carrying out polymerization while continuously adding conjugated diene-based monomers to a reactor, wherein an emulsifier is dividedly added before the initiation of the polymerization and when a polymerization conversion rate of 31% to 80% is reached.
A touch panel, comprising: a substrate ; a transparent conductive layer disposed on the substrate; a conductive decoration pad disposed on the transparent conductive layer; a decoration layer disposed on the conductive decoration pad and the transparent conductive layer, and having an opening located on the conductive decoration pad; and an opaque conductive layer disposed on the decoration layer and electrically connected with the transparent conductive layer through the opening and the conductive decoration pad. a substrate ; a transparent conductive layer disposed on the substrate; a conductive decoration pad disposed on the transparent conductive layer; a decoration layer disposed on the conductive decoration pad and the transparent conductive layer, and having an opening located on the conductive decoration pad; and an opaque conductive layer disposed on the decoration layer and electrically connected with the transparent conductive layer through the opening and the conductive decoration pad.
Drainage channel for a drainage device arranged at least partially in a floor of a room in a manner so as to abut on a wall , wherein the drainage channel is designed such that in the installed state a drainage opening can be formed in the region of the lower edge of the wall , and wherein the drainage channel comprises a channel floor and a vertical leg which in the installed state can be arranged at the wall , wherein the drainage channel has at least in sections a side wall which abuts on the channel floor on the side facing away from the vertical leg , wherein the side wall in a portion of the drainage channel is not provided or is lowered, such that in this portion water can emerge laterally from the channel floor , characterised in that the height (H) of the vertical leg from its, in installed state, upper end as far as the lower side of the channel floor is less than 5 cm, that the depth (T 2 ) of the drainage channel from the end, facing away from the channel floor , of the vertical leg as far as the end, facing away from the vertical leg , of the side wall is less than 3 cm and that the side wall in the installed state has a height which is smaller than the height (H) of the vertical leg .
A brake system , comprising: a brake disc that rotates with a wheel; a brake pad that gives a braking force to the brake disc ; a piston that drives the brake pad ; a drive mechanism that gives a driving force to the piston ; a position sensor that detects a position of the piston ; a thrust sensor that detects a thrust by which the brake pad presses the brake disc ; and a brake control unit that adjusts the braking force by controlling the drive mechanism , wherein the brake control unit includes a contact position computation unit that computes a contact position at which the brake pad and the brake disc come in contact with each other based on output signals of the position sensor and the thrust sensor , a position error computation unit that computes a position error (ΔXerr) of the contact position based on a delay time difference (Δt) between the output signals of the position sensor and the thrust sensor , and a contact position correction unit that corrects the contact position obtained by the contact position computation unit by using the position error (ΔXerr), characterized in that the delay time difference (Δt) is a delay time difference (Δt) determined by learning a time delay until the thrust starts to be changed when the position of the piston is changed. a brake disc that rotates with a wheel; a brake pad that gives a braking force to the brake disc ; a piston that drives the brake pad ; a drive mechanism that gives a driving force to the piston ; a position sensor that detects a position of the piston ; a thrust sensor that detects a thrust by which the brake pad presses the brake disc ; and a brake control unit that adjusts the braking force by controlling the drive mechanism , wherein the brake control unit includes a contact position computation unit that computes a contact position at which the brake pad and the brake disc come in contact with each other based on output signals of the position sensor and the thrust sensor , a position error computation unit that computes a position error (ΔXerr) of the contact position based on a delay time difference (Δt) between the output signals of the position sensor and the thrust sensor , and a contact position correction unit that corrects the contact position obtained by the contact position computation unit by using the position error (ΔXerr), characterized in that the delay time difference (Δt) is a delay time difference (Δt) determined by learning a time delay until the thrust starts to be changed when the position of the piston is changed.
Use of ginsenoside Compound O as an active ingredient in a cosmetic composition for skin moisturizing or for improving skin wrinkles.
Porous carbon particles for use in the treatment or prevention of liver disease wherein 20% to 90% of the total pore volume is made up of pores having a mean diameter of 2 nm or less and 75% or more of the remainder of the total pore volume is made up of pores having a mean diameter of from 30 nm to 500 nm, wherein the particles are administered orally or rectally, wherein the porosity is measured using mercury porosimetry and/or gas sorption analysis.
An apparatus for maintaining a passenger transport system, comprising: a wireless beacon mounted substantially at a registration entrance for entering the passenger transport system to perform a maintenance operation and configured to broadcast a wireless signal to the surrounding area; and a personal mobile terminal carried by a maintenance operator and configured to sense the wireless signal when the maintenance operator approaches the wireless beacon , characterised in that at least one of the wireless beacon and the personal mobile terminal is configured to automatically generate and send, in response to successful sensing of the wireless signal by the personal mobile terminal , maintenance register information (410 1 , 410 2 ) indicating that the corresponding maintenance operator has checked into a maintenance operation process, and the apparatus further comprises a maintenance management terminal configured to receive the maintenance register information (410 1 , 410 2 ) and confirm, based on the received maintenance register information (410 1 , 410 2 ), that the corresponding personal mobile terminal has finished a check-in operation. a wireless beacon mounted substantially at a registration entrance for entering the passenger transport system to perform a maintenance operation and configured to broadcast a wireless signal to the surrounding area; and a personal mobile terminal carried by a maintenance operator and configured to sense the wireless signal when the maintenance operator approaches the wireless beacon , characterised in that at least one of the wireless beacon and the personal mobile terminal is configured to automatically generate and send, in response to successful sensing of the wireless signal by the personal mobile terminal , maintenance register information (410 1 , 410 2 ) indicating that the corresponding maintenance operator has checked into a maintenance operation process, and the apparatus further comprises a maintenance management terminal configured to receive the maintenance register information (410 1 , 410 2 ) and confirm, based on the received maintenance register information (410 1 , 410 2 ), that the corresponding personal mobile terminal has finished a check-in operation.
A method of processing data representing points in space, each point represented by at least three components defining its position in a non-Cartesian coordinate system and by at least one component defining a parameter of the point, comprising: a. for each point, i. separating the components into a respective layer per component, and ii. assigning each component to a cell of a two-dimensional grid of cells such that corresponding cells of multiple layers contain the components representing the point, and b. storing each layer, whereby a selected component of a point can be retrieved by reference to a grid position corresponding to the point and to a layer corresponding to the component, wherein storing a layer comprises segmenting the layer into patches of cells such that a selected component of a point can be retrieved by reference to a grid position of a patch within a layer and to a grid position of a cell within a patch. a. for each point, i. separating the components into a respective layer per component, and ii. assigning each component to a cell of a two-dimensional grid of cells such that corresponding cells of multiple layers contain the components representing the point, and i. separating the components into a respective layer per component, and ii. assigning each component to a cell of a two-dimensional grid of cells such that corresponding cells of multiple layers contain the components representing the point, and b. storing each layer, whereby a selected component of a point can be retrieved by reference to a grid position corresponding to the point and to a layer corresponding to the component, wherein storing a layer comprises segmenting the layer into patches of cells such that a selected component of a point can be retrieved by reference to a grid position of a patch within a layer and to a grid position of a cell within a patch. whereby a selected component of a point can be retrieved by reference to a grid position corresponding to the point and to a layer corresponding to the component, wherein storing a layer comprises segmenting the layer into patches of cells such that a selected component of a point can be retrieved by reference to a grid position of a patch within a layer and to a grid position of a cell within a patch.
A handheld device , comprising: a housing ; and a keypad assembly configured within the housing; the keypad assembly including one or more groups of keys configured for movable positioning between a first orientation in which a top surface of an individual key is exposed to a user, and a second orientation in which the top surface of the key pivotally retracts into the housing and a side surface of the key is exposed to a user, characterised in that the first surface of an individual key is adapted to be activated in the first orientation and the side surface of the key is adapted to be activated in the second orientation. a housing ; and a keypad assembly configured within the housing; the keypad assembly including one or more groups of keys configured for movable positioning between a first orientation in which a top surface of an individual key is exposed to a user, and a second orientation in which the top surface of the key pivotally retracts into the housing and a side surface of the key is exposed to a user,
An image forming apparatus comprising: a plurality of image carriers each carrying a toner image; a movable and electrically conductive intermediate transfer belt to which toner images are primarily transferred from the plurality of image carriers ; a plurality of stretch members that stretch the intermediate transfer belt ; a current supply member that contacts an outer circumferential surface of the intermediate transfer belt and supplies current to the intermediate transfer belt ; a contact member that (i) contacts an inner circumferential surface of the intermediate transfer belt , (ii) is disposed between the stretch members , and (iii) contacts the intermediate transfer belt on a side on which a primary transfer surface of the intermediate transfer belt to which the toner images are transferred from the plurality of image carriers is formed between the stretch members ; and a voltage maintenance element that is connected to the contact member and at least one of the stretch members , wherein the stretch member to which the voltage maintenance element is connected and the contact member are maintained at a predetermined potential or more with the current flowing from the current supply member to the intermediate transfer belt. a plurality of image carriers each carrying a toner image; a movable and electrically conductive intermediate transfer belt to which toner images are primarily transferred from the plurality of image carriers ; a plurality of stretch members that stretch the intermediate transfer belt ; a current supply member that contacts an outer circumferential surface of the intermediate transfer belt and supplies current to the intermediate transfer belt ; a contact member that (i) contacts an inner circumferential surface of the intermediate transfer belt , (ii) is disposed between the stretch members , and (iii) contacts the intermediate transfer belt on a side on which a primary transfer surface of the intermediate transfer belt to which the toner images are transferred from the plurality of image carriers is formed between the stretch members ; and a voltage maintenance element that is connected to the contact member and at least one of the stretch members ,
A compatibility layer configured to provide flexible choice of network protocols in a multi-path environment comprising • a first set of communication interfaces that is associated to a first communication link ; • a second set of communication interfaces that is associated to a second communication link ; • an access unit configured to get access to a library of network protocols; • a converting unit , wherein the converting unit is configured to convert data packets received from a network entity via the first communication link and/or the second communication link to at least one of the network protocols. • a first set of communication interfaces that is associated to a first communication link ; • a second set of communication interfaces that is associated to a second communication link ; • an access unit configured to get access to a library of network protocols; • a converting unit , wherein the converting unit is configured to convert data packets received from a network entity via the first communication link and/or the second communication link to at least one of the network protocols.