mhurhangee/patent-ind-claim-en huggingface dataset:
A method of encoding video data, the method comprising: determining that a block of video data is to be encoded using palette mode; determining a palette size for the block of video data; encoding the block of video data using palette mode; determining whether to signal a first block-level syntax element for decoding the first palette mode encoded block of video data, wherein the first block-level syntax element is representative of whether a transpose process is or is not applied to palette indices of the current block; characterized in that when the palette size is equal to a value of one and the palette encoded block of video data does not include at least one escape pixel, the first block-level syntax is not signalled. determining that a block of video data is to be encoded using palette mode; determining a palette size for the block of video data; encoding the block of video data using palette mode; determining whether to signal a first block-level syntax element for decoding the first palette mode encoded block of video data, wherein the first block-level syntax element is representative of whether a transpose process is or is not applied to palette indices of the current block; characterized in that when the palette size is equal to a value of one and the palette encoded block of video data does not include at least one escape pixel, the first block-level syntax is not signalled.
An acetabular prosthesis , comprising: a shell having an outer surface and an inner surface , the outer surface defining an external shape; at least one through bore extending from the outer surface of the shell to the inner surface of the shell; and at least one augment configured to be positioned at least partially within the at least one through bore of the shell such that, in an assembled state, the shell and the at least one augment define a modified external shape; characterized in that the at least one augment includes a thread and the at least one through bore includes a thread that is complementary to the thread on the at least one augment in order to attach the at least one augment to the at least one through bore ; and in that the at least one augment includes a plurality of through holes extending from an inner surface of the augment to an outer surface of the augment and configured for receiving a bone fastener. a shell having an outer surface and an inner surface , the outer surface defining an external shape; at least one through bore extending from the outer surface of the shell to the inner surface of the shell; and at least one augment configured to be positioned at least partially within the at least one through bore of the shell such that, in an assembled state, the shell and the at least one augment define a modified external shape; characterized in that the at least one augment includes a thread and the at least one through bore includes a thread that is complementary to the thread on the at least one augment in order to attach the at least one augment to the at least one through bore ; and in that the at least one augment includes a plurality of through holes extending from an inner surface of the augment to an outer surface of the augment and configured for receiving a bone fastener.
A display screen comprising a display area , the display area comprising a first and a second display sub-areas , the display area being configured as a full-screen display area, wherein the first and the second sub-areas are arranged in each of two opposite portions of the display area and the first sub-area is provided with a slot and configured to display a plurality of state icons arranged in a transverse direction; the display screen being characterized in that the first and the second display sub-areas are low-frequency display sub-areas and the first low-frequency display sub-area is adapted to have a display content of a refresh frequency lower than a minimum of refresh frequencies of display contents in other sub-areas of the display area or a minimum of refresh frequencies of display contents in peripheral low-frequency display sub-areas, and also to exhibit a plurality of shortcut icons for convenient switching among different application programs, instead of the plurality of state icons, in a full-screen manner.
Device for supporting a metal sheet during bending in a press brake , which device comprises: - a base ; - a support for supporting a metal sheet ; - a rod system arranged between the base and the support for rotating the support around a rotation axis relative to the base , wherein the rod system has a first and second rod substantially parallel to each other and rotatably arranged to the base and a connecting third rod rotatably arranged to the free ends of the first and second rods , such that the base , the first , second and third rods form a substantially parallelogram shaped rod system; and - driving means arranged between the base and one of the first , second or third rods; characterized in that the driving means comprise: - a drivable spool ; - one or more rollers ; - a belt mount ; and - a belt mounted with one end to the belt mount and with the other end to the drivable spool ; wherein the belt runs along a serpentine path between the driveable spool , the one or more rollers and the belt mount , wherein the sequence of parts being the drivable spool , the one or more rollers and the belt mount are alternately arranged on the base and the one of the first , second or third rods. - a base ; - a support for supporting a metal sheet ; - a rod system arranged between the base and the support for rotating the support around a rotation axis relative to the base , wherein the rod system has a first and second rod substantially parallel to each other and rotatably arranged to the base and a connecting third rod rotatably arranged to the free ends of the first and second rods , such that the base , the first , second and third rods form a substantially parallelogram shaped rod system; and - driving means arranged between the base and one of the first , second or third rods; - a drivable spool ; - one or more rollers ; - a belt mount ; and - a belt mounted with one end to the belt mount and with the other end to the drivable spool ;
A fusion splicer capable of sensing whether or not the fusion splicer is in a stolen state in cooperation with an external theft sensing device, the fusion splicer comprising: an authentication processing unit that is configured to authenticate the theft sensing device to connect the fusion splicer and the theft sensing device to each other through a predetermined communication technique; a storage unit that is configured to store identification information of the theft sensing device subjected to authentication processing by the authentication processing unit ; a decision unit that is configured to decide whether or not the fusion splicer is in a stolen state based on a communication condition of the predetermined communication technique with respect to the theft sensing device; a locking unit that is configured to lock at least a part of functions of the fusion splicer when the decision unit decides that the fusion splicer is in a stolen state; a releasing unit that is configured to temporarily release the function of the fusion splicer locked by the locking unit ; and an input unit that is configured to receive an input of a release ID for unlocking by the releasing unit , wherein the releasing unit temporarily releases the locked state when the release ID input from the input unit corresponds to the identification information stored in the storage unit , and wherein the locking unit is configured to lock the function of the fusion splicer again after the locked state is temporarily released by the releasing unit . an authentication processing unit that is configured to authenticate the theft sensing device to connect the fusion splicer and the theft sensing device to each other through a predetermined communication technique; a storage unit that is configured to store identification information of the theft sensing device subjected to authentication processing by the authentication processing unit ; a decision unit that is configured to decide whether or not the fusion splicer is in a stolen state based on a communication condition of the predetermined communication technique with respect to the theft sensing device; a locking unit that is configured to lock at least a part of functions of the fusion splicer when the decision unit decides that the fusion splicer is in a stolen state; a releasing unit that is configured to temporarily release the function of the fusion splicer locked by the locking unit ; and an input unit that is configured to receive an input of a release ID for unlocking by the releasing unit , wherein the releasing unit temporarily releases the locked state when the release ID input from the input unit corresponds to the identification information stored in the storage unit , and wherein the locking unit is configured to lock the function of the fusion splicer again after the locked state is temporarily released by the releasing unit .
A walking motion assist device for assisting a wearer in rotationally moving an ankle joint of the wearer, the walking motion assist device comprising: a drive motor ; a drive mechanism that is capable of rotating coaxially with the ankle joint by way of the drive motor ; a control device that is configured to control driving provided by the drive motor ; a storage that is configured to store a basic movement pattern and a corrected movement pattern that represent time-series changes in ankle joint angle in a gait cycle; and a calculator that is configured to obtain the corrected movement pattern by correcting the basic movement pattern based on input by an operator, the walking motion assist device being characterized in that : the basic movement pattern is represented by a polygonal line or a Bezier curve, each of which includes four points corresponding to heel and toe contact (P1), heel off (P2), toe off (P3), and midswing (P4) in the gait cycle serving as inflection points, or a combination of the polygonal line and the Bezier curve, the calculator is configured to generate the corrected movement pattern corrected by adjusting positions of the inflection points on the basic movement pattern, and the control device is configured to control driving provided by the drive motor based on the corrected movement pattern. a drive motor ; a drive mechanism that is capable of rotating coaxially with the ankle joint by way of the drive motor ; a control device that is configured to control driving provided by the drive motor ; a storage that is configured to store a basic movement pattern and a corrected movement pattern that represent time-series changes in ankle joint angle in a gait cycle; and a calculator that is configured to obtain the corrected movement pattern by correcting the basic movement pattern based on input by an operator, the walking motion assist device being characterized in that : the basic movement pattern is represented by a polygonal line or a Bezier curve, each of which includes four points corresponding to heel and toe contact (P1), heel off (P2), toe off (P3), and midswing (P4) in the gait cycle serving as inflection points, or a combination of the polygonal line and the Bezier curve, the calculator is configured to generate the corrected movement pattern corrected by adjusting positions of the inflection points on the basic movement pattern, and the control device is configured to control driving provided by the drive motor based on the corrected movement pattern. the basic movement pattern is represented by a polygonal line or a Bezier curve, each of which includes four points corresponding to heel and toe contact (P1), heel off (P2), toe off (P3), and midswing (P4) in the gait cycle serving as inflection points, or a combination of the polygonal line and the Bezier curve, the calculator is configured to generate the corrected movement pattern corrected by adjusting positions of the inflection points on the basic movement pattern, and the control device is configured to control driving provided by the drive motor based on the corrected movement pattern.
A method of detecting an object, the method comprising: receiving from an image sensor, at a processor, image data of a scene viewed from an apparatus and including an object, the image data associated with multiple scale space representations of the scene, wherein the multiple scale space representations correspond to different resolution images of the scene obtained by downsampling the image data by a corresponding factor; receiving , at the processor, location data indicative of an estimated region where the object may be present, wherein the location data corresponds to one or more areas of a three-dimensional, 3D, map; selecting , at the processor, at least a first one of the multiple scale space representations of the scene in which to perform object detection, based on the distance of the estimated region indicated by the location data; identifying , at the processor, a search area of the first scale space representation of the multiple scale space representations based on an overlap of the estimated region indicated by the location data with the image plane that corresponds to the first scale space representation; and performing , at the processor, object detection in the search area of the first scale space representation. receiving from an image sensor, at a processor, image data of a scene viewed from an apparatus and including an object, the image data associated with multiple scale space representations of the scene, wherein the multiple scale space representations correspond to different resolution images of the scene obtained by downsampling the image data by a corresponding factor; receiving , at the processor, location data indicative of an estimated region where the object may be present, wherein the location data corresponds to one or more areas of a three-dimensional, 3D, map; selecting , at the processor, at least a first one of the multiple scale space representations of the scene in which to perform object detection, based on the distance of the estimated region indicated by the location data; identifying , at the processor, a search area of the first scale space representation of the multiple scale space representations based on an overlap of the estimated region indicated by the location data with the image plane that corresponds to the first scale space representation; and performing , at the processor, object detection in the search area of the first scale space representation.
A method (S200) for forming a cardboard container , the method (S200) comprising: providing (S202) a web of cardboard material, said web having two opposing longitudinal edge portions ; helically winding (S204) the web ; joining (S206) two adjacent longitudinal edge portions of the web by sewing, thereby forming a cylinder having a longitudinal extension; cutting (S208) a plurality of slits in the cylinder by starting from a free edge portion of the cylinder , thereby forming flaps ; and folding (S210) the flaps along a direction transverse to the longitudinal extension of the cylinder , thereby forming a cardboard container . providing (S202) a web of cardboard material, said web having two opposing longitudinal edge portions ; helically winding (S204) the web ; joining (S206) two adjacent longitudinal edge portions of the web by sewing, thereby forming a cylinder having a longitudinal extension; cutting (S208) a plurality of slits in the cylinder by starting from a free edge portion of the cylinder , thereby forming flaps ; and folding (S210) the flaps along a direction transverse to the longitudinal extension of the cylinder , thereby forming a cardboard container .
A method for determining transmission power, performed by a device for determining transmission power, comprising: measuring (S101) a first reference signal, and determining a pathloss of the first reference signal; determining (S103) a pathloss of uplink transmission according to a type of the uplink transmission, an association relationship between the uplink transmission and at least one first reference signal, and a pathloss of the at least one first reference signal; determining (S105) a power adjustment amount of the uplink transmission; determining (S107) the transmission power of the uplink transmission according to at least one of the pathloss of the uplink transmission or the power adjustment amount of the uplink transmission; and determining a transmit mode of the uplink transmission according to indication information about a resource of a second reference signal, wherein the resource of the second reference signal comprises at least one of a time-domain resource, a frequency-domain resource, or a transmit mode for transmission of the second reference signal, and the indication information about the resource of the second reference signal is used for determining Y resources of the second reference signal from X resources of the second reference signal, wherein X is an integer greater than or equal to 1, Y is an integer greater than or equal to 1, and Y is less than X. measuring (S101) a first reference signal, and determining a pathloss of the first reference signal; determining (S103) a pathloss of uplink transmission according to a type of the uplink transmission, an association relationship between the uplink transmission and at least one first reference signal, and a pathloss of the at least one first reference signal; determining (S105) a power adjustment amount of the uplink transmission; determining (S107) the transmission power of the uplink transmission according to at least one of the pathloss of the uplink transmission or the power adjustment amount of the uplink transmission; and determining a transmit mode of the uplink transmission according to indication information about a resource of a second reference signal, wherein the resource of the second reference signal comprises at least one of a time-domain resource, a frequency-domain resource, or a transmit mode for transmission of the second reference signal, and the indication information about the resource of the second reference signal is used for determining Y resources of the second reference signal from X resources of the second reference signal, wherein X is an integer greater than or equal to 1, Y is an integer greater than or equal to 1, and Y is less than X.
An ion exchange membrane comprising: a layer A comprising a fluorine-containing polymer having a sulfonic acid group; and a layer B comprising a fluorine-containing polymer having a carboxylic acid group, wherein the layer A comprises a polymer having a sulfonic acid group derived by hydrolysis from a compound represented by the following formula ; and the layer B comprises a polymer having a carboxylic acid group derived by hydrolysis from a compound represented by the following formula : CF 2 =CF-(OCF 2 CYF) a -O-(CF 2 ) b -SO 2 F formula wherein a represents an integer of 0 to 2, b represents an integer of 1 to 4, and Y represents -F or -CF 3 ; and CF 2 =CF-(OCF 2 CYF) c O-(CF 2 ) d -COOR formula wherein c represents an integer of 0 to 2, d represents an integer of 1 to 4, Y represents -F or -CF 3 , and R represents -CH 3 , -C 2 H 5 , or -C 3 H 7 , characterized in that the layer B has a value of an ion cluster diameter distribution M represented by the following formula (B) and determined as described in the description, of greater than 10: M = a 0 2 / σ 2 wherein M represents an ion cluster diameter distribution, a 0 represents an average ion cluster radius, and σ represents a standard deviation of an ion cluster radius. a layer A comprising a fluorine-containing polymer having a sulfonic acid group; and a layer B comprising a fluorine-containing polymer having a carboxylic acid group, wherein the layer A comprises a polymer having a sulfonic acid group derived by hydrolysis from a compound represented by the following formula ; and the layer B comprises a polymer having a carboxylic acid group derived by hydrolysis from a compound represented by the following formula : CF 2 =CF-(OCF 2 CYF) a -O-(CF 2 ) b -SO 2 F formula wherein a represents an integer of 0 to 2, b represents an integer of 1 to 4, and Y represents -F or -CF 3 ; and CF 2 =CF-(OCF 2 CYF) c O-(CF 2 ) d -COOR formula wherein c represents an integer of 0 to 2, d represents an integer of 1 to 4, Y represents -F or -CF 3 , and R represents -CH 3 , -C 2 H 5 , or -C 3 H 7 , characterized in that the layer B has a value of an ion cluster diameter distribution M represented by the following formula (B) and determined as described in the description, of greater than 10: M = a 0 2 / σ 2
A method in a network device , comprising: determining semi-persistent scheduling, SPS, configuration for a terminal device ; wherein information on transmission or reception opportunity for the SPS configuration i) is comprised in the SPS configuration and ii) at least comprises information on slot and/or mini-slot configuration; and transmitting the SPS configuration to the terminal device; wherein the information on transmission or reception opportunity i) comprises one or more of the following time units: slot, mini-slot and ii) is used to indicate the number of orthogonal frequency division multiplexing, OFDM, symbols in a slot and/or mini-slot. determining semi-persistent scheduling, SPS, configuration for a terminal device ; wherein information on transmission or reception opportunity for the SPS configuration i) is comprised in the SPS configuration and ii) at least comprises information on slot and/or mini-slot configuration; and transmitting the SPS configuration to the terminal device; wherein the information on transmission or reception opportunity i) comprises one or more of the following time units: slot, mini-slot and ii) is used to indicate the number of orthogonal frequency division multiplexing, OFDM, symbols in a slot and/or mini-slot.
An electrochemical cell assembly comprising: a base plate and a top plate between which a stack of planar cell units and at least one electrical end plate are disposed in compression, wherein: the electrical end plate comprises a two-layer construction in which a first layer and a second layer formed of different respective materials are permanently connected together to form a single conductive body, the first layer of the electrical end plate is electrically connected to an external electrical terminal of the cell assembly, and the second layer of the electrical end plate has an outwardly facing side having a first electrically conductive ceramic layer bonded thereto that is in face-to-face abutment with, and in electrical contact with, an adjacent cell unit. the electrical end plate comprises a two-layer construction in which a first layer and a second layer formed of different respective materials are permanently connected together to form a single conductive body, the first layer of the electrical end plate is electrically connected to an external electrical terminal of the cell assembly, and the second layer of the electrical end plate has an outwardly facing side having a first electrically conductive ceramic layer bonded thereto that is in face-to-face abutment with, and in electrical contact with, an adjacent cell unit.