mhurhangee/ep-ind-claims huggingface dataset:
A picture coding device configured to partition difference information between a picture serving as a coding target and a picture serving as a prediction target into a plurality of sub blocks, and codes the partitioned sub block in a certain order, the picture coding device comprising: a significant sub block information encoder (706, 708, 701) configured to code significant sub block information indicating whether or not all values of difference coefficients belonging to the sub block serving as the coding target are zero; a significant difference coefficient information encoder (706, 708) configured to code significant difference coefficient information indicating whether or not each value of difference coefficient at each position of difference coefficient serving as the coding target is zero; a difference coefficient value encoder (707, 701) configured to code value of difference coefficient serving as the coding target; and a context deriver (707, 701) configured to derive a context for coding the significant difference coefficient information based on sum of vertical position of the difference coefficient and horizontal position of the difference coefficient in sub block serving as the coding target, and sum of significant sub block information of coded sub block neighboring the sub block serving as the coding target at right side and lower side, wherein the context is further derived based on sub block position. a significant sub block information encoder (706, 708, 701) configured to code significant sub block information indicating whether or not all values of difference coefficients belonging to the sub block serving as the coding target are zero; a significant difference coefficient information encoder (706, 708) configured to code significant difference coefficient information indicating whether or not each value of difference coefficient at each position of difference coefficient serving as the coding target is zero; a difference coefficient value encoder (707, 701) configured to code value of difference coefficient serving as the coding target; and a context deriver (707, 701) configured to derive a context for coding the significant difference coefficient information based on sum of vertical position of the difference coefficient and horizontal position of the difference coefficient in sub block serving as the coding target, and sum of significant sub block information of coded sub block neighboring the sub block serving as the coding target at right side and lower side, wherein the context is further derived based on sub block position.
Locking mechanism for electric tool batteries which includes a shaped cam located in a limiting socket made in the handle of the power tool, with shaped longitudinal grooves formed in the bottom part of the handle corresponding to the longitudinal shaped teeth on the battery case characterized by a shaped cam hinged to the handle of the power tool by means of fixing bolts, and a segment opening formed unilaterally in the center of the shaped cam; the twisting spring, whose ends are fixed to the shaped cam and to the handle of the power tool, respectively, is located in this opening.
A device for high density mapping and for tissue ablation comprising: - an elongate catheter body having a proximal end and a distal end; - a spiral tip or an umbrella tip having a plurality of outer arms arranged to open radially from a common point outside the catheter body, wherein said spiral tip or umbrella tip is deployable from the distal end of the catheter body - conductive elements (20, 21) disposed on the spiral tip or on the outer arms of the umbrella tip and configured to map and ablate tissue; wherein the spiral tip or umbrella tip comprises from 6 to 30, conductive elements (20, 21) distributed over an area in the range from 1 cm 2 to 12 cm 2 and wherein said conductive elements (20, 21) have a maximum length or other dimension in the range from 2 mm to 20 mm, and are spaced-apart by a distance in the range from 1 mm to 10 mm; and - a handle disposed at the proximal end of the elongate catheter body and configured to control expansion and contraction of the spiral tip or umbrella tip. - an elongate catheter body having a proximal end and a distal end; - a spiral tip or an umbrella tip having a plurality of outer arms arranged to open radially from a common point outside the catheter body, wherein said spiral tip or umbrella tip is deployable from the distal end of the catheter body - conductive elements (20, 21) disposed on the spiral tip or on the outer arms of the umbrella tip and configured to map and ablate tissue; wherein the spiral tip or umbrella tip comprises from 6 to 30, conductive elements (20, 21) distributed over an area in the range from 1 cm 2 to 12 cm 2 and wherein said conductive elements (20, 21) have a maximum length or other dimension in the range from 2 mm to 20 mm, and are spaced-apart by a distance in the range from 1 mm to 10 mm; and - a handle disposed at the proximal end of the elongate catheter body and configured to control expansion and contraction of the spiral tip or umbrella tip.
Method for assisting an occupant when exiting a vehicle, having the steps of: - receiving opening data which describe imminent opening of a door of the vehicle by the occupant, - receiving object data which describe positions and speeds of objects (5, 13, 14) in a surrounding area of the vehicle, - determining a time-to-collision between the opening of the door and a possible collision between a first object and the door on the basis of the opening data and the object data, and - outputting an acute warning signal if the time-to-collision falls below a predetermined minimum period, characterized by - checking, on the basis of the object data, whether a further object follows the first object, - classifying the further object as a following object if a time gap between the first object and the further object falls below a predetermined limit value, and - outputting a warning signal, after the acute warning signal has been output, if the further object is classified as a following object. - receiving opening data which describe imminent opening of a door of the vehicle by the occupant, - receiving object data which describe positions and speeds of objects (5, 13, 14) in a surrounding area of the vehicle, - determining a time-to-collision between the opening of the door and a possible collision between a first object and the door on the basis of the opening data and the object data, and - outputting an acute warning signal if the time-to-collision falls below a predetermined minimum period, characterized by - checking, on the basis of the object data, whether a further object follows the first object, - classifying the further object as a following object if a time gap between the first object and the further object falls below a predetermined limit value, and - outputting a warning signal, after the acute warning signal has been output, if the further object is classified as a following object.
A nonwoven cellulose fiber fabric directly manufactured from a lyocell spinning solution, the fabric comprising a network of substantially endless fibers, wherein within one and the same fiber different fiber sections differ concerning fiber diameter by more than 50% in relation to the smallest diameter of this fiber, and wherein the fabric exhibits a rate of liquid spread of at least 3000 mm 2 within 5 minutes and/or a wicking speed of at least 0.25 gram water per 1 gram fabric and 1 second; wherein the rate of liquid spread is measured according to the method of the description; and/or wherein the wicking speed is measured according to the method of the description. wherein within one and the same fiber different fiber sections differ concerning fiber diameter by more than 50% in relation to the smallest diameter of this fiber, and wherein the fabric exhibits a rate of liquid spread of at least 3000 mm 2 within 5 minutes and/or a wicking speed of at least 0.25 gram water per 1 gram fabric and 1 second; a rate of liquid spread of at least 3000 mm 2 within 5 minutes and/or a wicking speed of at least 0.25 gram water per 1 gram fabric and 1 second; wherein the rate of liquid spread is measured according to the method of the description; and/or wherein the wicking speed is measured according to the method of the description.
A method for producing elastic core yarn with a ring spinning machine, • wherein a fiber composite is supplied to a drawing frame, said fiber composite being drawn in passing through the drawing frame and leaving the drawing frame through the output roller pair and being guided over a thread guide to a traveller and being wound onto a rotating bobbin by means of the traveller revolving on a ring, • wherein an elastic filament yarn is supplied to the fiber composite via a delivery roller pair on entrance into the output roller pair, • wherein the filament yarn is stretched due to a corresponding circumferential speed ratio between the delivery roller pair and the output roller pair, and after leaving the output roller pair, the filament yarn is spun into the fiber composite by the action of the traveller and the bobbin, and the fiber composite is re-formed with the stretch filament yarn to form an elastic yarn, characterized in that the circumferential speed ratio between the output roller pair and the delivery roller pair is adjusted in spinning out a full bobbin, so that stretching of the filament yarn is reduced. • wherein a fiber composite is supplied to a drawing frame, said fiber composite being drawn in passing through the drawing frame and leaving the drawing frame through the output roller pair and being guided over a thread guide to a traveller and being wound onto a rotating bobbin by means of the traveller revolving on a ring, • wherein an elastic filament yarn is supplied to the fiber composite via a delivery roller pair on entrance into the output roller pair, • wherein the filament yarn is stretched due to a corresponding circumferential speed ratio between the delivery roller pair and the output roller pair, and after leaving the output roller pair, the filament yarn is spun into the fiber composite by the action of the traveller and the bobbin, and the fiber composite is re-formed with the stretch filament yarn to form an elastic yarn,
A process for treating avocados to minimize browning upon subsequent processing, handling, and storage, the method comprising: (a) separating the mesocarp from the pericarp and the endocarp of the avocado; (b) blanching said mesocarp by contacting the mesocarp with with steam for a pre-determined blanching time period within a blanching chamber, wherein at least a portion of the blanching chamber is not sealed from the atmosphere; (c) cooling the blanched mesocarp and extracting residual heat from the blanched mesocarp; and d) freezing the cooled mesocarp to obtain at least partially frozen mesocarp. (a) separating the mesocarp from the pericarp and the endocarp of the avocado; (b) blanching said mesocarp by contacting the mesocarp with with steam for a pre-determined blanching time period within a blanching chamber, wherein at least a portion of the blanching chamber is not sealed from the atmosphere; (c) cooling the blanched mesocarp and extracting residual heat from the blanched mesocarp; and d) freezing the cooled mesocarp to obtain at least partially frozen mesocarp.
A component carrier, wherein the component carrier comprises: a stack comprising a plurality of electrically conductive layer structures and a plurality of electrically insulating layer structures, each of said layer structures being a continuous layer, a patterned layer or a plurality of non-consecutive islands within a common plane; a component, said component being an electromagnetic radiation source configured for emitting electromagnetic radiation, and being embedded in the stack by laminating said component with the stack so that at least partially uncured material of the layer structures is cured; wherein one of the electrically insulating layer structures is arranged above the component and another one of the electrically insulating structures is arranged below the component, and wherein the component carrier is shaped as a plate with two opposing main surfaces and a circumferential edge; characterized in that a side wall of an optically transparent material (108") is exposed, so that the electromagnetic radiation is emitted via the exposed side wall, and the side wall forms part of or is parallel to the circumferential edge and is perpendicular to the main surfaces of the component and in that the component is circumferentially covered by the optically transparent material (108") at least partially forming the exposed side wall and being transparent for the electromagnetic radiation emitted by the electromagnetic radiation source, said transparent material (108") being configured to encapsulate the electromagnetic radiation source. a stack comprising a plurality of electrically conductive layer structures and a plurality of electrically insulating layer structures, each of said layer structures being a continuous layer, a patterned layer or a plurality of non-consecutive islands within a common plane; a component, said component being an electromagnetic radiation source configured for emitting electromagnetic radiation, and being embedded in the stack by laminating said component with the stack so that at least partially uncured material of the layer structures is cured; wherein one of the electrically insulating layer structures is arranged above the component and another one of the electrically insulating structures is arranged below the component, and wherein the component carrier is shaped as a plate with two opposing main surfaces and a circumferential edge; characterized in that a side wall of an optically transparent material (108") is exposed, so that the electromagnetic radiation is emitted via the exposed side wall, and the side wall forms part of or is parallel to the circumferential edge and is perpendicular to the main surfaces of the component
A steam de-wrinkling appliance having a de-wrinkling head (1; 101; 201) connected by a line (2; 102; 202) to a base for producing a steam flow, the de-wrinkling head (1; 101;201) comprising a rear portion forming a handle (3; 103; 203) and a flared front portion (4; 104, 204) having a surface comprising steam exit holes (51, 52; 151, 152; 251, 252) for distributing the steam flow originating from the base, the surface comprising at least one first group of steam exit holes (51; 151; 251) and a second group of steam exit holes (52; 152; 252), characterised in that the flared front portion (4; 104; 204) encloses a single steam plenum chamber (61; 161; 261) that supplies steam to the first and second group of steam exit holes (51,52; 151, 152; 251, 252), the line (2; 102; 202) comprising an end connected to the base, which communicates freely with a boiling chamber, and an end connected to the de-wrinkling head (1; 101; 201), which communicates freely with the plenum chamber (61; 161; 261), and in that the de-wrinkling head has a flow-area reducing device comprising a movable member (9; 109; 209), the movable member (9; 109; 209) being capable of assuming a retracted position, in which the plenum chamber communicates freely with the entirety of the first group of steam exit holes (51; 151; 251) and a second group of steam exit holes (52; 152; 252), and a restriction position, in which the movable member (9; 109; 209) covers, at least partially, the second group of steam exit holes (52; 152; 252) or isolates the steam plenum chamber in order to reduce, even stop, the distribution of steam through the second group of steam exit holes (52; 152; 252).
An image processing system comprising: at least one image sensor comprising a plurality of pixels, each pixel comprising a plurality of sub-pixels (I8, I9), and configured to provide, simultaneously during an image acquisition period, a first image plane from a group of first sub-pixels sensitive only to a first NIR light band and a second image plane from a group of second sub-pixels sensitive only to a second NIR light band, wherein the sensitivity of the first sub-pixels to the first NIR light is greater than the sensitivity of the second sub-pixels to the second NIR light band, and the number of first sub-pixels is greater than the number of second sub-pixels; at least one NIR light source capable of simultaneously emitting first NIR light corresponding to the first NIR light band and second NIR light corresponding to the second NIR light band, the first NIR light having a higher intensity than the second NIR light; and a face detector configured to detect at least a first face from the first image plane and a second face from the second image plane, respectively. at least one image sensor comprising a plurality of pixels, each pixel comprising a plurality of sub-pixels (I8, I9), and configured to provide, simultaneously during an image acquisition period, a first image plane from a group of first sub-pixels sensitive only to a first NIR light band and a second image plane from a group of second sub-pixels sensitive only to a second NIR light band, wherein the sensitivity of the first sub-pixels to the first NIR light is greater than the sensitivity of the second sub-pixels to the second NIR light band, and the number of first sub-pixels is greater than the number of second sub-pixels; at least one NIR light source capable of simultaneously emitting first NIR light corresponding to the first NIR light band and second NIR light corresponding to the second NIR light band, the first NIR light having a higher intensity than the second NIR light; and a face detector configured to detect at least a first face from the first image plane and a second face from the second image plane, respectively.
A method for enrolling nodes into an ad hoc network comprising a master node and a database and being associated with a multi-roomed structure, each node comprising a communication hub configured to communicate with the ad hoc network using room-limited communications and communication media not limited by barriers, the method characterized by comprising: transmitting by a first node in the ad hoc network a first room-limited communication by changing a modulated frequency of the first room-limited communication from a first modulated frequency to a second modulated frequency; determining at each of the other nodes in the ad hoc network whether the first room-limited communication was received using a receiver tuned to the second modulated frequency; segmenting the nodes in the ad hoc network based on whether the first room-limited communication was received; and storing the segmentation of the nodes in the database from the master node by the communication media not limited by barriers, wherein the segmentation associates each node in the ad hoc network with a room of the multi-roomed structure. transmitting by a first node in the ad hoc network a first room-limited communication by changing a modulated frequency of the first room-limited communication from a first modulated frequency to a second modulated frequency; determining at each of the other nodes in the ad hoc network whether the first room-limited communication was received using a receiver tuned to the second modulated frequency; segmenting the nodes in the ad hoc network based on whether the first room-limited communication was received; and storing the segmentation of the nodes in the database from the master node by the communication media not limited by barriers, wherein the segmentation associates each node in the ad hoc network with a room of the multi-roomed structure.
A method for controlling transmission of an acknowledgement, ACK, signal for a control channel signal, the method comprising: receiving (S100; S150) an overhead channel message at an Access Terminal, AT, wherein the overhead channel message comprises a parameter used to indicate whether an acknowledgement feedback of the control channel signal is needed; receiving (S102; S152) the control channel signal corresponding to the parameter at the AT; receiving packet data at the AT via a data channel, wherein a transmission of the data channel is supported by the control channel signal; and determining whether a transmission of the ACK signal for the control channel signals is needed, wherein if detecting of the control channel signal succeeds and decoding of the packet data fails, then the transmission of the ACK signal for the control channel signal is performed, and wherein if the packet data has been decoded successfully, then a transmission of the ACK signal for the packet data is performed and the transmission of the ACK signal for the control channel signal is dropped. receiving (S100; S150) an overhead channel message at an Access Terminal, AT, wherein the overhead channel message comprises a parameter used to indicate whether an acknowledgement feedback of the control channel signal is needed; receiving (S102; S152) the control channel signal corresponding to the parameter at the AT; receiving packet data at the AT via a data channel, wherein a transmission of the data channel is supported by the control channel signal; and determining whether a transmission of the ACK signal for the control channel signals is needed, wherein if detecting of the control channel signal succeeds and decoding of the packet data fails, then the transmission of the ACK signal for the control channel signal is performed, and wherein if the packet data has been decoded successfully, then a transmission of the ACK signal for the packet data is performed and the transmission of the ACK signal for the control channel signal is dropped.
Screen device comprising two screen rollers (2, 3), each rotatable about a respective screen roller axis (4, 5), wherein the screen roller axes (4, 5), in the mounted state of the screen device, are arranged at an angle (α) to each other, wherein at that end of each of these screen roller axes (4, 5) which is arranged closest to this angle (α) is mounted a bevel gear (6, 7), wherein these bevel gears (6, 7), in the mounted state of the screen device, intermesh, in that the screen device comprises a fixed guide element, to which a said screen roller (2, 3) is rotatably fastenable, characterized in that the corresponding screen roller axis (4, 5) is fittable between the last-named screen roller (2, 3) and the corresponding gear (6, 7) guidingly in the fixed guide element, at least partly upwards and subsequently at least partly sideways, viewed in a direction transversely to the screen roller axis (4, 5), for the coupling of the bevel gears (6, 7).