mhurhangee/ep-ind-claims huggingface dataset:
A printing device (100; 200; 310), comprising: a carriage (101; 201) configured to hold an integrated printhead (103; 203), including a pen body and a plurality of nozzles, in the printing device (100; 200; 310); a manifold latch (105; 205) configured to connect the integrated printhead (103; 203) and an ink tank connector when the manifold latch (105; 205) is in a closed position; and a controller (109; 209); characterized in that the controller is configured to: align the carriage (101; 201) within the printing device (100; 200; 310) in a pen present position, in which the integrated printhead (103; 203) is accessible by a user, or in a capped position, in which the integrated printhead (103; 203) is not accessible by a user, based on a determination as to whether the integrated printhead (103; 203) is functioning correctly and a determination as to whether the manifold latch (105; 205) is in the closed position or an open position. a carriage (101; 201) configured to hold an integrated printhead (103; 203), including a pen body and a plurality of nozzles, in the printing device (100; 200; 310); a manifold latch (105; 205) configured to connect the integrated printhead (103; 203) and an ink tank connector when the manifold latch (105; 205) is in a closed position; and a controller (109; 209); characterized in that the controller is configured to: align the carriage (101; 201) within the printing device (100; 200; 310) in a pen present position, in which the integrated printhead (103; 203) is accessible by a user, or in a capped position, in which the integrated printhead (103; 203) is not accessible by a user, based on a determination as to whether the integrated printhead (103; 203) is functioning correctly and a determination as to whether the manifold latch (105; 205) is in the closed position or an open position.
A joining method by which a first metal member and a second metal member are joined to each other with use of a rotary tool, the method comprising: a butting process in which the first metal member and the second metal member are butted against each other so as to have an almost L-shaped or T-shaped cross section to form a butted portion (J1, J2); a disposing process in which an auxiliary member is disposed at an inner corner portion formed of the first metal member and the second metal member so that the auxiliary member is brought into face-to-face contact with the first metal member and/or the second metal member; and wherein the rotary tool is provided with a base side pin and a tip side pin which is continuous to the base side pin and has a smaller diameter with increasing distance toward the tip thereof, the tip side pin has a spiral groove on an outer circumferential face, the base side pin has not a spiral groove on the outer circumferential face which is smooth, and a tapered angle of the base side pin is larger than a tapered angle of the tip side pin, a friction stirring process in which the first metal member, the second metal member, and the auxiliary member are joined to one another by moving the rotary tool along the inner corner portion in a state where the tip side pin which is being rotated is inserted into the inner corner portion, is in contact with the first metal member, the second metal member, and the auxiliary member, and the outer circumferential face of the base side pin which is being rotated is pressed against the auxiliary member. a butting process in which the first metal member and the second metal member are butted against each other so as to have an almost L-shaped or T-shaped cross section to form a butted portion (J1, J2); a disposing process in which an auxiliary member is disposed at an inner corner portion formed of the first metal member and the second metal member so that the auxiliary member is brought into face-to-face contact with the first metal member and/or the second metal member; and wherein the rotary tool is provided with a base side pin and a tip side pin which is continuous to the base side pin and has a smaller diameter with increasing distance toward the tip thereof, the tip side pin has a spiral groove on an outer circumferential face, the base side pin has not a spiral groove on the outer circumferential face which is smooth, and a tapered angle of the base side pin is larger than a tapered angle of the tip side pin, a friction stirring process in which the first metal member, the second metal member, and the auxiliary member are joined to one another by moving the rotary tool along the inner corner portion in a state where the tip side pin which is being rotated is inserted into the inner corner portion, is in contact with the first metal member, the second metal member, and the auxiliary member, and the outer circumferential face of the base side pin which is being rotated is pressed against the auxiliary member.
A method for storing information, the method comprising: determining whether a received data object fits inside a particular one (FB1, FB2) of a plurality of free blocks (FB1, FB2, RS) in a memory bitmap, and if the received data object fits, storing the received data object in the particular one of the plurality of free blocks, characterised in that each of the plurality of free blocks comprises initially a column of the memory bitmap, with a top margin, a bottom margin corresponding to the bottom margin of the memory bitmap, and a predetermined width (W1, W2); and the step of storing the received data object comprises storing starting at the top margin of the particular one (FB1, FB2) of the plurality of free blocks; and the method further comprising resizing the particular one (FB1, FB2) of the plurality of data blocks by moving the top margin below the stored received data object. determining whether a received data object fits inside a particular one (FB1, FB2) of a plurality of free blocks (FB1, FB2, RS) in a memory bitmap, and if the received data object fits, storing the received data object in the particular one of the plurality of free blocks,
A tyre comprising a sidewall portion provided with a mark indicating portion having one or more marks which are letters and symbols indicating the manufacturer name, brand name, size, and the like of the tyre, wherein the mark indicating portion comprises a reference surface (x) provided on a surface of the sidewall portion and the one or more marks formed on the reference surface (x) in a concave manner, wherein the mark indicating portion is provided with a base portion projecting from the surface of the sidewall portion at a constant height, and a surface of the base portion forms the reference surface (x), characterized in that the bottom surface of each mark that forms the letter or symbol is divided into a first surface portion and a second surface portion by a section line crossing the surface of each mark, and each of the first surface portion and the second surface portion is inclined in a direction in which a depth thereof from the reference surface (x) is decreased as it goes away from the section line.
A method of wireless communication at a User Equipment, UE, comprising: requesting a service for maneuver scheduling of a vehicle from a maneuver coordinator wirelessly over a direct communication link between the UE and the maneuver coordinator; receiving maneuver information from the maneuver coordinator wirelessly over the direct communication link; receiving, prior to receiving the maneuver information, a maneuver identifier for the UE in a message from the maneuver coordinator, wherein the maneuver information is received from the maneuver coordinator via a broadcast, a multicast, or a groupcast using the identifier for the UE; and receiving, prior to receiving the maneuver information, a transmission profile in the message from the maneuver coordinator, wherein the maneuver information is received from the maneuver coordinator via the broadcast, the multicast, or the groupcast based on the transmission profile; and applying the maneuver information. requesting a service for maneuver scheduling of a vehicle from a maneuver coordinator wirelessly over a direct communication link between the UE and the maneuver coordinator; receiving maneuver information from the maneuver coordinator wirelessly over the direct communication link; receiving, prior to receiving the maneuver information, a maneuver identifier for the UE in a message from the maneuver coordinator, wherein the maneuver information is received from the maneuver coordinator via a broadcast, a multicast, or a groupcast using the identifier for the UE; and receiving, prior to receiving the maneuver information, a transmission profile in the message from the maneuver coordinator, wherein the maneuver information is received from the maneuver coordinator via the broadcast, the multicast, or the groupcast based on the transmission profile; and applying the maneuver information.
A processor for controlling operation of a central tyre inflation system to inflate each of a plurality of tyres (T FL, T FR, T RL, T RR) of a vehicle from a current tyre pressure to a target tyre pressure, the tyres (T FL, T FR, T RL, T RR) being provided on a front axle and a rear axle, said processor being configured to generate one or more output signals to cause the central tyre inflation system to supply compressed air to inflate each tyre (T FL, T FR, T RL, T RR) from said current tyre pressure to said target tyre pressure in at least first and second stages; the processor being configured to control the central tyre inflation system to supply compressed air to each tyre (T FL, T FR, T RL, T RR) during said first stage to inflate the tyre(T FL, T FR, T RL, T RR) from said current tyre pressure to an intermediate tyre pressure; and to supply compressed air to each tyre (T FL, T FR, T RL, T RR) during said second stage to inflate the tyre (T FL, T FR, T RL, T RR) from said intermediate tyre pressure to said target tyre pressure; wherein said first and second stages are discrete from each other; characterised in that the processor is configured to control the central tyre inflation system to implement a staggered tyre inflation strategy whereby each tyre (T RL, T RR) on the rear axle is inflated to the target tyre pressure before each tyre (T FL, T FR) on the front axle is inflated to the target tyre pressure.
Device; for positioning and retaining pralines, each wrapped in a wrapping surrounding at least partially said praline; the device comprising, for each wrapped praline: - the respective wrapping; said wrapping consisting of a folded sheet and/or a paper case; - a respective seat housing said wrapped praline; the wrapping and the relative praline protruding outside of said seat; and - releasable retaining means keeping said wrapped praline within said seat in an extractable way; the device further comprising: - a first plate portion and a second plate portion which overlap each other and are transversally spaced apart from each other, and - connection means (26,27) firmly connecting said first and second plate portions to each other; said first plate portion having, for each said seat, a first through opening at least partly delimiting said seat, and crossed by said wrapped praline; characterised in that said second plate portion has, for each said seat, a second through opening at least partly delimiting said seat, and crossed by said wrapped praline, and in that each of said wrapped praline protrudes outside of the respective seat beyond said first plate portion and through said first opening; and in that each of said first openings is an opening with fixed dimension and each said second through opening is an opening with variable dimension; said retaining means comprising, for each said seat, a plurality of yieldable independent retaining tabs; overhangingly protruding within said seat from said second plate portion to delimit said second opening with variable dimension and to exercise respective pushing actions against a terminal portion of said wrapped praline, such terminal portion extending through said second opening when the wrapped praline engages said seat; said pushing action generating friction between said retaining tabs; and said wrapping to retain the wrapped praline inside said seat. - the respective wrapping; said wrapping consisting of a folded sheet and/or a paper case; - a respective seat housing said wrapped praline; the wrapping and the relative praline protruding outside of said seat; and - releasable retaining means keeping said wrapped praline within said seat in an extractable way; - a first plate portion and a second plate portion which overlap each other and are transversally spaced apart from each other, and - connection means (26,27) firmly connecting said first and second plate portions to each other;
An information display method of displaying in a screen of a user terminal a web page information including a content display area in an active display area which is part of said web page, said method comprising the steps of: transmitting a page request of a web page including the content display area; displaying the requested web page with selected content in the content display area; acquiring coordinates of the active display area, the coordinates indicating the range displayed in the active display area among the display image of the entire web page acquiring coordinates of the content display area, said coordinates indicating the range of the content display area among the display image of the entire web page; deciding (S7, S8), in response to a scroll operation of the web page, whether or not the content display area is gone out of the active display area based on said acquired coordinates of the content display area and said coordinates of a currently active display area of the entire web page; switching content displayed in the content display area when it is decided that the content display area is gone out of the active display area; and redisplaying the content display area with content switched therein, when the content display area comes back into the active display area. transmitting a page request of a web page including the content display area; displaying the requested web page with selected content in the content display area; acquiring coordinates of the active display area, the coordinates indicating the range displayed in the active display area among the display image of the entire web page acquiring coordinates of the content display area, said coordinates indicating the range of the content display area among the display image of the entire web page; deciding (S7, S8), in response to a scroll operation of the web page, whether or not the content display area is gone out of the active display area based on said acquired coordinates of the content display area and said coordinates of a currently active display area of the entire web page; switching content displayed in the content display area when it is decided that the content display area is gone out of the active display area; and redisplaying the content display area with content switched therein, when the content display area comes back into the active display area.
A method for the cutting machining of workpieces using a laser beam, wherein a focused laser beam having a power density in the focal point of at least 1 * 10 7 W/cm 2 is directed onto the surface of a workpiece for the formation of a kerf and characterized in that the laser beam is directed onto the surface of the workpiece with a feed speed taking account of the absorption capability of the material to be removed of at least 150 m/min up to a maximum of 1200 m/min, is operated in the cw mode and the material removal is achieved exclusively by ablation; wherein the width of the kerf is influenced by the respective feed speed with otherwise constantly held machining parameters or the respective material removal is achieved exclusively by changing the feed speed and the adjustment of the depth to be cut is achieved by the number of times of exposure of a respective position of the workpiece surface.
Actuating unit for a clutch comprising a drive unit, an actuating element for actuating the clutch, and a transmission for transmitting a torque which is generated by way of the drive unit to the actuating element, the transmission having at least one pin (42, 44) for acting on the actuating element, the pin (42, 44) being provided at least partially with a covering, characterized in that the at least one pin (42, 44) is fixed to a flat carrier element (110, 112) and two pins (42, 44) are provided which are spaced apart differently from the rotational axis of the carrier element (110, 112).
A genome wide library comprising a plurality of CRISPR-Cas system chimeric guide RNAs each comprising a guide sequence, a tracr mate sequence and a tracr sequence, wherein the chimeric guide RNAs are capable of targeting a plurality of target sequences in different genomic loci, wherein said targeting results in a knockout of gene function, wherein the library comprises the guide sequencs of Table 1, 3, 4, 5, 7, 8, or 9.
Method of grasping a three dimensional scenery, comprising the steps: taking a two-dimensional image of the scenery and storing the image data, and taking three-dimensional coordinates of a plurality of points on the surface of the scenery and storing the coordinate data, characterized by detecting edge features in the image data, and modifying (73, 74, 81, 82, 83, 84) the three-dimensional coordinate data by shifting coordinates or adding (73, 84) coordinates of points in accordance with the detected edge features, and allocating data from the image data, particularly luminance data and/or color data, to said modified coordinate data or to data derived therefrom. taking a two-dimensional image of the scenery and storing the image data, and taking three-dimensional coordinates of a plurality of points on the surface of the scenery and storing the coordinate data, characterized by detecting edge features in the image data, and modifying (73, 74, 81, 82, 83, 84) the three-dimensional coordinate data by shifting coordinates or adding (73, 84) coordinates of points in accordance with the detected edge features, and allocating data from the image data, particularly luminance data and/or color data, to said modified coordinate data or to data derived therefrom.
An intraocular lens with a hydrophobic lens body made of silicone, on the surface of which a hydrophilic layer of poly(acrylic acid), PAA, is provided, characterized in that the contact angle of water at the coated lens surface is less than 10 degrees.
An in vitro non invasive method for determining the quality of human pluripotent stem cell or of a differentiated cell derived therefrom comprising the steps of: i) providing a culture sample where the stem cell is grown, ii) extracting nucleic acids from the culture supernatant and iii) determining the presence and/or level of at least one genetic abnormality in the nucleic acid extraction, wherein said step iii) comprises the steps of i) determining the presence of at least one hyper-recurrent sequence selected from table 1 in the nucleic acid extraction, and ii) concluding that the pluripotent stem cells bears a genetic abnormality when at least one hyper-recurrent sequence is detected. i) determining the presence of at least one hyper-recurrent sequence selected from table 1 in the nucleic acid extraction, and ii) concluding that the pluripotent stem cells bears a genetic abnormality when at least one hyper-recurrent sequence is detected.
A line stopper arranged to be installed in a skirt portion of a spool of a fishing spinning reel, comprising: a line stopper member comprising a fishing line catching portion (21 21A, 21B); and a supporting member disposed under the fishing line catching portion to lock a fishing line between the fishing line catching portion and the supporting member, wherein the line stopper member has a support shaft portion arranged to extend in the radial direction of the skirt portion for connecting said line stopper member with the supporting member, on one of the fishing line catching portion or the supporting member, a protrusion (21b, 11 e) is provided at a left or right side or both the left and right sides of the support shaft portion in a width direction of the supporting member in a plan view where the fishing line catching portion and the supporting member overlap each other such that a fishing line clamping portion (24, 25) is formed between the protrusion (21b, 11 e) and the support shaft portion, characterised in that the protrusion (21b, 11 e) is provided on a front side of the support shaft portion in a plan view where the fishing line catching portion and the supporting member overlap each other. a line stopper member comprising a fishing line catching portion (21 21A, 21B); and a supporting member disposed under the fishing line catching portion to lock a fishing line between the fishing line catching portion and the supporting member, wherein the line stopper member has a support shaft portion arranged to extend in the radial direction of the skirt portion for connecting said line stopper member with the supporting member, on one of the fishing line catching portion or the supporting member, a protrusion (21b, 11 e) is provided at a left or right side or both the left and right sides of the support shaft portion in a width direction of the supporting member in a plan view where the fishing line catching portion and the supporting member overlap each other such that a fishing line clamping portion (24, 25) is formed between the protrusion (21b, 11 e) and the support shaft portion, characterised in that the protrusion (21b, 11 e) is provided on a front side of the support shaft portion in a plan view where the fishing line catching portion and the supporting member overlap each other.
A machine assembly for use in an elevator system, comprising: a support structure having a first end connected to an adjacent support member and a second end supported by at least one car guide rail, the support structure being arranged generally perpendicular to the support member and being configured to receive at least one component of the elevator system; characterized in that the support member is positioned and supported atop at least one counterweight guide rail. a support structure having a first end connected to an adjacent support member and a second end supported by at least one car guide rail, the support structure being arranged generally perpendicular to the support member and being configured to receive at least one component of the elevator system; characterized in that the support member is positioned and supported atop at least one counterweight guide rail.