mhurhangee/patent-ind-claim-en huggingface dataset:
A fluid supply assembly comprising: a printhead assembly ; a fluid conduit interconnect to connect to a fluid conduit to communicate printing fluid from an off-axis printing fluid supply through the fluid conduit interconnect to the printhead assembly; and, a printing system carriage comprising a dual attachment mechanism to simultaneously attach the printhead assembly to the fluid conduit interconnect and to the carriage by a single user action; wherein the printhead assembly and the fluid conduit interconnect comprise, respectively, first and second engagement members to attach to the dual attachment mechanism ; wherein the dual attachment mechanism comprises: a rotatable latch spindle having latch openings to receive the first engagement members of the printhead assembly ; and, latch arms to hook onto the second engagement members , one latch arm positioned toward each end of the rotatable latch spindle; wherein the dual attachment mechanism comprises a moveable member , and the single user action comprises movement of the moveable member in a single direction to rotate the rotatable latch spindle to cause the latch openings to receive the first engagement members and the latch arms to hook onto the second engagement members . a printhead assembly ; a fluid conduit interconnect to connect to a fluid conduit to communicate printing fluid from an off-axis printing fluid supply through the fluid conduit interconnect to the printhead assembly; and, a printing system carriage comprising a dual attachment mechanism to simultaneously attach the printhead assembly to the fluid conduit interconnect and to the carriage by a single user action; wherein the printhead assembly and the fluid conduit interconnect comprise, respectively, first and second engagement members to attach to the dual attachment mechanism ; wherein the dual attachment mechanism comprises: a rotatable latch spindle having latch openings to receive the first engagement members of the printhead assembly ; and, latch arms to hook onto the second engagement members , one latch arm positioned toward each end of the rotatable latch spindle; wherein the dual attachment mechanism comprises a moveable member , and the single user action comprises movement of the moveable member in a single direction to rotate the rotatable latch spindle to cause the latch openings to receive the first engagement members and the latch arms to hook onto the second engagement members . a rotatable latch spindle having latch openings to receive the first engagement members of the printhead assembly ; and, latch arms to hook onto the second engagement members , one latch arm positioned toward each end of the rotatable latch spindle; wherein the dual attachment mechanism comprises a moveable member , and the single user action comprises movement of the moveable member in a single direction to rotate the rotatable latch spindle to cause the latch openings to receive the first engagement members and the latch arms to hook onto the second engagement members .
A carrier substrate for electrical components , wherein the carrier substrate has a component side having conductor tracks and a cooling side opposite the component side having a cooling structure , wherein the carrier substrate comprises a primary layer facing the component side and made of ceramics for electrical insulation and a secondary layer facing the cooling side for stiffening the carrier substrate , wherein, for the heat transfer from the component side to the cooling side , a metal intermediate layer is arranged between the primary layer and the secondary layer , wherein the metal intermediate layer is thicker than the primary layer and the secondary layer , wherein the secondary layer is made of molybdenum, tungsten or a composite material based on WCu or MoCu.
A method for detecting counter-flow motion in a compressed video of a scene, the method comprising: receiving the compressed video of the scene, wherein the compressed video comprises frames; determining a flow direction for a group of frames in the compressed video, wherein the determining comprises: obtaining motion vectors from a frame in the group of the frames, wherein each motion vector comprises a magnitude and an angle, filtering the motion vectors to remove motion vectors that correspond to noise, computing a frame histogram of the angles of the motion vectors, deriving a frame direction based on the frame histogram, adding the frame direction to a flow histogram of frame directions, repeating the obtaining, filtering, computing, deriving, and adding for other frames in the group of frames, and determining a flow direction based on the flow histogram of frame directions; and detecting counter-flow motion in the compressed video of the scene by comparing motion vectors obtained for each frame to the determined flow direction. receiving the compressed video of the scene, wherein the compressed video comprises frames; determining a flow direction for a group of frames in the compressed video, wherein the determining comprises: obtaining motion vectors from a frame in the group of the frames, wherein each motion vector comprises a magnitude and an angle, filtering the motion vectors to remove motion vectors that correspond to noise, computing a frame histogram of the angles of the motion vectors, deriving a frame direction based on the frame histogram, adding the frame direction to a flow histogram of frame directions, repeating the obtaining, filtering, computing, deriving, and adding for other frames in the group of frames, and determining a flow direction based on the flow histogram of frame directions; and detecting counter-flow motion in the compressed video of the scene by comparing motion vectors obtained for each frame to the determined flow direction. obtaining motion vectors from a frame in the group of the frames, wherein each motion vector comprises a magnitude and an angle, filtering the motion vectors to remove motion vectors that correspond to noise, computing a frame histogram of the angles of the motion vectors, deriving a frame direction based on the frame histogram, adding the frame direction to a flow histogram of frame directions, repeating the obtaining, filtering, computing, deriving, and adding for other frames in the group of frames, and determining a flow direction based on the flow histogram of frame directions; and detecting counter-flow motion in the compressed video of the scene by comparing motion vectors obtained for each frame to the determined flow direction.
A system for detecting pressure sores comprising: an artificial skin configured to be coupled to a patient's skin, the artificial skin comprising a substrate and a strain sensor configured to detect deformation of the substrate , a transmitter configured to transmit signals indicative of the deformation of the substrate , and a control system configured to receive the signals from the transmitter , the control system having a timer to track a period of time that the substrate is deformed, the control system comparing the period of time that the substrate is deformed to a predetermined time, wherein the control system activates an alert if the period of time that the substrate is deformed is greater than the predetermined time. an artificial skin configured to be coupled to a patient's skin, the artificial skin comprising a substrate and a strain sensor configured to detect deformation of the substrate , a transmitter configured to transmit signals indicative of the deformation of the substrate , and a control system configured to receive the signals from the transmitter , the control system having a timer to track a period of time that the substrate is deformed, the control system comparing the period of time that the substrate is deformed to a predetermined time, wherein the control system activates an alert if the period of time that the substrate is deformed is greater than the predetermined time.
An image processing method based on a super network, characterized by comprising: merging (S101) a pretrained backbone network with a rear end of an object detection network, wherein the backbone network comprises a classified super network in a search space of the backbone network, the classified super network is configured to extract an image feature from image information, and the rear end of the object detection network comprises an object detection rear-end super network in a search space of the rear end of the object detection network, the object detection rear-end super network is configured to perform object detection based on the image feature; training (S102) the merged super network; performing (S103) Neural Architecture Search, NAS, based on the trained super network to obtain an object detection neural architecture; and processing (S104) an image to be processed by using the object detection neural architecture to obtain an image processing result. merging (S101) a pretrained backbone network with a rear end of an object detection network, wherein the backbone network comprises a classified super network in a search space of the backbone network, the classified super network is configured to extract an image feature from image information, and the rear end of the object detection network comprises an object detection rear-end super network in a search space of the rear end of the object detection network, the object detection rear-end super network is configured to perform object detection based on the image feature; training (S102) the merged super network; performing (S103) Neural Architecture Search, NAS, based on the trained super network to obtain an object detection neural architecture; and processing (S104) an image to be processed by using the object detection neural architecture to obtain an image processing result.
A protection system for a drive shaft , comprising: a first tubular member and a second tubular member which are slidably insertable into each other; and a protection at one end of the first tubular member ; wherein the protection comprises a protective boot and a first annular element coupled to the first tubular member ; characterized in that: the protection further comprises a second annular element , which can be torsionally coupled to the first annular element and which can be decoupled from the first annular element by means of a mutual movement between the first annular element and the second annular element in a direction approximately parallel to the axis (A-A) of the first tubular member ; the second annular element is coupled to the protective boot ; and the protective boot is provided with members for coupling to a non-rotating component of a machine. a first tubular member and a second tubular member which are slidably insertable into each other; and a protection at one end of the first tubular member ; wherein the protection comprises a protective boot and a first annular element coupled to the first tubular member ;
Door seal with liftable and retractable seal strip, - having an actuator , into which can be conducted a force for actuating a retracting movement and/or a lifting movement, wherein the actuator has at least one stop surface which the actuator can strike for actuating the seal strip on a countersurface, in order to be displaced in a longitudinal direction of the door seal, - having a mechanism with which the force conducted into the actuator can be transformed into the retracting movement and/or the lifting movement of the seal strip, wherein the actuator can be converted between - a first embodiment, in which a first stop surface is domed to the outside, and - a second embodiment , in which the actuator has a latch-like slope which has a second stop surface, and characterised in that - the actuator is two-part and has a first part , domed to the outside with the first stop surface as well as a latch-like sloped second part with the second stop surface, and that either - the first part of the actuator can be mounted on the second part and either is mounted on the second part such that the first stop surface covers the second stop surface, or the first part is not mounted on the second part , such that the second stop surface is accessible, or the second part of the actuator can be mounted on the first part and either is mounted on the first part such that the second stop surface covers the first stop surface, or the second part is not mounted on the first part , such that the first stop surface is accessible. - having an actuator , into which can be conducted a force for actuating a retracting movement and/or a lifting movement, wherein the actuator has at least one stop surface which the actuator can strike for actuating the seal strip on a countersurface, in order to be displaced in a longitudinal direction of the door seal, - having a mechanism with which the force conducted into the actuator can be transformed into the retracting movement and/or the lifting movement of the seal strip, - a first embodiment, in which a first stop surface is domed to the outside, and - a second embodiment , in which the actuator has a latch-like slope which has a second stop surface, and - the actuator is two-part and has a first part , domed to the outside with the first stop surface as well as a latch-like sloped second part with the second stop surface, and that either - the first part of the actuator can be mounted on the second part and either is mounted on the second part such that the first stop surface covers the second stop surface, or the first part is not mounted on the second part , such that the second stop surface is accessible,
An overhead storage unit, comprising: a guide member having a first horizontal segment mountable within an overhead storage area , a second vertical segment mountable below the overhead storage area , and a curved segment extending between the first and second segments ; and a storage assembly having a plurality of storage containers each connected to at least one other storage container at common pivots , the storage containers mounted to the guide member and displaceable therealong to be raised and lowered between a stored position and an accessible position, each storage container pivoting relative to an adjacent storage container on the common pivot as the storage containers are displaced between the stored and accessible positions, the storage containers disposed within the overhead storage area and having a first orientation in the stored position, and the storage containers disposed below the overhead storage area and having a second orientation different from the first orientation in the accessible position; characterized in that the common pivots have guide wheels displaceable along the first horizontal segment , the second vertical segment , and the curved segment of the guide member . a guide member having a first horizontal segment mountable within an overhead storage area , a second vertical segment mountable below the overhead storage area , and a curved segment extending between the first and second segments ; and a storage assembly having a plurality of storage containers each connected to at least one other storage container at common pivots , the storage containers mounted to the guide member and displaceable therealong to be raised and lowered between a stored position and an accessible position, each storage container pivoting relative to an adjacent storage container on the common pivot as the storage containers are displaced between the stored and accessible positions, the storage containers disposed within the overhead storage area and having a first orientation in the stored position, and the storage containers disposed below the overhead storage area and having a second orientation different from the first orientation in the accessible position; characterized in that the common pivots have guide wheels displaceable along the first horizontal segment , the second vertical segment , and the curved segment of the guide member .
An adjustable brush comprising: a handle ; and a brush head coupled to the handle , wherein the brush head includes: a platform ; a first arm extending from the platform ; a second arm extending from the platform ; a non-rotatable shaft extending between the first and second arms ; a rotatable shaft positioned between the non-rotatable shaft and the platform , the rotatable shaft extending between the first and second arms ; a plurality of adjustable teeth slideably coupled to the non-rotatable shaft ; and a plurality of spacers positioned on the rotatable shaft , wherein each of the spacers includes a cam region having a variable thickness , wherein the cam region of one or more of the plurality of spacers engages at least a portion of a respective one or more of the adjustable teeth , wherein rotation of the rotatable shaft causes rotation of the spacers , including the cam region , and the variable thickness of the cam region engaging with at least a portion of a respective one or more of the adjustable teeth causes a lateral movement of the adjustable teeth along the non-rotatable shaft such that a separation distance between the adjustable teeth is adjusted. a handle ; and a brush head coupled to the handle , wherein the brush head includes: a platform ; a first arm extending from the platform ; a second arm extending from the platform ; a non-rotatable shaft extending between the first and second arms ; a rotatable shaft positioned between the non-rotatable shaft and the platform , the rotatable shaft extending between the first and second arms ; a plurality of adjustable teeth slideably coupled to the non-rotatable shaft ; and a platform ; a first arm extending from the platform ; a second arm extending from the platform ; a non-rotatable shaft extending between the first and second arms ; a rotatable shaft positioned between the non-rotatable shaft and the platform , the rotatable shaft extending between the first and second arms ; a plurality of adjustable teeth slideably coupled to the non-rotatable shaft ; and a plurality of spacers positioned on the rotatable shaft , wherein each of the spacers includes a cam region having a variable thickness , wherein the cam region of one or more of the plurality of spacers engages at least a portion of a respective one or more of the adjustable teeth , wherein rotation of the rotatable shaft causes rotation of the spacers , including the cam region , and the variable thickness of the cam region engaging with at least a portion of a respective one or more of the adjustable teeth causes a lateral movement of the adjustable teeth along the non-rotatable shaft such that a separation distance between the adjustable teeth is adjusted.
A method for aligning and stabilizing images generated by an integrated stereo camera pair comprising a first camera and a second camera that are physically mounted to a computer system for mixed reality with images generated by a detached camera that is physically unmounted from the computer system , said method comprising: generating a first image using the first camera , generating a second image using the second camera , and generating a third image using the detached camera ; computing a first rotation base matrix of the third image relative to the first image , wherein computing the first rotation base matrix of the third image relative to the first image is performed based on an incorrect, but acceptable, assumption that the detached camera and the first camera are co-located with one another; computing a second rotation base matrix of the third image relative to the second image ; aligning the third image to the first image using the first rotation base matrix and aligning the third image to the second image using the second rotation base matrix ; generating a first overlaid image by overlaying the third image onto the first image based on said aligning; generating a second overlaid image by overlaying the third image onto the second image based on said aligning; performing a first parallax correction on the first overlaid image by modifying the first overlaid image from a first perspective to a first new perspective; performing a second parallax correction on the second overlaid image by modifying the second overlaid image from a second perspective to a second new perspective; and displaying the first overlaid image and the second overlaid image . generating a first image using the first camera , generating a second image using the second camera , and generating a third image using the detached camera ; computing a first rotation base matrix of the third image relative to the first image , wherein computing the first rotation base matrix of the third image relative to the first image is performed based on an incorrect, but acceptable, assumption that the detached camera and the first camera are co-located with one another; computing a second rotation base matrix of the third image relative to the second image ; aligning the third image to the first image using the first rotation base matrix and aligning the third image to the second image using the second rotation base matrix ; generating a first overlaid image by overlaying the third image onto the first image based on said aligning; generating a second overlaid image by overlaying the third image onto the second image based on said aligning; performing a first parallax correction on the first overlaid image by modifying the first overlaid image from a first perspective to a first new perspective; performing a second parallax correction on the second overlaid image by modifying the second overlaid image from a second perspective to a second new perspective; and displaying the first overlaid image and the second overlaid image .
A laser reflow apparatus, comprising: a bonding object transfer unit configured to transfer a bonding object , the bonding object transfer unit comprising a stage for supporting the bonding object; a laser emission unit configured to emit laser to the bonding object by converting the laser to the form of a surface light source by means of a beam shaper for converting a laser beam in a shape of a Gaussian to a surface light source having an uniformized energy distribution and a laser emission transfer unit configured to transfer the laser emission unit to an emission position or a stand-by position; and characteriszed in that it further comprises a beam transmission plate configured to apply pressure to the bonding object , the beam transmission plate being independently and separately mounted from the laser emission unit and being made of a material transmitting a laser beam in the form of a surface light source, and a beam transmission plate transfer unit configured to transfer the beam transmission plate to an operation position or a stand-by position. further comprising a protective film transfer unit configured to transfer, underneath the beam transmission plate , a protective film for preventing the fumes generated during laser bonding from sticking to a bottom surface of the beam transmission plate . a bonding object transfer unit configured to transfer a bonding object , the bonding object transfer unit comprising a stage for supporting the bonding object; a laser emission unit configured to emit laser to the bonding object by converting the laser to the form of a surface light source by means of a beam shaper for converting a laser beam in a shape of a Gaussian to a surface light source having an uniformized energy distribution and a laser emission transfer unit configured to transfer the laser emission unit to an emission position or a stand-by position; and characteriszed in that it further comprises a beam transmission plate configured to apply pressure to the bonding object , the beam transmission plate being independently and separately mounted from the laser emission unit and being made of a material transmitting a laser beam in the form of a surface light source, and a beam transmission plate transfer unit configured to transfer the beam transmission plate to an operation position or a stand-by position. further comprising a protective film transfer unit configured to transfer, underneath the beam transmission plate , a protective film for preventing the fumes generated during laser bonding from sticking to a bottom surface of the beam transmission plate .