mhurhangee/patent-ind-claim-en huggingface dataset:
An image decoding device , comprising: a motion vector decoding unit that decodes a motion vector from encoded data; a refinement unit that performs refinement processing to correct the decoded motion vector; and a predictive signal generation unit that generates a predictive signal on the basis of the corrected motion vector output from the refinement unit , wherein the predictive signal generation unit determines whether or not to perform bi-directional optical flow, BDOF, processing for each block which underwent the refinement processing, on the basis of information calculated in the course of the refinement processing, wherein more specifically the predictive signal generation unit determines, for each of the blocks, that the BDOF processing is not to be performed when a minimum search cost of the refinement processing is less than or equal to a predefined threshold value, wherein the search cost is a sum of absolute differences or any other indicator of the similarity between image signals, calculated in the course of the refinement processing. a motion vector decoding unit that decodes a motion vector from encoded data; a refinement unit that performs refinement processing to correct the decoded motion vector; and a predictive signal generation unit that generates a predictive signal on the basis of the corrected motion vector output from the refinement unit , wherein the predictive signal generation unit determines whether or not to perform bi-directional optical flow, BDOF, processing for each block which underwent the refinement processing, on the basis of information calculated in the course of the refinement processing, wherein more specifically the predictive signal generation unit determines, for each of the blocks, that the BDOF processing is not to be performed when a minimum search cost of the refinement processing is less than or equal to a predefined threshold value, wherein the search cost is a sum of absolute differences or any other indicator of the similarity between image signals, calculated in the course of the refinement processing.
A safety system for controlling and/or monitoring at least one door lock for escape route security, having at least one release element , which is designed as an emergency button , and having a door lock control for controlling a locking mechanism , wherein the release element and the door lock control are connected to one another via a first bus system , wherein the safety system comprises a control device , wherein the control device is connected to the release element and/or the door lock control via the first bus system , wherein the control device is connected to a hub via a second bus system , characterized in that the control device is designed to perform at least one of the following functions: Causing the locking mechanism to be triggered or actuated to automatically relock after a predetermined period of time has elapsed, function k., wherein the control device transmits at least one message from the hub to at least one door lock control , which is connected to the first bus system , and/or a release element , which is connected to the first bus system . having at least one release element , which is designed as an emergency button , and having a door lock control for controlling a locking mechanism , wherein the release element and the door lock control are connected to one another via a first bus system , wherein the safety system comprises a control device , wherein the control device is connected to the release element and/or the door lock control via the first bus system , wherein the control device is connected to a hub via a second bus system , characterized in that the control device is designed to perform at least one of the following functions: Causing the locking mechanism to be triggered or actuated to automatically relock after a predetermined period of time has elapsed, function k., wherein the control device transmits at least one message from the hub to at least one door lock control , which is connected to the first bus system , and/or a release element , which is connected to the first bus system . Causing the locking mechanism to be triggered or actuated to automatically relock after a predetermined period of time has elapsed, function k., wherein the control device transmits at least one message from the hub to at least one door lock control , which is connected to the first bus system , and/or a release element , which is connected to the first bus system .
A window for an above-ground pool comprising: a window portion including: a window pane , and a peripheral rim extending around at least a portion of a perimeter of the window pane , characterized in that the peripheral rim defining a first groove between a first outer flange and a first inner flange on a first side of the peripheral rim , and a second groove between a second outer flange and a second inner flange on a second side of the peripheral rim opposite the first side; and a retainer bracket including: a peripheral rim junction having a receiving part configured to interlock with the first groove , the first outer flange , the second groove , and the second outer flange of the peripheral rim , a peripheral plate configured to attach to a wall of a pool, and a joint connecting the peripheral rim junction and the peripheral plate , wherein the retainer bracket defines a retainer bracket groove between the peripheral rim junction and the peripheral plate to allow the joint to provide strain relief for relative movement between the peripheral rim junction and the peripheral plate . a window portion including: a window pane , and a peripheral rim extending around at least a portion of a perimeter of the window pane , characterized in that the peripheral rim defining a first groove between a first outer flange and a first inner flange on a first side of the peripheral rim , and a second groove between a second outer flange and a second inner flange on a second side of the peripheral rim opposite the first side; and a window pane , and a peripheral rim extending around at least a portion of a perimeter of the window pane , characterized in that the peripheral rim defining a first groove between a first outer flange and a first inner flange on a first side of the peripheral rim , and a second groove between a second outer flange and a second inner flange on a second side of the peripheral rim opposite the first side; and a retainer bracket including: a peripheral rim junction having a receiving part configured to interlock with the first groove , the first outer flange , the second groove , and the second outer flange of the peripheral rim , a peripheral plate configured to attach to a wall of a pool, and a joint connecting the peripheral rim junction and the peripheral plate , wherein the retainer bracket defines a retainer bracket groove between the peripheral rim junction and the peripheral plate to allow the joint to provide strain relief for relative movement between the peripheral rim junction and the peripheral plate . a peripheral rim junction having a receiving part configured to interlock with the first groove , the first outer flange , the second groove , and the second outer flange of the peripheral rim , a peripheral plate configured to attach to a wall of a pool, and a joint connecting the peripheral rim junction and the peripheral plate , wherein the retainer bracket defines a retainer bracket groove between the peripheral rim junction and the peripheral plate to allow the joint to provide strain relief for relative movement between the peripheral rim junction and the peripheral plate .
An apparatus for the treatment of containers with a movable carrier for conveying the containers to be treated, with a plurality of treatment units which treat each container in a pre-set manner, wherein the treatment units of a first group of these treatment units are filling units which fill the containers with a flowable medium, and these filling units have in each case filling elements which are arranged on the carrier and which move jointly with the containers at least sectionwise, wherein the treatment units of a third group of these treatment units are closing units which close with a closure the containers filled with the flowable medium and which have in each case closure elements which are arranged on the carrier and which move jointly with the containers at least sectionwise, wherein the treatment units are arranged on or with respect to the carrier in such a way that each container is conveyed at least twice by the carrier , wherein the filling units and the closing units are arranged offset from one another on the carrier , characterized in that the treatment units of a second group of these treatment units are labelling devices which apply labels to the containers , wherein each container is conveyed at least twice by the carrier in order to be filled, labelled and closed, and in that the treatment units are arranged with respect to the carrier in such a way that the filling of the containers by the first filling units , the labelling of the containers by the labelling units and the closing of the containers by the closing units take place during a conveying of the containers by means of the one movable carrier , wherein the containers are transferred back to the infeed starwheel via an outlet starwheel and a transfer starwheel , wherein the transfer starwheel is a pitch-varying starwheel.
A vacuum heat insulator comprising: - a core member being a stack of fibrous sheets ; and - a cover member enclosing the core member , wherein each of the fibrous sheets includes a plurality of first curved chopped fibers and a plurality of second curved fibers , and wherein the first curved chopped fibers have a cut length W, each of the fibrous sheets enclosed in the cover member in a sealed state has a thickness t, and t/sin15 degrees ≤ W is satisfied, characterised in that the plurality of second curved fibers include a plurality of second curved chopped fibers different in average fiber diameter from the plurality of first curved chopped fibers . - a core member being a stack of fibrous sheets ; and - a cover member enclosing the core member ,
A skin treatment device being a light-based hair removal device or a light-based skin treatment device, comprising: - a handle section being arranged to be held in a human user's hand; - a treatment head section having a skin treatment unit comprising a light source and a skin contact frame having a skin contact surface (301; 3101; 3111), the skin contact frame at least partially encircling a skin treatment area ; and - a vibration generation unit being coupled with the skin contact frame to cause a vibration of at least a portion of the skin contact frame essentially parallel to the skin contact surface (301; 3101; 3111) at an ultrasonic frequency to effectively reduce the stick-slip or static friction of the skin contact frame. - a handle section being arranged to be held in a human user's hand; - a treatment head section having a skin treatment unit comprising a light source and a skin contact frame having a skin contact surface (301; 3101; 3111), the skin contact frame at least partially encircling a skin treatment area ; and - a vibration generation unit being coupled with the skin contact frame to cause a vibration of at least a portion of the skin contact frame essentially parallel to the skin contact surface (301; 3101; 3111) at an ultrasonic frequency to effectively reduce the stick-slip or static friction of the skin contact frame.
A surgical fastener comprising: a coil body including a plurality of coil windings , the coil body having a proximal end and a distal end for penetrating an implantable prosthesis, tissue, muscle, and/or bone; and a separate head that is attached to the coil body , the head including a through hole with an internal thread that is threadably secured to a portion of a coil winding of the coil body , wherein the head includes at least one drive feature that is engageable by a drive member of a delivery device to rotate the head and coil body of the surgical fastener, wherein the plurality of coil windings extends distally from the head when the coil body is threadably secured to the head , wherein the head includes a cavity that receives the portion of the coil winding of the coil body therein to secure the coil body to the head to prevent relative rotation of the coil body and the head characterised in that the portion of the coil body has an outer transverse dimension in a relaxed state that is larger than, or equal to, a transverse dimension of the cavity to create a compression, or press fit as the coil body is threaded to the head . a coil body including a plurality of coil windings , the coil body having a proximal end and a distal end for penetrating an implantable prosthesis, tissue, muscle, and/or bone; and a separate head that is attached to the coil body , the head including a through hole with an internal thread that is threadably secured to a portion of a coil winding of the coil body , wherein the head includes at least one drive feature that is engageable by a drive member of a delivery device to rotate the head and coil body of the surgical fastener, wherein the plurality of coil windings extends distally from the head when the coil body is threadably secured to the head , wherein the head includes a cavity that receives the portion of the coil winding of the coil body therein to secure the coil body to the head to prevent relative rotation of the coil body and the head characterised in that the portion of the coil body has an outer transverse dimension in a relaxed state that is larger than, or equal to, a transverse dimension of the cavity to create a compression, or press fit as the coil body is threaded to the head .
Heating apparatus for heating a film, comprising a heating plate and an exchange plate which is connected to the heating plate , wherein at least one of the heating plate and the exchange plate has a recess or a plurality of recesses , and the heating plate and the exchange plate are connected to one another in such a way that the recess or the plurality of recesses is covered by the other one of the heating plate and the exchange plate , so that a cavity or a plurality of cavities is formed between the heating plate and the exchange plate , characterized in that each cavity is filled with air.
A connecting device comprising a first tube with a flare at one end ; a female sleeve including, at its inner side, an annular hole along its axis for receiving the first tube, and which is partially threaded at its inner circular wall ; a second tube with a flare at one end so as to be communicated with the flare of the first tube; a male sleeve having an annular hole along its axis for receiving the second tube, and including, at its outer surface, threads corresponding to those of the female sleeve, and providing pressure for connection, the first tube being configured to be fixed to the female sleeve prior to connection, characterized in that the female sleeve for fixing the first tube to the female sleeve is crimped into the first tube.
Aircraft propulsion assembly comprising a propeller having an axis of rotation (A32), a plurality of electric motors , a transmission system configured to couple the electric motors to the propeller and comprising an output shaft connected to the propeller , and a propeller pitch adjustment system , the transmission system delimiting a front zone in which the propeller is positioned, and a rear zone opposite the front zone, the propeller pitch adjustment system being positioned in the rear zone, characterized in that at least one of the electric motors is positioned in the front zone, and in that the propulsion assembly comprises a connection structure interposed between the propeller and the transmission system , the connection structure and the output shaft of the transmission system connected to the propeller being configured in such a way that no electric motor positioned in the front zone interferes with the propeller .
A stent device , comprising: a sleeve formed with a plurality of compactable spring ring elements arranged along its length, the sleeve having compacted and expanded states, each ring element having an undulating profile at the surface of the sleeve so that adjacent ring elements at least partially overlap along a longitudinal extent of the stent device , the ring elements being compactable against their natural resilience to reduce the outer diameter of the sleeve in a frangible sheath , wherein adjacent ring elements are inter-coupled and thereby maintain axial spacing between a compacted state and an expanded state, the stent device further including a soft tip at a proximal end of the stent device that extends beyond the frangible sheath when the stent device is in the compacted state and within the frangible sheath , and wherein the soft tip includes multiple sutures at one or more ring elements at a proximal end of the sleeve .
A robot control apparatus comprising: a storage unit in which teaching data is stored; a memory ; and an accepting unit that accepts sensing results of a laser sensor at intervals, from a robot including a working tool and the laser sensor configured to detect a shape of a working target before an operation of the working tool, and accumulates pieces of information according to the sensing results, in the memory , a memory management unit that is configured, when judging that the memory is running short of free space, to delete one or more pieces of information stored in the memory ; and a control unit that moves the working tool based on the teaching data, and corrects the movement of the working tool based on information stored in the memory , the control unit being configured to delete, from the memory , the information that has been read by the control unit for the correction, wherein the accepting unit accumulates a dispersion level indicating a level of dispersion of differences between a shape of the working target estimated based on each of the sensing results, and said sensing result, in the memory in association with the piece of information according to said sensing result, and the memory management unit deletes a piece of information according to a sensing result associated with a highest dispersion level, out of the pieces of information according to sensing results stored in the memory , and then rearranges the remaining pieces of information stored in the memory such that they are gathered into one unit. a storage unit in which teaching data is stored; a memory ; and an accepting unit that accepts sensing results of a laser sensor at intervals, from a robot including a working tool and the laser sensor configured to detect a shape of a working target before an operation of the working tool, and accumulates pieces of information according to the sensing results, in the memory , a memory management unit that is configured, when judging that the memory is running short of free space, to delete one or more pieces of information stored in the memory ; and a control unit that moves the working tool based on the teaching data, and corrects the movement of the working tool based on information stored in the memory , the control unit being configured to delete, from the memory , the information that has been read by the control unit for the correction, wherein the accepting unit accumulates a dispersion level indicating a level of dispersion of differences between a shape of the working target estimated based on each of the sensing results, and said sensing result, in the memory in association with the piece of information according to said sensing result, and the memory management unit deletes a piece of information according to a sensing result associated with a highest dispersion level, out of the pieces of information according to sensing results stored in the memory , and then rearranges the remaining pieces of information stored in the memory such that they are gathered into one unit.
A method for producing trans-1-halo-2-fluoroethylene (E-isomer) and/or cis-1-halo-2-fluoroethylene (Z-isomer), comprising supplying a composition containing E-isomer and/or Z-isomer to a reactor to perform isomerization between the E-isomer and the Z-isomer in a liquid phase, using a batch-mode reactor or a liquid-phase continuous-flow process using a tubular reactor, by performing light irradiation with light having a wavelength of 200-450 nm in the presence of a photosensitizer.
An electronic device comprising: display circuitry ; a camera disposed on a rear surface of the display circuitry; memory storing instructions; and at least one processor ; wherein the instructions that, when executed by the at least one processor individually or collectively, cause the electronic device to: identify camera driving information set with regard to the camera, identify a shutter speed included in the camera driving information, change set display driving information such that a time of a non-light-emitting interval of a duty cycle of the display circuitry is larger than the shutter speed, and based on the changed display driving information, control a driving of the camera. display circuitry ; a camera disposed on a rear surface of the display circuitry; memory storing instructions; and at least one processor ; wherein the instructions that, when executed by the at least one processor individually or collectively, cause the electronic device to: identify camera driving information set with regard to the camera, identify a shutter speed included in the camera driving information, change set display driving information such that a time of a non-light-emitting interval of a duty cycle of the display circuitry is larger than the shutter speed, and based on the changed display driving information, control a driving of the camera. identify camera driving information set with regard to the camera, identify a shutter speed included in the camera driving information, change set display driving information such that a time of a non-light-emitting interval of a duty cycle of the display circuitry is larger than the shutter speed, and based on the changed display driving information, control a driving of the camera.
Track for a slatted shutter, which track is provided with a continuous longitudinal opening for guiding and sliding, comprising two opposite longitudinal edges , the profile of each of which has a profile with an alternating geometry of recesses , the recesses of the two edges being disposed in a staggered manner, characterized in that the longitudinal edges have a broken line profile so that the alternation of recesses of each longitudinal edge of the opening is formed by alternating inclined straight segments that converge and diverge with respect to the interior of the opening .