mhurhangee/patent-ind-claim-en huggingface dataset:
A computer system comprising a computer adapted for performing a screen capture on a display interface of a display device when a Microsoft Office Power Point PPT is played in full-screen in a Microsoft DirectX Graphics Infrastructure DXGI screen capturing mode, wherein the system further comprises: a prepositioned frame acquiring module configured to run a DXGI screen capturing module, and to acquire a prepositioned frame in a graphics card cache of the display interface of the display device; a screen data acquiring module configured to acquire screen data according to the prepositioned frame; a monitoring and timing module configured to monitor whether the screen data are changed and determine a duration during which the screen data do not change; a modifying module configured to modify the screen data in the graphics cache when the duration in which the screen data does not change exceeds a preset threshold, wherein the modifying module is configured to modify the screen data in a way that modified screen data is restored to the screen data before the modification by controlling the cursor on the screen to move by a preset distance and then return to its original position, or by changing the brightness and/or color of one pixel or a part of pixels on the screen and then restoring the brightness and/or color of the one pixel or the part of pixels; a screen capturing module configured to run the DXGI screen capturing module to perform screen capturing of the modified screen data in the graphics cache when the screen data changes; and a pushing module configured to acquire the screen data captured by the DXGI screen capturing module and push the captured screen data to a desktop of a display device. a prepositioned frame acquiring module configured to run a DXGI screen capturing module, and to acquire a prepositioned frame in a graphics card cache of the display interface of the display device; a screen data acquiring module configured to acquire screen data according to the prepositioned frame; a monitoring and timing module configured to monitor whether the screen data are changed and determine a duration during which the screen data do not change; a modifying module configured to modify the screen data in the graphics cache when the duration in which the screen data does not change exceeds a preset threshold, wherein the modifying module is configured to modify the screen data in a way that modified screen data is restored to the screen data before the modification by controlling the cursor on the screen to move by a preset distance and then return to its original position, or by changing the brightness and/or color of one pixel or a part of pixels on the screen and then restoring the brightness and/or color of the one pixel or the part of pixels; a screen capturing module configured to run the DXGI screen capturing module to perform screen capturing of the modified screen data in the graphics cache when the screen data changes; and a pushing module configured to acquire the screen data captured by the DXGI screen capturing module and push the captured screen data to a desktop of a display device.
A clamping apparatus for clamping at least two shaped parts which may be welded along a welding contour by irradiation with a laser beam , comprising: - a first clamping plate used as a holder for a first shaped part, - a second clamping plate which is designed to apply a clamping force to the first shaped part and a second shaped part arranged thereon, - an outer clamping jaw comprising a recess and an inner clamping jaw arranged in the recess, which together form the second clamping plate , - a passage gap for a laser beam formed in sections between the outer clamping jaw and the inner clamping jaw , - one or more fastening elements which connect the outer clamping jaw with the inner clamping jaw in sections and which bridge the passage gap , characterised in that the clamping apparatus comprises, in the region of a fastening element , a mirror element which is arranged such that a laser beam is reflected onto a section of the welding contour concealed by the fastening element . - a first clamping plate used as a holder for a first shaped part, - a second clamping plate which is designed to apply a clamping force to the first shaped part and a second shaped part arranged thereon, - an outer clamping jaw comprising a recess and an inner clamping jaw arranged in the recess, which together form the second clamping plate , - a passage gap for a laser beam formed in sections between the outer clamping jaw and the inner clamping jaw , - one or more fastening elements which connect the outer clamping jaw with the inner clamping jaw in sections and which bridge the passage gap , characterised in that the clamping apparatus comprises, in the region of a fastening element , a mirror element which is arranged such that a laser beam is reflected onto a section of the welding contour concealed by the fastening element .
A method for manufacturing shoe parts in an automated manner, the method comprising: utilizing a second vision system , determining a position of a base shoe part relative to a stacking surface ; situating a first shoe part at the stacking surface such that at least a portion of the first shoe part overlaps at least a portion of the base shoe part at a preset relative position to form a part stack ; utilizing the second vision system , determining a position of the part stack relative to the stacking surface ; retrieving the part stack from the stacking surface utilizing a second conveyance mechanism that includes a second pick-up-tool ; situating the part stack at a stitching machine, the stitching machine having a needle associated therewith; and stitching together at least part of the overlapping portions of the first shoe part and the base shoe part, wherein movement, by the second conveyance mechanism , of the part stack relative to the stitching machine and movement of the needle associated with the stitching machine are controlled by a shared control system such that the respective movements are synchronized. utilizing a second vision system , determining a position of a base shoe part relative to a stacking surface ; situating a first shoe part at the stacking surface such that at least a portion of the first shoe part overlaps at least a portion of the base shoe part at a preset relative position to form a part stack ; utilizing the second vision system , determining a position of the part stack relative to the stacking surface ; retrieving the part stack from the stacking surface utilizing a second conveyance mechanism that includes a second pick-up-tool ; situating the part stack at a stitching machine, the stitching machine having a needle associated therewith; and stitching together at least part of the overlapping portions of the first shoe part and the base shoe part, wherein movement, by the second conveyance mechanism , of the part stack relative to the stitching machine and movement of the needle associated with the stitching machine are controlled by a shared control system such that the respective movements are synchronized.
A water-absorbent resin in the form of a secondary particle which is obtainable by agglomerating primary particles having an aspect ratio of 1.1 to 200 and a median particle size (d) of 50 to 600 μm, the secondary particle having an aspect ratio of 1.0 to 3.0 and a median particle size (D) of 100 to 2,000 μm, the particle aspect ratio being determined by measuring the maximum length of 50 particles arbitrarily selected from a scanning electron micrograph as the major axis and the maximum length perpendicular to the major axis as the minor axis, and calculating the average of the measured values and the aspect ratio as the ratio of the major axis to the minor axis.
Open-cell ceramic and/or metal foams having a rough enveloping surface, wherein the enveloping surfaces of the struts of ceramic and/or metal foams consist of a material and/or are at least partly covered with a layer which has a rough surface having an average roughness R a in the range of 3-15 μm and/or a peak to valley height R z in the range of 20-100 μm, measured in accordance with DIN EN ISO 4287 .
Use of a wood preservative composition comprising: (a) an aqueous dispersion of micronized particles of copper or a copper compound or a combination thereof having a particle size of between 0.05 and 10 microns; and (b) one or more biocides selected from azoles, quaternary ammonium compounds, borate compounds, fluoride compounds and combinations thereof; for preserving wood; wherein the copper compound is cuprous oxide, cupric oxide, copper hydroxide, copper carbonate, basic copper carbonate, copper oxychloride or copper residues. (a) an aqueous dispersion of micronized particles of copper or a copper compound or a combination thereof having a particle size of between 0.05 and 10 microns; and (b) one or more biocides selected from azoles, quaternary ammonium compounds, borate compounds, fluoride compounds and combinations thereof;
A lighting device , in particular a beacon device , to be installed on a tower , the device including: - an electric energy generating unit comprising: - at least one photovoltaic module able to be wound over at least part of the circumference of the tower , preferably over the entire circumference of the tower , - a support keeping the photovoltaic module wound over the tower , the support comprising a third connector and a fourth connector , and - a positive electrode and a negative electrode, - a light energy generating unit configured to be fastened on the tower , the light energy generating unit comprising: - a housing having a periphery, - a storage member storing the electric energy generated by the electric energy generating unit , - a regulating member regulating the charge of the storage member , and - a light-emitting member supplied by the storage member , the light-emitting member extending over the periphery of the housing , wherein the lighting device comprises a body having a upper part , a lower part and a median part defined by the upper part and the lower part , the upper part including a first electrical track and a second electrical track , the third connector being configured to connect electrically the first electrical track to one among the positive electrode and the negative electrode and the fourth connector being configured to connect electrically the second electrical track to one among the positive electrode and the negative electrode. - an electric energy generating unit comprising: - at least one photovoltaic module able to be wound over at least part of the circumference of the tower , preferably over the entire circumference of the tower , - a support keeping the photovoltaic module wound over the tower , the support comprising a third connector and a fourth connector , and - a positive electrode and a negative electrode, - at least one photovoltaic module able to be wound over at least part of the circumference of the tower , preferably over the entire circumference of the tower , - a support keeping the photovoltaic module wound over the tower , the support comprising a third connector and a fourth connector , and - a positive electrode and a negative electrode, - a light energy generating unit configured to be fastened on the tower , the light energy generating unit comprising: - a housing having a periphery, - a storage member storing the electric energy generated by the electric energy generating unit , - a regulating member regulating the charge of the storage member , and - a light-emitting member supplied by the storage member , the light-emitting member extending over the periphery of the housing , - a housing having a periphery, - a storage member storing the electric energy generated by the electric energy generating unit , - a regulating member regulating the charge of the storage member , and - a light-emitting member supplied by the storage member , the light-emitting member extending over the periphery of the housing ,
A maximum settable dose feature of a dosing mechanism for a drug delivery device comprising, in combination, a. a movable dose setting component ; b. a locking band having an unlocked configuration in rotational or linear engagement with the dose setting component and a locked configuration that provides a permanent stop for the dose setting component ; wherein the locking band transitions from the unlocked to the locked configuration after a first dose is set, wherein the locking band has a greater diameter in the unlocked configuration than when in the locked configuration. a. a movable dose setting component ; b. a locking band having an unlocked configuration in rotational or linear engagement with the dose setting component and a locked configuration that provides a permanent stop for the dose setting component ;
An interbody spacer system comprising an interbody spacer , and an insertion instrument : said insertion instrument comprising a handle member ; an extension member including a first and a second end, wherein said first end of said extension member is coupled to said handle member ; a means for selectively coupling a spacer to said second end of said extension member ; a means for selectively fixing said spacer in an angular position with respect to said insertion instrument ; a means for actuating said means for selectively coupling and said means for selectively fixing a shaft; said interbody spacer comprising a frictionally engaging feature on at least one end, said shaft terminating in opposing jaws and frictional features designed to engage with the frictional features on the interbody spacer ; wherein the insertion instrument comprises a lever which is mechanically connected to the opposing jaws at the terminal end of the shaft and which is configured for a first position providing an open jaw configuration, a second position providing a closed jaw configuration which allows the spacer to rotate, and a third position providing restrain of the spacer by locking its rotation. said insertion instrument comprising a handle member ; an extension member including a first and a second end, wherein said first end of said extension member is coupled to said handle member ; a means for selectively coupling a spacer to said second end of said extension member ; a means for selectively fixing said spacer in an angular position with respect to said insertion instrument ; a means for actuating said means for selectively coupling and said means for selectively fixing a shaft; said interbody spacer comprising a frictionally engaging feature on at least one end, said shaft terminating in opposing jaws and frictional features designed to engage with the frictional features on the interbody spacer ; wherein the insertion instrument comprises a lever which is mechanically connected to the opposing jaws at the terminal end of the shaft and which is configured for a first position providing an open jaw configuration, a second position providing a closed jaw configuration which allows the spacer to rotate, and a third position providing restrain of the spacer by locking its rotation.
A process for preparing acrolein by catalytic gas phase oxidation comprising: (a) providing a reaction gas comprising (i) 5 to 10 mol % propylene, (ii) 0.02 to 0.75 mol % propane, and (iii) 0.25 to 1.9 mol % of a fuel mixture comprising at least one of methane and ethane, wherein the molar ratio of the total amount of propane, methane, and ethane to the total amount of propylene is from 0.027:1 to 0.25:1; and (b) contacting the reaction gas with a mixed metal oxide catalyst to form a mixture comprising acrolein, wherein the mixed metal oxide catalyst comprises one or more of molybdenum, bismuth, cobalt, and iron. (a) providing a reaction gas comprising (i) 5 to 10 mol % propylene, (ii) 0.02 to 0.75 mol % propane, and (iii) 0.25 to 1.9 mol % of a fuel mixture comprising at least one of methane and ethane, wherein the molar ratio of the total amount of propane, methane, and ethane to the total amount of propylene is from 0.027:1 to 0.25:1; and (i) 5 to 10 mol % propylene, (ii) 0.02 to 0.75 mol % propane, and (iii) 0.25 to 1.9 mol % of a fuel mixture comprising at least one of methane and ethane, wherein the molar ratio of the total amount of propane, methane, and ethane to the total amount of propylene is from 0.027:1 to 0.25:1; and (b) contacting the reaction gas with a mixed metal oxide catalyst to form a mixture comprising acrolein, wherein the mixed metal oxide catalyst comprises one or more of molybdenum, bismuth, cobalt, and iron.
A vehicle lighting system comprising a light source unit (U7), the light source unit (U7) comprising: a light source that emits excitation light; a light generating unit that includes a luminescent layer to emit generation light by being irradiated with the excitation light; and a lens member , characterized in that the light generating unit further includes : - a reflective layer , - a semi-transmissive reflective layer , and - a first and second holding members that hold the luminescent layer , the reflective layer and the semi-transmissive reflective layer ; wherein the second holding member is disposed on a front side of the first holding member , the front being defined by reference to a light axis of the light source unit (U7), the luminescent layer is held between the first and the second holding members , the reflective layer is disposed on a back side of the first holding member and configured to reflect the generation light toward the front, the semi-transmissive reflective layer is disposed on the front side of the second holding member at a location that is on the front side of the luminescent layer and is opposite to the reflective layer with the luminescent layer interposed, and configured to transmit a part of the generation light and to reflect another part of the generation light toward the back, and the lens member that is disposed on the front side of the light generating unit and outputs the generation light passing through the semi-transmissive reflective layer toward the front. a light source that emits excitation light; a light generating unit that includes a luminescent layer to emit generation light by being irradiated with the excitation light; and a lens member , characterized in that the light generating unit further includes : - a reflective layer , - a semi-transmissive reflective layer , and - a first and second holding members that hold the luminescent layer , the reflective layer and the semi-transmissive reflective layer ; wherein - a reflective layer , - a semi-transmissive reflective layer , and - a first and second holding members that hold the luminescent layer , the reflective layer and the semi-transmissive reflective layer ; wherein the second holding member is disposed on a front side of the first holding member , the front being defined by reference to a light axis of the light source unit (U7), the luminescent layer is held between the first and the second holding members , the reflective layer is disposed on a back side of the first holding member and configured to reflect the generation light toward the front, the semi-transmissive reflective layer is disposed on the front side of the second holding member at a location that is on the front side of the luminescent layer and is opposite to the reflective layer with the luminescent layer interposed, and configured to transmit a part of the generation light and to reflect another part of the generation light toward the back, and the lens member that is disposed on the front side of the light generating unit and outputs the generation light passing through the semi-transmissive reflective layer toward the front.
A coating composition comprising particles selected from particles having wear resistance properties, particles having surface enhancing properties, particles having catalytic properties or combinations thereof, and a mechanical blend comprising at least one powder of particles of a boron source and at least one powder of particles of a silicon source, each particle in the powders is either of a silicon source or of a boron source and wherein the particles have an average particle size less than 250 μm, and wherein: - the mechanical blend comprises boron and silicon in a weight ratio boron to silicon within a range from 3:100 wt:wt to 100:3 wt:wt; - silicon and boron are present in the blend in at least 25 wt%; - at least one boron source and the at least one silicon source are oxygen free except for inevitable amounts of contaminating oxygen, and wherein the inevitable amount of contaminating oxygen is less than 5 wt%. - the mechanical blend comprises boron and silicon in a weight ratio boron to silicon within a range from 3:100 wt:wt to 100:3 wt:wt; - silicon and boron are present in the blend in at least 25 wt%; - at least one boron source and the at least one silicon source are oxygen free except for inevitable amounts of contaminating oxygen, and wherein the inevitable amount of contaminating oxygen is less than 5 wt%.
A locking mechanism with a main lock having a latch and with a bolt part , which bolt part , together with the latch and controlled by a drive rod, can be backward locked from a forward-locked closing position and, upon closing of a door comprising a wing and a frame equipped with the locking mechanism , controlled by a trigger and driven by an energy store , forward locks from a backward-locked position, wherein the trigger is a pivotable lever holding the drive rod in a position keeping the energy store in its loaded position, spring-loaded and swiveling in the forend plane, and, upon contact with a frame-side contact surface, releases a main lock slider coupled with the drive rod , wherein a coupling device is operative between the main lock slider and a cylinder-driven gearbox , which upon forward locking via the cylinder couples with the drive rod and enables movement of the drive rod in the closing direction, which moves the bolt part further in the forward-locking direction, wherein the coupling device consists of a coupling piece with coupling piece toothing and main lock slider toothing , characterized by a trigger actuation surface mounted in the latch being acted upon by the frame-side stop surface of the door, wherein the coupling piece is guided in the housing with coupling piece guiding pins and a disk is being moved, which is driven by the gearbox , wherein the main lock slider and its main lock slider toothing are located opposite the coupling piece toothing of the coupling piece , wherein, by actuation of the profile cylinder, the gearbox is being actuated and a disk with a cam moves the coupling piece through the baseplate guiding curves with the coupling piece guiding pins , so that the coupling piece toothing engages with the main lock slider toothing and enables a further downward movement of the main lock slider , which is supported via the disk and the coupling piece . wherein the coupling device consists of a coupling piece with coupling piece toothing and main lock slider toothing , characterized by a trigger actuation surface mounted in the latch being acted upon by the frame-side stop surface of the door, wherein the coupling piece is guided in the housing with coupling piece guiding pins and a disk is being moved, which is driven by the gearbox , wherein the main lock slider and its main lock slider toothing are located opposite the coupling piece toothing of the coupling piece , wherein, by actuation of the profile cylinder, the gearbox is being actuated and a disk with a cam moves the coupling piece through the baseplate guiding curves with the coupling piece guiding pins , so that the coupling piece toothing engages with the main lock slider toothing and enables a further downward movement of the main lock slider , which is supported via the disk and the coupling piece .