mhurhangee/patent-ind-claim-en huggingface dataset:
A display apparatus comprising: a support substrate ; a driving layer provided on the support substrate, the driving layer comprising a driving element configured to apply power to a pixel electrode, the pixel electrode configured to apply power to a plurality of subpixels; a bonding layer between the support substrate and the driving layer; and a light-emitting layer comprising a first semiconductor layer , an active layer , and a second semiconductor layer provided on the driving layer; characterized in that the display apparatus further comprises: an isolation structure configured as an ion implantation region configured to divide the first semiconductor layer, the active layer, and the second semiconductor layer into a plurality of subpixels. a support substrate ; a driving layer provided on the support substrate, the driving layer comprising a driving element configured to apply power to a pixel electrode, the pixel electrode configured to apply power to a plurality of subpixels; a bonding layer between the support substrate and the driving layer; and a light-emitting layer comprising a first semiconductor layer , an active layer , and a second semiconductor layer provided on the driving layer; characterized in that the display apparatus further comprises: an isolation structure configured as an ion implantation region configured to divide the first semiconductor layer, the active layer, and the second semiconductor layer into a plurality of subpixels.
An automated external defibrillator comprising: a main unit configured to connect with a first pad at least partially colored in a first color and a second pad at least partially colored in a second color, the first color being different from the second color, the main unit comprising a first guidance surface configured to visually inform a user how to attach the first pad and the second pad to the patient including where to attach the electrode pads , characterized in that the first guidance surface comprises a first indicator configured to being turned on and/or blinked in the first color at a position on the first guidance surface corresponding to an attachment position of the first pad and a second indicator configured to being turned on and/or blinked in the second color at a position on the first guidance surface corresponding to an attachment position of the second pad . a main unit configured to connect with a first pad at least partially colored in a first color and a second pad at least partially colored in a second color, the first color being different from the second color, the main unit comprising a first guidance surface configured to visually inform a user how to attach the first pad and the second pad to the patient including where to attach the electrode pads , characterized in that the first guidance surface comprises a first indicator configured to being turned on and/or blinked in the first color at a position on the first guidance surface corresponding to an attachment position of the first pad and a second indicator configured to being turned on and/or blinked in the second color at a position on the first guidance surface corresponding to an attachment position of the second pad .
Climbing device for lowering a climbing rail , the climbing device having the following: a) a climbing cylinder , which is braceable, at the lower end, on an anchoring point, in particular on a climbing block ; b) a climbing head , which is formed or arranged, at the upper end, on the climbing cylinder , an upper projection of the climbing rail being braceable on the climbing head ; characterised in that the climbing device c) has a spacer device , which i. is activated when the climbing cylinder is retracted so as to move the climbing head away from the climbing rail as the climbing cylinder is extended, in such a way that the climbing head can pass a central projection of the climbing rail , and ii. is deactivated when the climbing cylinder is extended, in such a way that the climbing head can engage the upper projection from below as the climbing cylinder is extended, d) the spacer device being formed so as to be lifted off from the central projection of the climbing rail as the climbing cylinder is extended. a) a climbing cylinder , which is braceable, at the lower end, on an anchoring point, in particular on a climbing block ; b) a climbing head , which is formed or arranged, at the upper end, on the climbing cylinder , an upper projection of the climbing rail being braceable on the climbing head ; characterised in that the climbing device c) has a spacer device , which i. is activated when the climbing cylinder is retracted so as to move the climbing head away from the climbing rail as the climbing cylinder is extended, in such a way that the climbing head can pass a central projection of the climbing rail , and ii. is deactivated when the climbing cylinder is extended, in such a way that the climbing head can engage the upper projection from below as the climbing cylinder is extended, i. is activated when the climbing cylinder is retracted so as to move the climbing head away from the climbing rail as the climbing cylinder is extended, in such a way that the climbing head can pass a central projection of the climbing rail , and ii. is deactivated when the climbing cylinder is extended, in such a way that the climbing head can engage the upper projection from below as the climbing cylinder is extended, d) the spacer device being formed so as to be lifted off from the central projection of the climbing rail as the climbing cylinder is extended.
A tire noise test method to be conducted while a vehicle is driven automatically, comprising steps for: operating a control unit when the vehicle reaches a predetermined position or reaches a predetermined speed, for putting the vehicle into coast-traveling with a prime mover of the vehicle in a non-driving state; and operating a measuring unit for measuring the tire noise during the coast-traveling of the vehicle the method characterized in that it further comprises the following steps: operating the control unit to subtract a vehicle speed at a starting point (P5) of a tire noise measuring zone , from a vehicle speed at the time point (P3) of starting coast-traveling, thereby calculating a speed reduction amount when a first tire noise test has been conducted; and operating the control unit to add a preset speed at the start point (P5) of the zone for measuring the tire noise in a next tire noise test and said speed reduction amount, thereby to calculate the predetermined speed for a next tire noise test. operating a control unit when the vehicle reaches a predetermined position or reaches a predetermined speed, for putting the vehicle into coast-traveling with a prime mover of the vehicle in a non-driving state; and operating a measuring unit for measuring the tire noise during the coast-traveling of the vehicle the method characterized in that it further comprises the following steps: operating the control unit to subtract a vehicle speed at a starting point (P5) of a tire noise measuring zone , from a vehicle speed at the time point (P3) of starting coast-traveling, thereby calculating a speed reduction amount when a first tire noise test has been conducted; and operating the control unit to add a preset speed at the start point (P5) of the zone for measuring the tire noise in a next tire noise test and said speed reduction amount, thereby to calculate the predetermined speed for a next tire noise test. operating the control unit to subtract a vehicle speed at a starting point (P5) of a tire noise measuring zone , from a vehicle speed at the time point (P3) of starting coast-traveling, thereby calculating a speed reduction amount when a first tire noise test has been conducted; and operating the control unit to add a preset speed at the start point (P5) of the zone for measuring the tire noise in a next tire noise test and said speed reduction amount, thereby to calculate the predetermined speed for a next tire noise test.
Rotary printing machine with manually-adjustable print register, comprising a plurality of printing units each of which is arranged to transfer an image of a given colour on a web of material while the web of material is being moved forward continuously along a longitudinal direction, each of said printing units comprising a respective printing cylinder , first manually-operated adjustment means arranged to allow a user to adjust manually the position of each printing cylinder so as to move the image printed by that printing cylinder in two perpendicular adjustment directions, namely in said longitudinal direction and in a transverse direction, relative to the web of material , image acquisition means arranged to acquire images of register marks printed by the printing units along one or both sides of the web of material , and display means arranged to show, on an enlarged scale, the images acquired by said image acquisition means so as to allow the user to detect any misalignments between the register marks printed by the printing units and to properly adjust, through said first manually-operated adjustment means, the position of one or more printing cylinders to clear said misalignments, characterized in that said image acquisition means comprise a plurality of cameras each of which is arranged to frame, after a respective printing unit , a portion of web of material where the register marks are printed. a plurality of printing units each of which is arranged to transfer an image of a given colour on a web of material while the web of material is being moved forward continuously along a longitudinal direction, each of said printing units comprising a respective printing cylinder , first manually-operated adjustment means arranged to allow a user to adjust manually the position of each printing cylinder so as to move the image printed by that printing cylinder in two perpendicular adjustment directions, namely in said longitudinal direction and in a transverse direction, relative to the web of material , image acquisition means arranged to acquire images of register marks printed by the printing units along one or both sides of the web of material , and display means arranged to show, on an enlarged scale, the images acquired by said image acquisition means so as to allow the user to detect any misalignments between the register marks printed by the printing units and to properly adjust, through said first manually-operated adjustment means, the position of one or more printing cylinders to clear said misalignments,
A drive for a sliding door, a pivoting/sliding door , or a sliding step, comprising a drive unit with a drive pulley , and a redirection pulley spaced apart from the latter, wherein a means of traction is arranged circulating around the drive pulley and the redirection pulley , wherein a cable drum is arranged between the drive pulley and the redirection pulley , which drum is connected to a door driver , and wherein the means of traction and the cable drum are connected to each other such that, as the means of traction circulates, a torque is applied to the cable drum , and a movement of the cable drum in the direction of travel (L) between a first end position and a second end position is caused, wherein in one of the two end positions the cable drum is rotated, relative to the direction of travel (L), into a locking position, wherein the cable drum is connected in a rotationally-fixed manner to a guide bar , which, in the locking position, is orientated at an angle to the direction of travel (L), and serves as a stop element, wherein the guide bar is accommodated within a guide rail , and wherein the guide rail has a first section that extends in the direction of travel (L), and counteracts any rotation of the cable drum together with the guide bar , and wherein the guide rail has a second section that extends at an angle to the direction of travel (L), and in which the cable drum , together with the guide bar , can be rotated into the locking position by virtue of the torque applied by the means of traction .
An endoscopic procedure simulator module comprising: a lesion indicating part having a discharge hole formed therein, through which a fluid is discharged to present a bleeding state; a module body to which the lesion indicating part is coupled, the module body having a fluid channel and a spacing space formed therein, wherein the fluid to be discharged through the discharge hole flows through the fluid channel and the spacing space is separated from the fluid channel ; and a diaphragm provided in the spacing space of the module body so as to be expandable, wherein the diaphragm is expanded by a separate fluid injected into the spacing space and closes the discharge hole of the lesion indicating part , wherein the lesion indicating part has a syringe needle passage portion that is formed around the discharge hole thereof and through which a syringe needle configured to inject the separate fluid into the spacing space passes. a lesion indicating part having a discharge hole formed therein, through which a fluid is discharged to present a bleeding state; a module body to which the lesion indicating part is coupled, the module body having a fluid channel and a spacing space formed therein, wherein the fluid to be discharged through the discharge hole flows through the fluid channel and the spacing space is separated from the fluid channel ; and a diaphragm provided in the spacing space of the module body so as to be expandable, wherein the diaphragm is expanded by a separate fluid injected into the spacing space and closes the discharge hole of the lesion indicating part , wherein the lesion indicating part has a syringe needle passage portion that is formed around the discharge hole thereof and through which a syringe needle configured to inject the separate fluid into the spacing space passes.
An assembly for rotational equipment, comprising: a plurality of seal shoes arranged about a centerline in an annular array, the plurality of seal shoes comprising a first seal shoe ; a seal base circumscribing the plurality of seal shoes ; and a spring system connecting the plurality of seal shoes to the seal base , the spring system including a first spring element and a second spring element , wherein the first spring element extends axially along the centerline in a first axial direction from the seal base to the first seal shoe ; characterised in that the second spring element extends axially along the centerline in a second axial direction from the seal base to the first seal shoe , the second axial direction opposite the first axial direction. a plurality of seal shoes arranged about a centerline in an annular array, the plurality of seal shoes comprising a first seal shoe ; a seal base circumscribing the plurality of seal shoes ; and a spring system connecting the plurality of seal shoes to the seal base , the spring system including a first spring element and a second spring element , wherein the first spring element extends axially along the centerline in a first axial direction from the seal base to the first seal shoe ; characterised in that the second spring element extends axially along the centerline in a second axial direction from the seal base to the first seal shoe , the second axial direction opposite the first axial direction.
A three-dimensional composite metallic lithium negative electrode, comprising: metallic lithium particles, and a three-dimensional polymer framework; wherein the metallic lithium particles are filled in the three-dimensional polymer framework, and the three-dimensional polymer framework comprises lithium-philic fragments, active sites and polymer-containing moieties; and wherein each of the lithium-philic fragments is a fragment of a metal oxide with lithium-philic characteristics, and the lithium-philic characteristic refers to be able to reduce a nucleation overpotential of a lithium deposition process, so that the nucleation overpotential of lithium ions in the three-dimensional composite metallic lithium negative electrode is less than 10 mV; wherein the metal oxide is selected from at least one of magnesium oxide, zinc oxide, copper oxide, lead oxide, bismuth oxide, tin oxide, and silver oxide; and wherein each of the active sites is an active group capable of undergoing a lithiation reaction contained in the three-dimensional polymer framework, and the active group is selected from at least one of a sulfur-containing group and a nitrogen-containing group; and/or, wherein the polymer is selected from one of polyacrylonitrile (PAN), vulcanized polyacrylonitrile (SPAN), polyaniline (PANI), vulcanized polyaniline (SPANI), polypyrrole (PPY), and vulcanized polypyrrole (SPPY). metallic lithium particles, and a three-dimensional polymer framework; wherein the metallic lithium particles are filled in the three-dimensional polymer framework, and the three-dimensional polymer framework comprises lithium-philic fragments, active sites and polymer-containing moieties; and wherein each of the lithium-philic fragments is a fragment of a metal oxide with lithium-philic characteristics, and the lithium-philic characteristic refers to be able to reduce a nucleation overpotential of a lithium deposition process, so that the nucleation overpotential of lithium ions in the three-dimensional composite metallic lithium negative electrode is less than 10 mV; wherein the metal oxide is selected from at least one of magnesium oxide, zinc oxide, copper oxide, lead oxide, bismuth oxide, tin oxide, and silver oxide; and wherein each of the active sites is an active group capable of undergoing a lithiation reaction contained in the three-dimensional polymer framework, and the active group is selected from at least one of a sulfur-containing group and a nitrogen-containing group; and/or, wherein the polymer is selected from one of polyacrylonitrile (PAN), vulcanized polyacrylonitrile (SPAN), polyaniline (PANI), vulcanized polyaniline (SPANI), polypyrrole (PPY), and vulcanized polypyrrole (SPPY).
A light source device comprising: a light-shielding member defining an opening ; a light-guide member located in the opening in a top view and including two or more divided lens portions (20, 20a-20h); and a plurality of light-emitting parts (1, 1a-1h) disposed such that each of the plurality of light-emitting parts (1, 1a-1h) corresponds to a respective one of the lens portions (20, 20a-20h), each of the plurality of light-emitting parts (1, 1a-1h) being configured to be individually turned on, wherein each of the lens portions (20, 20a-20h) is a Fresnel lens, wherein each of the light-emitting parts (1, 1a-1h) has an upper surface serving as a light-emitting surface, and wherein the light-shielding member covers a portion of the light-emitting surface of at least one of the plurality of light-emitting parts (1, 1a-1h) in the top view. a light-shielding member defining an opening ; a light-guide member located in the opening in a top view and including two or more divided lens portions (20, 20a-20h); and a plurality of light-emitting parts (1, 1a-1h) disposed such that each of the plurality of light-emitting parts (1, 1a-1h) corresponds to a respective one of the lens portions (20, 20a-20h), each of the plurality of light-emitting parts (1, 1a-1h) being configured to be individually turned on, wherein each of the lens portions (20, 20a-20h) is a Fresnel lens, wherein each of the light-emitting parts (1, 1a-1h) has an upper surface serving as a light-emitting surface, and wherein the light-shielding member covers a portion of the light-emitting surface of at least one of the plurality of light-emitting parts (1, 1a-1h) in the top view.
A brushless starter-generator , said starter-generator being capable of operating in starter mode so as to rotate said shaft in order to start a turbomachine , or in synchronous electric generator mode so as to transform mechanical energy delivered by the turbomachine into electrical energy, the starter-generator comprising: - a main electric machine having a stator comprising stator windings and a rotor comprising a rotor winding ; - a rotary rectifier ; - an exciter comprising a stator , comprising a direct-current (DC) stator winding and an alternating-current (AC) stator winding, and a rotor , comprising rotor windings that are connected to the rotor winding of the main electric machine via the rotary rectifier , the rotors of the main electric machine and of the exciter being intended to be mechanically coupled to the turbomachine ; - an alternator regulator that is intended to be connected to the direct-current (DC) stator winding via the first and second direct-current electrical lines and intended to supply electrical power to the direct-current (DC) stator winding when the starter-generator is operating in generator mode in order to generate an electrical voltage at the output of the stator of the main electric machine ; - an SBU starter-regulator that is intended to supply electrical power to the alternating-current (AC) stator winding and the stator windings of the main electric machine when the starter-generator is operating in starter mode, characterized in that it comprises an electrical connection device that is arranged and configured to establish an electrical connection between the two electrical lines when the starter-generator is operating in starter mode. - a main electric machine having a stator comprising stator windings and a rotor comprising a rotor winding ; - a rotary rectifier ; - an exciter comprising a stator , comprising a direct-current (DC) stator winding and an alternating-current (AC) stator winding, and a rotor , comprising rotor windings that are connected to the rotor winding of the main electric machine via the rotary rectifier , the rotors of the main electric machine and of the exciter being intended to be mechanically coupled to the turbomachine ; - an alternator regulator that is intended to be connected to the direct-current (DC) stator winding via the first and second direct-current electrical lines and intended to supply electrical power to the direct-current (DC) stator winding when the starter-generator is operating in generator mode in order to generate an electrical voltage at the output of the stator of the main electric machine ; - an SBU starter-regulator that is intended to supply electrical power to the alternating-current (AC) stator winding and the stator windings of the main electric machine when the starter-generator is operating in starter mode, characterized in that it comprises an electrical connection device that is arranged and configured to establish an electrical connection between the two electrical lines when the starter-generator is operating in starter mode.
A method comprising: presenting an application window divider control shared by a first application window and a second application window in a user interface; and adjusting placement of the first application window and the second application window across a range of consistently spaced points along an axis of the user interface, responsive to a received directional instruction that moves the application window divider control along the axis; and snapping the application window divider control to a point along the axis of the user interface if movement of the application window divider control satisfies a speed condition including that the speed of the application window divider control movement is below a given speed threshold. presenting an application window divider control shared by a first application window and a second application window in a user interface; and adjusting placement of the first application window and the second application window across a range of consistently spaced points along an axis of the user interface, responsive to a received directional instruction that moves the application window divider control along the axis; and snapping the application window divider control to a point along the axis of the user interface if movement of the application window divider control satisfies a speed condition including that the speed of the application window divider control movement is below a given speed threshold.