mhurhangee/ep-ind-claims huggingface dataset:
A modular blade connection method applied to a modular blade connection structure comprising a first module, a second module and a structural adhesive module; wherein the first module and the second module are provided opposite each other, and the first module is provided on an end face thereof with a bonding flange extending towards the second module, the bonding flange extending into the second module; wherein the modular blade connection method comprises the following steps: preparing the first module and the second module; applying a structural adhesive to the butting surface of the first module and the butting surface of the second module, wherein the butting surface being the surface corresponding to the gap defined by the side and outer surface of the flange and the end surface of the second module towards the first module and the inner surface of the second module; butting the first module and the second module to a set position, and applying a set pressure along the adjoining direction of the first module and the second module; when the pressure along the adjoining direction reaches a stop holding pressure, applying a set pressure on both sides in the thickness direction to cause the structural adhesive at the end of the bonding flange to overflow until the curing is completed; wherein the first module is thickened near the bonding flange to form a first reinforcement when preparing the first module; and wherein when the pressure is applied in the thickness direction so that the structural adhesive at the end of the bonding flange overflows, the overflowing structural adhesive is scraped in the direction away from the flange to form a second reinforcement. preparing the first module and the second module; applying a structural adhesive to the butting surface of the first module and the butting surface of the second module, wherein the butting surface being the surface corresponding to the gap defined by the side and outer surface of the flange and the end surface of the second module towards the first module and the inner surface of the second module; butting the first module and the second module to a set position, and applying a set pressure along the adjoining direction of the first module and the second module; when the pressure along the adjoining direction reaches a stop holding pressure, applying a set pressure on both sides in the thickness direction to cause the structural adhesive at the end of the bonding flange to overflow until the curing is completed; wherein the first module is thickened near the bonding flange to form a first reinforcement when preparing the first module; and wherein when the pressure is applied in the thickness direction so that the structural adhesive at the end of the bonding flange overflows, the overflowing structural adhesive is scraped in the direction away from the flange to form a second reinforcement.
A surgical drape system comprising: an access drape comprising a seal connectable with a selected surface of a patient to define a sterile region that includes access to at least two surgical approaches; and a sleeve with a first open end connected with the seal, the sleeve defining a surgical pathway in communication with the region to provide access to the at least two surgical approaches disposed within the sterile region; and a draping, including a surface defining an opening which is connected with the access drape at a second open end of the sleeve opposite to the first open end, wherein the draping is configured to be suspended a distance over the patient and to remain substantially stationary during rotation of the patient; wherein the sleeve is configured to be movable and/or flexible in a plurality of orientations relative to the seal to adjust to the rotation of the patient while maintaining the sterile region. an access drape comprising a seal connectable with a selected surface of a patient to define a sterile region that includes access to at least two surgical approaches; and a sleeve with a first open end connected with the seal, the sleeve defining a surgical pathway in communication with the region to provide access to the at least two surgical approaches disposed within the sterile region; and a seal connectable with a selected surface of a patient to define a sterile region that includes access to at least two surgical approaches; and a sleeve with a first open end connected with the seal, the sleeve defining a surgical pathway in communication with the region to provide access to the at least two surgical approaches disposed within the sterile region; and a draping, including a surface defining an opening which is connected with the access drape at a second open end of the sleeve opposite to the first open end, wherein the draping is configured to be suspended a distance over the patient and to remain substantially stationary during rotation of the patient; wherein the sleeve is configured to be movable and/or flexible in a plurality of orientations relative to the seal to adjust to the rotation of the patient while maintaining the sterile region.
A holding material for a gas treatment device, the holding material comprising silica fibers and an alumina sol in an amount of 3 parts by mass or more and 15 parts by mass or less with respect to 100 parts by mass of the silica fibers, wherein the holding material is a molded body including silica fibers at a content of 85 mass% or more, characterized in that a content of silica in the silica fibers is 97 mass% or more and a content of alumina in the silica fibers is from 1 to 3 mass%.
A content visualizing method for an augmented reality, AR, based head-up display, HUD, of a vehicle, comprising: generating a three-dimensional, 3D, object disposition space for the HUD of the vehicle in which graphic objects may be stereoscopically visualized, based on a road region ahead of the vehicle sensed by a sensor; determining a display position within the 3D object disposition space for route guidance content based on an indication point of the route guidance content at which a user should perform an operation corresponding to the route guidance content, such as making a turn; and stereoscopically three-dimensionally visualizing a graphic object corresponding to the route guidance content at the determined display position, the method further comprising: restricting the 3D object disposition space, in response to the 3D object disposition space intersecting a road surface; AND the determining comprises fitting a height of the display position to a bottom of the 3D object disposition space, in response to at least one of a height of the indication point being lower than the bottom of the 3D object disposition space, and a road surface not intersecting a space corresponding to a view of a user due to said road surface being part of an uphill or downhill road. generating a three-dimensional, 3D, object disposition space for the HUD of the vehicle in which graphic objects may be stereoscopically visualized, based on a road region ahead of the vehicle sensed by a sensor; determining a display position within the 3D object disposition space for route guidance content based on an indication point of the route guidance content at which a user should perform an operation corresponding to the route guidance content, such as making a turn; and stereoscopically three-dimensionally visualizing a graphic object corresponding to the route guidance content at the determined display position, the method further comprising: restricting the 3D object disposition space, in response to the 3D object disposition space intersecting a road surface; AND the determining comprises fitting a height of the display position to a bottom of the 3D object disposition space, in response to at least one of a height of the indication point being lower than the bottom of the 3D object disposition space, and a road surface not intersecting a space corresponding to a view of a user due to said road surface being part of an uphill or downhill road. restricting the 3D object disposition space, in response to the 3D object disposition space intersecting a road surface; AND the determining comprises fitting a height of the display position to a bottom of the 3D object disposition space, in response to at least one of a height of the indication point being lower than the bottom of the 3D object disposition space, and a road surface not intersecting a space corresponding to a view of a user due to said road surface being part of an uphill or downhill road.
Magazine system for production lines of flat substrates, in particular wafers, solar cells or printed circuit boards, with at least one substrate magazine which comprises two side walls (3,4) arranged opposite one another and aligned vertically, and a plurality of compartments which are formed between the side walls (3,4) and into each of which one or more substrates can be inserted, wherein each compartment comprises two guide rails arranged at a distance from and parallel to one another on the side parts (3,4), characterized in that the magazine system comprises at least one adapter plate (12,13) for each of the side walls (3,4), wherein the respective adapter plate (12,13) comprises fastening means for detachable fastening to one of the side walls (3,4), and wherein the adapter plates (12,13) each comprise one or more support rails on each side, which together form a support for a substrate stack when attached to the side walls (3,4).
A catheter comprising: an elongated catheter body having proximal and distal ends; a balloon electrode assembly distal of the catheter body, the balloon electrode assembly having at least an inner balloon member and an outer balloon member covering at least a portion of the inner balloon member, and at least one electrode on an outer surface of the outer balloon member; and a tubing extending through the catheter body, the tubing defining a lumen adapted to pass fluid into the inner balloon member for expansion of the inner balloon member, wherein the outer balloon member is adapted for expansion in response to expansion of the inner balloon member, characterized in that the at least one electrode is a plurality of electrode strips extending longitudinally on the distal half of the balloon electrode assembly, and in that the inner balloon member and the outer balloon member have longitudinal pleats extending between the electrode strips. an elongated catheter body having proximal and distal ends; a balloon electrode assembly distal of the catheter body, the balloon electrode assembly having at least an inner balloon member and an outer balloon member covering at least a portion of the inner balloon member, and at least one electrode on an outer surface of the outer balloon member; and a tubing extending through the catheter body, the tubing defining a lumen adapted to pass fluid into the inner balloon member for expansion of the inner balloon member, wherein the outer balloon member is adapted for expansion in response to expansion of the inner balloon member, characterized in that the at least one electrode is a plurality of electrode strips extending longitudinally on the distal half of the balloon electrode assembly, and in that the inner balloon member and the outer balloon member have longitudinal pleats extending between the electrode strips.
An apparatus for controlling a supply voltage to an electronic processing arrangement comprising a processor or a memory element, the apparatus being configured to receive an output of the electronic processing arrangement and comprising: error detection means for detecting errors in an output of the electronic processing arrangement; and means for adaptively varying the supply voltage to the electronic processing arrangement based on an analysis of errors detected in the output of the electronic processing arrangement and characterised by being further based on a holding voltage determined to be associated with a reduced likelihood of a single event latch-up occurring. error detection means for detecting errors in an output of the electronic processing arrangement; and means for adaptively varying the supply voltage to the electronic processing arrangement based on an analysis of errors detected in the output of the electronic processing arrangement and characterised by being further based on a holding voltage determined to be associated with a reduced likelihood of a single event latch-up occurring.
A motor driving apparatus, comprising: a direct current terminal capacitor configured to store DC power; an inverter comprising a plurality of switching elements connected to the DC terminal capacitor, the inverter being configured to convert the DC power into alternating current power and to output the AC power; a motor configured to operate based on the AC power output from the inverter; an impeller connected to the motor and configured to circulate air through at least a portion of the motor driving apparatus; and a printed circuit board having: a first surface that mounts the plurality of switching elements and faces toward the motor and the impeller, and characterized by having a second surface that mounts the DC terminal capacitor, wherein the plurality of switching elements are mounted on a first area of the first surface and configured to carry a current having a level greater than or equal to a predetermined level, the first area being positioned in a flow path of the air circulated by the impeller. a direct current terminal capacitor configured to store DC power; an inverter comprising a plurality of switching elements connected to the DC terminal capacitor, the inverter being configured to convert the DC power into alternating current power and to output the AC power; a motor configured to operate based on the AC power output from the inverter; an impeller connected to the motor and configured to circulate air through at least a portion of the motor driving apparatus; and a printed circuit board having: a first surface that mounts the plurality of switching elements and faces toward the motor and the impeller, and characterized by having a second surface that mounts the DC terminal capacitor, a first surface that mounts the plurality of switching elements and faces toward the motor and the impeller, and characterized by having a second surface that mounts the DC terminal capacitor, wherein the plurality of switching elements are mounted on a first area of the first surface and configured to carry a current having a level greater than or equal to a predetermined level, the first area being positioned in a flow path of the air circulated by the impeller.
A packaging machine including a sealing station for sealing a package comprising a trough and a cover film, the sealing station comprising a sealing tool provided with at least one evacuation aperture for discharging the atmosphere and at least one gas flushing aperture for supplying a gas volume flow, wherein the evacuation aperture is arranged on the same side of the sealing tool as the gas flushing aperture, characterized in that the evacuation aperture and the gas flushing aperture are arranged at respective opposed ends of the common side of the sealing tool.
Torque transmission device, with at least one first subassembly which is connectable to an output shaft of an engine and has an output flange, and with at least one second subassembly which is premountable on the transmission side and has a dog ring, the two subassemblies (2, 3) being coupled to one another in the axial direction by means of at least one plug connection with intermeshing profiling and counter-profilings and being braced via at least one bracing device, characterized in that the bracing device is arranged at least partially in the operative path between the intermeshing profilings and counter-profilings, on the one hand, and the dog ring of the second subassembly, on the other hand, and in that the bracing device has at least one bracing ring and at least one energy accumulator, the bracing ring having in its outer circumference at least individual projections which are designed to cooperate with the corresponding profilings or counter-profilings, so that bracing of the axial plug connection in the circumferential direction takes place by the bracing ring prestressed by means of the at least one energy accumulator.
A device (100, 200, 300, 400, 500) configured for tracking spatial placement of one or more High frequency, HF, Radio-frequency identification, RFID, tag objects on a surface, the device comprising: an RFID reader (110, 210, 310, 410, 510); a transmission antenna (120, 220, 420, 520); and a plurality of reception antennas (130, 432, 434, 436, 532, 534, 536), wherein the transmission antenna (120, 220, 420, 520) effectively transmits power and data over an area that is defined to be a detection surface, wherein the one or more RFID tag objects are effectively powered by the transmission antenna (120, 220, 420, 520) within the detection surface, wherein each one of the plurality of reception antennas (130, 432, 434, 436, 532, 534, 536) is able to effectively receive data from an HF RFID tag object positioned on a portion of the detection surface, characterized in that the detection surface comprises a plurality of detection fields and wherein each detection field has one reception antenna (130, 432, 434, 436, 532, 534, 536). an RFID reader (110, 210, 310, 410, 510); a transmission antenna (120, 220, 420, 520); and a plurality of reception antennas (130, 432, 434, 436, 532, 534, 536), wherein the transmission antenna (120, 220, 420, 520) effectively transmits power and data over an area that is defined to be a detection surface, wherein the one or more RFID tag objects are effectively powered by the transmission antenna (120, 220, 420, 520) within the detection surface, wherein each one of the plurality of reception antennas (130, 432, 434, 436, 532, 534, 536) is able to effectively receive data from an HF RFID tag object positioned on a portion of the detection surface, characterized in that the detection surface comprises a plurality of detection fields and wherein each detection field has one reception antenna (130, 432, 434, 436, 532, 534, 536).
A method for preparing a gel product instant-dissolving block, comprising: adding water into a raw material gel to dissolve the raw material gel and carrying out concentrating to obtain a gel solution; carrying out a vacuum belt drying treatment on the gel solution to obtain a cellular gel body; grinding the gel body and carrying out screening to obtain gel powder with a particle size being equal to or larger than 180 μm (80 meshes); and moistening the gel powder with 85 to 95% alcohol, and carrying out compression at a compression ratio of 30 to 60%, thereby obtaining the gel product instant-dissolving block carrying out a second moistening on a surface of the compressed block with alcohol after the compression in step, and then carrying out drying to obtain a gel product instant-dissolving block, wherein the raw material gel is donkey hide gelatin; an amount of alcohol to be used in step is 1% to 5% of the weight of the compressed block, and in step, the drying is to dry the moistened compressed block until water content of the compressed block is ≤ 10%. adding water into a raw material gel to dissolve the raw material gel and carrying out concentrating to obtain a gel solution; carrying out a vacuum belt drying treatment on the gel solution to obtain a cellular gel body; grinding the gel body and carrying out screening to obtain gel powder with a particle size being equal to or larger than 180 μm (80 meshes); and moistening the gel powder with 85 to 95% alcohol, and carrying out compression at a compression ratio of 30 to 60%, thereby obtaining the gel product instant-dissolving block carrying out a second moistening on a surface of the compressed block with alcohol after the compression in step, and then carrying out drying to obtain a gel product instant-dissolving block, wherein the raw material gel is donkey hide gelatin; an amount of alcohol to be used in step is 1% to 5% of the weight of the compressed block, and in step, the drying is to dry the moistened compressed block until water content of the compressed block is ≤ 10%. the raw material gel is donkey hide gelatin; an amount of alcohol to be used in step is 1% to 5% of the weight of the compressed block, and in step, the drying is to dry the moistened compressed block until water content of the compressed block is ≤ 10%.
A holder for receiving the inflation stem of an inflated balloon, comprising an elongate blank having an opening at a first end portion, and a second end portion, said opening being adapted for receiving the inflation stem of an inflated balloon, the holder including at least one slot adjacent said opening to receive and pinch tightly the stem of the inflated balloon, the second end portion of said elongate blank having a pressing element configured to align with said first end portion when said elongate blank is folded upon itself to bring said pressing element into alignment with the first end portion to press the balloon stem there between; wherein the blank is formed from cardboard or similar biodegradable material, the blank has a fold line along a mid region of said elongate blank to enable the elongate blank to be folded at its mid region to bring the first and second end portions together to hold an inflated balloon, said pressing element having at least one slot to align with said at least one slot of the first end portion to receive and pinch tightly the stem of the inflated balloon whereby the stem of the inflated balloon would be stretched to fit within the aligned slots (22, 24) to further grip the stem of the balloon between said first end portion and said pressing element. the holder including at least one slot adjacent said opening to receive and pinch tightly the stem of the inflated balloon, the second end portion of said elongate blank having a pressing element configured to align with said first end portion when said elongate blank is folded upon itself to bring said pressing element into alignment with the first end portion to press the balloon stem there between; wherein the blank is formed from cardboard or similar biodegradable material, the blank has a fold line along a mid region of said elongate blank to enable the elongate blank to be folded at its mid region to bring the first and second end portions together to hold an inflated balloon, said pressing element having at least one slot to align with said at least one slot of the first end portion to receive and pinch tightly the stem of the inflated balloon whereby the stem of the inflated balloon would be stretched to fit within the aligned slots (22, 24) to further grip the stem of the balloon between said first end portion and said pressing element.