mhurhangee/patent-ind-claim-en huggingface dataset:
Device for folding a sheet of paper or similar materials, for an apparatus for feeding and folding said sheet , said apparatus comprising at least one store , able to contain a plurality of said sheets stacked in a pile , a device for feeding sheets in sequence, removed from said store , and said folding device disposable downstream of said feed device with respect to a direction of feed (W) of said sheets to be folded, said folding device comprising a closed circuit belt-type conveyor able to accommodate, resting on it, a sequence of said sheets to be folded, said folding device being characterized by said conveyor being mobile in said direction of feed (W) of said sheets and extending along an operating path from a pick-up zone (A) of a said sheet in a lying configuration to an ejection zone (E) of the same in a folded configuration, and along a return path in the opposite direction; said folding device comprising at least a first routing roller , disposed transversely with respect to the direction of feed (W), which engages said conveyor in proximity to said feed device ; a winding unit , disposed along said operating path and intended to intercept a sheet and direct it to be wound in a tube manner, forming a winding seating able to house said sheet , and a slit that faces on said conveyor to allow the entry of said sheet into said winding seating ; a folding unit , comprising folding means , mobile between an inactive position (R) and a folding position (P), and intended to be inserted, in its path toward said folding position (P), inside said winding seating , in order to compress the sheet into a tubular configuration and facilitate its exit from said seating ; ejector means , disposed downstream of said winding unit , in correspondence with said ejection zone (E) and intended to pick up the folded sheet from said conveyer and expel it from the folding device .
Method for producing a prefabricated arch element for building an arched vault , the arch element comprising: - two girder elements , each girder element being configured as a profiled section with a substantially L-shaped cross section, wherein the short leg of this L shape is arranged on the concave side of the masonry and wherein the long legs of the L shape of both girder elements are arranged virtually parallel to each other; - arch-shaped masonry which is laid between these girder elements ; and - transverse reinforcing elements which are at least partly arranged on the convex side of the masonry; characterized in that this method comprises the following steps: a. providing a first said girder element ; b. laying a few layers of masonry on this first girder element ; c. tilting the first girder element with the layers of masonry arranged thereon; d. laying a few more layers of masonry on top of the layers of masonry which have already been laid on the first girder element ; e. repeating steps c and d until a desired arch-shaped masonry construction has been achieved; f. arranging the second girder element on top of the masonry construction which has been laid on the first girder element . - two girder elements , each girder element being configured as a profiled section with a substantially L-shaped cross section, wherein the short leg of this L shape is arranged on the concave side of the masonry and wherein the long legs of the L shape of both girder elements are arranged virtually parallel to each other; - arch-shaped masonry which is laid between these girder elements ; and - transverse reinforcing elements which are at least partly arranged on the convex side of the masonry; characterized in that this method comprises the following steps: a. providing a first said girder element ; b. laying a few layers of masonry on this first girder element ; c. tilting the first girder element with the layers of masonry arranged thereon; d. laying a few more layers of masonry on top of the layers of masonry which have already been laid on the first girder element ; e. repeating steps c and d until a desired arch-shaped masonry construction has been achieved; f. arranging the second girder element on top of the masonry construction which has been laid on the first girder element . a. providing a first said girder element ; b. laying a few layers of masonry on this first girder element ; c. tilting the first girder element with the layers of masonry arranged thereon; d. laying a few more layers of masonry on top of the layers of masonry which have already been laid on the first girder element ; e. repeating steps c and d until a desired arch-shaped masonry construction has been achieved; f. arranging the second girder element on top of the masonry construction which has been laid on the first girder element .
Protective clothing item having a multi-layer structure , which, when viewed from the outside inwards, has the following layers: - an outer fabric - a first membrane - an insulating layer - a second membrane and - a lining material , wherein the first membrane is connected over the entire surface to the insulating layer and forms a membrane-insulating composite with this layer, and the second membrane is connected over the entire surface to the lining material and forms a membrane-lining composite with this lining material, characterized in that in at least one strong protection area of the protective clothing item there is a first membrane-insulating composite which has an insulating layer having a first thickness , and in at least one other area of the protective clothing item there is a second membrane-insulating composite which has an insulating layer having a second thickness , wherein the first thickness is greater than the second thickness . - an outer fabric - a first membrane - an insulating layer - a second membrane and - a lining material ,
A method of manufacturing a data page for a book-like document , in particular a document of value or security document, which comprises a data carrier and a tab made of a flexible tape material which, in a connection zone , is connected to an edge region of the data carrier forming an overlap region and which comprises a protruding zone , - wherein the flexible tape material is fed to a gripping device by a feeding device , said gripping device comprising at least one first gripper member and at least one second gripper member , with at least one of the gripper members being controllable in such a manner as to be moved independently of the other one, - wherein the second gripper member grasps an end of the flexible tape material held by the first gripper member and is moved to a working position provided separately from the first gripper member in the longitudinal direction of the tape and is positioned at a distance from the first gripper member which corresponds at least to the length of the tab , - wherein a third gripper member of the gripping device is positioned between the first and second gripper members and is closed for grasping the flexible tape material held between the first and second gripper members in such a manner that the connection zone of the tab protrudes from the third gripper member , and - wherein the protruding connection zone of the flexible tape material is moved towards, and positioned at, the edge region of the data carrier by the third gripper member and is nondetachably connected to said data carrier . - wherein the flexible tape material is fed to a gripping device by a feeding device , said gripping device comprising at least one first gripper member and at least one second gripper member , with at least one of the gripper members being controllable in such a manner as to be moved independently of the other one, - wherein the second gripper member grasps an end of the flexible tape material held by the first gripper member and is moved to a working position provided separately from the first gripper member in the longitudinal direction of the tape and is positioned at a distance from the first gripper member which corresponds at least to the length of the tab , - wherein a third gripper member of the gripping device is positioned between the first and second gripper members and is closed for grasping the flexible tape material held between the first and second gripper members in such a manner that the connection zone of the tab protrudes from the third gripper member , and - wherein the protruding connection zone of the flexible tape material is moved towards, and positioned at, the edge region of the data carrier by the third gripper member and is nondetachably connected to said data carrier .
A spinneret for producing hollow fiber membranes, comprising two nozzles , each nozzle comprising two concentric orifices , namely an outer ring slit and a central orifice , the outer ring slits of the two nozzles being in fluid communication with a compartment for a polymer solution, the spinneret being comprised of a spinneret body and two nozzle inserts having identical dimensions and each comprising a capillary , a reservoir for a center fluid, and a feed port for a center fluid, the spinneret featuring a single feed port for a polymer solution located in a side wall of the spinneret and being connected to the compartment for a polymer solution, characterized in that the feed port for a polymer solution is connected to the compartment for a polymer solution which is defined by the inner wall of the spinneret body and the outer surface of the nozzle inserts , the compartment for a polymer solution comprising three portions, two rotationally-symmetrical shells formed around the nozzle inserts , and a tubular duct connecting the shells and being aligned with the orifice of the feed port for a polymer solution and having the same inner diameter as the feed port for a polymer solution.
Pneumatic vehicle tire with a sound-absorbing open-cell foam ring inside it, adhesively attached to the inner surface opposite from the tread , the foam ring adhering to a previously applied, self-sealing sealant , which at least immediately after its application has a tackiness required for the adhesive attachment of the foam ring , characterized in that a closed-cell foam ring with an airtight effect, which has a radial thickness of 20 mm to 50 mm, is arranged between the sound-absorbing foam ring and the sealant .
A method of forming a micro-electromechanical system (MEMS), comprising: providing a substrate ; forming a removable layer over the substrate ; depositing a metallic layer , comprising at least fifty atomic percent metal, over the removable layer ; patterning and etching the metallic layer to define a structure over the removable layer , the structure having an anchor and a base , the base being connected to the substrate ; removing the removable layer ; heating the metallic layer for a time beyond that necessary for bonding of a hermetic sealing cap thereover, characterized in that the metallic layer consists of an alloy containing at least 65 atomic percent Ni and at least 1 atomic percent W. providing a substrate ; forming a removable layer over the substrate ; depositing a metallic layer , comprising at least fifty atomic percent metal, over the removable layer ; patterning and etching the metallic layer to define a structure over the removable layer , the structure having an anchor and a base , the base being connected to the substrate ; removing the removable layer ; heating the metallic layer for a time beyond that necessary for bonding of a hermetic sealing cap thereover, characterized in that the metallic layer consists of an alloy containing at least 65 atomic percent Ni and at least 1 atomic percent W.
A fluid flow structure, comprising: a micro device molded into a monolithic body of plastic or other moldable material, the micro device including a substrate and a cap on the substrate ; a fluid feed hole formed through the substrate of the micro device ; and a saw defined fluid channel cut through the monolithic body and the cap to fluidically couple the fluid feed hole with the fluid channel . a micro device molded into a monolithic body of plastic or other moldable material, the micro device including a substrate and a cap on the substrate ; a fluid feed hole formed through the substrate of the micro device ; and a saw defined fluid channel cut through the monolithic body and the cap to fluidically couple the fluid feed hole with the fluid channel .
A control method, being applied to a control apparatus configured to communicate with an image-forming apparatus; the image-forming apparatus including a data control unit and an engine control unit , characterized in that the method comprises: after the engine control unit completes startup and before the data control unit completes startup, sending a response message to the engine control unit , wherein the response message is configured to determine whether a replacement event occurs in the at least one process cartridge ; and a determination result of whether the replacement event occurs in the at least one process cartridge is configured to determine whether a preset image-forming preparation operation is executed before the data control unit completes startup.
Method for operating a communication system , in which data are transmitted and/or received by a communication participant, wherein the communication participant comprises a communication device for transmitting and/or receiving the data, a microprocessor and an energy supply , wherein the energy supply supplies the microprocessor and/or the communication device with energy for the operation thereof, the energy supply has an electrical variable, the value of which changes from a starting value (AW) in the course of supplying the microprocessor and/or the communication device with energy, the microprocessor codes the data before transmission and/or decodes said data after reception, and the coding and/or decoding is/are carried out using a computing cycle, characterized in that in the event of a change in the electrical variable during the computing cycle, the computing cycle is interrupted and continued again, preferably at any desired point, the coding and/or decoding is/are carried out during the computing cycle separately in individual coding and/or decoding phases (KP1-KPn) in which the value of the electrical variable changes, regeneration phases for at least partially regenerating the electrical variable are provided between and/or within the coding and/or decoding phases (KP1-KPn), and the duration of a regeneration phase is such that the value of the electrical variable changes towards the starting value (AW) and/or reaches the latter during the regeneration phase.
A method for separating blood cell components from a biological fluid, comprising: (a) capturing white blood cells and platelets on a blood cell separation material by contacting the biological fluid with the blood cell separation material, thereby providing a red blood cell-rich fraction; and (b) separating a white blood cell-rich fraction from the resulting blood cell separation material using a separation solution; wherein the blood cell separation material comprises a nonwoven fabric; and wherein the nonwoven fabric has a density K of 2.0 × 10 4 to 1.9 × 10 5 g/m 3 and has a fiber diameter of 1 μm - to 7 μm, and the white blood cell-rich fraction is a monunuclear cell-rich fraction, wherein a method for treatment of the human or animal body by therapy and/or a diagnostic method practiced on the human or animal body are/is excluded. (a) capturing white blood cells and platelets on a blood cell separation material by contacting the biological fluid with the blood cell separation material, thereby providing a red blood cell-rich fraction; and (b) separating a white blood cell-rich fraction from the resulting blood cell separation material using a separation solution;
An electrical component housing for housing an electrical component , the electrical component housing comprising: a resin base portion allowing the electrical component to be mounted; a metal cover portion attached to the base portion and configured to cover the electrical component ; a metal plate in contact with a bottom surface of the base portion in a manner of covering the bottom surface of the base portion ; and a conductive member provided in a through hole that penetrates the base portion in a thickness direction of the base portion , wherein the conductive member electrically connects a ground terminal of the electrical component and the metal plate , the base portion includes a coolant channel allowing a coolant for cooling the electrical component to flow, the coolant channel passes below a position where the electrical component is mounted, the conductive member is integrally fastened, directly below the electrical component , with the electrical component and a conductor connected to the ground terminal of the electrical component, the metal cover portion , the resin base portion , and the metal plate are fastened together such that the electrical component is completely covered with the metal cover portion and the metal plate , and the conductive member is provided near a central portion of the electrical component housing , and the metal plate is fixed to the conductive member . a resin base portion allowing the electrical component to be mounted; a metal cover portion attached to the base portion and configured to cover the electrical component ; a metal plate in contact with a bottom surface of the base portion in a manner of covering the bottom surface of the base portion ; and a conductive member provided in a through hole that penetrates the base portion in a thickness direction of the base portion , wherein the conductive member electrically connects a ground terminal of the electrical component and the metal plate , the base portion includes a coolant channel allowing a coolant for cooling the electrical component to flow, the coolant channel passes below a position where the electrical component is mounted, the conductive member is integrally fastened, directly below the electrical component , with the electrical component and a conductor connected to the ground terminal of the electrical component, the metal cover portion , the resin base portion , and the metal plate are fastened together such that the electrical component is completely covered with the metal cover portion and the metal plate , and the conductive member is provided near a central portion of the electrical component housing , and the metal plate is fixed to the conductive member .
An information processing apparatus comprising: obtaining means for obtaining information indicating one or more media types which a printing apparatus supports, from the printing apparatus ; display means for displaying, on a display unit , a print setting screen based on the obtained information; generation means for generating a print job based on settings set through the print setting screen; and sending means for sending the generated print job to the printing apparatus ; characterized by further comprising determination means for determining whether the obtained information includes an automatic setting of a media type; wherein the display means displays a print setting object for selecting the automatic setting in a case that the determination means determines that the obtained information includes the automatic setting, and does no display the print setting object for selecting the automatic setting in a case that the determination means determines that the obtained information does not include the automatic setting, and the generation means generates a print job in which a specific media type is not designated and designates that the printing apparatus specifies a media type from one or more media types set corresponding to one or more sheet cassettes of the printing apparatus, in a case that the automatic setting is selected. obtaining means for obtaining information indicating one or more media types which a printing apparatus supports, from the printing apparatus ; display means for displaying, on a display unit , a print setting screen based on the obtained information; generation means for generating a print job based on settings set through the print setting screen; and sending means for sending the generated print job to the printing apparatus ; characterized by further comprising determination means for determining whether the obtained information includes an automatic setting of a media type; wherein the display means displays a print setting object for selecting the automatic setting in a case that the determination means determines that the obtained information includes the automatic setting, and does no display the print setting object for selecting the automatic setting in a case that the determination means determines that the obtained information does not include the automatic setting, and the generation means generates a print job in which a specific media type is not designated and designates that the printing apparatus specifies a media type from one or more media types set corresponding to one or more sheet cassettes of the printing apparatus, in a case that the automatic setting is selected.
An assembly for an aircraft propulsion system , comprising: an inner fixed structure; and a thrust reverser system comprising a cavity , a sleeve and a turning door ; the sleeve configured to translate along a centerline between a sleeve stowed position and a sleeve deployed position; and the turning door configured to move between a turning door stowed position and a turning door deployed position, the turning door disposed within the cavity when the sleeve is disposed in the sleeve stowed position, and the turning door projecting in a radial outward direction away from the sleeve and the centerline when the sleeve is in the sleeve deployed position, wherein the thrust reverser system further comprises a blocker door configured to move between a blocker door stowed position and a blocker door deployed position, wherein the blocker door projects in a radially inward direction away from the sleeve and towards the centerline when the sleeve is in the sleeve deployed position, and wherein the blocker door is pivotally connected to the sleeve, characterised in that the thrust reverser system further comprises a linkage pivotally connected to the blocker door and the inner fixed structure, and the linkage extends radially across a bypass flowpath when the blocker door is in the blocker door stowed position. an inner fixed structure; and a thrust reverser system comprising a cavity , a sleeve and a turning door ; the sleeve configured to translate along a centerline between a sleeve stowed position and a sleeve deployed position; and the turning door configured to move between a turning door stowed position and a turning door deployed position, the turning door disposed within the cavity when the sleeve is disposed in the sleeve stowed position, and the turning door projecting in a radial outward direction away from the sleeve and the centerline when the sleeve is in the sleeve deployed position, wherein the thrust reverser system further comprises a blocker door configured to move between a blocker door stowed position and a blocker door deployed position, wherein the blocker door projects in a radially inward direction away from the sleeve and towards the centerline when the sleeve is in the sleeve deployed position, and wherein the blocker door is pivotally connected to the sleeve, characterised in that the thrust reverser system further comprises a linkage pivotally connected to the blocker door and the inner fixed structure, and the linkage extends radially across a bypass flowpath when the blocker door is in the blocker door stowed position.