mhurhangee/ep-ind-claims huggingface dataset:
A transdermal administration device (10 to 17) comprising: an administration section which includes a substrate having a first surface and a second surface which is a surface opposite to the first surface, and a projection protruding from the first surface, the administration section having flexibility; characterized by a support body having a plate shape and a support surface that supports the second surface, the support body having flexibility, wherein the support surface is a flat surface and is bonded to the second surface by adhesiveness of an adhesive applied, wherein the support body includes at least one low rigidity region, and at least one high rigidity region having flexural rigidity higher than flexural rigidity of the low rigidity region, the support body being configured to satisfy at least one of requirements that the low rigidity region is sandwiched by two high rigidity regions to form a stripe and that the high rigidity region is sandwiched by two low rigidity regions to form a stripe, wherein the support body has a raised and/or recessed surface which is a surface opposite to the support surface, the high rigidity region includes a raised element raised from the raised and/or recessed surface, and the low rigidity region includes a recessed element recessed from the raised and/or recessed surface. an administration section which includes a substrate having a first surface and a second surface which is a surface opposite to the first surface, and a projection protruding from the first surface, the administration section having flexibility; characterized by a support body having a plate shape and a support surface that supports the second surface, the support body having flexibility, wherein the support surface is a flat surface and is bonded to the second surface by adhesiveness of an adhesive applied, wherein the support body includes at least one low rigidity region, and at least one high rigidity region having flexural rigidity higher than flexural rigidity of the low rigidity region, the support body being configured to satisfy at least one of requirements that the low rigidity region is sandwiched by two high rigidity regions to form a stripe and that the high rigidity region is sandwiched by two low rigidity regions to form a stripe, wherein the support body has a raised and/or recessed surface which is a surface opposite to the support surface, the high rigidity region includes a raised element raised from the raised and/or recessed surface, and the low rigidity region includes a recessed element recessed from the raised and/or recessed surface.
A gas turbine engine exhaust nozzle comprising: a nacelle having an inlet at a forward end, a main outlet at an axially opposite aft end, and a main duct extending therebetween; a secondary bypass duct extending radially through said nacelle upstream of said main outlet, and having an unobstructed secondary inlet disposed continuously in flow communication with said main duct; the secondary bypass duct being configured to provide continuous discharge therethrough during all engine operating conditions; a secondary outlet surrounding said main outlet; and said main and secondary outlets being complementary in discharge flow area for collectively discharging in confluent streams the entire exhaust flow from said main duct. a nacelle having an inlet at a forward end, a main outlet at an axially opposite aft end, and a main duct extending therebetween; a secondary bypass duct extending radially through said nacelle upstream of said main outlet, and having an unobstructed secondary inlet disposed continuously in flow communication with said main duct; the secondary bypass duct being configured to provide continuous discharge therethrough during all engine operating conditions; a secondary outlet surrounding said main outlet; and said main and secondary outlets being complementary in discharge flow area for collectively discharging in confluent streams the entire exhaust flow from said main duct.
A method for rendering 3-dimensional computer graphic images which include translucent and opaque objects comprising the steps of: determining a list of objects which may be visible in a sub-region of the image; for each pixel in the sub-region of the image determining whether or not an object from the list may be visible at that pixel; storing a data tag for a translucent or opaque object determined to be visible at a pixel location in a first tag buffer, wherein the tag identifies the object that is visible at that pixel location; receiving a further tag of a further translucent object determined to be visible at the pixel location; characterised by: in response to determining that the pixel location of the first tag buffer is occupied, determining if there are any valid tags in a next tag buffer; if there are any tags in the next tag buffer, passing tags from the next tag buffer and object data to a texturing and shading unit "TSU"; and storing the further tag in the next tag buffer at the pixel location. determining a list of objects which may be visible in a sub-region of the image; for each pixel in the sub-region of the image determining whether or not an object from the list may be visible at that pixel; storing a data tag for a translucent or opaque object determined to be visible at a pixel location in a first tag buffer, wherein the tag identifies the object that is visible at that pixel location; receiving a further tag of a further translucent object determined to be visible at the pixel location; characterised by: in response to determining that the pixel location of the first tag buffer is occupied, determining if there are any valid tags in a next tag buffer; if there are any tags in the next tag buffer, passing tags from the next tag buffer and object data to a texturing and shading unit "TSU"; and storing the further tag in the next tag buffer at the pixel location. in response to determining that the pixel location of the first tag buffer is occupied, determining if there are any valid tags in a next tag buffer; if there are any tags in the next tag buffer, passing tags from the next tag buffer and object data to a texturing and shading unit "TSU"; and storing the further tag in the next tag buffer at the pixel location.
A method of manufacturing an airless tire including a spoke unit, comprising: a first step of injection-molding a first spoke part, a second spoke part, a third spoke part and a fourth spoke part in a disc-like shape; a second step of forming a first spoke by fusing the first spoke part and the second spoke part; a third step of forming a second spoke by fusing the third spoke part and the fourth spoke part; a fourth step of forming the spoke unit by fusing the first spoke and the second spoke; a fifth step of applying an adhesive agent to an outer circumferential surface of the spoke unit after performing a sanding process and a solvent cleaning process; a sixth step of winding a first cushion gum on the outer circumferential surface of the spoke unit and applying an adhesive agent to an outer circumferential surface of the first cushion gum; a seventh step of bonding a reinforcing layer to the outer circumferential surface of the first cushion gum and applying an adhesive agent to an outer circumferential surface of the reinforcing layer; an eighth step of winding a second cushion gum on the outer circumferential surface of the reinforcing layer; a ninth step of winding a tread rubber on an outer circumferential surface of the second cushion gum; and a tenth step of putting a semi-finished product that has gone through the ninth step into a vulcanization machine and vulcanizing the semi-finished product. a first step of injection-molding a first spoke part, a second spoke part, a third spoke part and a fourth spoke part in a disc-like shape; a second step of forming a first spoke by fusing the first spoke part and the second spoke part; a third step of forming a second spoke by fusing the third spoke part and the fourth spoke part; a fourth step of forming the spoke unit by fusing the first spoke and the second spoke; a fifth step of applying an adhesive agent to an outer circumferential surface of the spoke unit after performing a sanding process and a solvent cleaning process; a sixth step of winding a first cushion gum on the outer circumferential surface of the spoke unit and applying an adhesive agent to an outer circumferential surface of the first cushion gum; a seventh step of bonding a reinforcing layer to the outer circumferential surface of the first cushion gum and applying an adhesive agent to an outer circumferential surface of the reinforcing layer; an eighth step of winding a second cushion gum on the outer circumferential surface of the reinforcing layer; a ninth step of winding a tread rubber on an outer circumferential surface of the second cushion gum; and a tenth step of putting a semi-finished product that has gone through the ninth step into a vulcanization machine and vulcanizing the semi-finished product.
A single-use phacoemulsification handpiece, comprising - a housing, - an ultrasonic transducer arranged in the housing, and - a tool which is operatively connected to the ultrasonic transducer for the purpose of ultrasonic excitation, - the ultrasonic transducer comprising a sonotrode, a resonator and a piezoceramic element arranged therebetween, and - the sonotrode and/or the resonator comprising an aluminum alloy or being made of an aluminum alloy, wherein the aluminum alloy has a tensile strength greater than 400 N/mm 2. - a housing, - an ultrasonic transducer arranged in the housing, and - a tool which is operatively connected to the ultrasonic transducer for the purpose of ultrasonic excitation, - the ultrasonic transducer comprising a sonotrode, a resonator and a piezoceramic element arranged therebetween, and - the sonotrode and/or the resonator comprising an aluminum alloy or being made of an aluminum alloy, wherein the aluminum alloy has a tensile strength greater than 400 N/mm 2.
Vesicles comprising: a membrane containing a first polymer, which is a block copolymer having an uncharged hydrophilic segment and a first charged segment, and a second polymer, which has a second charged segment charged oppositely to the first charged segment, said membrane defining a cavity surrounded thereby; and a charged substance encapsulated in the cavity, wherein, for each vesicle, the first polymer is a block copolymer containing an uncharged hydrophilic segment and an anionic segment, and the second polymer is a block copolymer containing an uncharged hydrophilic segment and a cationic segment and/or a polymer containing a cationic segment but no uncharged hydrophilic segment, or wherein, for each vesicle, the first polymer is a block copolymer containing an uncharged hydrophilic segment and a cationic segment, and the second polymer is a block copolymer containing an uncharged hydrophilic segment and an anionic segment and/or a polymer containing an anionic segment but no uncharged hydrophilic segment, wherein the charged substance is a biomolecule selected from proteins, polypeptides, amino acids, nucleic acids, lipids, carbohydrates, and derivatives thereof; wherein the vesicles are produced by providing a vacant vesicle having a membrane containing the first polymer and the second polymer, and mixing the vacant vesicle and the charged substance in an aqueous medium, and wherein the vesicles are uniform. a membrane containing a first polymer, which is a block copolymer having an uncharged hydrophilic segment and a first charged segment, and a second polymer, which has a second charged segment charged oppositely to the first charged segment, said membrane defining a cavity surrounded thereby; and a charged substance encapsulated in the cavity, wherein, for each vesicle, the first polymer is a block copolymer containing an uncharged hydrophilic segment and an anionic segment, and the second polymer is a block copolymer containing an uncharged hydrophilic segment and a cationic segment and/or a polymer containing a cationic segment but no uncharged hydrophilic segment, or wherein, for each vesicle, the first polymer is a block copolymer containing an uncharged hydrophilic segment and a cationic segment, and the second polymer is a block copolymer containing an uncharged hydrophilic segment and an anionic segment and/or a polymer containing an anionic segment but no uncharged hydrophilic segment, wherein the charged substance is a biomolecule selected from proteins, polypeptides, amino acids, nucleic acids, lipids, carbohydrates, and derivatives thereof; wherein the vesicles are produced by providing a vacant vesicle having a membrane containing the first polymer and the second polymer, and mixing the vacant vesicle and the charged substance in an aqueous medium, and wherein the vesicles are uniform.
A sealing gasket for passing at least one electric cable in sealed manner from one side of a wall to another (3a, 3b), having peripheral surfaces (5a, 5b) for sealing engagement with an inside surface of an orifice made through said wall, and at least one through longitudinal groove for passing said cable, said sealing gasket: • being made of a deformable material; • including a longitudinal slot connecting one of said peripheral surfaces (5a, 5b) to the inside of said groove for inserting said cable inside the groove; • being provided with sealing means outside the groove for providing sealing between the groove and the cable when the cable is installed in the groove; and • characterized by the fact that said sealing means comprise a transverse sealing lip in the form of a tongue having a first terminal portion secured to the gasket on one side of said slot and a second terminal portion that is free, a middle portion of said sealing lip, situated between its terminal portions (11a, 11b), covering a longitudinal end section of said slot in the zone where said slot leads into the groove. • being made of a deformable material; • including a longitudinal slot connecting one of said peripheral surfaces (5a, 5b) to the inside of said groove for inserting said cable inside the groove; • being provided with sealing means outside the groove for providing sealing between the groove and the cable when the cable is installed in the groove; and • characterized by the fact that said sealing means comprise a transverse sealing lip in the form of a tongue having a first terminal portion secured to the gasket on one side of said slot and a second terminal portion that is free, a middle portion of said sealing lip, situated between its terminal portions (11a, 11b), covering a longitudinal end section of said slot in the zone where said slot leads into the groove.
Device for drilling and/or for material removal by means of laser radiation comprising a laser beam source and a device (101; 201) for rotating a laser beam profile about a rotation axis, comprising a rotation unit (102; 202) rotatable about a rotation axis, characterised in that the rotation unit (102; 202; 302) comprises two reflection surfaces which are perpendicular to one another and are arranged in such a way that a beam (104; 204; 304) which is incident with respect to the reflection surfaces runs in the opposite direction to a beam (105; 205) with respect to the reflecting surfaces, wherein the line in which the surfaces on which the reflecting surfaces lie intersect passes through the axis of rotation and perpendicularly to the axis of rotation, wherein the reflecting surfaces are the roof surfaces of a porroprism and wherein the rotation unit comprises a unit for changing the polarisation, in particular a lambda quarter plate.
An apparatus for use in negative pressure wound therapy, comprising: a pump assembly, comprising: an electrically conductive coil; a magnet having an opening extending axially therethrough positioned between an electrically conductive lower pole having an opening extending axially therethrough and an electrically conductive upper pole; and a diaphragm; and a conduit configured to communicate a source of negative pressure from the pump assembly to a wound dressing configured to sealingly surround a wound, wherein the coil is directly or indirectly coupled with the diaphragm and is configured to axially displace at least a middle portion of the diaphragm to pump a fluid through the pump assembly in response to a drive signal applied to the coil. a pump assembly, comprising: an electrically conductive coil; a magnet having an opening extending axially therethrough positioned between an electrically conductive lower pole having an opening extending axially therethrough and an electrically conductive upper pole; and a diaphragm; and a conduit configured to communicate a source of negative pressure from the pump assembly to a wound dressing configured to sealingly surround a wound, an electrically conductive coil; a magnet having an opening extending axially therethrough positioned between an electrically conductive lower pole having an opening extending axially therethrough and an electrically conductive upper pole; and a diaphragm; and a conduit configured to communicate a source of negative pressure from the pump assembly to a wound dressing configured to sealingly surround a wound, wherein the coil is directly or indirectly coupled with the diaphragm and is configured to axially displace at least a middle portion of the diaphragm to pump a fluid through the pump assembly in response to a drive signal applied to the coil.
Method for converting an MR measuring protocol, which predetermines parameters with associated parameter values, which configure a measurement by means of a new software version of a first magnetic resonance system, wherein the method comprises the following steps: syntactic conversion of the MR measuring protocol, wherein the structure of the MR measuring protocol is adjusted to an old software version of a second magnetic resonance system, semantic conversion of the syntactically converted MR measuring protocol, by parameter values of the syntactically converted MR measuring protocol being adjusted to the properties implemented in the old software version, wherein the dependencies between the parameters including their parameter values are taken into account. syntactic conversion of the MR measuring protocol, wherein the structure of the MR measuring protocol is adjusted to an old software version of a second magnetic resonance system, semantic conversion of the syntactically converted MR measuring protocol, by parameter values of the syntactically converted MR measuring protocol being adjusted to the properties implemented in the old software version, wherein the dependencies between the parameters including their parameter values are taken into account.
Lighting unit with several luminaires arranged on a PCB, to be connected via the PCB to a supply network, wherein the PCB is embraced by a housing allowing a well-aimed light output, and wherein the one-piece housing with its light output area consists of a correspondingly shortened piece of endless profile, and wherein in the interior side of the two longitudinal walls of the housing one groove each is moulded to take up the PCB, characterized by the fact that for well-aimed light influence, the light output area is one piece with an optical unit which at its interior side faces the PCB and provides several first grooves running in longitudinal direction of the housing, and that the light output area facing away from the PCB at its exterior side is provided in one piece with a light extraction surface and that at least one holding nose each to take up a separate optical element is moulded to the interior side of the two longitudinal walls of the housing and that the separate optical element is provided in one piece with a light influencing structure.
A switching device, comprising: - a movable contact, positioned on a contact arm, movably attached to the switching device, the movable contact being configured to contact a housing-mounted contact and configured to establish a conductive current path through the switching device, - a switch lock, connected with the contact arm, the switch lock including a latch and a latch support, the latch support including a latching location configured to latch the latch to the latch support, - a hand switching lever, configured to contact the movable contact with the housing-mounted contact, the hand switching lever being connected with the contact arm, - a connecting rod, mounted movably on the latch support, an end portion of the connecting rod bearing against a first projection of the hand switching lever when the hand switching lever is in a stationary position in which the movable contact and the housing-mounted contact are in contact, - wherein an actuation of the hand switching lever, for separating the movable contact from the housing-mounted contact, moves the connecting rod and, thus, releases the latching of the latch support to the latch, characterized in that - the connecting rod further comprises an actuating shoulder, with the actuating shoulder bearing against a second projection of the hand switching lever when the hand switching lever is in a non-stationary position in which the movable contact and the housing-mounted contact are in contact. - a movable contact, positioned on a contact arm, movably attached to the switching device, the movable contact being configured to contact a housing-mounted contact and configured to establish a conductive current path through the switching device, - a switch lock, connected with the contact arm, the switch lock including a latch and a latch support, the latch support including a latching location configured to latch the latch to the latch support, - a hand switching lever, configured to contact the movable contact with the housing-mounted contact, the hand switching lever being connected with the contact arm, - a connecting rod, mounted movably on the latch support, an end portion of the connecting rod bearing against a first projection of the hand switching lever when the hand switching lever is in a stationary position in which the movable contact and the housing-mounted contact are in contact, - wherein an actuation of the hand switching lever, for separating the movable contact from the housing-mounted contact, moves the connecting rod and, thus, releases the latching of the latch support to the latch, characterized in that - the connecting rod further comprises an actuating shoulder, with the actuating shoulder bearing against a second projection of the hand switching lever when the hand switching lever is in a non-stationary position in which the movable contact and the housing-mounted contact are in contact.