mhurhangee/ep-ind-claims huggingface dataset:
A semiconductor device comprising: a substrate; a buffer layer provided on the substrate; a light emitting structure provided on the buffer layer and including a first conductivity type semiconductor layer, a second conductivity type semiconductor layer, and an active layer interposed between the first conductivity type semiconductor layer and the second conductivity type semiconductor layer to emit ultraviolet light; and wherein the buffer layer includes a plurality of air voids, wherein the substrate includes a concavo-convex pattern, wherein the air voids are disposed above the concavo-convex pattern, wherein the surface of each of the air voids has at least two inclined facets, which are different from each other, and of which the uppermost portions are provided adjacent to the first conductivity type semiconductor layer, characterized in that the air voids are spaced apart from the concavo-convex pattern and wherein the widths of the air voids are equal to or less than a half of the width (a) of the corresponding concave pattern of the concavo-convex pattern in the substrate. a substrate; a buffer layer provided on the substrate; a light emitting structure provided on the buffer layer and including a first conductivity type semiconductor layer, a second conductivity type semiconductor layer, and an active layer interposed between the first conductivity type semiconductor layer and the second conductivity type semiconductor layer to emit ultraviolet light; and wherein the buffer layer includes a plurality of air voids, wherein the substrate includes a concavo-convex pattern, wherein the air voids are disposed above the concavo-convex pattern, wherein the surface of each of the air voids has at least two inclined facets, which are different from each other, and of which the uppermost portions are provided adjacent to the first conductivity type semiconductor layer, characterized in that the air voids are spaced apart from the concavo-convex pattern and wherein the widths of the air voids are equal to or less than a half of the width (a) of the corresponding concave pattern of the concavo-convex pattern in the substrate.
A gypsum slurry comprising: water; a hydraulic material comprising at least 50% calcium sulfate hemihydrate; and a polycarboxylate dispersant having a molecular weight in the range of 20,000 to 80,000 Daltons, comprising a vinyl ether-type repeating unit, an acrylic acid-type repeating unit and a maleic acid-type repeating unit. water; a hydraulic material comprising at least 50% calcium sulfate hemihydrate; and a polycarboxylate dispersant having a molecular weight in the range of 20,000 to 80,000 Daltons, comprising a vinyl ether-type repeating unit, an acrylic acid-type repeating unit and a maleic acid-type repeating unit.
A lens arrangement for a monitoring camera, comprising: a lens member having a connection portion provided with an outer thread, an adjustment member having a through hole for receiving the connection portion and being provided with an inner thread corresponding to said outer thread, a holder member having a receiving portion for receiving the connection portion and being provided with an inner thread corresponding to said outer thread, wherein the lens arrangement is assembled by screwing down the outer thread of the connection portion of the lens member into the inner thread of the through hole of the adjustment member and further down into the inner thread of the receiving portion of the holder member, wherein the receiving portion of the holder member has a wedge top engagement surface and the adjustment member has a complementary wedge bottom engagement surface, wherein the adjustment member is screwing movable relative to the holder member between a non-engaging state and an engaging state of the lens arrangement in which engaging state the wedge bottom engagement surface of the adjustment member wedgingly engages with the wedge top engagement surface of the receiving portion of the holder member for locking the lens member. a lens member having a connection portion provided with an outer thread, an adjustment member having a through hole for receiving the connection portion and being provided with an inner thread corresponding to said outer thread, a holder member having a receiving portion for receiving the connection portion and being provided with an inner thread corresponding to said outer thread, wherein the lens arrangement is assembled by screwing down the outer thread of the connection portion of the lens member into the inner thread of the through hole of the adjustment member and further down into the inner thread of the receiving portion of the holder member, wherein the receiving portion of the holder member has a wedge top engagement surface and the adjustment member has a complementary wedge bottom engagement surface, wherein the adjustment member is screwing movable relative to the holder member between a non-engaging state and an engaging state of the lens arrangement in which engaging state the wedge bottom engagement surface of the adjustment member wedgingly engages with the wedge top engagement surface of the receiving portion of the holder member for locking the lens member.
Device for irradiating a target structure located within human or animal skin or tissue, comprising at least one laser light source and at least one optical element, by means of which the laser radiation is guided through a light exit opening and focused in a focal point outside the light exit opening, wherein the optical element has an arrangement of a convex mirror within a concave mirror, which are arranged in such a way that laser radiation emitted by the laser light source passes at least partially through an opening in the concave mirror, the laser radiation passed through the opening impinges on the convex mirror, is deflected from the convex mirror to the concave mirror, and passes through the light exit opening coming from the concave mirror, characterized in that at least one setting element is provided with which the distance between a skin surface and the focal point positioned in the region of the target structure can be set in a targeted manner, wherein a control unit at least temporarily transmits a control signal to the setting element in such a way that a penetration depth of the laser radiation into the skin or subcutaneous tissue is changed in a targeted manner, wherein the setting element is designed as a spacer with an actuator and the spacer is at least partially moved by the actuator in such a way that at least two different distances between the light exit opening and the skin surface can be set, and/or wherein the setting element has at least one movement means with which at least one component of the optical element can be moved in such a way that the distance between the light exit opening and the focal point is adjusted due to the movement. wherein the setting element is designed as a spacer with an actuator and the spacer is at least partially moved by the actuator in such a way that at least two different distances between the light exit opening and the skin surface can be set, and/or wherein the setting element has at least one movement means with which at least one component of the optical element can be moved in such a way that the distance between the light exit opening and the focal point is adjusted due to the movement.
Tyre-changing machine for trucks, comprising: - a bearing frame; - at least a work unit associated with said frame, having at least a supporting element for supporting a wheel which can be operated in rotation around a substantially horizontal first axis and also having a balancing device of the wheel; - at least a tool associated with said frame for the removal of the wheel tyre, at least one of said supporting element and said tool being mobile with respect to the other in the direction of reciprocal close/away movement; characterized in that said work unit is connected mobile in rotation to said frame around a second axis of rotation, said supporting element and said balancing device rotating integrally to one another around said second axis. - a bearing frame; - at least a work unit associated with said frame, having at least a supporting element for supporting a wheel which can be operated in rotation around a substantially horizontal first axis and also having a balancing device of the wheel; - at least a tool associated with said frame for the removal of the wheel tyre, at least one of said supporting element and said tool being mobile with respect to the other in the direction of reciprocal close/away movement;
A sealing device for a central joint area of a sash frame assembly, wherein the sealing device comprises a sliding seal for largely sealing the central joint area of sliding wings (115, 125) set into the sash frame assembly when in a closed position, wherein the sealing device is designed to be set into an interstice between an outer frame profile and an inner frame profile, wherein the sealing device further comprises at least one latching means, wherein the at least one latching means is configured to engage into least one counter-locking means of the sash frame assembly so as to fix the position of the sealing device, and whereby the sealing device comprises a drip grille, wherein the drip grille abuts the sealing channel in the weather region.
An apparatus for one-phase access in a communication system, comprising: a processor configured to create at a user equipment a packet channel request message enabling one-phase access, wherein the packet channel request message includes cause values, which indicate purpose of said one-phase access and an indication of a latency reduction capability of said apparatus, and fields of said packet channel request message contain a multi-slot hyper class capability configured to provide a multi-slot class grouping associated with said apparatus; and a transceiver configured to transmit said packet channel request message to a base station. a processor configured to create at a user equipment a packet channel request message enabling one-phase access, wherein the packet channel request message includes cause values, which indicate purpose of said one-phase access and an indication of a latency reduction capability of said apparatus, and fields of said packet channel request message contain a multi-slot hyper class capability configured to provide a multi-slot class grouping associated with said apparatus; and a transceiver configured to transmit said packet channel request message to a base station.
A pharmaceutical composition comprising a WT1 peptide or variant WT1 peptide for use in the treatment and/or prevention of an intraocular angiogenic disease selected from the group consisting of wet-type age-related macular degeneration, myopic macular degeneration, angioid streaks, central serous chorioretinopathy, various types of retinal pigment epitheliopathy, choroidal atrophy, choroideremia, choroidal osteoma, diabetic retinopathy, retinopathy of prematurity, rubeotic glaucoma, and corneal neovascularization, wherein the WT1 peptide or variant WT1 peptide has a binding ability to an HLA molecule, and the WT1 peptide or variant WT1 peptide comprises the following amino acid sequence: (a) any of the amino acid sequence represented by SEQ ID NO: 1 to SEQ ID NO: 39, or (b) an amino acid sequence, wherein one or two amino acids are replaced, deleted, or added in the amino acid sequence according to the above-described (a). (a) any of the amino acid sequence represented by SEQ ID NO: 1 to SEQ ID NO: 39, or (b) an amino acid sequence, wherein one or two amino acids are replaced, deleted, or added in the amino acid sequence according to the above-described (a).
A method of emulsion formation, comprising: applying pressure to a microfluidic chip holding prospective emulsion phases, to drive droplet formation and collection of emulsions in the chip, the chip having a plurality of emulsion formation units each including a sample well and a sample inlet channel extending from the sample well, the pressure being applied in parallel to the emulsion production units; monitoring the pressure for a change indicative of air entering any one of the sample inlet channels from a corresponding sample well; and stopping application of the pressure to all of the emulsion formation units when the change is detected. applying pressure to a microfluidic chip holding prospective emulsion phases, to drive droplet formation and collection of emulsions in the chip, the chip having a plurality of emulsion formation units each including a sample well and a sample inlet channel extending from the sample well, the pressure being applied in parallel to the emulsion production units; monitoring the pressure for a change indicative of air entering any one of the sample inlet channels from a corresponding sample well; and stopping application of the pressure to all of the emulsion formation units when the change is detected.
A battery electrode comprising: an electrode plate, wherein the electrode plate is a three-dimensional porous metal body, and a lead bonded to the electrode plate, characterized in that an entire surface of the lead opposed to the electrode plate is bonded ultrasonically to the electrode plate before the electrode plate is filled with an active material and rolled, by moving an ultrasonic horn and an anvil with an uneven circumferential surface relative to each other so that the circumferential surfaces of the ultrasonic horn and the anvil continuously are pressed together with a workpiece (12, 13) interposed between the circumferential surfaces of the ultrasonic horn and the anvil. an electrode plate, wherein the electrode plate is a three-dimensional porous metal body, and a lead bonded to the electrode plate, characterized in that an entire surface of the lead opposed to the electrode plate is bonded ultrasonically to the electrode plate before the electrode plate is filled with an active material and rolled, by moving an ultrasonic horn and an anvil with an uneven circumferential surface relative to each other so that the circumferential surfaces of the ultrasonic horn and the anvil continuously are pressed together with a workpiece (12, 13) interposed between the circumferential surfaces of the ultrasonic horn and the anvil.
A base plate for a suction head for a vacuum cleaner comprising a lower face configured so as to be directed towards the surface to be vacuumed, an opposite upper face and a base plate channel open towards the surface to be vacuumed, wherein the base plate channel comprises a front edge and a rear edge, wherein said lower face consists of a single surface delimited by a perimeter comprising a front side, a rear side and two lateral sides, said single surface being completely closed except said base plate channel which is the sole aperture configured to suck up dust and/or fluids and/or dirt from said surface to be sucked, wherein said base plate, during use, is joined to a suction channel and said base plate channel is in fluid communication with the suction channel, wherein said base plate channel extends substantially through a whole width of said base plate and has closed ends in proximity of lateral sides of said base plate, wherein at least the surface of the lower face which extends along the whole front edge of the base plate channel and at least the surface (35, 35', 35"') of the lower face which extends along the whole rear edge of the base plate channel lie in a same plane. wherein the base plate channel comprises a front edge and a rear edge, wherein said lower face consists of a single surface delimited by a perimeter comprising a front side, a rear side and two lateral sides, said single surface being completely closed except said base plate channel which is the sole aperture configured to suck up dust and/or fluids and/or dirt from said surface to be sucked, wherein said base plate, during use, is joined to a suction channel and said base plate channel is in fluid communication with the suction channel, wherein said base plate channel extends substantially through a whole width of said base plate and has closed ends in proximity of lateral sides of said base plate, wherein at least the surface of the lower face which extends along the whole front edge of the base plate channel and at least the surface (35, 35', 35"') of the lower face which extends along the whole rear edge of the base plate channel lie in a same plane.
A device for separating and collecting plasma, the device comprising: a separation membrane; a collection membrane; and a substrate, wherein the substrate comprises; an inner flexure formed from a plurality of first slots in the substrate, disposed proximate to a first peripheral portion of the substrate; and an outer flexure formed from a plurality of second slots in the substrate, disposed surrounding at least a portion of the plurality of first slots; wherein a distal end of the separation membrane is disposed under the outer flexure, wherein a proximal end of the collection membrane is disposed under at least one of the outer flexure and inner flexure such that the proximal end of the collection membrane has an overlapping contact area with the distal end of the separation membrane, and wherein the outer flexure is configured to apply pressure on the separation membrane and collection membrane about the overlapping contact area. a separation membrane; a collection membrane; and a substrate, wherein the substrate comprises; an inner flexure formed from a plurality of first slots in the substrate, disposed proximate to a first peripheral portion of the substrate; and an outer flexure formed from a plurality of second slots in the substrate, disposed surrounding at least a portion of the plurality of first slots; an inner flexure formed from a plurality of first slots in the substrate, disposed proximate to a first peripheral portion of the substrate; and an outer flexure formed from a plurality of second slots in the substrate, disposed surrounding at least a portion of the plurality of first slots; wherein a distal end of the separation membrane is disposed under the outer flexure, wherein a proximal end of the collection membrane is disposed under at least one of the outer flexure and inner flexure such that the proximal end of the collection membrane has an overlapping contact area with the distal end of the separation membrane, and wherein the outer flexure is configured to apply pressure on the separation membrane and collection membrane about the overlapping contact area.
An implantable medical device comprising: a header; a core assembly; a first circuit component and a second circuit component arranged within the header, wherein the first circuit component comprises an antenna configured to communicate data to an external receiving device and the second circuit component comprises an electrode configured to collect data; and a scaffold assembly arranged within the header and configured to interface with the core assembly and position and support the first circuit component relative to the second circuit component, wherein the electrode comprises a break-away section releasably secured to the electrode via a break-away tab, and wherein the break-away section is configured to align with an alignment notch defined in the scaffold assembly. a header; a core assembly; a first circuit component and a second circuit component arranged within the header, wherein the first circuit component comprises an antenna configured to communicate data to an external receiving device and the second circuit component comprises an electrode configured to collect data; and a scaffold assembly arranged within the header and configured to interface with the core assembly and position and support the first circuit component relative to the second circuit component, wherein the electrode comprises a break-away section releasably secured to the electrode via a break-away tab, and wherein the break-away section is configured to align with an alignment notch defined in the scaffold assembly.
A three-dimensional halftoning method, comprising: providing a two-dimensional halftone matrix including threshold values spanning a range of values; subdividing the halftone matrix into a plurality of sub-matrices, each location in a sub-matrix including the value of the corresponding location of the halftone matrix if the value at the corresponding location of the halftone matrix is in a respective sub-range and otherwise being void; selecting, for a current slice of a three-dimensional representation of an object, a sub-matrix of the plurality of sub-matrices of the halftone matrix; and halftoning the current slice using the selected sub-matrix; selecting, for a subsequent slice of the three-dimensional model of the object, a subsequent sub-matrix of the plurality of sub-matrices of the halftone matrix, and halftoning the subsequent slice using the subsequent sub-matrix. providing a two-dimensional halftone matrix including threshold values spanning a range of values; subdividing the halftone matrix into a plurality of sub-matrices, each location in a sub-matrix including the value of the corresponding location of the halftone matrix if the value at the corresponding location of the halftone matrix is in a respective sub-range and otherwise being void; selecting, for a current slice of a three-dimensional representation of an object, a sub-matrix of the plurality of sub-matrices of the halftone matrix; and halftoning the current slice using the selected sub-matrix; selecting, for a subsequent slice of the three-dimensional model of the object, a subsequent sub-matrix of the plurality of sub-matrices of the halftone matrix, and halftoning the subsequent slice using the subsequent sub-matrix.
A surgical staple cartridge (50, 150, 250, 350) comprising: a cartridge body operably supporting a plurality of surgical staples therein, said cartridge body comprising: a deck surface and first and second lateral sides; and a longitudinal slot disposed therein dividing said deck surface into a first deck portion and a second deck portion; a first base material segment removably retained on said first deck portion; and a second base material segment removably retained on said second deck portion, characterized in that: said first base material has at least one first tether non-removably affixed thereto; and said second base material has at least one second tether non-removably affixed thereto. a cartridge body operably supporting a plurality of surgical staples therein, said cartridge body comprising: a deck surface and first and second lateral sides; and a longitudinal slot disposed therein dividing said deck surface into a first deck portion and a second deck portion; a deck surface and first and second lateral sides; and a longitudinal slot disposed therein dividing said deck surface into a first deck portion and a second deck portion; a first base material segment removably retained on said first deck portion; and a second base material segment removably retained on said second deck portion, characterized in that: said first base material has at least one first tether non-removably affixed thereto; and said second base material has at least one second tether non-removably affixed thereto. said first base material has at least one first tether non-removably affixed thereto; and said second base material has at least one second tether non-removably affixed thereto.