mhurhangee/ep-ind-claims huggingface dataset:
A method for forming a molded two-layer ocular implant, the implant comprising a therapeutic agent for treatment or prevention of a disorder of the eye, the method comprising: (a) dispensing a polymer into a curved depression on a mold body to form a polymer layer having a curved external surface in contact with the bottom of the curved depression and further comprising an exposed upper surface; (b) generating a curvature in the exposed upper surface of the polymer layer, thereby forming a curved polymer layer interface surface; (c) curing the polymer layer, thereby providing a hardened curved polymer layer interface surface; (d) dispensing a silicone adhesive comprising the therapeutic agent dispersed therein onto the hardened interface surface to provide a silicone layer with an exposed surface; (e) generating a curvature in the exposed surface of the silicone layer thereby forming a curved eye-contacting surface; and (f) curing the silicone layer such that the first layer and second layer are fixed to each other, thereby forming the molded two-layer ocular implant. (a) dispensing a polymer into a curved depression on a mold body to form a polymer layer having a curved external surface in contact with the bottom of the curved depression and further comprising an exposed upper surface; (b) generating a curvature in the exposed upper surface of the polymer layer, thereby forming a curved polymer layer interface surface; (c) curing the polymer layer, thereby providing a hardened curved polymer layer interface surface; (d) dispensing a silicone adhesive comprising the therapeutic agent dispersed therein onto the hardened interface surface to provide a silicone layer with an exposed surface; (e) generating a curvature in the exposed surface of the silicone layer thereby forming a curved eye-contacting surface; and (f) curing the silicone layer such that the first layer and second layer are fixed to each other, thereby forming the molded two-layer ocular implant.
A depth limiter configured to couple with a cannula of a surgical access device, the depth limiter comprising: (a) a housing comprising: (i) a slot, and (ii) an aperture extending through the housing, wherein the aperture communicates with the slot, wherein the aperture extends along a longitudinal axis; (b) a biasing feature disposed at least partially within the slot; and (c) a slidable member disposed at least partially within the slot, wherein the slidable member includes an aperture extending therethrough, wherein the slidable member is movably coupled with the biasing feature between a fixed configuration and a movable configuration, wherein in the fixed configuration, the apertures (928, 932) of the housing and the slidable member are at least partially aligned to collectively form a first effective diameter such that the slidable member and the housing are configured to restrict axial movement of the depth limiter relative to the cannula, wherein in the movable configuration, the apertures (928, 932) of the housing and the slidable member collectively form a second effective diameter such that the slidable member and the housing are configured to allow for axial movement of the depth limiter relative to the cannula. (a) a housing comprising: (i) a slot, and (ii) an aperture extending through the housing, wherein the aperture communicates with the slot, wherein the aperture extends along a longitudinal axis; (i) a slot, and (ii) an aperture extending through the housing, wherein the aperture communicates with the slot, wherein the aperture extends along a longitudinal axis; (b) a biasing feature disposed at least partially within the slot; and (c) a slidable member disposed at least partially within the slot, wherein the slidable member includes an aperture extending therethrough, wherein the slidable member is movably coupled with the biasing feature between a fixed configuration and a movable configuration, wherein in the fixed configuration, the apertures (928, 932) of the housing and the slidable member are at least partially aligned to collectively form a first effective diameter such that the slidable member and the housing are configured to restrict axial movement of the depth limiter relative to the cannula, wherein in the movable configuration, the apertures (928, 932) of the housing and the slidable member collectively form a second effective diameter such that the slidable member and the housing are configured to allow for axial movement of the depth limiter relative to the cannula.
An installation apparatus for a load-coupling of a turbine system, the installation apparatus comprising: a plurality of rails configured to extend axially through a portion of a diffuser of the turbine system, each of the plurality of rails including: a first distal end configured to be positioned within and releasably coupled to the diffuser; and a second distal end positioned opposite the first distal end; and at least one trolley positioned on the plurality of rails, the at least one trolley including: a plurality of wheel housings each wheel housing including at least one wheel moving over a corresponding rail of the plurality of rails; and a cradle component positioned partially within each of the plurality of wheel housings, the cradle component configured for receiving the load-coupling of the turbine system. a plurality of rails configured to extend axially through a portion of a diffuser of the turbine system, each of the plurality of rails including: a first distal end configured to be positioned within and releasably coupled to the diffuser; and a second distal end positioned opposite the first distal end; and a first distal end configured to be positioned within and releasably coupled to the diffuser; and a second distal end positioned opposite the first distal end; and at least one trolley positioned on the plurality of rails, the at least one trolley including: a plurality of wheel housings each wheel housing including at least one wheel moving over a corresponding rail of the plurality of rails; and a cradle component positioned partially within each of the plurality of wheel housings, the cradle component configured for receiving the load-coupling of the turbine system. a plurality of wheel housings each wheel housing including at least one wheel moving over a corresponding rail of the plurality of rails; and a cradle component positioned partially within each of the plurality of wheel housings, the cradle component configured for receiving the load-coupling of the turbine system.
A data-generating device comprising: an acquiring means that acquires still image data; a still image data generating means that generates a predetermined number of items of still image data in which at least part of pixel values of the acquired still image data are changed, and that makes an average of pixel values of matching display positions between the predetermined number of items of still image data equal to pixel values of matching display positions in the acquired still image data, wherein a screen display image of the acquired still image data is divided into a plurality of regions and the still image data generating means varies a pattern of a pixel value to be set in the predetermined number of items of still image data for the same pixel value between at least two of a plurality of regions, said regions being a respective unit of a screen display area wider than one pixel; and a movie data generating means that generates movie data for which each of the generated still image data is displayed at a predetermined frame rate. an acquiring means that acquires still image data; a still image data generating means that generates a predetermined number of items of still image data in which at least part of pixel values of the acquired still image data are changed, and that makes an average of pixel values of matching display positions between the predetermined number of items of still image data equal to pixel values of matching display positions in the acquired still image data, wherein a screen display image of the acquired still image data is divided into a plurality of regions and the still image data generating means varies a pattern of a pixel value to be set in the predetermined number of items of still image data for the same pixel value between at least two of a plurality of regions, said regions being a respective unit of a screen display area wider than one pixel; and a movie data generating means that generates movie data for which each of the generated still image data is displayed at a predetermined frame rate.
A paving machine comprising: a screed assembly having a left screed section and a right screed section, the left and right screed sections being pivotable about a centreline so as to provide an adjustable crown profile; a crown actuator for pivoting the left and right screed sections (42, 44) about the centreline;; a crown profile sensor configured to detect the crown profile a cross slope sensor configured to detect a cross slope (QNL*, QNR*) of the screed assembly; a display device configured to display information indicative of a configuration of the screed assembly; and a controller in communication with the crown profile sensor, the cross slope sensor and the display device, the controller being configured to: receive a first input from the crown profile sensor; determine the crown profile based on the first input; receive a second input from the cross slope sensor; determine the cross slope (QNL*, QNR*) of the screed assembly based on the second input; characterised in that the controller is further configured to calculate a left cross slope of the left screed section and a right cross slope of the right screed section based on the determined crown profile and the determined cross slope (QNL*, QNR*); and display the crown profile, the left cross slope and the right cross slope on the display device. a screed assembly having a left screed section and a right screed section, the left and right screed sections being pivotable about a centreline so as to provide an adjustable crown profile; a crown actuator for pivoting the left and right screed sections (42, 44) about the centreline;; a crown profile sensor configured to detect the crown profile a cross slope sensor configured to detect a cross slope (QNL*, QNR*) of the screed assembly; a display device configured to display information indicative of a configuration of the screed assembly; and a controller in communication with the crown profile sensor, the cross slope sensor and the display device, the controller being configured to: receive a first input from the crown profile sensor; determine the crown profile based on the first input; receive a second input from the cross slope sensor; determine the cross slope (QNL*, QNR*) of the screed assembly based on the second input; receive a first input from the crown profile sensor; determine the crown profile based on the first input; receive a second input from the cross slope sensor; determine the cross slope (QNL*, QNR*) of the screed assembly based on the second input; characterised in that the controller is further configured to calculate a left cross slope of the left screed section and a right cross slope of the right screed section based on the determined crown profile and the determined cross slope (QNL*, QNR*); and display the crown profile, the left cross slope and the right cross slope on the display device.
An active antenna array for a mobile communications network comprising: - a plurality of receive paths (30-1,..., 30-N); - a control unit for generating a sounding signal; - a coupler for coupling the sounding signal into at least one of the plurality of receive paths (30-1,..., 30-N); characterized in that the active antenna array comprises - at least one switch in one of the plurality of receive paths (30-1,..., 30-N) for switching the one of the plurality of receive paths (30-1,..., 30-N) between one of a receiver and a calibration unit. - a plurality of receive paths (30-1,..., 30-N); - a control unit for generating a sounding signal; - a coupler for coupling the sounding signal into at least one of the plurality of receive paths (30-1,..., 30-N); characterized in that the active antenna array comprises - at least one switch in one of the plurality of receive paths (30-1,..., 30-N) for switching the one of the plurality of receive paths (30-1,..., 30-N) between one of a receiver and a calibration unit.
Production line for producing special fiber web grades, especially machine glazed fiber web grades, which production line comprises a forming section comprising a head box and a forming unit, a press section, a drying section comprising a Yankee dryer, a calender and a reel-up, which Yankee dryer 500) comprises a reversed Yankee cylinder and in which the top surface of the fiber web is against the surface of the Yankee cylinder, characterized in that the drying section of the production line comprises a first wire drying part comprising at least one single wire drying group and that the first wire drying part is in the production line before the Yankee dryer.
A resin structure comprising a resin formed body and a liquid layer formed on a surface of said resin formed body, said liquid layer having portions that are locally protruded on the surface thereof, wherein: - fine protrusions having heights of not less than 0.7 μ m are distributed on the surface of said liquid layer at a density of 20 to 100 protrusions/mm 2; - a maximum height of the protrusions is in a range of 1.5 to 40 μ m; - the fine protrusions having heights of not less than 0.7 μ m are observed on the surface of said liquid layer maintaining a gap of 100 to 300 μ m on the average; - the protrusions remain stable at predetermined positions; and - said liquid layer is present on the surface of said resin formed body in an amount of 0.5 to 30 g/m 2. - fine protrusions having heights of not less than 0.7 μ m are distributed on the surface of said liquid layer at a density of 20 to 100 protrusions/mm 2; - a maximum height of the protrusions is in a range of 1.5 to 40 μ m; - the fine protrusions having heights of not less than 0.7 μ m are observed on the surface of said liquid layer maintaining a gap of 100 to 300 μ m on the average; - the protrusions remain stable at predetermined positions; and - said liquid layer is present on the surface of said resin formed body in an amount of 0.5 to 30 g/m 2.
A falling prevention structure for a tip end tool of an impact driver, comprising an impact driver having an anvil that protrudes from a metallic hammer case that is joined to the front of a main body housing of the impact driver and serves as a front housing accommodating a spindle, a striking mechanism, and the anvil, wherein the striking mechanism is configured to generate an impact in a rotation direction, by repeatedly engaging and disengaging a hammer of the impact driver to and from the anvil as a load on the anvil increases, a tip end tool adapted to be detachably attached to the anvil of the impact driver, and a connecting body (35; 81) that is adapted to connect the impact driver and the tip end tool to each other so as to prevent the tip end tool from falling, characterized in that the falling prevention structure further comprises a connecting member (22; 36; 40; 47; 74, 75) that includes an engaged portion (26; 37; 41; 48; 75) and can be connected to the connecting body (35; 81), and the engaged portion (26; 37; 41; 48; 75) can be engaged to an engagement portion (27; 38; 42; 13a; 13) provided on the hammer case of the impact driver.
A method for producing a polyurethane casting resin, wherein the production comprises, in a single step process, the steps: a) Mixing at least one thiol component with at least one isocyanate component, b) Degassing the mixture, and c) Curing the polyurethane polymer characterized in that the thiol component contains at least one dithiol according to Formula HS-[CH 2 CH 2 -S] x -CH 2 CH 2 -SH where x = 0-5, and the isocyanate component is one or more diisocyanate(s) selected from the group composed of isophorone diisocyanate, dicyclohexylmethane diisocyanate, hexamethylene diisocyanate, trimethyl hexamethylene diisocyanate, α,α,α',α'-tetramethyl xylylene diisocyanate, xylylene diisocyanate, or a mixture of these, and 5-50 wt.%, relative to the mixture, of one or more dithiols according to Formula is used as thiol component. a) Mixing at least one thiol component with at least one isocyanate component, b) Degassing the mixture, and c) Curing the polyurethane polymer
A load carrier system (200; 500) comprising: a unitary piece of material (202; 300) comprising: a body portion (204; 306; 512) comprising a first face side (212; 324), an opposing face side, a first peripheral edge (210; 312) and an opposing second peripheral edge (214; 314); and one or more straps (206; 308; 510) comprising a respective extended end (208; 320), wherein the straps (206; 308; 510) are an integral part of the body portion (204;306;512) and extend from the first peripheral edge (210; 312); wherein the one or more straps (206; 308; 510) are folded over adjacent to the first peripheral edge (210; 312) onto the first face side (212;314); and wherein at least one respective extended end (208;320) of the one or more straps (206;308;510) is fastened to the opposing second peripheral edge (214;314): a unitary piece of material (202; 300) comprising: a body portion (204; 306; 512) comprising a first face side (212; 324), an opposing face side, a first peripheral edge (210; 312) and an opposing second peripheral edge (214; 314); and one or more straps (206; 308; 510) comprising a respective extended end (208; 320), wherein the straps (206; 308; 510) are an integral part of the body portion (204;306;512) and extend from the first peripheral edge (210; 312); a body portion (204; 306; 512) comprising a first face side (212; 324), an opposing face side, a first peripheral edge (210; 312) and an opposing second peripheral edge (214; 314); and one or more straps (206; 308; 510) comprising a respective extended end (208; 320), wherein the straps (206; 308; 510) are an integral part of the body portion (204;306;512) and extend from the first peripheral edge (210; 312); wherein the one or more straps (206; 308; 510) are folded over adjacent to the first peripheral edge (210; 312) onto the first face side (212;314); and wherein at least one respective extended end (208;320) of the one or more straps (206;308;510) is fastened to the opposing second peripheral edge (214;314):
Hand-guided gardening, forestry and/or construction processing device, wherein the gardening, forestry and/or construction processing device has: - a processing tool, - an electric motor drive system, wherein the electric motor drive system is designed to drive the processing tool, - a user-adjustable operating element, and - a control device, characterised in that the control device is designed to control a target slope rate (dnsoll/dt) of a rotational speed (n) of the electric motor drive system in dependence on a position of the operating element according to at least one allocation in such a way that maximum target slope rates (maxdnsoll/dt) of the rotational speed (n) differ for different positions. - a processing tool, - an electric motor drive system, wherein the electric motor drive system is designed to drive the processing tool, - a user-adjustable operating element, and - a control device,
An exoskeleton comprising: - a foot structure, comprising a support plane configured to receive a foot of a user, - a lower leg structure, configured to receive a lower portion of a user's leg, - a mechanical knee link, configured to connect the lower leg structure to an upper leg structure configured to receive an upper portion of a user's leg, the mechanical knee link having a pivot axis, and - a mechanical ankle link, connecting the foot structure to the lower leg structure, the mechanical ankle link comprising a first pivot link having a first pivot axis, said first pivot axis being substantially parallel to the pivot axis of the mechanical knee link, and a second pivot link having a second pivot axis, said second pivot axis extending in a plane perpendicular to the first pivot axis, the exoskeleton being characterized in that the second pivot axis forms with the support plane an angle comprised between 30° and 60° when the exoskeleton is standing and at rest. - a foot structure, comprising a support plane configured to receive a foot of a user, - a lower leg structure, configured to receive a lower portion of a user's leg, - a mechanical knee link, configured to connect the lower leg structure to an upper leg structure configured to receive an upper portion of a user's leg, the mechanical knee link having a pivot axis, and - a mechanical ankle link, connecting the foot structure to the lower leg structure, the mechanical ankle link comprising a first pivot link having a first pivot axis, said first pivot axis being substantially parallel to the pivot axis of the mechanical knee link, and a second pivot link having a second pivot axis, said second pivot axis extending in a plane perpendicular to the first pivot axis,
A multilayer marking film comprising: an adhesive layer; a colored base layer having a first color; and a colored coating layer having a second color, wherein the first color and the second color are different from each other, the colored coating layer, the colored base layer, and the adhesive layer are sequentially provided, the colored base layer comprises a cured material of a base composition comprising: a urethane (meth)acrylate oligomer; a (meth)acrylate monomer comprising one or more selected from the group consisting of a cyclo-aliphatic (meth)acrylate monomer, an epoxy-based (meth)acrylate monomer, and an aliphatic (meth)acrylate monomer; and a pigment, the colored coating layer is etched by laser irradiation, and wherein the aliphatic (meth)acrylate monomer is 1,6-hexanediol di(meth)acrylate, 1,3-butanediol di(meth)acrylate, 1,4-butanediol di(meth)acrylate, or a combination thereof. an adhesive layer; a colored base layer having a first color; and a colored coating layer having a second color, wherein the first color and the second color are different from each other, the colored coating layer, the colored base layer, and the adhesive layer are sequentially provided, the colored base layer comprises a cured material of a base composition comprising: a urethane (meth)acrylate oligomer; a (meth)acrylate monomer comprising one or more selected from the group consisting of a cyclo-aliphatic (meth)acrylate monomer, an epoxy-based (meth)acrylate monomer, and an aliphatic (meth)acrylate monomer; and a pigment, the colored coating layer is etched by laser irradiation, and wherein the aliphatic (meth)acrylate monomer is 1,6-hexanediol di(meth)acrylate, 1,3-butanediol di(meth)acrylate, 1,4-butanediol di(meth)acrylate, or a combination thereof.