mhurhangee/ep-ind-claims huggingface dataset:
A training device for ophthalmic surgery, comprising a base with a hollow portion, wherein the hollow portion is tapered from an upper side to a lower side and houses, upon use, a simulated eye including an eggshell; characterized in that the training device comprises a soft simulated sclera member (20, 20') comprising a simulated sclera part shaped like a part of a sphere and a hollow disk-shaped edge part that extends outward at the bottom end of the simulated sclera part, wherein the hollow disk-shaped edge part of the simulated sclera member (20, 20') is provided on an upper side of the base; and a surgical instrument can contact, through the simulated sclera member (20, 20'), a surface of the simulated eye. a base with a hollow portion, wherein the hollow portion is tapered from an upper side to a lower side and houses, upon use, a simulated eye including an eggshell; characterized in that the training device comprises a soft simulated sclera member (20, 20') comprising a simulated sclera part shaped like a part of a sphere and a hollow disk-shaped edge part that extends outward at the bottom end of the simulated sclera part, wherein the hollow disk-shaped edge part of the simulated sclera member (20, 20') is provided on an upper side of the base; and a surgical instrument can contact, through the simulated sclera member (20, 20'), a surface of the simulated eye.
A money handling machine communicably connected with a store server and a cash center, the store server being connected with a head office server, wherein the money handling machine and the store server are installed in a store, and the cash center and the head office server are installed in a place different from the store, the money handling machine comprising: a recognition unit configured to recognize a banknote; a stacking unit configured to stack the banknote having been recognized by the recognition unit, and a valuable medium not being recognized by the recognition unit and being except the banknote, the stacking unit having a front shutter unit for putting the valuable medium into the stacking unit; a storing cassette configured to receive the banknote and the valuable medium having been stacked in the stacking unit and to store the received banknote and the received valuable medium therein, the storing cassette being removably loaded into the machine, and the banknote and the valuable medium stored in the storing cassette being under a second management authority; an input unit for inputting information related to the valuable medium to be stored into the storing cassette by an operator having a first management authority different from the second management authority; and a control unit configured to transmit a banknote recognition result by the recognition unit and information related to the valuable medium having been inputted through the input unit, distinguishably from each other, to the cash center under the second management authority, to which the banknote and the valuable medium collected from the money handling machine are delivered, wherein the storing cassette having been removed from the machine is brought to the cash center. a recognition unit configured to recognize a banknote; a stacking unit configured to stack the banknote having been recognized by the recognition unit, and a valuable medium not being recognized by the recognition unit and being except the banknote, the stacking unit having a front shutter unit for putting the valuable medium into the stacking unit; a storing cassette configured to receive the banknote and the valuable medium having been stacked in the stacking unit and to store the received banknote and the received valuable medium therein, the storing cassette being removably loaded into the machine, and the banknote and the valuable medium stored in the storing cassette being under a second management authority; an input unit for inputting information related to the valuable medium to be stored into the storing cassette by an operator having a first management authority different from the second management authority; and a control unit configured to transmit a banknote recognition result by the recognition unit and information related to the valuable medium having been inputted through the input unit, distinguishably from each other, to the cash center under the second management authority, to which the banknote and the valuable medium collected from the money handling machine are delivered, wherein the storing cassette having been removed from the machine is brought to the cash center.
A method for preparing at least one mold part of a two-part mold which comprises: (a) providing a two-part mold having opposed optical surfaces intended to define therebetween a molding cavity; (b) forming a hydrophobic top coat on the optical surface of at least one of the mold parts; and (c) forming an antireflecting coating onto the hydrophobic top coat; wherein, - the antireflecting coating comprises a stack of dielectric material layers of alternate high and low refractive indices characterized in that - the first dielectric material layer deposited on the hydrophobic top coat is deposited using a two stage process in which, in a first stage, a first sub-layer of dielectric material is deposited by vacuum deposition and, thereafter, in a second stage, a second sub-layer is deposited by ion assisted vacuum deposition. (a) providing a two-part mold having opposed optical surfaces intended to define therebetween a molding cavity; (b) forming a hydrophobic top coat on the optical surface of at least one of the mold parts; and (c) forming an antireflecting coating onto the hydrophobic top coat; wherein, - the antireflecting coating comprises a stack of dielectric material layers of alternate high and low refractive indices characterized in that - the first dielectric material layer deposited on the hydrophobic top coat is deposited using a two stage process in which, in a first stage, a first sub-layer of dielectric material is deposited by vacuum deposition and, thereafter, in a second stage, a second sub-layer is deposited by ion assisted vacuum deposition. - the antireflecting coating comprises a stack of dielectric material layers of alternate high and low refractive indices characterized in that - the first dielectric material layer deposited on the hydrophobic top coat is deposited using a two stage process in which, in a first stage, a first sub-layer of dielectric material is deposited by vacuum deposition and, thereafter, in a second stage, a second sub-layer is deposited by ion assisted vacuum deposition.
An engine having a fuel injection system configured to inject fuel into a plurality of combustion chambers, wherein the fuel injection system comprising a first fuel injection unit and a second fuel injection unit, the engine comprising: a fuel pipe assembly having at least one fuel pipe fluidly coupled to the first fuel injection unit and the second fuel injection unit; and a cover assembly comprising: a U-shaped first structure having a first edge and a second edge extending along a length of the first structure configured to be placed on the fuel pipe assembly and extending along a portion of a length of the fuel pipe assembly, the first structure configured to partially encapsulate the portion of the length of the fuel pipe assembly; and a second structure, extending along the portion of the length of the fuel pipe assembly and configured to be coupled to the first structure such that the first structure and the second structure encapsulate the portion of the length of the fuel pipe assembly, characterized in that the first structure includes a plurality of rotary latches provided on the first edge and the second edge. a fuel pipe assembly having at least one fuel pipe fluidly coupled to the first fuel injection unit and the second fuel injection unit; and a cover assembly comprising: a U-shaped first structure having a first edge and a second edge extending along a length of the first structure configured to be placed on the fuel pipe assembly and extending along a portion of a length of the fuel pipe assembly, the first structure configured to partially encapsulate the portion of the length of the fuel pipe assembly; and a second structure, extending along the portion of the length of the fuel pipe assembly and configured to be coupled to the first structure such that the first structure and the second structure encapsulate the portion of the length of the fuel pipe assembly, characterized in that the first structure includes a plurality of rotary latches provided on the first edge and the second edge. a U-shaped first structure having a first edge and a second edge extending along a length of the first structure configured to be placed on the fuel pipe assembly and extending along a portion of a length of the fuel pipe assembly, the first structure configured to partially encapsulate the portion of the length of the fuel pipe assembly; and a second structure, extending along the portion of the length of the fuel pipe assembly and configured to be coupled to the first structure such that the first structure and the second structure encapsulate the portion of the length of the fuel pipe assembly, characterized in that the first structure includes a plurality of rotary latches provided on the first edge and the second edge.
Fibre application head for producing composite material parts, comprising a compacting system comprising a compacting roller for applying one or more fibres onto an application surface, said compacting roller comprising a rigid central tube by means of which said roller is rotatably mounted on a support structure of the head, and at least one cylindrical piece made of an elastically deformable flexible material, coaxially assembled on said central tube, characterized in that said compacting roller further comprises a plurality of independent rigid rings, stacked side by side coaxially on the cylindrical piece, each having an outer cylindrical surface by which each ring is intended to come to bear against the lay-up surface, two collars mounted on the central tube, on either side of the cylindrical piece, being able to block in translation the stack of rings on the cylindrical piece.
A multilayer container comprising, as layered in that order from an inner layer to an outer layer, an oxygen-permeable layer containing an oxygen-permeable resin as the main component thereof, an oxygen-absorbing layer formed of an oxygen-absorbing resin composition containing a deoxidant composition and a thermoplastic resin, an adhesive layer containing an adhesive resin as the main component thereof, and a gas-barrier layer containing a gas-barrier resin as the main component thereof, wherein: the gas-barrier resin is a polyamide resin including a diamine unit containing a metaxylylenediamine unit in an amount of 70 mol% or more and a dicarboxylic acid unit containing 85 to 96 mol% of an α,ω-linear aliphatic dicarboxylic acid unit having 4 to 20 carbon atoms and 15 to 4 mol% of an aromatic dicarboxylic acid unit, the thickness of the oxygen-permeable layer is 15 to 40% of the total thickness of the multilayer container, the thickness of the oxygen-absorbing layer is 10 to 40% of the total thickness of the multilayer container, and wherein an adhesive layer containing an adhesive resin as the main component thereof is layered as an outer layer of the gas-barrier layer, and an oxygen-absorbing layer formed of an oxygen-absorbing resin composition containing a deoxidant composition and a thermoplastic resin is layered as an outer layer of the adhesive layer, and the thickness of the oxygen-absorbing layer is 10 to 40% of the total thickness of the multilayer container. the gas-barrier resin is a polyamide resin including a diamine unit containing a metaxylylenediamine unit in an amount of 70 mol% or more and a dicarboxylic acid unit containing 85 to 96 mol% of an α,ω-linear aliphatic dicarboxylic acid unit having 4 to 20 carbon atoms and 15 to 4 mol% of an aromatic dicarboxylic acid unit, the thickness of the oxygen-permeable layer is 15 to 40% of the total thickness of the multilayer container, the thickness of the oxygen-absorbing layer is 10 to 40% of the total thickness of the multilayer container, and wherein an adhesive layer containing an adhesive resin as the main component thereof is layered as an outer layer of the gas-barrier layer, and an oxygen-absorbing layer formed of an oxygen-absorbing resin composition containing a deoxidant composition and a thermoplastic resin is layered as an outer layer of the adhesive layer, and the thickness of the oxygen-absorbing layer is 10 to 40% of the total thickness of the multilayer container.
Composite material for providing thermal and/or acoustic insulation in vehicles, buildings or installations having an overall flat plate-like basic shape comprising at least one insulating material and at least one functional layer in the form of a drainage structure connected to the insulating material, wherein the drainage structure forms an air-permeable and liquid-permeable layer of the composite material, wherein the insulating material comprises a flexible foam or a voluminous nonwoven fabric made in particular from PET, PP, PA-Nox, cotton or a mixture thereof, characterized in that the drainage structure is formed unevenly on the side facing the insulating material, in particular with locally protruding areas or parts for attachment to the insulating material, and on the side facing away from it has a means (3, 4) for abrasion protection in the form of a specially flattened side of the drainage structure on the outside of the composite material, which is achieved by single-sided smoothing or flattening of the drainage structure by means of heated rollers, or the means for abrasion protection is a layer attached to the drainage structure, such as a film, paper, nonwoven material or textile, and in that the drainage structure comprises a reticulated foam.
A data transmission method, comprising: obtaining radio signals by using input ports, each input port corresponding to one bearer channel; determining, according to the correspondence between each input port and one bearer channel, the bearer channels corresponding to the radio signals; performing, on each of the radio signals, Code Division Multiple Access, CDMA modulation and carrier modulation on the respective radio signal according to a codeword and a frequency sub-band that are corresponding to the respective bearer channel, to obtain a modulated electrical signal; and modulating the modulated electrical signal to an respective optical wavelength corresponding to the respective bearer channel, to obtain a modulated optical signal; and sending the modulated optical signals to an optical network wherein the bearer channels correspond to a same frequency sub-band or to overlapping frequency sub-bands and correspond to orthogonal codewords. obtaining radio signals by using input ports, each input port corresponding to one bearer channel; determining, according to the correspondence between each input port and one bearer channel, the bearer channels corresponding to the radio signals; performing, on each of the radio signals, Code Division Multiple Access, CDMA modulation and carrier modulation on the respective radio signal according to a codeword and a frequency sub-band that are corresponding to the respective bearer channel, to obtain a modulated electrical signal; and modulating the modulated electrical signal to an respective optical wavelength corresponding to the respective bearer channel, to obtain a modulated optical signal; and sending the modulated optical signals to an optical network wherein the bearer channels correspond to a same frequency sub-band or to overlapping frequency sub-bands and correspond to orthogonal codewords.
Strain wave gear, having an outer ring (11,31) with an inner toothing, with which a flexible inner ring (13,32) with an outer toothing engages at two opposing points, characterized in that the ratio of the pitch diameter of the outer ring (11,31) to the rim thickness of the outer ring (11,31) lies in the region of 15 to 20, especially in the region of 16 to 18, especially at 17.587, and in that a. the teeth of the toothing of the inner ring (13,32) have a profile angle in the region of 8 degrees to 15 degrees or in the region of 11 degrees to 12 degrees or one of 11.615 degrees, and/or in that b. the teeth of the toothing of the outer ring (11,31) have a profile angle in the region of 8 degrees to 15 degrees or in the region of 11 degrees to 12 degrees or one of 12.474 degrees. a. the teeth of the toothing of the inner ring (13,32) have a profile angle in the region of 8 degrees to 15 degrees or in the region of 11 degrees to 12 degrees or one of 11.615 degrees, and/or in that b. the teeth of the toothing of the outer ring (11,31) have a profile angle in the region of 8 degrees to 15 degrees or in the region of 11 degrees to 12 degrees or one of 12.474 degrees.
A method for recycling supercritical waste liquid in a process of producing a silica aerogel blanket, characterized by adding a metal salt to supercritical waste liquid generated in a supercritical drying step during a process of producing a silica aerogel blanket, the supercritical waste liquid contains water, an organic solvent, and ammonia, the metal salt is one or more selected from the group consisting of MgCl 2, MgSO 4, CaCl 2, CaSO 4, AlCl 3, and Al 2 (SO 4) 3, and the metal salt forms metal hydroxide by reacting with ammonia contained in the supercritical waste liquid. the supercritical waste liquid contains water, an organic solvent, and ammonia, the metal salt is one or more selected from the group consisting of MgCl 2, MgSO 4, CaCl 2, CaSO 4, AlCl 3, and Al 2 (SO 4) 3, and the metal salt forms metal hydroxide by reacting with ammonia contained in the supercritical waste liquid.
An LED filament comprising: a carrier comprising a plurality of LEDs arranged in at least two columns of LEDs (150, 160); wherein the plurality of LEDs are grouped into at least two different subsets of LEDs (120, 130), wherein a first subset of the LEDs is configured to emit light of a first color temperature, CT1, and a second subset of the LEDs is configured to emit light of a second color temperature, CT2, CT2 being different from CT1; and wherein the LEDs of the at least two different subsets of LEDs (120, 130) are arranged in an alternating intersecting configuration in the at least two columns of LEDs (150, 160) such that each column comprises alternating segments (132, 124) configured to emit light of the first and the second color temperatures, respectively. a carrier comprising a plurality of LEDs arranged in at least two columns of LEDs (150, 160); wherein the plurality of LEDs are grouped into at least two different subsets of LEDs (120, 130), wherein a first subset of the LEDs is configured to emit light of a first color temperature, CT1, and a second subset of the LEDs is configured to emit light of a second color temperature, CT2, CT2 being different from CT1; and wherein the LEDs of the at least two different subsets of LEDs (120, 130) are arranged in an alternating intersecting configuration in the at least two columns of LEDs (150, 160) such that each column comprises alternating segments (132, 124) configured to emit light of the first and the second color temperatures, respectively.
Height-adjustable gutter base (200, 200a-200c) for a gutter cover, with a height axis (Z, Z 1 -Z 5) and a bridge-like insert part (1, 1a-1d), for insertion into a drainage gutter (2, 2a, 2b) characterized in that on or in the bridge-like insert part (1, 1a-1d) an eccentric (40, 40a, 40b) is rotatable arranged and in an opened rotational position (P 1) of the eccentric (40, 40a, 40b), a hollow cylindrical shaft (22, 22a, 22b, 44) of a support rod (20, 20a-20c) of the height-adjustable gutter base is translational displaceable along the height axis (Z, Z 1 -Z 5) and is locked in a closed rotational position (P 2) of the eccentric (40, 40a, 40b).
An apparatus (100, 110), comprising: a laser configured to pulse laser light illuminating at least one object; a digital micro-mirror device oriented to receive laser light reflected from the at least one object and including an array of mirrors each of which may be selectively controlled to be oriented in one of a first direction and a second direction; a detector positioned so that mirrors within the digital micro-mirror device oriented in the first direction reflect incident light onto the detector and mirrors within the digital micro-mirror device oriented in the second direction do not, the detector configured to output a signal representative of an amount of light incident on the detector; and a control system (106, 116) configured to apply M spatial patterns to the mirrors of the digital micro-mirror device, each of the M spatial patterns in synchronization with a corresponding pulse from the laser, and, for each of the M spatial patterns, to store sampled signal values from the output of the detector at each of K times following the corresponding pulse from the laser, characterised in that the control system includes a processing system (108, 118) configured to reconstruct K images of the at least one object each using all M spatial patterns and stored sampled signal values corresponding to a respective one of the K times, wherein the processing system is configured to search the K images for an object of interest among objects including the at least one object. a laser configured to pulse laser light illuminating at least one object; a digital micro-mirror device oriented to receive laser light reflected from the at least one object and including an array of mirrors each of which may be selectively controlled to be oriented in one of a first direction and a second direction; a detector positioned so that mirrors within the digital micro-mirror device oriented in the first direction reflect incident light onto the detector and mirrors within the digital micro-mirror device oriented in the second direction do not, the detector configured to output a signal representative of an amount of light incident on the detector; and a control system (106, 116) configured to apply M spatial patterns to the mirrors of the digital micro-mirror device, each of the M spatial patterns in synchronization with a corresponding pulse from the laser, and, for each of the M spatial patterns, to store sampled signal values from the output of the detector at each of K times following the corresponding pulse from the laser, characterised in that the control system includes a processing system (108, 118) configured to reconstruct K images of the at least one object each using all M spatial patterns and stored sampled signal values corresponding to a respective one of the K times, wherein the processing system is configured to search the K images for an object of interest among objects including the at least one object.