mhurhangee/ep-ind-claims huggingface dataset:
An optimized method of three-dimensional printing, the method comprising: A) generating three-dimensional CAD model; B) separating the three-dimensional CAD model into a series of layers; C) printing the separate layers by the method that sprays the given composite material through a nozzle; D) the bottom layer is printed through the nozzle on the work platform; E) the layers except the bottom layer are printed after finish the printing of the bottom layer to form the three-dimensional composite model; the method generates the data of the printing of bottom layer depending on the concave-convex points on the work platform in procedure B), the method is characterized as having the path of printing the bottom layer making a detour around or skipping the concave-convex points present on the work platform on the basis of the data of printing the bottom layer so that the shape of the printing path varies according to the different work platform. A) generating three-dimensional CAD model; B) separating the three-dimensional CAD model into a series of layers; C) printing the separate layers by the method that sprays the given composite material through a nozzle; D) the bottom layer is printed through the nozzle on the work platform; E) the layers except the bottom layer are printed after finish the printing of the bottom layer to form the three-dimensional composite model;
A method for producing a wear layer on a substrate comprising: applying a radiation curable composition comprising an acrylate component to a surface of a substrate; and irradiating the substrate to which said composition has been applied with a source of radiation having a wavelength from 100-280 nm, thereby forming a wear layer on the substrate; wherein the substrate to which the radiation curable composition has been applied is irradiated for a time and intensity sufficient to provide a total energy density of from 0.1 J/cm 2 to 0.4 J/cm 2. applying a radiation curable composition comprising an acrylate component to a surface of a substrate; and irradiating the substrate to which said composition has been applied with a source of radiation having a wavelength from 100-280 nm, thereby forming a wear layer on the substrate; wherein the substrate to which the radiation curable composition has been applied is irradiated for a time and intensity sufficient to provide a total energy density of from 0.1 J/cm 2 to 0.4 J/cm 2.
A commodity sales processing apparatus, comprising: a placement portion where a commodity is placed; an antenna configured to receive a signal from an RFID tag included in the commodity placed in the placement portion; a reading component configured to read information of the RFID tag based on the signal received via the antenna; a notification component configured to issue a notification indicating that the commodity is placed in the placement portion; and a control component configured to drive the notification component after settlement processing, wherein the notification component includes a light emitting component configured to switch between a light emitting state and a non-light emitting state, wherein the placement portion is an accommodation chamber provided inside an outer shell, the light emitting component is provided on an upper surface of the outer shell, and an upper wall of the outer shell includes a transparent portion that allows the accommodation chamber to be visible from the outside, wherein the placement portion is configured to accommodate a shopping basket. a placement portion where a commodity is placed; an antenna configured to receive a signal from an RFID tag included in the commodity placed in the placement portion; a reading component configured to read information of the RFID tag based on the signal received via the antenna; a notification component configured to issue a notification indicating that the commodity is placed in the placement portion; and a control component configured to drive the notification component after settlement processing, wherein the notification component includes a light emitting component configured to switch between a light emitting state and a non-light emitting state, wherein the placement portion is an accommodation chamber provided inside an outer shell, the light emitting component is provided on an upper surface of the outer shell, and an upper wall of the outer shell includes a transparent portion that allows the accommodation chamber to be visible from the outside, wherein the placement portion is configured to accommodate a shopping basket.
A method for controlling transmit power of a radio transmitter associated with a transmitting node (12, 14) communicating with a receiving node (12, 14), comprising transmitting a signal from the transmitting node to the receiving node at a transmission power level controlled by a power control loop, comprising steps of: determining a propagation delay time associated with communication between the transmitting node and the receiving node, and characterized by: determining an adjustment value based on the propagation delay time, reducing a response time of the power control loop by adjusting the transmission power level using the adjustment value. determining a propagation delay time associated with communication between the transmitting node and the receiving node, and characterized by: determining an adjustment value based on the propagation delay time, reducing a response time of the power control loop by adjusting the transmission power level using the adjustment value. determining an adjustment value based on the propagation delay time, reducing a response time of the power control loop by adjusting the transmission power level using the adjustment value.
An information processing system (1, 2) comprising: an acquisition unit that is configured to acquire first position information of a device (100, 200) existing in a real space, the first position information regarding the real space; a trajectory generation unit that is configured to generate a movement trajectory (Tv) of a viewpoint set in a virtual space on a basis of the first position information, the movement trajectory (Tv) regarding the virtual space; a first modification unit that is configured to modify second position information of the viewpoint in the virtual space, the second position information regarding the virtual space; and a correction unit that is configured to correct the movement trajectory (Tv) on a basis of the modification of the second position information, the system being characterised in that it further comprises: a trajectory storage unit that is configured to store second position information of the viewpoint in the virtual space along a time series to hold the movement trajectory (Tv), wherein the correction unit is configured to correct the movement trajectory (Tv) held in the trajectory storage unit. an acquisition unit that is configured to acquire first position information of a device (100, 200) existing in a real space, the first position information regarding the real space; a trajectory generation unit that is configured to generate a movement trajectory (Tv) of a viewpoint set in a virtual space on a basis of the first position information, the movement trajectory (Tv) regarding the virtual space; a first modification unit that is configured to modify second position information of the viewpoint in the virtual space, the second position information regarding the virtual space; and a correction unit that is configured to correct the movement trajectory (Tv) on a basis of the modification of the second position information, the system being characterised in that it further comprises: a trajectory storage unit that is configured to store second position information of the viewpoint in the virtual space along a time series to hold the movement trajectory (Tv), wherein the correction unit is configured to correct the movement trajectory (Tv) held in the trajectory storage unit. a trajectory storage unit that is configured to store second position information of the viewpoint in the virtual space along a time series to hold the movement trajectory (Tv), wherein the correction unit is configured to correct the movement trajectory (Tv) held in the trajectory storage unit.
Apparatus for fabricating a turbine nozzle including at least two turbine nozzle singlets, each turbine nozzle singlet including an outer band, an inner band, and a vane extending therebetween, each vane including a first sidewall and a second sidewall coupled together at a leading edge and a trailing edge, said apparatus comprises: a fixture; at least two support members extending from said fixture, each said support member comprising a first abutment surface and a second abutment surface, a first of said at least two support members for contacting at least one of the trailing edge and the leading edge of a first of the turbine nozzle vanes; at least two locating features (142, 170, 172) extending from said fixture, a first of said locating features for contacting one of the first sidewall and the second sidewall of the first turbine nozzle vane; and at least two biasing members coupled to said fixture, a first of said biasing members for biasing the first turbine nozzle vane against said first locating feature; characterized in that: wherein said support members and said locating features are configured to substantially align the inner and outer bands and of adjacent turbine nozzle singlets within said fixture such that a gap is defined between the inner bands and the outer bands of adjacent singlets. a fixture; at least two support members extending from said fixture, each said support member comprising a first abutment surface and a second abutment surface, a first of said at least two support members for contacting at least one of the trailing edge and the leading edge of a first of the turbine nozzle vanes; at least two locating features (142, 170, 172) extending from said fixture, a first of said locating features for contacting one of the first sidewall and the second sidewall of the first turbine nozzle vane; and at least two biasing members coupled to said fixture, a first of said biasing members for biasing the first turbine nozzle vane against said first locating feature; characterized in that: wherein said support members and said locating features are configured to substantially align the inner and outer bands and of adjacent turbine nozzle singlets within said fixture such that a gap is defined between the inner bands and the outer bands of adjacent singlets. wherein said support members and said locating features are configured to substantially align the inner and outer bands and of adjacent turbine nozzle singlets within said fixture such that a gap is defined between the inner bands and the outer bands of adjacent singlets.
Natural-based, eye make-up cosmetic composition comprising graphene, said composition being free from synthetic polymers represented by: acrylic polymers or copolymers, polyolefins, polyvinyls, polyuretanes, polyamides, polyimides, polyethers, polyesters, fluoropolymers, polyethers, polyacetates, polycarbonates, epoxides, aldehyde resines, polysiloxanes, polyquaterniums, wherein said graphene is present in a weight percentage comprised between 5% and 15% on the weight of the composition
Treatment device for cleaning and sterilizing small objects for pharmaceutical purposes, with a motor-pivotable holder, a treatment and/or transport container mountable on the holder and used for treating and/or transporting the objects, which treatment and/or transport container has a filling and emptying opening for the objects, that points upwards in a filling position of the container and downwards in an emptying position of the container, and, outside of the filling and emptying opening, a rapid transfer port with a closure lid, characterized in that a docking, opening and closing mechanism, pivotable together with the holder, is mounted on the holder, with which mechanism the closure lid can be opened and closed after the docking on the rapid transfer port, wherein the docking, opening and closing mechanism has an engagement tool and a first and a second tool drive (80, 82) for driving and turning the engagement tool, and it moreover has a medium connection, wherein the engagement tool can be brought into engagement with the closure lid in order to open the closure lid by turning and lifting it, and wherein the medium connection serves to deliver treatment medium into the container and/or to remove treatment medium from the container through the opened rapid transfer port.
Shoe, in particular sports shoe, having a shoe upper and a sole part connected to the shoe upper, wherein the sole part comprises a sole body having a bottom region and a side wall region, wherein the bottom region and the wall region form a receiving chamber which is open at the top, wherein the receiving chamber is filled with a bulk material, wherein the bulk material consists at least partially, preferably completely, of a thermoplastic elastomer, wherein the filled receiving chamber is sealed by a closure body, and wherein the closure body is a knitted fabric that forms a lattice structure, characterized in that the lattice structure of the closure body has a mesh width (w 1, w 2) of at least 0.75 mm and at most 2.0 mm, wherein bodies of spherical or ellipsoidal shape are used as bulk material, wherein the dimensions of the bodies of the bulk material in the three spatial directions are between 3 mm and 6 mm, wherein the closure body is provided with a reinforcing layer in its edge region, wherein the reinforcing layer runs around the entire circumferential area of the closure body, and wherein a reinforcing plate with spring-elastic properties is arranged in the bottom region of the sole body to support the running movement.
Pigmented aqueous basecoat material comprising a reaction product which is preparable by reaction of (a) at least one aliphatic linear polyester having two terminal functional groups (a.1) with (b) at least one diene polymer having two terminal functional groups (b.1), where at least one kind of groups (a.1) is subjected to a linking reaction with at least one kind of groups (b.1), the components (a) and (b) are used in the reaction in a molar ratio of 2.3/0.7 to 1.7/1.6, and the resulting reaction product has a number-average molecular weight of 1000 to 15 000 g/mol, determined as specified in the description. (a) at least one aliphatic linear polyester having two terminal functional groups (a.1) with (b) at least one diene polymer having two terminal functional groups (b.1),
A projection light source device comprising: a light source; a collimating lens that substantially collimates light emitted from the light source; an intermediate diffusion plate that diffuses the emitted light of the collimating lens; and an emission surface diffusion plate that has a weaker diffusibility than the intermediate diffusion plate and diffuses the emitted light of the intermediate diffusion plate, characterized in that the intermediate diffusion plate has a structure in which a concave shape and a convex shape are arranged so as to be smoothly connected to each other, wherein the intermediate diffusion plate includes a first diffusion plate of a cross-section extruded shape formed in a convex shape and a concave shape, and a second diffusion plate of a cross-section extruded shape formed in a convex shape and a concave shape, and the first diffusion plate and the second diffusion plate are disposed close to each other so that a groove direction of the convex shape and the concave shape of the first diffusion plate and a groove direction of the convex shape and the concave shape of the second diffusion plate are orthogonal to each other, a surface where the extruded shape of the first diffusion plate is formed and a surface where the extruded shape of the second diffusion plate is formed are disposed on a side of the light source, wherein the light source is a laser light source. a light source; a collimating lens that substantially collimates light emitted from the light source; an intermediate diffusion plate that diffuses the emitted light of the collimating lens; and an emission surface diffusion plate that has a weaker diffusibility than the intermediate diffusion plate and diffuses the emitted light of the intermediate diffusion plate, characterized in that the intermediate diffusion plate has a structure in which a concave shape and a convex shape are arranged so as to be smoothly connected to each other, wherein the intermediate diffusion plate includes a first diffusion plate of a cross-section extruded shape formed in a convex shape and a concave shape, and a second diffusion plate of a cross-section extruded shape formed in a convex shape and a concave shape, and a first diffusion plate of a cross-section extruded shape formed in a convex shape and a concave shape, and a second diffusion plate of a cross-section extruded shape formed in a convex shape and a concave shape, and the first diffusion plate and the second diffusion plate are disposed close to each other so that a groove direction of the convex shape and the concave shape of the first diffusion plate and a groove direction of the convex shape and the concave shape of the second diffusion plate are orthogonal to each other, a surface where the extruded shape of the first diffusion plate is formed and a surface where the extruded shape of the second diffusion plate is formed are disposed on a side of the light source, wherein the light source is a laser light source.
A recombinant polynucleotide comprising from 5' to 3': a first nucleic acid sequence encoding an amino acid sequence to be displayed on a surface; a first restriction site selected from the group consisting of XbaI, NcoI, SalI and XhoI sites, wherein preferably the first restriction site is XbaI site; a second nucleic acid sequence encoding a surface peptide capable of being displayed on said surface; and a second restriction site selected from the group consisting of XbaI, NcoI, SalI and XhoI sites, wherein preferably the second restriction site is XbaI site; wherein the first nucleic acid sequence is engineered in-frame with the second nucleic acid sequence; wherein the first and second restriction site, when cleaved by corresponding restriction endonuclease thereto, produce compatible sticky ends. a first nucleic acid sequence encoding an amino acid sequence to be displayed on a surface; a first restriction site selected from the group consisting of XbaI, NcoI, SalI and XhoI sites, wherein preferably the first restriction site is XbaI site; a second nucleic acid sequence encoding a surface peptide capable of being displayed on said surface; and a second restriction site selected from the group consisting of XbaI, NcoI, SalI and XhoI sites, wherein preferably the second restriction site is XbaI site; wherein the first nucleic acid sequence is engineered in-frame with the second nucleic acid sequence; wherein the first and second restriction site, when cleaved by corresponding restriction endonuclease thereto, produce compatible sticky ends.
An ultrasonic flaw detection method for detecting, in a UOE steel pipe having a base and a weld bead formed in the axial direction of the pipe, a toe crack extending inside the base from a toe of the weld bead inside the pipe, comprising the steps of: preparing a first probe that outputs a first transverse ultrasonic beam having a refraction angle of at least 40° and less than 55° when the ultrasonic beam enters from outside the UOE steel pipe; providing said first probe on the outer surface of said UOE steel pipe so that the propagation direction of said first transverse ultrasonic beam in said UOE steel pipe is approximately perpendicular to the lengthwise direction of said weld bead and said first transverse ultrasonic beam is propagated to a toe having a shorter distance to said first probe among both toes (2L, 2R) of the weld bead at the inner surface of said UOE steel pipe; outputting said first transverse ultrasonic beam from said provided first probe and subjecting said UOE steel pipe to flaw detection; and determining the presence/absence of the toe crack based on the result of flaw detection. preparing a first probe that outputs a first transverse ultrasonic beam having a refraction angle of at least 40° and less than 55° when the ultrasonic beam enters from outside the UOE steel pipe; providing said first probe on the outer surface of said UOE steel pipe so that the propagation direction of said first transverse ultrasonic beam in said UOE steel pipe is approximately perpendicular to the lengthwise direction of said weld bead and said first transverse ultrasonic beam is propagated to a toe having a shorter distance to said first probe among both toes (2L, 2R) of the weld bead at the inner surface of said UOE steel pipe; outputting said first transverse ultrasonic beam from said provided first probe and subjecting said UOE steel pipe to flaw detection; and determining the presence/absence of the toe crack based on the result of flaw detection.
A suspended ceiling grid system comprising: a first cross tee; a main runner, the cross tee and the main runner both having a generally inverted T-shaped configuration with a vertical web interposed between opposed flanges and a strengthening bulb, the first cross tee including a connector on at least one end thereof extending from the vertical web and the vertical web of the main runner including at least one generally vertical slot receiving the connector of the first cross tee therethrough; and the first cross tee being unopposed by a second cross tee extending from the main runner; characterized by a clip securing the first cross tee to the main runner, the clip comprising a first leg extending through the slot in the web of the main runner so as to lie alongside the web of the first cross tee, the connector of the first cross tee extending through the slot in a direction opposite to that of the first leg, a second leg extending generally perpendicularly from the first leg so as to lie along a first side of the web of the main runner, and a third leg extending generally perpendicularly from the second leg and generally parallel to the first leg, the third leg extending through an aperture in the web of the main runner and then be bent relative to the second leg so as to lie along a second side of the web of the main runner on a side opposite to that of the second leg, at least one of the first leg and the second leg having one or more apertures (36, 38, 40, 44) for facilitating securement of the first leg to the cross tee and the second leg to the main runner. a first cross tee; a main runner, the cross tee and the main runner both having a generally inverted T-shaped configuration with a vertical web interposed between opposed flanges and a strengthening bulb, the first cross tee including a connector on at least one end thereof extending from the vertical web and the vertical web of the main runner including at least one generally vertical slot receiving the connector of the first cross tee therethrough; and the first cross tee being unopposed by a second cross tee extending from the main runner; characterized by a clip securing the first cross tee to the main runner, the clip comprising a first leg extending through the slot in the web of the main runner so as to lie alongside the web of the first cross tee, the connector of the first cross tee extending through the slot in a direction opposite to that of the first leg, a second leg extending generally perpendicularly from the first leg so as to lie along a first side of the web of the main runner, and a third leg extending generally perpendicularly from the second leg and generally parallel to the first leg, the third leg extending through an aperture in the web of the main runner and then be bent relative to the second leg so as to lie along a second side of the web of the main runner on a side opposite to that of the second leg, at least one of the first leg and the second leg having one or more apertures (36, 38, 40, 44) for facilitating securement of the first leg to the cross tee and the second leg to the main runner.