mhurhangee/ep-ind-claims huggingface dataset:
A spectacle lens manufacturing information management system comprising a spectacle lens manufacturing information management device for a spectacle lens fitted into a frame even if framing is performed at either one of a request side and a manufacturing side, wherein a relationship between a frame type and a framing content performed at either one of a plurality of client sides that request a manufacture of a spectacle lens and a manufacturing side of a spectacle lens, is converted to a matrix, the matrix comprising a size correction value corresponding to each framing content, each frame type and for each of the client side or the manufacturing side performing the framing, wherein the framing content is a framing process describing an action performed during framing, the device comprising: an edging information acquisition part configured to acquire edging information calculated based on client side information for manufacturing a spectacle lens, including spectacle lens information, prescription value information, frame information such as information regarding a frame type, and tracer information such as information regarding a tracer type used for measuring a frame shape, spectacle lens manufacturing side information such as edger information, and a size correction value selected from the matrix corresponding to the framing content, the frame type and the client side or the manufacturing side performing the framing, which is the size correction value for a scheduled edging shape of a lens to be edged, as a numerical value in the matrix; the system further comprising: an intermediary side transmission part configured to transmit the edging information acquired by the edging information acquisition part to a manufacturing side. an edging information acquisition part configured to acquire edging information calculated based on client side information for manufacturing a spectacle lens, including spectacle lens information, prescription value information, frame information such as information regarding a frame type, and tracer information such as information regarding a tracer type used for measuring a frame shape, spectacle lens manufacturing side information such as edger information, and a size correction value selected from the matrix corresponding to the framing content, the frame type and the client side or the manufacturing side performing the framing, which is the size correction value for a scheduled edging shape of a lens to be edged, as a numerical value in the matrix; the system further comprising: an intermediary side transmission part configured to transmit the edging information acquired by the edging information acquisition part to a manufacturing side.
A brush holder assembly comprising a brush holder mounted to a stationary member, a brush slidably disposed in the brush holder, an electrical lead having a first end secured to the brush and a second end, a nugget (40, 140) at the second end of the electrical lead, and a receptacle (60, 160, 460) for removably receiving the second end of the electrical lead and the nugget (40, 140) therein, wherein an electrical current pathway is provided from the brush through the electrical lead to the nugget (40, 140), and from a surface (44, 144) of the nugget (40, 140) to a surface (61, 161) of the receptacle (60, 160, 460), characterized in that the brush holder further comprises a resilient clip (80, 180) removaby coupled to the second end of the electrical lead, and in that the second end of the electrical lead along with the resilient clip (80, 180) is removable from the receptable (60, 160, 460) as an assembly; the receptacle (60, 160, 460) having a cavity (62, 162, 262, 362, 462) for removably receiving the nugget (40, 140) and the resilient clip (80, 180) therein, wherein the resilient clip (80, 180) is removably coupled to the nugget (40, 140) and urges the surface (44, 144) of the nugget (40, 140) into direct contact with the surface (61, 161) of the receptacle (60, 160, 460) partially defining the cavity (62, 162, 262, 363, 462); wherein when inserted into the cavity (62, 162, 262, 362, 462), the resilient clip (80, 180) is elastically deformed and loaded into compression to retain the resilient clip (80, 180) and the nugget (40, 140) in the cavity and the nugget (40, 140) in electrical contact with the surface (61, 161) of the receptacle (60, 160, 460) to allow an electrical current to pass therebetween.
Method for cladding a wall with stone strips, comprising the following steps: - applying a reinforcement mesh against the wall; - applying a layer of plaster over the reinforcement mesh; characterised in that the method further comprises the following steps: - providing an impression mould with parallel grooves at a relative distance from each other which is slightly greater than the width of the base of the stone strips to be applied, said base being intended to be applied against the wall; - pressing the impression mould into the still wet plaster, such that the wet plaster penetrates into the grooves of the impression mould to form parallel ribs; - removing the impression mould after full or partial curing of the plaster, such that a plaster structure with parallel ribs remains against the wall; - applying an adhesive mortar directly between the ribs and/or to the base of the stone strips; - pressing the stone strips into the still wet adhesive mortar between the ribs, whereby the superfluous adhesive mortar can escape through the gap between the stone strip and the ribs; - optional pointing of the gaps between the stone strips with jointing mortar. - applying a reinforcement mesh against the wall; - applying a layer of plaster over the reinforcement mesh; - providing an impression mould with parallel grooves at a relative distance from each other which is slightly greater than the width of the base of the stone strips to be applied, said base being intended to be applied against the wall; - pressing the impression mould into the still wet plaster, such that the wet plaster penetrates into the grooves of the impression mould to form parallel ribs; - removing the impression mould after full or partial curing of the plaster, such that a plaster structure with parallel ribs remains against the wall; - applying an adhesive mortar directly between the ribs and/or to the base of the stone strips; - pressing the stone strips into the still wet adhesive mortar between the ribs, whereby the superfluous adhesive mortar can escape through the gap between the stone strip and the ribs; - optional pointing of the gaps between the stone strips with jointing mortar.
A resin composition, comprising: 100 parts by weight of polyalkylene carbonate including a repetitive unit represented by Formula 1 below; 0.5 to 50 parts by weight of polylactide including a repetitive unit represented by formula 2 below; and 0.5 to 35 parts by weight of polymethylmethacrylate, wherein the resin composition has a haze value of 40% or less, which was measured using its specimen having a thickness of 0.17 to 0.19 mm according to ASTM D 1003; wherein R 1 to R 4 are hydrogen,, and m is an integer of 10 to 1000, wherein n is an integer of 10 to 1000. 100 parts by weight of polyalkylene carbonate including a repetitive unit represented by Formula 1 below; 0.5 to 50 parts by weight of polylactide including a repetitive unit represented by formula 2 below; and 0.5 to 35 parts by weight of polymethylmethacrylate, wherein the resin composition has a haze value of 40% or less, which was measured using its specimen having a thickness of 0.17 to 0.19 mm according to ASTM D 1003; wherein R 1 to R 4 are hydrogen,, and m is an integer of 10 to 1000, wherein n is an integer of 10 to 1000.
A non-therapeutic application of ruthenium-nucleic acid complexes, wherein the ruthenium complex has one of the following general formula: or wherein: L is an auxiliary ligand having a structural formula of: R 1 is independently selected from H, hydroxyl, trimethylsilyl, C 1 -C 6 alkyl or substituted C 1 -C 6 alkyl, phenyl or substituted phenyl, pyridyl or substituted pyridyl, furyl or substituted furyl, pyrryl or substituted pyrryl, thiazolyl or substituted thiazolyl; wherein the position of R 1 substituted ethynyl may be ortho-position, meta-position or para-position on the benzene ring; the number of substituted ethynyl is 1, 2 or more; R 2 is independently selected from H, methyl, methoxyl, nitro and halogen; Y is an ion or acidic radical ion which makes the whole ruthenium complex be electrically neutral, n is the number of ions or acidic radical ions which makes the whole ruthenium complex be electrically neutral; and the length of the nucleic acid sequence is at least 4 bp, and wherein the nucleic acid is selected from c-myc promoter region DNA, C-kit promoter region DNA, bcl-2 promoter region DNA, miR-21, DNA of AS1411, siRNA, microRNA, aptamer and mRNA; wherein the nucleic acid is a fluorophore-labeled nucleic acid; wherein the ruthenium complexes are employed as nucleic acid vectors, and wherein nucleic acid sequences are delivered into cells for fluorescent tracking. L is an auxiliary ligand having a structural formula of: R 1 is independently selected from H, hydroxyl, trimethylsilyl, C 1 -C 6 alkyl or substituted C 1 -C 6 alkyl, phenyl or substituted phenyl, pyridyl or substituted pyridyl, furyl or substituted furyl, pyrryl or substituted pyrryl, thiazolyl or substituted thiazolyl; wherein the position of R 1 substituted ethynyl may be ortho-position, meta-position or para-position on the benzene ring; the number of substituted ethynyl is 1, 2 or more; R 2 is independently selected from H, methyl, methoxyl, nitro and halogen; Y is an ion or acidic radical ion which makes the whole ruthenium complex be electrically neutral, n is the number of ions or acidic radical ions which makes the whole ruthenium complex be electrically neutral; and the length of the nucleic acid sequence is at least 4 bp, and wherein the nucleic acid is selected from c-myc promoter region DNA, C-kit promoter region DNA, bcl-2 promoter region DNA, miR-21, DNA of AS1411, siRNA, microRNA, aptamer and mRNA; wherein the nucleic acid is a fluorophore-labeled nucleic acid; wherein the ruthenium complexes are employed as nucleic acid vectors, and wherein nucleic acid sequences are delivered into cells for fluorescent tracking.
A computer-implemented method for managing device sensory information, comprising: under control of a computer system configured with executable instructions, monitoring, by a first sensor of a device, motion associated with a user, the motion occurring external to and independent of contact with a screen of the device; receiving, from the first sensor, information indicative of the motion when the motion associated with a user external to and independent of contact with the screen of the device is identified; determining one or more potential actions by the user based at least in part on the identified motion; performing instructions associated with at least a subset of the one or more potential actions prior to receiving a request from the user; activating a second sensor based at least in part on the motion identified by the first sensor; receiving the request from the second sensor; and providing information corresponding to the performed instruction based at least in part on the request received from the user.
A pharmaceutical composition for use in a method of preventing or treating stress disorder comprising an ethanol extract of Hibiscus syriacus as an effective ingredient.
An application device for applying a dispensable material, the application device having a closed state and an open state and comprising: - an elastic part made of an elastic material and having a through channel being configured for engaging a cavity of a receptacle; - a holder comprising a support for receiving a dispensing means fluidly connected with said through channel; and - a pinch seal sealing said through channel when being in said closed state; - a removable cap that is supported on a peripheral portion of the holder when being in the closed position; and - a collar that is fitted onto an end portion of said receptacle; wherein - said cap, when being in the closed state, compresses said peripheral portion of said holder at least partially, thereby effecting said pinch seal; - said pinch seal of said through channel is released, when said cap is removed, thereby allowing delivery of liquid from said cavity through said through channel to said dispensing means; characterized in that - said cap comprises an end portion that at least partially fits into said collar. - an elastic part made of an elastic material and having a through channel being configured for engaging a cavity of a receptacle; - a holder comprising a support for receiving a dispensing means fluidly connected with said through channel; and - a pinch seal sealing said through channel when being in said closed state; - a removable cap that is supported on a peripheral portion of the holder when being in the closed position; and - a collar that is fitted onto an end portion of said receptacle; wherein - said cap, when being in the closed state, compresses said peripheral portion of said holder at least partially, thereby effecting said pinch seal; - said pinch seal of said through channel is released, when said cap is removed, thereby allowing delivery of liquid from said cavity through said through channel to said dispensing means; - said cap comprises an end portion that at least partially fits into said collar.
A fluid-leakage detector for detecting vibration-sounds caused by fluid leakage from a pipeline, comprising a base, a piezoelectric element supported by the base and configured to convert vibration-sounds to an electric signal, a pair of upper and lower thin-film electrodes (22, 23) formed respectively, on upper and lower surfaces of the piezoelectric element and wherein only a portion of the piezoelectric element is supported by the base, and wherein the piezoelectric element is made of a polymeric piezoelectric material, characterized in that a weight member is loaded on the upper thin-film electrode against a portion of the piezoelectric element which is not supported by the base.
An ironless core laminated sheet winding, comprising: a first motor component comprising a first plurality of stacked sheets of conductive material, the first plurality of stacked sheets electrically connected in series to create a first sheet winding; and a second motor component comprising a second plurality of stacked sheets of conductive material, the second plurality of stacked sheets electrically connected in series to create a second sheet winding, wherein the first motor component comprises a plurality of first conductors and a plurality of first apertures positioned between the plurality of first conductors, wherein the second motor component comprises a plurality of second conductors and a plurality of second apertures positioned between the plurality of second conductors, and wherein the first motor component and the second motor component are configured such that the first conductors are positioned within the second apertures and the second conductors are positioned within the first apertures and electrically terminated such that the first motor component and the second motor component are configured as alternating poles. a first motor component comprising a first plurality of stacked sheets of conductive material, the first plurality of stacked sheets electrically connected in series to create a first sheet winding; and a second motor component comprising a second plurality of stacked sheets of conductive material, the second plurality of stacked sheets electrically connected in series to create a second sheet winding, wherein the first motor component comprises a plurality of first conductors and a plurality of first apertures positioned between the plurality of first conductors, wherein the second motor component comprises a plurality of second conductors and a plurality of second apertures positioned between the plurality of second conductors, and wherein the first motor component and the second motor component are configured such that the first conductors are positioned within the second apertures and the second conductors are positioned within the first apertures and electrically terminated such that the first motor component and the second motor component are configured as alternating poles.
An equipment for stacking sheets comprising a stack support for sheets in vertical stacking, input rollers for introducing and feeding sheets along a given direction, a plurality of elongated transport belts with lower branches arranged above the stack support and a compensation mechanism for modifying the height of the stack support with respect to a reference surface and wherein the transport belts are motorized for shifting entering sheets with the lower branches and depositing the sheets on the stack support or on stacked sheets, said equipment further comprises an arrest member for the entering sheets, a pressing member for a forming stack, a sensing device for the height of a last sheet of the stack and an electronic control unit, wherein the arrest member is designated for arresting and aligning sheets in stacking against a stack alignment surface; the pressing member is contiguous to the arrest member and operates on the last sheet of the stack on a pressing area adjacent to a leading edge of said last sheet of the stack with stabilization function; the pressing member comprises a pressing cross member having a lower surface of contrast for the stack, said cross member operates on the pressing area of the last sheet of the stack with its lower surface and wherein the compensation mechanism is servoized to the sensing device, on control by the electronic unit, for maintaining constant the height of the last sheet of the stack from the reference surface, the said equipment being characterized in that the lower surface of the pressing cross member defines longitudinal notches of guide for the transport belts and wherein the lower surface of said cross member further operates on the pressing area of the last sheet of the stack through sections of the said belts guided by the longitudinal notches. the arrest member is designated for arresting and aligning sheets in stacking against a stack alignment surface; the pressing member is contiguous to the arrest member and operates on the last sheet of the stack on a pressing area adjacent to a leading edge of said last sheet of the stack with stabilization function; the pressing member comprises a pressing cross member having a lower surface of contrast for the stack, said cross member operates on the pressing area of the last sheet of the stack with its lower surface and wherein the compensation mechanism is servoized to the sensing device, on control by the electronic unit, for maintaining constant the height of the last sheet of the stack from the reference surface, the said equipment being characterized in that the lower surface of the pressing cross member defines longitudinal notches of guide for the transport belts and wherein the lower surface of said cross member further operates on the pressing area of the last sheet of the stack through sections of the said belts guided by the longitudinal notches.
A closure device (1;101) for dispensing a product from a product container, said closure device comprising: - a base (2;102) having a body with a connector portion (2a;102a) adapted to mount the closure device on a product container, said base comprising: - a product channel (5;105) in the body of base, - a rupturable seal (4; 104) occluding the product channel and forming a lower seal of the closure device, - an upper sealing arrangement (30;130) forming an upper seal of the closure device that is remote from the lower seal, - a lower seal rupturing member (40;140), which is movable in a rupturing motion relative to the base to rupture the rupturable lower seal (4; 104), - a protective overcap (10;110) that is removable by the user, wherein the upper sealing arrangement (30; 130) is in closed condition prior to first time removal of the overcap (10;110), wherein the overcap (10;110) is connected to the base (2;102), and wherein the upper sealing arrangement (30;130) is adapted to remain in closed condition during the process of removal of the overcap, characterized in that the closure device further comprises a rotary part (20;120), that is rotatably journalled on the base (2; 102), wherein the rotary part (20;120) has a product passage (21;121) in communication with the product channel in the base, and in that the upper sealing arrangement (30;130) is arranged on the rotary part (20;120) and seals the product passage of the rotary part (20; 120), and in that the overcap (10; 110) is adapted to be rotated by the user with respect to the base in order to remove the overcap from the base, wherein the overcap (10;110) engages on the rotary part (20;120) so as to cause rotary motion of the rotary part upon rotatory removal of the overcap, and wherein the closure device further comprises motion transfer means (27,42,3b,41; 150, 151, 161,162) adapted so as to effect the rupturing motion of the lower seal rupturing member (40;140) upon rotary actuation of the rotary part (20;120) caused by said rotatory removal of the overcap, so that the lower seal rupturing member (40;140) effects the rupturing motion to rupture the rupturable lower seal (4;104) and thereby open the product channel (5;105) by user removal of said overcap. - a base (2;102) having a body with a connector portion (2a;102a) adapted to mount the closure device on a product container, said base comprising: - a product channel (5;105) in the body of base, - a rupturable seal (4; 104) occluding the product channel and forming a lower seal of the closure device, - a product channel (5;105) in the body of base, - a rupturable seal (4; 104) occluding the product channel and forming a lower seal of the closure device, - an upper sealing arrangement (30;130) forming an upper seal of the closure device that is remote from the lower seal, - a lower seal rupturing member (40;140), which is movable in a rupturing motion relative to the base to rupture the rupturable lower seal (4; 104), - a protective overcap (10;110) that is removable by the user,