mhurhangee/ep-ind-claims huggingface dataset:
A gene expression control device comprising, linked in 5' to 3' orientation, the following: a chloramphenicol resistance gene, linked in 5' to 3' orientation to a theophylline-specific aptamer fragment which is 70 to 170 nucleotides in length; the 3' end of the theophylline-specific aptamer fragment linked to a 5' end of a linker and a 5-nucleotides random sequence; a lacl gene preceded by its native ribosome binding site; and a native lacl-lacZ intergenic region containing four lac promoters and two Lacl binding sites (Laclbs), wherein when the control device is inserted into the genome of E. coli MG 1655 upstream from a translation start site of a target gene, a transcription rate of the target gene is controlled by theophylline binding to the aptamer fragment, characterized in that the 5-nucleotides random sequence is TGTAT (UGUAU) in a 5' to 3' orientation. a chloramphenicol resistance gene, linked in 5' to 3' orientation to a theophylline-specific aptamer fragment which is 70 to 170 nucleotides in length; the 3' end of the theophylline-specific aptamer fragment linked to a 5' end of a linker and a 5-nucleotides random sequence; a lacl gene preceded by its native ribosome binding site; and a native lacl-lacZ intergenic region containing four lac promoters and two Lacl binding sites (Laclbs), wherein when the control device is inserted into the genome of E. coli MG 1655 upstream from a translation start site of a target gene, a transcription rate of the target gene is controlled by theophylline binding to the aptamer fragment, characterized in that the 5-nucleotides random sequence is TGTAT (UGUAU) in a 5' to 3' orientation.
A fuse comprising: an electrically insulating, tubular fuse body; electrically conductive first and second endcaps (18, 20) disposed over opposing ends of the fuse body; a fusible element extending through the fuse body and connecting the first endcap to the second endcap, the fusible element having a central portion adapted to melt and separate upon an overcurrent condition in the fuse; and first and second arc barriers (30a, 30b) disposed on the fusible element on opposing sides of the central portion, characterised by the first and second arc barriers formed of a silicone composition that includes an arc quenching filler suspended in a silicone resin, and in that the first and second arc barriers extend radially from the fusible element to an interior surface of the fuse body. an electrically insulating, tubular fuse body; electrically conductive first and second endcaps (18, 20) disposed over opposing ends of the fuse body; a fusible element extending through the fuse body and connecting the first endcap to the second endcap, the fusible element having a central portion adapted to melt and separate upon an overcurrent condition in the fuse; and first and second arc barriers (30a, 30b) disposed on the fusible element on opposing sides of the central portion, characterised by the first and second arc barriers formed of a silicone composition that includes an arc quenching filler suspended in a silicone resin, and in that the first and second arc barriers extend radially from the fusible element to an interior surface of the fuse body.
A sensor comprising a first shear-mode piezoelectric transducer and a second shear-mode piezoelectric transducer, wherein: each respective one of the first shear-mode piezoelectric transducer and the second shear-mode piezoelectric transducer comprises a respective bottom surface and a respective top surface; the respective top surfaces are rigidly connected to each other; the respective bottom surfaces are configured to be attached to an object to be measured; characterized in that each respective one of the first shear-mode piezoelectric transducer and the second shear-mode piezoelectric transducer comprises a respective stack of at least two shear-mode piezoelectric subtransducers arranged between the respective top surface and the respective bottom surface; and in each respective stack, adjacent ones of the subtransducers have opposite polarization. each respective one of the first shear-mode piezoelectric transducer and the second shear-mode piezoelectric transducer comprises a respective bottom surface and a respective top surface; the respective top surfaces are rigidly connected to each other; the respective bottom surfaces are configured to be attached to an object to be measured; characterized in that each respective one of the first shear-mode piezoelectric transducer and the second shear-mode piezoelectric transducer comprises a respective stack of at least two shear-mode piezoelectric subtransducers arranged between the respective top surface and the respective bottom surface; and in each respective stack, adjacent ones of the subtransducers have opposite polarization.
An energy-saving wind box for cooling a glass sheet, wherein the energy-saving wind box comprises: a wind box body, wherein an outer surface of the wind box body has a plurality of air outlets, the air outlets are horizontally arranged in an upper row and a lower row, the air outlets in an upper row are arranged respectively opposite to the air outlets in the lower row, and each of the air outlets has a wind hole; a plurality of slot plates, wherein the slot plates are respectively disposed in the wind holes; and characterized in that it further comprises a plurality of driving components, wherein each of the driving components is connected to the corresponding slot plate in the upper row and the corresponding slot plate in the lower row which is arranged opposite to the corresponding slot plate in the upper row, the corresponding two slot plates are controlled by the driving component to pivot to close or open the two corresponding wind holes. a wind box body, wherein an outer surface of the wind box body has a plurality of air outlets, the air outlets are horizontally arranged in an upper row and a lower row, the air outlets in an upper row are arranged respectively opposite to the air outlets in the lower row, and each of the air outlets has a wind hole; a plurality of slot plates, wherein the slot plates are respectively disposed in the wind holes; and characterized in that it further comprises a plurality of driving components, wherein each of the driving components is connected to the corresponding slot plate in the upper row and the corresponding slot plate in the lower row which is arranged opposite to the corresponding slot plate in the upper row, the corresponding two slot plates are controlled by the driving component to pivot to close or open the two corresponding wind holes.
A light source device comprising: a plurality of light sources (10A, 10B) each having a semiconductor laser (12A, 12B) and a collimating lens; a condensing lens to condense light from the light sources(10A, 10B); an optical component arranged between the light sources (10A, 10B) and the condensing lens, and configured to allow light from the light sources (10A, 10B) to pass therethrough; and a phosphor wheel having phosphors and configured to allow light condensed by the condensing lens to pass therethrough; wherein the optical component has an inclined optical surface inclining from a plane perpendicular to an optical axis of the collimating lens, with different inclination angles to respective light sources; of the plurality of the light sources (10A, 10B), some of the semiconductor lasers (12A, 12B) are first semiconductor lasers having a short axis of a shape of condensing point aligned in a first direction and some of the semiconductor lasers (12A, 12B) are second semiconductor lasers having a short axis of a shape of condensing point aligned in a second direction that is different from the first direction; and a light diffusing layer is formed in optical paths of light emitted from either the first semiconductor lasers or the second semiconductor lasers. a plurality of light sources (10A, 10B) each having a semiconductor laser (12A, 12B) and a collimating lens; a condensing lens to condense light from the light sources(10A, 10B); an optical component arranged between the light sources (10A, 10B) and the condensing lens, and configured to allow light from the light sources (10A, 10B) to pass therethrough; and a phosphor wheel having phosphors and configured to allow light condensed by the condensing lens to pass therethrough; wherein the optical component has an inclined optical surface inclining from a plane perpendicular to an optical axis of the collimating lens, with different inclination angles to respective light sources; of the plurality of the light sources (10A, 10B), some of the semiconductor lasers (12A, 12B) are first semiconductor lasers having a short axis of a shape of condensing point aligned in a first direction and some of the semiconductor lasers (12A, 12B) are second semiconductor lasers having a short axis of a shape of condensing point aligned in a second direction that is different from the first direction; and a light diffusing layer is formed in optical paths of light emitted from either the first semiconductor lasers or the second semiconductor lasers.
A shovel comprising: a traveling body; an upper turning body turnably provided on the traveling body; an attachment including a boom, an arm, and a bucket and attached to the upper turning body; characterised by a slip controlling part configured to correct a motion of the attachment such that F 1 sinη 1 < μMg holds, where η 1 is an angle formed by a boom cylinder of the attachment and a vertical axis, F 1 is a force exerted on the upper turning body by the boom cylinder, μ is a coefficient of static friction, M is a weight of a vehicle body, and g is gravitational acceleration. a traveling body; an upper turning body turnably provided on the traveling body; an attachment including a boom, an arm, and a bucket and attached to the upper turning body; characterised by a slip controlling part configured to correct a motion of the attachment such that F 1 sinη 1 < μMg holds, where η 1 is an angle formed by a boom cylinder of the attachment and a vertical axis, F 1 is a force exerted on the upper turning body by the boom cylinder, μ is a coefficient of static friction, M is a weight of a vehicle body, and g is gravitational acceleration.
A conveyor-driven fabric dyeing machine, which comprises a machine body that defines an interior space in which a conveyor device is mounted, at least one recovery container, which is installed in said interior space of the machine body at a location below the conveyor device, the space of the recovery container within said interior space of the machine body functioning as a dye chemicals saving structure, the recovery container is connected with a cooling water system (17,15) of a heat exchanger for dye liquid, the recovery container comprising liquid connection means downstream of the heat exchanger for said dye liquid, the recovery container being adapted for storing therein said cooling water discharged from the heat exchanger for a cooling operation of said dye liquid, cold or hot water supplied from an external source through an inlet valve, said dye liquid received through said liquid connection means, and comprising means for said cooling water discharged from the heat exchanger, the cold or hot water supplied from the external source through the inlet valve, said dye liquid received through said liquid connection means being subsequently and directly supplied into the interior space for use by the dyeing machine, the machine body comprising a gas filling opening through which gas can be filled into the machine body in order to delay or prevent oxidation and reduction of the dye and chemicals with air and evaporation of the dye and chemicals. a machine body that defines an interior space in which a conveyor device is mounted, at least one recovery container, which is installed in said interior space of the machine body at a location below the conveyor device, the space of the recovery container within said interior space of the machine body functioning as a dye chemicals saving structure, the recovery container is connected with a cooling water system (17,15) of a heat exchanger for dye liquid, the recovery container comprising liquid connection means downstream of the heat exchanger for said dye liquid, the recovery container being adapted for storing therein said cooling water discharged from the heat exchanger for a cooling operation of said dye liquid, cold or hot water supplied from an external source through an inlet valve, said dye liquid received through said liquid connection means, and comprising means for said cooling water discharged from the heat exchanger, the cold or hot water supplied from the external source through the inlet valve, said dye liquid received through said liquid connection means being subsequently and directly supplied into the interior space for use by the dyeing machine, the machine body comprising a gas filling opening through which gas can be filled into the machine body in order to delay or prevent oxidation and reduction of the dye and chemicals with air and evaporation of the dye and chemicals.
Vehicle tyre, wherein the vehicle tyre is a solid tyre, having a tread with a tread surface, having an electrically conductive bottom bond and having two sidewalls, the tread comprises three circumferential bands (7, 9), which are arranged in a sequence in the axial direction aR, extend over a tyre circumference and each contribute to forming the tread surface over the entire circumference, in that the central circumferential band of the three circumferential bands is formed as electrically conductive and is connected to the electrically conductive bottom bond by an electrically conductive connecting element arranged entirely in an interior of the tyre, and in that the two outer circumferential bands of the three circumferential bands consist of an electrically nonconductive rubber compound, characterized in that the vehicle tyre comprises a first intermediate component which is arranged radially between the bottom bond and the tread and axially between the two sidewalls and is formed as electrically nonconductive, and in that the electrically conductive connecting element is guided from the central circumferential band on one axial side or on both axial sides of the tyre in the direction of the respective sidewall and is guided axially between the first intermediate component and the respective sidewall, around the first intermediate component, as far as the bottom bond. the tread comprises three circumferential bands (7, 9), which are arranged in a sequence in the axial direction aR, extend over a tyre circumference and each contribute to forming the tread surface over the entire circumference, in that the central circumferential band of the three circumferential bands is formed as electrically conductive and is connected to the electrically conductive bottom bond by an electrically conductive connecting element arranged entirely in an interior of the tyre, and in that the two outer circumferential bands of the three circumferential bands consist of an electrically nonconductive rubber compound, characterized in that the vehicle tyre comprises a first intermediate component which is arranged radially between the bottom bond and the tread and axially between the two sidewalls and is formed as electrically nonconductive, and in that the electrically conductive connecting element is guided from the central circumferential band on one axial side or on both axial sides of the tyre in the direction of the respective sidewall and is guided axially between the first intermediate component and the respective sidewall, around the first intermediate component, as far as the bottom bond.
A process for production of a purified recombinant human arylsulphatase A (rhASA) in a continuous cell culture system, the process comprising: i) culturing a mammalian cell capable of producing rhASA into liquid medium; ii) concentrating, purifying and formulating the rhASA by a purification process comprising one or more steps of affinity chromatography and/or ion exchange chromatography; wherein the rhASA produced is selected from the group consisting of: (a) the amino acid sequence of SEQ ID NO:3; (b) an enzymatically equivalent analogue of rhASA having an amino acid sequence that is at least 75% identical to SEQ ID NO:3, which exerts substantially the same enzymatic activity as the full-length enzyme; and (c) rhASA comprising a linear sequence of 20 amino acid residues surrounding Cys-51 in the arylsulfatase A, which is identical or at least 90% identical to the corresponding sequence in SEQ ID NO:3; wherein the process of (ii) comprises a polishing step including a passive step, at a pH of not less than 5.5, wherein the rhASA passes through a cation exchange resin or membrane, followed by an active step, wherein the rhASA is detained within an anion exchange membrane or resin at a pH within the range from 7.2 to 4.8, and wherein said rhASA is subsequently eluted from said anion exchange membrane or resin; wherein the cation exchange resin or membrane and the anion exchange membrane or resin are coupled or connected in a series; and wherein the system is operated continuously over a period extending over one week. i) culturing a mammalian cell capable of producing rhASA into liquid medium; ii) concentrating, purifying and formulating the rhASA by a purification process comprising one or more steps of affinity chromatography and/or ion exchange chromatography;
Audio playback equipment, comprising: - at least one internal loudspeaker, and/or means for connecting with at least one external loudspeaker; - at least one internal photosensitive sensor which is integrated in a camera integrated in the audio playback equipment, and/or means for connecting with at least one external photosensitive sensor, which is integrated in a camera connected to the audio playback equipment; - a processing unit arranged to: ∘ acquire or estimate, by using at least one measurement produced by the internal photosensitive sensor and/or the external photosensitive sensor, at least one light parameter representative of a light illuminating an environment of the audio playback equipment, the at least one light parameter comprising at least one parameter from a luminosity and a colour temperature; o select, according to the light parameter, current values of audio parameters; o apply the current values of the audio parameters on a primary audio signal (Sap) to produce a secondary audio signal (Sas); o playback the secondary audio signal via the internal loudspeaker and/or the external loudspeaker. - at least one internal loudspeaker, and/or means for connecting with at least one external loudspeaker; - at least one internal photosensitive sensor which is integrated in a camera integrated in the audio playback equipment, and/or means for connecting with at least one external photosensitive sensor, which is integrated in a camera connected to the audio playback equipment; - a processing unit arranged to: ∘ acquire or estimate, by using at least one measurement produced by the internal photosensitive sensor and/or the external photosensitive sensor, at least one light parameter representative of a light illuminating an environment of the audio playback equipment, the at least one light parameter comprising at least one parameter from a luminosity and a colour temperature; o select, according to the light parameter, current values of audio parameters; o apply the current values of the audio parameters on a primary audio signal (Sap) to produce a secondary audio signal (Sas); o playback the secondary audio signal via the internal loudspeaker and/or the external loudspeaker. ∘ acquire or estimate, by using at least one measurement produced by the internal photosensitive sensor and/or the external photosensitive sensor, at least one light parameter representative of a light illuminating an environment of the audio playback equipment, the at least one light parameter comprising at least one parameter from a luminosity and a colour temperature; o select, according to the light parameter, current values of audio parameters; o apply the current values of the audio parameters on a primary audio signal (Sap) to produce a secondary audio signal (Sas); o playback the secondary audio signal via the internal loudspeaker and/or the external loudspeaker.
A method of hydrating a contact lens comprising hydrating said lens in a molded base wherein said molded base comprises an additive, wherein the additive is present at a concentration of 1 weight percent to 5 weight percent, wherein the molded base comprises polypropylene mixed with said additive, and wherein the additive is polyvinylpyrrolidinone.
An aircraft damper system, comprising: a damper, having: a housing; and a dampening device disposed within the housing and configured to dampen forces exerted on the damper; a heater operably associated with the dampening device and configured to provide heat energy to the dampening device; and a control subsystem operably associated with the heater and configured to regulate heat energy to the dampening device, characterized in that the dampening device is a piston which forms a first fluid chamber and a second fluid chamber; and wherein fluid passages between the first fluid chamber and the second fluid chamber as the piston moves within the housing. a damper, having: a housing; and a dampening device disposed within the housing and configured to dampen forces exerted on the damper; a housing; and a dampening device disposed within the housing and configured to dampen forces exerted on the damper; a heater operably associated with the dampening device and configured to provide heat energy to the dampening device; and a control subsystem operably associated with the heater and configured to regulate heat energy to the dampening device, characterized in that the dampening device is a piston which forms a first fluid chamber and a second fluid chamber; and wherein fluid passages between the first fluid chamber and the second fluid chamber as the piston moves within the housing.
A lead-free and barium-free ignition charge, it is free from peroxides and contains one or more initial explosive substances, one or more sensitisers and/or one or more friction agents, and it is free from oxidising agents, characterised in that it contains a boron component, preferably boron and/or boron derivatives, preferably boron nitride and/or zirconium boride, wherein the proportion amounts to 0.01 to 5 wt.%.
Substrate for a surface acoustic wave device or bulk acoustic wave device which comprises a support substrate and an piezoelectric layer on said support substrate, characterised in that the support substrate comprises a semiconductor layer on a stiffening substrate which has a coefficient of thermal expansion closer to the coefficient of thermal expansion of the material of the piezoelectric layer than that of silicon, where the semiconductor layer is arranged between the piezoelectric layer and the stiffening substrate, the substrate being characterised in that it further comprises a dielectric layer between the piezoelectric layer and the semiconductor layer and a charge trapping layer at the interface between said dielectric layer and the semiconductor layer and/or the interface between the dielectric layer and the piezoelectric layer.