mhurhangee/ep-ind-claims huggingface dataset:
An isolated nucleic acid molecule comprising a nucleotide sequence as follows: (a) the nucleotide sequence of DAAP#1 represented by SEQ ID NO:1; (b) the nucleotide sequence of DAAP#13 represented by SEQ ID NO:13; (c) the nucleotide sequence of DAAP#14 represented by SEQ ID NO:15; (d) the nucleotide sequence of DAAP#15 represented by SEQ ID NO:17; or (e) a nucleotide sequence which, as a result of the degeneracy of the genetic code, differs from the nucleotide sequence of (a), (b), (c), and (d), but which encodes identical amino acid sequence as expressed therefrom. (a) the nucleotide sequence of DAAP#1 represented by SEQ ID NO:1; (b) the nucleotide sequence of DAAP#13 represented by SEQ ID NO:13; (c) the nucleotide sequence of DAAP#14 represented by SEQ ID NO:15; (d) the nucleotide sequence of DAAP#15 represented by SEQ ID NO:17; or (e) a nucleotide sequence which, as a result of the degeneracy of the genetic code, differs from the nucleotide sequence of (a), (b), (c), and (d), but which encodes identical amino acid sequence as expressed therefrom.
An ultrasound system performing shear wave analysis, the ultrasound system comprising a probe and having a transmit beamformer with a given number of transmit channels, the system comprising: an ultrasonic transducer array, located in the probe, and having a number of transducer elements (e1-e320), wherein the system is configured to transmit a plurality of push pulses (PP1, PP2) simultaneously when transmit channels of the beamformer are coupled to transducer elements (e1-e320), characterized in that the number of transducer elements (e1-e320) exceeds the given number of transmit channels, in that the system further comprises a switch multiplexer coupled between the transmit channels of the beamformer and the elements (e1-e320) of the transducer array and configured to selectively couple each of the given number of transmit channels to transducer elements of a plurality of transmit apertures of a push pulse, and in that the system is configured to transmit a plurality of push pulses (PP1, PP2) simultaneously when transmit channels of the beamformer are coupled to transducer elements (e1-e320) of the plurality of transmit apertures. an ultrasonic transducer array, located in the probe, and having a number of transducer elements (e1-e320), wherein the system is configured to transmit a plurality of push pulses (PP1, PP2) simultaneously when transmit channels of the beamformer are coupled to transducer elements (e1-e320), characterized in that the number of transducer elements (e1-e320) exceeds the given number of transmit channels, in that the system further comprises a switch multiplexer coupled between the transmit channels of the beamformer and the elements (e1-e320) of the transducer array and configured to selectively couple each of the given number of transmit channels to transducer elements of a plurality of transmit apertures of a push pulse, and in that the system is configured to transmit a plurality of push pulses (PP1, PP2) simultaneously when transmit channels of the beamformer are coupled to transducer elements (e1-e320) of the plurality of transmit apertures.
Device comprising a base body and a resin feed device fitted to said base body to fill said base body with resin, said base body comprising an area not to be filled that is not to be filled by the resin after the filling is completed, said base body comprising an opening at the level of an upper end, the area not to be filled being situated at said upper end of the base body and extending inside the base body, said resin feed device comprising an injection column coinciding with said opening and extending inside the base body so that, during the filling, resin gets into the interior of the base body via the injection column, the resin feed device being characterized in that the injection column extends more deeply inside said base body than the area not to be filled, to a distance configured so that when, during the filling, the resin reaches said injection column, air trapped in the base body is compressed in the area not to be filled until an equilibrium is established between the pressure of the air in the area not to be filled and the pressure of the resin in the injection column whereby the filling is stopped automatically, so that the area not to be filled is not filled.
Method for producing a mammalian brain protein hydrolysate composition, comprising the following steps: - providing a mammalian brain protein hydrolysate, - adding Zn ions to the mammalian brain protein hydrolysate to form a complex comprising the Zn ions and the mammalian brain protein hydrolysate, - obtaining the complex comprising the Zn ions and the mammalian brain protein hydrolysate in a mammalian brain protein hydrolysate composition. - providing a mammalian brain protein hydrolysate, - adding Zn ions to the mammalian brain protein hydrolysate to form a complex comprising the Zn ions and the mammalian brain protein hydrolysate, - obtaining the complex comprising the Zn ions and the mammalian brain protein hydrolysate in a mammalian brain protein hydrolysate composition.
A lighting apparatus (100, 202, 302) for use in combination with an adjoining lighting apparatus (204, 304), comprising: a lighting unit comprising a substrate having a first end and a second end opposite to the first end, a light emitting element formed on the substrate, an electrode pad formed at the first end of the substrate, and a connection terminal formed at the second end of the substrate; a housing unit that houses the lighting unit; and a coupling unit coupled to the housing unit at the second end of the substrate; wherein the lighting apparatus (100, 202, 302) is vertically inserted to the adjoining lighting apparatus (204, 304) through the coupling unit, characterized in that the first end of the substrate with the electrode pad is exposed to an exterior of the housing unit, a locking groove is formed on a side of the exposed first end of the substrate, and the coupling unit is coupled to the locking groove of the adjoining lighting apparatus (204, 304). a lighting unit comprising a substrate having a first end and a second end opposite to the first end, a light emitting element formed on the substrate, an electrode pad formed at the first end of the substrate, and a connection terminal formed at the second end of the substrate; a housing unit that houses the lighting unit; and a coupling unit coupled to the housing unit at the second end of the substrate; wherein the lighting apparatus (100, 202, 302) is vertically inserted to the adjoining lighting apparatus (204, 304) through the coupling unit, characterized in that the first end of the substrate with the electrode pad is exposed to an exterior of the housing unit, a locking groove is formed on a side of the exposed first end of the substrate, and the coupling unit is coupled to the locking groove of the adjoining lighting apparatus (204, 304).
A delamination resistant pharmaceutical container comprising a glass composition, the pharmaceutical container comprising: SiO 2 in an amount greater than or equal to about 72 mol.% and less than or equal to about 78 mol.%; alkaline earth oxide comprising both MgO and CaO, wherein CaO is present in an amount up to about 1.0 mol.%, and a ratio (CaO (mol.%)/(CaO (mol.%)+MgO (mol.%))) is less than or equal to 0.5; X mol.% Al 2 O 3 wherein X is greater than or equal to about 5 mol.% and less than or equal to about 7 mol.% and; Y mol.% alkali oxide, wherein the alkali oxide comprises Na 2 O in an amount greater than about 8 mol.%; a ratio of a concentration of B 2 O 3 (mol.%) in the glass container to (Y mol.% - X mol.%) is less than or equal to 0.3; and a pharmaceutical composition comprising an active pharmaceutical ingredient, wherein the active pharmaceutical ingredient comprises one of an immune globulin infusion (human); Antihemophilic Factor (Recombinant); vonicog alfa, recombinant von Willebrand factor (rVWF) or [618-threonine,709-aspartic acid] von Willebrand factor Homo sapiens (1381A>T,1472H>D variant); or sscAAV2/8-LP1-hFIXco, a self-complementary adeno-associated viral vector containing a liver-specific human factor IX expression cassette. SiO 2 in an amount greater than or equal to about 72 mol.% and less than or equal to about 78 mol.%; alkaline earth oxide comprising both MgO and CaO, wherein CaO is present in an amount up to about 1.0 mol.%, and a ratio (CaO (mol.%)/(CaO (mol.%)+MgO (mol.%))) is less than or equal to 0.5; X mol.% Al 2 O 3 wherein X is greater than or equal to about 5 mol.% and less than or equal to about 7 mol.% and; Y mol.% alkali oxide, wherein the alkali oxide comprises Na 2 O in an amount greater than about 8 mol.%; a ratio of a concentration of B 2 O 3 (mol.%) in the glass container to (Y mol.% - X mol.%) is less than or equal to 0.3; and a pharmaceutical composition comprising an active pharmaceutical ingredient, wherein the active pharmaceutical ingredient comprises one of an immune globulin infusion (human); Antihemophilic Factor (Recombinant); vonicog alfa, recombinant von Willebrand factor (rVWF) or [618-threonine,709-aspartic acid] von Willebrand factor Homo sapiens (1381A>T,1472H>D variant); or sscAAV2/8-LP1-hFIXco, a self-complementary adeno-associated viral vector containing a liver-specific human factor IX expression cassette.
A lighting assembly for installing through a fitting aperture defined by a handrail, the lighting assembly including: a retaining element that is removably insertable through the fitting aperture; a body device for providing a light source, the body device comprising a coupling element releasably engageable to the retaining element; wherein with the retaining element inserted through the fitting aperture and located within the handrail, insertion of the body device through the fitting aperture enables the coupling element to engage the retaining element thereby releasably retaining the body device, and wherein the body device is disengageable from the retaining element by relative rotation of the body device with respect to the retaining element and/or handrail, thereby enabling removal of the body device from the handrail. a retaining element that is removably insertable through the fitting aperture; a body device for providing a light source, the body device comprising a coupling element releasably engageable to the retaining element; wherein with the retaining element inserted through the fitting aperture and located within the handrail, insertion of the body device through the fitting aperture enables the coupling element to engage the retaining element thereby releasably retaining the body device, and wherein the body device is disengageable from the retaining element by relative rotation of the body device with respect to the retaining element and/or handrail, thereby enabling removal of the body device from the handrail.
A personal cleansing composition, comprising: a carrier; wherein the carrier is a solid carrier; one plant oil; wherein the one plant oil consists of flaxseed oil or linseed oil; and one or more salts of pyrrolidone carboxylate wherein the one or more salts of pyrrolidone carboxylate is selected from sodium pyrrolidone carboxylate, potassium pyrrolidone carboxylate, ammonium pyrrolidone carboxylate, and combinations thereof. a carrier; wherein the carrier is a solid carrier; one plant oil; wherein the one plant oil consists of flaxseed oil or linseed oil; and one or more salts of pyrrolidone carboxylate wherein the one or more salts of pyrrolidone carboxylate is selected from sodium pyrrolidone carboxylate, potassium pyrrolidone carboxylate, ammonium pyrrolidone carboxylate, and combinations thereof.
A roof element, in particular, an inner ceiling panel for a vehicle roof, said roof element comprising a main part of corrugated cardboard (5A, 5B) and comprising a so-called upper layer and a so-called lower layer, characterized in that: - said upper layer has a surface energy greater than 30 mJ/m 2; and - said lower layer has a surface energy of less than 20 mJ/m 2. - said upper layer has a surface energy greater than 30 mJ/m 2; and - said lower layer has a surface energy of less than 20 mJ/m 2.
A method for enrichment of a mammalian pluripotent stem cell population or a mammalian pluripotent stem cell fraction, comprising exposing body tissue-derived cells to cellular stress, wherein cellular stress is selected from among culture under low-oxygen conditions, culture under low phosphate conditions, culture under serum starvation conditions, culture in a sugar starvation state, culture under exposure to radiation, culture under exposure to heat shock, culture in presence of a toxic substance, culture in the presence of active oxygen, culture under mechanical stimulation, and culture under pressure treatment.
Method for generating synthesis gas comprising at least one heat-consuming process step, in which stripping steam is produced for a degasser, an acid gas obtained by thermochemical conversion of a carbon-containing charge and hot synthesis raw gas containing water vapor being indirectly cooled with demineralized water to form an acidic process condensate, which demineralized water is used to obtain clean export steam, characterized in that the hot synthesis raw gas containing the acid gases and water vapor is cooled in at least two successive steps (E1, E2), between which heat is indirectly extracted from the DMW for use in the heat-consuming process step.
Lever arrangement of a guide vane adjustment means of a turbomachine, for establishing a connection between a guide vane and an actuator, the guide vane having a vane shaft which extends along the vertical axis thereof and which can be connected to an adjusting ring of the actuator by means of a lever, characterized in that the lever has a mouth-like connecting portion, by means of which said lever can abut a contact region of the vane shaft, and a U-shaped locking piece is provided for locking the connecting portion to the vane shaft and has, in a main part, a passage for sliding onto the vane shaft and two legs which extend on opposite sides from the main part, one leg being designed for entering into a mouth opening of the connecting portion, and the other leg being designed for abutting a counter surface of the connecting portion opposite the mouth opening, the connecting portion and the locking piece, in the locked state, being form-fittingly connected to the contact region.
Optical fiber distribution device, including an outer box and an inner frame, said inner frame being movable inside said box, said device involving connecting means (12, 19) between said frame and said box, so that the inner frame can be rotated in two opposite directions, and can be linearly slid out from the box, said connection means (12,19) being conceived to maintain the device in a locking position, for which the inner frame is locked inside the box without moving, said device comprising two shafts placed on its two side ends, one shaft having to be removed to allow the rotation of the inner frame around the other shaft, characterized in that the inner frame comprises side opening wings placed near by the shafts, a pressure exerted with hands simultaneously on each wing releasing the inner frame and allowing said frame to slide linearly to take out from the box.
A method of optically writing to an optical read light valve comprising a photoreceptor layer and an electro-optic layer, the method comprising: during a read valve video frame (1412, 1416) applying a selected write cell voltage at a pixel location of an optical write light valve; illuminating the pixel location with a light source pulse modulated in amplitude or duration or both so as to emit from the pixel location a write light pulse; directing the write light pulse to a localized portion of the photoreceptor layer of the optical read light valve; and sequentially repeating during said frame the applying, illuminating, and directing for a plurality of said selected write cell voltages and modulated light source pulses under the control of a controller coupled to a memory; and further comprising for the duration of the frame, applying a drive voltage to the combined photoreceptor and electro-optic layers of the read light valve and continuously integrating, at the localized portion of the optical read light valve over the frame, voltages induced in said photoreceptor layer and corresponding to optical powers of the write light pulses; and wherein a resulting modulation of the electro-optic layer of the optical read light valve as a function of the integrated optical power of the write light pulses results in a monotonic control of the read light output intensity. during a read valve video frame (1412, 1416) applying a selected write cell voltage at a pixel location of an optical write light valve; illuminating the pixel location with a light source pulse modulated in amplitude or duration or both so as to emit from the pixel location a write light pulse; directing the write light pulse to a localized portion of the photoreceptor layer of the optical read light valve; and sequentially repeating during said frame the applying, illuminating, and directing for a plurality of said selected write cell voltages and modulated light source pulses under the control of a controller coupled to a memory; and further comprising for the duration of the frame, applying a drive voltage to the combined photoreceptor and electro-optic layers of the read light valve and continuously integrating, at the localized portion of the optical read light valve over the frame, voltages induced in said photoreceptor layer and corresponding to optical powers of the write light pulses; and wherein a resulting modulation of the electro-optic layer of the optical read light valve as a function of the integrated optical power of the write light pulses results in a monotonic control of the read light output intensity.
A method for injecting microparticles into a microfluidic channel by means of injecting means which comprises a tip through which said microparticles are intended to exit when being injected, said microfluidic channel having an end opening out in a sidewall of an inlet well, and the microparticles comprising a top side and a bottom side which comprises protruding means, wherein the method comprises the steps of: a) positioning said tip above at least a zone of said sidewall and at a predetermined distance (d) therefrom, and b) injecting the microparticles into said inlet well so that the microparticles come into contact with or in the vicinity of said zone, characterised in that said sidewall is non-horizontal and non-vertical during injection so that at least a portion of the injected microparticles slides on the sidewall and enters said end of the microfluidic channel with their bottom sides facing a bottom wall of the microfluidic channel. a) positioning said tip above at least a zone of said sidewall and at a predetermined distance (d) therefrom, and b) injecting the microparticles into said inlet well so that the microparticles come into contact with or in the vicinity of said zone, characterised in that said sidewall is non-horizontal and non-vertical during injection so that at least a portion of the injected microparticles slides on the sidewall and enters said end of the microfluidic channel with their bottom sides facing a bottom wall of the microfluidic channel.
A controller for a vehicle system, the controller comprising: a control unit portion in communication with the vehicle system to initiate a vehicle system procedure, wherein the vehicle system is a transmission;; a prognostic module in two way communication with the control unit portion a diagnostic module in communication with the prognostic module and in two way communication with the control unit portion; and a telematics interface in two way communication with the control unit portion, wherein a plurality of control settings and system parameters are sent to one of the diagnostic module and the prognostic module to be compared with previously stored data stored in one of the diagnostic module and the prognostic module; and wherein in response to the plurality of control settings and system parameters the controller is configured to adjust the shifting procedures of the transmission by being configured to: either adjust a pressure profile of a clutch, avoid the use of one or more clutch or gear selections, or perform double swap shifts. a control unit portion in communication with the vehicle system to initiate a vehicle system procedure, wherein the vehicle system is a transmission;; a prognostic module in two way communication with the control unit portion a diagnostic module in communication with the prognostic module and in two way communication with the control unit portion; and a telematics interface in two way communication with the control unit portion, wherein a plurality of control settings and system parameters are sent to one of the diagnostic module and the prognostic module to be compared with previously stored data stored in one of the diagnostic module and the prognostic module; and wherein in response to the plurality of control settings and system parameters the controller is configured to adjust the shifting procedures of the transmission by being configured to: either adjust a pressure profile of a clutch, avoid the use of one or more clutch or gear selections, or perform double swap shifts.
A steam injection assembly for a combined cycle system comprising: a heat recovery system having at least one superheater (36,38,40) configured to generate a steam supply; and a gas turbine system having an inlet and a compressor, characterized in that the inlet receives an air supply and the steam supply for combined injection into the compressor. a heat recovery system having at least one superheater (36,38,40) configured to generate a steam supply; and a gas turbine system having an inlet and a compressor, characterized in that the inlet receives an air supply and the steam supply for combined injection into the compressor.
A device for producing pellets, having a perforated plate with openings from which a melt is extruded, a process chamber into which the melt is extruded, a cutting device for cutting strands of the melt extruded from the perforated plate into individual pellets, wherein the process chamber has an inlet for filling with a process fluid and an outlet for the process fluid and the pellets present therein, and a conveying device by means of which the process fluid is delivered into the process chamber through the inlet and the process fluid with the pellets contained therein is carried away from the process chamber through the outlet, wherein the inlet is arranged at a level in the bottom half of the process chamber and has an inlet opening in the process chamber and an inlet channel arranged to lead to the process chamber, and the outlet is located in the top half of the process chamber and has a discharge opening in the process chamber and an outlet channel arranged to lead away from the process chamber, characterized in that a three-way valve is provided between the inlet channel, a process fluid supply line, and a process fluid discharge line leading downward from the three-way valve, which valve is located farther below the level of the inlet, and in that a pneumatic device is provided that can be connected to the process chamber through a valve on the outlet channel in such a manner that the process chamber can be filled with compressed air from the pneumatic device for the purpose of emptying the process chamber of process fluid so that the process fluid can be expelled from the process chamber through the inlet opening and the inlet channel as well as the three-way valve and the process fluid discharge line.