mhurhangee/ep-ind-claims huggingface dataset:
A peptide consisting of the sequence: (R 1) x -P-(R 2)y, wherein P is the amino acid sequence of SEQ ID NO:68; R 1 is an amino acid sequence consisting of from 1 to 5 amino acids; R 2 is an amino acid sequence consisting of from 1 to 5 amino acids; and each of x and y are independently zero or one. wherein P is the amino acid sequence of SEQ ID NO:68; R 1 is an amino acid sequence consisting of from 1 to 5 amino acids; R 2 is an amino acid sequence consisting of from 1 to 5 amino acids; and each of x and y are independently zero or one.
Process for decomposing calcium sulfate (CaSO 4) present in phosphogypsum, characterized in that it comprises the following steps: a) providing a reactor containing phosphogypsum and a solid source of carbon, b) reacting a flow of dioxygen (O 2) with the source of carbon so as to generate carbon oxide, c) reacting carbon oxide obtained in step b) with calcium sulfate (CaSO 4) of the phosphogypsum to produce calcium oxide (CaO) and sulfur dioxide (SO 2) according to the following reaction: CaSO 4 + CO → CaO + SO 2 + CO 2 wherein the mass ratio C/PG is between 0.15 and 0.45, and the mass ratio O 2 /PG is between 0.2 and 1. a) providing a reactor containing phosphogypsum and a solid source of carbon, b) reacting a flow of dioxygen (O 2) with the source of carbon so as to generate carbon oxide, c) reacting carbon oxide obtained in step b) with calcium sulfate (CaSO 4) of the phosphogypsum to produce calcium oxide (CaO) and sulfur dioxide (SO 2) according to the following reaction: CaSO 4 + CO → CaO + SO 2 + CO 2
Method for processing poultry parts moving in succession along a path of conveyance, providing a conveyor arranged to convey a succession of poultry parts along the path of conveyance downstream of a loading area, loading the poultry parts on the conveyor in the loading area, while operating the conveyor to convey the poultry parts in succession, providing a transfer means in the path of conveyance downstream of the loading area, operating the transfer means to divide the succession of poultry parts into at least two parallel streams, characterized by performing at least two processing steps in a side-by-side arrangement at a location downstream along the path of conveyance coinciding with the at least two parallel streams by either at least one single processing unit capable of processing at least two side-by-side poultry parts in the at least two parallel streams or at least two identical processing units in a side-by-side arrangement, and effective to process each poultry part, while the poultry parts are divided into the at least two parallel streams and distributed substantially equally over the at least two parallel streams.
An apparatus for the shaping of plastics material preforms into plastics material containers with a conveying device on which are arranged a plurality of shaping stations for the shaping of the plastics material preforms, wherein these shaping stations have in each case two blow mould parts (6a, 6b) which are movable with respect to each other and which can be moved between a closed state and an opened state of the shaping station and in the closed state of the shaping station form a cavity, inside which the plastics material preforms are capable of being shaped into the plastics material containers, and wherein the shaping stations have in each case a stressing device which act upon the plastics material preforms with a gaseous medium in order to expand them, and wherein the shaping stations have in each case stretch bars which are capable of being inserted into the plastics material preforms in order to stretch them in the longitudinal direction thereof, wherein the shaping stations have in each case at least one drive device which drives a movement necessary for the shaping procedure, and a control device for controlling this drive device, characterized in that this control device is arranged on the apparatus by means of a damping device and that in this way a damped linkage between the control device and the apparatus consists.
Process for making textiles comprising a "double layer" non-woven fabric having a "spatula" effect, said process comprising the step of preparing said "double layer" non-woven fabric which is formed of a cleaning layer which consists of microfiber having a unit weight equal to or less than 100 g/m 2, and a macrofiber supporting layer having a basis weight from 100 g/m 2 to 400 g/m 2, said layer being bonded to said microfiber layer by means of a needle-punching and a subsequent spunlacing/hydroentangling, each of them being applied on the free surface of the microfiber layer, said macrofiber layer having fibrils of the microfiber inside said layer of macrofibers, said macrofiber layer being at least one carded web, the fibers of the macrofiber layer being selected from the group consisting of viscose, polypropylene, nylon, rayon, cellulose, mixed viscose and polyester, cotton, wherein longitudinal lines alternated with embossments or micro-embossments are present on the microfiber layer surface. said process comprising the step of preparing said "double layer" non-woven fabric which is formed of a cleaning layer which consists of microfiber having a unit weight equal to or less than 100 g/m 2, and a macrofiber supporting layer having a basis weight from 100 g/m 2 to 400 g/m 2, said layer being bonded to said microfiber layer by means of a needle-punching and a subsequent spunlacing/hydroentangling, each of them being applied on the free surface of the microfiber layer, said macrofiber layer having fibrils of the microfiber inside said layer of macrofibers, said macrofiber layer being at least one carded web, the fibers of the macrofiber layer being selected from the group consisting of viscose, polypropylene, nylon, rayon, cellulose, mixed viscose and polyester, cotton, wherein longitudinal lines alternated with embossments or micro-embossments are present on the microfiber layer surface.
A cleaning pad comprising: at least one strip of relatively lower absorbency material (24A,24B), at least one strip of relatively higher absorbency material (26A,26B), and at least one strip of scrubbing/bristle material; characterized in that said strips (24A,24B,26A,26B,28) are substantially equal height, have substantially coplanar floor engaging faces, and that said at least one strip of relatively higher absorbency material (26A,26B) has at least about 1.36 times higher absorbency than the relatively lower absorbency material (24A,24B).
A micropatch electrode for use with an electroporation apparatus, said micropatch electrode comprising a substantially planar array of patch elements, each patch element comprising two sets of electrodes, wherein each set of electrodes comprises a first electrode (100A, 112A) and a second electrode (110B, 112B) electrically insulated from one another, such that when different electric potentials are applied to said first and second electrodes, a voltage is produced therebetween; characterized in that the micropatch electrode further comprises a plurality of gaps between adjacent patch elements; wherein said plurality of gaps can be pierced by an injection needle and wherein said plurality of gaps are formed of electrically insulating material.
A white light-emitting device comprising: a substrate; a diamond semiconductor layer provided on the substrate, in which one or a plurality of p-type α layers, a p-type or n-type γ layer, and one or a plurality of n-type β layers are laminated in this order from the substrate; a first electrode provided on the α layer which injects an electric current; and a second electrode provided on the β layer which injects an electric current; wherein in that a concentration of impurities contained in the γ layer is adjusted such that the integrated value A of the light emission intensity within the blue light range at wavelength 450 nm or more and 500 nm or less is one or more times and not more than 10 times of the integrated value B of the light emission intensity within the deep ultraviolet light range at wavelength 300 nm or less; characterized by a fluorescent member which coats a light emission extraction region of the surface of the diamond semiconductor layer, and an absorption wavelength of the fluorescent member is included within a wavelength range of a deep ultraviolet light. a substrate; a diamond semiconductor layer provided on the substrate, in which one or a plurality of p-type α layers, a p-type or n-type γ layer, and one or a plurality of n-type β layers are laminated in this order from the substrate; a first electrode provided on the α layer which injects an electric current; and a second electrode provided on the β layer which injects an electric current; wherein in that a concentration of impurities contained in the γ layer is adjusted such that the integrated value A of the light emission intensity within the blue light range at wavelength 450 nm or more and 500 nm or less is one or more times and not more than 10 times of the integrated value B of the light emission intensity within the deep ultraviolet light range at wavelength 300 nm or less; characterized by a fluorescent member which coats a light emission extraction region of the surface of the diamond semiconductor layer, and an absorption wavelength of the fluorescent member is included within a wavelength range of a deep ultraviolet light.
A carbon catalyst for oxygen reduction comprising a carbon structure and cobalt or iron, wherein the carbon structure is formed of a carbon network plane in which, in a distribution of crystallite sizes La of 7.2 nm or less, a ratio of crystallite sizes of 1 to 5 nm is 10% or more, and a ratio of crystallite sizes in excess of 5 nm is 60% or less.
An assembly for an autoinjector device, the assembly including: a syringe support for supporting a syringe by limiting forward axial movement of the syringe relative to the syringe support and arranged such that axial movement of the syringe support results in axial movement of the syringe; and a guard element attachable to a rear end of the syringe support; characterised in that the guard element is attachable to the syringe support so that the guard element is axially restrained both axially forwardly and axially rearwardly relative to the syringe support, wherein attachment of the guard element to the syringe support is by abutment of first abutment features on the syringe support and second abutment features on the guard element; wherein forward axial movement of the guard element relative to the syringe support is limited by the abutment of the first and second abutment features; wherein the guard element has a flange having an axially rearward surface; and wherein forwardly directed axial loads received by the axially rearward surface are transmitted to the syringe support via the abutment of the first and second abutment features. a syringe support for supporting a syringe by limiting forward axial movement of the syringe relative to the syringe support and arranged such that axial movement of the syringe support results in axial movement of the syringe; and a guard element attachable to a rear end of the syringe support; characterised in that the guard element is attachable to the syringe support so that the guard element is axially restrained both axially forwardly and axially rearwardly relative to the syringe support, wherein attachment of the guard element to the syringe support is by abutment of first abutment features on the syringe support and second abutment features on the guard element; wherein forward axial movement of the guard element relative to the syringe support is limited by the abutment of the first and second abutment features; wherein the guard element has a flange having an axially rearward surface; and wherein forwardly directed axial loads received by the axially rearward surface are transmitted to the syringe support via the abutment of the first and second abutment features.
A method of preparing an E. hallii preparation suitable for ingestion by a human, said method comprising the steps of: a) providing a medium comprising: - 1-100, preferably 5-40, g/kg of a sugar, preferably glucose, - 1-100, preferably 5-40, g/kg of a source of nitrogen and growth factors, such as yeast extract, - 0.1-50 g/kg plant peptone, preferably soy peptone, - acetate, - a buffer system at pH6-8, - optionally, cysteine, - optionally, magnesium ions, - optionally, calcium ions, - optionally, potassium ions, - optionally, vitamins; b) inoculating said medium with E. hallii; c) allowing said E. hallii to grow in said medium; and d) harvesting said E. hallii preparation from said medium. a) providing a medium comprising: - 1-100, preferably 5-40, g/kg of a sugar, preferably glucose, - 1-100, preferably 5-40, g/kg of a source of nitrogen and growth factors, such as yeast extract, - 0.1-50 g/kg plant peptone, preferably soy peptone, - acetate, - a buffer system at pH6-8, - optionally, cysteine, - optionally, magnesium ions, - optionally, calcium ions, - optionally, potassium ions, - optionally, vitamins; - 1-100, preferably 5-40, g/kg of a sugar, preferably glucose, - 1-100, preferably 5-40, g/kg of a source of nitrogen and growth factors, such as yeast extract, - 0.1-50 g/kg plant peptone, preferably soy peptone, - acetate, - a buffer system at pH6-8, - optionally, cysteine, - optionally, magnesium ions, - optionally, calcium ions, - optionally, potassium ions, - optionally, vitamins; b) inoculating said medium with E. hallii; c) allowing said E. hallii to grow in said medium; and d) harvesting said E. hallii preparation from said medium.
A method of delivering a plant treatment agent to a selected tissue of a corn plant, wherein the plant has a surface, wherein the selected tissue is located at, and/or beneath, a portion of plant surface and wherein the selected tissue is a shoot apical meristem, the method comprising applying a centrifugal force to the plant, wherein the centrifugal force applied is from 10 g to 2000 g, to transport a solution that comprises the plant treatment agent to the selected tissue, wherein at least 5% of the surface of the plant has been contacted with the solution that comprises the plant treatment agent, including plant tissue other than the selected tissue, thereby delivering the plant treatment agent to the selected tissue of the plant.
An oxide superconducting bulk magnet comprising a plurality of columnar oxide superconducting bulk materials, each of the columnar oxide superconducting bulk materials having a structure of a single-crystal form RE 1 Ba 2 Cu 3 O y (RE is one or more elements selected from Y or rare earth elements, where 6.8≤y≤7.1) in which RE 2 BaCuO 5 is dispersed and comprising a top surface, a bottom surface, and side surfaces, the columnar oxide superconducting bulk materials being combined together, wherein each of bulk material units comprises the oxide superconducting bulk material and a bulk material reinforcing member arranged so as to cover side surfaces of the oxide superconducting bulk material, the bulk material units being arranged so as to face the same direction and contacting each other to form an assembly, wherein side surfaces of the assembly are covered by an assembly side surface reinforcing member, wherein the assembly side surface reinforcing member is thicker than the bulk material reinforcing members, wherein said bulk material reinforcing member has a thickness of 5.0 mm or less, wherein a top surface and a bottom surface of the assembly are respectively covered by an assembly top reinforcing member and an assembly bottom reinforcing member, and wherein the assembly side surface reinforcing member, the assembly top reinforcing member, and the assembly bottom reinforcing member are joined into an integral unit. wherein each of bulk material units comprises the oxide superconducting bulk material and a bulk material reinforcing member arranged so as to cover side surfaces of the oxide superconducting bulk material, the bulk material units being arranged so as to face the same direction and contacting each other to form an assembly, wherein side surfaces of the assembly are covered by an assembly side surface reinforcing member, wherein the assembly side surface reinforcing member is thicker than the bulk material reinforcing members, wherein said bulk material reinforcing member has a thickness of 5.0 mm or less, wherein a top surface and a bottom surface of the assembly are respectively covered by an assembly top reinforcing member and an assembly bottom reinforcing member, and wherein the assembly side surface reinforcing member, the assembly top reinforcing member, and the assembly bottom reinforcing member are joined into an integral unit.
Cooking device comprising at least one hob having at least one hot plate and having at least one heating device provided for heating at least one cooking region and having at least one sensor device for detecting at least one physical variable in a detection region, the sensor device comprising at least one sensor unit and at least one optical screen means and at least one insulation device for thermal insulation, the optical screen means being arranged around the sensor unit at least in part in order to shield against electromagnetic radiation from outside the detection region, and the optical screen means being arranged so as to be surrounded by the insulation device at least in part, the sensor device comprising at least one magnetic shielding device and the insulation device being arranged between the optical screen means and the magnetic shielding device at least in part, characterised in that the sensor device comprises at least one radiation source, which is surrounded by the optical screen means.
A device for emitting an ultrasound acoustic wave in a propagation medium, comprising: - a package including a base substrate and a cap coupled to the base substrate and defining therewith a chamber in the package; - a semiconductor die, coupled to the base substrate in the chamber, comprising a semiconductor body; - a plurality of micromachined ultrasonic transducers, MUTs, (1; 30) integrated in the die, each MUT (1; 30) of said plurality including: a respective cavity (6; 32) in the semiconductor body and a respective membrane suspended over the respective cavity (6; 32); and a respective actuator, operatively coupled to the respective membrane, which can be operated for generating a deflection of the respective membrane, characterized in that at least one physical parameter (t 1; d 1) of each membrane is designed so that a resonance frequency (f 0) of each respective membrane matches an acoustic resonance frequency that, during operation of the respective MUT (1; 30), develops in said chamber of the package, wherein each MUT (1; 30) integrated in the die and the die are arranged with respect to the cap so that each MUT (1; 30) is aligned to a respective region of the cap that corresponds, in use, to a respective area of maximum and minimum pressure exerted, in the propagation medium, by the acoustic wave emitted at said acoustic resonance frequency. - a package including a base substrate and a cap coupled to the base substrate and defining therewith a chamber in the package; - a semiconductor die, coupled to the base substrate in the chamber, comprising a semiconductor body; - a plurality of micromachined ultrasonic transducers, MUTs, (1; 30) integrated in the die, each MUT (1; 30) of said plurality including: a respective cavity (6; 32) in the semiconductor body and a respective membrane suspended over the respective cavity (6; 32); and a respective actuator, operatively coupled to the respective membrane, which can be operated for generating a deflection of the respective membrane,
A halting assembly for hygienic and sanitary products of the type suitable for installation in a station for grouping products within adapted seats, said products arriving in sequence at said station, one after the other, from a supply apparatus arranged upstream, characterized in that it comprises at least one baffle that faces and is proximate to the terminal edge of the walls that delimit said seats and is actuated by at least one respective actuator controlled by a control and management unit, said baffle being movable between a first configuration which is external to said seat, in which it does not interfere with the at least one product in input thereto, and a second configuration for maximum overlap on said seat, in which it locks the product during first entry in said seat with a halting surface thereof.
An oven for cooking food, the oven comprising a supporting structure; a muffle, which is housed inside the supporting structure, delimits a cooking chamber and comprises a wall, which has an opening; a receptacle, which is configured to contain water and to be removably arranged in the muffle and through the opening in the wall; a first resistor, which is configured to heat the cooking chamber and is housed below said wall; and a second resistor, which is housed below the wall at the opening to directly heat the receptacle and vaporize the water contained in the receptacle, characterised in that the second resistor supports the receptacle.
A computer-implemented method, comprising: presenting a first plurality of setting options (202-A, 202-B, 202-C, 302-A, 302-B) associated with an audio parameter on a user interface, wherein the first plurality of setting options comprises a first option (202-B, 302-A) having a same value as a first setting of the audio parameter and a second option (202-C, 302-B) having a first value different than the first setting; receiving a selection of one of the first option and the second option; based on the selection, presenting a second plurality of setting options (206-A, 206-B, 206-C, 208-A, 208-B, 208-C, 304-A, 304-B, 306-A, 306-B) associated with the audio parameter on the user interface, wherein the second plurality of setting options comprises a third option (206-B, 208-B, 304-A, 306-A) having the same value as a second setting of the audio parameter and a fourth option (206-C, 208-C, 304-B, 306-B) having a second value different than the second setting, the second setting being the value of the selected one of the first and the second option; and setting the value of the audio parameter based on the accumulation the values of the selected one of the first and second option and a selected one of the third and fourth option, wherein the first value corresponds to a change from the first setting by a first magnitude, and the second value corresponds to a change from the second setting by a second magnitude, and wherein the second magnitude is equal to or smaller than the first magnitude. presenting a first plurality of setting options (202-A, 202-B, 202-C, 302-A, 302-B) associated with an audio parameter on a user interface, wherein the first plurality of setting options comprises a first option (202-B, 302-A) having a same value as a first setting of the audio parameter and a second option (202-C, 302-B) having a first value different than the first setting; receiving a selection of one of the first option and the second option; based on the selection, presenting a second plurality of setting options (206-A, 206-B, 206-C, 208-A, 208-B, 208-C, 304-A, 304-B, 306-A, 306-B) associated with the audio parameter on the user interface, wherein the second plurality of setting options comprises a third option (206-B, 208-B, 304-A, 306-A) having the same value as a second setting of the audio parameter and a fourth option (206-C, 208-C, 304-B, 306-B) having a second value different than the second setting, the second setting being the value of the selected one of the first and the second option; and setting the value of the audio parameter based on the accumulation the values of the selected one of the first and second option and a selected one of the third and fourth option, wherein the first value corresponds to a change from the first setting by a first magnitude, and the second value corresponds to a change from the second setting by a second magnitude, and wherein the second magnitude is equal to or smaller than the first magnitude.