mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for delivering a nutritive substance comprising: a. a container body having (i) a base at one end thereof, (ii) an upper portion adapted for removable receipt of a closure, the upper portion defining an opening therein, and (iii) a chamber defined by the container body, the chamber being in fluid communication with the upper portion opening, b. a laminate seal having at least two layers, the laminate seal being bonded across the upper portion opening and adapted to provide an airtight seal across the opening, wherein a nutritive substance is bonded to a bottom side of an upper layer or to a top side of a lower layer of the laminate seal; and c. a closure removably coupled to the upper portion, the closure comprising an annular cap and a cutting portion operatively coupled to the annular cap, wherein the cutting portion is adapted to pierce the seal, wherein the seal prevents contact between the nutritive substance and the contents of the container until the seal is pierced. a. a container body having (i) a base at one end thereof, (ii) an upper portion adapted for removable receipt of a closure, the upper portion defining an opening therein, and (iii) a chamber defined by the container body, the chamber being in fluid communication with the upper portion opening, (i) a base at one end thereof, (ii) an upper portion adapted for removable receipt of a closure, the upper portion defining an opening therein, and (iii) a chamber defined by the container body, the chamber being in fluid communication with the upper portion opening, b. a laminate seal having at least two layers, the laminate seal being bonded across the upper portion opening and adapted to provide an airtight seal across the opening, wherein a nutritive substance is bonded to a bottom side of an upper layer or to a top side of a lower layer of the laminate seal; and c. a closure removably coupled to the upper portion, the closure comprising an annular cap and a cutting portion operatively coupled to the annular cap, wherein the cutting portion is adapted to pierce the seal, wherein the seal prevents contact between the nutritive substance and the contents of the container until the seal is pierced.
Method for regenerating a VOC adsorber, wherein the VOC adsorber is constructed integrally with at least one plasma source as a structural unit, and wherein an H 2 O adsorber is arranged upstream of the VOC adsorber, comprising the steps: - a controlled airstream flows through the VOC adsorber, - by means of the plasma source, oxidizing agent is generated non-thermally with use of a high voltage, - during an adsorption as operating phase, impurities and/or VOC constituents are adsorbed on the VOC adsorber, - during the operating phase, water is adsorbed by means of the H 2 O adsorber from the airstream that is to be purified, - during a regeneration phase of the VOC adsorber, water is desorbed from the H 2 O adsorber and passed to the VOC adsorber, - during the regeneration phase, in the VOC adsorber, by means of the plasma source, by plasma-chemical water cleavage, OH free radicals are generated for improved regeneration of the VOC adsorber. - a controlled airstream flows through the VOC adsorber, - by means of the plasma source, oxidizing agent is generated non-thermally with use of a high voltage, - during an adsorption as operating phase, impurities and/or VOC constituents are adsorbed on the VOC adsorber, - during the operating phase, water is adsorbed by means of the H 2 O adsorber from the airstream that is to be purified, - during a regeneration phase of the VOC adsorber, water is desorbed from the H 2 O adsorber and passed to the VOC adsorber, - during the regeneration phase, in the VOC adsorber, by means of the plasma source, by plasma-chemical water cleavage, OH free radicals are generated for improved regeneration of the VOC adsorber.
A saddle-ride-type vehicle provided with a seat on which a rider is seated, a floor-shaped step which supports legs of the rider, and an undercover which covers the step from below, wherein an electric component is arranged below a tread surface of the step and above the undercover, a high-temperature component (27, 73) having a higher temperature than the electric component is arranged at a position above the undercover, a hollow heat shielding wall (60, 60F) having a front wall portion and a rear wall portion formed behind the front wall portion in a spaced-apart manner is formed on the undercover in an upwardly projecting manner, wherein the hollow heat shielding wall (60, 60F) includes left and right side wall portions respectively connect left and right end portions of the front wall portion and left and right end portions of the rear wall portion to each other, and characterized in that a ceiling connects an upper end of the front wall portion, an upper end of the rear wall portion and upper ends of the left and right side wall portions to each other so that leakage of air in the upward direction is prevented by the ceiling. an electric component is arranged below a tread surface of the step and above the undercover, a high-temperature component (27, 73) having a higher temperature than the electric component is arranged at a position above the undercover, a hollow heat shielding wall (60, 60F) having a front wall portion and a rear wall portion formed behind the front wall portion in a spaced-apart manner is formed on the undercover in an upwardly projecting manner, wherein the hollow heat shielding wall (60, 60F) includes left and right side wall portions respectively connect left and right end portions of the front wall portion and left and right end portions of the rear wall portion to each other, and characterized in that a ceiling connects an upper end of the front wall portion, an upper end of the rear wall portion and upper ends of the left and right side wall portions to each other so that leakage of air in the upward direction is prevented by the ceiling.
Fetuin A (AHSG) for use in a method for treating a renal disorder, wherein an amount of Fetuin A effective for treating the renal disorder is administered to a subject in need thereof, wherein the renal disorder is an ischemic renal disorder.
A method for producing a polyacrylic acid (salt)-type water absorbent resin, comprising steps of: preparing an aqueous monomer solution of acrylic acid (salt), polymerizing the aqueous monomer solution, finely shredding a hydrous gel-like crosslinked polymer during or after polymerization, drying the obtained particulate hydrous gel-like crosslinked polymer, crushing the dried product, classifying the dried product, heating and surface-crosslinking the dried product after the classification, and cooling after the surface-crosslinking, wherein the inner surface area of a cooling apparatus to be used in the cooling step is 0.25 to 0.95 times as large as the inner surface area of a heating apparatus to be used in the heating and surface-crosslinking step. preparing an aqueous monomer solution of acrylic acid (salt), polymerizing the aqueous monomer solution, finely shredding a hydrous gel-like crosslinked polymer during or after polymerization, drying the obtained particulate hydrous gel-like crosslinked polymer, crushing the dried product, classifying the dried product, heating and surface-crosslinking the dried product after the classification, and cooling after the surface-crosslinking, wherein the inner surface area of a cooling apparatus to be used in the cooling step is 0.25 to 0.95 times as large as the inner surface area of a heating apparatus to be used in the heating and surface-crosslinking step.
A system, comprising: a first computing device configured to execute a first computer program for a development environment, wherein the development environment is configured to create a project file comprising a functional description of an operator interface of a machine and/or plant; and a second computing device dedicated to the management of the machine and/or plant and configured to execute a second computer program configured to: receive the project file from the first computing device; execute the project file; display an information model representative of a series of nodes and one or more relationships between the series of nodes in response to receiving the project file, wherein the series of nodes and the one or more relationships are descriptive of the project file; and modify the project file based on changes made in the information model while the project file is being executed. a first computing device configured to execute a first computer program for a development environment, wherein the development environment is configured to create a project file comprising a functional description of an operator interface of a machine and/or plant; and a second computing device dedicated to the management of the machine and/or plant and configured to execute a second computer program configured to: receive the project file from the first computing device; execute the project file; display an information model representative of a series of nodes and one or more relationships between the series of nodes in response to receiving the project file, wherein the series of nodes and the one or more relationships are descriptive of the project file; and modify the project file based on changes made in the information model while the project file is being executed. receive the project file from the first computing device; execute the project file; display an information model representative of a series of nodes and one or more relationships between the series of nodes in response to receiving the project file, wherein the series of nodes and the one or more relationships are descriptive of the project file; and modify the project file based on changes made in the information model while the project file is being executed.
An insulator suitable for insulating teeth on an axial end of a stator, the said stator being comprised in a three-phase electric motor and including nine teeth or more, and a star-connected conducting wire wound around the teeth, the insulator comprising: - an outer peripheral wall provided on a yoke of a stator core and extending in an axial direction; - a slit (53, 64, 69) per phase in the said wall for parallel wire connection, each of the said slits becoming a conducting wire extraction part, wherein a conducting wire wound around the teeth of the stator of the electric motor is extracted only when the windings of each phase are connected in parallel; - a slit (55, 66, 71) per phase in the said wall for serial wire connection which slit becomes a conducting wire extraction part, wherein a conducting wire wound around the teeth of the stator of the electric motor is extracted only when the windings of each phase are connected in series; and - a plurality of shared slits (51, 52, 54, 56 to 63, 65, 67, 68, 70) in the said wall that each becomes a conducting wire extraction part in both of the serial wire connection and the parallel wire connection, wherein a conducting wire wound around the teeth of the stator of the electric motor or a conductive wire connected to a power line is extracted from each of the shared slits (51, 52, 54, 56 to 63, 65, 67, 68, 70) when the windings of each phase are connected in series; and wherein a conducting wire wound around the teeth of the stator of the electric motor or a conductive wire connected to a neutral point or a conductive wire connected to a power line is extracted from each of the shared slits (51, 52, 54, 56 to 63, 65, 67, 68, 70) when the windings of each phase are connected in parallel. - an outer peripheral wall provided on a yoke of a stator core and extending in an axial direction; - a slit (53, 64, 69) per phase in the said wall for parallel wire connection, each of the said slits becoming a conducting wire extraction part, wherein a conducting wire wound around the teeth of the stator of the electric motor is extracted only when the windings of each phase are connected in parallel; - a slit (55, 66, 71) per phase in the said wall for serial wire connection which slit becomes a conducting wire extraction part, wherein a conducting wire wound around the teeth of the stator of the electric motor is extracted only when the windings of each phase are connected in series; and - a plurality of shared slits (51, 52, 54, 56 to 63, 65, 67, 68, 70) in the said wall that each becomes a conducting wire extraction part in both of the serial wire connection and the parallel wire connection, wherein a conducting wire wound around the teeth of the stator of the electric motor or a conductive wire connected to a power line is extracted from each of the shared slits (51, 52, 54, 56 to 63, 65, 67, 68, 70) when the windings of each phase are connected in series; and
Anti-reflection device for preventing the reflection of pressure waves inside an injection valve, the anti-reflection device comprising - an essentially cylindrical base body with a first base side, a second base side and an outer surface; - a longitudinal axis L intended to be orientated parallel to a propagation direction of a pressure wave, the longitudinal axis penetrating the first base side and the second base side; - a first section of the device adjacent to the first base side having a cavity being shaped as a hollow cone, a longitudinal axis 1 of the cone being orientated parallel to the longitudinal axis L of the device and a base area of the cone being coplanar with the first base side of the cylindrical base body; - a second section of the device adjacent to the second base side comprising at least one through-hole, the at least one through-hole being in fluid communication with the cone, the at least one through-hole and the hollow cone hydraulically linking the second base side with the first base side, wherein the at least one through-hole makes an angle α with the longitudinal axis L with 40° ≤ α ≤60°. - an essentially cylindrical base body with a first base side, a second base side and an outer surface; - a longitudinal axis L intended to be orientated parallel to a propagation direction of a pressure wave, the longitudinal axis penetrating the first base side and the second base side; - a first section of the device adjacent to the first base side having a cavity being shaped as a hollow cone, a longitudinal axis 1 of the cone being orientated parallel to the longitudinal axis L of the device and a base area of the cone being coplanar with the first base side of the cylindrical base body; - a second section of the device adjacent to the second base side comprising at least one through-hole, the at least one through-hole being in fluid communication with the cone, the at least one through-hole and the hollow cone hydraulically linking the second base side with the first base side, wherein the at least one through-hole makes an angle α with the longitudinal axis L with 40° ≤ α ≤60°.
A process for producing a diene, preferably a conjugated diene, more preferably 1,3-butadiene, comprising dehydrating at least one alkenol in the presence of at least one catalytic material comprising at least one acid catalyst based on silica (SiO 2) and alumina (Al 2 O 3), preferably a silica-alumina (SiO 2 -Al 2 O 3), said catalyst having an alumina content (Al 2 O 3) lower than or equal to 12% by weight, preferably between 0.1% by weight and 10% by weight, with respect to the catalyst total weight, said alumina content being referred to the catalyst total weight without binder, and a pore modal diameter between 9 nm and 170 nm, preferably between 10 nm and 150 nm, still more preferably between 12 nm and 120 nm.
A gold alloy comprising 12.7-14.7 wt% Ag, 9.3-11.3 wt% Cu, 0.5-2 wt% Co, 0.1-0.5 wt% Ir, 0.1-0.5 wt% Ru, 0.5-2 wt% Pd, with the balance being Au and incidental impurities and wherein the gold alloy has a hardness of at least 280 Vickers.
A method of sharing information with an external device (1000; 2000) by a medical imaging apparatus, the method comprising: acquiring an ultrasound image of an object; identifying a sharing level of an external device for sharing the ultrasound image; and transmitting ultrasound information about the ultrasound image to the external device according to the sharing level, characterized in that the external device includes a first device and a second device, wherein first device includes an examinee device and the second device includes a medical expert device, wherein the identifying a sharing level of the external device comprises identifying a first sharing level of the first device and identifying a second sharing level of the second device, and wherein the transmitting ultrasound information includes transmitting first ultrasound information corresponding to the first sharing level of the first device to the first device; and transmitting second ultrasound information corresponding to the second sharing level of the second device to the second device, wherein, the second device and the first device may have different sharing levels from each other, and therefore the ultrasound information corresponding to the sharing level of the second device may be different from ultrasound information corresponding to the sharing level of the first device. acquiring an ultrasound image of an object; identifying a sharing level of an external device for sharing the ultrasound image; and transmitting ultrasound information about the ultrasound image to the external device according to the sharing level, characterized in that the external device includes a first device and a second device, wherein first device includes an examinee device and the second device includes a medical expert device, wherein the identifying a sharing level of the external device comprises identifying a first sharing level of the first device and identifying a second sharing level of the second device, and wherein the transmitting ultrasound information includes transmitting first ultrasound information corresponding to the first sharing level of the first device to the first device; and transmitting second ultrasound information corresponding to the second sharing level of the second device to the second device, wherein, the second device and the first device may have different sharing levels from each other, and therefore the ultrasound information corresponding to the sharing level of the second device may be different from ultrasound information corresponding to the sharing level of the first device.
A bladder for a sole structure for an article of footwear comprising: a first fluid-filled segment including a first terminal end and a second terminal end disposed on opposite ends of the first fluid-filled segment along a first straight longitudinal axis (A 232) of the first fluid-filled segment; and a second fluid-filled segment including a third terminal end and a fourth terminal end disposed on opposite ends of the second fluid-filled segment along a second straight longitudinal axis (A 232) of the second fluid-filled segment, the second fluid-filled segment being (i) spaced apart from the first fluid-filled segment in a first direction transverse to the first straight longitudinal axis (A 232) and the second straight longitudinal axis (A 232) and (ii) convergent with the first fluid-filled segment, wherein the first fluid-filled segment forms a tubular body defining a circular cross section that extends along the first straight longitudinal axis (A 232) and the second fluid-filled segment forms a tubular body defining a circular cross section that extends along the second straight longitudinal axis (A 232), and wherein the first fluid-filled segment tapers in a direction along the first straight longitudinal axis (A 232) and the second fluid-filled segment tapers in a direction along the second straight longitudinal axis (A 232). a first fluid-filled segment including a first terminal end and a second terminal end disposed on opposite ends of the first fluid-filled segment along a first straight longitudinal axis (A 232) of the first fluid-filled segment; and a second fluid-filled segment including a third terminal end and a fourth terminal end disposed on opposite ends of the second fluid-filled segment along a second straight longitudinal axis (A 232) of the second fluid-filled segment, the second fluid-filled segment being (i) spaced apart from the first fluid-filled segment in a first direction transverse to the first straight longitudinal axis (A 232) and the second straight longitudinal axis (A 232) and (ii) convergent with the first fluid-filled segment, wherein the first fluid-filled segment forms a tubular body defining a circular cross section that extends along the first straight longitudinal axis (A 232) and the second fluid-filled segment forms a tubular body defining a circular cross section that extends along the second straight longitudinal axis (A 232), and wherein the first fluid-filled segment tapers in a direction along the first straight longitudinal axis (A 232) and the second fluid-filled segment tapers in a direction along the second straight longitudinal axis (A 232).
A coating material comprising: silicon, aluminum or a combination thereof; hydrogen; and any one or more of oxygen, nitrogen, carbon, boron and fluorine, wherein the coating material exhibits a maximum hardness of about 17 GPa or greater, as measured by a Berkovich Indenter Test along an indentation depth of about 50 nm or greater, and wherein the coating material exhibits an optical band gap of about 3.5 eV or greater; wherein the coating material further comprises any one or more of a non-zero amount of oxygen up to about 7.5 atomic%, a non-zero amount of carbon up to about 10 atomic%, and a non-zero amount of fluorine up to about 5 atomic%. silicon, aluminum or a combination thereof; hydrogen; and any one or more of oxygen, nitrogen, carbon, boron and fluorine, wherein the coating material exhibits a maximum hardness of about 17 GPa or greater, as measured by a Berkovich Indenter Test along an indentation depth of about 50 nm or greater, and wherein the coating material exhibits an optical band gap of about 3.5 eV or greater; wherein the coating material further comprises any one or more of a non-zero amount of oxygen up to about 7.5 atomic%, a non-zero amount of carbon up to about 10 atomic%, and a non-zero amount of fluorine up to about 5 atomic%. a non-zero amount of oxygen up to about 7.5 atomic%, a non-zero amount of carbon up to about 10 atomic%, and a non-zero amount of fluorine up to about 5 atomic%.
A method for real-time wavefront sensing of an optical system comprising the following steps: (a) acquiring a first centroid image and determining the positions of the centroids in said first centroid image using a first centroid determining algorithm; (b) acquiring a next centroid image and determining the positions of the centroids in the next centroid image using a second centroid determining algorithm, wherein said second centroid determining algorithm determines the position of each centroid with reference to the position of the respective centroid in the first centroid image, wherein the second centroid determining algorithm is faster than the first centroid determining algorithm. (a) acquiring a first centroid image and determining the positions of the centroids in said first centroid image using a first centroid determining algorithm; (b) acquiring a next centroid image and determining the positions of the centroids in the next centroid image using a second centroid determining algorithm, wherein said second centroid determining algorithm determines the position of each centroid with reference to the position of the respective centroid in the first centroid image,