mhurhangee/ep-ind-claims huggingface dataset:
A method for producing spherical neural masses having suppressed teratoma formation with high purity, the method including: 1) fragmentation of the spherical neural masses; 2) adhesion-culturing the fragmented spherical masses in culturing dish comprising culturing medium for neuronal progenitor cell, wherein the culturing dish having a substrate includes at least one selected from the group consisting of laminin, L-ornithine and Matrigel coated thereon; 3) performing single-cellularization of the adhesion-cultured spherical neural masses by adding enzyme, thus prepare single cells for 40 to 60 min, wherein the enzyme is selected from a group consisting of trypsin-EDTA, dispase, accutase and collagenase;; 4) adhesion-culturing of the single cells of step 3) in culturing dish without an additional substrate coated thereon; 5) inducing spontaneously re-aggregate of single cells by repeatedly suspending the aggregates attached to the bottom of culturing dish, without an additional substrate coated thereon comprising culturing medium for neuronal progenitor cell, thus prepare a re-aggregated spherical neural mass, wherein each of the re-aggregated spherical neural masses has a diameter in a range of 10 μm to 80 μm; and; and 6) recovering the spherical neural masses re-aggregated in the step 5). 1) fragmentation of the spherical neural masses; 2) adhesion-culturing the fragmented spherical masses in culturing dish comprising culturing medium for neuronal progenitor cell, wherein the culturing dish having a substrate includes at least one selected from the group consisting of laminin, L-ornithine and Matrigel coated thereon; 3) performing single-cellularization of the adhesion-cultured spherical neural masses by adding enzyme, thus prepare single cells for 40 to 60 min, wherein the enzyme is selected from a group consisting of trypsin-EDTA, dispase, accutase and collagenase;; 4) adhesion-culturing of the single cells of step 3) in culturing dish without an additional substrate coated thereon; 5) inducing spontaneously re-aggregate of single cells by repeatedly suspending the aggregates attached to the bottom of culturing dish, without an additional substrate coated thereon comprising culturing medium for neuronal progenitor cell, thus prepare a re-aggregated spherical neural mass, wherein each of the re-aggregated spherical neural masses has a diameter in a range of 10 μm to 80 μm; and; and 6) recovering the spherical neural masses re-aggregated in the step 5).
Optical arrangement for being positioned in a beam path of a light microscope, having at least one first and one second optical assembly (31, 32) for providing structured illumination light from incident light, characterized in that the incident light is guidable via different beam paths to the various optical assemblies (31, 32, 33) and onwards in the direction of a sample, wherein an adjustable deflection apparatus is present for selecting a beam path to be illuminated to a certain optical assembly (31, 32, 33), the light being selectably deflectable to one of the optical assemblies (31, 32, 33) by means of said apparatus, in that, for providing structured illumination light: - the optical assemblies (31, 32, 33) each have a grating (31, 32, 33) or - a grating for generating structured illumination light is arranged in a common beam path upstream of the different beam paths to the various optical assemblies (31, 32, 33) and the optical assemblies (31, 32, 33) each have an image field rotator, wherein structured illumination light is provided in different orientations by means of the image field rotators, in that electronic control means are present and configured to illuminate exactly one beam path of the different beam paths to various optical assemblies (31, 32, 33) at any one time, in that at least one first beam-combining mirror is present for guiding light coming from various optical assemblies (31, 32, 33) into a common beam path in the direction of a sample, in that the first beam-combining mirror has reflecting regions, whereon only light from one of the two optical assemblies (31, 32) is incident, and in that the first beam-combining mirror has light-transmissive regions, whereon only light from the other one of the optical assemblies (32, 31) is incident. - the optical assemblies (31, 32, 33) each have a grating (31, 32, 33) or - a grating for generating structured illumination light is arranged in a common beam path upstream of the different beam paths to the various optical assemblies (31, 32, 33) and the optical assemblies (31, 32, 33) each have an image field rotator, wherein structured illumination light is provided in different orientations by means of the image field rotators,
A connection head piece for contacting an insulated down conductor in external lightning protection, consisting of a sleeve having an axially extending first inner diameter section adjusted to the outer diameter or cross-section of the insulated down conductor for receiving one end of the insulated down conductor, and having a second inner diameter section extending axially adjacent thereto and adjusted to the outer diameter or cross-section of a stripped, exposed conductor end of the insulated down conductor, and means for fastening the stripped, exposed conductor end in the second inner diameter section, characterized in that a static friction-generating means is formed in the first inner diameter section of the sleeve and flexibly projects into the interior of the sleeve such that a nonpositive fit is established between an outer sheath of the insulated down conductor and the sleeve upon insertion of the down conductor. an axially extending first inner diameter section adjusted to the outer diameter or cross-section of the insulated down conductor for receiving one end of the insulated down conductor, and having a second inner diameter section extending axially adjacent thereto and adjusted to the outer diameter or cross-section of a stripped, exposed conductor end of the insulated down conductor, and means for fastening the stripped, exposed conductor end in the second inner diameter section, characterized in that a static friction-generating means is formed in the first inner diameter section of the sleeve and flexibly projects into the interior of the sleeve such that a nonpositive fit is established between an outer sheath of the insulated down conductor and the sleeve upon insertion of the down conductor.
Process for forming a lead-based ceramic oxide dielectric material comprising at least one pyrochlore crystalline phase chosen from lead niobate; lead magnesium niobate; and a solid solution resulting from a mixture of lead magnesium niobate and lead titanate, which process comprises the following steps: a) a step of depositing at least one amorphous layer of said lead-based ceramic oxide material on a substrate; and b) a crystallization annealing step carried out on said amorphous layer at a temperature not exceeding 550°C, by means of which a lead-based ceramic oxide dielectric material comprising at least one pyrochlore phase chosen from lead niobate; lead magnesium niobate; and a solid solution resulting from a mixture of lead magnesium niobate and lead titanate is obtained. a) a step of depositing at least one amorphous layer of said lead-based ceramic oxide material on a substrate; and b) a crystallization annealing step carried out on said amorphous layer at a temperature not exceeding 550°C, by means of which a lead-based ceramic oxide dielectric material comprising at least one pyrochlore phase chosen from lead niobate; lead magnesium niobate; and a solid solution resulting from a mixture of lead magnesium niobate and lead titanate is obtained.
A rotary abrasive machining tool comprising: an abrading surface concentric around on a hub, the hub having a plurality of axially-oriented radial slots (701;702) in the outer circumference thereof, the plurality of axially-oriented radial slots having a plurality of radial supports between the slots; the abrading surface being provided by a plurality of abrasive segments (201;202), each one of which has a tab which is located in a respective slot (701;702) in the hub, and has an abrading edge (403,404) with a plurality of abrasive elements thereon; characterised in that the geometry of the abrading edge of a first abrasive segment is different to the geometry of the abrading edge of a second abrasive segment, the difference being an axial offset between the abrasive elements of the first abrasive segment and the second abrasive segment. an abrading surface concentric around on a hub, the hub having a plurality of axially-oriented radial slots (701;702) in the outer circumference thereof, the plurality of axially-oriented radial slots having a plurality of radial supports between the slots; the abrading surface being provided by a plurality of abrasive segments (201;202), each one of which has a tab which is located in a respective slot (701;702) in the hub, and has an abrading edge (403,404) with a plurality of abrasive elements thereon; characterised in that the geometry of the abrading edge of a first abrasive segment is different to the geometry of the abrading edge of a second abrasive segment, the difference being an axial offset between the abrasive elements of the first abrasive segment and the second abrasive segment.
Device for processing agricultural products, in particular mushrooms, wherein the product generally comprises a head and a stem, the device comprising a transport track for transporting products from a feed to a processing unit, wherein the transport track comprises: - endless elongated belt-like, string-like or cable-like transport members (12a, 12b; 112a, 112b) for transporting the products in jointly supported manner; - a drive (14,24;114,124) for moving the transport members; - a control for controlling the drive, wherein the control is adapted to drive a first elongated transport member (12a;112a) at a first speed and a second elongated transport member (12b; 112b) at a second speed, the first speed being different from the second speed, so as to impart a rotating movement to the products; characterized in that - the transport members extend adjacently with some mutual distance, wherein the transport members comprise side edges (39,139) defining an intermediate space (40,140) between the transport members; and in that - the mutual distance between the transport members is configured to allow stems of the products to drop into the intermediate space (40,140) when the products are rotated by the transport members moving at different speeds, the heads of the products being supported on the transport members. - endless elongated belt-like, string-like or cable-like transport members (12a, 12b; 112a, 112b) for transporting the products in jointly supported manner; - a drive (14,24;114,124) for moving the transport members; - a control for controlling the drive, wherein the control is adapted to drive a first elongated transport member (12a;112a) at a first speed and a second elongated transport member (12b; 112b) at a second speed, the first speed being different from the second speed, so as to impart a rotating movement to the products; - the transport members extend adjacently with some mutual distance, wherein the transport members comprise side edges (39,139) defining an intermediate space (40,140) between the transport members; and in that - the mutual distance between the transport members is configured to allow stems of the products to drop into the intermediate space (40,140) when the products are rotated by the transport members moving at different speeds, the heads of the products being supported on the transport members.
Combustion chamber having a combustion chamber wall in the form of a hollow cylinder that defines a cylinder axis, having a bottom, which is adjustable along the cylinder axis relative to the combustion chamber wall within the hollow cylinder, and having a seal, which bears against the bottom on one side and against the combustion chamber wall on the other side in a radial direction with respect to the cylinder axis, characterized in that the seal comprises a first sealing ring extending in a circumferential direction with respect to the cylinder axis and having a first interruption, and a second sealing ring extending in a circumferential direction with respect to the cylinder axis and having a second interruption, wherein the first interruption has a first angular position in the circumferential direction and the second interruption has a second angular position in the circumferential direction, wherein the first angular position and the second angular position enclose an angle (α) of greater than 0° and less than 180°.
A cable duct with a cable duct tray, a cable duct lid that can be walked on made of a sheet metal strip with two longitudinal edges, and at least one fastener for mounting the cable duct lid to the cable duct tray, wherein the cable duct lid that can be walked on comprises: (i) a cover member having an upper surface and a lower surface, and (ii) two lateral parts protruding from the cover member, said lateral parts each forming a lateral edge of the cable duct lid and being formed by bending both longitudinal edges downwards away from the upper surface, wherein the upper surface of the cover member comprises a structured central region that is formed by way of embossing from the lower surface and provides a slip-resistant surface, and wherein the upper surface of the cover member comprises a non-structured periphery with a width (b) of between 5 mm and 50 mm on both sides of the structured central region towards the respective lateral edge. (i) a cover member having an upper surface and a lower surface, and (ii) two lateral parts protruding from the cover member, said lateral parts each forming a lateral edge of the cable duct lid and being formed by bending both longitudinal edges downwards away from the upper surface, wherein the upper surface of the cover member comprises a structured central region that is formed by way of embossing from the lower surface and provides a slip-resistant surface, and wherein the upper surface of the cover member comprises a non-structured periphery with a width (b) of between 5 mm and 50 mm on both sides of the structured central region towards the respective lateral edge.
A multilayer hollow container comprising: a polyester layer containing a polyester resin; and a polyamide layer containing a polyamide resin and a yellowing inhibitor, the polyamide layer being an intermediate layer, and the polyamide layer being present from a ground contact portion to a position of from 10 to 70% of a height of the multilayer hollow container. a polyester layer containing a polyester resin; and a polyamide layer containing a polyamide resin and a yellowing inhibitor, the polyamide layer being an intermediate layer, and the polyamide layer being present from a ground contact portion to a position of from 10 to 70% of a height of the multilayer hollow container.
A welding device, the device comprising: - a torch holder; - a torch body connected to the torch holder; - an electrode connected to the torch body; - a power source of the electrode; the torch body comprising an upper portion connected to the torch holder, a lower portion, and a pivot link between the lower portion and the upper portion, and in that the power source comprises an electrical current lead through the upper portion, a current passage through the lower portion electrically connected to the electrode, and at least one flexible plate electrically connecting the current lead to the current passage; characterized in that the torch body has a passage duct of the electrode, in that the welding device further comprises a protective gas source arranged to blow a protective gas into said passage duct, and in that the passage duct includes an upper duct through the upper portion of the torch body and a lower duct through the lower portion of the torch body, the upper and lower ducts (105, 107) both emerging in an interstice arranged between the upper and lower portions (37, 39) of the torch body, the power source comprising two flexible plates, positioned on either side of the interstice. - a torch holder; - a torch body connected to the torch holder; - an electrode connected to the torch body; - a power source of the electrode;
An ion sensor for sensing an ion concentration in a bulk solution, the ion sensor comprising: - a reference electrode embedded in a reference electrolyte solution comprising reference ions, the electrolyte solution inducing a voltage on the reference electrode which is dependent on the concentration of reference ions in the reference electrolyte solution, - a first electrode which is ion selective for the ion to be measured, - a second electrode, the first electrode and the second electrode being adapted for being in direct contact with the bulk solution when the ion sensor is immersed in the bulk solution, and - a controller for determining a first potential difference between the first electrode and the reference electrode as a measure for the ion concentration in the bulk solution, and for correcting this first potential difference between the first electrode and the reference electrode with a second potential difference between the second electrode and the reference electrode for compensating for the drift of the reference electrode, characterized in that the second electrode is ion-selective to an ion different from the ion to be measured. - a reference electrode embedded in a reference electrolyte solution comprising reference ions, the electrolyte solution inducing a voltage on the reference electrode which is dependent on the concentration of reference ions in the reference electrolyte solution, - a first electrode which is ion selective for the ion to be measured, - a second electrode, the first electrode and the second electrode being adapted for being in direct contact with the bulk solution when the ion sensor is immersed in the bulk solution, and - a controller for determining a first potential difference between the first electrode and the reference electrode as a measure for the ion concentration in the bulk solution, and for correcting this first potential difference between the first electrode and the reference electrode with a second potential difference between the second electrode and the reference electrode for compensating for the drift of the reference electrode,
A container for a viscous food product comprising a cup having a rim, a portion of said rim defining an upwardly extending spout to facilitate consumption of said viscous food product from the cup via said spout, a lid adapted to be mounted on the rim of the cup to close the cup, characterised in that a dispensing aperture is provided in said lid adjacent the spout when the lid is attached to the cup, the lid incorporating a releasable closure adapted to close the dispensing aperture when in a closed configuration, wherein said closure includes a portion adapted to overlie the spout when the lid is attached to the cup and the closure is in its closed configuration.
A capacitance measuring system, comprising: a capacitance measuring device comprising a positive terminal and a negative terminal; a first load surface; a second load surface; a polycrystalline structure comprising a leached layer and an unleached layer positioned adjacent to the leached layer, the leached layer having at least a portion of a catalyst material removed from therein, said polycrystalline structure positioned between and under compression from said first load surface and said second load surface; a first wire electrically coupling the positive terminal to a first surface of the polycrystalline structure; and a second wire electrically coupling the negative terminal to a second surface of the polycrystalline structure, the second surface being positioned opposite of the first surface, wherein the capacitance measuring device measures a capacitance of the polycrystalline structure for estimating an actual leaching depth within the polycrystalline structure. a capacitance measuring device comprising a positive terminal and a negative terminal; a first load surface; a second load surface; a polycrystalline structure comprising a leached layer and an unleached layer positioned adjacent to the leached layer, the leached layer having at least a portion of a catalyst material removed from therein, said polycrystalline structure positioned between and under compression from said first load surface and said second load surface; a first wire electrically coupling the positive terminal to a first surface of the polycrystalline structure; and a second wire electrically coupling the negative terminal to a second surface of the polycrystalline structure, the second surface being positioned opposite of the first surface, wherein the capacitance measuring device measures a capacitance of the polycrystalline structure for estimating an actual leaching depth within the polycrystalline structure.
A therapeutically active fragment of the angiopoietin like 4 protein (ANGPTL4) for use in increasing wound healing in a diabetic individual in need thereof, comprising the C-terminal region of ANGPTL4 or a functional fragment thereof, wherein the therapeutically active fragment of ANGPTL4 comprises the amino acid sequence set forth in SEQ ID NO:2.
A pendulum damper comprising a damper body having a first end and a second end, with an axial direction defined between the first end and the second end with a heater bore passing through the damper body in the axial direction from a tail port at the second end toward the first end; and a cartridge heater installed within the heater bore, the cartridge heater configured to generate heat and heat a material of the damper body. a damper body having a first end and a second end, with an axial direction defined between the first end and the second end with a heater bore passing through the damper body in the axial direction from a tail port at the second end toward the first end; and a cartridge heater installed within the heater bore, the cartridge heater configured to generate heat and heat a material of the damper body.
A method of preserving a system firmware image on a computer, comprising: identifying that system firmware on the computer is to be updated with a new image; identifying an original image of the system firmware using a baseboard management controller, BMC, of the computer; establishing a network connection to a remote storage system through a network interface of the computer using the BMC; and sending by the BMC the original image through the network connection to the remote storage system using a distributed file system protocol. identifying that system firmware on the computer is to be updated with a new image; identifying an original image of the system firmware using a baseboard management controller, BMC, of the computer; establishing a network connection to a remote storage system through a network interface of the computer using the BMC; and sending by the BMC the original image through the network connection to the remote storage system using a distributed file system protocol.
An electrode assembly having a unit cell in which a first electrode, a second electrode, and a separator disposed between the first and second electrodes (110, 120) are stacked on each other or a structure in which the unit cells are repeatedly stacked with the separator therebetween, wherein a first electrode tab protrudes from the first electrode, and a second electrode tab protrudes from the second electrode, the electrodes tabs (111, 121) have widths that gradually decrease in directions in which the electrodes tabs (111, 121) protrude outward from the electrodes (110, 120), respectively, wherein the first and second electrode tabs (111, 121) respectively protrude from both sides of the electrode assembly, and wherein the first and second electrode tabs (111, 121) respectively protrude from both vertexes (1b, 2b) of the electrodes (110, 120).