mhurhangee/ep-ind-claims huggingface dataset:
A method for preparing natural killer cells from allogeneic umbilical cord blood or peripheral blood, comprising: using umbilical cord blood and peripheral blood as raw materials, obtaining stem cells by a method for extracting and separating karyocytes or using Ficoll or percoll density gradient centrifugation to isolate and screen out karyocytes; diluting the above-mentioned karyocytes with cell culture medium, adding interferon, interleukin, CD3 antibody, and human albumin, loading them together into a bioreactor for perfusion culture, and then performing multiplication culture, wherein the passage number of natural killer cells from multiplication culture is no less than 8, and the culture time is no less than 4 weeks; the markers of the natural killer cells obtained after the multiplication culture are CD3-, CD56+, CD16+, CD57+, and CD8+, wherein CD16+/CD56+≥15%, CD3-/CD56+≥ 50%, and CD8+/CD57+≥ 8%, wherein the cell culture medium is serum-free medium GT-T551 or RMPI-1640, the interferon is gamma-interferon (IFN-γ), and the interleukin is one of interleukin-2 (IL-2), interleukin-1 (IL-1) and interleukin -7 (IL-7), or a combination thereof. using umbilical cord blood and peripheral blood as raw materials, obtaining stem cells by a method for extracting and separating karyocytes or using Ficoll or percoll density gradient centrifugation to isolate and screen out karyocytes; diluting the above-mentioned karyocytes with cell culture medium, adding interferon, interleukin, CD3 antibody, and human albumin, loading them together into a bioreactor for perfusion culture, and then performing multiplication culture, wherein the passage number of natural killer cells from multiplication culture is no less than 8, and the culture time is no less than 4 weeks; the markers of the natural killer cells obtained after the multiplication culture are CD3-, CD56+, CD16+, CD57+, and CD8+, wherein CD16+/CD56+≥15%, CD3-/CD56+≥ 50%, and CD8+/CD57+≥ 8%, wherein the cell culture medium is serum-free medium GT-T551 or RMPI-1640, the interferon is gamma-interferon (IFN-γ), and the interleukin is one of interleukin-2 (IL-2), interleukin-1 (IL-1) and interleukin -7 (IL-7), or a combination thereof.
Polyamide moulding compound comprising at least one copolyamide formed at least from the polyamide units AB/AC/D, wherein is selected as at least one cycloaliphatic diamine from the group: bis(4-amino-3-methylcyclohexyl)methane (MACM) and bis(4-aminocyclohexyl)methane (PACM); is selected as at least one aromatic dicarboxylic acid from the group: isophthalic acid, naphthalenedicarboxylic acid, and terephthalic acid; is selected as at least one aliphatic dicarboxylic acid from the group: decanedioic acid, undecanedioic acid, dodecanedioic acid, tridecanedioic acid, tetradecanedioic acid, pentadecanedioic acid, hexadecanedioic acid; is selected as at least one lactam or one α,ω-aminocarboxylic acid from the group: laurolactam (LC 12), undecanolactam (LC 11), 12-aminododecanoic acid, and 11-aminoundecanoic acid, wherein the proportions of polyamide units AB are in the range from 30 to 45 mol%, the proportions of polyamide units AC are in the range from 30 to 40 mol%, and the proportions of polyamide units D are in the range from 20 to 32 mol%, and wherein the sum total of polyamide units AB, AC and D is 100 mol%. is selected as at least one cycloaliphatic diamine from the group: bis(4-amino-3-methylcyclohexyl)methane (MACM) and bis(4-aminocyclohexyl)methane (PACM); is selected as at least one aromatic dicarboxylic acid from the group: isophthalic acid, naphthalenedicarboxylic acid, and terephthalic acid; is selected as at least one aliphatic dicarboxylic acid from the group: decanedioic acid, undecanedioic acid, dodecanedioic acid, tridecanedioic acid, tetradecanedioic acid, pentadecanedioic acid, hexadecanedioic acid; is selected as at least one lactam or one α,ω-aminocarboxylic acid from the group: laurolactam (LC 12), undecanolactam (LC 11), 12-aminododecanoic acid, and 11-aminoundecanoic acid, the proportions of polyamide units AB are in the range from 30 to 45 mol%, the proportions of polyamide units AC are in the range from 30 to 40 mol%, and the proportions of polyamide units D are in the range from 20 to 32 mol%, and wherein the sum total of polyamide units AB, AC and D is 100 mol%.
A high elasticity composition comprising hyaluronan for use in treating pain in a subject, wherein the composition has an elasticity (G') of at least about 900 Pascal when measured at a frequency of 5.0 Hz and ambient temperature and pressure.
A ceramic glow plug comprising: a ceramic heater composed of a substrate formed of an electrically insulating ceramic and having a columnar shape extending in an axial direction, and a resistor having a heat-generating element formed of an electrically conductive ceramic, embedded in a forward end portion of the substrate, and generating heat by resistance heating when energized, lead portions (23, 34) connected to opposite end portions of the heat-generating element and extending rearward in the axial direction, and an electrode taking-out portion (27, 28) extending in a radial direction from at least one of the lead portions (23, 24) and exposed on an outer circumferential surface of the substrate; and a metallic tubular member (5, 10) in which the ceramic heater is held and which is in contact with an exposed surface of the electrode taking-out portion (27, 28) and electrically conducts with the exposed surface, the ceramic glow plug being characterized in that dimensions, in the axial and circumferential directions, of the exposed surface of the electrode taking-out portion (27, 28) both fall within a range of 1.0 mm to 1.8 mm, and the ratio of a compressive residual stress in each of a specific region of the substrate which is separated 0.3 mm from a forward end of the exposed surface of the electrode taking-out portion (27, 28) and a specific region of the substrate which is separated 0.3 mm from a rear end of the exposed surface to a compressive residual stress in a portion of the substrate other than the specific regions is 50% or higher. a ceramic heater composed of a substrate formed of an electrically insulating ceramic and having a columnar shape extending in an axial direction, and a resistor having a heat-generating element formed of an electrically conductive ceramic, embedded in a forward end portion of the substrate, and generating heat by resistance heating when energized, lead portions (23, 34) connected to opposite end portions of the heat-generating element and extending rearward in the axial direction, and an electrode taking-out portion (27, 28) extending in a radial direction from at least one of the lead portions (23, 24) and exposed on an outer circumferential surface of the substrate; and a metallic tubular member (5, 10) in which the ceramic heater is held and which is in contact with an exposed surface of the electrode taking-out portion (27, 28) and electrically conducts with the exposed surface, the ceramic glow plug being characterized in that dimensions, in the axial and circumferential directions, of the exposed surface of the electrode taking-out portion (27, 28) both fall within a range of 1.0 mm to 1.8 mm, and the ratio of a compressive residual stress in each of a specific region of the substrate which is separated 0.3 mm from a forward end of the exposed surface of the electrode taking-out portion (27, 28) and a specific region of the substrate which is separated 0.3 mm from a rear end of the exposed surface to a compressive residual stress in a portion of the substrate other than the specific regions is 50% or higher.
A method of operating a diesel engine having an exhaust aftertreatment system (EATS) including one or more apparatus for controlling exhaust NOX levels, the engine comprising a plurality of systems and components, at least some of which systems and components being adapted to be set to one or more control setpoints for one or more base actuators of the engine, the method comprising: establishing a plurality of engine operating modes, each operating mode differing from any other operating mode with respect to at least one control setpoint; for each operating mode, mapping fuel economy versus NOX levels exiting the EATS; characterized in that the method further comprises: selecting an operating mode from among the plurality of operating modes so that exhaust exiting the EATS contains NOX at no more than a predetermined NOX level and a least amount of fuel is consumed per unit energy; and operating the engine in the selected operating mode, wherein the step of mapping fuel economy versus NOX levels comprises establishing a record, for each operating mode, of time spent at different engine speeds and loads and fuel economy and NOX levels at the recorded engine speeds and loads. establishing a plurality of engine operating modes, each operating mode differing from any other operating mode with respect to at least one control setpoint; for each operating mode, mapping fuel economy versus NOX levels exiting the EATS; selecting an operating mode from among the plurality of operating modes so that exhaust exiting the EATS contains NOX at no more than a predetermined NOX level and a least amount of fuel is consumed per unit energy; and operating the engine in the selected operating mode, wherein the step of mapping fuel economy versus NOX levels comprises establishing a record, for each operating mode, of time spent at different engine speeds and loads and fuel economy and NOX levels at the recorded engine speeds and loads.
A method for constructing a radial communication network, in which firstly a central node is created on a central device in that a software generator running on the central device generates a program product having a communication interface and the central device executes this program product as a native application, and adding of peripheral nodes to the communication network is carried out in that the program product generates an Internet application for exclusive communication with the central node and provides it for execution on the peripheral device, characterized in that the program product provides the Internet application on an Internet server, which is accessible by the peripheral device via a data connection and is executed on the peripheral device in an Internet browser, wherein the program product generates a separate, identifiable Internet application for every peripheral node to be added and, prior to generating an Internet application for a peripheral node, uniquely identifies the associated peripheral device with the central node, and the executability of the Internet application to be generated for this peripheral node is linked to a unique hardware address of the peripheral device, wherein the unique hardware address is exchanged before the generation of an Internet application via a near-field communication between the central device and the peripheral device and this near-field communication between the central device and a peripheral device takes place in that the data to be transmitted is encrypted in a two-dimensional barcode and displayed on a display screen of the respective transmitting device (2, 3) and recorded using an optical sensor of the respective receiving device (3, 2) and decrypted in the receiving device (3, 2).
Fastening system for interior fixture elements of commercial vehicles having at least one extruded metal profile which can be attached to the cargo space superstructure of the commercial vehicle, which has a substantially rectangular cross-section and is provided with a plurality of undercut grooves (4, 5, 6, 7) in its side faces (8, 9) extending in the profile longitudinal direction in which supporting arm connectors can be inserted in order to secure an adapter plate by means of slot nuts, and the supporting arm connectors comprise at least two supporting arms (13, 14) connected to one another at their front end remote from the extruded metal profile in a pivot joint and in the pivot joint are connected to a mounting lug (17, 18) of the adapter plate which has a plurality of orifices to provide a screw connection to the interior fixture elements.
A light therapy system, comprising: a lighting assembly operable to create a light output having a controllable illuminance and color temperature; and a controller, operatively coupled to the lighting assembly, characterised in that the controller is adapted to: receive a data input indicating a target melanopic luminous exposure for administration by the lighting assembly; retrieve from a data store one or more melanopic weighting factors corresponding to a relative melanopic effect of different color temperatures of light; create, based on the melanopic weighting factors, a control schedule for controlling the illuminance and color temperature values of the lighting assembly over time such as to deliver in total over a defined treatment period the target melanopic luminous exposure; and control the lighting assembly in accordance with the control schedule. a lighting assembly operable to create a light output having a controllable illuminance and color temperature; and a controller, operatively coupled to the lighting assembly, characterised in that the controller is adapted to: receive a data input indicating a target melanopic luminous exposure for administration by the lighting assembly; retrieve from a data store one or more melanopic weighting factors corresponding to a relative melanopic effect of different color temperatures of light; create, based on the melanopic weighting factors, a control schedule for controlling the illuminance and color temperature values of the lighting assembly over time such as to deliver in total over a defined treatment period the target melanopic luminous exposure; and control the lighting assembly in accordance with the control schedule. receive a data input indicating a target melanopic luminous exposure for administration by the lighting assembly; retrieve from a data store one or more melanopic weighting factors corresponding to a relative melanopic effect of different color temperatures of light; create, based on the melanopic weighting factors, a control schedule for controlling the illuminance and color temperature values of the lighting assembly over time such as to deliver in total over a defined treatment period the target melanopic luminous exposure; and control the lighting assembly in accordance with the control schedule.
A process for preparing a bioabsorbable sheet preparation holding thrombin which comprises the following steps to: Step of preparing a solution comprising a detergent, trehalose, histidine, glycerol and thrombin Step of adding dropwise the solution of to a bioabsorbable sheet or immersing a bioabsorbable sheet in the solution of; and Step of drying the bioabsorbable sheet of. Step of preparing a solution comprising a detergent, trehalose, histidine, glycerol and thrombin Step of adding dropwise the solution of to a bioabsorbable sheet or immersing a bioabsorbable sheet in the solution of; and Step of drying the bioabsorbable sheet of.
A functional pillow comprising: a support part having a center formed in a concave shape to support a user's head and cervical spine; and two side parts respectively connected to both edges of the support part, being formed to be parallel to a ground, and being higher than the support part, wherein the support part includes a concave first groove extending in a first direction parallel to the user's cervical spine, and a concave second groove connected to an edge of the first groove and extending along the first direction or another direction, wherein the first groove has a lowest point that is higher than a lowest point of the second groove, the first groove including a first region corresponding to a central region in the first direction, and two second regions adjacent to the first region and corresponding to both ends of the first groove in the first direction, the first region being formed in a convex shape along the first direction, and the second groove including a third region that is disposed adjacent to the first region and corresponds to the central region in the first direction, and two fourth regions which are adjacent to the third region and corresponds to both ends of the second groove in the first direction, the third region being formed in a convex shape along the first direction. a support part having a center formed in a concave shape to support a user's head and cervical spine; and two side parts respectively connected to both edges of the support part, being formed to be parallel to a ground, and being higher than the support part, wherein the support part includes a concave first groove extending in a first direction parallel to the user's cervical spine, and a concave second groove connected to an edge of the first groove and extending along the first direction or another direction, wherein the first groove has a lowest point that is higher than a lowest point of the second groove, the first groove including a first region corresponding to a central region in the first direction, and two second regions adjacent to the first region and corresponding to both ends of the first groove in the first direction, the first region being formed in a convex shape along the first direction, and the second groove including a third region that is disposed adjacent to the first region and corresponds to the central region in the first direction, and two fourth regions which are adjacent to the third region and corresponds to both ends of the second groove in the first direction, the third region being formed in a convex shape along the first direction.
A smoking article (1, 2) comprising: aerosol generating material; a combustible heat source for heating the aerosol generating material; wherein the combustible heat source comprises a combustible material and an inductively heatable susceptor for heating and thereby igniting the combustible material; characterized in that the inductively heatable susceptor comprises a plurality of particles of susceptor material distributed within the combustible material. aerosol generating material; a combustible heat source for heating the aerosol generating material; wherein the combustible heat source comprises a combustible material and an inductively heatable susceptor for heating and thereby igniting the combustible material; characterized in that the inductively heatable susceptor comprises a plurality of particles of susceptor material distributed within the combustible material.
A method of forming a metallic component by additive layer manufacturing including the steps of:- a) mounting a work piece to ALM manufacturing apparatus including measuring means (13, 14) adapted at least partly to clamp the work piece to the apparatus and to measure stresses tending to distort the work piece, b) using a heat source to apply heat to a portion of a surface of the work piece sufficient to melt said portion; c) adding metallic material to the melted portion and moving the heat source relative to the work piece whereby progressively to form a layer of metallic material on the work piece; d) repeating steps b) and c) as required, whereby progressively to form the component; e) while progressively forming the component, measuring stresses tending to distort the work piece with the measuring means (13, 14) and, if such stresses are measured to be above a predetermined threshold, stress relieving the work piece while mounted to the apparatus whereby to reduce distortion to a predetermined level, and repeating steps b) to e) as required whereby to form the component. a) mounting a work piece to ALM manufacturing apparatus including measuring means (13, 14) adapted at least partly to clamp the work piece to the apparatus and to measure stresses tending to distort the work piece, b) using a heat source to apply heat to a portion of a surface of the work piece sufficient to melt said portion; c) adding metallic material to the melted portion and moving the heat source relative to the work piece whereby progressively to form a layer of metallic material on the work piece; d) repeating steps b) and c) as required, whereby progressively to form the component; e) while progressively forming the component, measuring stresses tending to distort the work piece with the measuring means (13, 14) and, if such stresses are measured to be above a predetermined threshold, stress relieving the work piece while mounted to the apparatus whereby to reduce distortion to a predetermined level, and repeating steps b) to e) as required whereby to form the component.
Clean room system for high level clean rooms comprising wall elements with a floor-side groove, and a floor mounting element which has at least one mounting rail, to which the floor-side groove of the wall elements is adapted, wherein the shape and the depth of the groove are adapted to the shape and height of the mounting rail, and a U-shaped ceiling mounting element for mounting to a ceiling, into which the wall elements can be inserted, wherein the distance between the base of the ceiling mounting element and the upper edge of the wall elements is the same size as or greater than the height of the mounting rail, and, in an inserted state, arms of the U-shaped ceiling mounting element surround the wall elements, wherein the floor mounting element has a U-shaped floor part for mounting the floor mounting element on a floor and a U-shaped closure part which has the mounting rail and can be attached on the floor part; characterised in that the distance of the inner edges of the legs of the U-shaped closure part is slightly smaller than the distance of the outer edges of the legs of the U-shaped floor part, such that, upon attachment of the closure part onto the floor part, mechanical tensioning acts between the legs (211, 221).