mhurhangee/ep-ind-claims huggingface dataset:
A method for promoting adhesion of mammalian cells to a membrane surface in a bioreactor comprising: providing a bioreactor comprising: a housing; and a polymeric membrane comprising at least one surface inside the housing; and treating the at least one polymeric membrane surface with at least a first surface treatment in an amount sufficient to improve cell adhesion to the at least one polymeric membrane surface, the first surface treatment being allowed to incubate with the at least one polymeric membrane surface for an amount of time sufficient to allow adsorption of the first surface treatment in an amount sufficient to promote enhanced cell adhesion; wherein the step of treating the at least one polymeric membrane surface with said first surface treatment comprises treating the at least one membrane surface with platelet lysate. providing a bioreactor comprising: a housing; and a polymeric membrane comprising at least one surface inside the housing; and a housing; and a polymeric membrane comprising at least one surface inside the housing; and treating the at least one polymeric membrane surface with at least a first surface treatment in an amount sufficient to improve cell adhesion to the at least one polymeric membrane surface, the first surface treatment being allowed to incubate with the at least one polymeric membrane surface for an amount of time sufficient to allow adsorption of the first surface treatment in an amount sufficient to promote enhanced cell adhesion; wherein the step of treating the at least one polymeric membrane surface with said first surface treatment comprises treating the at least one membrane surface with platelet lysate.
A method for producing a synthetic cable assembly having a precise and stable length for application across a known distance comprising:- a. Providing a synthetic tensile member having a first and second end; b. Providing a first termination on said first end, said termination having a first attachment reference; c. Providing a second termination on said second end, said second termination having a second attachment reference; d. Whereby said synthetic tensile member, said first termination, and said second termination are united to form said synthetic cable assembly; characterised by, e. Apply a predetermined tension profile to said synthetic cable assembly in order to set a stable overall length between said first and second attachment references (45, 47); f. Determining said stable overall length between said first and second attachment references (45,47) and g. Adding a length-adjustment component to said second termination in order to create a third attachment reference so that a length between said first and third attachment references matches said know distance. a. Providing a synthetic tensile member having a first and second end; b. Providing a first termination on said first end, said termination having a first attachment reference; c. Providing a second termination on said second end, said second termination having a second attachment reference; d. Whereby said synthetic tensile member, said first termination, and said second termination are united to form said synthetic cable assembly; characterised by, e. Apply a predetermined tension profile to said synthetic cable assembly in order to set a stable overall length between said first and second attachment references (45, 47); f. Determining said stable overall length between said first and second attachment references (45,47) and g. Adding a length-adjustment component to said second termination in order to create a third attachment reference so that a length between said first and third attachment references matches said know distance.
A method for manufacturing a wind turbine blade in a production facility, comprising the steps of - positioning a first overhung gantry to extend transversely over an elongated first mould part for manufacturing one of a first part and a second part of the blade, - performing a first working action at the first mould part with a first tool mounted on the first overhung gantry, - moving the first overhung gantry from the first mould part to an elongated second mould part for manufacturing the other of the first and the second part of the blade, wherein the moving the first overhung gantry comprises: - moving the first overhung gantry along the first mould part and past an extremity of the first mould part, characterised by - moving the first overhung gantry in a direction which is transverse to a longitudinal direction of the first mould part, the method further comprising - positioning the first overhung gantry to extend transversely over the second mould part, and - performing a second working action at the second mould part by means of the first tool or a second tool mounted on the first overhung gantry. - positioning a first overhung gantry to extend transversely over an elongated first mould part for manufacturing one of a first part and a second part of the blade, - performing a first working action at the first mould part with a first tool mounted on the first overhung gantry, - moving the first overhung gantry from the first mould part to an elongated second mould part for manufacturing the other of the first and the second part of the blade, wherein the moving the first overhung gantry comprises: - moving the first overhung gantry along the first mould part and past an extremity of the first mould part, characterised by - moving the first overhung gantry in a direction which is transverse to a longitudinal direction of the first mould part, the method further comprising - positioning the first overhung gantry to extend transversely over the second mould part, and - performing a second working action at the second mould part by means of the first tool or a second tool mounted on the first overhung gantry. - moving the first overhung gantry along the first mould part and past an extremity of the first mould part, characterised by - moving the first overhung gantry in a direction which is transverse to a longitudinal direction of the first mould part, the method further comprising - positioning the first overhung gantry to extend transversely over the second mould part, and - performing a second working action at the second mould part by means of the first tool or a second tool mounted on the first overhung gantry.
A process for the production of a recombinant antibody comprising a production phase wherein recombinant CHO cells are cultured in a cell culture medium and the recombinant antibody is expressed, wherein the cell culture medium is serum-free and protein-free comprising 60 to 2500 mg/L of choline chloride or an equivalent amount of another choline salt and having a total concentration of amino acids of 20 to 57 mmol/L.
A gas turbine combustor comprising: a combustion chamber which burns a fuel and air; an air hole plate which is located on an upstream side of the combustion chamber and has air holes which are concentrically arranged plurally in line and plurally in number; and fuel nozzles which are arranged plurally in line and plurally in number coaxially with the air holes, wherein an inlet part side of the air hole has an air hole tapered shape which reduces a hole diameter of the air hole and wherein the air hole tapered shape is installed apart from the inlet part of the air hole by a predetermined distance, characterized in that a fuel nozzle inner wall on a leading end part of the fuel nozzle has a fuel nozzle tapered shape which extends in an outer circumferential direction on the leading end part of the fuel nozzle, and in that the air hole tapered shape is installed on the upstream side of the leading end part of the fuel nozzle. a combustion chamber which burns a fuel and air; an air hole plate which is located on an upstream side of the combustion chamber and has air holes which are concentrically arranged plurally in line and plurally in number; and fuel nozzles which are arranged plurally in line and plurally in number coaxially with the air holes, wherein an inlet part side of the air hole has an air hole tapered shape which reduces a hole diameter of the air hole and wherein the air hole tapered shape is installed apart from the inlet part of the air hole by a predetermined distance, characterized in that a fuel nozzle inner wall on a leading end part of the fuel nozzle has a fuel nozzle tapered shape which extends in an outer circumferential direction on the leading end part of the fuel nozzle, and in that the air hole tapered shape is installed on the upstream side of the leading end part of the fuel nozzle.
A distributor module for telecommunications and data equipment, comprising a housing made of plastic, in which are arranged core connecting contacts which can be connected from at least one face of the distributor module, wherein at least two deflector elements for wire strain relief, through which cores can be fed from a rear to a front of the distributor module, are integrated into the housing, wherein the deflector elements are arranged between the core connecting contacts, wherein pairs of core connecting contacts in each case form a pair of contacts for connecting a pair of cores, wherein a deflector element is associated with two pairs of contacts in each case.
Apparatus for treating organic waste comprising from the above to below: - a loading section equipped with a loading container for loading the waste to be treated; - a grinding section comprising means for grinding waste arriving from the loading section; - and a storing section for storing waste that has been ground in the grinding section; characterized in that the loading container comprises a box-like body and a base that is movable with respect to the box-like body to release the waste towards the grinding section, and in that the apparatus further comprises: - a moveable collection container for collecting waste liquid residues of the waste, wherein the collection container is located between the grinding means and the storing section; and - means (34,35) for moving the collection container between a barrier position preventing access of the waste towards the storing section and an access position that allows the waste to reach the storing section. - a loading section equipped with a loading container for loading the waste to be treated; - a grinding section comprising means for grinding waste arriving from the loading section; - and a storing section for storing waste that has been ground in the grinding section; characterized in that the loading container comprises a box-like body and a base that is movable with respect to the box-like body to release the waste towards the grinding section, and in that the apparatus further comprises: - a moveable collection container for collecting waste liquid residues of the waste, wherein the collection container is located between the grinding means and the storing section; and - means (34,35) for moving the collection container between a barrier position preventing access of the waste towards the storing section and an access position that allows the waste to reach the storing section.
Security element, in particular in the form of a transfer film, a laminating film or a security thread, having one or more layers (12, 14, 15; 10), of which at least one first layer provides a diffractive structure, using which incident light is diffracted at a predetermined angle of incidence (θ inc) to a surface normal, such that for an observer looking at a predetermined observation angle (θ 1) relative to the surface normal, a first image appears as a first order diffraction image, wherein the surface normal is a normal to a base plane defined by the first layer, and wherein the diffractive structure is formed in such a way that the predetermined observation angle is larger than 50°, preferably larger than 60°, particularly preferably larger than 70°, characterised in that the diffractive structure has one or more first zones and furthermore a) one or more second zones and/or b) one or more third zones, wherein the diffractive structure is formed in each first zone in such a way that it diffracts an allocated first wavelength of the incident light at the predetermined angle of incidence for the formation of the first order diffraction image at the predetermined observation angle (θ 1), the diffractive structure in each second zone is formed in such a way that it diffracts an allocated second wavelength, which is different from the first wavelength, of the incident light at the predetermined angle of incidence (θ inc) for the formation of the first order diffraction image in the predetermined observation angle (θ 1), and wherein the diffractive structure is formed in each third zone in such a way that it diffracts an allocated third wavelength, which is different from the first and second wavelength, of the incident light at the predetermined angle of incidence (θ inc) for the formation of the first order diffraction image at the predetermined observation angle (θ 1), such that the first image appears to be multi-coloured.
Substrate comprising multiple power transistors (21, 30) mounted thereon, comprising a first metallization, on which the power transistors (21, 30) are mounted with their collector or emitter, and which extends in at least one line on the substrate, a second metallization, which extends in an area next to the at least one line of the first metallization, connected to the remaining ones of the emitters or collectors of the power transistors (21, 30), and a third metallization connected to gate contact pads of the power transistors (21,30), whereby the third metallization comprises at least two gate metallization areas (16, 18), which are connected by way of bonding means, whereby the gate metallization areas (16, 18) are arranged in parallel to the at least one line and spaced apart in a longitudinal direction of the at least one line, at least one gate metallization area is provided as a gate island surrounded on the substrate by the second metallization, the second metallization has multiple power transistors (21, 30) with their collectors or emitters mounted thereon, whereby the power transistors (21, 30) have the same orientation like the power transistors (21, 30) mounted on the first metallization, the substrate comprises a fourth metallization, which extends in an area next to the second metallization, connected to the remaining ones of the emitters or collectors of the power transistors (21, 30) mounted on the second metallization, and a fifth metallization connected to gate contact pads of the power transistors (21, 30) mounted on the second metallization, whereby the fifth metallization comprises at least two gate metallization areas (16, 18), which are interconnected by way of bonding means, the gate metallization areas (16, 18) are arranged in parallel to the at least one line and spaced apart in a longitudinal direction of the at least one line, and at least one gate metallization area is provided as a gate island surrounded on the substrate by the fourth metallization.
An article of footwear comprising: an upper forming a first portion of a void within the article of footwear; a sole structure secured to the upper, the sole structure including a depression that forms a second portion of the void; a chamber that encloses a pressurized fluid, is located within the depression, and includes a plurality of fluid-filled subchambers separated by bonded areas; and an insert disposed within the void and including indentations (622, 624, 626) having a location and a shape that correspond to the fluid-filled subchambers of the chamber, wherein the insert includes projections (623, 625) disposed between the indentations (622, 624, 626), the fluid-filled subchambers are elongate between a medial side and a lateral side of the chamber, and the indentations (622, 624, 626) and projections (623, 625) alternate in a direction extending along a length of the sole structure, whereby the indentations (622, 624, 626) have shapes that correspond to the shapes of the subchambers, characterized in that the projections (623, 625) are positioned to match the locations of bonded areas. an upper forming a first portion of a void within the article of footwear; a sole structure secured to the upper, the sole structure including a depression that forms a second portion of the void; a chamber that encloses a pressurized fluid, is located within the depression, and includes a plurality of fluid-filled subchambers separated by bonded areas; and an insert disposed within the void and including indentations (622, 624, 626) having a location and a shape that correspond to the fluid-filled subchambers of the chamber, wherein the insert includes projections (623, 625) disposed between the indentations (622, 624, 626), the fluid-filled subchambers are elongate between a medial side and a lateral side of the chamber, and the indentations (622, 624, 626) and projections (623, 625) alternate in a direction extending along a length of the sole structure, whereby the indentations (622, 624, 626) have shapes that correspond to the shapes of the subchambers, characterized in that the projections (623, 625) are positioned to match the locations of bonded areas.
A method for manufacturing a personalized or customized decorative surface having decorative laminate panels including the steps of: - segmenting a digital image of the personalized or customized decorative surface according to a staggered array into a plurality of decorative laminate panel images, wherein each decorative laminate panel image is sized to fit on a decorative laminate panel; - assigning a positioning code to a decorative laminate panel image for identifying its position in the digital image of the personalized or customized decorative surface; - creating a non-staggered digital layout of the plurality of decorative laminate panel images; - inkjet printing the non-staggered digital layout on a substrate; - heat pressing the inkjet printed substrate with a protective layer into a decorative laminate; - dividing the decorative laminate into decorative laminate panels, wherein the front side of a decorative laminate panel includes one of the plurality of inkjet printed decorative laminate panel images and the back-side of decorative laminate panel includes the positioning code of the decorative laminate panel image inkjet printed on the front side of the decorative laminate panel. - segmenting a digital image of the personalized or customized decorative surface according to a staggered array into a plurality of decorative laminate panel images, wherein each decorative laminate panel image is sized to fit on a decorative laminate panel; - assigning a positioning code to a decorative laminate panel image for identifying its position in the digital image of the personalized or customized decorative surface; - creating a non-staggered digital layout of the plurality of decorative laminate panel images; - inkjet printing the non-staggered digital layout on a substrate; - heat pressing the inkjet printed substrate with a protective layer into a decorative laminate; - dividing the decorative laminate into decorative laminate panels, wherein the front side of a decorative laminate panel includes one of the plurality of inkjet printed decorative laminate panel images and the back-side of decorative laminate panel includes the positioning code of the decorative laminate panel image inkjet printed on the front side of the decorative laminate panel.
A pharmaceutical composition for use in treating cancer, characterized in that the pharmaceutical composition consists of a therapeutically effective amount of ferrous glycine chelate and a pharmaceutically acceptable carrier.
A fermentation process comprising subjecting a fermentation broth containing 30 g/L or less of glucose and from 1 to 25 g/L of isomaltose to fermentation conditions in the presence of a microorganism that ferments glucose and an effective amount of at least one active enzyme that depolymerizes isomaltose, under conditions such that the depolymerization of the isomaltose and the fermentation of glucose occur simultaneously, wherein the enzyme includes trans-glucosidase.
Patient stretcher comprising - at least one patient placement unit (10a-c) as well as - a transporting unit which in the assembled state is connected to the at least one patient placement unit (10a-c). wherein the patient placement unit (10a-c) comprises at least one placement element (12a-c) which forms at least one placement surface (14a-c) for a patient, wherein the at least one placement element (12a-c) comprises at least one recess (16a-c) wherein the recess (16a-c) is arranged in a leg area (18a-c) of the at least one placement surface (14a-c) and is provided in order to accommodate at least one device (20a-c), wherein the placement element (12a-c) assumes a plate-shaped shape and forms a one-piece placement surface (14a-c) characterised in that the placement surface (12a-c) consists of an essentially rigid material, wherein the patient placement unit (10a-c) comprises a connection unit (26a-c) which is provided for connecting the at least one placement element (12a-c) to the transporting unit in a detachable manner. - at least one patient placement unit (10a-c) as well as - a transporting unit which in the assembled state is connected to the at least one patient placement unit (10a-c).
Ground anchor element with - an elongated tension member, which is provided for insertion into an anchor hole in the ground, and - at least one rod element, which is arranged spirally around the tension member, characterised in that - the rod element is formed as a flexible tube or a flexible hose, respectively from a plastic material, and - the flexible tube or the flexible hose of the plastic material is wound around the tension member, whereby a spacer device is formed on an outer side of the tension member for spacing the tension member with respect to a surrounding in the anchor hole. - an elongated tension member, which is provided for insertion into an anchor hole in the ground, and - at least one rod element, which is arranged spirally around the tension member, characterised in that - the rod element is formed as a flexible tube or a flexible hose, respectively from a plastic material, and - the flexible tube or the flexible hose of the plastic material is wound around the tension member, whereby a spacer device is formed on an outer side of the tension member for spacing the tension member with respect to a surrounding in the anchor hole.