mhurhangee/patent-ind-claim-en huggingface dataset:
A method for standardized generation and/or isolation of cardiomyocytes derived from a starting cell composition comprising pluripotent and/or multipotent stem cells, the method comprising the steps a) Differentiating said pluripotent and/or multipotent stem cells into cardiovascular cells, thereby generating a sample comprising cardiomyocytes and non-cardiomyocytes; b) Labeling the non-cardiomyocytes of said sample with more than one antibody or antigen binding fragment thereof specific for antigens of non-cardiomyocytes, wherein said more than one antibody or antigen-binding fragment thereof is selected from the group consisting of antiCD10, antiCD105, antiCD140b, antiCD61, antiCD44, antiCD141, and antiCD51/61; c) Depleting said labeled non-cardiomyocytes from said sample; d) Labeling the cardiomyocytes of said sample after step c) with at least one antibody or antigen binding fragment thereof specific for antigen(s) of cardiomyocytes, wherein said at least one antibody or antigen binding fragment thereof is selected from the group consisting of antiPTK7, antiCD99, antiCD276, antiCD56, antiCD59, antiCD147, antiCD239, antiCD298, antiCD49f, antiCD262, antiCD81, antiTra-1-85, antiCD49e, antiCD24, antiCD47, antiCD46, antiCD49c, antiCD51, antiCD29, antiCD98, antiCD63, and antiCD146c, antiCD151; e) Enriching said labeled cardiomyocytes. a) Differentiating said pluripotent and/or multipotent stem cells into cardiovascular cells, thereby generating a sample comprising cardiomyocytes and non-cardiomyocytes; b) Labeling the non-cardiomyocytes of said sample with more than one antibody or antigen binding fragment thereof specific for antigens of non-cardiomyocytes, wherein said more than one antibody or antigen-binding fragment thereof is selected from the group consisting of antiCD10, antiCD105, antiCD140b, antiCD61, antiCD44, antiCD141, and antiCD51/61; c) Depleting said labeled non-cardiomyocytes from said sample; d) Labeling the cardiomyocytes of said sample after step c) with at least one antibody or antigen binding fragment thereof specific for antigen(s) of cardiomyocytes, wherein said at least one antibody or antigen binding fragment thereof is selected from the group consisting of antiPTK7, antiCD99, antiCD276, antiCD56, antiCD59, antiCD147, antiCD239, antiCD298, antiCD49f, antiCD262, antiCD81, antiTra-1-85, antiCD49e, antiCD24, antiCD47, antiCD46, antiCD49c, antiCD51, antiCD29, antiCD98, antiCD63, and antiCD146c, antiCD151; e) Enriching said labeled cardiomyocytes.
Roof hook for fastening a mounting rail to a roof structure , comprising a base support for fastening the roof hook to the roof structure , a rail support for fastening the mounting rail to the roof hook, a foot connected or connectable to the base support , and a connecting section , which connects the foot to the rail support , wherein the rail support has a latching device for height-adjustable and tool-free fastening of the mounting rail to the roof hook, wherein the latching device has a latching section disposed at the connecting section , the latching device has a latching unit , wherein the latching unit and the latching section are configured as separate components, the rail support has a clamping device for fixing the latching unit in a latching position, wherein the clamping device has a sleeve and a clamping member , wherein the latching unit has a support member and/or an engagement member for the mounting rail , wherein the clamping member is placed in a gap between the sleeve and the connecting section to fix the sleeve , as a result of which the latching unit is firmly clamped between the sleeve and the connecting section , and as a result of which the mounting rail is clamped between the support and/or engagement member and the connecting section or the latching section . a base support for fastening the roof hook to the roof structure , a rail support for fastening the mounting rail to the roof hook, a foot connected or connectable to the base support , and a connecting section , which connects the foot to the rail support , wherein the rail support has a latching device for height-adjustable and tool-free fastening of the mounting rail to the roof hook, wherein the latching device has a latching section disposed at the connecting section , the latching device has a latching unit , wherein the latching unit and the latching section are configured as separate components, the rail support has a clamping device for fixing the latching unit in a latching position, wherein the clamping device has a sleeve and a clamping member , wherein the latching unit has a support member and/or an engagement member for the mounting rail , wherein the clamping member is placed in a gap between the sleeve and the connecting section to fix the sleeve , as a result of which the latching unit is firmly clamped between the sleeve and the connecting section , and as a result of which the mounting rail is clamped between the support and/or engagement member and the connecting section or the latching section .
A liquid dispensing product comprising: a spray dispenser , said spray dispenser comprising: a shroud housing a pump , wherein said shroud comprises a shroud top surface , a shroud bottom edge opposing said shroud top surface , and shroud walls connecting the shroud top surface to the shroud bottom edge ; a rotatable nozzle cover housing a discharge nozzle wherein said nozzle cover is rotatable about a central axis thereof, and wherein said discharge nozzle is in fluid communication with said pump ; a trigger operatively engaged with said pump , said trigger having a trigger front surface facing away from said shroud and an opposing trigger back surface and a pair of opposing trigger lateral edges ; a guard proximate said nozzle cover , wherein said guard inhibits contact by an outside structure or force with said nozzle cover from at least one direction and wherein said guard is not in direct contact with said nozzle ; characterized in that said guard is unitary with said trigger and extends from said trigger towards said nozzle cover and wherein said guard and said trigger form a curvature for placement of a finger; and wherein the spray dispenser comprises a liquid composition , the liquid composition comprising from 5% to 15%, by weight of said composition of surfactant; wherein said spray dispenser is configured to spray said composition . a shroud housing a pump , wherein said shroud comprises a shroud top surface , a shroud bottom edge opposing said shroud top surface , and shroud walls connecting the shroud top surface to the shroud bottom edge ; a rotatable nozzle cover housing a discharge nozzle wherein said nozzle cover is rotatable about a central axis thereof, and wherein said discharge nozzle is in fluid communication with said pump ; a trigger operatively engaged with said pump , said trigger having a trigger front surface facing away from said shroud and an opposing trigger back surface and a pair of opposing trigger lateral edges ; a guard proximate said nozzle cover , wherein said guard inhibits contact by an outside structure or force with said nozzle cover from at least one direction and wherein said guard is not in direct contact with said nozzle ; characterized in that said guard is unitary with said trigger and extends from said trigger towards said nozzle cover and wherein said guard and said trigger form a curvature for placement of a finger; and wherein the spray dispenser comprises a liquid composition , the liquid composition comprising from 5% to 15%, by weight of said composition of surfactant; wherein said spray dispenser is configured to spray said composition .
Transition component for connecting components of a chemical or process engineering apparatus, the transition component having a first piece of material made of a first material and a second piece of material made of a second material, it not being possible for the first material and the second material to be connected to one another by fusion welding, the first piece of material and the second piece of material forming a hollow body, the transition component having a radially inner interior face and a radially outer exterior face , the first piece of material being connected to the second piece of material via at least one intermediate material layer , the transition component having at least one insulation layer , the insulation layer extending at least partially over the interior face and/or the exterior face of the transition component , characterized in that the first material is steel or stainless steel and the second material is aluminum or an aluminum alloy.
A method for analyzing melt curve data, the method comprising: generating melt curve data for a calibration sample deposited in a plurality of support regions of a sample support device in a thermal cycler system, wherein the melt curve data is a calibration set of melt curve data; generating melt curve data for at least one test sample deposited in the plurality of support regions of the sample support device in the thermal cycler system, wherein the melt curve data is an experimental set of melt curve data; and correcting the experimental set of melt curve data for assay system noise using the calibration set of melt curve data. generating melt curve data for a calibration sample deposited in a plurality of support regions of a sample support device in a thermal cycler system, wherein the melt curve data is a calibration set of melt curve data; generating melt curve data for at least one test sample deposited in the plurality of support regions of the sample support device in the thermal cycler system, wherein the melt curve data is an experimental set of melt curve data; and correcting the experimental set of melt curve data for assay system noise using the calibration set of melt curve data.
An electronic circuit (10; 20; 30; 40) comprising: a substrate made of a first polymer having a first glass transition temperature lower than 200°C, the substrate having first and second opposite surfaces ; a first layer or first tracks of a second polymer on the first surface; a second layer or second tracks of the second polymer or of a third polymer on the second surface, the second and third polymers being different from the first polymer and having a second glass transition temperature higher than 200°C; and third electrically-conductive tracks on the first layer or the first tracks. a substrate made of a first polymer having a first glass transition temperature lower than 200°C, the substrate having first and second opposite surfaces ; a first layer or first tracks of a second polymer on the first surface; a second layer or second tracks of the second polymer or of a third polymer on the second surface, the second and third polymers being different from the first polymer and having a second glass transition temperature higher than 200°C; and third electrically-conductive tracks on the first layer or the first tracks.
Road finishing machine , comprising a screed for producing a paving layer on a subsoil on which the road finishing machine is moving in the laying direction (R) along a laying section, wherein the screed is height-adjustable and has a pulling arm which is fixed to the road finishing machine at a front pulling point formed thereon by means of a levelling cylinder , at least one measuring means for performing at least one distance measurement, a storage means , a controlling system and a closed-loop controller means operatively linked thereto for adapting a setting of the levelling cylinder , wherein the controlling system is embodied to calculate a correction value (K) in response to at least one distance measurement performed with respect to the subsoil and/or to a reference , which is performable at a measuring point located in front of a front edge of the screed in the laying direction (R) and to at least temporarily store the correction value (K) in the storage means , characterized in that the controlling system is configured to calculate, with a continued laying operation, a desired levelling value (y 1-soll ) for the measuring point , taking into consideration the stored correction value (K), on the basis of which the levelling cylinder of the screed is controlled when the front edge of the screed reaches the measuring point .
A data isolator, comprising: a transformer having a primary winding ; and an H-bridge circuit configured to drive the primary winding, wherein the primary winding has first (N1) and second (N2) connections to the H-bridge circuit, and wherein the primary winding is DC coupled to the H-bridge circuit, wherein the H-bridge circuit comprises first and second P-type transistors and first and second N-type transistors, the data isolator being characterized in that the first and second P-type transistors and the first and second N-type transistors have on-state resistances such that a voltage at a midpoint of the primary winding is substantially at a common mode voltage of the data isolator. a transformer having a primary winding ; and an H-bridge circuit configured to drive the primary winding, wherein the primary winding has first (N1) and second (N2) connections to the H-bridge circuit, and wherein the primary winding is DC coupled to the H-bridge circuit, wherein the H-bridge circuit comprises first and second P-type transistors and first and second N-type transistors, the data isolator being characterized in that the first and second P-type transistors and the first and second N-type transistors have on-state resistances such that a voltage at a midpoint of the primary winding is substantially at a common mode voltage of the data isolator.
A data processing apparatus that shares data managed by at least a first organization and a second organization and performs processing, the data processing apparatus comprising: a schema sharing unit configured to allow sharing of schemas between the first and second organizations, the schemas specifying data structures in which data is stored by the respective first and second organizations, each schema including information on items of a data structure and a relationship between data structures; an agreement forming unit configured to receive, from a data input/output apparatus of one of the first and second organizations, a data processing proposal that indicates a range, among the data stored in the data structures by the first organization and the data stored in the data structures by the second organization, of sharing data to be shared between the first and second organizations, and indicates processing using the sharing data as an input, and to form agreement to the data processing proposal by obtaining approval of the data processing proposal from the first and second organizations; and a processing executing unit configured to acquire the sharing data indicated by the data processing proposal regarding which agreement has been formed from the first and second organizations, and execute the processing indicated by the data processing proposal. a schema sharing unit configured to allow sharing of schemas between the first and second organizations, the schemas specifying data structures in which data is stored by the respective first and second organizations, each schema including information on items of a data structure and a relationship between data structures; an agreement forming unit configured to receive, from a data input/output apparatus of one of the first and second organizations, a data processing proposal that indicates a range, among the data stored in the data structures by the first organization and the data stored in the data structures by the second organization, of sharing data to be shared between the first and second organizations, and indicates processing using the sharing data as an input, and to form agreement to the data processing proposal by obtaining approval of the data processing proposal from the first and second organizations; and a processing executing unit configured to acquire the sharing data indicated by the data processing proposal regarding which agreement has been formed from the first and second organizations, and execute the processing indicated by the data processing proposal.
A medical image processing apparatus comprising: acquisition means for acquiring a plurality of medical images in time phases; extraction means for extracting a target site from at least one medical image from the plurality of medical images; setting means for setting a plurality of pairs of a first reference point on a target-site side and a second reference point on a periphery side of the target site, wherein the periphery side opposes the target site-side from across an outline of the target site extracted by the extraction means; calculation means for calculating, for the plurality of pairs, a plurality of slippages based on movement information of the second reference point with respect to the first reference point ; and display processing means for displaying, on display means , the medical image with the plurality of slippages corresponding to the plurality of pairs of the first reference point and the second reference point . acquisition means for acquiring a plurality of medical images in time phases; extraction means for extracting a target site from at least one medical image from the plurality of medical images; setting means for setting a plurality of pairs of a first reference point on a target-site side and a second reference point on a periphery side of the target site, wherein the periphery side opposes the target site-side from across an outline of the target site extracted by the extraction means; calculation means for calculating, for the plurality of pairs, a plurality of slippages based on movement information of the second reference point with respect to the first reference point ; and display processing means for displaying, on display means , the medical image with the plurality of slippages corresponding to the plurality of pairs of the first reference point and the second reference point .
A device adapted to hold a beverage container having any size within a range of sizes, the device comprising: a base ; a side wall extending away from the base and defining an opening through which the beverage container is receivable into a cavity defined by the base and the side wall ; and a pliable collar spaced away from the base and located within the cavity, the collar extending inwardly into the cavity and having an aperture through which the beverage container is insertable such that the collar deforms to cause an inner edge of the aperture to contact and grip the beverage container; wherein the opening has a first width, the aperture of the collar has a second width, the second width being smaller than the first width and wherein the first width is selected to be larger than the diameter of the largest beverage container in the range of sizes and the second width is selected to be smaller than the smallest beverage container in the range of sizes; and characterized in that an internal surface of the side wall has an internal shoulder to provide a recess to provide space for the collar to fold into during insertion of the beverage container through the aperture into the cavity. a base ; a side wall extending away from the base and defining an opening through which the beverage container is receivable into a cavity defined by the base and the side wall ; and a pliable collar spaced away from the base and located within the cavity, the collar extending inwardly into the cavity and having an aperture through which the beverage container is insertable such that the collar deforms to cause an inner edge of the aperture to contact and grip the beverage container; wherein the opening has a first width, the aperture of the collar has a second width, the second width being smaller than the first width and wherein the first width is selected to be larger than the diameter of the largest beverage container in the range of sizes and the second width is selected to be smaller than the smallest beverage container in the range of sizes; and characterized in that an internal surface of the side wall has an internal shoulder to provide a recess to provide space for the collar to fold into during insertion of the beverage container through the aperture into the cavity.
Apparatus for changing physical characteristics of a metal workpiece (W) having a surface , the apparatus comprising: a support for the workpiece (W); a driven member for applying multiple impacts to a surface of the workpiece (W) and creating impact energy that moves as a stress wave from the driven member to the surface of the workpiece (W), the stress wave being then transferred from the surface as an internal compressive layer within the workpiece (W); and a controller having adjustable parameters operatively connected to the driven member to operate the driven member for applying multiple impacts against the surface of the workpiece (W) within a range of the adjustable parameters for changing physical characteristics of the metal workpiece (W), wherein the support for the workpiece (W) has a surface, the workpiece (W) having a second surface which bears against the surface of the support and in that the support comprises an anvil bearing against the second surface of the workpiece (W) for opposing the multiple impacts to the surface of the workpiece (W), the apparatus further comprising elongated clamps configured to cooperate with the support to secure the workpiece in place during impacting by the driven member. a support for the workpiece (W); a driven member for applying multiple impacts to a surface of the workpiece (W) and creating impact energy that moves as a stress wave from the driven member to the surface of the workpiece (W), the stress wave being then transferred from the surface as an internal compressive layer within the workpiece (W); and a controller having adjustable parameters operatively connected to the driven member to operate the driven member for applying multiple impacts against the surface of the workpiece (W) within a range of the adjustable parameters for changing physical characteristics of the metal workpiece (W), wherein the support for the workpiece (W) has a surface, the workpiece (W) having a second surface which bears against the surface of the support and in that the support comprises an anvil bearing against the second surface of the workpiece (W) for opposing the multiple impacts to the surface of the workpiece (W), the apparatus further comprising elongated clamps configured to cooperate with the support to secure the workpiece in place during impacting by the driven member.
An injection system including: - a longitudinal barrel , - a distally projecting tip , - a collar provided with an inner thread , said collar being securely engaged around said distally projecting tip , said distally projecting tip having a lateral surface and a fluid passageway extending therethrough, and - a tip-cap assembly comprising an elastomeric inner cap , and a rigid outer cap that is or can be securely disposed around said elastomeric inner cap , wherein said rigid outer cap of the tip cap assembly comprises: - an outer thread intended to be screwed with the inner thread of the collar , - a frustoconical extension , - a radial recess between the outer thread and the frustoconical extension , said frustoconical extension being provided to ensure a circumferential sealing of the distally projecting tip around the lateral surface in order to act as a sterility skirt when the tip-cap assembly closes the passageway of the projecting tip . - a longitudinal barrel , - a distally projecting tip , - a collar provided with an inner thread , said collar being securely engaged around said distally projecting tip , said distally projecting tip having a lateral surface and a fluid passageway extending therethrough, and - a tip-cap assembly comprising an elastomeric inner cap , and a rigid outer cap that is or can be securely disposed around said elastomeric inner cap , - an outer thread intended to be screwed with the inner thread of the collar , - a frustoconical extension , - a radial recess between the outer thread and the frustoconical extension ,