mhurhangee/ep-ind-claims huggingface dataset:
A process for producing a water soluble pouch comprising: (i) providing a mould for the pouch with a first cavity and a second cavity, (ii) providing a first film over the mould, (iii) deep drawing the first film into the first cavity of the mould forming an open first chamber and into the second cavity of the mould forming an open second chamber; (iv) providing a second film over the, preferably filled, chambers (4, 5); (v) a sealing step to form a seam which comprises joining the second film to the first film in the seam area therefore closing the first chamber and the second chamber; (vi) forming a weakened line in the seam such that at least the first chamber can be separated from the second chamber, wherein in the weakened line the thickness of the seam is reduced in at least one position between the first chamber and the second chamber, and wherein the weakened line is in form of a trench in the seam characterized in that the weakened line is formed in step (v) at the same time than the sealing, wherein a tool and a die used for sealing also provide the weakened line and the weakened line is formed in the seam by pressing the seam between a tool, which is the outer surface of the mould, and the die which is movable. (i) providing a mould for the pouch with a first cavity and a second cavity, (ii) providing a first film over the mould, (iii) deep drawing the first film into the first cavity of the mould forming an open first chamber and into the second cavity of the mould forming an open second chamber; (iv) providing a second film over the, preferably filled, chambers (4, 5); (v) a sealing step to form a seam which comprises joining the second film to the first film in the seam area therefore closing the first chamber and the second chamber; (vi) forming a weakened line in the seam such that at least the first chamber can be separated from the second chamber, wherein in the weakened line the thickness of the seam is reduced in at least one position between the first chamber and the second chamber, and wherein the weakened line is in form of a trench in the seam
A method of coating a surface of a product, comprising: depositing droplets of a coating material in a predetermined pattern on the surface from a plurality of nozzles (32A, 32B) included in a droplet deposition assembly, the coating material including at least one polymeric component; heating the surface of the product after the deposition of the droplets to cause a predetermined temperature gradient along the product in a production direction; and curing the at least one polymeric component in the deposited coating material to form a coating on the surface, wherein depositing comprises depositing two different types of coating materials and the predetermined pattern comprises the location of each droplet from the two different types of coating materials, and wherein a first coating material includes a polymeric component and the second coating material includes solution with solid functional particles, such that the predetermined pattern comprises functional particles of the second material interlaced in a grid of the first material. depositing droplets of a coating material in a predetermined pattern on the surface from a plurality of nozzles (32A, 32B) included in a droplet deposition assembly, the coating material including at least one polymeric component; heating the surface of the product after the deposition of the droplets to cause a predetermined temperature gradient along the product in a production direction; and curing the at least one polymeric component in the deposited coating material to form a coating on the surface, wherein depositing comprises depositing two different types of coating materials and the predetermined pattern comprises the location of each droplet from the two different types of coating materials, and wherein a first coating material includes a polymeric component and the second coating material includes solution with solid functional particles, such that the predetermined pattern comprises functional particles of the second material interlaced in a grid of the first material.
A cooling system for high density heat loads having a first air-to-fluid heat exchanger, the first heat exchanger comprising: an inlet manifold having a fluid inlet conduit with a predetermined size; an outlet manifold; a first plurality of heat transfer conduits fluidicly coupled between the inlet manifold and the outlet manifold; and a plurality of fluid outlet conduits (6a,6b) coupled to the outlet manifold and having a combined flow area greater than the flow area of the inlet conduit, thereby optimizing pressure drop across the heat exchanger for a predetermined fluid flow rate; a second air-to-fluid heat exchanger comprising an inlet manifold having a fluid inlet conduit of a predetermined size, an outlet manifold, a second of plurality of heat transfer conduits fluidicly coupled between the inlet manifold and the outlet manifold, and a plurality of fluid outlet conduits (6c,6d) coupled to the outlet manifold and having a combined flow area greater than the flow area of the inlet conduit; wherein the first and second heat exchangers (2a,2b) are stacked adjacent one another in a direction of air flow through the heat exchangers (2a,2b); and wherein the fluid flowing through the first heat exchanger flows in a direction different from the fluid flow direction of the second heat exchanger; the fluid flow directions being substantially opposite one another. an inlet manifold having a fluid inlet conduit with a predetermined size; an outlet manifold; a first plurality of heat transfer conduits fluidicly coupled between the inlet manifold and the outlet manifold; and a plurality of fluid outlet conduits (6a,6b) coupled to the outlet manifold and having a combined flow area greater than the flow area of the inlet conduit, thereby optimizing pressure drop across the heat exchanger for a predetermined fluid flow rate; a second air-to-fluid heat exchanger comprising an inlet manifold having a fluid inlet conduit of a predetermined size, an outlet manifold, a second of plurality of heat transfer conduits fluidicly coupled between the inlet manifold and the outlet manifold, and a plurality of fluid outlet conduits (6c,6d) coupled to the outlet manifold and having a combined flow area greater than the flow area of the inlet conduit; wherein the first and second heat exchangers (2a,2b) are stacked adjacent one another in a direction of air flow through the heat exchangers (2a,2b); and wherein the fluid flowing through the first heat exchanger flows in a direction different from the fluid flow direction of the second heat exchanger; the fluid flow directions being substantially opposite one another.
A compound represented by the formula: wherein X is CH or N, one of Y and Z is C, and the other is C(R 2)(R 3), R 2 and R 3 are both hydrogen atoms; the atom on R 1 bonded to N of the Y-N-Z is C; and R 1 is an optionally substituted C 6-14 aryl group, an optionally substituted C 3-10 cycloalkyl group which is optionally fused with an optionally substituted benzene ring, or an optionally substituted non-aromatic heterocyclic group, or a salt thereof. X is CH or N, one of Y and Z is C, and the other is C(R 2)(R 3), R 2 and R 3 are both hydrogen atoms; the atom on R 1 bonded to N of the Y-N-Z is C; and R 1 is an optionally substituted C 6-14 aryl group, an optionally substituted C 3-10 cycloalkyl group which is optionally fused with an optionally substituted benzene ring, or an optionally substituted non-aromatic heterocyclic group,
A pure water supply system for dialysis devices with a conduit, connected into which is an electrochemical ozone generator in order to kill germs in the flowing water or to oxidise organic substances, wherein the ozone generator includes a block, which includes an inlet and an opposing outlet for the water and a cell stack between them which consists of a plurality of cells, which each include a laminar anode, a laminar cathode and a continuous, cation-conductive membrane in the form of a solid electrolyte, which is arranged between them and is chemically stable with respect to ozone and which connects the anode and the cathode in a saw tooth, trapezoidal, rectangular or sinusoidal shaped manner and thus defines flow passages for water, which are separated from one another as anode and cathode spaces, wherein the cell stack is arranged lying obliquely within the block between the inlet and the outlet so that the flow passages extend obliquely upwardly and wherein arranged upstream of the cell stack in the flow direction there is a liquid reverser which guides the water through the flow passages of the membrane.
Interior handle for opening doors of motor vehicles of the type that are hinged, in relation to a housing built into the interior trim panel of the vehicle door, the handle being included inside said housing in a rest position, wherein said handle comprises a lever that has a front opening with a perimeter partition exteriorly surrounding the contour of the lever and an outer frame that, in turn, has a perimeter partition exteriorly facing the perimeter partition of the lever, said handle characterized in that the frame surrounds exteriorly the lever, wherein the lever is surrounded along the entire outer contour by the perimeter partition of the lever, which is perpendicular to the visible face of the lever, wherein the outer contour of the lever, on the visible face, has a perimeter rim with its outer wall tapered in relation to the center of the housing, the outer contour of the frame having a perimeter groove on the visible face of the handle, directed towards the inside of the handle, with its tapered inner wall, the cone taper of said inner wall of the frame and the cone taper of the outer wall of the lever being coincident.
An antibody-drug conjugate comprising a therapeutic agent and an antibody or an antigen-binding fragment that binds Globo H; wherein the therapeutic agent is covalently conjugated to the antibody or the antigen-binding fragment by a linker, wherein the antibody is selected from a monoclonal antibody, an antigen-binding fragment, a chimeric antibody, and a humanized antibody, and wherein the antigen-binding fragment is a Fab, F(ab') 2, Fv or scFv fragment, and wherein the linker comprises thio groups. wherein the therapeutic agent is covalently conjugated to the antibody or the antigen-binding fragment by a linker, wherein the antibody is selected from a monoclonal antibody, an antigen-binding fragment, a chimeric antibody, and a humanized antibody, and wherein the antigen-binding fragment is a Fab, F(ab') 2, Fv or scFv fragment, and wherein the linker comprises thio groups.
A diagnostic method for temperature regulating devices for regulating the temperature of systems for the purpose of identifying and/or localizing errors in a temperature regulating device, which is equipped with one or more first sensors as well as one or more further components, which are provided to guarantee the operation of the system with the temperature regulating device, and with one or more second sensors, which are provided to measure the state of the temperature regulating device and/or the ambient conditions around the temperature regulating device, comprising the following steps: - determining the temperature regulating device which is to be checked with a diagnostic procedure; - decoupling the temperature regulating device from the system; - connecting the temperature regulating device to a defined consumer; and - executing the diagnostic procedure for the temperature regulating device by means of a diagnostic program, wherein the diagnostic program checks the components as well as the first and second sensors (1, 2) of the temperature regulating device in a predetermined sequence stored in the diagnostic program until the error in the temperature regulating device has been identified and/or localized. - determining the temperature regulating device which is to be checked with a diagnostic procedure; - decoupling the temperature regulating device from the system; - connecting the temperature regulating device to a defined consumer; and - executing the diagnostic procedure for the temperature regulating device by means of a diagnostic program, wherein the diagnostic program checks the components as well as the first and second sensors (1, 2) of the temperature regulating device in a predetermined sequence stored in the diagnostic program until the error in the temperature regulating device has been identified and/or localized.
A method for delivering a compound into a cell, the method comprising passing a cell suspension through a surface containing pores, wherein said pores deform the cell thereby causing a perturbation of the cell such that the compound enters the cell, wherein said cell suspension is contacted with the compound, further wherein the cell suspension comprises: (i) a mixed cell population, wherein the cell suspension is whole blood, lymph or comprises peripheral blood mononuclear cells; or (ii) a purified primary cell population, wherein the primary cell is an immune cell, a stem cell, a tumor cell, a fibroblast, a skin cell, a neuron, or a red blood cell; further wherein the surface is a membrane and/or a filter. (i) a mixed cell population, wherein the cell suspension is whole blood, lymph or comprises peripheral blood mononuclear cells; or (ii) a purified primary cell population, wherein the primary cell is an immune cell, a stem cell, a tumor cell, a fibroblast, a skin cell, a neuron, or a red blood cell; further wherein the surface is a membrane and/or a filter.
A method of making solid milk comprising: a compression step for compressing powdered milk to obtain a solid form of compressed powdered milk; a humidifying step for humidifying the compressed powdered milk obtained by the compression step; and a drying step for drying the compressed powdered milk humidified by the humidifying step; thereby producing solid milk having a water content of 1%-4% by weight, wherein the compression step obtains the solid form of the compressed powdered milk by using a compression molding machine to compress the powdered milk, the compression speed of the compression molding machine is 0.5 mm/s-40 mm/s, the compression force in the compression step is controlled so that a porosity of the compressed powdered milk becomes 30%-60%, and wherein the compression force in the compression step is 50KPa-30MPa. a compression step for compressing powdered milk to obtain a solid form of compressed powdered milk; a humidifying step for humidifying the compressed powdered milk obtained by the compression step; and a drying step for drying the compressed powdered milk humidified by the humidifying step; thereby producing solid milk having a water content of 1%-4% by weight,
Hydroconversion process for preparing hydrocarbon compositions comprising the step of subjecting to hydrotreatment the following composition: - a gasoil component in amounts in the range of 20 to 95% w/w, - a gasoline component in amounts in the range of 1 to 40 % w/w, - a component of biological origin containing esters of fatty acids, with possible amounts of free fatty acids, the biological component in amounts in the range of 4 and 60 % w/w, all the percentages referring to the total weight of the sum of the components, wherein said gasoline has a T95 not exceeding 240°C, a density in the range of from 855 to 910 kg/m 3, an aromatic content greater than 50% by weight and a cloud point below -40°C, wherein the hydrotreatment is performed in the presence of hydrogen and of a hydrogenation catalyst containing a support and one or more metals selected from among metals of Group VIII and Group VIB, at a temperature varying between 320 and 420°C, a pressure varying between 70 and 100 bars, a LHSV in the range of from 0.5 to 2 h -1, a H 2 /feed ratio in the range of from 200 to 1000 Nl/l. - a gasoil component in amounts in the range of 20 to 95% w/w, - a gasoline component in amounts in the range of 1 to 40 % w/w, - a component of biological origin containing esters of fatty acids, with possible amounts of free fatty acids, the biological component in amounts in the range of 4 and 60 % w/w,
A slew bearing (10; 107) comprising: - a stationary bearing ring to be fixed to a base (3; 106); - a moveable bearing ring to be fixed to a moveable object (7; 102) and which moveable bearing ring is concentric with the stationary bearing ring, wherein the stationary bearing ring and the moveable bearing ring are configured to enable rotation of the moveable bearing ring relative to the stationary bearing ring about a rotation axis, wherein the slew bearing further comprises an upper main axial bearing having a row of axial load rollers, which rollers are arranged between a top roller raceway and a bottom roller raceway, said top roller raceway being connected to the moveable bearing ring and said bottom roller raceway being connected to the stationary bearing ring, and said rollers configured to transfer axial loads parallel to the rotation axis between the moveable bearing ring and the stationary bearing ring, characterized in that the slew bearing further comprises an upper auxiliary axial bearing having upper low-friction pads arranged on the moveable bearing ring and corresponding lower low-friction pads arranged on the stationary bearing ring to engage with the upper low-friction pads, wherein the upper low-friction pads are arranged parallel to the top roller raceway, and the lower low-friction pads are arranged parallel to the bottom roller raceway in order to transfer axial loads parallel to the rotation axis between the moveable bearing ring and the stationary bearing ring when the upper and lower low-friction pads engage with each other, in that the moveable bearing ring comprises one or more main portions with at least a part of the top roller raceway of the upper main axial bearing and one or more corresponding auxiliary portions, each auxiliary portion comprising at least a part of the upper low-friction pads, in that the one or more main portions are moveable relative to the corresponding one or more auxiliary portions between an operational position, in which the at least part of the top roller raceway engages with axial load rollers to transfer axial loads between the moveable bearing ring and the stationary ring, and a maintenance position, in which the at least part of the top roller raceway is disengaged from the axial load rollers, and in that the one or more auxiliary portions are configured such that the at least part of the upper low-friction pads are engageable with lower low-friction pads when the corresponding one or more main portions are in the maintenance position to transfer axial loads between the moveable bearing ring and the stationary ring. - a stationary bearing ring to be fixed to a base (3; 106); - a moveable bearing ring to be fixed to a moveable object (7; 102) and which moveable bearing ring is concentric with the stationary bearing ring,
An orally disintegrating nicotine tablet for nicotine craving relief comprising a pressed powder formulation, the tablet being designed to disintegrate within a period of less than 60 seconds upon oral administration, the powder formulation comprising an amount of nicotine, a pH regulating agent, at least one polyol, and a disintegrant, wherein the polyol comprises more than 40% by weight of the tablet, wherein the at least one polyol is selected from the list consisting of sorbitol, erythritol, xylitol, maltitol, mannitol, lactitol, and isomalt, wherein the tablet comprises the disintegrant in an amount of 1-10 % by weight of the tablet, wherein the disintegrant comprises cross-linked polyvinylpyrrolidone, and wherein the pH regulating agent is an alkaline buffering agent.
A nitrogen-containing graphene structure, comprising: a graphene structure having a monolayer or multilayer graphene nanosheet; and nitrogen introduced into the graphene structure, wherein the graphene structure has a sheet portion comprised of a monolayer or multilayer graphene nanosheet and containing, at the edge portion thereof, an armchair edge-face portion and a terminal six-membered ring bound to the armchair edge-face portion while sharing only one side therewith, and the nitrogen introduced into the graphene structure includes nitrogen in the form of a nitrogen-containing functional group, which includes an amino group (-NH 2), bound to any one or more carbon atoms selected from (a) carbon atoms constituting the terminal six-membered ring but not bound to the armchair edge-face portion, and (b) carbon atoms constituting the sheet portion including the carbon atom on the side shared with the terminal six-membered ring. a graphene structure having a monolayer or multilayer graphene nanosheet; and nitrogen introduced into the graphene structure, wherein the graphene structure has a sheet portion comprised of a monolayer or multilayer graphene nanosheet and containing, at the edge portion thereof, an armchair edge-face portion and a terminal six-membered ring bound to the armchair edge-face portion while sharing only one side therewith, and the nitrogen introduced into the graphene structure includes nitrogen in the form of a nitrogen-containing functional group, which includes an amino group (-NH 2), bound to any one or more carbon atoms selected from (a) carbon atoms constituting the terminal six-membered ring but not bound to the armchair edge-face portion, and (b) carbon atoms constituting the sheet portion including the carbon atom on the side shared with the terminal six-membered ring.
A service authentication processing method, comprising: receiving a service authentication request from a sending end; and in a case that the service authentication request is successfully authenticated through a proxy module, said method being characterized by: authorizing an administrator right to the sending end through the proxy module, and/or providing an adaptation interface for performing a control operation on a client to the sending end, wherein, the proxy module is a first application program running on the client, and the first application program is used for acquiring, by the sending end, an administrator right of the client and/or used for adapting the sending end to an operating system used on the client. receiving a service authentication request from a sending end; and in a case that the service authentication request is successfully authenticated through a proxy module, said method being characterized by: authorizing an administrator right to the sending end through the proxy module, and/or providing an adaptation interface for performing a control operation on a client to the sending end, wherein, the proxy module is a first application program running on the client, and the first application program is used for acquiring, by the sending end, an administrator right of the client and/or used for adapting the sending end to an operating system used on the client.