mhurhangee/ep-ind-claims huggingface dataset:
A rotor for an impact mill having a vertically running rotor shaft and at least one stellate plate connected thereto in a rotationally fixed manner, on which a multiplicity of replaceable impact tools fastened thereon are held, the impact tools have the shape of paddle blades with a fastening side central notch, on which a holding block is formed on both sides, tool mounting brackets being present above and below the stellate plate, which interact with the holding blocks in a positive manner, characterized in that the impact tools can be mounted by means of replaceable different moulded pieces in the relative distance from the centre of the rotor shaft, wherein the tool mounting brackets are mounted together in a pivotable manner by means of a secured mounting bolt in each case, via the moulded piece which is fitted in the stellate plate in a fixed manner, and the mounting bolt engages through the upper tool holding bracket, then through the moulded piece and finally through the lower tool holding bracket.
Block means for arrangement in a door leaf or window sash, comprising two block bodies (2a, 2b) which can be moved relative to one another and an actuating device for moving at least one block body, the two block bodies (2a, 2b) being planar and linearly movable, toward or away from one another, relative to one another (double arrow L), perpendicularly to the respective main planes thereof, characterized in that the actuating device comprises a screw and a nut is arranged on one of the block bodies (2a, 2b).
A method for determining the presence of pancreatic cancer in an individual comprising or consisting of the steps of: a) providing a sample to be tested obtained from the individual; b) determining a biomarker signature of the test sample by measuring the expression in the test sample of two or more biomarkers selected from the group defined in Table A; wherein step (b) comprises measuring the expression in the test sample of HADH2, and wherein the expression in the test sample of the two or more biomarkers selected from the group defined in Table A is indicative of the presence of pancreatic cancer. a) providing a sample to be tested obtained from the individual; b) determining a biomarker signature of the test sample by measuring the expression in the test sample of two or more biomarkers selected from the group defined in Table A;
A method for carrying out a PCVD deposition process, said method comprising the steps of: i) providing a glass substrate tube; ii) supplying one or more glass-forming gasses to the substrate tube of step i); iii) inducing a plasma by means of microwave radiation on at least a part of the substrate tube of step ii) to induce deposition of one or more glass layers onto the interior surface of the substrate tube; wherein at least one plasma-reactive gas is supplied to the substrate tube during step iii) in one or more pulses as a function of the axial position of the plasma along the length of the substrate tube, and characterized in that at least multiple pulses of plasma-reactive gas are provided and wherein the multiple pulses of plasma-reactive gas are supplied at certain longitudinal intervals along the length of the substrate tube in millimeters equaling one or an uneven multiple of a half of the wavelength of the microwaves of step ii). i) providing a glass substrate tube; ii) supplying one or more glass-forming gasses to the substrate tube of step i); iii) inducing a plasma by means of microwave radiation on at least a part of the substrate tube of step ii) to induce deposition of one or more glass layers onto the interior surface of the substrate tube; wherein at least one plasma-reactive gas is supplied to the substrate tube during step iii) in one or more pulses as a function of the axial position of the plasma along the length of the substrate tube, and characterized in that at least multiple pulses of plasma-reactive gas are provided and wherein the multiple pulses of plasma-reactive gas are supplied at certain longitudinal intervals along the length of the substrate tube in millimeters equaling one or an uneven multiple of a half of the wavelength of the microwaves of step ii).
Cooling unit arrangement consisting of at least two mutually arrangeable shelf modules (1, 2, 3), comprising a base group, a rear wall group, and an upper group with corresponding casing parts and forming a cooling chamber, and a cooling device, wherein the shelf modules (1, 2, 3) have identical modular parts with frame profiles, which support the base group, the rear wall group, and the upper group, and wherein at least the rear wall group of each shelf module (1, 2, 3) is equipped with components of the cooling device, wherein the module frames with the frame profiles form side frames of the shelf modules (1, 2, 3), and the base group, the rear wall group, and the upper group are mounted with their corresponding casing parts on the side frames, wherein the cooling device comprises at least one compressor, an evaporator (50, 50', 50"), a condenser, connecting elements including connecting lines (53.1), a fan (56, 57), and a control device with a control unit (55.1), wherein the rear wall group, the base group and/or the upper group of each shelf module (1, 2, 3) is/are designed for detachably mounting further components of the cooling device, characterized in that the shelf arrangement is provided with a common evaporator (50, 50', 50") arranged in the rear wall group and extending along a plurality of or all shelf modules (1, 2, 3).
A pharmaceutical composition containing a material inducing expression of SIRT1 (silent mating type information regulation 2 homolog; Sirtuin1) as a valid element for use in preventing or treating a sepsis or septic shock, wherein the material is interferon beta.
A handle for the drive of a drive rod fitting of a casement pivotable against a frame with a drive handle,with a drive pin, wherein the drive pin has a first end section for the rotationally-fixed coupling with a nut of a drive gear of the drive rod fitting and a second end section coupled in a rotationally-fixed manner with a drive handle, with a sleeve surrounding the drive pin between the two end sections (7, 8), with a holding part connectable in a rotationally-fixed and axially non-displaceable manner with the sleeve, wherein the holding part has screw bores provided for screwing to the casement, with a ring element held axially non-displaceably in the sleeve and with a securing element for holding the ring element on the drive pin, wherein the sleeve has a radial feed slot in its lateral surface for introducing the ring element.
Lying surface for a bed frame wherein one or more electric-motor or hydraulic or pneumatic or gas-strut lifting drives are provided for swivel driving of head and/or foot part (6, 7), wherein the head part consists of two head part regions (7a, 7b) which can be swivelled and folded at an angle in relation to one another and the relative folding of which is adjustable by the lifting drive, wherein at least one locking element is arranged in the region of the swivel axis for limiting the swivel angle between the two head part regions (7a, 7b), characterised in that the locking element is embodied in the form of a triangular body and the stop faces (30, 31) are arranged at an angle to one another and capable of bearing against the associated stop faces (32, 36) of the longitudinal members (21, 22) which can be folded at an angle in relation to one another.
A computer hardware system comprising at least one processing unit coupled to a memory, wherein the memory is encoded with computer executable instructions that when executed cause the at least one processing unit to: receive a request from a user device (102a, 102n, 102n) to access a resource, the resource requiring authentication for access; determine whether an authenticated connection of a first type is available; if the authenticated connection of the first type is available, fulfill the request using the authenticated connection of the first type; if the authenticated connection of the first type is not available, determine whether a first authenticated connection of a second type is available; if the first authenticated connection of the second type is available, fulfill the request using the authenticated connection of the second type; if the first authenticated connection of the second type is not available, provide a second authenticated connection of the second type; and fulfill the request using the second authenticated connection of the second type, characterized in that: the authenticated connection of the first type is a previously used authenticated connection and the authenticated connection of the second type is an unused authenticated connection; and the second authenticated connection of the second type is provided by authenticating an unauthenticated connection. receive a request from a user device (102a, 102n, 102n) to access a resource, the resource requiring authentication for access; determine whether an authenticated connection of a first type is available; if the authenticated connection of the first type is available, fulfill the request using the authenticated connection of the first type; if the authenticated connection of the first type is not available, determine whether a first authenticated connection of a second type is available; if the first authenticated connection of the second type is available, fulfill the request using the authenticated connection of the second type; if the first authenticated connection of the second type is not available, provide a second authenticated connection of the second type; and fulfill the request using the second authenticated connection of the second type, characterized in that: the authenticated connection of the first type is a previously used authenticated connection and the authenticated connection of the second type is an unused authenticated connection; and the second authenticated connection of the second type is provided by authenticating an unauthenticated connection. the authenticated connection of the first type is a previously used authenticated connection and the authenticated connection of the second type is an unused authenticated connection; and the second authenticated connection of the second type is provided by authenticating an unauthenticated connection.
A method for communicating between a vehicle and a remote application server, said method comprising: receiving at a gateway device computer system an application message transmitted from a vehicle computer system; determining by the gateway device computer system whether the application message should be forwarded to a remote application server that provides a remote software application associated with the application message; and redirecting the application message to a local software application executed in a virtual machine by the gateway device computer system when the application message should not be forwarded, wherein the local software application corresponds to the remote software application, and interacts with the vehicle computer system in a manner that is indistinguishable from the manner in which the remote software application interacts with the vehicle computer system, wherein the local software application stores data included in the application message, and wherein redirecting the application message to the local software application includes the gateway device computer system receiving a response to the application message from the local software application and forwarding the response to the vehicle computer system, said method further comprising, after said redirecting the application message: establishing an uplink connection with the remote application server; and synchronizing the stored data with the remote software application provided by the remote application server. receiving at a gateway device computer system an application message transmitted from a vehicle computer system; determining by the gateway device computer system whether the application message should be forwarded to a remote application server that provides a remote software application associated with the application message; and redirecting the application message to a local software application executed in a virtual machine by the gateway device computer system when the application message should not be forwarded, wherein the local software application corresponds to the remote software application, and interacts with the vehicle computer system in a manner that is indistinguishable from the manner in which the remote software application interacts with the vehicle computer system, wherein the local software application stores data included in the application message, and wherein redirecting the application message to the local software application includes the gateway device computer system receiving a response to the application message from the local software application and forwarding the response to the vehicle computer system, said method further comprising, after said redirecting the application message: establishing an uplink connection with the remote application server; and synchronizing the stored data with the remote software application provided by the remote application server. establishing an uplink connection with the remote application server; and synchronizing the stored data with the remote software application provided by the remote application server.
A functional sheet comprising: a sheet containing at least one fibrous layer containing thermally bondable fibers, wherein the sheet is obtained by masking and pressing a surface of the at least one fibrous layer using a planar object having a plurality of openings, wherein convexes are formed in parts of the at least one fibrous layer which are exposed to the plurality of openings of the planar object and plains are formed in parts of the at least one fibrous layer onto which the planar object is pressed,applying a solution of a modifier from a side of the planar object to allow the modifier to deposit onto whole surfaces of the convexes of the sheet and then removing the planar object, wherein portions of the at least one fibrous layer where the modifier was deposited are the convexes and portions of the at least one fibrous layer where no modifier was deposited are the plains, an area of each single hole of the plurality of openings of the planar object is in the range of approximately 1.5 mm 2 to approximately 20 mm 2, and the modifier comprises a 2-methacryloyloxyethyl phosphorylcholine polymer, a hyaluronic acid, or a collagen. a sheet containing at least one fibrous layer containing thermally bondable fibers, wherein the sheet is obtained by masking and pressing a surface of the at least one fibrous layer using a planar object having a plurality of openings, wherein convexes are formed in parts of the at least one fibrous layer which are exposed to the plurality of openings of the planar object and plains are formed in parts of the at least one fibrous layer onto which the planar object is pressed,applying a solution of a modifier from a side of the planar object to allow the modifier to deposit onto whole surfaces of the convexes of the sheet and then removing the planar object, wherein portions of the at least one fibrous layer where the modifier was deposited are the convexes and portions of the at least one fibrous layer where no modifier was deposited are the plains, an area of each single hole of the plurality of openings of the planar object is in the range of approximately 1.5 mm 2 to approximately 20 mm 2, and the modifier comprises a 2-methacryloyloxyethyl phosphorylcholine polymer, a hyaluronic acid, or a collagen.
A method for making a light-emitting microelectronic device comprising the steps of: a) growing on a continuous substrate metal layer belonging to a metal support, or a thin metallic layer of a metal support a plurality of wires based on one or several semiconducting materials capable of emitting light radiation, the substrate or said thin metallic layer being capable of reflecting said light radiation, b) forming at least one electrically conducting contact area on at least one of said wires. a) growing on a continuous substrate metal layer belonging to a metal support, or a thin metallic layer of a metal support a plurality of wires based on one or several semiconducting materials capable of emitting light radiation, the substrate or said thin metallic layer being capable of reflecting said light radiation, b) forming at least one electrically conducting contact area on at least one of said wires.
Process for preparing automotive shredder fibre residue pellets, wherein fibrous automotive shredder residue having a bulk density of 150 kg/m 3 or less that comprises at least one thermoplastic fraction is compacted to a bulk density of 250 to 1000 kg/m 3 in a pellet mill at temperatures below the melt temperature of the thermoplastic fraction, wherein the fibrous automotive shredder residue is fed to the pellet mill and forced through a die plate with a plurality of die bores having a diameter in the range of 4 to 10 mm and a length over diameter ratio in the range of 4 to 12.
An in vitro method for preparing antigen-specific dendritic cells, comprising: pulsing immature dendritic cells with an antigen; maturing the dendritic cells by treating the pulsed dendritic cells with at least one maturation factor selected from among Interleukin-1β (IL-1β), Interleukin-6 (IL-6), Tumor necrosis factor-α (TNF-α), Interferon gamma (IFN-y), Prostaglandin E2, and Poly IC, and thereafter with Picibanil. pulsing immature dendritic cells with an antigen; maturing the dendritic cells by treating the pulsed dendritic cells with at least one maturation factor selected from among Interleukin-1β (IL-1β), Interleukin-6 (IL-6), Tumor necrosis factor-α (TNF-α), Interferon gamma (IFN-y), Prostaglandin E2, and Poly IC, and thereafter with Picibanil.
A concavo-convex part forming method for forming, using a film, a concavo-convex part on a surface of an object, comprising: a convex part forming step of forming, on a first surface of the film, a concavo-convex-part-forming convex part (211, 231, 232, 291) for forming the concavo-convex part on the surface of the object; a protruding part forming step of pushing the formed concavo-convex-part-forming convex part into the film so that a concavo-convex-part-forming protruding part (311, 311 a, 311 b, 331, 332, 391) is formed on a second surface of the film; and an object producing step of producing the object having the concavo-convex part, using the formed concavo-convex-part-forming protruding part, wherein the convex part forming step forms the concavo-convex-part-forming convex part so that, in the protruding part forming step, the concavo-convex-part-forming protruding part is formed to have a shape that tapers toward a tip, and characterized in that the convex part forming step further forms a torn-foil-burr-proof convex part on the first surface of the film so that, in the protruding part forming step, a torn-foil-burr-proof protruding part is formed on the second surface of the film at a position corresponding to an edge position of the object. a convex part forming step of forming, on a first surface of the film, a concavo-convex-part-forming convex part (211, 231, 232, 291) for forming the concavo-convex part on the surface of the object; a protruding part forming step of pushing the formed concavo-convex-part-forming convex part into the film so that a concavo-convex-part-forming protruding part (311, 311 a, 311 b, 331, 332, 391) is formed on a second surface of the film; and an object producing step of producing the object having the concavo-convex part, using the formed concavo-convex-part-forming protruding part, wherein the convex part forming step forms the concavo-convex-part-forming convex part so that, in the protruding part forming step, the concavo-convex-part-forming protruding part is formed to have a shape that tapers toward a tip, and
A shell-and-tube heat exchanger for exchanging heat between a tube-side fluid and a shell-side fluid comprising: - a first tubesheet; - a second tubesheet; - a shell body that is fitted with a shell-side inlet nozzle, opposing terminal ends of the shell body bordered by the first tubesheet and the second tubesheet; - one or more heat exchange tubes that extend through the shell body from the first tubesheet to the second tubesheet; and - a spiral baffle following a helical trajectory with its center of rotation substantially aligned with a center line of the shell body, the spiral baffle arranged to provide a helical flow path through the shell body downstream the shell-side inlet nozzle towards the first tubesheet; and - an outlet collector pipe that extends substantially coaxially within the shell body and that supports the spiral baffle along its length, such that the helical flow path is guided along an outer surface of the outlet collector pipe, wherein the outlet collector pipe is mounted to and passes through the second tubesheet, and wherein the outlet collector pipe is separated from the first tubesheet by a gap downstream the helical flow path to allow the shell-side fluid to enter an inlet of the collector pipe, which collector pipe inlet faces the first tubesheet across the gap, and to exit the shell body via a shell-side outlet nozzle provided on a terminal end of the outlet collector pipe opposite to the collector pipe inlet. - a first tubesheet; - a second tubesheet; - a shell body that is fitted with a shell-side inlet nozzle, opposing terminal ends of the shell body bordered by the first tubesheet and the second tubesheet; - one or more heat exchange tubes that extend through the shell body from the first tubesheet to the second tubesheet; and - a spiral baffle following a helical trajectory with its center of rotation substantially aligned with a center line of the shell body, the spiral baffle arranged to provide a helical flow path through the shell body downstream the shell-side inlet nozzle towards the first tubesheet; and - an outlet collector pipe that extends substantially coaxially within the shell body and that supports the spiral baffle along its length, such that the helical flow path is guided along an outer surface of the outlet collector pipe,