mhurhangee/ep-ind-claims huggingface dataset:
Combustion engine cylinder head comprising - a cylinder head body intended to be mounted on a cylinder block; said cylinder head body having an exhaust side; and - a cylinder head cover covering the cylinder head body; said cylinder head being characterized in that the cylinder head body comprises an oil discharge duct situated on the exhaust side and connected to an outlet, said discharge duct being a groove comprising an upper opening facing the cylinder head cover. - a cylinder head body intended to be mounted on a cylinder block; said cylinder head body having an exhaust side; and - a cylinder head cover covering the cylinder head body;
A biodegradable cardiovascular implant for growing cardiovascular tissue in a patient, comprising an electrospun network having supramolecular compounds having hard-blocks covalently bonded with soft-blocks, wherein the soft-blocks are polycarbonate soft-blocks each with a molecular weight range of 500-2000, and wherein the hard-blocks comprise 2- ureido-4 -pyrimidinone (UPy) compounds and chain extenders at a range of 1.5 to 3 for the chain extenders over the UPy compounds.
An adjuvant comprising: a soluble yeast-derived 3-glucan and an agonist of TLR 7, TLR 8, or TLR 9, each in an amount that, in combination with the other, is effective to increase a subject's immune response to an antigen. a soluble yeast-derived 3-glucan and an agonist of TLR 7, TLR 8, or TLR 9,
A method of detecting or diagnosing gastric cancer in a subject or determining the likelihood of a subject having gastric cancer, the method comprising: determining the expression level of at least six microRNA (miRNA) as listed in Table 21, wherein one of the at least six miRNAs is hsa-miR-27a-5p, in a serum or plasma sample obtained from the subject, wherein differential expression of miRNA expression in the sample, as compared to a control, diagnoses the subject with gastric cancer. determining the expression level of at least six microRNA (miRNA) as listed in Table 21, wherein one of the at least six miRNAs is hsa-miR-27a-5p, in a serum or plasma sample obtained from the subject, wherein differential expression of miRNA expression in the sample, as compared to a control, diagnoses the subject with gastric cancer.
A trim part made for a vehicle interior and designed to be backlit or transilluminated, wherein the trim part comprises a carrier part designed to fasten the trim part in the vehicle interior and an optional optical waveguide, which carrier part is formed as an injection-moulded multi-component part from at least two different plastics, wherein a first plastic, as a hard component, and a second plastic, as a soft component, are connected to one another during injection moulding, and wherein the trim part has at least one optical waveguide receptacle for fasteningly receiving the optical waveguide in a manner as to be decoupled from the hard component of the carrier part, and the optical waveguide receptacle is formed from the soft component of the carrier part, wherein a diffuser is arranged so as to be directly adjacent to the at least one optical waveguide receptacle or cover the same, wherein the trim part has a decorative layer which is fastened to the carrier part on a visible side of the trim part, wherein the optical waveguide forms an indirect lighting for the decorative layer, and wherein the decorative later and the diffuser are arranged next to one another in the same plane.
Method for regenerating a fuel cell system (10b; 10c; 10d), wherein the fuel cell system (10b; 10c; 10d; 10g) has at least one functional unit (12b; 12g) capable of regeneration, wherein the functional unit (12b; 12g), in an installed state, is at least partially regenerated by means of at least one regeneration agent, characterized in that a fuel cell exhaust gas (52b; 52c; 52d) and a regeneration exhaust gas (18b; 18c; 18d) are combined via a fluid valve of the fuel cell system designed as a 3-way valve or via a first fluid valve designed as a 2-way valve and a second fluid valve of the fuel cell system designed as a 2-way valve or via precisely one fluid valve of the fuel cell system designed as a 2-way valve and are discharged by means of a discharge line (46b, 48b; 46c, 48c; 46d, 48d).
Membrane for a membrane valve or for a membrane pump, wherein the membrane valve or the membrane pump has a housing with the membrane provided therein, the membrane comprising a first component composed of a plurality of membrane layers (1a, 1b), wherein during use part of the membrane projects out of the housing as lobes, and a second component composed of a data memory characterized in that the lobe composed of a membrane layer is geometrically configured in such a way that it completely encloses the data memory by simple shaping.
A pump comprising: a pressure plate having two inlets (134, 136) and two outlets (138, 140) and a cam ring/rotor assembly (102, 104) adjacent to the pressure plate, the cam ring/rotor assembly (102, 104) comprising: a rotatable cam ring having a dual-lobed opening; a rotor disposed within the dual-lobed opening of the cam ring, the rotor having a plurality of radial slots and having a plurality of notched areas between adjacent radial slots; and a plurality of vanes configured to move within the radial slots; wherein a pumping chamber is defined by a space between the rotor and the cam ring; wherein the rotation of the rotor within the cam ring causes the plurality of vanes to radially extend and retract within the pumping chamber; characterised in that each inlet (134, 136) has an auxiliary intake port (142, 146) in fluid communication with the inlet, and each outlet (138,140) has an auxiliary discharge port (150, 154) in fluid communication with the outlet; and wherein the movement of the vanes and the rotation of the rotor is configured to discharge into the outlets (138, 140) and auxiliary discharge ports (150, 154) a fluid drawn into the pumping chamber via the inlets (134, 136) and auxiliary intake ports (142, 146). a pressure plate having two inlets (134, 136) and two outlets (138, 140) and a cam ring/rotor assembly (102, 104) adjacent to the pressure plate, the cam ring/rotor assembly (102, 104) comprising: a rotatable cam ring having a dual-lobed opening; a rotor disposed within the dual-lobed opening of the cam ring, the rotor having a plurality of radial slots and having a plurality of notched areas between adjacent radial slots; and a plurality of vanes configured to move within the radial slots; a rotatable cam ring having a dual-lobed opening; a rotor disposed within the dual-lobed opening of the cam ring, the rotor having a plurality of radial slots and having a plurality of notched areas between adjacent radial slots; and a plurality of vanes configured to move within the radial slots; wherein a pumping chamber is defined by a space between the rotor and the cam ring; wherein the rotation of the rotor within the cam ring causes the plurality of vanes to radially extend and retract within the pumping chamber; characterised in that each inlet (134, 136) has an auxiliary intake port (142, 146) in fluid communication with the inlet, and each outlet (138,140) has an auxiliary discharge port (150, 154) in fluid communication with the outlet; and wherein the movement of the vanes and the rotation of the rotor is configured to discharge into the outlets (138, 140) and auxiliary discharge ports (150, 154) a fluid drawn into the pumping chamber via the inlets (134, 136) and auxiliary intake ports (142, 146).
High-pressure vessel comprising a cylinder as middle part, wherein the cylinder is composed of a multilayer composite plastic comprising a barrier layer, wherein the high-pressure vessel also comprises at least one half-shell at an axial end of the cylinder, wherein the half-shell is composed of a multilayer composite plastic comprising a barrier layer, wherein the half-shell also comprises a substantially rotationally symmetrical insert part, namely a boss, wherein the insert part has a foot part at that end of the insert part which faces the vessel interior, said foot part having a greater diameter than a middle part of the insert part, wherein the foot part substantially forms a hollow cone or hollow cylinder and at least a first groove or recess, filled with the multilayer composite plastic of the half-shell, runs around at least in certain portions on a vertical inner circumference of the foot part, characterized in that a sleeve is arranged radially on the inside in relation to the first groove, on the inside in relation to the inner circumference of the foot part, wherein the multilayer composite plastic of the half-shell is pushed by the sleeve against the inner circumference of the foot part and into the first groove.
An elongated fluid actuator arrangement comprising: - a cylinder body comprising a first and second end portion (12', 12"); - a piston body comprising a piston force area forming portion (17, 17') and a sleeve portion, which extends through said first and second end portions (12', 12") and exposes first and second outer section (34', 34") outside the cylinder body; - a piston rod extending coaxially through said sleeve portion; - the sleeve portion of the piston body comprises a piston rod engagement and disengagement means provided to be operated by a fluid supply device, characterized in that - the arrangement comprises a first and second extendable and contractible cover member each joined to the cylinder body and to the respective sleeve portion outer section (34', 34") for providing a seal that prevents external leakage and at the same time permits lower friction in work when the sleeve portion of the piston body moves relative the cylinder body; - each extendable and contractible cover member comprises a hydraulic fluid drain means arranged for collecting overflow hydraulic fluid. - a cylinder body comprising a first and second end portion (12', 12"); - a piston body comprising a piston force area forming portion (17, 17') and a sleeve portion, which extends through said first and second end portions (12', 12") and exposes first and second outer section (34', 34") outside the cylinder body; - a piston rod extending coaxially through said sleeve portion; - the sleeve portion of the piston body comprises a piston rod engagement and disengagement means provided to be operated by a fluid supply device, characterized in that - the arrangement comprises a first and second extendable and contractible cover member each joined to the cylinder body and to the respective sleeve portion outer section (34', 34") for providing a seal that prevents external leakage and at the same time permits lower friction in work when the sleeve portion of the piston body moves relative the cylinder body; - each extendable and contractible cover member comprises a hydraulic fluid drain means arranged for collecting overflow hydraulic fluid.
A component for a gas turbine engine, comprising: a cooling passage; an outer wall (202; 302) separating a core flow path from the cooling passage; a minicore exit aperture in fluid communication with the cooling passage and opening into the core flow path, the minicore exit aperture being characterized by a linear ridge (262; 362) on a downstream end of the minicore exit aperture; and a thermal barrier coating (260; 360) covering the outer wall (202; 302) and the linear ridge (262;363), characterised in that the linear ridge (262; 363) includes an upstream facing side that is characterized by a height, the height having a value within a range of between five one-hundredths and seventy-five one-hundredths of a depth of the cooling passage. a cooling passage; an outer wall (202; 302) separating a core flow path from the cooling passage; a minicore exit aperture in fluid communication with the cooling passage and opening into the core flow path, the minicore exit aperture being characterized by a linear ridge (262; 362) on a downstream end of the minicore exit aperture; and a thermal barrier coating (260; 360) covering the outer wall (202; 302) and the linear ridge (262;363), characterised in that the linear ridge (262; 363) includes an upstream facing side that is characterized by a height, the height having a value within a range of between five one-hundredths and seventy-five one-hundredths of a depth of the cooling passage.
A crossbar array, comprising: a plurality of row lines; a plurality of column lines intersecting the plurality of row lines at a plurality of intersections; and a plurality of junctions coupled between the plurality of row lines and the plurality of column lines at a portion of the plurality of intersections, wherein: each junction comprises a resistive memory element; the junctions are positioned to calculate a matrix multiplication of a first matrix and a second matrix; wherein the first matrix corresponds to a two-dimensional image, and the second matrix corresponds to a two-dimensional kernel, wherein the crossbar array is to calculate a convolution of the two-dimensional image and the two-dimensional kernel; and wherein some of the intersections where the second matrix has values of zero do not comprise a junction but driving or sensing circuitry. a plurality of row lines; a plurality of column lines intersecting the plurality of row lines at a plurality of intersections; and a plurality of junctions coupled between the plurality of row lines and the plurality of column lines at a portion of the plurality of intersections, wherein: each junction comprises a resistive memory element; the junctions are positioned to calculate a matrix multiplication of a first matrix and a second matrix; each junction comprises a resistive memory element; the junctions are positioned to calculate a matrix multiplication of a first matrix and a second matrix; wherein the first matrix corresponds to a two-dimensional image, and the second matrix corresponds to a two-dimensional kernel, wherein the crossbar array is to calculate a convolution of the two-dimensional image and the two-dimensional kernel; and wherein some of the intersections where the second matrix has values of zero do not comprise a junction but driving or sensing circuitry.
A microplate reader, which comprises a housing, in the interior of which a sample region and a system region are formed, wherein the sample region has a receiving device for receiving a microplate, which has a plurality of wells, wherein an optical element is arranged in the sample region and/or in the system region for detecting an optical radiation at respective ones of the wells of a microplate received in the receiving device, wherein the receiving device and the optical element are arranged to be movable relative to one another in order to position the received microplate relative to the optical element for successive measurements at different wells, wherein the system region comprises at least one measuring and/or analysis module (11, 11a, 11b, 11c) for the optical radiation, wherein a cooling device for convective cooling is arranged in the system region, wherein at least one guide element (20, 20a, 20b) is arranged between the system region and the sample region to guide a flow of the convective cooling, in particular in the system region, characterized in that the guide element (20, 20a, 20b) has at least one opening (21, 21a) to the sample region and/or is arranged to form together with a component of the microplate reader an opening (21, 21a), and/or characterized in that several guide elements (20, 20a, 20b) are arranged in sections to form at least one opening (21, 21a) between the system region and the sample region, so that both the sample region and the system region can be cooled by means of the cooling device.
An autoinjector comprising: a case; a chassis slidably arranged in the case; a syringe carrier operably coupled to the chassis and arranged to hold a syringe; an outer plunger selectively engaged to the chassis; an inner plunger selectively engaged to the outer plunger; and a drive spring applying a biasing force to the outer plunger, the biasing force being applied to the inner plunger when the inner plunger is engaged to the outer plunger, a needle shroud slidably arranged in the case, characterized in that the rotation of the chassis causes the inner plunger to rotate relative to the outer plunger and disengage the outer plunger to remove the biasing force from the drive spring on the inner plunger, and in that, when the inner plunger disengages the outer plunger, the biasing force of the drive spring pushes the chassis to retract the syringe carrier relative to the case and in that axial movement of the needle shroud relative to the case causes rotation of the chassis relative to the needle shroud, and in that the autoinjector further comprises a firing nut rotatably disposed on the chassis, the firing nut engaging the outer plunger when in a first angular position and disengaging the outer plunger when in a second angular position. a case; a chassis slidably arranged in the case; a syringe carrier operably coupled to the chassis and arranged to hold a syringe; an outer plunger selectively engaged to the chassis; an inner plunger selectively engaged to the outer plunger; and a drive spring applying a biasing force to the outer plunger, the biasing force being applied to the inner plunger when the inner plunger is engaged to the outer plunger, a needle shroud slidably arranged in the case,
Drawer with a railing fixing with a fixing device for fixing a first component onto a second component by means of a dowel element, wherein the dowel element has a dowel section and an anchoring section, wherein the anchoring section is designed for inserting into a predefined opening of the second component and by rotating the first component is anchored together with the anchoring section about a predefined angle in the second component, characterised in that on the anchoring section cutting means are attached so that the anchoring section is anchored in the second component by means of a cutting in process, wherein the dowel section is designed as a cutting dowel section.
Boundary layer sensor for determining the thickness of a boundary layer above a surface of a body around which flow occurs, comprising a first device for determining a temperature, a second device for determining a temperature and a third device for determining a temperature, which are each arranged at a predeterminable distance (X1, X2, X3) from the surface of the body around which flow occurs, at least each of the second and the third device for determining a temperature (32, 33) consisting of a thermocouple formed from a common first wire made of a first material and a third and fourth wire (23, 24) made of a second material, each of which is connected to the first wire at a contact point (12, 13), characterized in that each of the wires (21, 23, 24) projects freely into the half-space adjoining the surface and has a diameter of about 300 μm or less. a first device for determining a temperature, a second device for determining a temperature and a third device for determining a temperature, which are each arranged at a predeterminable distance (X1, X2, X3) from the surface of the body around which flow occurs, at least each of the second and the third device for determining a temperature (32, 33) consisting of a thermocouple formed from a common first wire made of a first material and a third and fourth wire (23, 24) made of a second material, each of which is connected to the first wire at a contact point (12, 13), characterized in that each of the wires (21, 23, 24) projects freely into the half-space adjoining the surface and has a diameter of about 300 μm or less.
A water vessel comprising a duct arrangement for a waterjet propulsor, the duct arrangement comprising a main duct comprising an inlet being open in an in use horizontal plane and configured to draw water upwardly from underneath a hull of the vessel, the inlet having an elongate main portion extending along a principal axis, and at least one lateral portion in fluid communication with the main portion, the at least one lateral portion extending part way only along the length of the main portion, the duct arrangement comprising an upper wall extending from an upper in use side, and a lower wall extending from a lower in use side, the upper and lower walls of the main portion defining a downstream portion communicating with an impellor, wherein each lateral portion comprises a rear wall extending between the upper and lower walls, such that the lateral portions communicate with the downstream portion only via the main portion.
A method for determining a distance from a sensor to a luminaire (320, 420, 520), the luminaire comprising at least a first light source (422, 442) configured to emit a first light beam adapted to illuminate a predefined area and a second light source (424,444) configured to emit a second light beam adapted to illuminate a background area surrounding the predefined area, the sensor being configured to detect at least a back-reflected first light beam and a back-reflected second light beam, the method comprising: - determining the distance from the sensor to the luminaire based, at least partially, on a comparison of information indicative of a signal strength of the detected back-reflected first light beam and information indicative of a signal strength of the detected back-reflected second light beam. - determining the distance from the sensor to the luminaire based, at least partially, on a comparison of information indicative of a signal strength of the detected back-reflected first light beam and information indicative of a signal strength of the detected back-reflected second light beam.
A system for disposing of a defective sod roll from a sod harvester, the system comprising: a) a transport conveyor; b) an accumulator located behind the transport conveyor, wherein a gap is defined between a rear end of the transport conveyor and a front end of the accumulator; and c) a movable tray located proximate to the gap; wherein the tray is movable between a retracted position and an extended position, wherein the tray is slidable in a generally horizontal direction between the retracted and extended positions; wherein, when the tray is in the retracted position, the gap is adapted to be open and a receiving surface of the tray is in a generally horizontal orientation; wherein, when the tray is in the extended position, the tray is adapted to be located within the gap to receive the sod roll from the transport conveyor. a) a transport conveyor; b) an accumulator located behind the transport conveyor, wherein a gap is defined between a rear end of the transport conveyor and a front end of the accumulator; and c) a movable tray located proximate to the gap;
Device for dry cryopreservation of products, comprising a container internally delimiting a volume intended to be filled with a liquefied cryogenic fluid, and compartments (C1, C2, C3, C4) that are intended to receive the products and each comprise a leaktight peripheral wall for storing the products away from the liquefied cryogenic fluid, wherein, in said device, the compartments extend from a bottom region of the container, and characterized in that they have an open upper end that makes the products accessible, and in that the device has an overflow system that is able to prevent the level of liquefied cryogenic fluid from rising as far as the open upper end of the compartments.