mhurhangee/patent-ind-claim-en huggingface dataset:
Multiple diaphragm pump with at least two diaphragm chambers which are each divided by at least two diaphragms into a propellant chamber and a media chamber , wherein a diaphragm piston mechanically couples the diaphragms , is guided into a switch housing , and, in the switch housing , interacts, with interposition of a magnet assembly, with a valve piston for controlling an inflow and outflow of propellants into the propellant chambers , characterized in that the diaphragm piston interacts mechanically with the valve piston for actuating a valve in such a way that at least one magnet assembly arranged on the valve piston is moved in order to displace the valve piston from a rest position in the plane of at least one magnet assembly arranged on the diaphragm piston - preferably in parallel or coaxially - wherein the valve piston is guided parallel to the diaphragm piston , and preferably coaxially thereto, and one of the two pistons forms a headpiece which is received in a cage formed by the other of the two pistons , wherein the headpiece and the cage form front and rear stop surfaces in the pushing direction and in the pulling direction, wherein a clearance exists between the headpiece stop surfaces and the cage stop surfaces .
A computer implemented method of program compilation to improve parallelism during the linking of the program by a compiler, the method comprising: • converting statements of the program to a canonical form, removing syntax and similar aspects of the code of the program ; and • constructing an abstract system tree, AST, for each procedure in the program; the method being characterized by comprising: • traversing the program AST to construct a functional dataflow graph, so that: - an assignment statement or function call is represented as an node with a single output edge, - a control flow decision is represented by a set of special node types, - an array or set operations are represented as a first set of nodes, and - arcs connecting nodes represent data items or sets, such that in the functional dataflow graph, nodes represent computation while arcs represent data, and • extracting data parallelism by traversing the functional dataflow graph to identify each loop in the graph that can be executed in parallel , • transforming each loop in the graph that can be executed in parallel to a set operation by: - converting arcs connecting nodes from representations of single items to representation of indexed collections of like data items in the functional dataflow graph , and - removing the loop logic. • converting statements of the program to a canonical form, removing syntax and similar aspects of the code of the program ; and • constructing an abstract system tree, AST, for each procedure in the program; • traversing the program AST to construct a functional dataflow graph, so that: - an assignment statement or function call is represented as an node with a single output edge, - a control flow decision is represented by a set of special node types, - an array or set operations are represented as a first set of nodes, and - arcs connecting nodes represent data items or sets, such that in the functional dataflow graph, nodes represent computation while arcs represent data, and - an assignment statement or function call is represented as an node with a single output edge, - a control flow decision is represented by a set of special node types, - an array or set operations are represented as a first set of nodes, and - arcs connecting nodes represent data items or sets, such that in the functional dataflow graph, nodes represent computation while arcs represent data, and • extracting data parallelism by traversing the functional dataflow graph to identify each loop in the graph that can be executed in parallel , • transforming each loop in the graph that can be executed in parallel to a set operation by: - converting arcs connecting nodes from representations of single items to representation of indexed collections of like data items in the functional dataflow graph , and - removing the loop logic. - converting arcs connecting nodes from representations of single items to representation of indexed collections of like data items in the functional dataflow graph , and - removing the loop logic.
A sanitary fixture, comprising a sensor fitting which is supplied with power, the sensor fitting being equipped with a first signal-processing communication unit (1.1), and the sanitary fixture having an electrically operated valve which automatically closes when there is no power and has a second signal-processing communication unit (2.1) and a power supply (2.2), the sensor fitting and the valve being connected fluidically to each other via a water pipe , and the two communication units (1.1, 2.1) being connected to each other to transmit information, characterised in that to ensure hygienic flushing when the power supply (2.2) is switched off, the water pipe is provided with a pressure sensor , which is connected to the first communication unit (1.1), for measuring the piped water pressure, and the valve is provided with an additional power supply (2.3).
Method for controlling a clutch in a drive train of a motor vehicle having a drive motor and a retarder , wherein the clutch is arranged between the drive motor and/or drive train and retarder so that a rotor (2.1) of the retarder can be switched via the clutch into a drive connection with the drive motor and/or the drive train , and a working space of the retarder can be filled with an operating medium in order to build up braking power, so that a braking torque is applied to the drive train and/or the drive motor by the retarder , wherein a controller is provided by means of which the clutch can be switched into a closed position or an open position, characterized in that the switching of the clutch into the closed position takes place as a function of at least one input signal to the controller, and the switching of the clutch back into the open position takes place as a function of the fact that there is essentially no working medium in the working space of the retarder and furthermore predetermined limiting values of at least one further operating and/or ambient parameter are not exceeded.
A ventilation control system for a cabin of a vehicle, said system comprising: - a unit capable of providing an air flow (F) directed towards the cabin ; - at least a first, second and third air circuits , each air circuit being capable of directing an air sub flow (F1, F2, F3) - forming at least part of the air flow (F) - towards the cabin through at least one opening , the openings of the first, second and third air circuits being located respectively in a distinct first, second and third distribution areas in the cabin ; - a distribution input device which comprises for each air circuit a dedicated control member to allow the user to manually select the rate (Q1, Q2, Q3) of the air sub flow (F1, F2, F3) in said air circuit ; - an electronic control unit which is connected to the distribution input device and which is capable of controlling the rates (Q1, Q2, Q3) of the air sub flows (F1, F2, F3) according to the rate (Q1, Q2, Q3) of the air sub flow (F1, F2, F3) manually selected for one air circuit , characterized in that the distribution input device comprises only one dedicated control member for each air circuit and the manual actuations of each dedicated control member can only cause one-way variations of the sub-flow rate (Q1, Q2, Q3) in the corresponding air circuit .such that rates (Q1, Q2, Q3) in other air circuits are then automatically adjusted in such a way that the sum of all air sub flow rates (Q1, Q2, Q3) remains substantially constant. - a unit capable of providing an air flow (F) directed towards the cabin ; - at least a first, second and third air circuits , each air circuit being capable of directing an air sub flow (F1, F2, F3) - forming at least part of the air flow (F) - towards the cabin through at least one opening , the openings of the first, second and third air circuits being located respectively in a distinct first, second and third distribution areas in the cabin ; - a distribution input device which comprises for each air circuit a dedicated control member to allow the user to manually select the rate (Q1, Q2, Q3) of the air sub flow (F1, F2, F3) in said air circuit ; - an electronic control unit which is connected to the distribution input device and which is capable of controlling the rates (Q1, Q2, Q3) of the air sub flows (F1, F2, F3) according to the rate (Q1, Q2, Q3) of the air sub flow (F1, F2, F3) manually selected for one air circuit ,
A ceiling radiator profile for heating or cooling rooms , the ceiling radiator profile comprising at least one tube for a heating or cooling medium, and at least two radiating surfaces , the two radiating surfaces being disposed substantially parallel to one another at a distance (d) and being connected to one another via at least one first connection bridge , the tube being disposed in or on the at least one first connection bridge , and the radiating surfaces also being connected to one another via a second connection bridge , characterized in that the first and the second connection bridge are convex in relation to one another.
A branch connector comprising: a pair of split housings capable of opening and closing with respect to each other; a relay contact supported by said pair of split housings and configured to connect electrically to a cable guided by said pair of split housings when said pair of split housings are in a closed state; and a cable holder formed in said pair of split housings and configured to hold said cable ; wherein said cable holder includes a tight cable holder, on a side closer to said relay contact , configured to hold said cable so that movement of said cable in a radial direction is relatively smaller when said pair of split housings are in said closed state and a loose cable holder, on a side farther from said relay contact , configured to hold said cable so that movement of said cable in a radial direction is relatively larger when said pair of split housings are in said closed state, characterized by an elastic holder that is formed on at least one of said split housings , is positioned at a front end of said loose cable holder, and elastically holds said cable so that an amount of movement of said cable in a radial direction is larger than an amount of movement of said cable in a radial direction in said loose cable holder. a pair of split housings capable of opening and closing with respect to each other; a relay contact supported by said pair of split housings and configured to connect electrically to a cable guided by said pair of split housings when said pair of split housings are in a closed state; and a cable holder formed in said pair of split housings and configured to hold said cable ; wherein said cable holder includes a tight cable holder, on a side closer to said relay contact , configured to hold said cable so that movement of said cable in a radial direction is relatively smaller when said pair of split housings are in said closed state and a loose cable holder, on a side farther from said relay contact , configured to hold said cable so that movement of said cable in a radial direction is relatively larger when said pair of split housings are in said closed state, characterized by an elastic holder that is formed on at least one of said split housings , is positioned at a front end of said loose cable holder, and elastically holds said cable so that an amount of movement of said cable in a radial direction is larger than an amount of movement of said cable in a radial direction in said loose cable holder.
A method for determining or diagnosing the presence or absence, or for the therapy control of autoimmune hepatitis in a subject comprising, analyzing a biological sample which has been provided from said subject for the presence or absence of antibodies against huntingtin interacting protein 1 related protein (HIP1R) or against immunoreactive peptides derived from HIP1R, whereby the presence of antibodies against HIP1R or against immunoreactive peptides derived from HIP1R is indicative for the presence, or for the therapy control of autoimmune hepatitis in said subject.
A method of making a calcium silicate brick, the method comprising: providing starting materials comprising sand, water and one or more sources of quicklime; mixing the starting materials to form a mixture; shaping the mixture to form a green body; hardening the green body to form a calcium silicate block; wherein the one or more sources of quicklime comprises cement kiln dust, characterised in that the amount of cement kiln dust is from 0.5 to 2.5 wt% of the total weight of starting materials. providing starting materials comprising sand, water and one or more sources of quicklime; mixing the starting materials to form a mixture; shaping the mixture to form a green body; hardening the green body to form a calcium silicate block; wherein the one or more sources of quicklime comprises cement kiln dust, characterised in that the amount of cement kiln dust is from 0.5 to 2.5 wt% of the total weight of starting materials.
Screw coupling for coupling two rail vehicles, having a threaded rod which bears in the region of its two axial ends in each case one coupling element , wherein at least one of the coupling elements or both coupling elements is/are screwed onto an external thread of the threaded rod and the threaded rod is rotatable in order, in this way, for the distance between the two coupling elements to be varied; having at least one unscrewing-prevention means on the axial end of the threaded rod onto which the coupling element is screwed, wherein the coupling element is blocked against unscrewing beyond the axial end of the threaded rod by the unscrewing-prevention means ; and the unscrewing-prevention means comprises a groove which extends at least over a part of the periphery of the threaded rod and into which is inserted a securing ring radially projecting from the groove , wherein the securing ring is interrupted over its periphery at least at one point; characterized in that a retaining ring which is closed over its periphery is arranged on the radially outer side of the securing ring and surrounds the securing ring over its entire periphery. having a threaded rod which bears in the region of its two axial ends in each case one coupling element , wherein at least one of the coupling elements or both coupling elements is/are screwed onto an external thread of the threaded rod and the threaded rod is rotatable in order, in this way, for the distance between the two coupling elements to be varied; having at least one unscrewing-prevention means on the axial end of the threaded rod onto which the coupling element is screwed, wherein the coupling element is blocked against unscrewing beyond the axial end of the threaded rod by the unscrewing-prevention means ; and the unscrewing-prevention means comprises a groove which extends at least over a part of the periphery of the threaded rod and into which is inserted a securing ring radially projecting from the groove , wherein the securing ring is interrupted over its periphery at least at one point; characterized in that a retaining ring which is closed over its periphery is arranged on the radially outer side of the securing ring and surrounds the securing ring over its entire periphery.
A foliar fertiliser, characterised in that it includes an extract of methylotrophic microorganisms obtained from a first initial process of fermenting live methylotrophic microorganisms using methanol as the only source of carbon or energy and a second process that includes the stages of cell disruption by physical, chemical or enzymatic methods, separating the soluble parts from the insoluble parts by means of tangential filtration or centrifugation and, optionally, concentrating by means of filtration or atomisation.
A lens body for a vehicle headlamp comprising a first lens unit (12A1) and a second lens unit (12A2) disposed along a first reference axis (AX1) which, in use, extends in the longitudinal direction of a vehicle, and configured such that light from a light source entering the first lens unit through a first entry surface (12a, 12A1b) of the first lens unit (12A1), exits through a first exit surface (12A1a) of the first lens unit (12A1), further enters the second lens unit (12A2) through a second entry surface (12A2a) of the second lens unit (12A2), then exits through a second exit surface (12A2b) of the second lens unit (12A2), and is irradiated forward, so as to form a predetermined light distribution pattern (P1a, P Hi ), characterized in that the second exit surface (12A2b) is a semicircular cylindrical surface, a cylindrical axis thereof extending in a direction inclined (θ1) with respect to the first reference axis (AX1) when viewed from the top, and wherein the first exit surface (12A1a) is a semicircular cylindrical surface, and the surface shapes of the first exit surface (12A1a) and of the second exit surface (12A2b) are adjusted such that the predetermined light distribution pattern (P1a, P Hi ) is generally condensed, wherein condensing light in the horizontal direction is mainly performed by the first exit surface and condensing light in the vertical direction is mainly performed by the second exit surface, and/or wherein the first exit surface (12A1a) condenses light in a first direction and the second exit surface (12A2b) condenses light in a second direction, wherein the first and second directions are orthogonal. the second exit surface (12A2b) is a semicircular cylindrical surface, a cylindrical axis thereof extending in a direction inclined (θ1) with respect to the first reference axis (AX1) when viewed from the top, and wherein the first exit surface (12A1a) is a semicircular cylindrical surface, and the surface shapes of the first exit surface (12A1a) and of the second exit surface (12A2b) are adjusted such that the predetermined light distribution pattern (P1a, P Hi ) is generally condensed, wherein condensing light in the horizontal direction is mainly performed by the first exit surface and condensing light in the vertical direction is mainly performed by the second exit surface, and/or wherein the first exit surface (12A1a) condenses light in a first direction and the second exit surface (12A2b) condenses light in a second direction, wherein the first and second directions are orthogonal.
A method of bonding two layers (13 1 , 13 2 ) of dielectric materials, comprising: - providing a surface of at least one of said layers with microscale- and/or nanoscale-size bonding elements forming contact points of said layers; - bringing said layers into a mutual position according to an intended use ; - illuminating said layer whose surface is provided with bonding elements by an incident electromagnetic wave , the propagation direction of which forms an angle comprised between 70° and 110° with said layer, and whose wavelength is selected depending on an absorption spectrum of at least one of materials forming said layers; - generating condensed optical beams within said bonding elements or close to a tip of said bonding elements intended to be in contact with the other layer; - heating and melting said bonding elements and/or said other layer by high-intensity focal spots formed by said generated optical beams; - maintaining said layers into said mutual position until bonding of said layers (13 1 , 13 2 ). - providing a surface of at least one of said layers with microscale- and/or nanoscale-size bonding elements forming contact points of said layers; - bringing said layers into a mutual position according to an intended use ; - illuminating said layer whose surface is provided with bonding elements by an incident electromagnetic wave , the propagation direction of which forms an angle comprised between 70° and 110° with said layer, and whose wavelength is selected depending on an absorption spectrum of at least one of materials forming said layers; - generating condensed optical beams within said bonding elements or close to a tip of said bonding elements intended to be in contact with the other layer; - heating and melting said bonding elements and/or said other layer by high-intensity focal spots formed by said generated optical beams; - maintaining said layers into said mutual position until bonding of said layers (13 1 , 13 2 ).
Blind rivet for connecting workpieces , comprising a hollow, deformable rivet body with a support collar and an adjoining sleeve , a rivet mandrel arranged in the sleeve and extending through the support collar with a tool receiving head , and at least one sealing ring , wherein the at least one sealing ring is arranged between the support collar and the tool receiving head , wherein the at least one sealing ring consists of a hardenable and not completely hardened sealing material, wherein the at least one sealing ring is arranged so that when the blind rivet contracts, it is pressed axially towards the support collar by a tool that can be connected to the tool receiving head or by a section of the rivet mandrel , and wherein the at least one sealing ring is designed to flow radially and axially into gaps and spaces on the support collar and between the support collar and the workpieces when the sealing ring is pressed and to adhere there. a rivet mandrel arranged in the sleeve and extending through the support collar with a tool receiving head , and at least one sealing ring , wherein the at least one sealing ring is arranged between the support collar and the tool receiving head , wherein the at least one sealing ring consists of a hardenable and not completely hardened sealing material, wherein the at least one sealing ring is arranged so that when the blind rivet contracts, it is pressed axially towards the support collar by a tool that can be connected to the tool receiving head or by a section of the rivet mandrel , and wherein the at least one sealing ring is designed to flow radially and axially into gaps and spaces on the support collar and between the support collar and the workpieces when the sealing ring is pressed and to adhere there.
A method for printing on an object , which is not paper, by means of a digital printing facility which has multiple ink application units for applying printing ink of different colours, wherein the method involves guiding an ink carrier element past the ink application units in a feed direction , wherein the digital printing facility comprises a device that is configured and well-suited to prevent or reduce a build-up of condensation on the ink application units , and wherein the build-up on condensation on the ink application units is prevented or reduced by this device , the device comprising a temperature control device and an electrical control unit, the temperature control device being configured to influence a temperature of the ink application units and the electrical control unit being configured to control the temperature control device in such a way that the ink application units are at different temperatures, characterised in that the temperatures of the ink application units increase in the feed direction and the temperatures of two adjacent ink application units differ by at least 0.5°C and at most 1.5°C, wherein the temperatures of the first ink application unit in the feed direction and the last ink application unit in the feed direction differ by at most 10°C.
Suloctidil or a pharmaceutically acceptable derivative thereof, for use in the treatment of a bacterial infection, wherein the infection is caused by Enterobacteriaceae or Staphylococci.