mhurhangee/patent-ind-claim-en huggingface dataset:
A pressure controlled valve comprising: - at least one fluid inlet and at least one fluid outlet ; - a valve seat ; - a pressure responsive valve element being arranged movably with respect to the valve seat , the position of the pressure responsive valve element with respect to the valve seat defining a first opening degree of the pressure controlled valve ; - a diaphragm being connected with the pressure responsive valve element , and having a first side being exposed to a first pressure, and a second side being exposed to a second pressure, such that variations in a pressure difference between the first pressure and the second pressure induces a deflection of the diaphragm , thereby changing the position of the pressure responsive valve element with respect to the valve seat ; and - a biasing element being configured to bias the pressure responsive valve element in a direction away from the valve seat ; and - an insert element interconnecting the valve seat and the biasing element , thereby contributing to a biasing of the biasing element , the insert element being arranged at least partly in a flow path through the pressure controlled valve , so as to distance the biasing element from the flow path, and the insert element being provided with one or more openings , the insert element thereby being configure to allow a fluid flow to pass through the insert element , characterized in that the portion of the insert element abutting the biasing element is closed, preventing the fluid flow to pass towards the biasing element , and in that the portion of the insert element abutting the biasing element is formed such that the biasing element surrounds it. - at least one fluid inlet and at least one fluid outlet ; - a valve seat ; - a pressure responsive valve element being arranged movably with respect to the valve seat , the position of the pressure responsive valve element with respect to the valve seat defining a first opening degree of the pressure controlled valve ; - a diaphragm being connected with the pressure responsive valve element , and having a first side being exposed to a first pressure, and a second side being exposed to a second pressure, such that variations in a pressure difference between the first pressure and the second pressure induces a deflection of the diaphragm , thereby changing the position of the pressure responsive valve element with respect to the valve seat ; and - a biasing element being configured to bias the pressure responsive valve element in a direction away from the valve seat ; and - an insert element interconnecting the valve seat and the biasing element , thereby contributing to a biasing of the biasing element , the insert element being arranged at least partly in a flow path through the pressure controlled valve , so as to distance the biasing element from the flow path, and the insert element being provided with one or more openings , the insert element thereby being configure to allow a fluid flow to pass through the insert element ,
Device for laying a conductive wire on a thermoplastic surface comprising a gun and a conductive wire , characterized in that it comprises two toothed wheels which engage the conductive wire so as to corrugate the conductive wire , and a system for heating said conductive wire .
A method of manufacturing a cellulose product having a flat or non-flat product shape by a pressure moulding apparatus comprising a forming mould , the forming mould having a forming surface defining said product shape, comprising the steps of: arranging a cellulose blank containing less than 45 weight percent water in said forming mould , wherein said forming mould comprises a flexible fluid impermeable membrane ; heating said cellulose blank to a forming temperature in the range of 100°C to 200°C; and pressing , said cellulose blank by means of said forming mould with a forming pressure acting on the cellulose blank across said forming surface, said forming pressure being in the range of 1 MPa to 100 MPa, the forming pressure is an isostatic pressure, controlling a fluid to exert an isostatic pressure on said cellulose blank via said fluid impermeable membrane , characterised in that said membrane becomes fixed to said cellulose blank during pressing; and providing a new membrane to the forming mould following said step of pressing. arranging a cellulose blank containing less than 45 weight percent water in said forming mould , wherein said forming mould comprises a flexible fluid impermeable membrane ; heating said cellulose blank to a forming temperature in the range of 100°C to 200°C; and pressing , said cellulose blank by means of said forming mould with a forming pressure acting on the cellulose blank across said forming surface, said forming pressure being in the range of 1 MPa to 100 MPa, the forming pressure is an isostatic pressure, controlling a fluid to exert an isostatic pressure on said cellulose blank via said fluid impermeable membrane , characterised in that said membrane becomes fixed to said cellulose blank during pressing; and providing a new membrane to the forming mould following said step of pressing.
An EHT extract comprising tryptamides, diterpenes and caffeine, wherein the tryptamides are represented by Formula (I) wherein n is 14-22 and one or more of the CH 2 groups in the (CH 2 ) n group can optionally be replaced with CH to provide one or more double bonds, wherein the tryptamides comprise a mixture of late eluting tryptamides , wherein n in Formula (I) is 18 or more, and early eluting tryptamides, wherein n in Formula (I) is less than 18, in a weight ratio of at least 7:1 late eluting tryptamides to early eluting tryptamides, wherein the extract includes at least 30% eicosanoyl-5-hydroxytryptamide, based on the total weight of the tryptamides in the extract; wherein the amount of diterpenes is less than 2 mg/kg of the extract and wherein the amount of caffeine does not exceed 15%, based on the total weight of the extract.
A magneto-inductive flow probe for determining the flow and/or the flow velocity of a medium in a pipeline, comprising: - A front part with a front end which has a center ; - a housing ; - a magnetic-field-generating device arranged in the housing for generating a magnetic field which goes through the front end ; and - a measuring and evaluation unit ; characterized in that three measuring electrodes , each of which establishes galvanic contact with the medium, are arranged on the front end , forming precisely three pairs of measuring electrodes, and in that the measuring and evaluation unit is configured to determine an induced measuring voltage at each of the three pairs of measuring electrodes, to determine an installation angle α as a function of two of the three detected measuring voltages, and to determine the flow and/or the flow velocity of the medium as a function of the measuring voltage applied to one pair of measuring electrodes and as a function of the installation angle α, wherein the installation angle α is delineated by a straight line which intersects a pair of measuring electrodes and an ideal straight line which is perpendicular to the flow direction of the medium flowing through the pipeline. - A front part with a front end which has a center ; - a housing ; - a magnetic-field-generating device arranged in the housing for generating a magnetic field which goes through the front end ; and - a measuring and evaluation unit ; three measuring electrodes , each of which establishes galvanic contact with the medium, are arranged on the front end , forming precisely three pairs of measuring electrodes, and in that the measuring and evaluation unit is configured to determine an induced measuring voltage at each of the three pairs of measuring electrodes, to determine an installation angle α as a function of two of the three detected measuring voltages, and to determine the flow and/or the flow velocity of the medium as a function of the measuring voltage applied to one pair of measuring electrodes and as a function of the installation angle α, wherein the installation angle α is delineated by a straight line which intersects a pair of measuring electrodes and an ideal straight line which is perpendicular to the flow direction of the medium flowing through the pipeline.
Selective catalyst reduction (SCR) dosing unit comprising at least one gas fuse for detecting a corrosive gas, wherein the gas fuse comprises at least one metal wire , which is configured for breaking due to corrosion if exposed to the corrosive gas in a way that a time-integrated concentration of the corrosive gas exceeds a critical value.
An applicator instrument for dispensing surgical fasteners comprising: a housing ; a firing system disposed in said housing; an actuator coupled with said housing for activating said firing system; an elongated shaft extending from said housing, said elongated shaft having a proximal end secured to said housing, a distal end, and a first axis extending between the proximal and distal ends; one or more surgical fasteners disposed in said elongated shaft ; a distal end cap secured to the distal end of said elongated shaft, said distal end cap having a surgical fastener dispensing window for dispensing said one or more surgical fasteners from said distal end cap; said firing system including a firing rod that extends through said elongated shaft for dispensing said one or more surgical fasteners from said distal end cap , wherein said firing rod has a proximal section that moves along the first axis of said elongated shaft and a distal section that moves along a second axis that defines an angle with the first axis wherein said distal end cap has a curved ramp that extends between a proximal end and a distal end of said distal end cap , wherein said curved ramp is configured to change the orientation of a surgical fastener as it passes through the distal end cap, and wherein said firing rod comprises a flexible section that interconnects said proximal and distal sections of said firing rod so that said distal section of said firing rod is deflectable relative to said proximal section of said firing rod. a housing ; a firing system disposed in said housing; an actuator coupled with said housing for activating said firing system; an elongated shaft extending from said housing, said elongated shaft having a proximal end secured to said housing, a distal end, and a first axis extending between the proximal and distal ends; one or more surgical fasteners disposed in said elongated shaft ; a distal end cap secured to the distal end of said elongated shaft, said distal end cap having a surgical fastener dispensing window for dispensing said one or more surgical fasteners from said distal end cap;
Apparatus for measuring the shoulder joint position of continuously conveyed poultry bodies , comprising a conveying line having a conveying device having a plurality of receiving elements for holding the poultry bodies , which conveying device is adapted to continuously convey the poultry bodies in a conveying direction along a conveying path , wherein the conveying device is configured to convey the poultry bodies , at least in a measuring section of the conveying line, with the shoulder joints leading in the conveying direction , and a measuring station , arranged along the conveying line in the measuring section , having two measuring elements which are adapted, as one of the poultry bodies passes, to come into mechanical contact with the shoulder joints of the poultry body , and wherein the measuring elements are each arranged so as to be pivotable about a pivot axis such that, in a rest position, they extend projecting into the conveying path at least substantially transversely to the conveying direction and, on contact with the shoulder joints of the poultry body in a working position, are adapted to be pivotably movably deflectable in the conveying direction , wherein the measuring station has detection means for detecting the working positions of the measuring elements , characterised in that the measuring elements comprise mechanical damping elements which are adapted to mechanically damp the measuring elements in the rest position. a conveying line having a conveying device having a plurality of receiving elements for holding the poultry bodies , which conveying device is adapted to continuously convey the poultry bodies in a conveying direction along a conveying path , wherein the conveying device is configured to convey the poultry bodies , at least in a measuring section of the conveying line, with the shoulder joints leading in the conveying direction , and a measuring station , arranged along the conveying line in the measuring section , having two measuring elements which are adapted, as one of the poultry bodies passes, to come into mechanical contact with the shoulder joints of the poultry body , and wherein the measuring elements are each arranged so as to be pivotable about a pivot axis such that, in a rest position, they extend projecting into the conveying path at least substantially transversely to the conveying direction and, on contact with the shoulder joints of the poultry body in a working position, are adapted to be pivotably movably deflectable in the conveying direction , wherein the measuring station has detection means for detecting the working positions of the measuring elements , characterised in that the measuring elements comprise mechanical damping elements which are adapted to mechanically damp the measuring elements in the rest position.
A system for managing an end-to-end lifecycle in a multitenant application server environment, the system comprising one or more computers, the one or more computers configured to execute an application server environment , and the application server environment comprising: a domain of the application server environment; one or more partitions , wherein each partition provides a subdivision of the domain , that can be associated with a tenant ; a plurality of components deployed to the domain of the application server environment, the components having partition-specific configurations; one or more plugins , wherein a component of the components which is to be made available to be associated with a partition is associated with its own plugin; and a lifecycle manager configured to run in the domain, wherein the lifecycle manager provides configuration integration across the components, wherein the plugin associated with the component is configured to provide a bridge between the lifecycle manager and the component; wherein the lifecycle manager is configured to call, during creation of a partition, an interface of the plug-in to perform creation of the associated component; wherein the lifecycle manager is configured to call, during configuration of a partition, the interface of the plug-in to perform configuration of the associated component; and wherein the lifecycle manager is configured to call, during deletion of a partition, the interface of the plug-in to perform deletion of the associated component. a domain of the application server environment; one or more partitions , wherein each partition provides a subdivision of the domain , that can be associated with a tenant ; a plurality of components deployed to the domain of the application server environment, the components having partition-specific configurations; one or more plugins , wherein a component of the components which is to be made available to be associated with a partition is associated with its own plugin; and a lifecycle manager configured to run in the domain, wherein the lifecycle manager provides configuration integration across the components, wherein the plugin associated with the component is configured to provide a bridge between the lifecycle manager and the component; wherein the lifecycle manager is configured to call, during creation of a partition, an interface of the plug-in to perform creation of the associated component; wherein the lifecycle manager is configured to call, during configuration of a partition, the interface of the plug-in to perform configuration of the associated component; and wherein the lifecycle manager is configured to call, during deletion of a partition, the interface of the plug-in to perform deletion of the associated component.
A beverage can closing member with a frame part having a frame and a rivet hole for opening a beverage can by pressing in a beverage can lid of the beverage can at a predetermined breaking line , and a covering member for resealable arrangement in a withdrawal opening of the beverage can opened by the pressing at the predetermined breaking line , and a locking device formed and/or arranged on the covering member , which is formed and/or arranged such that the covering member arranged in the withdrawal opening of the beverage can can be locked in the withdrawal opening, wherein the covering member is formed in a closure part and/or insertion part accommodated in the frame of the frame part , and an actuator for reopening the beverage can resealed with the covering member , characterized in that the actuator is an extension of the covering member which extends over a portion of the frame of the frame part in the direction of the rivet hole . a frame part having a frame and a rivet hole for opening a beverage can by pressing in a beverage can lid of the beverage can at a predetermined breaking line , and a covering member for resealable arrangement in a withdrawal opening of the beverage can opened by the pressing at the predetermined breaking line , and a locking device formed and/or arranged on the covering member , which is formed and/or arranged such that the covering member arranged in the withdrawal opening of the beverage can can be locked in the withdrawal opening, wherein the covering member is formed in a closure part and/or insertion part accommodated in the frame of the frame part , and an actuator for reopening the beverage can resealed with the covering member , characterized in that the actuator is an extension of the covering member which extends over a portion of the frame of the frame part in the direction of the rivet hole .
A bump strip comprising first and second end caps and an intermediate part defining, together, a length of the bump strip, the end caps having an end part and a connecting part ; and characterised by : the connecting part of each of the first end cap and the second end cap defining a recess such that when the connecting parts of the two end caps are positioned side-by-side the recesses define a fastening hole , and wherein the intermediate part is defined by a carrier part , the carrier part also provided with one or more fastening holes , and wherein the side-by-side connecting parts and carrier part are arranged to overlap each other such that the fastening hole defined by the connecting parts and a fastening hole of the one or more fastening holes in the carrier part overlap such that a fastener can pass through the overlapped holes to secure the bump strip to the surface to be protected.
A turbomachine comprising a stator, a high-pressure shaft , a low-pressure shaft each movable in rotation with respect to the stator, and a cone positioned at an upstream end of the turbomachine in the direction of the air flow and secured in rotation to the low-pressure shaft , the turbomachine comprising a system for deicing said cone , comprising: - resistive heating elements positioned on an internal wall of said cone , - an energy transfer system between said resistive heating elements and a stator of the turbomachine , the cone being movable in rotation with respect to the stator, - an electrical power source coupled to the high-pressure shaft and connected to the energy transfer system by a set of switches , - a computer , the computer being configured so as to: - define a power set point for deicing the cone depending on ambient temperature and pressure data, and on an operating speed of the low-pressure shaft , - depending on the electrical power supplied by the electrical power source , define a duty cycle of the set of switches to deliver electrical power to the resistive heating elements . - resistive heating elements positioned on an internal wall of said cone , - an energy transfer system between said resistive heating elements and a stator of the turbomachine , the cone being movable in rotation with respect to the stator, - an electrical power source coupled to the high-pressure shaft and connected to the energy transfer system by a set of switches , - a computer , - define a power set point for deicing the cone depending on ambient temperature and pressure data, and on an operating speed of the low-pressure shaft , - depending on the electrical power supplied by the electrical power source , define a duty cycle of the set of switches to deliver electrical power to the resistive heating elements .
A method for obtaining information about a farm animal, wherein a device (a) is attached to the head area of an animal, which device contains at least one acceleration sensor by means of which acceleration data is measured repeatedly, wherein the acceleration data is evaluated with automated data processing means and activities and/or states of the animal are inferred as a result of the evaluation, characterized in that the acceleration sensor is arranged in an ear tag and the recorded acceleration data is evaluated to the effect that swallowing processes which the animal carries out are detected.
A method of realization of an aeronautical item with hybrid composite materials by means of additive technology comprising the steps of: design of the product by means of a three-dimensional mathematical model (M(x,y,z)) which defines, in a reference system, the shape and dimensions and includes the information associated with the areas of the item that must be reinforced according to the level of stress; deposition, by means of extruder suitable for extruding a mixture of polymeric material and chopped reinforcing fibers performing additive technology of a matrix according to the mathematical model; characterized by the deposition of one or more continuous fibers along articulated paths in correspondence with the areas that must be reinforced according to the level of stress; said continuous fiber being soaked in the mixture used for the matrix; the method simultaneously provides for the deposition of both the mixture of polymeric material and chopped fiber and the deposition of the continuous fibers after the deposition of the mixture. design of the product by means of a three-dimensional mathematical model (M(x,y,z)) which defines, in a reference system, the shape and dimensions and includes the information associated with the areas of the item that must be reinforced according to the level of stress; deposition, by means of extruder suitable for extruding a mixture of polymeric material and chopped reinforcing fibers performing additive technology of a matrix according to the mathematical model; characterized by the deposition of one or more continuous fibers along articulated paths in correspondence with the areas that must be reinforced according to the level of stress; said continuous fiber being soaked in the mixture used for the matrix; the method simultaneously provides for the deposition of both the mixture of polymeric material and chopped fiber and the deposition of the continuous fibers after the deposition of the mixture.