mhurhangee/ep-ind-claims huggingface dataset:
A coated film comprising: a polyester film and a coating layer which is formed on at least one surface of the polyester film and is prepared from a coating solution comprising a urethane (meth)acrylate compound (a) and at least one compound (b) selected from the group consisting of an oxazoline compound, an isocyanate-based compound and a carbodiimide-based compound, wherein a content of a carbon-carbon double bond moiety in the urethane (meth)acrylate compound is not less than 5% by weight. a polyester film and a coating layer which is formed on at least one surface of the polyester film and is prepared from a coating solution comprising a urethane (meth)acrylate compound (a) and at least one compound (b) selected from the group consisting of an oxazoline compound, an isocyanate-based compound and a carbodiimide-based compound, wherein a content of a carbon-carbon double bond moiety in the urethane (meth)acrylate compound is not less than 5% by weight.
A powered toothbrush comprising: a handle with a neck and a head extending from said neck; a moving bristle bearing section and a static bristle bearing section having a face both mounted to said head; and wherein said moving section is connected to a drive structure which oscillates or rotates said moving section; characterized in that said static section contains at least two tufts of bristles oriented at different angles to the face thereof; and said moving section is the most distal bristle bearing section from said handle, and in that said at least two tufts of bristles comprises a first grouping of tufts located on a periphery of the head that are acutely angled relative to the face so as to splay away from a longitudinal centerline of the head towards sides thereof and a second grouping of tufts oriented perpendicular to the face. a handle with a neck and a head extending from said neck; a moving bristle bearing section and a static bristle bearing section having a face both mounted to said head; and wherein said moving section is connected to a drive structure which oscillates or rotates said moving section; characterized in that said static section contains at least two tufts of bristles oriented at different angles to the face thereof; and said moving section is the most distal bristle bearing section from said handle, and in that said at least two tufts of bristles comprises a first grouping of tufts located on a periphery of the head that are acutely angled relative to the face so as to splay away from a longitudinal centerline of the head towards sides thereof and a second grouping of tufts oriented perpendicular to the face.
Method for operating a dosing pump, the dosing pump being used for adding a water conditioning agent to water to be treated, in particular a flow of water to be treated, such that treated water is obtained, wherein a first electrical conductivity L1 of the water to be treated and a second electrical conductivity L2 of the treated water or of the water of a water supply, to which the treated water is supplied, is determined (101, 105), characterized in that in a control unit a desired value DLF soll is determined from the first conductivity L1 by means of a desired value function DLF soll, wherein the desired value function DLF soll varies with the first conductivity L1, and the control unit drives the dosing pump in such a manner that a difference DLF=L2-L1 of the determined conductivities L1 and L2 is adjusted to the desired value DLF soll.
A downhole tool for borehole cleaning or for moving fluid in a borehole, the fluid comprising elements, such as solids, liquid materials or mixtures thereof present in the borehole, the tool comprising: - a tool housing, - a chamber inlet for letting fluid into the tool, and - a chamber outlet for expelling solids or liquids or mixtures thereof, the tool housing comprising: - a pump arranged in a pump housing, and - a driving unit powered by an electrical conducting means for driving the pump, the pump being arranged between the chamber inlet and the chamber outlet, characterised in that the pump comprises at least one rotor unit comprising a plurality of rotor blades having a hydrodynamic profile having a leading edge and a trailing edge and tapering towards the leading edge and the trailing edge, and at least one stator unit comprising a plurality of stator blades having a hydrodynamic profile having a leading edge and a trailing edge and tapering towards the leading edge and the trailing edge, the at least one rotor unit rotating in relation to the at least one stator unit, and the pump is connected with the driving unit in order to rotate the rotor unit, causing the fluid to move from the chamber inlet towards the chamber outlet. - a tool housing, - a chamber inlet for letting fluid into the tool, and - a chamber outlet for expelling solids or liquids or mixtures thereof, the tool housing comprising: - a pump arranged in a pump housing, and - a driving unit powered by an electrical conducting means for driving the pump, the pump being arranged between the chamber inlet and the chamber outlet, - a pump arranged in a pump housing, and - a driving unit powered by an electrical conducting means for driving the pump, the pump being arranged between the chamber inlet and the chamber outlet,
A method of producing a shape-changeable magnetic member composed of a plurality of segments, with the segments each having a desired orientation and magnitude of magnetization, the method comprising the steps of: - providing a member composed of at least a first mixture of material comprising a first elastic material and a magnetizable material; - wherein the member either has a first shape or is supplemented by a second mixture of material, to form the first shape, with the second mixture of material comprising at least a second elastic material, preferably the same as the first elastic material, and a filler material; - placing the member into at least one jig having a predefined shape; and - magnetizing the member in the jig with a magnetic field sufficient to bring about a permanent magnetization of the plurality of segments. - providing a member composed of at least a first mixture of material comprising a first elastic material and a magnetizable material; - wherein the member either has a first shape or is supplemented by a second mixture of material, to form the first shape, with the second mixture of material comprising at least a second elastic material, preferably the same as the first elastic material, and a filler material; - placing the member into at least one jig having a predefined shape; and - magnetizing the member in the jig with a magnetic field sufficient to bring about a permanent magnetization of the plurality of segments.
A dry filtered containment venting system for a nuclear reactor containment comprising: a housing; and a round and/or elongated aerosol filter inside the housing for removing contaminant aerosols from gas passing through the housing during venting of the containment, the housing including at least one inlet portion (412, 413) configured for directing gas into the aerosol filter during the venting of the containment and an outlet portion for gas filtered by the aerosol filter during the venting of the containment, the dry filtered containment venting system being arranged and configured such that when a flow of gas through the outlet portion is closed off at least one of convective, radiant and conductive heat transfer removes decay heat of aerosols captured in the aerosol filter, characterized in that the at least one inlet portion includes a lower inlet portion and an upper inlet portion, the aerosol filter being a plurality of aerosol filters, the lower inlet portion arranged for directing gas upward into a lower section of the aerosol filters during the venting of the containment, the upper inlet portion arranged for directing gas downward into an upper section of the aerosol filters during the venting of the containment, the lower inlet portion and the upper inlet portion being arranged such that gas flows in through the lower inlet portion upward past the lower and upper sections of the aerosol filter and out past the upper inlet portion when a flow of gas through the outlet portion is closed off so as to allow a forced convective cooling of the decay heat of aerosols captured in the aerosol filters. a housing; and a round and/or elongated aerosol filter inside the housing for removing contaminant aerosols from gas passing through the housing during venting of the containment, the housing including at least one inlet portion (412, 413) configured for directing gas into the aerosol filter during the venting of the containment and an outlet portion for gas filtered by the aerosol filter during the venting of the containment, the dry filtered containment venting system being arranged and configured such that when a flow of gas through the outlet portion is closed off at least one of convective, radiant and conductive heat transfer removes decay heat of aerosols captured in the aerosol filter, characterized in that the at least one inlet portion includes a lower inlet portion and an upper inlet portion, the aerosol filter being a plurality of aerosol filters, the lower inlet portion arranged for directing gas upward into a lower section of the aerosol filters during the venting of the containment, the upper inlet portion arranged for directing gas downward into an upper section of the aerosol filters during the venting of the containment, the lower inlet portion and the upper inlet portion being arranged such that gas flows in through the lower inlet portion upward past the lower and upper sections of the aerosol filter and out past the upper inlet portion when a flow of gas through the outlet portion is closed off so as to allow a forced convective cooling of the decay heat of aerosols captured in the aerosol filters.
A rocking piston compressor comprising: a drive shaft passing through at least one piston, the drive shaft defining an axis, the drive shaft and piston being accommodated in a housing, the housing comprising a body having a substantially U-shaped cross-section through which the axis of the drive shaft passes, the U-shaped body comprising an open top connected to a head assembly, and two opposing sides (37, 38) connected by a bottom, each side of the U-shaped body being connected to at least one side foot mount, each side foot mount comprising a bottom surface that is coplanar with the at least one other side foot mount the bottom surfaces of the side foot mounts being spaced vertically above a portion of the bottom of the U-shaped body that is in vertical alignment with the axis of the drive shaft by a first height, the axis of the drive shaft being spaced vertically above the portion of the bottom of the U-shaped body that is in vertical alignment with the axis of the drive shaft by a second height, characterized in that the first height falls in the range of from about 1.5 times the second height to about 0.5 times the second height. a drive shaft passing through at least one piston, the drive shaft defining an axis, the drive shaft and piston being accommodated in a housing, the housing comprising a body having a substantially U-shaped cross-section through which the axis of the drive shaft passes, the U-shaped body comprising an open top connected to a head assembly, and two opposing sides (37, 38) connected by a bottom, each side of the U-shaped body being connected to at least one side foot mount, each side foot mount comprising a bottom surface that is coplanar with the at least one other side foot mount the bottom surfaces of the side foot mounts being spaced vertically above a portion of the bottom of the U-shaped body that is in vertical alignment with the axis of the drive shaft by a first height, the axis of the drive shaft being spaced vertically above the portion of the bottom of the U-shaped body that is in vertical alignment with the axis of the drive shaft by a second height, characterized in that the first height falls in the range of from about 1.5 times the second height to about 0.5 times the second height.
A batch sample preparation apparatus for preparing a geological sample for analysis, the apparatus comprising: • a dryer having a drying chamber, a sample inlet and at least one sample outlet (22, 24) communicating with said drying chamber; • a comminution device in selective fluid communication with said dryer to selectively receive dried sample from said at least one sample outlet (22, 24); and • a source of fluid introduced at said dryer so that sample material may be transported from said dryer to said comminution device by fluid flow, said fluid flow also extracting the sample material from the comminution device for collection and subsequent analysis; • at least one cyclone (16, 18) located downstream of said dryer, for separating sample material from the fluid, wherein the at least one cyclone (16, 18) comprises a first cyclone disposed between said at least two sample outlets (22, 24) and a first inlet of the comminution device and a second cyclone disposed at an outlet of the comminution device, each cyclone having a corresponding underflow port (35, 43) and an overflow port (37, 39); wherein the comminution device includes a control inlet arranged in fluid communication with an external environment, and having a control valve for controlling fluid flow through said control inlet. • a dryer having a drying chamber, a sample inlet and at least one sample outlet (22, 24) communicating with said drying chamber; • a comminution device in selective fluid communication with said dryer to selectively receive dried sample from said at least one sample outlet (22, 24); and • a source of fluid introduced at said dryer so that sample material may be transported from said dryer to said comminution device by fluid flow, said fluid flow also extracting the sample material from the comminution device for collection and subsequent analysis; • at least one cyclone (16, 18) located downstream of said dryer, for separating sample material from the fluid, wherein the at least one cyclone (16, 18) comprises a first cyclone disposed between said at least two sample outlets (22, 24) and a first inlet of the comminution device and a second cyclone disposed at an outlet of the comminution device, each cyclone having a corresponding underflow port (35, 43) and an overflow port (37, 39);
A conjugate comprising an entry inhibitor covalently attached to a water soluble polymer by a degradable linkage, wherein the conjugate corresponds to one of the following structures or wherein: POLY is poly(ethylene glycol) that in formulae II and III is terminally capped with methoxy; L is either -O- or -NH-C; P is a spacer; Ar is an ortho, meta, or para -substituted phenyl; Z is -O-, -NH-, or -CH 2 -; -NH- in structure II is an amino residue of EI; -O- in structure III is a hydroxyl residue of EI; k is 1, 2 or 3; y is 3, 4, 5, 6, 7, or 8; EI is an HIV-entry inhibitor that is either T-20 or T-1249; R is a core molecule. POLY is poly(ethylene glycol) that in formulae II and III is terminally capped with methoxy; L is either -O- or -NH-C; P is a spacer; Ar is an ortho, meta, or para -substituted phenyl; Z is -O-, -NH-, or -CH 2 -; -NH- in structure II is an amino residue of EI; -O- in structure III is a hydroxyl residue of EI; k is 1, 2 or 3; y is 3, 4, 5, 6, 7, or 8; EI is an HIV-entry inhibitor that is either T-20 or T-1249; R is a core molecule.
A tack button (10, 110, 210) for attaching a substrate, the tack button (10, 110, 210) comprising: - a pin (30, 130, 230); - a base part (20, 120, 220) for detachably mounting the pin (30, 130, 230); - said pin (30, 130, 230) being adapted to project perpendicularly from the base part (20, 120, 220) wherein the base part (20, 120, 220) and the pin (30, 130, 230) are independent of each other, the tack button being characterised in that the base part (20, 120, 220) has at least one removal hole (21, 121, 221) arranged to receive a part of a removal tool. - a pin (30, 130, 230); - a base part (20, 120, 220) for detachably mounting the pin (30, 130, 230); - said pin (30, 130, 230) being adapted to project perpendicularly from the base part (20, 120, 220) wherein the base part (20, 120, 220) and the pin (30, 130, 230) are independent of each other,
A headgear strap for a patient interface, the patient interface comprising a frame, the headgear strap comprising a strap, wherein at least one end of the strap is terminated with a connector wherein the connector is configured to engage a side portion of the frame to connect the strap to the frame upon assembly of the interface, the connector comprising: a body, the body encapsulating an end of the strap, characterized in that the connector comprises: a metal plug portion extending from an end face of the connector, and an overmoulded comparatively soft cover material portion that extends along a length of the strap. a metal plug portion extending from an end face of the connector, and an overmoulded comparatively soft cover material portion that extends along a length of the strap.
A control apparatus for an internal combustion engine, comprising: a fuel addition valve that is installed in at least one cylinder of an internal combustion engine in an upstream exhaust passage (22, 20a) on a side that is further upstream than a merging portion with an upstream exhaust passage (22, 20a) from another cylinder, and that is capable of adding fuel into the upstream exhaust passage (22, 20a); an exhaust variable valve operating mechanism that makes a working angle of an exhaust valve variable; fuel addition execution means that executes fuel addition using the fuel addition valve in synchrony with a valve opening period of the exhaust valve that is provided in a cylinder in which the fuel addition valve is installed; required addition period acquisition means that acquires a required addition period of fuel using the fuel addition valve; and exhaust working angle adjustment means that adjusts a working angle of the exhaust valve using the exhaust variable valve operating mechanism in accordance with the required addition period. a fuel addition valve that is installed in at least one cylinder of an internal combustion engine in an upstream exhaust passage (22, 20a) on a side that is further upstream than a merging portion with an upstream exhaust passage (22, 20a) from another cylinder, and that is capable of adding fuel into the upstream exhaust passage (22, 20a); an exhaust variable valve operating mechanism that makes a working angle of an exhaust valve variable; fuel addition execution means that executes fuel addition using the fuel addition valve in synchrony with a valve opening period of the exhaust valve that is provided in a cylinder in which the fuel addition valve is installed; required addition period acquisition means that acquires a required addition period of fuel using the fuel addition valve; and exhaust working angle adjustment means that adjusts a working angle of the exhaust valve using the exhaust variable valve operating mechanism in accordance with the required addition period.
A cyclone separation apparatus for separating matter from a flow of fluid, the apparatus comprising: a first device for separating dirt and dust from the fluid flow, a second device mounted downstream of the first device for separating dirt and dust from the fluid flow from the first device, a collection chamber for collecting dirt and dust separated by the first and second separation devices (16, 26), a passageway extending from an outlet of the second device to said collection chamber for conveying dirt and dust separated by the second device to said collection chamber, and a first valve member for closing the passageway during use of the apparatus and arranged to retain dirt and dust separated by the second device, characterised in that an actuator is provided for opening the first valve member, and a second valve member is arranged between the outlet and the first valve member for closing the passageway when said first valve member is opened by said actuator. a first device for separating dirt and dust from the fluid flow, a second device mounted downstream of the first device for separating dirt and dust from the fluid flow from the first device, a collection chamber for collecting dirt and dust separated by the first and second separation devices (16, 26), a passageway extending from an outlet of the second device to said collection chamber for conveying dirt and dust separated by the second device to said collection chamber, and a first valve member for closing the passageway during use of the apparatus and arranged to retain dirt and dust separated by the second device, characterised in that an actuator is provided for opening the first valve member, and a second valve member is arranged between the outlet and the first valve member for closing the passageway when said first valve member is opened by said actuator.
A method comprising: sending, by a security verification system to a client device executing an application accessing a service from an application server distinct from the security verification system, a set of security tests for execution by the application on the client device, the set of security tests comprising executable code which, when executed by the application, performs the set of security tests; receiving, at the security verification system from the client device, a set of test results reflecting the execution of the set of security tests by the application of the client device, the set of security tests associated with one or more characteristics of the application of the client device; comparing, the set of test results to a set of expected test results associated with the one or more characteristics of the application to determine a security score based on differences between the set of test results and the set of expected test results; after the comparing, generating, by the security verification system, a security token for the application including the security score; and sending, by the security verification system, the security token to the client device for the application to provide to the application server as verification of the client device. sending, by a security verification system to a client device executing an application accessing a service from an application server distinct from the security verification system, a set of security tests for execution by the application on the client device, the set of security tests comprising executable code which, when executed by the application, performs the set of security tests; receiving, at the security verification system from the client device, a set of test results reflecting the execution of the set of security tests by the application of the client device, the set of security tests associated with one or more characteristics of the application of the client device; comparing, the set of test results to a set of expected test results associated with the one or more characteristics of the application to determine a security score based on differences between the set of test results and the set of expected test results; after the comparing, generating, by the security verification system, a security token for the application including the security score; and sending, by the security verification system, the security token to the client device for the application to provide to the application server as verification of the client device.