mhurhangee/patent-ind-claim-en huggingface dataset:
A method of increasing the air-tightness of a mechanical connector of a medical device, in particular of a dialysis machine, wherein the mechanical connector has a pair of connection parts which have corresponding sealing surfaces, one connection part has a male cone and the other connection part has a female cone , with at least a portion of the outer lateral surface of the male cone and at least a portion of the inner lateral surface of the female cone forming the sealing surfaces, and a joining together of the connection parts comprises the contact between the two sealing surfaces being maintained and the sealing surfaces lying against one another with a certain contact pressure by screwing or latching, characterised in that one of the two sealing surfaces is wetted with a viscous liquid before the connection parts are joined together, the viscous liquid has a dynamic viscosity of between 10 2 and 10 5 mPa·s at 25°C, and the viscous liquid is sterile and biocompatible.
A manually openable recyclable package for containing a product comprising: a tray having a product receiving area and a sealing flange; a thermoformed lidding substrate having a sealing margin; wherein: the lidding substrate comprises an oriented polyethylene terephthalate layer having a thickness of between 100 μm and 250 μm and a polyester copolymer heat sealing lacquer coating applied to the oriented polyethylene terephthalate layer, and the tray comprises a mono-layer of amorphous polyethylene terephthalate, oriented polyethylene terephthalate, crystalline polyethylene terephthalate or recycled polyethylene terephthalate; and a peelable hermetic seal between the sealing margin of the lidding substrate and the sealing flange of the tray. a tray having a product receiving area and a sealing flange; a thermoformed lidding substrate having a sealing margin; wherein: the lidding substrate comprises an oriented polyethylene terephthalate layer having a thickness of between 100 μm and 250 μm and a polyester copolymer heat sealing lacquer coating applied to the oriented polyethylene terephthalate layer, and the tray comprises a mono-layer of amorphous polyethylene terephthalate, oriented polyethylene terephthalate, crystalline polyethylene terephthalate or recycled polyethylene terephthalate; and a peelable hermetic seal between the sealing margin of the lidding substrate and the sealing flange of the tray.
Angle measuring device having an allocated orientation stop for orientation of the angle measuring device with respect to two workpiece planes forming an angle to be measured, wherein the angle measuring device has a rotating mirror for deflecting a laser beam perpendicular to the axis of rotation of the mirror , characterised in that the angle measuring device comprises a housing in which all means required for measurement and measurement display are brought together, and that the orientation stop determines a stop straight line parallel to the axis of rotation of the mirror for both workpiece planes .
A control circuit for a switched reluctance motor, comprising: controllable switches for connection to stator coils of the motor to control whether the coils are energised, a single position sensor responsive to the position of the rotor to provide indications of the timings of one or more positions of the rotor per revolution of the rotor, a position interpolator connected to receive the indications of timings of the rotor positions from the single position sensor , and to provide one or more indications of the timings of one or more estimated positions of the rotor between the timings indicated by the position sensor , a switch controller (27") connected to receive the indications of the timings from the position interpolator and the indications of the timings from the position sensor to determine timings of switch control signals connected to operate the switches . controllable switches for connection to stator coils of the motor to control whether the coils are energised, a single position sensor responsive to the position of the rotor to provide indications of the timings of one or more positions of the rotor per revolution of the rotor, a position interpolator connected to receive the indications of timings of the rotor positions from the single position sensor , and to provide one or more indications of the timings of one or more estimated positions of the rotor between the timings indicated by the position sensor , a switch controller (27") connected to receive the indications of the timings from the position interpolator and the indications of the timings from the position sensor to determine timings of switch control signals connected to operate the switches .
A tool for delivering therapeutic materials to an intervertebral disc via a sub-ligamentous space, the tool being configured to be positioned at an interface of a longitudinal ligament and an outer surface of the intervertebral disc, the interface being the sub-ligamentous space, the tool comprising: a first needle , and a second needle housed within the first needle , wherein an insertion end of the first needle comprises a shallow beveled end and is configured for insertion into the sub-ligamentous space; wherein the second needle is configured to be deployed from within the first needle into at least one of an annulus and a nucleus of the intervertebral disc ; and wherein the second needle is configured to deliver the therapeutic materials to the at least one of the annulus and the nucleus , wherein the tool further comprises a spring system configured to move the tool from a retracted position to a deployed position, wherein the spring system comprises at least a plate and a switch coupled to one another, the plate being positioned within the tool and coupled to the second needle , the switch being configured to move along an outer surface of the tool , and wherein the spring plate is configured to deploy and retract the second needle from the first needle based on a direction of movement of the switch , wherein the switch forms an indicator, which is positioned 180° from an angle of curvature of the second needle and configured to indicate an insertion angle of the second needle into the intervertebral disc . a first needle , and a second needle housed within the first needle , wherein an insertion end of the first needle comprises a shallow beveled end and is configured for insertion into the sub-ligamentous space; wherein the second needle is configured to be deployed from within the first needle into at least one of an annulus and a nucleus of the intervertebral disc ; and wherein the second needle is configured to deliver the therapeutic materials to the at least one of the annulus and the nucleus , wherein the tool further comprises a spring system configured to move the tool from a retracted position to a deployed position, wherein the spring system comprises at least a plate and a switch coupled to one another, the plate being positioned within the tool and coupled to the second needle , the switch being configured to move along an outer surface of the tool , and wherein the spring plate is configured to deploy and retract the second needle from the first needle based on a direction of movement of the switch , wherein the switch forms an indicator, which is positioned 180° from an angle of curvature of the second needle and configured to indicate an insertion angle of the second needle into the intervertebral disc .
Electromechanical transducer unit for a field device used in automation engineering, wherein said unit comprises at least - a membrane which can be caused to vibrate mechanically, - at least three rods which are fixed by a non-positive connection to the membrane in a manner that is perpendicular to a basic surface (A) of the membrane , - a housing , wherein the membrane forms at least a subsection of a wall of the housing , and wherein the rods extend into the housing interior, - at least three magnets , wherein, in each case, one magnet is fixed to each of the at least three rods in the end area facing away from the membrane , and - a coil with a core , wherein said coil is fixed inside the housing above the magnets , and wherein an electrical alternative current signal can be applied to said coil , wherein the coil is designed to generate a magnetic field, wherein said magnetic field causes the rods to produce mechanical vibrations perpendicular to the longitudinal axis of the two rods using the magnets , wherein the rods are fixed to the membrane in such a way that the vibrations of the membrane result from the vibrations of the rods , wherein at least one of the rods is fixed to the membrane at a position along the basic surface (A) of the membrane , wherein at said position the second derivative of the deflection of the membrane from a rest position, as a function of the position on the basic surface (A), is essentially zero. - a membrane which can be caused to vibrate mechanically, - at least three rods which are fixed by a non-positive connection to the membrane in a manner that is perpendicular to a basic surface (A) of the membrane , - a housing , wherein the membrane forms at least a subsection of a wall of the housing , and wherein the rods extend into the housing interior, - at least three magnets , wherein, in each case, one magnet is fixed to each of the at least three rods in the end area facing away from the membrane , and - a coil with a core , wherein said coil is fixed inside the housing above the magnets , and wherein an electrical alternative current signal can be applied to said coil ,
An adhesive composition containing the following components (A) and (B), wherein as a result of measuring a storage elastic modulus of a solid content, a storage elastic modulus at 23°C is 0.1 to 600 MPa, and a storage elastic modulus at 80°C is 0.1 MPa or lower: Component (A): modified polyolefin-based resin Component (B): polyfunctional epoxy compound. Component (A): modified polyolefin-based resin Component (B): polyfunctional epoxy compound.
An optical sight comprising: a housing having a main body , a pair of upwardly extending posts , and a cross member extending between the pair of upwardly extending posts ; an optical element supported by the housing , the optical element being positioned between the pair of upwardly extending posts and between the main body and the cross member ; and a photo detector positioned in the housing , the photo detector being configured to detect ambient light at a target object, wherein a first post of the pair of upwardly extending posts and the cross member are joined at a shoulder of the housing , characterized in that the photo detector is positioned in the shoulder of the housing . a housing having a main body , a pair of upwardly extending posts , and a cross member extending between the pair of upwardly extending posts ; an optical element supported by the housing , the optical element being positioned between the pair of upwardly extending posts and between the main body and the cross member ; and a photo detector positioned in the housing , the photo detector being configured to detect ambient light at a target object, wherein a first post of the pair of upwardly extending posts and the cross member are joined at a shoulder of the housing , characterized in that the photo detector is positioned in the shoulder of the housing .
A device comprising a casing and a cover , wherein the casing comprises a bottom and walls forming an interior chamber , wherein the cover is releasably connected to the casing by means of a latching mechanism having first and second interacting latching parts , at least one of said latching parts being displaceable in relation to the other, and wherein one of said casing walls is formed with a through slot for receiving a portion of a hand-held object for operating the displaceable latching part , characterised in that said slot is arranged with a first dimension (x) and a second dimension (y) adapted for receiving a portion of a handheld object in the form of a rectangular plastic card in an insert direction (z) through the slot , and one of said first and second latching parts is displaceable at least partially in the insert direction (z) and comprises an actuating portion extending inside the chamber for engaging a corner portion of said rectangular card when inserted through the slot to release the latching mechanism. said slot is arranged with a first dimension (x) and a second dimension (y) adapted for receiving a portion of a handheld object in the form of a rectangular plastic card in an insert direction (z) through the slot , and one of said first and second latching parts is displaceable at least partially in the insert direction (z) and comprises an actuating portion extending inside the chamber for engaging a corner portion of said rectangular card when inserted through the slot to release the latching mechanism.
An access assembly comprising: an instrument valve housing including upper, lower, and inner housing sections and defining a cavity; and a valve assembly disposed within the cavity of the instrument valve housing , the valve assembly including: a guard assembly including a plurality of guard sections , a seal assembly disposed adjacent to the guard assembly , the seal assembly including a plurality of seal sections , the plurality of seal sections being movable from an unfolded configuration to folded configuration in which the seal assembly forms a hexagonal member defining an opening to facilitate sealed passage of a surgical instrument; and a centering mechanism for maintaining the seal assembly and guard assembly centered within the cavity of the instrument valve . an instrument valve housing including upper, lower, and inner housing sections and defining a cavity; and a valve assembly disposed within the cavity of the instrument valve housing , the valve assembly including: a guard assembly including a plurality of guard sections , a seal assembly disposed adjacent to the guard assembly , the seal assembly including a plurality of seal sections , the plurality of seal sections being movable from an unfolded configuration to folded configuration in which the seal assembly forms a hexagonal member defining an opening to facilitate sealed passage of a surgical instrument; and a centering mechanism for maintaining the seal assembly and guard assembly centered within the cavity of the instrument valve . a guard assembly including a plurality of guard sections , a seal assembly disposed adjacent to the guard assembly , the seal assembly including a plurality of seal sections , the plurality of seal sections being movable from an unfolded configuration to folded configuration in which the seal assembly forms a hexagonal member defining an opening to facilitate sealed passage of a surgical instrument; and a centering mechanism for maintaining the seal assembly and guard assembly centered within the cavity of the instrument valve .
A lighting device comprising: a plurality of light emitting diodes, LEDs , the plurality of LEDs being disposed on a substrate for emitting visible light from at least one first light output surface in an outgoing light direction; at least one ultra violet light emitting diode, UV LED , for emitting UV light from a second light output surface in the outgoing light direction, and a phosphor layer disposed on at least the plurality of LEDs such that said LEDs are covered by the phosphor layer ; wherein the second light output surface for emitting UV light from said at least one UV LED is mounted at a higher level than said at least one first light output surface relative to the substrate in the outgoing light direction wherein the plurality of LEDs is configured to produce colored light and/ or white light. a plurality of light emitting diodes, LEDs , the plurality of LEDs being disposed on a substrate for emitting visible light from at least one first light output surface in an outgoing light direction; at least one ultra violet light emitting diode, UV LED , for emitting UV light from a second light output surface in the outgoing light direction, and a phosphor layer disposed on at least the plurality of LEDs such that said LEDs are covered by the phosphor layer ; wherein the second light output surface for emitting UV light from said at least one UV LED is mounted at a higher level than said at least one first light output surface relative to the substrate in the outgoing light direction wherein the plurality of LEDs is configured to produce colored light and/ or white light.
A device assembly applied to a mobile terminal comprising a fingerprint assembly , the fingerprint assembly comprising: a fingerprint tray electrically connected to a ground of a circuit board of the mobile terminal; a fingerprint module disposed on the fingerprint tray ; a conductive assembly ; an interface ; and an insulating layer , characterized in that : the conductive assembly is disposed between the fingerprint tray and the fingerprint module , the fingerprint module is connected to the ground of the circuit board of the mobile terminal by the conductive assembly and the fingerprint tray , and the insulating layer is disposed between the interface and the fingerprint tray . a fingerprint tray electrically connected to a ground of a circuit board of the mobile terminal; a fingerprint module disposed on the fingerprint tray ; a conductive assembly ; an interface ; and an insulating layer , characterized in that : the conductive assembly is disposed between the fingerprint tray and the fingerprint module , the fingerprint module is connected to the ground of the circuit board of the mobile terminal by the conductive assembly and the fingerprint tray , and the insulating layer is disposed between the interface and the fingerprint tray .
A method for communicating, by a network, with a user equipment, UE, supporting dual connectivity in a wireless communication system, the method comprising: configuring (S200), by the network, a plurality of transmission points, TPs, to form a virtual cell; and communicating (S210), by the network, with the UE using the configured plurality of TPs, wherein the plurality of TPs use a same cell identifier, ID, to form the virtual cell, and a part of the plurality of TPs include a UE dedicated cell to form the virtual cell, wherein a set of subframes or resources is allocated to a UE dedicated cell, wherein the same cell ID in the set of subframes or resources is used to communicate with the UE, and wherein the network switches a cell of the UE when a coordinated multi-point, CoMP, set is changed. configuring (S200), by the network, a plurality of transmission points, TPs, to form a virtual cell; and communicating (S210), by the network, with the UE using the configured plurality of TPs, wherein the plurality of TPs use a same cell identifier, ID, to form the virtual cell, and a part of the plurality of TPs include a UE dedicated cell to form the virtual cell, wherein a set of subframes or resources is allocated to a UE dedicated cell, wherein the same cell ID in the set of subframes or resources is used to communicate with the UE, and wherein the network switches a cell of the UE when a coordinated multi-point, CoMP, set is changed.
A thread groove pump mechanism (PB) comprising: a rotor cylinder portion rotatable in a predetermined rotating direction; an outer circumference side stator having a substantially cylindrical shape and disposed coaxially with the rotor cylinder portion on an outer circumference side of the rotor cylinder portion; an inner circumference side stator having a substantially cylindrical shape and disposed coaxially with the rotor cylinder portion on an inner circumference side of the rotor cylinder portion; an outer-circumference-side thread groove portion engraved on one of opposite surfaces of the rotor cylinder portion and the outer circumference side stator; and an inner-circumference-side thread groove portion engraved on one of opposite surfaces of the rotor cylinder portion and the inner circumference side stator, the rotor cylinder portion is provided in a rotor , and characterized in that , in use, an exhaust side pressure of the outer-circumference-side thread groove portion is set to be substantially equal to an exhaust side pressure of the inner-circumference-side thread groove portion, by providing a ratio of a root width (A2) of the inner-circumference-side thread groove portion and a ridge width (B2) of an inner-circumference-side thread ridge portion extended between the inner-circumference-side thread groove portions set to be smaller than a ratio of a root width (A1) of the outer-circumference-side thread groove portion and a ridge width (B1) of an outer-circumference-side thread ridge portion extended between the outer-circumference-side thread groove portions. a rotor cylinder portion rotatable in a predetermined rotating direction; an outer circumference side stator having a substantially cylindrical shape and disposed coaxially with the rotor cylinder portion on an outer circumference side of the rotor cylinder portion; an inner circumference side stator having a substantially cylindrical shape and disposed coaxially with the rotor cylinder portion on an inner circumference side of the rotor cylinder portion; an outer-circumference-side thread groove portion engraved on one of opposite surfaces of the rotor cylinder portion and the outer circumference side stator; and an inner-circumference-side thread groove portion engraved on one of opposite surfaces of the rotor cylinder portion and the inner circumference side stator, the rotor cylinder portion is provided in a rotor , and characterized in that , in use, an exhaust side pressure of the outer-circumference-side thread groove portion is set to be substantially equal to an exhaust side pressure of the inner-circumference-side thread groove portion, by providing a ratio of a root width (A2) of the inner-circumference-side thread groove portion and a ridge width (B2) of an inner-circumference-side thread ridge portion extended between the inner-circumference-side thread groove portions set to be smaller than a ratio of a root width (A1) of the outer-circumference-side thread groove portion and a ridge width (B1) of an outer-circumference-side thread ridge portion extended between the outer-circumference-side thread groove portions.
An eye tracking device comprising: an optical system including a capturing unit (C, C1, C2) configured to capture a first image of an eye of a user with a first focal length and characterised in that the capturing unit is further configured to capture a second image of the eye of the user with a second focal length different from the first focal length; and a processing unit configured to determine a gaze direction of the user based on the first image and the second image. an optical system including a capturing unit (C, C1, C2) configured to capture a first image of an eye of a user with a first focal length and characterised in that the capturing unit is further configured to capture a second image of the eye of the user with a second focal length different from the first focal length; and a processing unit configured to determine a gaze direction of the user based on the first image and the second image.