mhurhangee/patent-ind-claim-en huggingface dataset:
A display medium capable of displaying a predetermined number of contents corresponding to a predetermined number of azimuth angles when viewed from predetermined elevation and azimuth angles, comprising: a planar member that reflects light, wherein the planar member is partitioned into a plurality of unit cells (C), each of the plurality of unit cells (C) is further partitioned into a predetermined number of sub-cells (B) corresponding to the predetermined number of the azimuth angles, and in each sub-cell (B) corresponding to a predetermined azimuth angle, a protruding member is formed vertically on the planar member such that a surface of the protruding member is configured to occlude light and is parallel to the direction of the predetermined azimuth angle on the planar member . a planar member that reflects light, wherein the planar member is partitioned into a plurality of unit cells (C), each of the plurality of unit cells (C) is further partitioned into a predetermined number of sub-cells (B) corresponding to the predetermined number of the azimuth angles, and in each sub-cell (B) corresponding to a predetermined azimuth angle, a protruding member is formed vertically on the planar member such that a surface of the protruding member is configured to occlude light and is parallel to the direction of the predetermined azimuth angle on the planar member .
Current discharge system having guide pins and at least one lateral guide rail for a shading device having a multiplicity of slats , in particular for a Venetian blind or for a slatted blind, wherein the slats can each be movably mounted in the at least one lateral guide rail by means of the guide pins , wherein the shading device has photovoltaic elements for generating power, wherein the photovoltaic elements are electrically connectable to the guide pins of the respective slat , wherein a total of at least two electrical busbars are present in the at least one guide rail , with the result that electrical contact can be established by at least one contact means with the photovoltaic elements of the slats in order to discharge the generated current, characterized in that 1.1. the guide pins each have a disc-like head part , from which the at least one contact means protrudes in the longitudinal direction of the slat, wherein the head part has a cut-out at least on its upper side, in order to enable space-saving stacking of the slats in the raised state of the shading device, and 1.2. the contact means are in the form of a spring contact pin , wherein the spring contact pin has at least one piston , a sleeve and an inner spring, and the sleeve is integrated into the guide pin , with the result that the guide pin serves as a sleeve and guide for the piston . a total of at least two electrical busbars are present in the at least one guide rail , with the result that electrical contact can be established by at least one contact means with the photovoltaic elements of the slats in order to discharge the generated current, characterized in that 1.1. the guide pins each have a disc-like head part , from which the at least one contact means protrudes in the longitudinal direction of the slat, wherein the head part has a cut-out at least on its upper side, in order to enable space-saving stacking of the slats in the raised state of the shading device, and 1.2. the contact means are in the form of a spring contact pin , wherein the spring contact pin has at least one piston , a sleeve and an inner spring, and the sleeve is integrated into the guide pin , with the result that the guide pin serves as a sleeve and guide for the piston .
A waste liquid container comprising: a waste liquid vessel capable of storing waste liquid having a mounting face , a side face , and a bottom face that are outer surfaces intersecting each other; a waste liquid inlet disposed on the mounting face; a circuit board having a connection terminal disposed substantially parallel to the side face; and characterized by : a first recess portion that opens in the mounting face and the bottom face below the waste liquid inlet, wherein when a width direction (X) is defined as a direction in which both the mounting face and the bottom face extend, the recess portion is disposed at a position between the waste liquid inlet and the connection terminal in the width direction and is configured to accumulate liquid flowing along the bottom face from the waste liquid inlet ; and wherein the waste liquid vessel further comprises, a second recess portion that opens in the mounting face and the side face, wherein the circuit board is disposed inside the second recess portion; and a third recess portion that opens in the mounting face and the side face below the second recess portion. a waste liquid vessel capable of storing waste liquid having a mounting face , a side face , and a bottom face that are outer surfaces intersecting each other; a waste liquid inlet disposed on the mounting face; a circuit board having a connection terminal disposed substantially parallel to the side face; and characterized by : a first recess portion that opens in the mounting face and the bottom face below the waste liquid inlet, wherein when a width direction (X) is defined as a direction in which both the mounting face and the bottom face extend, the recess portion is disposed at a position between the waste liquid inlet and the connection terminal in the width direction and is configured to accumulate liquid flowing along the bottom face from the waste liquid inlet ; and wherein the waste liquid vessel further comprises, a second recess portion that opens in the mounting face and the side face, wherein the circuit board is disposed inside the second recess portion; and a third recess portion that opens in the mounting face and the side face below the second recess portion. when a width direction (X) is defined as a direction in which both the mounting face and the bottom face extend, the recess portion is disposed at a position between the waste liquid inlet and the connection terminal in the width direction and is configured to accumulate liquid flowing along the bottom face from the waste liquid inlet ; and wherein the waste liquid vessel further comprises, a second recess portion that opens in the mounting face and the side face, wherein the circuit board is disposed inside the second recess portion; and a third recess portion that opens in the mounting face and the side face below the second recess portion.
Damper valve for damping a relative movement between a first mass and a second mass, having the following features: a valve housing with a housing wall which has valve openings, wherein the valve housing is designed to be connected to the first mass; a valve body which has through-going openings and which, within the valve housing, is arranged to move between a first displacement position and a second displacement position, the through-going openings being arranged in such manner that the valve openings are closed by the valve body when the valve body is displaced to the first or second displacement position, whereas the valve openings and the through-going openings overlap at least partially when the valve body is in an intermediate position between the first and second displacement positions; a fastening element (218; 918) which is connected to the valve body, and a coupling element which has a first end connected to the fastening element and a second end which is designed to be connected to the second mass, wherein the damping valve has a valve base which is connected to the valve housing and to the valve body , characterised in that the valve base can be adjusted as a function of the pressure. a valve housing with a housing wall which has valve openings, wherein the valve housing is designed to be connected to the first mass; a valve body which has through-going openings and which, within the valve housing, is arranged to move between a first displacement position and a second displacement position, the through-going openings being arranged in such manner that the valve openings are closed by the valve body when the valve body is displaced to the first or second displacement position, whereas the valve openings and the through-going openings overlap at least partially when the valve body is in an intermediate position between the first and second displacement positions; a fastening element (218; 918) which is connected to the valve body, and a coupling element which has a first end connected to the fastening element and a second end which is designed to be connected to the second mass, wherein the damping valve has a valve base which is connected to the valve housing and to the valve body , characterised in that the valve base can be adjusted as a function of the pressure.
A method comprising: receiving, by an access and mobility management function, AMF, from a unified data management, UDM, a value for a time duration associated with inactivity of a network slice for a wireless device; and sending, by the AMF to the wireless device and upon expiration of the time duration, an indication of removal of the network slice. receiving, by an access and mobility management function, AMF, from a unified data management, UDM, a value for a time duration associated with inactivity of a network slice for a wireless device; and sending, by the AMF to the wireless device and upon expiration of the time duration, an indication of removal of the network slice.
A package for holding and dispensing a delivery shaft assembly for delivery of an implant for the treatment of glaucoma wherein - the delivery shaft assembly comprises a delivery shaft having a lumen holding the implant , and an adapter configured for coupling to an inserter tool , - the inserter tool is provided with a discharge shaft configured to be received by the delivery shaft assembly lumen , and with an adapter coupling configured to couple with the adapter , wherein the delivery shaft and/or of the discharge shaft is moveable such that the implant is released from the lumen, characterised in that the the package comprises: - a vial and an insert mounted within a vial holding space , wherein the insert comprises: - a force receiving body configured to support the adapter during coupling to the inserter tool , - a delivery shaft retaining mechanism configured to releasably retain the delivery shaft, wherein an application of force by the inserter tool during coupling to the adapter actuates the delivery shaft retaining mechanism to release the retained delivery shaft for withdrawal of the delivery shaft assembly from the insert and vial . - the delivery shaft assembly comprises a delivery shaft having a lumen holding the implant , and an adapter configured for coupling to an inserter tool , - the inserter tool is provided with a discharge shaft configured to be received by the delivery shaft assembly lumen , and with an adapter coupling configured to couple with the adapter , wherein the delivery shaft and/or of the discharge shaft is moveable such that the implant is released from the lumen, characterised in that the the package comprises: - a vial and an insert mounted within a vial holding space , wherein the insert comprises: - a force receiving body configured to support the adapter during coupling to the inserter tool , - a delivery shaft retaining mechanism configured to releasably retain the delivery shaft, - a vial and an insert mounted within a vial holding space , wherein the insert comprises: - a force receiving body configured to support the adapter during coupling to the inserter tool , - a delivery shaft retaining mechanism configured to releasably retain the delivery shaft, - a force receiving body configured to support the adapter during coupling to the inserter tool , - a delivery shaft retaining mechanism configured to releasably retain the delivery shaft, wherein an application of force by the inserter tool during coupling to the adapter actuates the delivery shaft retaining mechanism to release the retained delivery shaft for withdrawal of the delivery shaft assembly from the insert and vial .
CHO cells that encode soluble recombinant human PH20, wherein the cells comprise 150-300 copies of the nucleic acid encoding the recombinant human PH20.
A computer-implemented method of implementing a compiler module configured to perform operations comprising: obtaining directives contained in an obfuscation description and indicative of portions of source code for a development project to protect and modifications to make to obfuscate the indicated portions of the source code; generating intermediate language code that combines the source code with code to implement the directives; applying the directives to the intermediate language code to modify the indicated portions in accordance with the directives during compilation of the intermediate language code by the compiler module; compiling obfuscated code produced by application of the directives to the intermediate language code; and outputting protected compiled code for the development project having obfuscations produced during the compilation of the intermediate language code by the compiler module, characterized by modifying the indicated portions of the source code individually, including applying encryption to at least one portion of the code and modifying the layout of at least one other portion of the code. obtaining directives contained in an obfuscation description and indicative of portions of source code for a development project to protect and modifications to make to obfuscate the indicated portions of the source code; generating intermediate language code that combines the source code with code to implement the directives; applying the directives to the intermediate language code to modify the indicated portions in accordance with the directives during compilation of the intermediate language code by the compiler module; compiling obfuscated code produced by application of the directives to the intermediate language code; and outputting protected compiled code for the development project having obfuscations produced during the compilation of the intermediate language code by the compiler module, characterized by modifying the indicated portions of the source code individually, including applying encryption to at least one portion of the code and modifying the layout of at least one other portion of the code.
Shear web for a rotor blade of a wind turbine, having a shear web body inside which there is arranged a shear web core , and having a shear web root inside which there is arranged a form part , wherein the form part widens from an end face facing the shear web core to a bearing face , wherein the shear web core and the form part are clad in one or more layers consisting of a fibre material , characterized in that the fibre material extends from a first side face of the shear web core over a first flank of the form part and the bearing face of the form part .
A method for detecting material loss in a tubular, comprising: identifying a radial cross-sectional area of the tubular as having a loss of material in a wall of the tubular; characterised by responsive to the identifying, determining an amount of voltage offset present in each of a plurality of measurement signals, wherein each of the measurement signals provides measurement information for an arc section of the wall of the tubular; for each of the measurement signals, producing a zero adjusted signal by adjusting the measurement signal to remove the amount of voltage offset over a length of the tubular for which the identifying recognizes the loss of material; producing an assessment of wall material loss for each arc section of the wall of the tubular based on the zero adjusted signals; and generating an image of the wall of the tubular showing the wall material loss for each arc section. identifying a radial cross-sectional area of the tubular as having a loss of material in a wall of the tubular; characterised by responsive to the identifying, determining an amount of voltage offset present in each of a plurality of measurement signals, wherein each of the measurement signals provides measurement information for an arc section of the wall of the tubular; for each of the measurement signals, producing a zero adjusted signal by adjusting the measurement signal to remove the amount of voltage offset over a length of the tubular for which the identifying recognizes the loss of material; producing an assessment of wall material loss for each arc section of the wall of the tubular based on the zero adjusted signals; and generating an image of the wall of the tubular showing the wall material loss for each arc section.
Method for generating a tripping signal (A) for a DC circuit breaker , which is connected between a high-voltage DC source and a high-voltage DC transmission line , wherein in the method - a voltage present on the high-voltage DC transmission line at a voltage measuring point is measured with DC voltage measurement values (Um) being obtained, - a current flowing through the high-voltage DC transmission line at a current measuring point is measured with DC measurement values (Im) being obtained, and - by evaluating the DC voltage measurement values (Um) and the DC measurement values (Im) a fault present on the high-voltage DC transmission line is identified and thereupon the tripping signal (A) for the DC circuit breaker is generated, characterized in that the tripping signal (A) for the DC circuit breaker is generated - if within a predetermined second period of time the DC voltage measurement values (Um) fall below a predetermined second voltage threshold value (Us2) and the DC measurement values (Im) change their sign or - if within the predetermined second period of time the DC voltage measurement values (Um) fall below the predetermined second voltage threshold value (Us2), the DC measurement values (Im) change their sign and the absolute value of the temporal change in the DC measurement values (Im) exceeds a predetermined first current change threshold value (SW1). - a voltage present on the high-voltage DC transmission line at a voltage measuring point is measured with DC voltage measurement values (Um) being obtained, - a current flowing through the high-voltage DC transmission line at a current measuring point is measured with DC measurement values (Im) being obtained, and - by evaluating the DC voltage measurement values (Um) and the DC measurement values (Im) a fault present on the high-voltage DC transmission line is identified and thereupon the tripping signal (A) for the DC circuit breaker is generated, characterized in that the tripping signal (A) for the DC circuit breaker is generated - if within a predetermined second period of time the DC voltage measurement values (Um) fall below a predetermined second voltage threshold value (Us2) and the DC measurement values (Im) change their sign or - if within the predetermined second period of time the DC voltage measurement values (Um) fall below the predetermined second voltage threshold value (Us2), the DC measurement values (Im) change their sign and the absolute value of the temporal change in the DC measurement values (Im) exceeds a predetermined first current change threshold value (SW1).
A closure device for use with a container having a main liquid compartment and an opening with a container neck , the closure device comprising: a cap member having a side wall adapted to be secured to the opening of the container, a fluid chamber fixed at its upper end to the cap member and having a bottom aperture at its lower end, a housing at least partially surrounding the fluid chamber and having a flange member adapted to extend at least partially across the top of the container neck, a plug member fixed to the housing and sealingly engageable in the bottom aperture of the fluid chamber, wherein the plug member has a nozzle or one or more orifices therein, characterised in that the housing is adapted to move relative to the cap member between a first closed position of the closure device, in which the plug member seals the bottom aperture closed and the housing is engaged by a detent member provided to prevent movement of the housing away from the cap member, and a second armed position, in which the plug member continues to seal the bottom aperture closed and in which either (a) the flange member is deformed to a position in which the housing can no longer be engaged by the detent member or (b) the detent member is deformed to a position in which the housing can no longer be engaged by the detent member . a cap member having a side wall adapted to be secured to the opening of the container, a fluid chamber fixed at its upper end to the cap member and having a bottom aperture at its lower end, a housing at least partially surrounding the fluid chamber and having a flange member adapted to extend at least partially across the top of the container neck, a plug member fixed to the housing and sealingly engageable in the bottom aperture of the fluid chamber, wherein the plug member has a nozzle or one or more orifices therein, characterised in that the housing is adapted to move relative to the cap member between a first closed position of the closure device, in which the plug member seals the bottom aperture closed and the housing is engaged by a detent member provided to prevent movement of the housing away from the cap member, and a second armed position, in which the plug member continues to seal the bottom aperture closed and in which either (a) the flange member is deformed to a position in which the housing can no longer be engaged by the detent member or (b) the detent member is deformed to a position in which the housing can no longer be engaged by the detent member .
A method to determine an instantaneous resistance value of an electric circuit, characterized by : generating a synchronizing event at a zero-crossing point (14a-14c; 102a-102g; 220a-220c; 302a-g) of an AC source waveform; waiting a delay period (24; 208), the delay period based on a frequency of the AC source waveform; At the end of said delay period simultaneously measuring an in-situ instantaneous voltage of the circuit and measuring an in-situ instantaneous current of the circuit; and calculating the instantaneous resistance for the electric circuit at a portion of the AC source waveform selected by the delay period (24, 26; 106a-c; 208) based on the measured in-situ instantaneous voltage and the measured in-situ instantaneous current. generating a synchronizing event at a zero-crossing point (14a-14c; 102a-102g; 220a-220c; 302a-g) of an AC source waveform; waiting a delay period (24; 208), the delay period based on a frequency of the AC source waveform; At the end of said delay period simultaneously measuring an in-situ instantaneous voltage of the circuit and measuring an in-situ instantaneous current of the circuit; and calculating the instantaneous resistance for the electric circuit at a portion of the AC source waveform selected by the delay period (24, 26; 106a-c; 208) based on the measured in-situ instantaneous voltage and the measured in-situ instantaneous current.