mhurhangee/patent-ind-claim-en huggingface dataset:
A magnet assembly for steering ions used in the formation of a material layer upon a substrate during a pulsed DC physical vapour deposition process, the assembly comprising: a magnetic field generating arrangement for generating a magnetic field , such that, in use, during the deposition process, the magnetic field is generated proximate the substrate , means for rotating the magnetic field generating arrangement about an axis of rotation , such that, in use, during the deposition process, the magnetic field generating arrangement rotates relative to the substrate, wherein the magnetic field generating arrangement comprises a plurality of magnets configured to an array which extends around the axis of rotation, wherein the array of magnets are configured to generate a varying magnetic field strength along a radial direction relative to the axis of rotation, and wherein the array of magnets are configured such that, in use, during the deposition process, the adially varying magnetic field strength is greater proximate a periphery of the substrate than a centre of the substrate . a magnetic field generating arrangement for generating a magnetic field , such that, in use, during the deposition process, the magnetic field is generated proximate the substrate , means for rotating the magnetic field generating arrangement about an axis of rotation , such that, in use, during the deposition process, the magnetic field generating arrangement rotates relative to the substrate, wherein the magnetic field generating arrangement comprises a plurality of magnets configured to an array which extends around the axis of rotation, wherein the array of magnets are configured to generate a varying magnetic field strength along a radial direction relative to the axis of rotation, and wherein the array of magnets are configured such that, in use, during the deposition process, the adially varying magnetic field strength is greater proximate a periphery of the substrate than a centre of the substrate .
Leveler for tiles, suitable for being used by a user to make coplanar the faces of two adjacent tiles (P), comprising a disposable element and a wedge ; the disposable element comprising a base from which a first arm and a second arm rise perpendicularly and are joined at the top to a lamella , so as to form an opening among the base , the first arm , the second arm and the lamella ; the wedge comprising a ramp body with a flat lower face and an inclined upper face ; the disposable element being adapted to be arranged between the two tiles (P); the wedge being adapted to be inserted into the opening over the tiles (P) so as to abut against the lamella with the inclined upper face and push downwards the two tiles (P) with the flat lower face ; wherein a tongue protrudes downwards from the lamella in the opening and has a free end with a lower face on one side and is fixed to the lamella on the other side so as to be flexible and inclinable, wherein a sawtooth portion is formed on the inclined upper face and has teeth with which the free end of the tongue can come into contact, so that when the wedge is pushed inside the opening , the tongue slides on the sawtooth portion , and that when the wedge tries to get out, the free end of the tongue abuts on one of the teeth and prevents the wedge from leaving the opening ; characterized by the fact that the tongue is fixed to the lamella through a thinned portion so as to be easily flexed.
A surgical bending instrument for bending surgical staples, comprising: a body supporting a distal force applicator and a proximal handle ; wherein a lever comprising a wheel and a peripheral cam is rotatably mounted on a pivot within the body, and wherein moving the lever proximally causes the cam to exert a distally-directed force onto a surgical staple , characterised in that the distal force applicator comprises a first grip and a second grip configured to retain the surgical staple . a body supporting a distal force applicator and a proximal handle ; wherein a lever comprising a wheel and a peripheral cam is rotatably mounted on a pivot within the body, and wherein moving the lever proximally causes the cam to exert a distally-directed force onto a surgical staple ,
An anchoring structure adapted to be anchored within a vessel of a body, said anchoring structure comprising: a generally cylindrical tubular body having an inflow end and an outflow end ; wherein the inflow end comprises an inflow rim , characterized in that the inflow rim comprises a three rail construction having outwardly flared distal and/or proximal portions. a generally cylindrical tubular body having an inflow end and an outflow end ; wherein the inflow end comprises an inflow rim , characterized in that the inflow rim comprises a three rail construction having outwardly flared distal and/or proximal portions.
A vehicle braking system comprising a brake actuator which is operable to adopt a brake apply position in which the brake actuator may apply a braking force to a vehicle wheel and a brake release position in which the brake actuator may release any braking force applied to a vehicle wheel, the brake actuator having a spring brake chamber and a spring and being configured such that supply of pressurised fluid to the spring brake chamber causes the brake actuator to move against the biasing force of the spring to the brake release position and release of pressurised fluid from the spring brake chamber causes the brake actuator to move under the action of the spring to the brake apply position, the system further including a supply line whereby the spring brake chamber is, in use, connected to a supply of pressurised fluid, and an emergency brake apply valve which has a control port which is connected to the supply line , the emergency brake apply valve being configured automatically to connect the spring brake chamber to a low pressure region when the pressure at the control port falls below a predetermined level, characterised in that the system further includes an electrically operable emergency braking override valve which has a first port which is connected to the supply line and a second port which is connected to the control port of the emergency brake apply valve and which, when supplied with sufficient electrical power, acts to prevent loss of fluid pressure at the control port of the emergency brake apply valve .
A system comprising a vehicle cabin wayfinding assembly for efficiently directing passengers aboard a vehicle, for example an aircraft, and a light source configured to be not directly visible to the passengers and to emit light towards the vehicle cabin wayfinding assembly, the vehicle cabin wayfinding assembly configured to be secured within an internal cabin of a vehicle proximate a row of seats, the vehicle cabin wayfinding assembly comprising: a placard having a front face ; and at least one directional reflector offset from the front face of the placard , wherein the at least one directional reflector is shaped as one or more wayfinding indicia, wherein the at least one directional reflector is configured to directionally reflect light that is emitted from the light source into an application zone , and wherein the at least one directional reflector is configured to directionally reflect the emitted light from the light source into the defined application zone extending into an aisle of the vehicle cabin, and wherein the directional reflection of the emitted light comprises reflecting light at an increased intensity within the application zone , and not reflecting light or reflecting light at a decreased intensity outside of the application zone . a placard having a front face ; and at least one directional reflector offset from the front face of the placard , wherein the at least one directional reflector is shaped as one or more wayfinding indicia, wherein the at least one directional reflector is configured to directionally reflect light that is emitted from the light source into an application zone , and wherein the at least one directional reflector is configured to directionally reflect the emitted light from the light source into the defined application zone extending into an aisle of the vehicle cabin, and wherein the directional reflection of the emitted light comprises reflecting light at an increased intensity within the application zone , and not reflecting light or reflecting light at a decreased intensity outside of the application zone .
A method of transmitting a random access response, RAR, message, comprising: (S101) receiving a random access request sent by a UE, and returning a first message to the UE, wherein the first message consists of a plurality of message units arranged in sequence, each message unit comprising a message sub-header and a RAR sub-message corresponding to the message sub-header, wherein the message sub-header comprises sub-message format indication information, configured to indicate a format of the RAR sub-message.
An image projector arranged to project an image onto a display plane , wherein the image projector comprises: a processing engine arranged to output a computer-generated diffractive pattern comprising a hologram of an image for projection and a lens function corresponding to a lens having a first optical power; a display device arranged to display the computer-generated diffractive pattern; an optical element between the display device and the display plane , wherein the optical element has a second optical power; a light source arranged to provide off-axis illumination of the display device in order to spatially-modulate light in accordance with the hologram and lens function, wherein the lens function of the computer-generated diffractive pattern and the optical element collectively perform a transform of the hologram such that a reconstruction of the image is formed on the display plane , wherein the display device is tilted with respect to the optical element by a first angle greater than zero and the display plane is tilted with respect to the optical element by a second angle greater than zero, wherein the second angle is less than the first angle. a processing engine arranged to output a computer-generated diffractive pattern comprising a hologram of an image for projection and a lens function corresponding to a lens having a first optical power; a display device arranged to display the computer-generated diffractive pattern; an optical element between the display device and the display plane , wherein the optical element has a second optical power; a light source arranged to provide off-axis illumination of the display device in order to spatially-modulate light in accordance with the hologram and lens function, wherein the lens function of the computer-generated diffractive pattern and the optical element collectively perform a transform of the hologram such that a reconstruction of the image is formed on the display plane , wherein the display device is tilted with respect to the optical element by a first angle greater than zero and the display plane is tilted with respect to the optical element by a second angle greater than zero, wherein the second angle is less than the first angle.
Adhesive label comprising at least one transparent region and at least one opaque region , wherein the label is constructed from layers of different materials which lie on top of one another, wherein the layers comprise at least - a layer made of transparent film , - a first colour layer , - a layer made of adhesive material , wherein the first colour layer is arranged between the layer made of adhesive material and the layer made of transparent film , and - a thermoreactive layer which is transparent and which, when heat is supplied, becomes black at the point where the heat is supplied and remains black after the heat has been supplied, and wherein the thermoreactive layer is applied above the transparent film and on the other side of the transparent film to the first colour layer , characterized in that the opaque region is formed by a single-colour print in the first colour layer , and in that the opaque region serves as background for a print in the thermoreactive layer , wherein the thermoreactive layer is applied at least in the opaque region , and wherein the first colour layer is composed of a single-colour light colour, in particular white or yellow. - a layer made of transparent film , - a first colour layer , - a layer made of adhesive material , wherein the first colour layer is arranged between the layer made of adhesive material and the layer made of transparent film , and - a thermoreactive layer which is transparent and which, when heat is supplied, becomes black at the point where the heat is supplied and remains black after the heat has been supplied, and wherein the thermoreactive layer is applied above the transparent film and on the other side of the transparent film to the first colour layer , characterized in that the opaque region is formed by a single-colour print in the first colour layer , and in that the opaque region serves as background for a print in the thermoreactive layer , wherein the thermoreactive layer is applied at least in the opaque region , and wherein the first colour layer is composed of a single-colour light colour, in particular white or yellow.
A nucleopolyhedrovirus (NPV) suitable for use in controlling insect populations, the NPV having a genome sequence with at least 85% sequence identity to SEQ ID NO: 2 and being an isolate or genotype of the NPV whose genome sequence is represented by SEQ ID NO: 2, wherein the NPV has a virulence host range comprising the Grapholitini tribe of the lepidopteran family, Tortricidae.
A subsea cable termination assembly for a subsea cable which includes an optical fiber for data transmission, the subsea cable termination assembly comprising: - a chamber which has a liquid tight seal against an ambient medium surrounding the subsea cable termination assembly , - a media converter arranged in the chamber , the media converter having an optical interface adapted to be connected to an optical fiber of the subsea cable, and further having an electrical interface , and - an electric contact arranged outside the chamber and electrically connected to the electrical interface of the media converter arranged inside the chamber, wherein the media converter is adapted to receive data on one of the electrical or optical interface and to transmit corresponding data on the other of the electrical or optical interface , characterized in that the chamber is filled with a dielectric liquid and is pressure compensated against an ambient pressure. - a chamber which has a liquid tight seal against an ambient medium surrounding the subsea cable termination assembly , - a media converter arranged in the chamber , the media converter having an optical interface adapted to be connected to an optical fiber of the subsea cable, and further having an electrical interface , and - an electric contact arranged outside the chamber and electrically connected to the electrical interface of the media converter arranged inside the chamber,
A system comprising: a common control element that includes a storage unit that stores parameter sets; a user interface that is coupled to the common control element by a first medium; and a unit that is coupled to the common control element by a second medium and that is paired with the common control element, wherein the unit is configured to include local control circuitry configured to implement an adjustable setting of the unit that, when adjusted, is configured to alter performance of the unit, wherein the user interface is configured to send test commands to the common control element, wherein, responsive to receiving the test commands, the common control element is configured to test the unit based on a first value of the parameter sets for the adjustable setting to determine whether the unit is operating as required, wherein, when execution of a test of the unit based on the first value of the parameter sets for the adjustable setting indicates that the unit needs to be adjusted, the user interface is configured to forward and sync an adjustment to the adjustable setting to the unit via the common control element, and wherein the adjustment adjusts the adjustable setting to a second value of the parameter sets. a common control element that includes a storage unit that stores parameter sets; a user interface that is coupled to the common control element by a first medium; and a unit that is coupled to the common control element by a second medium and that is paired with the common control element, wherein the unit is configured to include local control circuitry configured to implement an adjustable setting of the unit that, when adjusted, is configured to alter performance of the unit, wherein the user interface is configured to send test commands to the common control element, wherein, responsive to receiving the test commands, the common control element is configured to test the unit based on a first value of the parameter sets for the adjustable setting to determine whether the unit is operating as required, wherein, when execution of a test of the unit based on the first value of the parameter sets for the adjustable setting indicates that the unit needs to be adjusted, the user interface is configured to forward and sync an adjustment to the adjustable setting to the unit via the common control element, and wherein the adjustment adjusts the adjustable setting to a second value of the parameter sets.
A device , comprising: one or more processors configured to: receive information identifying a set of conditions and a set of corresponding security actions, the information identifying a set of conditions being received from a client device; determine a set of security rules that is to be controlled by the set of conditions, the set of security rules being included in a network security policy; modify information related to the set of security rules stored in a data structure such that the set of conditions controls implementation of the set of security rules, the set of security rules having not been associated with the set of conditions prior to modifying the information related to the set of security rules, the modification thereby configuring the device to process the set of security rules to dynamically implement the set of security actions based on satisfaction of the set of conditions; after modifying the information related to the set of security rules: perform an action to monitor a network to determine whether the set of conditions is satisfied; and perform a security action of the set of security actions based on whether a condition of the set of conditions is satisfied and based on whether the set of security rules applies to traffic. receive information identifying a set of conditions and a set of corresponding security actions, the information identifying a set of conditions being received from a client device; determine a set of security rules that is to be controlled by the set of conditions, the set of security rules being included in a network security policy; modify information related to the set of security rules stored in a data structure such that the set of conditions controls implementation of the set of security rules, the set of security rules having not been associated with the set of conditions prior to modifying the information related to the set of security rules, the modification thereby configuring the device to process the set of security rules to dynamically implement the set of security actions based on satisfaction of the set of conditions; the set of security rules having not been associated with the set of conditions prior to modifying the information related to the set of security rules, the modification thereby configuring the device to process the set of security rules to dynamically implement the set of security actions based on satisfaction of the set of conditions; after modifying the information related to the set of security rules: perform an action to monitor a network to determine whether the set of conditions is satisfied; and perform a security action of the set of security actions based on whether a condition of the set of conditions is satisfied and based on whether the set of security rules applies to traffic. perform an action to monitor a network to determine whether the set of conditions is satisfied; and perform a security action of the set of security actions based on whether a condition of the set of conditions is satisfied and based on whether the set of security rules applies to traffic.
A combine harvester header comprising - an arm associated with at least one cutter bar and a frame adapted to support said arm over a soil comprising a plurality of crops to be cut, - a first connector including a first component constrained between said frame and said arm and defining at least a first axis of rotation parallel to said soil around which said arm can rotate with respect to said frame , - a second connector including a second component variable in extension, constrained between said frame and said arm and arranged above said first connector with respect to said soil so as to support by traction said arm with respect to said frame , - said first component defining its own extension and being adjustable so as to allow said extension to be controlled, and characterised in that said second connector comprises control means configured to exert a traction or pulling force on said arm with respect to said soil. - an arm associated with at least one cutter bar and a frame adapted to support said arm over a soil comprising a plurality of crops to be cut, - a first connector including a first component constrained between said frame and said arm and defining at least a first axis of rotation parallel to said soil around which said arm can rotate with respect to said frame , - a second connector including a second component variable in extension, constrained between said frame and said arm and arranged above said first connector with respect to said soil so as to support by traction said arm with respect to said frame , - said first component defining its own extension and being adjustable so as to allow said extension to be controlled, and