mhurhangee/patent-ind-claim-en huggingface dataset:
A hand-written information processing apparatus which includes a stylus detection sensor configured to detect a writing operation of a stylus on an inputting face of the hand-written information processing apparatus on which sheet member is placed, a connection interface configured to output writing information corresponding to the writing operation of the stylus detected through an interaction with the stylus detection sensor to an external apparatus which includes a display screen, an operation input acceptance unit configured to accept an operation input by a user, a display image processing information generation circuit configured to generate display image processing information when the writing information is displayed on the display screen, in response to the operation input accepted by the operation input acceptance unit, and a memory , characterised in that the stylus detection sensor is configured to detect a writing operation of a first stylus on the inputting face through a first interaction, and is configured to detect a writing operation of a second stylus on the inputting face through a second interaction, the second stylus being different from the first stylus, and the hand-written information processing apparatus further comprises a stylus recognition circuit configured to recognize whether the writing operation on the inputting face is the writing operation by the first stylus or the writing operation by the second stylus; and the hand-written information processing apparatus further is configured to comprise a first mode in which, when the writing operation on the inputting face by the first stylus is recognized by the stylus recognition circuit , writing information corresponding to the writing operation on the inputting face by the first stylus detected through the interaction with the stylus detection sensor and the display image processing information generated by the display image processing information generation circuit is outputted to the external apparatus through the connection interface; and a second mode in which, when the writing operation on the inputting face by the second stylus is recognized by the stylus recognition circuit , writing information corresponding to the writing operation on the inputting face by the second stylus detected through the interaction with the stylus detection sensor is retained into the memory and application of the display image processing information generated by the display image processing information generation circuit to the writing information retained in the memory is limited.
A headlight for a motor vehicle comprising a carrier element , on which a plurality of light-emitting diodes is arranged, which are individually controllable with respect to a light output, to output light according to a presettable light distribution by the headlight , wherein the light-emitting diodes are designed as micro light-emitting diodes, wherein at least one sensor element is arranged in a region of the carrier element free from light-emitting diodes, such that the light-emitting diodes and the at least one sensor element are arranged on the same carrier element , wherein the carrier element is designed to be transparent or opaque, characterized in that the micro light-emitting diodes are arranged on a first one of the two opposing surfaces of the carrier element and the at least one sensor element is arranged on a second surface of the carrier element opposing the first surface.
Closure for a container with - a base element , - a flip-top lid attached to said base element by a hinge such that the flip-top lid can be moved between a fully opened and a fully closed position, said base element having a skirt with attachment means for attaching the closure to the container, said skirt having an upper region and a lower region, the upper region being closer to the flip-top lid than said lower region when said flip-top lid is in its fully closed position, said skirt having a tongue member extending from said upper region of said skirt into an upward direction, said flip-top lid having a protrusion extending outwardly from said flip-top lid in a direction being normal to said upward direction into which said tongue member extends, said tongue member and said protrusion being positioned and arranged such that, during a movement of said flip-top lid between its fully closed and its fully opened position, said protrusion and said tongue member are, over a first predetermined angular range of the position of the flip-top lid relative to the base element during its movement between its fully closed and its fully opened position, in contact with each other, such that the protrusion exerts a force onto said tongue member in an inward direction and said tongue member exerts a counter-force to said protrusion , such that, when said flip-top lid is within a second predetermined angular range relative to said base element , said counter-force supports a movement of said flip-top lid in a direction towards its fully opened position, characterized in said tongue element or an outer surface thereof extends, in an upper part thereof, at least partly into an inward direction. - a base element , - a flip-top lid attached to said base element by a hinge such that the flip-top lid can be moved between a fully opened and a fully closed position,
Uncinate joint stabilizer (100, 500, 700, 800,900 1100 1300, 1700, 1820, 2300, 2400, 2600, 2900, 3000) adapted for implantation into an uncinate joint of the cervical spine segment to stabilize the uncinated joint and thereby stabilize the cervical spine segment ; adapted to be implanted by being inserted along an anterior-to-posterior direction of the cervical spine segment ; having threads such that it can be threaded into the respective uncinate joint using the threads, and being elongated along a lengthwise dimension and configured for placement in the respective uncinate joint with the lengthwise dimension substantially oriented along the anterior-to-posterior direction of the cervical spine segment , and having height in a height-wise dimension orthogonal to the lengthwise dimension , the height being in a range from two millimeters to seven millimeters and configured to define spacing of the respective uncinate joint. adapted to be implanted by being inserted along an anterior-to-posterior direction of the cervical spine segment ; having threads such that it can be threaded into the respective uncinate joint using the threads, and being elongated along a lengthwise dimension and configured for placement in the respective uncinate joint with the lengthwise dimension substantially oriented along the anterior-to-posterior direction of the cervical spine segment , and having height in a height-wise dimension orthogonal to the lengthwise dimension , the height being in a range from two millimeters to seven millimeters and configured to define spacing of the respective uncinate joint.
Galley for installation in a means of transport, having a cooling arrangement which comprises a cooling circuit adapted to be flown through with a cooling medium and in which a condenser and an evaporator are arranged, characterised in that the condenser is received in a condenser housing and arranged in a first installation space adapted to form a first sub-area of the galley , and the evaporator is received in an evaporator housing formed separately from the condenser housing and is arranged in a second installation space adapted to form a second sub-area of the galley , wherein the first sub-area of the galley formed by the first installation space and the second sub-area of the galley formed by the second installation space are spatially separate sub-areas of the galley , wherein the first installation space of the cooling arrangement forms a region, in particular a rear region, of a first galley compartment arranged above a worktop of the galley , wherein the galley has a trolley compartment to be cooled which is arranged below the worktop of the galley , wherein the second installation space of the cooling arrangement is arranged adjacent to the trolley compartment or integrated into the trolley compartment, or wherein the galley comprises a second galley compartment to be cooled which is arranged above the galley worktop , wherein the second installation space of the cooling arrangement is arranged adjacent to the second galley compartment or integrated into the second galley compartment .
Motor vehicle comprising an understructure provided with a rear floor , the vehicle also comprising a fuel tank situated at the front of the rear floor , a spare wheel being disposed above the rear floor at a height having a zone of overlap with the height of a rear zone of the tank , the vehicle comprising a protective barrier fastened to the structure of the understructure and to the rear floor and at least partially interposed between the spare wheel and the rear zone of the fuel tank , the spare wheel being disposed substantially horizontally above a functional member of the vehicle, in particular a service battery of the 12V or equivalent type, resting on an upper face of the rear floor , the rear floor being constituted of a shell made of plastic or composite material, in particular of SMC (Sheet Moulding Compound) type, supported laterally by two rear lateral side members of the understructure, which extend in the substantially longitudinal direction (X) of the vehicle, the shell also being supported at the front by a central understructure crossmember , extending in the transverse direction (Y) of the vehicle, the shell comprising a central indentation having the overall shape of a bowl in which the battery is housed, characterized in that the protective barrier is made from mechanically welded metal tubes, and comprises a front bar and also a rear bar that each extend substantially in the transverse direction (Y) of the vehicle, the front bar bearing on the central understructure crossmember , while the rear bar at least partially enters the indentation and conforms to a front wall of the latter, the front bar and the rear bar being connected at their lateral ends by two lateral mounting plates , and between these by a plurality of protective tubes (15-17) that each extend in a substantially vertical plane.
A chain guard housing and clutch assembly for a blind comprising, a first end which is inserted into a roller blind tube; a second end (100", 200") engageable with a wall mounting bracket; a drive spline forming the outer part of the chain guard housing and clutch assembly which engages with the inside of a roller blind tube; a chain wheel , connected to the drive spline ; a chain cover module comprising a rim , the rim covering part of the chain wheel ; a central pin extending from the drive spline at the first end, the central pin comprising at least one deformable leg engaged with the chain cover via an outward facing catch face on the leg, thus preventing axial movement of the chain cover module relative to the drive spline; characterized in that a quick release actuator is located at a second end of the assembly comprising an inner annular abutment surface in contact with the at least one leg .
Geolocation device , comprising: - a receiver for receiving a signal transmitted by a local transmitter , operating in a first range of frequencies (f1); - a transmitter operating in a second range of frequencies (f2), with UNB transmission; - a geolocation means comprising a GPS chip; - an accelerometer; - a control circuit suitable for: - detecting the exit of the device from the field of the local transmitter ; - activating the transmitter in the event of exit from the field of the local transmitter and transmitting, via the transmitter , the position of the device such as determined by the geolocation means , if present in the field of the local transmitter , maintaining the device in a standby state in which power consumption is lower, the frequency of transmission of the position data following a predefined law, the frequency being higher when the device detects that it is in motion, when the device no longer detects motion, either because the accelerometer delivers a signal which may be interpreted as such, or because the position given by the GPS chip does not change for a predefined duration, the device switching to a static alert state while transmitting data signalling its immobile state, in addition to its last position, and deactivating the GPS chip, the device remaining in a static alert state until motion is once again detected using the accelerometer, when motion is once again detected using the accelerometer, the device switches back to a dynamic alert state and the GPS chip being reactivated in order to transmit position data. - a receiver for receiving a signal transmitted by a local transmitter , operating in a first range of frequencies (f1); - a transmitter operating in a second range of frequencies (f2), with UNB transmission; - a geolocation means comprising a GPS chip; - an accelerometer; - a control circuit suitable for: - detecting the exit of the device from the field of the local transmitter ; - activating the transmitter in the event of exit from the field of the local transmitter and transmitting, via the transmitter , the position of the device such as determined by the geolocation means , - detecting the exit of the device from the field of the local transmitter ; - activating the transmitter in the event of exit from the field of the local transmitter and transmitting, via the transmitter , the position of the device such as determined by the geolocation means ,
An X-ray imaging system , comprising: a tube device , capable of moving to a preset position so as to emit an X-ray; one or a plurality of sensors , mounted on one or a plurality of surfaces of the tube device , and configured to acquire a feedback signal in a sensing region thereof; and a controller , connected to the one or the plurality of sensors and the tube device, wherein the controller comprises: a determination module , configured to determine, on the basis of the feedback signal, whether an obstacle is present in the sensing region and acquire position information of the obstacle; and a control module , configured to control motion of the tube device on the basis of the position information of the obstacle, wherein the one or the plurality of sensors comprise a millimeter wave radar sensor mounted on an inner side of a housing of the tube device . a tube device , capable of moving to a preset position so as to emit an X-ray; one or a plurality of sensors , mounted on one or a plurality of surfaces of the tube device , and configured to acquire a feedback signal in a sensing region thereof; and a controller , connected to the one or the plurality of sensors and the tube device, wherein the controller comprises: a determination module , configured to determine, on the basis of the feedback signal, whether an obstacle is present in the sensing region and acquire position information of the obstacle; and a control module , configured to control motion of the tube device on the basis of the position information of the obstacle, wherein the one or the plurality of sensors comprise a millimeter wave radar sensor mounted on an inner side of a housing of the tube device . a determination module , configured to determine, on the basis of the feedback signal, whether an obstacle is present in the sensing region and acquire position information of the obstacle; and a control module , configured to control motion of the tube device on the basis of the position information of the obstacle, wherein the one or the plurality of sensors comprise a millimeter wave radar sensor mounted on an inner side of a housing of the tube device .
Storage compartment arrangement for an aircraft , having at least one storage compartment , the storage compartment comprising a storage space for receiving objects , the storage space being closed in a closed position (G) of the storage compartment and being accessible from outside in an open position (O) of the storage compartment , wherein, at least in the closed position (G), the storage compartment has an acoustic resonance behaviour (R1,2) that is dependent on a load state (B1,2) with objects , having a monitoring system that is configured to ascertain the present load state (B1,2) of the storage space , the monitoring system comprising a sensor device and an evaluation device that is configured to evaluate sensor data (D) delivered to the evaluation device by the sensor device , characterized in that the sensor device comprises at least one acoustic sensor for picking up an audible signal (S) within the storage space and is configured to output the sensor data (D) correlated with the picked-up audible signal (S) to the evaluation device , and wherein the evaluation device is configured to use the received sensor data (D) to ascertain the present resonance behaviour (R1,2) of the storage compartment , and to ascertain the load state (B1,2) of the storage space with objects on the basis of the ascertained resonance behaviour (R1,2). having at least one storage compartment , the storage compartment comprising a storage space for receiving objects , the storage space being closed in a closed position (G) of the storage compartment and being accessible from outside in an open position (O) of the storage compartment , wherein, at least in the closed position (G), the storage compartment has an acoustic resonance behaviour (R1,2) that is dependent on a load state (B1,2) with objects , having a monitoring system that is configured to ascertain the present load state (B1,2) of the storage space , the monitoring system comprising a sensor device and an evaluation device that is configured to evaluate sensor data (D) delivered to the evaluation device by the sensor device , characterized in that the sensor device comprises at least one acoustic sensor for picking up an audible signal (S) within the storage space and is configured to output the sensor data (D) correlated with the picked-up audible signal (S) to the evaluation device , and wherein the evaluation device is configured to use the received sensor data (D) to ascertain the present resonance behaviour (R1,2) of the storage compartment , and to ascertain the load state (B1,2) of the storage space with objects on the basis of the ascertained resonance behaviour (R1,2).
An acrylic rubber composition comprising a vulcanizing agent and 1 to 25 parts by mass of a layered clay mineral relative to 100 parts by mass of an acrylic rubber, wherein the layered clay mineral is montmorillonite containing an onium salt selected from the group consisting of quaternary ammonium salts and quaternary phosphonium salts.
A brush fastening apparatus for fastening a brush device in a vehicle washing system , wherein for the purpose of being mounted on a support of the vehicle washing system the brush fastening apparatus (30; 150; 160) comprises a supporting device , a rotary device , which has a rotary unit mounted rotatably on the supporting device and at least one rotary member (52; 152), wherein the rotary unit defines an axis of rotation oriented in a height direction and is rotatable about the axis of rotation from a first operative position into at least one second operative position by means of the at least one rotary member (52; 152), characterised in that the brush fastening apparatus comprises a pivotal device , which is mounted on the rotary unit and comprises a pivotal unit that is pivotal in relation to the rotary unit about a pivot axis oriented at an angle to the axis of rotation , wherein the brush device is fixed or fixable on the pivotal unit having a brush axis oriented in a height direction, wherein the pivotal device comprises a pivotal member for pivoting the pivotal unit in relation to the rotary unit .
Security element made from a substrate with an optically variable structure comprising an embossed structure and a coating, wherein the embossed structure and the coating are combined such that at least parts of the coating are entirely visible when viewed perpendicularly but are hidden when viewed at an angle, with the result that different pieces of information become visible as the viewing direction changes, wherein the embossed structure consists of non-line-shaped embossed elements that adjoin one another, wherein each non-line-shaped embossed element substantially consists of a flank, wherein a planar region or a plateau, arranged substantially parallel to the surface of the substrate which surrounds the embossed element, is arranged between adjoining embossed elements, characterized in that the non-linear embossed elements have a base area in the shape of a triangle, a rectangle, a hexagonal honeycomb, an octagon or another polygon.
A method comprising: displaying, by a mobile device, a lock-screen user interface; responsive to receiving an input at the mobile device, displaying a live image-capture preview concurrently with a user interface element indicating that the mobile device is still in a locked state, the live image-capture preview comprising a first live image-capture preview corresponding to a rear image-capture device when the mobile device is in a first portrait orientation and a second live image-capture preview corresponding to a front image-capture device when the mobile device is in a second portrait orientation; and responsive to a rotation associated with the mobile device in the locked state from the first portrait orientation to the second portrait orientation, outputting the second live image-capture preview. displaying, by a mobile device, a lock-screen user interface; responsive to receiving an input at the mobile device, displaying a live image-capture preview concurrently with a user interface element indicating that the mobile device is still in a locked state, the live image-capture preview comprising a first live image-capture preview corresponding to a rear image-capture device when the mobile device is in a first portrait orientation and a second live image-capture preview corresponding to a front image-capture device when the mobile device is in a second portrait orientation; and responsive to a rotation associated with the mobile device in the locked state from the first portrait orientation to the second portrait orientation, outputting the second live image-capture preview.
A composition comprising a compound according to formula (I): wherein: R 1 is chloro, R 2 is ethyl or hydrogen, and R 3 is hydrogen, or a pharmaceutically acceptable salt thereof, for use in the treatment of an eye disease or eye disorder selected from the group consisting of wet age-related macular degeneration, corneal neovascularisation, neovascularisation of the iris, neovascularisation of the ciliary body, corneal pannus, choroidal neovascularisation, retinal neovascularisation, proliferative diabetic retinopathy, retinopathy of prematurity, and ischemic retinopathy. R 1 is chloro, R 2 is ethyl or hydrogen, and R 3 is hydrogen, or a pharmaceutically acceptable salt thereof, for use in the treatment of an eye disease or eye disorder selected from the group consisting of wet age-related macular degeneration, corneal neovascularisation, neovascularisation of the iris, neovascularisation of the ciliary body, corneal pannus, choroidal neovascularisation, retinal neovascularisation, proliferative diabetic retinopathy, retinopathy of prematurity, and ischemic retinopathy.