mhurhangee/patent-ind-claim-en huggingface dataset:
An electronic device for transmitting a message to another electronic device, comprising: a communication unit ; an input unit ; and a controller configured to: receive, using the input unit , a handwritten input comprising one or more input objects; generate handwritten input information including input times and input coordinates for each of the one or more input objects; set playback information for the one or more input objects based on the input times; generate a handwriting region using an image of the handwritten input; generate code information including one or more codes by encoding the handwritten input information and the playback information for each of the one or more input objects; allocate the code information to predetermined bits in a predetermined encoding region separated from the handwriting region; generate an animation message including the handwriting region and the predetermined encoding region; and transmit, using the communication unit , the animation message to the another electronic device. a communication unit ; an input unit ; and a controller configured to: receive, using the input unit , a handwritten input comprising one or more input objects; generate handwritten input information including input times and input coordinates for each of the one or more input objects; set playback information for the one or more input objects based on the input times; generate a handwriting region using an image of the handwritten input; generate code information including one or more codes by encoding the handwritten input information and the playback information for each of the one or more input objects; allocate the code information to predetermined bits in a predetermined encoding region separated from the handwriting region; generate an animation message including the handwriting region and the predetermined encoding region; and transmit, using the communication unit , the animation message to the another electronic device. receive, using the input unit , a handwritten input comprising one or more input objects; generate handwritten input information including input times and input coordinates for each of the one or more input objects; set playback information for the one or more input objects based on the input times; generate a handwriting region using an image of the handwritten input; generate code information including one or more codes by encoding the handwritten input information and the playback information for each of the one or more input objects; allocate the code information to predetermined bits in a predetermined encoding region separated from the handwriting region; generate an animation message including the handwriting region and the predetermined encoding region; and transmit, using the communication unit , the animation message to the another electronic device.
A cargo restrainer for a container , comprising: - a covering member extending along a width dimension (x) and along a dimension perpendicular to the width dimension (x) for covering an exposed side of the container , and - a strap configured to attach the covering member to and between the opposing side frame sections of the container , characterized in that the covering member : is configured to extend over the width dimension (x) of the container and to reach over aligned peripheral frame beams of opposing side frame sections of the container , - comprises a plurality of consecutively connected self-supporting panels and - comprises at least one pivoting member , which is configured to connect two adjacent panels to each other and to articulate the connected two adjacent panels in respect to each other about an axis, which extends in the width dimension (x). - a covering member extending along a width dimension (x) and along a dimension perpendicular to the width dimension (x) for covering an exposed side of the container , and - a strap configured to attach the covering member to and between the opposing side frame sections of the container , - comprises a plurality of consecutively connected self-supporting panels and - comprises at least one pivoting member , which is configured to connect two adjacent panels to each other and to articulate the connected two adjacent panels in respect to each other about an axis, which extends in the width dimension (x).
A method of determining the location and orientation of panoramic images comprising computing apparatus performing: receiving alignment data between a first panoramic image and second panoramic image and original location data for the first panoramic image and the second panoramic image ; determining relative orientations between the pair of panoramic images based on the alignment data; calculating a heading from the first panoramic image to the second panoramic image based on the original location data; optimizing the location data and alignment data based on the relative orientations between the first and second panoramic images and the original location data; storing the optimized relative orientations and optimized location data as relative orientation data and location data for the first and second panoramic images ; the method further comprising the computing apparatus performing: the optimization by calculating optimized values for the location data and alignment data by minimizing the costs to one or more objective functions; and minimizing the costs to the one or more objective functions by minimizing the distance of the optimized locations for the first and second panoramic images from the original locations and assuring that the optimized relative orientations are 180 degrees apart. receiving alignment data between a first panoramic image and second panoramic image and original location data for the first panoramic image and the second panoramic image ; determining relative orientations between the pair of panoramic images based on the alignment data; calculating a heading from the first panoramic image to the second panoramic image based on the original location data; optimizing the location data and alignment data based on the relative orientations between the first and second panoramic images and the original location data; storing the optimized relative orientations and optimized location data as relative orientation data and location data for the first and second panoramic images ; the optimization by calculating optimized values for the location data and alignment data by minimizing the costs to one or more objective functions; and minimizing the costs to the one or more objective functions by minimizing the distance of the optimized locations for the first and second panoramic images from the original locations and assuring that the optimized relative orientations are 180 degrees apart.
A tire condition detection device configured to be installed in a tire of each wheel assembly of a vehicle , the device comprising: a condition detecting section (22-24) configured to detect a condition of the tire; a transmitting section configured to wirelessly transmit information detected by the condition detecting section (22-24); a receiving section configured to be capable of receiving information wirelessly transmitted from an external device; a control section configured to control the transmitting section and the receiving section ; and a battery , which is a power source for the tire condition detection device , wherein the control section is configured to be capable of switching a state of the tire condition detection device between a responsive state, in which the receiving section is maintained in a standby state, in which the receiving section is capable of receiving the information wirelessly transmitted from the external device, wherein the control section performs a reception response when the information is received, and a non-responsive state, characterized in that the reception response is harder to perform than in the responsive state regardless of whether the receiving section is maintained in the standby state, the responsive state is a state in which the receiving section is driven intermittently, and the non-responsive state is a state in which the frequency at which reception responses is possible is lower than in the case of the responsive state. a condition detecting section (22-24) configured to detect a condition of the tire; a transmitting section configured to wirelessly transmit information detected by the condition detecting section (22-24); a receiving section configured to be capable of receiving information wirelessly transmitted from an external device; a control section configured to control the transmitting section and the receiving section ; and a battery , which is a power source for the tire condition detection device , wherein the control section is configured to be capable of switching a state of the tire condition detection device between a responsive state, in which the receiving section is maintained in a standby state, in which the receiving section is capable of receiving the information wirelessly transmitted from the external device, wherein the control section performs a reception response when the information is received, and a non-responsive state, characterized in that the reception response is harder to perform than in the responsive state regardless of whether the receiving section is maintained in the standby state, the responsive state is a state in which the receiving section is driven intermittently, and the non-responsive state is a state in which the frequency at which reception responses is possible is lower than in the case of the responsive state.
A method comprising: applying a conductive contact to a subject's skin ; positioning an electrode relative to the conductive contact to enable an electrical connection between the subject's skin and the electrode wherein the electrical connection enables a bio-parameter of the subject to be detected; and wherein at least one of the conductive contact and the electrode are magnetised so as to enable a magnetic field from the magnetised at least one conductive contact and/or electrode to align the conductive contact and the electrode , characterized in that the conductive contact comprises an ink comprising magnetic particles. applying a conductive contact to a subject's skin ; positioning an electrode relative to the conductive contact to enable an electrical connection between the subject's skin and the electrode wherein the electrical connection enables a bio-parameter of the subject to be detected; and wherein at least one of the conductive contact and the electrode are magnetised so as to enable a magnetic field from the magnetised at least one conductive contact and/or electrode to align the conductive contact and the electrode , characterized in that the conductive contact comprises an ink comprising magnetic particles.
A drinks preparation machine for preparing a drink from a portion capsule, comprising a motorised brewing module comprising a first brewing module part and a second brewing module part , said second brewing module part being movable relative to the first brewing module part, wherein a brewing chamber can be formed by the first and second brewing module part, said brewing chamber, given the brewing procedure, at least partly surrounding the portion capsule which is located in a brewing position, wherein the brewing module is configured to brew a brewed drink by way of introducing a brewing fluid into the portion capsule and to discharge this drink out of the brewing module, wherein the drinks preparation machine further comprises a housing with a capsule insert opening through which the portion capsule can be inserted into the drinks preparation machine , a closure unit and a sensor , wherein the closure unit comprises a manually operable operating lever that is pivotable about a rotation axis between a closed position, in which the operating lever closes the capsule insert opening , and an open position, in which the capsule insert opening is accessible, characterised in that the drinks preparation machine comprises an electrical drive for the movement of the second brewing module part relative to the first brewing module part and in that it can be determined by the sensor as to whether the operating lever assumes the closed position.
Apparatus for simultaneously blowing and filling a plastic container from a preform, the apparatus comprising: - a mould for enclosing a preform, so as to leave access to the mouth of the preform, - stretching means for stretching the preform within the mould, - an injection head for injecting a liquid through the mouth so as to cause expansion of the preform within the mould, thereby obtaining a blown and filled container that comprises a dispensing opening , - a capping head for fixing a cap on the dispensing opening of said blown and filled container, characterized in that the capping head is permanently arranged between the injection head and the mould , the capping head having a traversing hole that is centered about an axis of alignment (A) along which the injection head and the mould are aligned, said traversing hole enabling injection of the liquid into the opening of the container from the injection head, the inner dimensions of the traversing hole and the outer dimensions of the cap being adjusted so that the cap can be introduced in force within the traversing hole and remain in place. - a mould for enclosing a preform, so as to leave access to the mouth of the preform, - stretching means for stretching the preform within the mould, - an injection head for injecting a liquid through the mouth so as to cause expansion of the preform within the mould, thereby obtaining a blown and filled container that comprises a dispensing opening , - a capping head for fixing a cap on the dispensing opening of said blown and filled container,
Ex vivo use of Tbx3 for inducing or enhancing pluripotency in a somatic cell.
A crossbeam for a clothing shaking device, wherein the crossbeam comprises a body and an elastic clamping member arranged on the body , and the elastic clamping member is configured to elastically clamp a hanger through its own elasticity, wherein the crossbeam further comprises a positioning member which is capable of positioning the elastic clamping member to the body , and the positioning member comprises a positioning opening provided on the body and a positioning hook provided on the elastic clamping member , and the positioning hook is matched with the positioning opening , characterized in that the elastic clamping member is provided with a support structure on a side facing the body , and after the assembly is completed, the support structure elastically abuts against the body so that the positioning hook is hooked tightly on the positioning opening . wherein the crossbeam further comprises a positioning member which is capable of positioning the elastic clamping member to the body , and the positioning member comprises a positioning opening provided on the body and a positioning hook provided on the elastic clamping member , and the positioning hook is matched with the positioning opening , characterized in that the elastic clamping member is provided with a support structure on a side facing the body , and after the assembly is completed, the support structure elastically abuts against the body so that the positioning hook is hooked tightly on the positioning opening .
A method of predicting a clinical response of a subject to an anti PD-1 immunotherapy, wherein the method comprises: (a) characterizing the make-up of the gut microflora of the subject, wherein characterizing the make-up of the gut microflora comprises determining the amounts of one or more beneficial bacteria selected from Enterococcus faecium, Collinsella aerofaciens, Bifidobacterium adolescentis, Klebsiella pneumoniae, Veillonella parvula, Parabacteroides merdae, Lactobacillus sp. and Bifidobacterium longum, and one or both non-beneficial bacteria selected from the species Ruminococcus obeum and Roseburia intestinalis in the gut of the subject; (b) calculating a ratio of beneficial bacteria to non-beneficial bacteria in the gut of the subject; (c) determining whether the subject is a likely responder to the anti PD-1 immunotherapy if the ratio of the beneficial to non-beneficial bacteria in the gut of the subject is above a threshold value. (a) characterizing the make-up of the gut microflora of the subject, wherein characterizing the make-up of the gut microflora comprises determining the amounts of one or more beneficial bacteria selected from Enterococcus faecium, Collinsella aerofaciens, Bifidobacterium adolescentis, Klebsiella pneumoniae, Veillonella parvula, Parabacteroides merdae, Lactobacillus sp. and Bifidobacterium longum, and one or both non-beneficial bacteria selected from the species Ruminococcus obeum and Roseburia intestinalis in the gut of the subject; (b) calculating a ratio of beneficial bacteria to non-beneficial bacteria in the gut of the subject; (c) determining whether the subject is a likely responder to the anti PD-1 immunotherapy if the ratio of the beneficial to non-beneficial bacteria in the gut of the subject is above a threshold value.
A tower section for a tethered tower, such as a tethered wind turbine tower, said tower section having a generally cylindrical wall and extending in a longitudinal direction along and about a central longitudinal axis from a lower end to an upper end of said tower section, said tower section comprising: a plurality of tubes distributed around said central longitudinal axis, each of said plurality of tubes having a generally cylindrical shape and extending through said cylindrical wall from an inner tube end on an inner side of said cylindrical wall to an outer tube end on an outer side of said cylindrical wall, each of said plurality of tubes having a tube center line , each of said plurality of tubes being adapted for receiving a cable there-through and fixing said cable at said inner tube end. a plurality of tubes distributed around said central longitudinal axis, each of said plurality of tubes having a generally cylindrical shape and extending through said cylindrical wall from an inner tube end on an inner side of said cylindrical wall to an outer tube end on an outer side of said cylindrical wall, each of said plurality of tubes having a tube center line , each of said plurality of tubes being adapted for receiving a cable there-through and fixing said cable at said inner tube end.
A method comprising: towing a streamer behind a survey vessel in a body of water, wherein the streamer comprises rotation sensors and streamer rotation devices , receiving data from at least one rotation sensor indicative of streamer twist; and rotating a portion of the streamer with at least one streamer rotation device to reduce the streamer twist based, at least in part on the data, characterized in that the rotation sensors are not co-located with the streamer rotation devices , and wherein the rotation sensors have a spacing on the streamer of about 2 meters to about 50 meters. towing a streamer behind a survey vessel in a body of water, wherein the streamer comprises rotation sensors and streamer rotation devices , receiving data from at least one rotation sensor indicative of streamer twist; and rotating a portion of the streamer with at least one streamer rotation device to reduce the streamer twist based, at least in part on the data, characterized in that the rotation sensors are not co-located with the streamer rotation devices , and wherein the rotation sensors have a spacing on the streamer of about 2 meters to about 50 meters.
A disk arrangement for a gas turbine engine comprising: a disk with a first bayonet feature ; a cover plate with a second bayonet feature ; a split retainer ring ; an anti-rotation peg having a first surface for engaging the split retainer ring , a second surface for engaging the cover plate , and a third surface for engaging the disk ; and a radial retention peg inserted between the first and second bayonet features for radial retention of the split retainer ring , the anti-rotation peg being configured to act as a stop that engages the split retainer ring and prevents the split retainer ring from rotating relative to the disk and the cover plate . a disk with a first bayonet feature ; a cover plate with a second bayonet feature ; a split retainer ring ; an anti-rotation peg having a first surface for engaging the split retainer ring , a second surface for engaging the cover plate , and a third surface for engaging the disk ; and a radial retention peg inserted between the first and second bayonet features for radial retention of the split retainer ring , the anti-rotation peg being configured to act as a stop that engages the split retainer ring and prevents the split retainer ring from rotating relative to the disk and the cover plate .
An electronic control system for a turbopropeller having a gas turbine engine and a propeller assembly coupled to the gas turbine engine , the control system comprising: a propeller control stage , implementing a first closed loop control for controlling operation of the propeller assembly based on a scheduled propeller speed reference (Nr ref ) and a propeller speed measure (Nr); a gas turbine control stage , implementing a second closed loop control for controlling operation of the gas turbine engine , characterized by comprising an auxiliary control stage , coupling the propeller control stage and the gas turbine control stage and configured to determine a limitation of the operation of the gas turbine engine , if a propeller speed overshoot is detected with respect to the propeller speed reference (Nr ref ). a propeller control stage , implementing a first closed loop control for controlling operation of the propeller assembly based on a scheduled propeller speed reference (Nr ref ) and a propeller speed measure (Nr); a gas turbine control stage , implementing a second closed loop control for controlling operation of the gas turbine engine , characterized by comprising an auxiliary control stage , coupling the propeller control stage and the gas turbine control stage and configured to determine a limitation of the operation of the gas turbine engine , if a propeller speed overshoot is detected with respect to the propeller speed reference (Nr ref ).
A method of producing a fiber composite preform, the method comprising: stacking first (1 206) and second (2 210) material layers of two-dimensional fiber fabric separated by a first layer spacing; inserting first interlayer fibers through the first and the second material layers; stacking at least a third (3 216) material layer of two-dimensional fiber fabric with at least the first and second material layers; inserting second interlayer fibers through at least the second and third material layers, wherein the first layer spacing enables the second interlayer fibers to be manipulated during insertion; and closing the first layer spacing to bring the first and second material layers into contact. stacking first (1 206) and second (2 210) material layers of two-dimensional fiber fabric separated by a first layer spacing; inserting first interlayer fibers through the first and the second material layers; stacking at least a third (3 216) material layer of two-dimensional fiber fabric with at least the first and second material layers; inserting second interlayer fibers through at least the second and third material layers, wherein the first layer spacing enables the second interlayer fibers to be manipulated during insertion; and closing the first layer spacing to bring the first and second material layers into contact.