mhurhangee/patent-ind-claim-en huggingface dataset:
A system for non-invasively evaluating or monitoring an intra-abdominal pressure and/or a risk of incisional hernia of a subject at a preventive stage and/or a pre-operative stage and/or a post-operative stage, the system comprising a device and a treatment unit connected to the device, said device comprising: - an adjustable and flexible frame , the frame comprising a central area , a left lateral area and a right lateral area , each area having a contact face adapted to face the skin of a subject and an opposed external face; - a network of main sensors suitable for measuring local deformations and/or local forces on the surface of the abdomen of the subject, said network of main sensors being assembled to the frame, wherein at least one main sensor is located in each area of the frame; - connecting means adapted for connecting said network of main sensors to a treatment unit ; characterized in that the treatment unit comprises means for recording and treating all or part of the measured local deformations and/or local forces on the surface of the subject and correlating the measured local deformations and/or local forces on the surface of the abdomen of the subject with deep muscular wall behaviors. - an adjustable and flexible frame , the frame comprising a central area , a left lateral area and a right lateral area , each area having a contact face adapted to face the skin of a subject and an opposed external face; - a network of main sensors suitable for measuring local deformations and/or local forces on the surface of the abdomen of the subject, said network of main sensors being assembled to the frame, wherein at least one main sensor is located in each area of the frame; - connecting means adapted for connecting said network of main sensors to a treatment unit ;
A method in a network of a data publisher device distributing data content to receiving devices in the network, characterized in comprising: encrypting (S301), at the data publisher device , the data content with a symmetric encryption key shared with the receiving devices ; distributing (S302), from the data publisher device , the encrypted data content to one of the receiving devices ; receiving (S303, S307), at another one of the receiving devices , the encrypted data content from said one of the receiving devices ; sending (S304), from the data publisher device , a subset of the encrypted data content to said another one of the receiving devices upon request; and verifying (S305), at said another one of the receiving devices , whether or not the subset of the encrypted data content received from the data publisher device matches a selected section of the encrypted data content received from said one of the receiving devices in the network, wherein a match indicates that the encrypted data content received from said one of the receiving devices can be trusted. encrypting (S301), at the data publisher device , the data content with a symmetric encryption key shared with the receiving devices ; distributing (S302), from the data publisher device , the encrypted data content to one of the receiving devices ; receiving (S303, S307), at another one of the receiving devices , the encrypted data content from said one of the receiving devices ; sending (S304), from the data publisher device , a subset of the encrypted data content to said another one of the receiving devices upon request; and verifying (S305), at said another one of the receiving devices , whether or not the subset of the encrypted data content received from the data publisher device matches a selected section of the encrypted data content received from said one of the receiving devices in the network, wherein a match indicates that the encrypted data content received from said one of the receiving devices can be trusted.
A method for estimating an angular deviation ( α ) between a reference axis (A ref ) of a magnetic object and a magnetic axis colinear to a magnetic moment (m) of said magnetic object , including the following steps: a) positioning (90; 110) said magnetic object with respect to at least one magnetometer (M i ) capable of measuring a magnetic field (B) in the presence of the magnetic object ; b) rotating said magnetic object around said reference axis (A ref ); c) measuring , during the rotation, the magnetic field (B i (t j )), for different instants (t j ) of a measurement duration (T), by said magnetometer (M i ); d) estimating (130; 230) the angular deviation ( α ) from the measurements (B i (t j )) of the magnetic field (B i ). a) positioning (90; 110) said magnetic object with respect to at least one magnetometer (M i ) capable of measuring a magnetic field (B) in the presence of the magnetic object ; b) rotating said magnetic object around said reference axis (A ref ); c) measuring , during the rotation, the magnetic field (B i (t j )), for different instants (t j ) of a measurement duration (T), by said magnetometer (M i ); d) estimating (130; 230) the angular deviation ( α ) from the measurements (B i (t j )) of the magnetic field (B i ).
Device for displaying images for stands or stairways in a public venue comprising a central controller , a set of electronic screens connected to one another and means for securing said electronic screens to the risers of an existing stairway or stand, the central controller being positioned separate from the screens and having means for displaying an advertising motif distributed between all of said electronic screens , characterised in that the signal processing and data elements and the power supply elements of each of said electronic screens intended to be arranged on the risers are placed in a corresponding separate box , each of said separate box being separate from the light-emitting elements of its corresponding electronic screen and being intended to be installed separately.
Printing device comprising: - a path for supplying paper towards an outlet of a printed document; - printing means (7; 8) for printing on the paper that advances along said path; - promoting means for promoting a rise of the paper if the normal advancing of the paper is obstructed; - a sensor arranged in said path where said rise can occur for detecting non-raised paper; - control means for interrupting the print if said sensor passes from detecting non-raised paper to no longer detecting non-raised paper; characterised in that said sensor comprises an optical sensor having a focus centred where the non-raised paper is located. - a path for supplying paper towards an outlet of a printed document; - printing means (7; 8) for printing on the paper that advances along said path; - promoting means for promoting a rise of the paper if the normal advancing of the paper is obstructed; - a sensor arranged in said path where said rise can occur for detecting non-raised paper; - control means for interrupting the print if said sensor passes from detecting non-raised paper to no longer detecting non-raised paper; characterised in that said sensor comprises an optical sensor having a focus centred where the non-raised paper is located.
A differentially pumped vacuum system comprising apparatus having at least first and second chambers ; and a vacuum pump for differentially pumping fluid from the chambers, the pump comprising at least first and second pump inlets each for receiving fluid from a respective pressure chamber and a plurality of pumping sections each comprising at least one pumping stage positioned relative to the inlets so that fluid received from the first chamber passes through fewer pumping stages than fluid from the second chamber , wherein a downstream pumping section comprises at least one molecular drag stage and a regenerative stage downstream of said at least one molecular drag stage; wherein said second inlet is positioned such that fluid entering the pump from the second inlet passes through said downstream pumping section of said pump and fluid entering said pump from said first inlet passes through fewer pumping stages of said downstream pumping section than fluid entering from said second inlet; wherein the respective pumping mechanisms of the plurality of pumping stages are configured to pump fluid from the chambers to generate a first pressure above 0.1mbar in the first chamber and a second pressure lower than the first pressure in the second chamber , and the inlets are attached to the apparatus such that at least 99% of the fluid mass pumped from the apparatus passes through at least one of the pumping stages of the pump .
Acousto-optic deflector comprising a bulk of acousto-optic medium and acoustic wave generator coupled to the bulk , the acoustic wave generator comprises at least two different electro-acoustic transducers for generating acoustic waves in the bulk , each transducer comprises a first electrode coupled to the bulk , a second electrode , and a piezoelectric plate interposed between the first and second electrodes , characterised by that at least one of the transducers further comprises an acoustic matching layer; the first electrode of the at least two transducers is common; and the at least two transducers have different thickness, such that the piezoelectric plates have different thicknesses and the acoustic matching layers have different thicknesses.
A transformable aerial vehicle , the vehicle comprising: a central body coupled to a payload ; at least two transformable frame assemblies respectively disposed on the central body , each of the at least two transformable frame assemblies having a proximal portion coupled to the central body and a distal portion; an actuation assembly mounted on the central body and configured to transform the at least two transformable frame assemblies between a first configuration and a second configuration, wherein the first configuration permits the at least two transformable frame assemblies to support the transformable aerial vehicle resting on a surface with the payload not contacting the surface, and wherein the second configuration increases a functional space of the payload, the payload being situated underneath the central body; and a plurality of propulsion units mounted on the at least two transformable frame assemblies and operable to move the transformable aerial vehicle ; the transformable aerial vehicle being characterized in that the payload is a sensor; one or more of the at least two transformable frame assemblies include a linear support member to support the transformable aerial vehicle on the surface in the first configuration; while the plurality of propulsion units mounted on the at least two transformable frame assemblies are moving the transformable aerial vehicle , the second configuration enables or enhances the ability of the sensor to perform its function and positions the plurality of propulsion units above the central body . a central body coupled to a payload ; at least two transformable frame assemblies respectively disposed on the central body , each of the at least two transformable frame assemblies having a proximal portion coupled to the central body and a distal portion; an actuation assembly mounted on the central body and configured to transform the at least two transformable frame assemblies between a first configuration and a second configuration, wherein the first configuration permits the at least two transformable frame assemblies to support the transformable aerial vehicle resting on a surface with the payload not contacting the surface, and wherein the second configuration increases a functional space of the payload, the payload being situated underneath the central body; and a plurality of propulsion units mounted on the at least two transformable frame assemblies and operable to move the transformable aerial vehicle ; the transformable aerial vehicle being characterized in that the payload is a sensor; one or more of the at least two transformable frame assemblies include a linear support member to support the transformable aerial vehicle on the surface in the first configuration; while the plurality of propulsion units mounted on the at least two transformable frame assemblies are moving the transformable aerial vehicle , the second configuration enables or enhances the ability of the sensor to perform its function and positions the plurality of propulsion units above the central body .
A method comprising: receiving , by a map server of a fabric network , registration information associated with a service to be provided by a server to be connected to a border device of the fabric network , the registration information comprising information identifying an endpoint identifier comprising a uniform resource locator for the service to be provided by the server to be connected to the border device , information identifying the border device as a routing locator for the service to be provided by the server to be connected to the border device , and policies associated with the service to be provided to the server to be connected to the border device ; resolving the uniform resource locator address for the server ; receiving a request comprising the information identifying the service provided by the server ; and providing , in response to receiving the request comprising the information identifying the service provided by the server , an address for the server , the information identifying the border device , and the policies associated with the service. receiving , by a map server of a fabric network , registration information associated with a service to be provided by a server to be connected to a border device of the fabric network , the registration information comprising information identifying an endpoint identifier comprising a uniform resource locator for the service to be provided by the server to be connected to the border device , information identifying the border device as a routing locator for the service to be provided by the server to be connected to the border device , and policies associated with the service to be provided to the server to be connected to the border device ; resolving the uniform resource locator address for the server ; receiving a request comprising the information identifying the service provided by the server ; and providing , in response to receiving the request comprising the information identifying the service provided by the server , an address for the server , the information identifying the border device , and the policies associated with the service.
A water-heater tank for a heat pump system, the water-heater tank comprising: a main body having an internal space and one open side; and a capacity changing member arranged to close the one open side of the main body and thereby form a storage space in the internal space of the main body , in which hot water can be stored, and being movable relative to the main body so that a capacity of the storage space can be changed as the hot water is discharged, wherein the capacity changing member comprises a water inlet tube for supplying feed water into the storage space, and a water outlet tube for discharging the hot water from the storage space, characterized in that the water-heater tank further comprises a driving member coupled to the capacity changing member and configured for providing a driving force to move the capacity changing member , wherein the water inlet tube is fixedly installed at the capacity changing member and has a flow rate control valve , and wherein when the hot water is discharged, the flow rate control valve is closed to block inflow of water into the storage space. a main body having an internal space and one open side; and a capacity changing member arranged to close the one open side of the main body and thereby form a storage space in the internal space of the main body , in which hot water can be stored, and being movable relative to the main body so that a capacity of the storage space can be changed as the hot water is discharged, wherein the capacity changing member comprises a water inlet tube for supplying feed water into the storage space, and a water outlet tube for discharging the hot water from the storage space, characterized in that the water-heater tank further comprises a driving member coupled to the capacity changing member and configured for providing a driving force to move the capacity changing member , wherein the water inlet tube is fixedly installed at the capacity changing member and has a flow rate control valve , and wherein when the hot water is discharged, the flow rate control valve is closed to block inflow of water into the storage space.
A video encoding apparatus comprising: a first encoder configured to divide an encoding target image included in a video into a plurality of blocks, and to encode each of the plurality of blocks by performing a prediction coding by use of an edge offset filter, wherein the prediction coding uses an intra-prediction or an inter-prediction and a frequency transform on a prediction error; and a second encoder configured to encode a parameter that represents a direction of a line of pixels in the filtering processing of the edge offset filter by using context-adaptive binary arithmetic coding, characterized in that the second encoder is configured to change a probability in the context-adaptive binary arithmetic coding for encoding the parameter according to a direction of a long side of a rectangular shape when an encoding target block that is one of the plurality of blocks has the rectangular shape, wherein the change of the probability reflects that the direction of the edge offset filter is more likely to be identical to the direction of the long side of the rectangular shape when the encoding target block has the rectangular shape, the frequency transform is a rectangle-shaped frequency transform and the prediction coding uses the intra-prediction, and the direction of the edge offset filter is more likely to be identical to a direction of a short side of the rectangular shape when the encoding target block has the rectangular shape, the frequency transform is the rectangle-shaped frequency transform and the prediction coding uses the inter-prediction. a first encoder configured to divide an encoding target image included in a video into a plurality of blocks, and to encode each of the plurality of blocks by performing a prediction coding by use of an edge offset filter, wherein the prediction coding uses an intra-prediction or an inter-prediction and a frequency transform on a prediction error; and a second encoder configured to encode a parameter that represents a direction of a line of pixels in the filtering processing of the edge offset filter by using context-adaptive binary arithmetic coding, characterized in that the second encoder is configured to change a probability in the context-adaptive binary arithmetic coding for encoding the parameter according to a direction of a long side of a rectangular shape when an encoding target block that is one of the plurality of blocks has the rectangular shape, wherein the change of the probability reflects that the direction of the edge offset filter is more likely to be identical to the direction of the long side of the rectangular shape when the encoding target block has the rectangular shape, the frequency transform is a rectangle-shaped frequency transform and the prediction coding uses the intra-prediction, and the direction of the edge offset filter is more likely to be identical to a direction of a short side of the rectangular shape when the encoding target block has the rectangular shape, the frequency transform is the rectangle-shaped frequency transform and the prediction coding uses the inter-prediction.
A method performed in a wireless terminal for managing or handling uplink, UL, data transmissions in a radio communications network , wherein the wireless terminal is served by a first radio base station and a second radio base station providing dual connectivity to the wireless terminal in the radio communications network , wherein the wireless terminal is configured with a radio base station specific radio bearer and a split radio bearer to both radio base stations, the method comprising: - transmitting a buffer status report, BSR, to the first radio base station and the second radio base station when an uplink buffer at the wireless device exceeds a threshold as configured at the wireless terminal otherwise buffer status reports are transmitted to the first radio network node ; - handling multiplexing of an uplink data transmission towards the first and second radio base stations according to a configuration whereby if there is data available for multiple logical channels with equal priority towards one of the radio base stations, then data of a logical channel, for which a BSR reporting of the buffer status report is configured to be sent towards the radio base station, is prioritized, when the base station is providing a grant; characterised in that configuration applies prioritization until a number of bytes corresponding to the transmitted buffer status report towards the radio base station providing the grant, is reached. - transmitting a buffer status report, BSR, to the first radio base station and the second radio base station when an uplink buffer at the wireless device exceeds a threshold as configured at the wireless terminal otherwise buffer status reports are transmitted to the first radio network node ; - handling multiplexing of an uplink data transmission towards the first and second radio base stations according to a configuration whereby if there is data available for multiple logical channels with equal priority towards one of the radio base stations, then data of a logical channel, for which a BSR reporting of the buffer status report is configured to be sent towards the radio base station, is prioritized, when the base station is providing a grant;
A multi-view optical system comprising an image capturing device and a passive screen , said image capturing device configured to capture a plurality of images being reflected from said passive screen characterized in that; said image capturing device is in optical communication with said passive screen in a manner that an image capturing construct of said passive screen includes a plurality of individual optical elements constituting a two-dimensional optical element array that reflects a plurality of different views of a scene on one side thereof facing said image capturing device , each different view of the scene being reflected by a respective optical element and said image capturing device configured to simultaneously capture the plurality of different views of the scene as individually reflected by the optical elements , said optical elements have different optical axes, said optical elements on the passive screen are arranged on a flexible substrate of the passive screen wherein, said optical elements have different optical axes tilted towards the image capturing device with specified focal lengths and optical powers or, said optical elements have different optical axes tilted away from the image capturing system with specified optical power.