mhurhangee/ep-ind-claims huggingface dataset:
A method of transmitting broadcast signals, the method comprising: input processing input streams to output Baseband, BB, frames for multiple Physical Layer Paths, PLPs; first coding data in each of the BB frames per each of the multiple PLPs; second coding the first coded data by a Low Density Parity Check, LDPC, scheme; bit interleaving the second coded data; Quadrature Amplitude Modulation, QAM, mapping the bit interleaved data; time interleaving the QAM mapped data; building signal frames including the time interleaved data; frequency interleaving data in the built signal frames; and modulating data in the signal frame by an Orthogonal Frequency Division Multiplex, OFDM, scheme, wherein data in the signal frames are processed by a Multi-Input Multi-Output, MIMO, scheme or a Multi-Input Single-Output, MISO, scheme. input processing input streams to output Baseband, BB, frames for multiple Physical Layer Paths, PLPs; first coding data in each of the BB frames per each of the multiple PLPs; second coding the first coded data by a Low Density Parity Check, LDPC, scheme; bit interleaving the second coded data; Quadrature Amplitude Modulation, QAM, mapping the bit interleaved data; time interleaving the QAM mapped data; building signal frames including the time interleaved data; frequency interleaving data in the built signal frames; and modulating data in the signal frame by an Orthogonal Frequency Division Multiplex, OFDM, scheme, wherein data in the signal frames are processed by a Multi-Input Multi-Output, MIMO, scheme or a Multi-Input Single-Output, MISO, scheme.
An illuminated belt lock for a safety belt device of a motor vehicle, comprising: - a housing, - a pushbutton which is movable in the housing, - an insertion slot bordered by an edge section of the housing and the pushbutton for inserting a belt tongue which is lockable in the belt lock, and - at least one light reflecting surface (13, 14), wherein - the light reflecting surface (13, 14) has a linear contour, the shape of which is adapted to the shape of an edge side of the pushbutton arranged on the side viewed in the direction toward the insertion slot, wherein - the light reflecting surface (13, 14) is arranged on a light conducting body (8, 9) securely arranged to the housing of the belt lock, characterized in that - a light source is provided that is connected by an light guide to the light conducting body (8, 9), wherein - the light guide has a light entry surface assigned to the light source and two light exit surfaces (17, 18) separated from each other, wherein - each one of the light exit surfaces (17, 18) is assigned to one light entry surface (15, 16) of the light conducting body (8, 9). - a housing, - a pushbutton which is movable in the housing, - an insertion slot bordered by an edge section of the housing and the pushbutton for inserting a belt tongue which is lockable in the belt lock, and - at least one light reflecting surface (13, 14), wherein - the light reflecting surface (13, 14) has a linear contour, the shape of which is adapted to the shape of an edge side of the pushbutton arranged on the side viewed in the direction toward the insertion slot, wherein - the light reflecting surface (13, 14) is arranged on a light conducting body (8, 9) securely arranged to the housing of the belt lock, characterized in that - a light source is provided that is connected by an light guide to the light conducting body (8, 9), wherein - the light guide has a light entry surface assigned to the light source and two light exit surfaces (17, 18) separated from each other, wherein - each one of the light exit surfaces (17, 18) is assigned to one light entry surface (15, 16) of the light conducting body (8, 9).
An absorbent article comprising at least a topsheet layer and a backsheet layer, each layer having a body facing surface and a garment facing surface, and longitudinal and transversal edges, the article having a longitudinal front portion, a longitudinal back portion and a crotch portion located between the front and the back portion, the article comprises a first zone of microencapsulated temperature-regulating phase change material on a surface of a layer of the article, wherein the microcapsules are of a permanent, non-breakable and a non-water-soluble type, and wherein the first zone is discrete with boundaries starting and ending within the edge border of the layer, and wherein the first zone has a non-linear boundary in at least the transversal direction of the article.
Hanger for connecting an exhaust line of a vehicle to the body of said vehicle, the hanger comprising: - a frame; - a damper body made of elastomer material and having an oscillating part intended to receive an attachment of an exhaust line and to move elastically relative to the frame to dampen movements of the exhaust line; - means for fixing the hanger to the body of the vehicle; the frame is overmolded on a part of the fixing means, and the damper body is overmolded on the frame, characterized in that the damper body has a sleeve surrounding a part of the frame. - a frame; - a damper body made of elastomer material and having an oscillating part intended to receive an attachment of an exhaust line and to move elastically relative to the frame to dampen movements of the exhaust line; - means for fixing the hanger to the body of the vehicle;
An obstruction detecting apparatus, comprising a first housing and a second housing, the second housing being floatingly mounted on the first housing, an obstruction detecting switch, and a rocking element rotatably mounted, one end of the rocking element being a free end abutting against the first housing, opposite end of the rocking element being a pressing end pressing down on the obstruction detecting switch, the free end, when being rotated, driving the pressing end to be disengaged from the obstruction detecting switch, whereby an obstruction signal is generated, characterized by the second housing being floatingly mounted on the first housing via a first elastic member, and further characterized by a circuit board being provided on the first housing and the obstruction detecting switch connected to the circuit board.
A protection device for the protection of a user, said protection device comprising an inflatable element apt to assume an active inflated condition and a rest deflated condition and wherein said inflatable element includes a knitted body having a closed structure on at least four sides or walls and having at least a partially tubular shape to define an inner area or inner chamber, wherein the knitted body includes a plurality of union threads occupying at least partially the inner area and apt to connect two faces or walls (3a, 3b) of the knitted body.
A multiband antenna, comprising: an antenna element section which is fed from a feeding point; and a ground element section which is connected to a ground of the feeding point; wherein the antenna element section includes: a pole element which includes the feeding point, and has a length at which the pole element resonates at a first frequency; an L-shaped folded-back element which is connected to an end of the pole element, and resonates at a second frequency together with the pole element; and an L-shaped added element which is connected to the pole element; characterized in that a length from the feeding point to an end of the added element is a length at which the added element resonates at the first frequency. an antenna element section which is fed from a feeding point; and a ground element section which is connected to a ground of the feeding point; wherein the antenna element section includes: a pole element which includes the feeding point, and has a length at which the pole element resonates at a first frequency; an L-shaped folded-back element which is connected to an end of the pole element, and resonates at a second frequency together with the pole element; and an L-shaped added element which is connected to the pole element; characterized in that a length from the feeding point to an end of the added element is a length at which the added element resonates at the first frequency. a pole element which includes the feeding point, and has a length at which the pole element resonates at a first frequency; an L-shaped folded-back element which is connected to an end of the pole element, and resonates at a second frequency together with the pole element; and an L-shaped added element which is connected to the pole element; characterized in that a length from the feeding point to an end of the added element is a length at which the added element resonates at the first frequency.
A method for controlling usage of a mobile terminal, the method comprising: receiving a usage specification including a specification of enabled services of the mobile terminal that are restricted, the enabled services that are restricted including internet access, multimedia messaging access, email, camera and/or video functions; and denying usage of the enabled services of the mobile terminal that are restricted and allowing usage of other enabled services of the mobile terminal based on the received usage specification responsive to receipt of a valid authorization code, said method being characterized in that the authorization code is received from a remote user over a wireless communication connection. receiving a usage specification including a specification of enabled services of the mobile terminal that are restricted, the enabled services that are restricted including internet access, multimedia messaging access, email, camera and/or video functions; and denying usage of the enabled services of the mobile terminal that are restricted and allowing usage of other enabled services of the mobile terminal based on the received usage specification responsive to receipt of a valid authorization code, said method being characterized in that the authorization code is received from a remote user over a wireless communication connection.
A force sensor comprising: a singulated first wafer portion comprising a MEMS force sensing element; an actuator having a first region adjacent said MEMS force sensing element and a second region that is opposite said first region, wherein said spherical actuator is disposed such that a force impinging upon said second region is transferred by said spherical actuator to a portion of said MEMS force sensing element adjacent said first region; a singulated second wafer portion having an opening therethrough, bonded to said singulated first wafer portion, and disposed such that said spherical actuator is laterally circumscribed by said opening, characterised in that the actuator is a spherical actuator and a flexible membrane is disposed adjacent and over said second region, wherein said flexible membrane is tensioned to bias said spherical actuator against said MEMS force sensing element. a singulated first wafer portion comprising a MEMS force sensing element; an actuator having a first region adjacent said MEMS force sensing element and a second region that is opposite said first region, wherein said spherical actuator is disposed such that a force impinging upon said second region is transferred by said spherical actuator to a portion of said MEMS force sensing element adjacent said first region; a singulated second wafer portion having an opening therethrough, bonded to said singulated first wafer portion, and disposed such that said spherical actuator is laterally circumscribed by said opening, characterised in that the actuator is a spherical actuator and a flexible membrane is disposed adjacent and over said second region, wherein said flexible membrane is tensioned to bias said spherical actuator against said MEMS force sensing element.
Dust collection unit for a robotic vacuum cleaner, comprising a collection container for collecting dust, a container lid for covering an emptying opening of the collection container and a filter element for separating dust, the filter element being arranged in a filter frame, the container lid being connected to the collection container via the filter frame in order to cover the emptying opening, the collection container comprising an air inlet opening and an air outlet opening, the filter element being arranged in the filter frame between the air inlet opening and the air outlet opening in an air flow of the robotic vacuum cleaner conveyed through the dust collection unit, characterised in that the air inlet opening is arranged in a first vertical side wall of the collection container and the air outlet opening is arranged in a second vertical side wall of the collection container, the filter element that forms a filter plane in the filter frame being arranged between the air inlet opening and the air outlet opening so as to be inclined to a horizontal plane and to a vertical direction.
An electrochemical cell comprising: - a cell element comprising at least one electrode, a portion of the at least one electrode extending outward from an end of the cell element, the at least one electrode comprises a substrate having opposing conductive layers coupled to either side of the substrate to form a composite electrode characterized in that the portion of the at least one electrode is folded onto itself at least twice to provide a coupling surface for conductive connection to a terminal of the electrochemical cell. - a cell element comprising at least one electrode, a portion of the at least one electrode extending outward from an end of the cell element, the at least one electrode comprises a substrate having opposing conductive layers coupled to either side of the substrate to form a composite electrode
A vehicle control device, comprising: an engine; an engine torque regulating mechanism (5; 13; 14; 18; 19) configured to regulate an output torque of the engine; an automatic transmission provided on a driving force transmitting path between the engine and road wheels; a downshift control part configured to execute a downshift control in which the automatic transmission is downshifted and the engine torque regulating mechanism (5; 13; 14; 18; 19) is driven to increase the output torque of the engine, when a downshift request for downshifting the automatic transmission is issued; and a vehicle attitude control part configured to execute a vehicle attitude control in which the engine torque regulating mechanism (5; 13; 14; 18; 19) is driven to reduce the output torque of the engine to thereby generate deceleration of the vehicle, when such a condition that the vehicle is traveling and that a steering angle-related value pertaining to a steering angle of a steering device is configured to increase is satisfied, characterized in that the vehicle control device further comprises a vehicle attitude control suppression part configured to suppress executing the vehicle attitude control by the vehicle attitude control part when the downshift control is executed by the downshift control part. an engine; an engine torque regulating mechanism (5; 13; 14; 18; 19) configured to regulate an output torque of the engine; an automatic transmission provided on a driving force transmitting path between the engine and road wheels; a downshift control part configured to execute a downshift control in which the automatic transmission is downshifted and the engine torque regulating mechanism (5; 13; 14; 18; 19) is driven to increase the output torque of the engine, when a downshift request for downshifting the automatic transmission is issued; and a vehicle attitude control part configured to execute a vehicle attitude control in which the engine torque regulating mechanism (5; 13; 14; 18; 19) is driven to reduce the output torque of the engine to thereby generate deceleration of the vehicle, when such a condition that the vehicle is traveling and that a steering angle-related value pertaining to a steering angle of a steering device is configured to increase is satisfied, characterized in that the vehicle control device further comprises a vehicle attitude control suppression part configured to suppress executing the vehicle attitude control by the vehicle attitude control part when the downshift control is executed by the downshift control part.
A device (1, 1A) for monitoring the bladder volume of a subject, comprising: a sensor to be attached to a region on the exterior surface of the abdomen of the subject, the region corresponding to the bladder of the subject, the sensor being configured to obtain a sensor signal indicating the bladder volume of the subject; a controlling unit configured to generate a control signal if it determines that the change of the bladder volume of the subject exceeds a predetermined amount based on the sensor signal; characterized by further comprising: an ultrasound probe to be attached to the subject and configured to emit, in response to the control signal, an ultrasonic signal toward the bladder of the subject and receive echo signals from the bladder of the subject; a deriving unit configured to derive the bladder volume of the subject from the received echo signals. a sensor to be attached to a region on the exterior surface of the abdomen of the subject, the region corresponding to the bladder of the subject, the sensor being configured to obtain a sensor signal indicating the bladder volume of the subject; a controlling unit configured to generate a control signal if it determines that the change of the bladder volume of the subject exceeds a predetermined amount based on the sensor signal; characterized by further comprising: an ultrasound probe to be attached to the subject and configured to emit, in response to the control signal, an ultrasonic signal toward the bladder of the subject and receive echo signals from the bladder of the subject; a deriving unit configured to derive the bladder volume of the subject from the received echo signals. an ultrasound probe to be attached to the subject and configured to emit, in response to the control signal, an ultrasonic signal toward the bladder of the subject and receive echo signals from the bladder of the subject; a deriving unit configured to derive the bladder volume of the subject from the received echo signals.
A method for determining a state of a system for transportation of passengers (10, 10'), the method comprising: receiving condition data of the system, the condition data being generated by a condition sensor adapted for sensing physical conditions of an equipment of the system; receiving environmental data (28, 32) of the system, the environmental data (28, 32) containing information on an influence of an environment of the system on the equipment and/or the condition sensor; weighting the condition data with the environmental data (28, 30); determining a state of the equipment based on the weighted condition data, wherein the environmental data comprises sensor data generated by an environmental sensor adapted for sensing physical conditions of an environment of the system, characterized in that the environmental sensor is located outside of the system for transportation of passengers (10, 10'). receiving condition data of the system, the condition data being generated by a condition sensor adapted for sensing physical conditions of an equipment of the system; receiving environmental data (28, 32) of the system, the environmental data (28, 32) containing information on an influence of an environment of the system on the equipment and/or the condition sensor; weighting the condition data with the environmental data (28, 30); determining a state of the equipment based on the weighted condition data, wherein the environmental data comprises sensor data generated by an environmental sensor adapted for sensing physical conditions of an environment of the system,
A nucleating agent and a thrombolytic agent for use in a method for enhancing stable cavitation during sonothrombolysis, the method comprising: administering the nucleating agent and the thrombolytic agent to a treatment zone of a patient; providing a determined level of ultrasonic energy substantially throughout the treatment zone of the patient, wherein the determined level of ultrasonic energy is produced by a source transducer and comprises a fundamental ultrasonic frequency; detecting a scattered level of ultrasonic energy, wherein the scattered level of ultrasonic energy is received by a detector transducer and comprises a derivative frequency of the fundamental ultrasonic frequency selected from the group consisting of a subharmonic frequency, an ultraharmonic frequency, and combinations thereof; characterised in that the determined level of ultrasonic energy is provided in intervals separated by rest periods, each interval lasting for an interval duration and each rest period lasting for a rest period duration, wherein no ultrasonic energy is provided during the rest periods, and the method further comprises: modifying the interval and rest period duration to enhance stable cavitation during sonothrombolysis by leaving the source transducer on when the scattered level of ultrasonic energy received by the detector indicates continued bubble activity, and initiating a rest period when the scattered level of ultrasonic energy received by the detector decreases or cavitation is not detected. administering the nucleating agent and the thrombolytic agent to a treatment zone of a patient; providing a determined level of ultrasonic energy substantially throughout the treatment zone of the patient, wherein the determined level of ultrasonic energy is produced by a source transducer and comprises a fundamental ultrasonic frequency; detecting a scattered level of ultrasonic energy, wherein the scattered level of ultrasonic energy is received by a detector transducer and comprises a derivative frequency of the fundamental ultrasonic frequency selected from the group consisting of a subharmonic frequency, an ultraharmonic frequency, and combinations thereof; characterised in that the determined level of ultrasonic energy is provided in intervals separated by rest periods, each interval lasting for an interval duration and each rest period lasting for a rest period duration, wherein no ultrasonic energy is provided during the rest periods, and the method further comprises: modifying the interval and rest period duration to enhance stable cavitation during sonothrombolysis by leaving the source transducer on when the scattered level of ultrasonic energy received by the detector indicates continued bubble activity, and initiating a rest period when the scattered level of ultrasonic energy received by the detector decreases or cavitation is not detected.