mhurhangee/ep-ind-claims huggingface dataset:
A multipass processing system comprising: a first grammar-based speech recognition system that compares a spoken utterance to a sub-grammar comprising keywords or key phrases from active grammars of a plurality of other grammar-based speech recognition systems (110 and 112) the active grammars including activatable and deactivatable words and/or phrases and where each of the plurality of other grammar based speech recognition systems is associated with one of a plurality of different application engines (114 and 116), and each of the keywords or key phrases uniquely identifies one of the plurality of different application engines and an associated one of the plurality of other grammar-based speech recognition systems, (114 and 116) to generate a first grammar-based speech recognition result and a first grammar-based confidence score; and a controller configured to select one of the plurality of other grammar-based speech recognition systems and associated one of the plurality of different applications engines based on a keyword or key phrase identified in the first grammar-based speech recognition result and the first grammar-based confidence score; a demultiplexer (106, 108) that receives the spoken utterance through an input and transmits the spoken utterance to the selected one of the plurality of other grammar-based speech recognition systems (110 and 112) associated with one of the plurality of different applications engines (114 and 116) based on the first grammar-based speech recognition-result. a first grammar-based speech recognition system that compares a spoken utterance to a sub-grammar comprising keywords or key phrases from active grammars of a plurality of other grammar-based speech recognition systems (110 and 112) the active grammars including activatable and deactivatable words and/or phrases and where each of the plurality of other grammar based speech recognition systems is associated with one of a plurality of different application engines (114 and 116), and each of the keywords or key phrases uniquely identifies one of the plurality of different application engines and an associated one of the plurality of other grammar-based speech recognition systems, (114 and 116) to generate a first grammar-based speech recognition result and a first grammar-based confidence score; and a controller configured to select one of the plurality of other grammar-based speech recognition systems and associated one of the plurality of different applications engines based on a keyword or key phrase identified in the first grammar-based speech recognition result and the first grammar-based confidence score; a demultiplexer (106, 108) that receives the spoken utterance through an input and transmits the spoken utterance to the selected one of the plurality of other grammar-based speech recognition systems (110 and 112) associated with one of the plurality of different applications engines (114 and 116) based on the first grammar-based speech recognition-result.
An implantable single chamber cardiac pacemaker comprising a pulse generator having a microprocessor configured to create a virtual chamber of a heart; wherein the microprocessor is pre-programmed to time the pacing pulses delivered by the pulse generator, according to one or more dual chamber algorithms, based on the virtual chamber; the pacemaker further comprising: implantable electrodes (111, 112), coupled to the pulse generator; means for sensing intrinsic ventricular events coupled to the electrodes; means for delivering pacing pulses coupled to the electrodes; and wherein the microprocessor operates to create the virtual chamber by constructing a virtual atrium by creating virtual sensed atrial events and virtual paced atrial events, the virtual sensed atrial events created according to a defined virtual sensed AV interval, and the virtual paced atrial events created according to a defined virtual paced AV interval and wherein the processor defines the virtual sensed and paced AV intervals being based upon sensed intrinsic ventricular events; and wherein the microprocessor times delivery of the pacing pulses by means of the electrodes to create a paced ventricular event that is timed according to either the virtual paced AV interval or the virtual sensed AV interval, responsive to an intrinsic ventricular event not being sensed prior to the expiration thereof. implantable electrodes (111, 112), coupled to the pulse generator; means for sensing intrinsic ventricular events coupled to the electrodes; means for delivering pacing pulses coupled to the electrodes; and wherein the microprocessor operates to create the virtual chamber by constructing a virtual atrium by creating virtual sensed atrial events and virtual paced atrial events, the virtual sensed atrial events created according to a defined virtual sensed AV interval, and the virtual paced atrial events created according to a defined virtual paced AV interval and wherein the processor defines the virtual sensed and paced AV intervals being based upon sensed intrinsic ventricular events; and wherein the microprocessor times delivery of the pacing pulses by means of the electrodes to create a paced ventricular event that is timed according to either the virtual paced AV interval or the virtual sensed AV interval, responsive to an intrinsic ventricular event not being sensed prior to the expiration thereof.
Wire seal, particularly single-wire seal for an electric wire, for example an aluminium wire and an electric crimp terminal, especially for the automotive industry, having a crimping section for crimping the wire seal to the electric crimp terminal and a sealing section for sealing off the electric crimp terminal against an environment, wherein the sealing section of the wire seal is made from a comparatively soft material, and the crimping section of the wire seal is made from a comparatively hard material characterized in that the wire seal comprises a weakened segment in a mainly or fully rotation-symmetric portion of the crimping section, wherein the weakened segment is either a longitudinal and/or circumferential slot, wherein the slot extends over essentially the entire longitudinal length of the crimping section; or the at least one weakened segment is established in the crimping section in such a way that it constitutes a predetermined breaking, folding or deforming area for the crimping section during crimping to the electric crimp terminal.
A vehicle door latch control device comprising a latch that, in response to pivoting of a door to a closed side thereof, engages with a striker on a vehicle body side and pivots, a ratchet that operates between a ratchet engagement position in which engagement with the latch in a completely closed state and a half-shut state of the door is enabled and a ratchet release position in which engagement with the latch is released, an electric actuator that exerts power for driving the ratchet between the ratchet engagement position and the ratchet release position, transmission means that is provided between the electric actuator and the ratchet so as to put the ratchet in the ratchet release position in a mode in which the electric actuator is not being actuated, a control unit that controls actuation of the electric actuator, and a first switch that detects whether or not the ratchet is in a ratchet engagement position, characterized in that the device comprises a second switch that is provided separately from the first switch and that detects that the transmission means has operated until the ratchet attains the ratchet engagement position based on an operating position of an operating member forming part of the transmission means, and the control unit determines that there is an abnormal state when the switching mode of the first switch is unchanged at the time the second switch changes switching mode.
A semiconductor light emitting device, comprising: an indium phosphide substrate; an aluminum gallium indium arsenide active layer on the indium phosphide substrate; and indium phosphide cladding layers (2, 20) on each side of the active layer; and characterized in that the cladding layers comprise a dopant having a concentration of less than 1.5 x10 17 cm -3. an indium phosphide substrate; an aluminum gallium indium arsenide active layer on the indium phosphide substrate; and indium phosphide cladding layers (2, 20) on each side of the active layer; and characterized in that the cladding layers comprise a dopant having a concentration of less than 1.5 x10 17 cm -3.
A method of managing file security in a multi-host cluster environment, comprising: passing a request for a file from a secure file system layer on one of a plurality of hosts in the multi-host cluster environment through a cluster file system layer on the one of the plurality of hosts to a secure volume manager layer on the one of the plurality of hosts, wherein the file is to be written to or read from a network shared storage coupled to the plurality of hosts; locking at least a portion of the file as affected by the request, at the cluster file system layer the locking preventing access by other requests; passing one or more keys from the secure file system layer to the secure volume manager layer; decrypting, via application of the one or more keys at the secure volume manager layer the file as received, in response to the request for the file including a read request for the file, prior to sending the decrypted file to the secure file system layer; and encrypting, via application of the one or more keys at the secure volume manager layer the file as received, in response to the request for the file including a write request for the file, prior to sending the encrypted file to an input/output layer wherein at least one method operation is executed through a processor. passing a request for a file from a secure file system layer on one of a plurality of hosts in the multi-host cluster environment through a cluster file system layer on the one of the plurality of hosts to a secure volume manager layer on the one of the plurality of hosts, wherein the file is to be written to or read from a network shared storage coupled to the plurality of hosts; locking at least a portion of the file as affected by the request, at the cluster file system layer the locking preventing access by other requests; passing one or more keys from the secure file system layer to the secure volume manager layer; decrypting, via application of the one or more keys at the secure volume manager layer the file as received, in response to the request for the file including a read request for the file, prior to sending the decrypted file to the secure file system layer; and encrypting, via application of the one or more keys at the secure volume manager layer the file as received, in response to the request for the file including a write request for the file, prior to sending the encrypted file to an input/output layer wherein at least one method operation is executed through a processor.
An image display apparatus comprising: a storage configured to store a shot object image, associated with information on a shooting direction, and a spherical image, associated with directional information related to a geographical direction; a mask region extraction unit configured to extract a region that is to be masked in the object image; a mask processing unit configured to generate the object image where the region to be masked in the object image is masked; a positioning unit configured to adjust the directional information of the spherical image to be the shooting direction of the object image; a mapping processing unit configured to position the spherical image and then configured to map the mask-processed object image and the spherical image onto a three-dimensional object space by texture mapping; a three-dimensional image generator configured to generate a three-dimensional object image, when the 3D object image mapped by the mapping processing unit is viewed in a specified line of sight in such a manner so as to regard a shooting location of the object image as a viewpoint position; and a display control unit configured to display the 3D object image on a screen. a storage configured to store a shot object image, associated with information on a shooting direction, and a spherical image, associated with directional information related to a geographical direction; a mask region extraction unit configured to extract a region that is to be masked in the object image; a mask processing unit configured to generate the object image where the region to be masked in the object image is masked; a positioning unit configured to adjust the directional information of the spherical image to be the shooting direction of the object image; a mapping processing unit configured to position the spherical image and then configured to map the mask-processed object image and the spherical image onto a three-dimensional object space by texture mapping; a three-dimensional image generator configured to generate a three-dimensional object image, when the 3D object image mapped by the mapping processing unit is viewed in a specified line of sight in such a manner so as to regard a shooting location of the object image as a viewpoint position; and a display control unit configured to display the 3D object image on a screen.
An image reading apparatus comprising: a medium mounting portion configured to mount a medium; feeding means comprising feeding rollers configured to feed the medium from the medium mounting portion; at least one edge guide each configured to regulate a corresponding one of at least one medium width direction edge of the medium having been mounted on the medium mounting portion, the medium width direction being a direction intersecting with a medium feeding direction; reading means configured to read the medium and disposed further downstream than the at least one edge guide in the medium feeding direction; at least one medium detection means configured to detect the medium and disposed further downstream than the at least one edge guide in the medium feeding direction and further outside in the medium width direction than at least one edge regulation position for the edge regulation by the at least one edge guide; and control means configured to control the feeding means, characterised in that the control means is configured to determine skew of the medium in response to a detection of the medium by one of the at least one medium detection means, to control the feeding means to continue feeding of the medium when the control means does not determine skew of the medium and to stop feeding of the medium when the control means determines skew of the medium, and to correct a medium feeding speed so as to reduce the skew of the medium by changing the speeds of the feeding rollers. a medium mounting portion configured to mount a medium; feeding means comprising feeding rollers configured to feed the medium from the medium mounting portion; at least one edge guide each configured to regulate a corresponding one of at least one medium width direction edge of the medium having been mounted on the medium mounting portion, the medium width direction being a direction intersecting with a medium feeding direction; reading means configured to read the medium and disposed further downstream than the at least one edge guide in the medium feeding direction; at least one medium detection means configured to detect the medium and disposed further downstream than the at least one edge guide in the medium feeding direction and further outside in the medium width direction than at least one edge regulation position for the edge regulation by the at least one edge guide; and control means configured to control the feeding means, characterised in that the control means is configured to determine skew of the medium in response to a detection of the medium by one of the at least one medium detection means, to control the feeding means to continue feeding of the medium when the control means does not determine skew of the medium and to stop feeding of the medium when the control means determines skew of the medium, and to correct a medium feeding speed so as to reduce the skew of the medium by changing the speeds of the feeding rollers.
A valve for a magnetorheological fluid, comprising at least one powered induction coil forming a magnetic circuit in a magnetically conductive body, characterised in that at least part of the magnetic circuit is formed by a composite material whose specific electric resistivity is higher than 10 -4 Ωm, whereas its relative permeability in comparison to vacuum permeability is higher than 500 - within the frequency range of up to 10 kHz, - within the magnetic induction range from 100 to 400 mT and - within the temperature range from 0°C to 100°C. - within the frequency range of up to 10 kHz, - within the magnetic induction range from 100 to 400 mT and - within the temperature range from 0°C to 100°C.
A binding machine comprising: a wire feeding unit configured to feed a wire; a curl guide unit configured to curl the wire fed by the wire feeding unit around an object to be bound; a binding unit including a twisting shaft provided to be rotatable around a predetermined axis, and a gripping part provided at one end side of the twisting shaft, wherein the gripping part is configured to grip the wire curled by the curl guide unit and the twisting shaft is configured to twist the gripped wire so as to bind the object; a binding machine main body having one end side at which the curl guide unit is arranged and configured to accommodate therein the wire feeding unit and the binding unit; and a setting unit characterized in that the setting unit includes a rotatable dial provided on a surface at an opposite end side of the binding machine main body and configured to set a torsional torque of a wire to be applied by the binding unit by rotation of the dial. a wire feeding unit configured to feed a wire; a curl guide unit configured to curl the wire fed by the wire feeding unit around an object to be bound; a binding unit including a twisting shaft provided to be rotatable around a predetermined axis, and a gripping part provided at one end side of the twisting shaft, wherein the gripping part is configured to grip the wire curled by the curl guide unit and the twisting shaft is configured to twist the gripped wire so as to bind the object; a binding machine main body having one end side at which the curl guide unit is arranged and configured to accommodate therein the wire feeding unit and the binding unit; and a setting unit characterized in that the setting unit includes a rotatable dial provided on a surface at an opposite end side of the binding machine main body and configured to set a torsional torque of a wire to be applied by the binding unit by rotation of the dial.
A test assembly for inspecting an O-ring, comprising: - a support plane, on which said O-ring rests; - a first disc and a second disc coplanar on said support plane and arranged in adjacent position, being configured to rotate on said support plane about respective axes (50, 51); - image acquisition means (40',40") of said O-ring arranged at least on one side of said support plane to acquire images of said O-ring, characterized in that said discs (10, 11) are actuated in reciprocally independent manner and define a test region at which said O-ring is locked and deformed between said discs (10,11), said support plane being moveable and configured to carry said O-ring to the first predetermined position near an inlet section of said test region, wherein said discs (10, 11) are configured to perform a first synchronized rotation in reciprocally opposite sense after which said O-ring is intercepted in said first predetermined position, dragged and locked in said test region in a first deformed configuration, said image acquisition means (40',40") being configured to acquire at least one first image of said O-ring in said first deformed position, and wherein said discs (10,11) are configured to perform at least one further synchronized rotation in reciprocally opposite sense after which said O-ring is ejected from said test region through an exit section, substantially opposite to said inlet section. - a support plane, on which said O-ring rests; - a first disc and a second disc coplanar on said support plane and arranged in adjacent position, being configured to rotate on said support plane about respective axes (50, 51); - image acquisition means (40',40") of said O-ring arranged at least on one side of said support plane to acquire images of said O-ring,
A protection panel for an adiabatic pre-cooling system to be installed on a cooling device, comprising: - a profiled frame designed from at least four profiles wherein the profiles are connected to each other by angles forming the profiled frame, - a flat frame designed from at least four flat bars and configured to be attached to the profiled frame; - a net having holes, where a width of each hole is in the range of 4 mm to 100 mm and a height of each hole is in range of 4 mm to 100 mm, - a cell panel having cells, where a cell diameter of each cell is in the range of 1000 μm to 7000 μm, wherein the assembled protection panel comprises the profiled frame as a base, where the net is installed, which is followed by the cell panel and above the cell panel another net is placed forming a sandwiched panel, wherein the flat frame is attached to the sandwiched panel in order to secure the protection panel. - a profiled frame designed from at least four profiles wherein the profiles are connected to each other by angles forming the profiled frame, - a flat frame designed from at least four flat bars and configured to be attached to the profiled frame; - a net having holes, where a width of each hole is in the range of 4 mm to 100 mm and a height of each hole is in range of 4 mm to 100 mm, - a cell panel having cells, where a cell diameter of each cell is in the range of 1000 μm to 7000 μm,
A process for producing aldehydes, comprising contacting an olefin, with hydrogen and carbon monoxide in the presence of a catalyst composition to produce said aldehydes, wherein the catalyst composition comprises: a mixture of tris(3-pyridyl)phosphine, a magnesium centered tetraphenylporphyrin coordination complex and a rhodium precursor. a mixture of tris(3-pyridyl)phosphine, a magnesium centered tetraphenylporphyrin coordination complex and a rhodium precursor.