mhurhangee/ep-ind-claims huggingface dataset:
A motor control apparatus for controlling an operation of a motor, the motor control apparatus comprising: a first sensor that outputs, as a first signal, a certain level that is higher than a zero level when a gear connected to a shaft of the motor is not rotating, and outputs, as the first signal, continuous pulse waves that are higher than the zero level when the gear is rotating; a second sensor that outputs, as a second signal, a certain level that is higher than the zero level when the gear is not rotating, and outputs, as the second signal, continuous pulse waves that are higher than the zero level, characterized in that the continuous pulse waves of the second signal have a different phase from the first signal when the gear is rotating; and by a detection unit that detects that there is an abnormality of break in a first signal line when the first signal, which is acquired via the first signal line, is at the zero level, and detects that there is an abnormality of break in a second signal line when the second signal, which is acquired via the second signal line, is at the zero level; and the detection unit detects that there is an abnormality of break in a power line through which power is supplied to the first and second sensors (Se1, Se2) or that there is an abnormality of shorting of the power line and a ground, when at least either of the first and second signals is at the zero level and a zero current is flowing through the power line. a first sensor that outputs, as a first signal, a certain level that is higher than a zero level when a gear connected to a shaft of the motor is not rotating, and outputs, as the first signal, continuous pulse waves that are higher than the zero level when the gear is rotating; a second sensor that outputs, as a second signal, a certain level that is higher than the zero level when the gear is not rotating, and outputs, as the second signal, continuous pulse waves that are higher than the zero level, characterized in that the continuous pulse waves of the second signal have a different phase from the first signal when the gear is rotating; and by a detection unit that detects that there is an abnormality of break in a first signal line when the first signal, which is acquired via the first signal line, is at the zero level, and detects that there is an abnormality of break in a second signal line when the second signal, which is acquired via the second signal line, is at the zero level; and the detection unit detects that there is an abnormality of break in a power line through which power is supplied to the first and second sensors (Se1, Se2) or that there is an abnormality of shorting of the power line and a ground, when at least either of the first and second signals is at the zero level and a zero current is flowing through the power line.
Method for updating at least one message exchanged in an instant messaging conversation between a terminal and a conversational agent, the method being such that it is implemented by the terminal and that the at least one message comprises a user interaction element intended to be rendered by the terminal, the interaction element being associated with a validity indicator determined according to a service logic of the conversational agent, and such that it comprises the following steps: - detection of an event relating to the obsolescence of at least one of the messages of the conversation, - selection, according to a characteristic of the detected event, of at least one message of the conversation comprising an interaction element associated with a validity indicator, - modification of the value of the validity indicator in the at least one selected message via a value revealing the obsolescence of the associated interaction element, and - modification of the interaction element of the at least one selected message according to the value of the associated validity indicator via deactivation, deletion, masking, or replacement of the action associated with the interaction element or via addition of an item of information indicating that the interaction element is obsolete. - detection of an event relating to the obsolescence of at least one of the messages of the conversation, - selection, according to a characteristic of the detected event, of at least one message of the conversation comprising an interaction element associated with a validity indicator, - modification of the value of the validity indicator in the at least one selected message via a value revealing the obsolescence of the associated interaction element, and - modification of the interaction element of the at least one selected message according to the value of the associated validity indicator via deactivation, deletion, masking, or replacement of the action associated with the interaction element or via addition of an item of information indicating that the interaction element is obsolete.
A tray table assembly for use with a passenger seat comprising: a table body comprising a forward edge, an aft edge distal from the forward edge, an upper surface extending between the forward edge and the aft edge, and a lower surface extending between the forward edge and the aft edge; and a support for supporting a portable electronic device, said support comprising a first end and a second end distal from the first end, the second end of the support pivotably attached to the table body, the support defining a receiving area between the first end and the second end, characterized in that the second end of the support is pivotably attached to the lower surface of the table body such that in a stowed position the support is configured to cover a portion of the forward edge, cover a portion of the lower surface and either cover a portion of the upper surface or be at least partially received within a support groove in the upper surface of the table body. a table body comprising a forward edge, an aft edge distal from the forward edge, an upper surface extending between the forward edge and the aft edge, and a lower surface extending between the forward edge and the aft edge; and a support for supporting a portable electronic device, said support comprising a first end and a second end distal from the first end, the second end of the support pivotably attached to the table body, the support defining a receiving area between the first end and the second end, characterized in that the second end of the support is pivotably attached to the lower surface of the table body such that in a stowed position the support is configured to cover a portion of the forward edge, cover a portion of the lower surface and either cover a portion of the upper surface or be at least partially received within a support groove in the upper surface of the table body.
A conveying system comprising: a conveyor belt comprising a conveying surface, the conveyor belt adapted to convey material (102, 104) on the conveying surface; and a stabilizer configured to apply a stabilizing force onto the material (102, 104) on the conveyor belt, wherein the stabilizer comprises at least one magnet above the conveying surface, characterized in that the at least one magnet is configured to apply a downward magnetic field as the stabilizing force onto the material. a conveyor belt comprising a conveying surface, the conveyor belt adapted to convey material (102, 104) on the conveying surface; and a stabilizer configured to apply a stabilizing force onto the material (102, 104) on the conveyor belt, wherein the stabilizer comprises at least one magnet above the conveying surface, characterized in that the at least one magnet is configured to apply a downward magnetic field as the stabilizing force onto the material.
A recombinant replication competent retrovirus comprising: a retroviral GAG protein; a retroviral POL protein; a retroviral envelope; and a retroviral polynucleotide comprising a sequence as set forth in SEQ ID NO: 19 or 22. a retroviral GAG protein; a retroviral POL protein; a retroviral envelope; and a retroviral polynucleotide comprising a sequence as set forth in SEQ ID NO: 19 or 22.
A medical device having a coating, the coating comprising a polymeric matrix comprising a hydrophilic polymer, an ultraviolet light-activated photogroup providing covalent bonding in the coating, and a visualization moiety pendent from the hydrophilic polymer, wherein the hydrophilic polymer is covalently crosslinked to a coating material, covalently bonded to a surface of the medical article, or both, and wherein the visualization moiety is selected from pigments, dyes, or fluorophores that provide color under visible light, or can be induced to provide color. wherein the hydrophilic polymer is covalently crosslinked to a coating material, covalently bonded to a surface of the medical article, or both, and wherein the visualization moiety is selected from pigments, dyes, or fluorophores that provide color under visible light, or can be induced to provide color.
A speckle measurement apparatus, comprising: an imager configured to capture scattered light images returned from an object to be measured when the object to be measured is irradiated with coherent light as speckle images; a controller configured to determine a measurement area that is a same site of the object to be measured in a plurality of the speckle images captured continuously in time series by the imager by incorporating a displacement amount of a relative positional relationship between the object to be measured and the imager; divide a coordinate space of a speckle image captured by the imager into a plurality of divided areas (D1-D16) each having a predetermined size; determine the divided area having least area-specific noise components as the measurement area; characterised in that the controller is further configured to retrieve an area with a highest coincidence with the speckle image of the measurement area from a speckle image at next time; and regard the retrieved area as the measurement area at the next time. an imager configured to capture scattered light images returned from an object to be measured when the object to be measured is irradiated with coherent light as speckle images; a controller configured to determine a measurement area that is a same site of the object to be measured in a plurality of the speckle images captured continuously in time series by the imager by incorporating a displacement amount of a relative positional relationship between the object to be measured and the imager; divide a coordinate space of a speckle image captured by the imager into a plurality of divided areas (D1-D16) each having a predetermined size; determine the divided area having least area-specific noise components as the measurement area; characterised in that the controller is further configured to retrieve an area with a highest coincidence with the speckle image of the measurement area from a speckle image at next time; and regard the retrieved area as the measurement area at the next time. determine a measurement area that is a same site of the object to be measured in a plurality of the speckle images captured continuously in time series by the imager by incorporating a displacement amount of a relative positional relationship between the object to be measured and the imager; divide a coordinate space of a speckle image captured by the imager into a plurality of divided areas (D1-D16) each having a predetermined size; determine the divided area having least area-specific noise components as the measurement area; characterised in that the controller is further configured to retrieve an area with a highest coincidence with the speckle image of the measurement area from a speckle image at next time; and regard the retrieved area as the measurement area at the next time.
A powder spray coating facility for coating workpieces with coating powder, - in which a coating cabin and a cyclone are provided, - in which the coating cabin is connected to the cyclone via a residual powder pipeline, - in which an immersion tube is provided in the outlet section (5.3) of the cyclone, with a guide vane apparatus (50; 60; 70; 80; 90) being arranged in said immersion tube, - in which the guide vane apparatus (50; 60; 70; 80; 90) has a plurality of vanes which are formed in such a manner that the air vortex impinging on the vanes can be diverted into a vortex-free air flow at least in part, and - in which a fanned guide vane is provided in the inlet section (5.1) of the cyclone. - in which a coating cabin and a cyclone are provided, - in which the coating cabin is connected to the cyclone via a residual powder pipeline, - in which an immersion tube is provided in the outlet section (5.3) of the cyclone, with a guide vane apparatus (50; 60; 70; 80; 90) being arranged in said immersion tube, - in which the guide vane apparatus (50; 60; 70; 80; 90) has a plurality of vanes which are formed in such a manner that the air vortex impinging on the vanes can be diverted into a vortex-free air flow at least in part, and - in which a fanned guide vane is provided in the inlet section (5.1) of the cyclone.
A conveyor belt rubber composition comprising: a diene-based polymer; a bismaleimide compound; ISAF-grade carbon black; and HAF-grade carbon black, wherein a ratio of content of the ISAF-grade carbon black to content of the HAF-grade carbon black, expressed as (the content of the ISAF-grade carbon black)/(the content of the HAF-grade carbon black), is 25/75 to 75/25 in mass ratio. a diene-based polymer; a bismaleimide compound; ISAF-grade carbon black; and HAF-grade carbon black,
A deployment handle for an introducer assembly for endoluminal delivery of an implantable device, said handle comprising: a first actuating mechanism for actuating an implantable device deployment arrangement, the first actuating mechanism including a first helical guide and an actuating member including a first follower on the actuating member engaged with the first helical guide; a second actuating mechanism for actuating a blocking arrangement between a first state in which access to one or more functions of the handle is blocked and a second state in which the access to one or more functions of the handle is unblocked; and a knob operatively coupled to both of the first and second actuating mechanisms (320, 360) to cause concurrent operation of both of the first and second actuating mechanisms in response to actuation of the knob, wherein the first helical guide is movable with the knob about a rotational axis; wherein the first follower causes linear movement of the actuating member between the first state and the second state in response to corresponding rotation of the knob. a first actuating mechanism for actuating an implantable device deployment arrangement, the first actuating mechanism including a first helical guide and an actuating member including a first follower on the actuating member engaged with the first helical guide; a second actuating mechanism for actuating a blocking arrangement between a first state in which access to one or more functions of the handle is blocked and a second state in which the access to one or more functions of the handle is unblocked; and a knob operatively coupled to both of the first and second actuating mechanisms (320, 360) to cause concurrent operation of both of the first and second actuating mechanisms in response to actuation of the knob, wherein the first helical guide is movable with the knob about a rotational axis; wherein the first follower causes linear movement of the actuating member between the first state and the second state in response to corresponding rotation of the knob.
Fastener with a mounting element for mounting the fastener on a door or the like, on which a locking element for locking the door or the like is pivotably mounted in a closed position of the fastener on a door frame or the like around a first rotation axis and on which an actuating element is pivotably mounted around a second rotation axis, wherein the locking element in the closed position of the fastener is held in the closed position by the actuating element against the force of a first spring and wherein the actuating element, for opening the fastener against the force of a second spring is pivotably mounted in such a way that, on swivelling the actuating element, the locking element is made pivotable through the force of the first spring to release the door, characterised in that - the first spring is in the form of a compression spring and is mounted in a first sleeve, wherein the first sleeve is pivotably mounted by a first end around a third rotation axis and is movably mounted by a second end in the longitudinal direction of the first sleeve, and/or - the second spring is in the form of a compression spring and is mounted in a second sleeve, wherein the second sleeve is pivotably mounted by a first end around a fourth rotation axis and is movably mounted by a second end in the longitudinal direction of the second sleeve. - the first spring is in the form of a compression spring and is mounted in a first sleeve, wherein the first sleeve is pivotably mounted by a first end around a third rotation axis and is movably mounted by a second end in the longitudinal direction of the first sleeve, and/or - the second spring is in the form of a compression spring and is mounted in a second sleeve, wherein the second sleeve is pivotably mounted by a first end around a fourth rotation axis and is movably mounted by a second end in the longitudinal direction of the second sleeve.
A head-up display device, comprising: a projection unit configured to project, towards a projected portion, display light displaying an image at a variable display distance from a viewer; a lamp color information acquisition unit configured to acquire a lamp color state (210, 220) of a traffic light which a vehicle is scheduled to pass; and a display distance adjustment unit configured to change the display distance of the image, based on the lamp color state acquired by the information acquisition unit; a distance information acquisition unit configured to acquire a distance to the traffic light of which the lamp color state is acquired by the lamp color information acquisition unit, wherein the display distance adjustment unit refers to the distance to the traffic light acquired by the distance information acquisition unit, and if the lamp color state acquired by the lamp color information acquisition unit is a first lamp color state, the display distance adjustment unit displays at least a part of the image to be visually recognized in front of the traffic light, and if the lamp color state acquired by the lamp color information acquisition unit is a second lamp color state, the display distance adjustment unit displays at least a part of the image to be visually recognized behind the traffic light. a projection unit configured to project, towards a projected portion, display light displaying an image at a variable display distance from a viewer; a lamp color information acquisition unit configured to acquire a lamp color state (210, 220) of a traffic light which a vehicle is scheduled to pass; and a display distance adjustment unit configured to change the display distance of the image, based on the lamp color state acquired by the information acquisition unit; a distance information acquisition unit configured to acquire a distance to the traffic light of which the lamp color state is acquired by the lamp color information acquisition unit, wherein the display distance adjustment unit refers to the distance to the traffic light acquired by the distance information acquisition unit, and if the lamp color state acquired by the lamp color information acquisition unit is a first lamp color state, the display distance adjustment unit displays at least a part of the image to be visually recognized in front of the traffic light, and if the lamp color state acquired by the lamp color information acquisition unit is a second lamp color state, the display distance adjustment unit displays at least a part of the image to be visually recognized behind the traffic light.
Device for measuring a magnetic field generated by a circuit, comprising: - at least one probe for measuring a magnetic field comprising at least two magnetoresistive or magnetoinductive sensors (102, 104, 106),each magnetoresistive or magnetoinductive sensor being sensitive to the magnetic field along a predetermined selected measurement axis, the at least two magnetoresistive or magnetoinductive sensors (102, 104, 106) being rigidly connected to each other in a position such that their selected measurement axes are angularly offset, and the probe comprising output terminals which are specific to each magnetoresistive or magnetoinductive sensor (102, 104, 106) in order to provide a signal which is representative of the magnetic field measured by each sensor along the selected measurement axis thereof; - a processing chain (28; 720; 722) which is specific to each magnetoresistive sensor; and - means (18; 724) for processing the signals from the various processing chains; characterized by the processing means (18; 724) being able to calculate the derivative of the measured magnetic field by each of the sensors along its selected measurement axe, relative to the measurement axe of another sensor; the processing means (18; 724) being also able to calculate the difference between each couple of the said derivatives in order to determine at least one characteristic component of a current flowing in the circuit. - at least one probe for measuring a magnetic field comprising at least two magnetoresistive or magnetoinductive sensors (102, 104, 106),each magnetoresistive or magnetoinductive sensor being sensitive to the magnetic field along a predetermined selected measurement axis, the at least two magnetoresistive or magnetoinductive sensors (102, 104, 106) being rigidly connected to each other in a position such that their selected measurement axes are angularly offset, and the probe comprising output terminals which are specific to each magnetoresistive or magnetoinductive sensor (102, 104, 106) in order to provide a signal which is representative of the magnetic field measured by each sensor along the selected measurement axis thereof; - a processing chain (28; 720; 722) which is specific to each magnetoresistive sensor; and - means (18; 724) for processing the signals from the various processing chains;
A sliding bearing element comprising a first layer having a radially inner surface, wherein a measuring device is arranged on the radially inner surface of the first layer, which measuring device comprises, in the order indicated, a first electrical insulating layer arranged over the entire surface, a sensor layer structured to form conducting paths and a second electrical insulating layer arranged over the entire surface, wherein a sliding layer is arranged over the entire surface on the second electrical insulating layer, characterized in that the first electrical insulating layer is deposited directly over the entire radially inner surface of the first layer using a PVD method, that, furthermore, the sensor layer and the second electrical insulating layer are also deposited using a PVD method, wherein the sensor layer is deposited over the entire radially inner surface of the first electrical insulating layer and is structured to form the conducting paths, and the second electrical insulating layer is deposited over the entire radially inner surface of the sensor layer, and that the sliding layer is a layer deposited by means of a PVD method or a sliding lacquer layer and is deposited over the entire radially inner surface of the second electrical insulating layer.