mhurhangee/patent-ind-claim-en huggingface dataset:
Training device for positioning on a base, comprising a main body composed of plastic with a bottom side and a top side, wherein foot elements for positioning on the base are arranged or formed on the bottom side, wherein a stepping surface is arranged or formed on the top side, wherein side walls project in the direction of the base on the bottom side, and wherein the foot elements are arranged in corner regions of the main body so as to space the side walls apart from the base, wherein, in at least one corner region , there is arranged or formed a support web for a positioning head of a foot element , against which support web the positioning head bears at least regionally with a support surface which faces away from the base, characterized in that , in relation to an outwardly projecting and/or outwardly convexly curved annular bead , the support web is set off inwardly, said annular bead passing around the support web and/or the positioning head in an encircling manner and/or in a corner zone which is situated at the outside laterally.
An inlet manifold for a liquid fuel supply assembly for a fuel nozzle of a turbomachine, the inlet manifold defining a longitudinal direction, a transverse direction, and a vertical direction, the longitudinal direction, the transverse direction, and the vertical direction are mutually perpendicular, the inlet manifold comprising: a main inlet oriented along the longitudinal direction; a pilot inlet ; a wye passage comprising an inlet branch , the inlet branch in fluid communication with the main inlet of the inlet manifold ; a first main passage in fluid communication with a first outlet branch of the wye passage , the first main passage extending generally along the longitudinal direction between the wye passage and a first main outlet ; a second main passage in fluid communication with a second outlet branch of the wye passage , the second main passage extending generally along the longitudinal direction between the wye passage and a second main outlet ; and a pilot passage in fluid communication with the pilot inlet , the pilot passage extending generally along the longitudinal direction between the pilot inlet and a pilot outlet , characterized in that the inlet manifold comprises a central body , in which the main inlet , the pilot inlet , the wye passage , the first main passage , the first main outlet , the second main passage , the second main outlet , the pilot passage , and the pilot outlet are formed, wherein the pilot inlet is oriented along the vertical direction. a main inlet oriented along the longitudinal direction; a pilot inlet ; a wye passage comprising an inlet branch , the inlet branch in fluid communication with the main inlet of the inlet manifold ; a first main passage in fluid communication with a first outlet branch of the wye passage , the first main passage extending generally along the longitudinal direction between the wye passage and a first main outlet ; a second main passage in fluid communication with a second outlet branch of the wye passage , the second main passage extending generally along the longitudinal direction between the wye passage and a second main outlet ; and a pilot passage in fluid communication with the pilot inlet , the pilot passage extending generally along the longitudinal direction between the pilot inlet and a pilot outlet , characterized in that the inlet manifold comprises a central body , in which the main inlet , the pilot inlet , the wye passage , the first main passage , the first main outlet , the second main passage , the second main outlet , the pilot passage , and the pilot outlet are formed, wherein the pilot inlet is oriented along the vertical direction.
A device for producing a rocking motion at a rocker , in particular a baby rocker, having an energy feed-in means and a driver which can be moved by the energy feed-in means and can drive the rocker in a repetitive motion, having a sensor for ascertaining a sensor signal influenced by the state of motion of the rocker , having a control circuit for controlling the energy feed-in means depending on the sensor signal, wherein the movement of the driver is timed by the sensor signal, and the device is suitable for driving the rocker at the frequency of its free oscillation, characterised in that the energy feed-in means transmits a pulse to the driver only briefly after the output of the sensor signal, wherein it is provided for the driver to execute a vertical movement, to produce a first sensor signal while moving past the sensor in a downward movement, and to produce a second sensor signal while moving past the sensor in a subsequent upward movement, wherein only the second sensor signal triggers the output of the pulse, wherein further pulses are each transmitted to the driver only during the upward movement. having an energy feed-in means and a driver which can be moved by the energy feed-in means and can drive the rocker in a repetitive motion, having a sensor for ascertaining a sensor signal influenced by the state of motion of the rocker , having a control circuit for controlling the energy feed-in means depending on the sensor signal, wherein the movement of the driver is timed by the sensor signal, and the device is suitable for driving the rocker at the frequency of its free oscillation, characterised in that the energy feed-in means transmits a pulse to the driver only briefly after the output of the sensor signal, wherein it is provided for the driver to execute a vertical movement, to produce a first sensor signal while moving past the sensor in a downward movement, and to produce a second sensor signal while moving past the sensor in a subsequent upward movement, wherein only the second sensor signal triggers the output of the pulse, wherein further pulses are each transmitted to the driver only during the upward movement.
A therapy apparatus, comprising: a panel ; a fluid channel (404a-404c) integrated into the panel ; and a port integrated into the panel and fluidly coupled to the fluid channel (404a-404c); characterised by a seal attached to the panel and covering the fluid channel (404a-404c), the seal having an aperture aligned with the port wherein the panel , the fluid channel (404a-404c), and the port consist of straight-pull surfaces. a panel ; a fluid channel (404a-404c) integrated into the panel ; and a port integrated into the panel and fluidly coupled to the fluid channel (404a-404c); characterised by a seal attached to the panel and covering the fluid channel (404a-404c), the seal having an aperture aligned with the port wherein the panel , the fluid channel (404a-404c), and the port consist of straight-pull surfaces.
Monitoring device for an apparatus for producing medical compressed air, comprising a measurement air conduit for extracting compressed air from a compressed air supply conduit downstream of a compressed air conditioning unit, comprising at least one sensor for producing a measurement signal on the basis of a property of the compressed air conveyed through the measurement air conduit , comprising at least one humidifier for moistening the compressed air upstream of the sensor and comprising at least one output unit which outputs information about the property of the compressed air to a user on the basis of the measurement signal, characterized in that the monitoring device comprises a tap for extracting compressed air and an operating member for altering a prevalent volumetric and/or mass flow rate of the compressed air in the measurement air conduit , the operating member being inserted into the tap in a measuring mode and being extracted from the tap in a compressed air extraction mode and a compressed air sample being able to be extracted via the tap in the compressed air extraction mode.
A method of testing an electrical and mechanical system comprising interconnected devices (120A-120Z), each device (120A-120Z) comprising one or more components, each component tested using a corresponding component test, the method comprising: grouping the components into groups such that all components in each of the groups are able to be tested in parallel; dynamically scheduling execution of the component tests based on criteria comprising the groupings and constraints for starting and maintaining execution of the component tests to minimize a total execution time of the component tests; and executing the component tests based on the scheduling, wherein the criteria further comprise states of at least one of the one or more components and the component tests are scheduled in an order of decreasing loads on the devices. grouping the components into groups such that all components in each of the groups are able to be tested in parallel; dynamically scheduling execution of the component tests based on criteria comprising the groupings and constraints for starting and maintaining execution of the component tests to minimize a total execution time of the component tests; and executing the component tests based on the scheduling, wherein the criteria further comprise states of at least one of the one or more components and the component tests are scheduled in an order of decreasing loads on the devices.
Device for orienting and/or gripping an object (DO) comprising i) a support (SM) with at least one passage (PF) for a fluid, and ii) an elastic membrane (MP) fixedly attached to said support (SM) and defining a closed deformable enclosure communicating with said passage (PF) and containing a granular material (MG) taking either an uncompacted state allowing deformation of said enclosure, to orient and/or grasp an object, in the presence of a pressure of said fluid above a threshold, or a compacted state freezing the current shape of said enclosure in the presence of a depression of said fluid, said membrane (MP) ribs (NM) distributed over its surface by joining two diametrically opposite zones (Zj) and causing automatic return of said granular material (MG) to its uncompacted state when the pressure of said fluid reaches atmospheric pressure after a depression, characterized in that it comprises a suction cup (VP) capable of gripping a flat object and fixedly attached to said membrane (MP) in order to have an orientation with respect to said support (SM) as a function of the ongoing deformation of this membrane (MP).
Device for producing a profile from a half-finished product made of sheet metal, namely a predefined profile having a variable height and/or width and having at least two legs (1, 1'; 2, 2', 2"; 3, 3', 3") extending in its longitudinal direction and angled with respect to each other on its cross-sectional plane, with a first leg thereof having a partly uneven shape, the device having a molded plank defining the predefined profile for supporting one of the legs over its entire surface and an upper molded plank adapted to firmly clamp a portion of the half-finished product , which forms the first leg of the predefined profile, between itself and the lower molded plank ; the mutually facing surfaces of the two molded planks being uneven und mutually complementary and having the same shape as the first leg of the predefined profile, and the device having at least one roller for rollforming the half-finished product supported by the lower molded plank to form the predefined profile; characterized in that at least the lower molded plank is mounted on a carriage which is horizontally movable on a platform along a straight path and an adjustment stand is mounted on the platform on at least one side of the path and the adjustment stand contains a base which is vertically movable and to which the at least one roller is rotatably mounted. the device having a molded plank defining the predefined profile for supporting one of the legs over its entire surface and an upper molded plank adapted to firmly clamp a portion of the half-finished product , which forms the first leg of the predefined profile, between itself and the lower molded plank ; the mutually facing surfaces of the two molded planks being uneven und mutually complementary and having the same shape as the first leg of the predefined profile, and the device having at least one roller for rollforming the half-finished product supported by the lower molded plank to form the predefined profile; characterized in that at least the lower molded plank is mounted on a carriage which is horizontally movable on a platform along a straight path and an adjustment stand is mounted on the platform on at least one side of the path and the adjustment stand contains a base which is vertically movable and to which the at least one roller is rotatably mounted. characterized in that at least the lower molded plank is mounted on a carriage which is horizontally movable on a platform along a straight path and an adjustment stand is mounted on the platform on at least one side of the path and the adjustment stand contains a base which is vertically movable and to which the at least one roller is rotatably mounted.
Apparatus, comprising: a circuit and at least one sensor on a die attached to the circuit , the circuit comprising an electrical interconnect for external electrical connection; and a laminated manifold attached to the circuit to deliver a liquid reagent over an active surface of the at least one sensor , the laminated manifold comprising at least one fluidic channel, wherein an interface between the die and the at least one fluidic channel is sealed, wherein the laminated manifold comprises a plurality of layers, the plurality of layers comprising: a top lidding layer ; a fluidic distribution layer ; a substrate layer ; a bottom planarization layer , wherein the laminated manifold has at least one cut-out for the die and wherein the laminated manifold is attached to the circuit by way of the circuit being bonded the planarization layer . a circuit and at least one sensor on a die attached to the circuit , the circuit comprising an electrical interconnect for external electrical connection; and a laminated manifold attached to the circuit to deliver a liquid reagent over an active surface of the at least one sensor , the laminated manifold comprising at least one fluidic channel, wherein an interface between the die and the at least one fluidic channel is sealed, wherein the laminated manifold comprises a plurality of layers, the plurality of layers comprising: a top lidding layer ; a fluidic distribution layer ; a substrate layer ; a bottom planarization layer , a top lidding layer ; a fluidic distribution layer ; a substrate layer ; a bottom planarization layer , wherein the laminated manifold has at least one cut-out for the die and wherein the laminated manifold is attached to the circuit by way of the circuit being bonded the planarization layer .
A method for detecting document regions that will be excluded from an embedding process, comprising: converting, by an adapter module , at least one page of a received document into a visual representation thereof, the visual representation keeping the position of the characters of the at least one page; receiving, by a text detector , the visual representation ; processing, by the text detector , the visual representation using a deep neural network that predicts document invalid regions corresponding to invalid text including a table and/or a bullet list; returning, by the text detector , a list of invalid regions with their associated page positions as a result of the processing; and excluding, by a watermark embedding module or by a watermark extracting module , the list of invalid regions to provide a watermarked document or a message embedded in the document . converting, by an adapter module , at least one page of a received document into a visual representation thereof, the visual representation keeping the position of the characters of the at least one page; receiving, by a text detector , the visual representation ; processing, by the text detector , the visual representation using a deep neural network that predicts document invalid regions corresponding to invalid text including a table and/or a bullet list; returning, by the text detector , a list of invalid regions with their associated page positions as a result of the processing; and excluding, by a watermark embedding module or by a watermark extracting module , the list of invalid regions to provide a watermarked document or a message embedded in the document .
A camera module comprising: a base ; a stator disposed above the base ; a cover fixed to the base and wrapping the stator ; a mover disposed in the stator and comprising a lens ; an elastic member connecting the mover and the stator ; an actuator comprising a coil disposed on the mover and a magnet facing the coil and disposed on the stator ; and an actuator driving unit configured to control the actuator to move the mover in a forward direction or in a backward direction, wherein the mover is spaced apart from the cover by a first gap and from the base by a second gap when no current is applied to the actuator , wherein a direction bit is allocated in the actuator driving unit , and wherein the direction bit comprises a forward movement information that the mover moves toward the cover to decrease the first gap and a reverse movement information that the mover moves toward the base to decrease the second gap, characterized in that the actuator driving unit is configured to move the mover along a plurality of moving steps, the plurality of moving steps comprises a first step and a second step after the first step, and the actuator driving unit is configured to lengthen a time of moving the mover in the first step over that of the second step to reduce a mechanical impact sound. a base ; a stator disposed above the base ; a cover fixed to the base and wrapping the stator ; a mover disposed in the stator and comprising a lens ; an elastic member connecting the mover and the stator ; an actuator comprising a coil disposed on the mover and a magnet facing the coil and disposed on the stator ; and an actuator driving unit configured to control the actuator to move the mover in a forward direction or in a backward direction, wherein the mover is spaced apart from the cover by a first gap and from the base by a second gap when no current is applied to the actuator , wherein a direction bit is allocated in the actuator driving unit , and wherein the direction bit comprises a forward movement information that the mover moves toward the cover to decrease the first gap and a reverse movement information that the mover moves toward the base to decrease the second gap, characterized in that the actuator driving unit is configured to move the mover along a plurality of moving steps, the plurality of moving steps comprises a first step and a second step after the first step, and the actuator driving unit is configured to lengthen a time of moving the mover in the first step over that of the second step to reduce a mechanical impact sound.
A connector assembly comprising: a male connector comprising a cap housing , an access terminal accommodated in the cap housing , a support rod , and a protection part configured to be movable in a lengthwise direction of the access terminal , wherein the cap housing includes an opening and a cap body configured to accommodate the access terminal and the protection part wherein a cap head protrudes from the cap body ; and a female connector comprising a plug housing configured to insert in the cap housing , characterized in that the cap head surrounds the access terminal ; the male connector includes a connecting part that is a configuration separate from the cap housing and fixably mounted in the cap housing , the support rod being a part of the connecting part ; the cap body is configured to accommodate the connecting part ; and the protection part is configured to be movable relative to the connecting part in the lengthwise direction of the access terminal , wherein, during coupling of the male connector and the female connector , the plug housing is configured to de-fasten the connecting part and the protection part that are fastened to each other, the protection part being supported by the support rod , and to push the protection part toward a floor surface of the connecting part . a male connector comprising a cap housing , an access terminal accommodated in the cap housing , a support rod , and a protection part configured to be movable in a lengthwise direction of the access terminal , wherein the cap housing includes an opening and a cap body configured to accommodate the access terminal and the protection part wherein a cap head protrudes from the cap body ; and a female connector comprising a plug housing configured to insert in the cap housing , characterized in that the cap head surrounds the access terminal ; the male connector includes a connecting part that is a configuration separate from the cap housing and fixably mounted in the cap housing , the support rod being a part of the connecting part ; the cap body is configured to accommodate the connecting part ; and the protection part is configured to be movable relative to the connecting part in the lengthwise direction of the access terminal , wherein, during coupling of the male connector and the female connector , the plug housing is configured to de-fasten the connecting part and the protection part that are fastened to each other, the protection part being supported by the support rod , and to push the protection part toward a floor surface of the connecting part .
A securement device 1 attachable to an inner rigid structure of a container that comprises a sidewall and a corner post 4 to secure a load 11 in the container, the securement device 1 comprising: at least two leaves , said leaves having a front main surface and a rear main surface, and further having a contact surface extending between the front and rear main surfaces, the contact surface being formed at a tip portion of the leaf to contact a profile 13 of the corner post 4, wherein at least one of said leaves comprises at least one aperture 2 that extends between the front and rear main surfaces, said device comprising at least two such apertures 2 to receive a strap 10, wherein the rear main surface of the leaf comprises a protrusion 24, characterized in that the protrusion 24 comprises a tip portion 28, covering at least a part of the tip end of the leaf . at least two leaves , said leaves having a front main surface and a rear main surface, and further having a contact surface extending between the front and rear main surfaces, the contact surface being formed at a tip portion of the leaf to contact a profile 13 of the corner post 4, wherein at least one of said leaves comprises at least one aperture 2 that extends between the front and rear main surfaces, said device comprising at least two such apertures 2 to receive a strap 10, wherein the rear main surface of the leaf comprises a protrusion 24, characterized in that the protrusion 24 comprises a tip portion 28, covering at least a part of the tip end of the leaf .
A method for three-dimensional graphical representation of at least one runway (P) on a display device of an on-board display system for aircraft, said graphical representation being displayed in a synthetic view of an outdoor landscape, said runway comprising a coloured rectangular shape (R), an outline (C) surrounding said shape and markings (M) representing markings existing on the ground, the position of the aircraft relative to said runway being known in a horizontal plane with a first precision level and in a vertical axis with a second precision level, characterised in that , when the first precision level is above a first threshold and/or when the second precision level is above a second threshold, the aspect of the rectangular shape or of the outline or of at least one marking is modified.