mhurhangee/ep-ind-claims huggingface dataset:
Subframe for a motor vehicle, comprising, viewed in longitudinal direction of the vehicle, two front functional nodes (12, 14) as well as two rear functional nodes (16, 18), in each case for the connection of different vehicle components, wherein between the front and rear functional nodes (12, 14; 16, 18) is arranged a reinforcing element, wherein the reinforcing element is in the form of a plate-like timber-frame-like component and the two front functional nodes (12, 14) are connected exclusively via the plate-like timber-frame-like reinforcing element releasably with the two rear functional nodes (16, 18) and wherein the two rear functional nodes (16, 18) form with the plate-like timber-frame-like reinforcing element a constructional unit, and the two front functional nodes (12, 14) in the absence of a crossbeam are mutually connected exclusively via the plate-like timber-frame-like reinforcing element, characterised in that the rear functional nodes (16, 18) have in each case one rear link connection point having - viewed in longitudinal direction of the vehicle - one front and one rear connecting tab (38, 40), formed in each case in the manner of a tab, wherein the rear functional nodes (16, 18) can be fastened in each case via the front or rear connecting tab (38, 40) of the rear link connection point in vertical direction of the vehicle to the vehicle body.
An outdoor unit of an air conditioner, comprising an electrical component box comprising: a partition plate; a front plate, that covers a front side of the electrical component box and has one end coupled to one end of the partition plate; characterized in that said electrical component box further comprises: a box base plate; and an L-shaped arm; and a support post provided between the L-shaped arm and the box base plate the box base plate supports the partition plate in a top-bottom direction and supports the front plate in a front-back direction, the L-shaped arm has one end that abuts at a right angle against a rear surface of the front plate and another end coupled to another end of the partition plate, and the support post is joined perpendicularly to the L-shaped arm and the box base plate and supports the L-shaped arm and the box base plate in a top-bottom direction. a partition plate; a front plate, that covers a front side of the electrical component box and has one end coupled to one end of the partition plate; a box base plate; and an L-shaped arm; and a support post provided between the L-shaped arm and the box base plate the box base plate supports the partition plate in a top-bottom direction and supports the front plate in a front-back direction, the L-shaped arm has one end that abuts at a right angle against a rear surface of the front plate and another end coupled to another end of the partition plate, and the support post is joined perpendicularly to the L-shaped arm and the box base plate and supports the L-shaped arm and the box base plate in a top-bottom direction.
A hydraulic apparatus for a stacker having at least one directional spool valve, in particular 3/3 or 4/3 directional spool valve, that in a housing of the directional spool valve has a spool travel gauge for a piston being adjustable in both directions along a set adjusting distance (b) via an adjusting mechanism from a central zero position range, and having a pressure source, wherein the housing has a pressure means supply being connected to a pressure source and the spool travel gauge comprises at least one stationary, magnetically charged Hall element within a housing top being disposed at the housing, that generates at least one linear analogue signal for the position or movement direction of the piston within the adjusting distance (b), characterized in that for magnetically charging only one of the Hall elements being disposed within the housing top there is accommodated a bar magnet whose longitudinal axis is parallel to the adjusting direction of the piston within an extension part of the piston; that the extension part is displaceable with the bar magnet within the housing top in that the Hall element being oriented on the bar magnet responds to a force field transition in a strong force field range of the bar magnet that is adjacent to a weak force field range to generate an analogue signal being linear over the adjusting distance (b), whose end points correspond to different percentages of a particular voltage; and that the pressure source connected to the pressure means supply is a speed-controllable pump, the speed of which can be controlled via the analogue signal as a function of the position or in adaptation to the adjusting movement of the piston, respectively.
A method of operating an ultrasound diagnostic apparatus, the method comprising: displaying an ultrasound image of a target object; receiving an ultrasound signal obtained from a blood flow included in the target object; setting a first reference region and a second reference region in the ultrasound image; acquiring first moving path information of the blood flow passing through the first reference region and second moving path information of the blood flow passing through the second reference region, based on the received ultrasound signal; displaying a first moving path of the blood flow passing through the first reference region in a first color, based on the first moving path information, in the ultrasound image; and displaying a second moving path of the blood flow passing through the second reference region to be identifiable from the first moving path in a second color different from the first color, based on the second moving path information, in the ultrasound image, characterised in that the displaying of the second moving path comprises, when the first and second moving paths (515,525) overlap, displaying a ratio of a volume of the blood flow corresponding to the first moving path and a volume of the blood flow corresponding to the second moving path, in the overlapped region. displaying an ultrasound image of a target object; receiving an ultrasound signal obtained from a blood flow included in the target object; setting a first reference region and a second reference region in the ultrasound image; acquiring first moving path information of the blood flow passing through the first reference region and second moving path information of the blood flow passing through the second reference region, based on the received ultrasound signal; displaying a first moving path of the blood flow passing through the first reference region in a first color, based on the first moving path information, in the ultrasound image; and displaying a second moving path of the blood flow passing through the second reference region to be identifiable from the first moving path in a second color different from the first color, based on the second moving path information, in the ultrasound image, characterised in that the displaying of the second moving path comprises, when the first and second moving paths (515,525) overlap, displaying a ratio of a volume of the blood flow corresponding to the first moving path and a volume of the blood flow corresponding to the second moving path, in the overlapped region.
A transducer for measuring preload and torque of a screw comprises a first cylindrical sensor element (16, 18) and a second cylindrical sensor element (17, 19) that are connected together and to an element having a threaded hole for tightening of the screw to be subjected to measuring, the two sensor elements being arranged for measuring respectively the torque applied to the head of the screw and the pull between the screw and the threaded-hole element, characterized in that the transducer comprises a hollow body made as a monobloc with two annular zones (16, 17) which are spaced apart axially and form part of said first and second cylindrical sensor elements respectively, the two annular zones (16, 17) of said hollow body having a wall with reduced thickness with respective torque and force load-cell sensors (18, 19) and being separated from each other by an annular zone of the hollow body having a wall with a greater thickness, in which there is internally provided a seat for non-rotating coupling with the threaded-hole element in a part of which the screw introduced axially through an end of the hollow body is tightened.
A prechamber system for an internal combustion engine, with: - a prechamber, - a fuel introduction device - a dead space connecting the fuel introduction device with the prechamber, wherein a channel is provided which connects the prechamber with the dead space, characterized in that the channel opens into the dead space between the fuel introduction device and the prechamber. - a prechamber, - a fuel introduction device - a dead space connecting the fuel introduction device with the prechamber,
A system for optically inspecting glass panes, comprising a conveyor for moving the glass pane and further comprising a first inspection module (5, 6, 7), which has an illumination device and a camera for illuminating and imaging the glass pane and is connected to a first analysis module (8, 9, 10, 11) for analyzing the recorded images of the glass pane, wherein at least one second inspection module (5, 6, 7) having an illumination device and a camera for illuminating and imaging the glass pane is connected to a second analysis module (8, 9, 10, 11) for analyzing the recorded images of the glass pane, wherein the illumination arrays and/or the cameras of the first inspection module (5, 6, 7) and of the second inspection module (5, 6, 7) are constructed differently and/or are arranged differently with respect to the glass pane capable of being moved by means of the conveyor past the inspection modules (5, 6, 7), wherein the inspection modules (5, 6, 7) of the system are designed for measuring the glass pane as it passes by and characterized in that the inspection modules of the system are a module with raster illumination and a transmission array, in which a light source of the illumination device projects a defined pattern through the glass pane onto the camera, and a module with raster illumination and a reflection array, in which a raster projected onto the glass pane is measured in a reflective array.
A method for tracking environmental exposure of an object (340; 440; 640) comprising associating a passive radiofrequency identification tag (10; 310; 410; 610) with the object, the tag comprising an antenna for transmitting or receiving radiofrequency energy; and an integrated circuit chip connecting with said antenna, said chip having a memory; exposing the object to an environmental condition; measuring said environmental condition as an environmental parameter with a sensor (350; 450) physically separate from said tag; and writing said environmental parameter to the memory of the chip by the sensor transmitting the environmental parameter to a reader/writer which writes said environmental parameter to the memory of the chip by transmitting radiofrequency energy thereto. an antenna for transmitting or receiving radiofrequency energy; and an integrated circuit chip connecting with said antenna, said chip having a memory;
Device for cleaning an inner tyre surface of a pneumatic tyre, having a laser and a laser positioning device for moving a laser beam of the laser over the inner tyre surface, the laser positioning device having at least one optical means for directing the laser beam, and having a suction-removal device for the suction removal of constituents of the inner tyre surface that are detached by means of the laser beam, the suction-removal device being arranged at a distance from the laser positioning device in such a way that constituents detached at a first location of the inner tyre surface can be removed by means of the suction-removal device and the laser beam can be used at a second location of the inner tyre surface for detaching constituents of the inner tyre surface, and the first location and the second location being at a distance from one another of at least 5 cm to 50 cm, characterized in that the device has a control device, the control device being intended for controlling the suction-removal device, the control device being an electronically programmable and automatically operating control unit.
A machine for fiberizing mineral wool by free centrifugation, comprising a frame on which is mounted at least one centrifugation wheel, said centrifugation wheel being connected to a transmission shaft designed to rotate it by transmitting the movement of rotation of an output rod of a drive unit, characterized in that said machine further comprises at least one intermediary transmission box (201, 210) connected at least by one input to an output rod of the drive unit and by at least one output to a transmission shaft, said intermediary transmission box being arranged such as to transmit the movement of rotation of the drive rod to the transmission shaft.
A method for quantitative dynamic evaluation of skeletal muscle functionality, carried out on a processing unit, comprising the following steps: a) receiving one or more sequences of two-dimensional or three-dimensional echographic images of the muscle under investigation; b) transforming such sequence or sequences of images in sequences of measurements of deformations in more spatial locations of the muscle; c) outputting such sequences of spatial measurements in numeric and/or graphical format wherein the measurements of deformation are obtained using the following steps: - calculating the velocity of points or zones having the same brightness in subsequent images of the input sequence or sequences of images; - calculating the spatial gradient matrix of said velocities; - dividing the spatial gradient matrix in a symmetrical matrix of pure deformation and in an asymmetrical matrix of pure rotation; - diagonalising the symmetrical matrix with calculation of the related eigenvalues; - calculating the corresponding eigenvectors; - showing, overlapped on the input images, arrows oriented in the directions of the eigenvectors, indicating the directions of the deformations, and with length proportional to the eigenvalues, indicating the values of deformations. a) receiving one or more sequences of two-dimensional or three-dimensional echographic images of the muscle under investigation; b) transforming such sequence or sequences of images in sequences of measurements of deformations in more spatial locations of the muscle; c) outputting such sequences of spatial measurements in numeric and/or graphical format - calculating the velocity of points or zones having the same brightness in subsequent images of the input sequence or sequences of images; - calculating the spatial gradient matrix of said velocities; - dividing the spatial gradient matrix in a symmetrical matrix of pure deformation and in an asymmetrical matrix of pure rotation; - diagonalising the symmetrical matrix with calculation of the related eigenvalues; - calculating the corresponding eigenvectors; - showing, overlapped on the input images, arrows oriented in the directions of the eigenvectors, indicating the directions of the deformations, and with length proportional to the eigenvalues, indicating the values of deformations.
A display screen mount comprising a display screen support operably connected to at least one guide; the guide defining a guide path for guiding the display screen support from a stowed position to a deployed position and allowing adjustment of the viewing angle in the deployed position; wherein: the guide path has a first substantially linear portion such that the display screen support is guided along a first substantially linear path, into a deployed position adapted to render a display screen visible to the user; and the guide path has a second non-linear portion which allows different viewing angles of the display screen to be adopted in the deployed position; wherein the guide comprises at least one track (103, 203) along which a first slide (101, 201) slides and a second track (104, 204) along which a second slide (102, 202) slides; wherein the tracks (103, 104, 203, 204) along which the slides (101, 102, 201, 202) are driven define different paths; wherein a first track (103, 203) defines a substantially linear path and a second track (104, 204) defines an at least partially non-linear path; characterised in that the display screen support is fixedly mounted to the second slide (102, 202). the guide path has a first substantially linear portion such that the display screen support is guided along a first substantially linear path, into a deployed position adapted to render a display screen visible to the user; and the guide path has a second non-linear portion which allows different viewing angles of the display screen to be adopted in the deployed position; wherein the guide comprises at least one track (103, 203) along which a first slide (101, 201) slides and a second track (104, 204) along which a second slide (102, 202) slides; wherein the tracks (103, 104, 203, 204) along which the slides (101, 102, 201, 202) are driven define different paths; wherein a first track (103, 203) defines a substantially linear path and a second track (104, 204) defines an at least partially non-linear path; characterised in that the display screen support is fixedly mounted to the second slide (102, 202).
Method in a first node for adapting a signal to be sent over a radio link from the first node to a second node in a wireless communication system, wherein the second node is configured with a codebook comprising a set of possible information alternatives for assisting the adaptation of the signal, from which codebook, the second node is arranged to select an information alternative, the first node being arranged to know a set of subsets of the set of possible information alternatives, wherein each subset of the set of subsets comprises at least a part of the codebook, and wherein the set of subsets comprises all different subsets of the set of possible information alternatives, the method comprising: sending a message to the second node, the message comprising a configuration request that restricts selection of information alternatives in the second node to one subset of the set of subsets; and receiving an information alternative from the second node, which information alternative is selected from the subset of the set of subsets of the set of possible information alternatives according to the configuration request. the first node being arranged to know a set of subsets of the set of possible information alternatives, wherein each subset of the set of subsets comprises at least a part of the codebook, and wherein the set of subsets comprises all different subsets of the set of possible information alternatives, the method comprising: sending a message to the second node, the message comprising a configuration request that restricts selection of information alternatives in the second node to one subset of the set of subsets; and receiving an information alternative from the second node, which information alternative is selected from the subset of the set of subsets of the set of possible information alternatives according to the configuration request. sending a message to the second node, the message comprising a configuration request that restricts selection of information alternatives in the second node to one subset of the set of subsets; and receiving an information alternative from the second node, which information alternative is selected from the subset of the set of subsets of the set of possible information alternatives according to the configuration request.
A method of forming a device structure, comprising: forming an alternating stack of insulating layers and spacer material layers over a substrate (9, 10); and forming a memory stack structure extending through the alternating stack (32, 42), the memory stack structure comprising an oxygen-containing dielectric silicon compound layer, a tunneling dielectric, and a vertical semiconductor channel (601, 602); the method further comprising: forming a backside trench through the alternating stack; forming backside recesses by removing the spacer material layers selective to the insulating layers; and physically exposing an outer sidewall of the oxygen-containing dielectric silicon compound layer at each level of the backside recesses; and converting exposed portions of the oxygen-containing dielectric silicon compound layer at levels of the backside recesses into silicon nitride portions that are charge storage elements of a memory device. forming an alternating stack of insulating layers and spacer material layers over a substrate (9, 10); and forming a memory stack structure extending through the alternating stack (32, 42), the memory stack structure comprising an oxygen-containing dielectric silicon compound layer, a tunneling dielectric, and a vertical semiconductor channel (601, 602); the method further comprising: forming a backside trench through the alternating stack; forming backside recesses by removing the spacer material layers selective to the insulating layers; and physically exposing an outer sidewall of the oxygen-containing dielectric silicon compound layer at each level of the backside recesses; and converting exposed portions of the oxygen-containing dielectric silicon compound layer at levels of the backside recesses into silicon nitride portions that are charge storage elements of a memory device. forming a backside trench through the alternating stack; forming backside recesses by removing the spacer material layers selective to the insulating layers; and physically exposing an outer sidewall of the oxygen-containing dielectric silicon compound layer at each level of the backside recesses; and converting exposed portions of the oxygen-containing dielectric silicon compound layer at levels of the backside recesses into silicon nitride portions that are charge storage elements of a memory device.
Positive-displacement pump comprising a product metering chamber, a metering piston mounted inside said chamber so as to slide, a sleeve at least partially delimiting an intake chamber and an exhaust chamber for said product, and a product dispensing means that is mounted so as to be able to rotate inside the sleeve and is able to place the metering chamber alternately into communication with the intake chamber and the exhaust chamber, characterized in that the dispensing means comprises: - an intake member comprising product passage means that are able to at least partially face an inlet orifice of the metering chamber in order to place said chamber in communication with the intake chamber, and - an exhaust member comprising product passage means that are able to at least partially face an outlet orifice of the metering chamber in order to place said chamber in communication with the exhaust chamber, - said intake and exhaust members (34, 36) being situated axially on either side of an internal partition of the sleeve and each being mounted so as to bear axially against said partition, and - holding means (38a, 56, 58) for keeping the intake and exhaust members (34, 36) bearing against the internal partition of the sleeve. - an intake member comprising product passage means that are able to at least partially face an inlet orifice of the metering chamber in order to place said chamber in communication with the intake chamber, and - an exhaust member comprising product passage means that are able to at least partially face an outlet orifice of the metering chamber in order to place said chamber in communication with the exhaust chamber, - said intake and exhaust members (34, 36) being situated axially on either side of an internal partition of the sleeve and each being mounted so as to bear axially against said partition, and - holding means (38a, 56, 58) for keeping the intake and exhaust members (34, 36) bearing against the internal partition of the sleeve.