mhurhangee/patent-ind-claim-en huggingface dataset:
A workpiece support system comprising: a plurality of rods that are extendable and retractable in an axial direction, a holder rotatably placed in an upper end portion of each of the rods , wherein the holder includes a suction part that is configured to vacuum-suction a workpiece to be held for holding the workpiece, a first lock part that is configured to keep an extended/retracted position of the rod in the axial direction, a second lock part that is configured to keep a rotating direction of the holder , and a position adjustment device including a hand portion configured to perform position control of the hand portion , wherein the hand portion is provided with a plate material , wherein the position adjustment device is configured to move the hand portion , to extend and retract the rod , based on shape data of the workpiece that is recorded in advance, in a state where the suction part of the holder suctions the plate material so that the rod is thereby held by the hand portion , wherein the position adjustment device is configured to move the hand portion , to rotate the holder , based on the shape data of the workpiece that is recorded in advance, in a state where the suction part of the holder suctions the plate material so that the holder is thereby held by the hand portion , wherein the first lock part is configured to keep the extended/retracted position of the rod extended and retracted by the position adjustment device , and wherein the second lock part is configured to keep the rotating direction of the holder rotated by the position adjustment device . a plurality of rods that are extendable and retractable in an axial direction, a holder rotatably placed in an upper end portion of each of the rods , wherein the holder includes a suction part that is configured to vacuum-suction a workpiece to be held for holding the workpiece, a first lock part that is configured to keep an extended/retracted position of the rod in the axial direction, a second lock part that is configured to keep a rotating direction of the holder , and a position adjustment device including a hand portion configured to perform position control of the hand portion , wherein the hand portion is provided with a plate material , wherein the position adjustment device is configured to move the hand portion , to extend and retract the rod , based on shape data of the workpiece that is recorded in advance, in a state where the suction part of the holder suctions the plate material so that the rod is thereby held by the hand portion , wherein the position adjustment device is configured to move the hand portion , to rotate the holder , based on the shape data of the workpiece that is recorded in advance, in a state where the suction part of the holder suctions the plate material so that the holder is thereby held by the hand portion , wherein the first lock part is configured to keep the extended/retracted position of the rod extended and retracted by the position adjustment device , and wherein the second lock part is configured to keep the rotating direction of the holder rotated by the position adjustment device .
A railway vehicle comprising: - at least a first and a second adjacent carriage arranged one behind the other longitudinally and connected to each other; - a bogie located on each side of a connection between the first and second cars, each bogie being specific to one of the first and second cars; - a first collision energy absorption system , located at the link between the first and second cars, comprising at least one link bar equipped with an irreversible energy absorption system located in the link bar , said link bar being connected by one of its ends to the first carriage and by the other of its ends to the second carriage ; said first collision energy absorption system further comprising a plurality of irreversibly deformable modules configured to deform in the longitudinal direction, said irreversibly deformable modules comprising an end face provided with an anti-overlap system comprising a plurality of noticeably parallel webs , characterised in that the said webs are oriented at an angle of 30° to 60°, relative to the rolling plane of the vehicle. - at least a first and a second adjacent carriage arranged one behind the other longitudinally and connected to each other; - a bogie located on each side of a connection between the first and second cars, each bogie being specific to one of the first and second cars; - a first collision energy absorption system , located at the link between the first and second cars, comprising at least one link bar equipped with an irreversible energy absorption system located in the link bar , said link bar being connected by one of its ends to the first carriage and by the other of its ends to the second carriage ; said first collision energy absorption system further comprising a plurality of irreversibly deformable modules configured to deform in the longitudinal direction, said irreversibly deformable modules comprising an end face provided with an anti-overlap system comprising a plurality of noticeably parallel webs , characterised in that the said webs are oriented at an angle of 30° to 60°, relative to the rolling plane of the vehicle.
An extremum-seeking control system comprising: - a plant comprising HVAC equipment, wherein the plant is operable to affect a variable state or condition of a building; - an extremum-seeking controller configured to: - provide a control input to the plant and receive a performance variable as a first feedback from the plant , wherein the plant uses the control input to affect the performance variable; - receive a constrained variable as a second feedback from the plant , wherein the constrained variable corresponds to a measurement of the variable state or condition of the building; - calculate a performance penalty by applying a penalty function to the constrained variable; - modify the performance variable with the performance penalty to generate a modified cost function; - estimate a gradient of the modified cost function with respect to the control input; and - drive the gradient of the modified cost function toward zero by modulating the control input. - a plant comprising HVAC equipment, wherein the plant is operable to affect a variable state or condition of a building; - an extremum-seeking controller configured to: - provide a control input to the plant and receive a performance variable as a first feedback from the plant , wherein the plant uses the control input to affect the performance variable; - receive a constrained variable as a second feedback from the plant , wherein the constrained variable corresponds to a measurement of the variable state or condition of the building; - calculate a performance penalty by applying a penalty function to the constrained variable; - modify the performance variable with the performance penalty to generate a modified cost function; - estimate a gradient of the modified cost function with respect to the control input; and - drive the gradient of the modified cost function toward zero by modulating the control input. - provide a control input to the plant and receive a performance variable as a first feedback from the plant , wherein the plant uses the control input to affect the performance variable; - receive a constrained variable as a second feedback from the plant , wherein the constrained variable corresponds to a measurement of the variable state or condition of the building; - calculate a performance penalty by applying a penalty function to the constrained variable; - modify the performance variable with the performance penalty to generate a modified cost function; - estimate a gradient of the modified cost function with respect to the control input; and - drive the gradient of the modified cost function toward zero by modulating the control input.
A lithium manganate positive electrode active material comprising a lithium manganate matrix and a cladding layer, wherein the cladding layer comprises an inner layer provided on the surface of the lithium manganate matrix, an interlayer provided on the surface of the inner layer, and an outer layer provided on the surface of the interlayer, wherein, the inner layer comprises one or more of oxyacid salt of aluminum, calcium and/or magnesium or of fluoride of aluminum, calcium and/or magnesium; the interlayer is an organic bonding material layer; and the outer layer is an oxalate and silicate layer. the inner layer comprises one or more of oxyacid salt of aluminum, calcium and/or magnesium or of fluoride of aluminum, calcium and/or magnesium; the interlayer is an organic bonding material layer; and the outer layer is an oxalate and silicate layer.
An apparatus comprising a filtering device which includes a plurality of filtering elements made of a filter material, the apparatus further comprising a cleaning system for periodically cleaning the filtering device in order to remove contaminating particles from the filtering device , the cleaning system having at least one percussion element for applying percussions at least on an impact surface of an intermediate structure , so as to generate, for each percussion, an impact which is able to detach from the filter material a first fraction of the contaminating particles adhering to it and then vibrate the filter material to detach from it further contaminating particles, the intermediate structure being interposed between the percussion element and the filter material, the intermediate structure having an inner region delimited at least partly by the impact surface and an outer region which surrounds at least partly the inner region , wherein the intermediate structure has a capacity to absorb energy deriving from the percussions which is greater in the inner region than in the outer region .
A determination apparatus comprising: a collection unit configured to collect information regarding communication performed by a device; an extraction unit configured to extract patterns that are used to detect unauthorized communication performed by the device, from the information collected by the collection unit ; characterized in that it further comprises a calculation unit configured to approximate a change in a cumulative value of the number of patterns to a function that expresses a predetermined curve, thereby calculating a degree of convergence of the change; and a determination unit configured to determine whether or not the degree of convergence is no less than a predetermined value, wherein the determination apparatus is configured to stop collecting information upon the determination unit determining that the degree of convergence is no less than the predetermined value. a collection unit configured to collect information regarding communication performed by a device; an extraction unit configured to extract patterns that are used to detect unauthorized communication performed by the device, from the information collected by the collection unit ; characterized in that it further comprises a calculation unit configured to approximate a change in a cumulative value of the number of patterns to a function that expresses a predetermined curve, thereby calculating a degree of convergence of the change; and a determination unit configured to determine whether or not the degree of convergence is no less than a predetermined value, wherein the determination apparatus is configured to stop collecting information upon the determination unit determining that the degree of convergence is no less than the predetermined value.
Converter system comprising an AC/DC converter , in particular a rectifier, a DC link and a series circuit having a braking resistor and a controllable switch , the DC-voltage-side terminal of the AC/DC converter feeding the DC link and the series circuit connected in parallel therewith, the DC-voltage-side terminal of a DC/AC converter, in particular an inverter , being in particular wired in parallel with the series circuit, a voltage detection means being coupled to the DC-voltage-side terminal, and an output signal of the voltage detection means being supplied to an evaluation unit configured to generate an actuation signal for the controllable switch , and the evaluation unit comprising a means for determining the electrical power supplied to the braking resistor from the DC link when the controllable switch is closed, and the means being configured to determine the supplied electrical power from the output signal of the voltage detection means , characterised in that the output signal of the means is supplied to a controller, in particular a linear controller, the output signal of the means vanishing, i.e. having the value zero, for a time period when the controllable switch is in an open state, and the controller being configured to adjust its manipulated variable to the output signal of the means, the controller in particular having a linear controlling element , in particular a PI controlling element or integrating element, the manipulated variable, i.e. the output signal, of which is supplied to a subtractor to determine the difference between the manipulated variable and the value of the electrical power, the manipulated variable being supplied, either directly or by means of a limiter , to a configurable filter that simulates a thermal model of the braking resistor , the output signal of said filter being supplied to a switching member configured to generate an output signal for opening or closing the controllable switch , said signal being dependent on whether a value exceeds or falls below a threshold.
A cooperative access architecture of an external storage, 2. wherein the cooperative access architecture comprises: multiple configuration register in one-to-one correspondence with multiple access addresses of a read and write operation of an image processing device, to store image compression configuration information and image decompression configuration information corresponding to the access address, wherein when the image processing device simultaneously reads and writes multiple frames of images, a corresponding number of configuration registers are configured corresponding to multiple access addresses; an image compression module coupled with the image processing device, the configuration register, and an external storage, to compress an image data and store the compressed data to the external storage based on an access address of a write operation of the image processing device and the image compression configuration information; and an image decompression module coupled with the image processing device, the configuration register, and the external storage, to decompress the compressed data and send the decompressed data to the image processing device based on an access address of a read operation of the image processing device and the image decompression configuration information. multiple configuration register in one-to-one correspondence with multiple access addresses of a read and write operation of an image processing device, to store image compression configuration information and image decompression configuration information corresponding to the access address, wherein when the image processing device simultaneously reads and writes multiple frames of images, a corresponding number of configuration registers are configured corresponding to multiple access addresses; an image compression module coupled with the image processing device, the configuration register, and an external storage, to compress an image data and store the compressed data to the external storage based on an access address of a write operation of the image processing device and the image compression configuration information; and an image decompression module coupled with the image processing device, the configuration register, and the external storage, to decompress the compressed data and send the decompressed data to the image processing device based on an access address of a read operation of the image processing device and the image decompression configuration information.
A facemask manufacturing process comprising: - providing a first and a second assembly of strips superposed one on the other, characterized in that the first assembly of strips comprises a first strip of filtering material, a second strip of filtering material and a first elastic strip interposed between the first strip of filtering material and the second strip of filtering material; the second assembly of strips comprising a third strip of filtering material, a fourth strip of filtering material and a second elastic strip interposed between the third strip of filtering material and the fourth strip of filtering material, the first strip of filtering material, the second strip of filtering material and the first elastic strip being superposed on the fourth strip of filtering material, the third strip of filtering material and the second elastic strip , respectively; then - fixing the first strip of filtering material to the fourth strip of filtering material along a first weld line ; - fixing the second strip of filtering material to the third strip of filtering material along a second weld line ; and then - a step of cutting the first and second assemblies of strips in order to form, in a top-to-tail position, a first facemask and a second facemask respectively having a median line corresponding to the first weld line and to the second weld line and orifices intended for receiving the user's ears. - providing a first and a second assembly of strips superposed one on the other, characterized in that the first assembly of strips comprises a first strip of filtering material, a second strip of filtering material and a first elastic strip interposed between the first strip of filtering material and the second strip of filtering material; the second assembly of strips comprising a third strip of filtering material, a fourth strip of filtering material and a second elastic strip interposed between the third strip of filtering material and the fourth strip of filtering material, the first strip of filtering material, the second strip of filtering material and the first elastic strip being superposed on the fourth strip of filtering material, the third strip of filtering material and the second elastic strip , respectively; then - fixing the first strip of filtering material to the fourth strip of filtering material along a first weld line ; - fixing the second strip of filtering material to the third strip of filtering material along a second weld line ; and then - a step of cutting the first and second assemblies of strips in order to form, in a top-to-tail position, a first facemask and a second facemask respectively having a median line corresponding to the first weld line and to the second weld line and orifices intended for receiving the user's ears.
An intraocular lens , comprising: an anterior surface bounded by an edge ; and a posterior surface bounded by the edge and opposing the anterior surface , wherein the posterior surface includes a concave peripheral portion , wherein the concave peripheral portion is an arcuate segment extending around the intraocular lens periphery in a range of 80 degrees to 140 degrees of the 360 degrees of the edge , and wherein portions of the posterior surface other than the concave peripheral portion are convex. an anterior surface bounded by an edge ; and a posterior surface bounded by the edge and opposing the anterior surface , wherein the posterior surface includes a concave peripheral portion , wherein the concave peripheral portion is an arcuate segment extending around the intraocular lens periphery in a range of 80 degrees to 140 degrees of the 360 degrees of the edge , and wherein portions of the posterior surface other than the concave peripheral portion are convex.
A computer-implemented method comprising: accessing a digital map, the digital map representing locations and including information about the represented locations; determining a location of a viewpoint associated with a mobile device; generating a street-level view depicting a scene from a perspective of the location of the viewpoint according to the digital map; determining step by step directions with route paths in street-level views between a starting point and a destination; generating a depiction of a route path by: superimposing the route path over the street-level view ; based on the information stored in the digital map, determining that a physical object of a varying thickness is situated between the viewpoint and the route path; responsive to determining that the physical object is situated between the view point and the route path, determining a portion of the route path to be occluded by the physical object; and characterized by displaying the depiction of the route path superimposed over the street-level view on the mobile device, the displayed route path being depicted as occluded by the physical object at the determined portion, the occlusion varying according to the varying thickness of the physical object. accessing a digital map, the digital map representing locations and including information about the represented locations; determining a location of a viewpoint associated with a mobile device; generating a street-level view depicting a scene from a perspective of the location of the viewpoint according to the digital map; determining step by step directions with route paths in street-level views between a starting point and a destination; generating a depiction of a route path by: superimposing the route path over the street-level view ; based on the information stored in the digital map, determining that a physical object of a varying thickness is situated between the viewpoint and the route path; responsive to determining that the physical object is situated between the view point and the route path, determining a portion of the route path to be occluded by the physical object; and characterized by superimposing the route path over the street-level view ; based on the information stored in the digital map, determining that a physical object of a varying thickness is situated between the viewpoint and the route path; responsive to determining that the physical object is situated between the view point and the route path, determining a portion of the route path to be occluded by the physical object; and characterized by displaying the depiction of the route path superimposed over the street-level view on the mobile device, the displayed route path being depicted as occluded by the physical object at the determined portion, the occlusion varying according to the varying thickness of the physical object.
A substrate structure for a converter, the substrate structure comprising a plurality of unit cells arranged in three dimensions, wherein each of the plurality of unit cells comprises a cavity defined by a triply periodic minimal surface, wherein the cavities of the plurality of unit cells are interconnected to allow a fluid to pass through the cavities of the plurality of unit cells, and characterized in that the triply periodic minimal surface is a Schwarz crossed layers of parallels (CLP), a Schoen's Gyroid surface, a Schoen's I-WP surface, a Schwarz diamond surface, a Fischer-Koch PMY surface, a FRD surface, a Fischer-Koch CY surface, a Fischer-Koch S surface, or a Neovius surface.