mhurhangee/ep-ind-claims huggingface dataset:
A method for making a cross-pleated cartridge comprising a plurality of membrane layers, the method comprising: a) positioning two strips of membrane, extending in substantially opposite directions, so that a portion of an edge of one membrane strip is adjacent to a portion of an edge of the other membrane strip, forming a first seam; b) joining the adjacent edge portions of the membrane strips along the first seam to form a membrane layer; c) making a 45° fold in each membrane strip towards and then overlaying the first seam, to form a second seam at 90° to the first seam; d) joining the adjacent edge portions of the membrane strips along the second seam to form another membrane layer; e) making a 45° fold in each membrane strip towards and then overlaying the second seam, to form another first seam at 90° to the second seam; f) repeating steps (b) to (e), thereby forming the cross-pleated cartridge with a stacked array of passageways between the membrane layers. a) positioning two strips of membrane, extending in substantially opposite directions, so that a portion of an edge of one membrane strip is adjacent to a portion of an edge of the other membrane strip, forming a first seam; b) joining the adjacent edge portions of the membrane strips along the first seam to form a membrane layer; c) making a 45° fold in each membrane strip towards and then overlaying the first seam, to form a second seam at 90° to the first seam; d) joining the adjacent edge portions of the membrane strips along the second seam to form another membrane layer; e) making a 45° fold in each membrane strip towards and then overlaying the second seam, to form another first seam at 90° to the second seam; f) repeating steps (b) to (e), thereby forming the cross-pleated cartridge with a stacked array of passageways between the membrane layers.
A roll angle estimation device that is configured to estimate a roll angle (φ) of a vehicle, the device comprising: first and second angular velocity detectors (51, 52) that are configured to detect first and second angular velocities (ω r, ω y), respectively, about first and second axes extending in at least two directions different from each other; first, second, and third acceleration detectors (53, 54, 55) that are configured to detect first, second, and third accelerations (G z, G x, G y), respectively, in at least three directions different from one another; a speed information detector (6, 7) that is configured to detect information regarding a moving speed (V x) in a traveling direction of said vehicle; and characterized by an estimator configured to estimate the roll angle (φ) of said vehicle and also estimate an offset error (b r, b y, b z) of at least one of said first and second angular velocity (51, 52) detectors and said first, second, and third acceleration detectors (53, 54, 55), wherein said estimator is configured to estimate the roll angle (φ) of said vehicle and said at least one offset error (b r, b y, b z) in a current estimation operation on the basis of detected values of said first and second angular velocity detectors (51, 52), detected values of said first, second, and third acceleration detectors (53, 54, 55), a detected value of said speed information detector (6, 7), an estimated value of the roll angle (φ) obtained in a previous estimation operation, and an estimated value of the offset error (b r, b y, b z) obtained in the previous estimation operation. first and second angular velocity detectors (51, 52) that are configured to detect first and second angular velocities (ω r, ω y), respectively, about first and second axes extending in at least two directions different from each other; first, second, and third acceleration detectors (53, 54, 55) that are configured to detect first, second, and third accelerations (G z, G x, G y), respectively, in at least three directions different from one another; a speed information detector (6, 7) that is configured to detect information regarding a moving speed (V x) in a traveling direction of said vehicle; and characterized by an estimator configured to estimate the roll angle (φ) of said vehicle and also estimate an offset error (b r, b y, b z) of at least one of said first and second angular velocity (51, 52) detectors and said first, second, and third acceleration detectors (53, 54, 55), wherein said estimator is configured to estimate the roll angle (φ) of said vehicle and said at least one offset error (b r, b y, b z) in a current estimation operation on the basis of detected values of said first and second angular velocity detectors (51, 52), detected values of said first, second, and third acceleration detectors (53, 54, 55), a detected value of said speed information detector (6, 7), an estimated value of the roll angle (φ) obtained in a previous estimation operation, and an estimated value of the offset error (b r, b y, b z) obtained in the previous estimation operation.
Cooking device with a cooking space, inside which a heating and signal reception arrangement is arranged, which comprises a heating element and a signal reception element, characterized in that the signal reception element is formed as slot antenna which is connected to the heating element via a direct, thermally conducting connection without intermediary components and without isolation.
A surgical operation assistance system, particularly for medical procedures or operations, consisting of at least one base unit and robot kinematics adjoining thereto, comprising a supporting column and at least a first and a second robot arm (4, 5), wherein a lower end section of the supporting column is connected to the base unit so as to be pivotable in controlled manner about a first swivel axis by means of a first drive unit, a first end section of the first robot arm is connected to the upper end section (3") of the support column opposite the base unit so as to be pivotable in controlled manner about a second swivel axis by means of a second drive unit, and a first end section of the second robot arm is connected to a second end section (4") of the first robot arm so as to be pivotable in controlled manner about a third swivel axis by means of a third drive unit, wherein the first to third drive units (8 - 10) are controllable via at least one control unit and the first swivel axis extends perpendicularly to the second and third swivel axes (SA2, SA2), wherein a controllable magnetic brake assembly (18, 18*) is assigned to each drive unit (8 - 10), by means of which the robot kinematics (3 - 5) can be decoupled from the drive units (8 - 10), and which comprises at least one magnetic brake (19, 19*) having a frontal friction surface (20, 20*) accommodated in a housing (18.1, 26) in a manner secured against rotation, wherein the second and/or third drive unit (9, 10) is formed by a linear drive unit embodied as a spindle motor unit comprising a motor unit, a gearbox unit and a threaded spindle, and wherein the threaded spindle is in operative connection with the controllable magnetic brake assembly (18, 18*) via a spindle nut and wherein the spindle nut is accommodated in a nut holder which is pivoted by bearing units (18.2) in the housing (18.1) and which comprises a friction lining on the front face thereof, which can be brought into a frictional connection with the front face friction surface of the magnetic brake.
A thermal vacuum insulation element comprising: a first flat limiting part and a second flat limiting part spaced apart from one another and defining an evacuated space between them; means for sealing the evacuated space; first support elements extending away from the said first limiting part into the said evacuated space and second support elements extending away from the said second limiting part into the said evacuated space, wherein the said limiting parts (12, 14) are arranged with the said support elements (18, 20) in such a way that the first support elements and the second support elements protrude beyond one another and are spaced apart from one another, and wherein the first support elements are spaced apart from the second limiting part, and wherein the second support elements are spaced apart from the first limiting part; and a fiber structure connects the first support elements and the second support elements to one another, wherein the fiber structure has a low heat conductivity and is designed to collect at least the pressure generated by the vacuum on the first and second limiting parts (12, 14), characterized in that the fiber structure also spans an edge region limiting the evacuated space, and wherein the limiting parts (12, 14) are configured to be vacuum-tight and the means for sealing the evacuated space comprise an edge film which is welded or bonded to the limiting parts (12, 14) along the edges of the limiting parts (12, 14), wherein the fiber structure is perpendicularly guided in the edge region from the first limiting part to the second limiting part. a first flat limiting part and a second flat limiting part spaced apart from one another and defining an evacuated space between them; means for sealing the evacuated space; first support elements extending away from the said first limiting part into the said evacuated space and second support elements extending away from the said second limiting part into the said evacuated space, wherein the said limiting parts (12, 14) are arranged with the said support elements (18, 20) in such a way that the first support elements and the second support elements protrude beyond one another and are spaced apart from one another, and wherein the first support elements are spaced apart from the second limiting part, and wherein the second support elements are spaced apart from the first limiting part; and a fiber structure connects the first support elements and the second support elements to one another, wherein the fiber structure has a low heat conductivity and is designed to collect at least the pressure generated by the vacuum on the first and second limiting parts (12, 14), characterized in that the fiber structure also spans an edge region limiting the evacuated space, and wherein the limiting parts (12, 14) are configured to be vacuum-tight and the means for sealing the evacuated space comprise an edge film which is welded or bonded to the limiting parts (12, 14) along the edges of the limiting parts (12, 14), wherein the fiber structure is perpendicularly guided in the edge region from the first limiting part to the second limiting part.
Pneumatic vehicle tyre for utility vehicles, having a carcass, having a belt which is constructed radially outside the carcass and having a profiled tread which is constructed on the belt radially outside the belt, wherein the belt is formed from at least four belt plies (14, 17, 13, 15) arranged lying one on top of the other from the radial inside to the radial outside, wherein the first belt ply of the four belt plies (14, 17, 13, 15), which is arranged furthest to the inside in the radial direction R, is formed with parallel strength members embedded in rubber, the second belt ply, arranged on the first belt ply, is formed with parallel strength members embedded in rubber, the third belt ply, arranged on the second belt ply, is formed with parallel strength members (2.3) embedded in rubber, and the fourth belt ply, arranged on the third belt ply, is formed with parallel strength members embedded in rubber, wherein the third belt ply and the fourth belt ply are working plies, in which the strength members of the third belt ply enclose, in terms of their orientation, an angle α with the circumferential direction U, where 10° ≤ α ≤ 45°, and the strength members of the fourth belt ply each enclose, in terms of their orientation, an angle γ with the circumferential direction U, where 10° ≤ γ ≤ 45°, wherein, as viewed in the circumferential direction U of the vehicle tyre, the strength members of the third belt ply have an opposite axial direction of inclination in relation to the strength members of the fourth belt ply, and wherein the strength members of the first belt ply enclose, in terms of their orientation, an angle β with the circumferential direction U, where 0° ≤ β ≤ 5°, and the strength members of the second belt ply enclose, in terms of their orientation, an angle ε with the circumferential direction U, where 40° ≤ ε ≤ 75°, characterized in that the first belt ply is formed so as to be smaller, in terms of its axial extent in the pneumatic vehicle tyre, than the third and the fourth belt plies (13, 15) and smaller than or equal to the axial extent of the second belt ply of the belt.
A guidance system in augmented reality for a surgical operation of a joint part of a bone, the system comprising: - a tracking element intended to be fixed on the joint part of the bone, the tracking element comprising, on one hand, at least one support face on the joint part custom-designed from a virtual model of the joint part of the bone and, on the other hand, a three-dimensional visual marker; - a camera intended to visualize and track the marker; - a processing system configured to process data from the virtual bone model and realtime image data from the camera to determine the position and orientation of the tracking element, so as to display on a display attached to the camera, and superimposed on the user's field of vision, a three-dimensional virtual representation of at least one geometric data related to the bone model, whose position and orientation are determined by the position and orientation of the tracking element; - a probe also equipped with a three-dimensional visual marker and intended to probe at least three areas of a part of the bone outside the cartilage zone, the marker of the probe is also intended to be tracked by the camera, characterized in that the processing system is further configured to determine the position and orientation of the probe relative to the position and orientation of the tracking element, so as to correct on the display and after probing, the position and orientation of the three-dimensional virtual representation of the geometric data related to the bone model relative to the tracking element. - a tracking element intended to be fixed on the joint part of the bone, the tracking element comprising, on one hand, at least one support face on the joint part custom-designed from a virtual model of the joint part of the bone and, on the other hand, a three-dimensional visual marker; - a camera intended to visualize and track the marker; - a processing system configured to process data from the virtual bone model and realtime image data from the camera to determine the position and orientation of the tracking element, so as to display on a display attached to the camera, and superimposed on the user's field of vision, a three-dimensional virtual representation of at least one geometric data related to the bone model, whose position and orientation are determined by the position and orientation of the tracking element; - a probe also equipped with a three-dimensional visual marker and intended to probe at least three areas of a part of the bone outside the cartilage zone, the marker of the probe is also intended to be tracked by the camera, characterized in that the processing system is further configured to determine the position and orientation of the probe relative to the position and orientation of the tracking element, so as to correct on the display and after probing, the position and orientation of the three-dimensional virtual representation of the geometric data related to the bone model relative to the tracking element.
Stretchable fleece material of thermoplastic staple fibres characterized in that the fleece material is made of fibres whose titre lies in the range of 1.0 to 4.4 dtex, and whose cut lengths are 35-55 mm, the fleece material has stiff connecting points in the form of welds, and flexible connecting points in the form of fibre entanglement, the fibre entanglements are produced by hydroentanglement, the welds are produced by a calender treatment, the proportion of welds is no more than 11 % of the surface of the fleece, the proportion of weld points is less than 10 per cm 2, and a weld point has an area of at least 0.65 mm 2. the fleece material is made of fibres whose titre lies in the range of 1.0 to 4.4 dtex, and whose cut lengths are 35-55 mm, the fleece material has stiff connecting points in the form of welds, and flexible connecting points in the form of fibre entanglement, the fibre entanglements are produced by hydroentanglement, the welds are produced by a calender treatment, the proportion of welds is no more than 11 % of the surface of the fleece, the proportion of weld points is less than 10 per cm 2, and a weld point has an area of at least 0.65 mm 2.
A refrigerator storage container comprising: a first case and a second case detachably coupled to each other, the second case forming an inner storage space together with the first case; at least one inflow hole (71, 72) that is provided in the first case to enable outside air to flow into the inner storage space; at least one outflow hole (71, 72) that is provided in the first case to enable air of the inner storage space to flow out of the inner storage space; and a plurality of deodorizing filters (80, 90) that are respectively mounted in each of the at least one inflow hole and the at least one outflow hole, wherein the deodorizing filters are configured to adsorb odor-causing materials emitted from food stored in the storage space, the first case is a lower case whose upper surface is open, and the second case is an upper case detachably coupled to an upper portion of the lower case to cover the open upper surface of the lower case, and coupled to the upper portion of the lower case to form the inner storage space together with the lower case, characterized in that the at least one inflow hole (71, 72) and the at least one outflow hole (71, 72) are formed on both side walls of the lower case in such a manner that an upper end of each of the at least one inflow hole and the at least one outflow hole is open, so that the deodorizing filters (80, 90) are mounted to travel downward from above through the open upper end. a first case and a second case detachably coupled to each other, the second case forming an inner storage space together with the first case; at least one inflow hole (71, 72) that is provided in the first case to enable outside air to flow into the inner storage space; at least one outflow hole (71, 72) that is provided in the first case to enable air of the inner storage space to flow out of the inner storage space; and a plurality of deodorizing filters (80, 90) that are respectively mounted in each of the at least one inflow hole and the at least one outflow hole, wherein the deodorizing filters are configured to adsorb odor-causing materials emitted from food stored in the storage space, the first case is a lower case whose upper surface is open, and the second case is an upper case detachably coupled to an upper portion of the lower case to cover the open upper surface of the lower case, and coupled to the upper portion of the lower case to form the inner storage space together with the lower case, characterized in that the at least one inflow hole (71, 72) and the at least one outflow hole (71, 72) are formed on both side walls of the lower case in such a manner that an upper end of each of the at least one inflow hole and the at least one outflow hole is open, so that the deodorizing filters (80, 90) are mounted to travel downward from above through the open upper end.
A method comprising: mapping a content provider to a first set of content servers in a content delivery network, wherein said mapping comprises associating an identifier of the content provider to one or more server identifiers or server cluster identifiers associated with the first set of content servers; receiving content from the content provider, the content to be distributed by the first set of content servers in the content delivery network; monitoring network traffic generated in response to one or more content requests for the content from the content provider, the one or more content requests transmitted from one or more client computers to the first set of content servers; determining at least one metric associated with the network traffic, wherein the at least one metric comprises a number of files requested; remapping the content provider to a second set of content servers in the content delivery network based on the at least one metric, such that the content from the content provider is distributed by the second set of content servers in the content delivery network, wherein said remapping comprises associating the identifier of the content provider to one or more server identifiers or server cluster identifiers associated with the second set of content servers gradually allowing content requests to be received by a content server that is of the second set of content servers and not of the first set of content servers. mapping a content provider to a first set of content servers in a content delivery network, wherein said mapping comprises associating an identifier of the content provider to one or more server identifiers or server cluster identifiers associated with the first set of content servers; receiving content from the content provider, the content to be distributed by the first set of content servers in the content delivery network; monitoring network traffic generated in response to one or more content requests for the content from the content provider, the one or more content requests transmitted from one or more client computers to the first set of content servers; determining at least one metric associated with the network traffic, wherein the at least one metric comprises a number of files requested; remapping the content provider to a second set of content servers in the content delivery network based on the at least one metric, such that the content from the content provider is distributed by the second set of content servers in the content delivery network, wherein said remapping comprises associating the identifier of the content provider to one or more server identifiers or server cluster identifiers associated with the second set of content servers gradually allowing content requests to be received by a content server that is of the second set of content servers and not of the first set of content servers.
Diet for feeding poultry comprising from 60 to less than 90 g of all of the amino acids aspartic acid, glutamic acid, proline, serine, and/or salts thereof, per kg dry matter of the diet, at least 5 g of methionine, 2-hydroxy-(4-methylthio)butanoic acid, and/or a salt thereof per kg dry matter of the diet, and from 160 g +/- 10% to 190 g +/- 10% crude protein per kg dry matter of the diet.
A method of attaching a magnetic element to a needle assembly, the needle assembly including a cannula extending along a longitudinal axis, the method comprising: placing the magnetic element in a magnetic field such that a magnetic axis of the magnetic element substantially aligns with the magnetic field; and securing the magnetic element to a portion of the needle assembly while the magnetic element is substantially aligned with the magnetic field such that the magnetic axis of the magnetic element is secured in a desired predetermined orientation. placing the magnetic element in a magnetic field such that a magnetic axis of the magnetic element substantially aligns with the magnetic field; and securing the magnetic element to a portion of the needle assembly while the magnetic element is substantially aligned with the magnetic field such that the magnetic axis of the magnetic element is secured in a desired predetermined orientation.