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11results about "Belleville-type springs" patented technology

Measuring head, and rocking fulcrum member used therein

PendingUS20260177126A1Belleville-type springsWound springsContactorPhysics
A measuring head 80 includes a rocking fulcrum member configured to support an arm member 83 having a tip end to which a contactor 85 is attached, the measuring head 80 detecting an amount of movement of the contactor 85 by detecting an amount of movement of the arm member 83 making a seesaw motion, in which the rocking fulcrum member is configured as a cross-shaped spring 10 with a cross-shaped thin plate part 10-1, the cross-shaped spring 10 having a hole to penetrate a center part 10-3 of the cross-shaped spring 10. With the measuring head, the same deformation can be obtained in a measuring direction with a smaller load, the torsional load in the other direction has sufficient rigidity, the fulcrum center is not shifted, and the repetition accuracy is improved.
Owner:TOKYO SEIMITSU CO LTD

Spring member and shock absorber using spring member

PendingJP2026106866ABelleville-type springsShock absorbers
To provide spring members and shock absorbers with excellent flexibility in setting damping effect. [Solution] A spring member b is an annular shape having an inner edge 11 and an outer edge 12, and comprising a convex surface f1 on the side of the inner edge 11 that protrudes more than the outer edge 12 along the axis, and a concave surface f2 on the back surface thereof, wherein the surface of the convex surface f1 near the inner edge 11 is a convex inner circumferential surface f11, the surface near the outer edge 12 is a convex outer circumferential surface f12, and the surface of the concave surface f2 near the inner edge 11 is a concave inner circumferential surface f21, and the surface near the outer edge 12 is a concave outer circumferential surface f22. Multiple disc springs 1 are arranged in series with the convex surfaces f1 facing each other and the concave surfaces f2 facing each other, and spacers 2 are placed at least between the convex outer circumferential surfaces f12 and between the concave inner circumferential surfaces f21, so that when the disc springs 1 are unloaded, the opposing convex inner circumferential surfaces f11 and the concave outer circumferential surfaces f22 are spaced apart.
Owner:AISIN CORP

Wave retaining ring of a turbo machine assembly

PendingGB2644941ABelleville-type springsEngine manufactureClassical mechanicsMachine
A turbo machine assembly comprises a first turbo machine component (58); a second turbo machine component (2); and a wave retaining ring (72) which frictionally secures the first turbo machine compone
Owner:CUMMINS LTD

A closed stiffness nonlinear disc structure

PendingCN122129506ABelleville-type springsNon-rotating vibration suppressionElastomerAir spring
This invention discloses a closed-type stiffness nonlinear disc structure, comprising an upper cover, a lower cover, a support cylinder, and a spring. The upper and lower covers have identical disc-shaped structures, each including a base plate, an elastomer, and a flange ring. The openings of the upper and lower covers face each other, and their flange rings are respectively sealed and fixed to both ends of the support cylinder. The spring is disposed between the upper and lower covers. This invention can directly bear external loads as a support structure, or it can be placed inside an air spring or hydraulic support. It can achieve ultra-low frequency support under various loads, and has the advantages of high load-bearing capacity, compactness, and high reliability. It is suitable for ultra-low frequency vibration control in fields such as precision instruments, aerospace, and shipbuilding.
Owner:NANJING UNIV OF AERONAUTICS & ASTRONAUTICS

Apparatus and method for encapsulating a disc spring assembly in an insulated package

ActiveUS12663051B1Belleville-type springsSprings/dampers design characteristicsInsulation layerPhysics
An apparatus for encapsulating a disc spring assembly in an insulated package, wherein the apparatus includes at least a disc spring assembled in a cylindrical stack; an internal guide bushing passing through a center of the at least a disc spring, wherein the internal guide bushing is configured to constrain the at least a disc spring; a first end bushing and a second end bushing, wherein each of the first end bushing and the second end bushing includes a circumferential groove, wherein a top portion of the at least a disc spring is abutting against the first end bushing, and wherein a bottom portion of the at least a disc spring is abutting against the second end bushing; and an insulation layer, wherein the insulation layer is configured to encapsulate the at least a disc spring and at least a portion of the first and the second end bushings.
Owner:ENVISION ENERGY USA LTD

A kind of disc spring device and disc spring compression performance prediction method

PendingCN122170185ABelleville-type springsBiological modelsStress concentrationData acquisition
The application provides a disc spring device and a disc spring pressure performance prediction method, and relates to the technical field of disc springs. The conical surface of the disc spring body is provided with a stress release groove extending in the radial direction. The upper surface of the disc spring body is provided with an annular groove, and a flexible strain sensor is embedded in the annular groove. The flexible strain sensor is electrically connected with the data acquisition and processing unit and is used for collecting and processing strain signals. The application sets a radial stress release groove on the conical surface of the disc spring body, and a circular arc structure is used for the groove bottom to eliminate sharp corner stress concentration. From the structural design level, the early fatigue crack problem caused by stress concentration on the inner edge upper surface of the traditional disc spring is solved. At the same time, the stress state is monitored in real time through the flexible strain sensor, real-time data support is provided for performance evaluation, and the service life and operation reliability of the spring are significantly improved.
Owner:DONGTAI JINZHIZE METAL PROD CO LTD

Drivetrain for a motor vehicle with a disc spring

ActiveDE102015004454B4Belleville-type springsRoller bearingsAxial forceMotorized vehicle
Drive train for a motor vehicle, comprising at least one component (22) and at least one disc spring (10), comprising an annular base body (12) and disc spring tongues (14) extending radially from the base body (12) to a respective free end (16) for transmitting an axial force to at least one component (36), wherein the disc spring (10) has different centering tongues (18) extending radially from the base body (12) to a respective further free end (20) and arrangable in a corresponding recess (24) of the component (22) for centering the disc spring (10) relative to the component (22), and wherein axial forces can be transmitted to the at least one component (36) by means of the disc spring, wherein the centering tongues (18) are received in the recess (24) of the component (22) while centering the disc spring (10) relative to the component (22). are,and wherein the respective centering tongues (18) have an inner diameter (D5) which is smaller than an outer diameter (D) of the component (22).
Owner:MERCEDES BENZ GROUP AG