65results about How to "The structure is simplified and reasonable" patented technology

The invention discloses a sensor. The sensor comprises a sleeve; the front end of the sleeve is connected with an adsorption disc; the rear end of the sleeve is connected with an end cover; a sensor body is located in the sleeve; a limiting protrusion protrudes out from the outer wall of the sensor body; a spring sleeves the sensor body; one end of the spring abuts against the limiting protrusion, and the other end of the spring abuts against the end cover; a portion on the inner wall of the sleeve protrudes out so as to form a limiting step; the limiting protrusion abuts against the limiting step under the effect of the spring; and the front end probe of the sensor body passes through the limiting step and extends to the bottom of the adsorption disc. When the sensor provided by the invention is installed, the sensor is adsorbed on the surface of an object to be measured through the adsorption disc; and the sensor body constantly contacts with the object to be measured under the effect of the spring; and therefore, detection can be facilitated, no additional fixing components are required, and the installation of the sensor is convenient, and the structure of the sensor is simpler and more reasonable.

The invention discloses a buoyancy-type automatic control valve which comprises a valve body and a buoyancy-type on / off component, wherein the buoyancy-type on / off component comprises a floater for providing buoyancy, a pressure regulating chamber, a diaphragm-type valve core component, a pressure relieving channel, a seal plug, a linkage element, wherein the pressure regulating chamber is arranged above a control chamber; the diaphragm-type valve core component is arranged in the pressure regulating chamber and is used for separating the water inlet of a water outlet channel and the water outlet of a water inlet channel; the pressure relieving channel is used for communicating the pressure regulating chamber with the external environment; the seal plug is used for sealing and blocking a pressure relieving channel; the linkage element is used for linking the floater and the seal plug; the linkage element comprises a lever, a rotary shaft positioned at one end of the lever and a transmission element arranged at the middle part of the lever; the rotary shaft is arranged on the valve body; the seal plug is arranged on the lever and is positioned between the rotary shaft and the transmission element; and the transmission element drives the lever to rotate along the rotary shaft under the driving of the floater, and further drives the seal plug to perform the action of sealing and blocking the pressure relieving channel or opening the pressure relieving channel. The buoyancy-type automatic control valve provided by the invention is reasonable and compact in structure, has higher flexibility, and is difficult to damage.

The invention discloses a temperature sensor comprising a sleeve. The front end of the sleeve is connected with an absorbing plate; and the rear end of the sleeve is connected with an end cover. A sensor body is arranged in the sleeve; and a limit protrusion protrudes from the outer wall of the sensor body. A spring sleeves the sensor body; and one end of the spring is abutted against the limit protrusion and the other end of the spring is abutted against the end cover. The inner wall of the sleeve protrudes to form a limit step; and the limit protrusion is abutted against the limit step under the effect of the spring. A front probe of the sensor body passes through the limit step and extends out of the bottom of the absorbing plate; a circular boss is arranged in the middle of the end cover; and the spring sleeves the boss. When being installed, the temperature sensor is absorbed to the surface of a to-be-measured object by the absorbing plate; and under the effect of the spring, the sensor body is in contact with the to-be-measured object reliably all the time. Therefore, detection becomes convenient; no extra fixation component is needed; and installation becomes convenient. Moreover, the structure of the temperature sensor becomes simple and reasonable.

The invention discloses an anti-collision control method of a clamp, and belongs to the technical field of mechanical manufacturing. The method adopts a multidirectional anti-collision clamp, the clamp comprises a transverse anti-collision sensor arranged between a chuck supporting column and a chuck of the clamp and a vertical anti-collision sensor arranged between the middle of a support of theclamp and a mounting plate of the object to be clamped; a driving device is arranged at the bottom end of the mounting bottom plate of the clamp; the anti-collision control method comprises the following steps that when the external collision signals sensed by the vertical anti-collision sensor and / or the transverse anti-collision sensor in real time exceeds a preset value range in the controller,the controller controls the driving device to drive the clamping object to move towards the direction of unloading collision force after the received external collision signals are judged and processed. According to the anti-collision control method, the problems of equipment damage and product precision influence caused by collision of a clamping object or an operation platform or a robot of anexisting clamp can be solved.

A 3-in-1 machine-tool for punching holes and trademark on lock casing and riveting the casing with lock body is composed of punch machine, punching platform on punch machine, punch head, the hole and trademark punching unit with female die and unloading barrier, the casing-lock body riveting unit with cylinder, piston rod and punch head for riveting, and the casing clamping and work position transferring unit with the slide blocks for clamping casings. Its advantages are high speed and high precision.