TH42340B - Thermostats and mounting structures for thermostats - Google Patents

Abstract

DC60 (29/08/44) to provide a thermostate. And installation of a thermostate structure In which the coolant has been Prevent leaks through the gaps between the valve body and the mounting holes and can reduce molding costs. By minimizing the molding of the engine head (cylinder block), a 17g rubber assembly is provided along the axial of the valve body 17 to the section surface. Outer diameter of valve body Between openings The outlet hole and valve body 17 are installed into the formed mounting holes 5a, through the coolant port, mounting holes 5a, and valve body 17, which are assembled into the figure. Stick 5a will wear together tightly. Fit with the aforementioned 17g rubber assembly piece to provide a thermostat. And installation of a thermostate structure In which the coolant has been Prevent leaks through the gaps between the valve body and the mounting holes and can reduce molding costs. By minimizing the molding of the engine head (cylinder block), a 17g rubber assembly is provided along the axial of the valve body 17 to the section surface. Outer diameter of valve body Between openings The outlet hole and valve body 17 are installed into the formed mounting holes 5a, through the coolant port, mounting holes 5a, and valve body 17, which are assembled into the figure. Stick 5a will wear together tightly. Fit with the aforementioned 17g rubber composite piece.

Claims (6)

1. A thermostate containing a valve body. Which the surface on which the periphery has been formed Provided with an open doorway And exit channels The flow area where the inlet and outlet openings are connected within the said valve body. And valves moving forward and back along this flow area in accordance with the change in temperature of the coolant flowing through that flow area. So that the flow area has been closed Or open by moving forward and back this back Such thermostats are characterized by the fact that rubber assemblies are provided along the axis of the valve body. To the surface on the periphery of the valve body between the inlet and outlet openings. 2. The thermostate according to claim 1, which is unique in that the rubber assembly will It has been dried at the position of the surface on the periphery of the valve body. Opposite 3. A thermostate according to claim 1, which is characterized by moving the valve by Applies a temperature change in the coolant flowing through the flow area. And cover which was received Forming, extending from the top surface of the valve body. And the inner edge will be in contact with the piston A rubber assembly is placed on the top surface of the cover. And surfaces that The outer part of the valve body 4. Thermostate Claim Clause 1 which is unique in that it consists of children. Cylinder that moves the valve by applying a temperature change in the running coolant through the flow area. Molded bonnet protruding from the top surface of valve body And the inner edge is in contact with the link piston that links the top surface of the valve body to the cover. And the groove that has been Form in the top surface of the cover The vertices of the link components And the surface on the periphery Outside of the valve body The rubber assembly will be assembled into the groove. 5. Thermostate according to any of the claims 1, 3 and 4. Characteristic Where the rubber assembly will have a ring shape 6.Installation structure for thermostats According to any one of the claims 1 to 5 The structure of such a thermostate is unique in that the valve itself will be assembled. Into the mounting hole formed through the coolant channel And the valve body, which has been assembled Into the mounting hole is fitted into the fitting hole through the rubber assembly.