CN215264494U

CN215264494U - Automatic hot stove of transferring of temperature controller

Info

Publication number: CN215264494U
Application number: CN202122024859.4U
Authority: CN
Inventors: 梁圣超; 覃章二
Original assignee: Foshan Xinzhangrong Automation Equipment Co ltd
Current assignee: Foshan Xinzhangrong Automation Equipment Co ltd
Priority date: 2021-08-26
Filing date: 2021-08-26
Publication date: 2021-12-21
Anticipated expiration: 2031-08-26

Abstract

The utility model discloses an automatic thermal regulation stove of temperature controller, which comprises a frame, frame one end is equipped with the electric cabinet, frame one end top is equipped with the chain sprocket, and the other end is equipped with anchor clamps chain straining device, chain sprocket and anchor clamps chain straining device enclose through the anchor clamps chain and close and be connected, install a plurality of temperature controller anchor clamps on the anchor clamps chain, be equipped with heating cabinet, automatic thermal regulation mechanism, air cooling mechanism, defective products sorting mechanism, regulation screw dispensing mechanism, bimetallic strip and porcelain rice dispensing mechanism and qualified product take-out mechanism in proper order along the transmission direction of anchor clamps chain in the frame, automatic thermal regulation mechanism sets up in the top of heating cabinet one end, and the thermal regulation mechanism lower extreme extends into the heating cabinet; the utility model aims at providing a stove is transferred to automatic heat of temperature controller to solve the problem that present staff's operational environment temperature is high, intensity of labour is big, the cost of labor is high, inefficiency, product adjustment calibration precision can't obtain guaranteeing.

Description

Automatic hot stove of transferring of temperature controller

Technical Field

The utility model belongs to the technical field of the technique of temperature controller heat transfer equipment and specifically relates to a stove is transferred to automatic heat of temperature controller that says so.

Background

The adjustable temperature controller is a heat sensitive reaction assembly with bimetallic strip as the main part of the temperature controller after setting temperature, and when the temperature of the main part of the product is increased, the heat is transferred to the bimetallic strip to set the action temperature, the bimetallic strip is deformed to break the contact.

The adjustable temperature controller is a product capable of accurately regulating and controlling the temperature according to the requirements of customers, and the temperature (the temperature required when the adjustable temperature controller is disconnected) must be regulated before the adjustable temperature controller leaves a factory, so that the adjustable temperature controller meets the requirements of the customers. The current adjustable temperature controller adjusting and calibrating method is that an adjustable temperature controller is placed in a furnace with the same constant temperature as a temperature value to be heated and sensed, when the temperature of the adjustable temperature controller is consistent with the temperature in the furnace, a worker adjusts a screw in an adjusting rotating shaft of the adjustable temperature controller by hand, the current method causes high temperature of a manual operation environment due to high temperature in the furnace, the labor intensity of manual adjustment is high, the problems of high labor cost and low efficiency exist, and the accuracy of adjusting and calibrating cannot be guaranteed due to different proficiency degrees of the worker.

Therefore, an automatic temperature adjusting, screening and dispensing integrated machine for an adjustable temperature controller is needed.

SUMMERY OF THE UTILITY MODEL

In order to overcome the defects in the prior art, the utility model provides an automatic hot transferring furnace of a temperature controller, which solves the problems.

The utility model provides a technical scheme that its technical problem adopted is: a temperature controller automatic thermal regulation furnace comprises a frame, wherein one end of the frame is provided with an electric cabinet, a chain sprocket is arranged above one end of the frame, the other end of the frame is provided with a clamp chain tensioning mechanism, the chain sprocket and the clamp chain tensioning mechanism are connected in a surrounding manner through a clamp chain, a plurality of temperature controller clamps are arranged on the clamp chain, a heating box, an automatic thermal regulation mechanism, an air cooling mechanism, a defective product sorting mechanism, a screw thread glue regulation mechanism, a bimetallic strip and porcelain rice glue distribution mechanism and a qualified product taking-out mechanism are sequentially arranged on the frame along the transmission direction of the clamp chain, the automatic thermal regulation mechanism is arranged above one end of the heating box, the lower end of the thermal regulation mechanism extends into the heating box, and the air cooling mechanism, the defective product sorting mechanism, the screw thread glue regulation mechanism, the bimetallic strip and porcelain rice glue distribution mechanism and the qualified product taking-out mechanism are all arranged outside the heating box, the front lower part of the adjusting screw dispensing mechanism and the front lower part of the bimetallic strip and porcelain rice dispensing mechanism are provided with a positioning chain clamp assembly, the upper cover of the clamp chain tensioning mechanism is provided with a heat preservation box, and the heat preservation box is communicated with the heating box.

In foretell automatic hot accent stove of temperature controller, the temperature controller anchor clamps include the anchor clamps seat, and this anchor clamps seat below is equipped with the anchor clamps connection piece that is connected with the anchor clamps chain, is equipped with the product support spacer above this anchor clamps seat, and one side of this product support spacer is equipped with product rivet locating pin, and the opposite side is equipped with guiding orientation hole.

In the automatic thermal regulation furnace with the temperature controller, the clamp chain tensioning mechanism comprises a machine table, a tensioning regulation movable plate is arranged above the machine table, the two sides of the tensioning adjusting movable plate are respectively provided with an adjusting movable plate guide block arranged on the machine table, two bearing seats are arranged above the tensioning adjusting movable plate, chain wheel transmission shafts are arranged on the two bearing seats, the upper end of the chain wheel transmission shaft is provided with a tension chain wheel connected with a clamp chain, at least three tension adjusting pull seats are arranged above one side of the tension adjusting movable plate, one side of the tensioning adjusting movable plate is at least provided with three tensioning adjusting nut blocks arranged on the machine table, the tensioning adjusting nut block is connected with the tensioning adjusting pull seat through a tensioning adjusting screw rod, a tensioning spring is sleeved on the tensioning adjusting screw rod, one end of the tensioning spring is pressed against the tail end of the tensioning adjusting screw rod, and the other end of the tensioning spring is pressed against the tensioning adjusting pull seat.

The automatic thermal regulation furnace of foretell temperature controller, the heating cabinet includes preheating bath and the adjustment tank of two independent spaces, automatic thermal regulation mechanism sets up in adjustment tank one end top, this preheating bath and adjustment tank both ends all are equipped with the opening that holds the anchor clamps chain and pass through, all be equipped with down wind channel and last wind channel in this preheating bath and the adjustment tank, blower motor is installed through the blower motor mounting panel to this time wind channel one end below, just install two wind wheels in this blower motor upper end extends into the wind channel down, be equipped with the heater in this time wind channel, this time wind channel other end is equipped with the arc, this arc top is equipped with the circulation wind gap, this wind wheel top is equipped with the suction opening that is linked together with last wind channel, the upper angular position that this last wind channel is close to the suction opening is equipped with the arc angle.

In the automatic thermal regulation furnace of the temperature controller, the automatic thermal regulation mechanism comprises a mechanism platform bottom plate, connecting columns for fixing the mechanism platform on the thermal regulation furnace are arranged on four corners of the lower end of the mechanism platform bottom plate, a mechanism front-back regulation component is arranged above the mechanism platform bottom plate, a mechanism left-right regulation component is arranged above the mechanism front-back regulation component, a mechanism sliding plate capable of sliding left and right is arranged above the mechanism left-right regulation component, a mechanism cylinder plate is arranged above the mechanism sliding plate through a mechanism supporting column, a mechanism guide component capable of moving up and down is arranged between the mechanism supporting column and the mechanism cylinder plate, a needle regulation mechanism component is arranged below the mechanism guide component, the needle regulation mechanism component vertically and sequentially penetrates through the mechanism sliding plate and the mechanism platform bottom plate, an adjusting component positioning seat is arranged at the tail end of the needle regulation mechanism component positioning seat, and a clamp positioning component is arranged at one end of the adjusting component positioning seat, the other end is equipped with fixed product mechanism subassembly, one side of adjustment part positioning seat is equipped with spacing piece location elevating assembly, fixed product mechanism subassembly both sides all are equipped with product break-make signal survey probe subassembly, one side of mechanism slide still is equipped with spacing piece fixed establishment of product, spacing piece fixed establishment of product one side is connected with the mechanism slide through spacing piece positioning mechanism connecting block, and this spacing piece fixed establishment of product lower extreme is corresponding with spacing piece location elevating assembly.

In foretell automatic hot accent stove of temperature controller, air-cooled mechanism is equipped with the pole setting of air-cooled mechanism including the air-cooled mechanism bottom plate of installing in the frame above this air-cooled mechanism bottom plate, and this air-cooled mechanism pole setting upper end is equipped with air-cooled nozzle mounting panel, wears to be equipped with air-cooled nozzle on this air-cooled nozzle mounting panel, and this air-cooled nozzle lower extreme is corresponding with the tight chain of clamp.

In the automatic thermal tempering furnace of the temperature controller, the defective sorting mechanism comprises a sorting mechanism positioning component bottom plate arranged on a frame, a sorting mechanism positioning component sliding guide rod is arranged above the sorting mechanism positioning component bottom plate, a sorting mechanism positioning component linear bearing is sleeved on the sorting mechanism positioning component sliding guide rod, a sorting mechanism positioning component movable plate is arranged above the sorting mechanism positioning component linear bearing, a sorting mechanism positioning guide rail mounting plate is arranged on one side above the sorting mechanism positioning component movable plate, a sorting mechanism positioning movable block is arranged above the sorting mechanism positioning guide rail mounting plate through a sorting mechanism positioning linear guide rail, a sorting mechanism positioning extending block is arranged above the sorting mechanism positioning movable block, a sorting mechanism positioning cylinder is arranged on the rear side of the sorting mechanism positioning guide rail mounting plate through a sorting mechanism positioning cylinder plate, the sorting mechanism positioning cylinder is connected with the sorting mechanism positioning movable block, a material taking manipulator vertical piece is arranged on the other side above a movable plate of the sorting mechanism positioning component through a material taking manipulator bottom plate, a material taking manipulator extending slide block mounting plate is arranged on one side of the upper end of the material taking manipulator vertical piece, the material taking manipulator extending slide block mounting plate is slidably mounted through a guide rail and extends out of a slide rail mounting plate, a material taking manipulator extending cylinder connecting plate is arranged at the upper end of the material taking manipulator extending slide block mounting plate, a material taking manipulator extending cylinder is arranged above the material taking manipulator extending cylinder connecting plate, a material taking manipulator lifting cylinder is arranged at the front end of the material taking manipulator extending out of the slide rail mounting plate, a cylinder shaft of the material taking manipulator extending cylinder is connected with the side surface of the material taking manipulator lifting cylinder, and a material taking manipulator clamping cylinder plate is arranged below the material taking manipulator lifting cylinder, this reclaimer manipulator presss from both sides material cylinder board rear side is equipped with reclaimer manipulator presss from both sides material cylinder, this reclaimer manipulator presss from both sides material cylinder lower extreme is equipped with reclaimer manipulator presss from both sides material clamping jaw, this reclaimer manipulator stretches out slide rail mounting panel rear end and installs the reclaiming manipulator oil pressure buffer through reclaiming manipulator oil pressure buffer mounting panel, this go up the lower part of mechanism locating component fly leaf rear side and is equipped with upper portion magnet mounting, this upper portion magnet mounting lower extreme is equipped with the powerful magnet in upper portion, be equipped with the corresponding location magnet fixing base with the powerful magnet in upper portion on this go up the mechanism locating component bottom plate of branch inspection, this location magnet fixing base upper end is equipped with the powerful magnet in lower part.

The automatic hot accent stove of foretell temperature controller, adjusting screw point gum machine constructs including rack-mounted adjusting screw point glue stand fixing base, this adjusting screw point glue stand fixing base upper end is worn to be equipped with adjusting screw point and is glued the stand, this adjusting screw point glue stand upper end is glued height adjusting seat through adjusting screw point and is transversely installed adjusting screw point and is glued and stretch out the regulation post, this adjusting screw point glue is glued and is stretched out on the regulation post cover and is equipped with adjusting screw point and glue angle adjusting block, this adjusting screw point glues angle adjusting block front side and is equipped with adjusting screw point and glues guide rail mounting panel, this adjusting screw point glues guide rail mounting panel upper end and glues the cylinder mounting panel through adjusting screw point glue and install vertical lower adjusting screw point glue cylinder, this adjusting screw point glues guide rail mounting panel front side and glues guide rail mounting panel front side through the linear guide rail slidable mounting of adjusting screw point, this adjusting screw point glues cylinder mounting panel upper end and glues cylinder mounting panel through adjusting screw point connecting block and adjusting screw point The adjusting screw dispensing valve is installed on the front side of the adjusting screw dispensing valve installation plate, and an adjusting screw dispensing needle head is arranged at the lower end of the adjusting screw dispensing valve.

In the automatic thermal transfer furnace of the temperature controller, the bimetallic strip and the porcelain rice glue dispensing mechanism comprises a porcelain rice glue dispensing upright post fixing seat arranged on the frame, a porcelain rice glue dispensing upright post penetrates through the upper end of the porcelain rice glue dispensing upright post fixing seat, a porcelain rice glue dispensing height adjusting seat is arranged at the upper end of the porcelain rice glue dispensing upright post, a pressing product adjusting block is arranged at the upper end of the porcelain rice glue dispensing height adjusting seat, a porcelain rice glue dispensing angle adjusting block is arranged on the porcelain rice glue dispensing height adjusting seat through a porcelain rice glue dispensing transverse extending adjusting post, a porcelain rice glue dispensing guide rail mounting plate is arranged on the porcelain rice glue dispensing angle adjusting block, a porcelain rice glue dispensing valve mounting plate is arranged at the other side of the porcelain rice glue dispensing guide rail mounting plate through a porcelain rice glue dispensing linear guide rail, a porcelain rice glue dispensing valve is arranged on the porcelain rice glue dispensing valve mounting plate, a porcelain rice glue dispensing valve needle head is arranged at the lower end of the porcelain rice glue dispensing valve, a porcelain rice glue dispensing cylinder is arranged at the upper end of the rice glue dispensing guide rail mounting plate through a porcelain rice glue dispensing cylinder, the cylinder shaft of the porcelain rice glue dispensing cylinder is connected with the porcelain rice glue dispensing valve mounting plate, one side of the pressing product adjusting block is provided with a pressing product cylinder through the pressing product cylinder mounting plate, the cylinder shaft at the lower end of the pressing product cylinder is provided with a product pressing plate, and the lower end of the product pressing plate is provided with a product pressing piece.

In the automatic thermal tempering furnace of the temperature controller, the qualified product taking-out mechanism comprises a qualified product taking-out manipulator mounting base plate arranged on a frame, a qualified product taking-out manipulator vertical piece is arranged at the upper end of the qualified product taking-out manipulator mounting base plate, a qualified product taking-out manipulator extending slide block mounting plate is fixedly arranged at the upper end of the qualified product taking-out manipulator vertical piece, a qualified product taking-out manipulator extending cylinder connecting plate is arranged at the upper end of the qualified product taking-out manipulator extending slide block mounting plate, a qualified product taking-out manipulator extending cylinder connecting plate is arranged above the qualified product taking-out manipulator extending cylinder connecting plate, a qualified product taking-out manipulator extending linear guide rail is arranged at the front side of the qualified product taking-out manipulator extending slide block mounting plate, a qualified product taking-out manipulator extending slide rail mounting plate is arranged at the side surface of one end of the qualified product taking-out manipulator extending slide rail mounting plate, a vertical qualified product taking-out manipulator lifting cylinder is arranged at the side surface of one end of the qualified product taking-out manipulator extending slide rail mounting plate, the lower end of a cylinder shaft of the qualified product taking-out manipulator lifting cylinder is provided with a qualified product taking-out manipulator clamping jaw cylinder mounting plate, one side of the qualified product taking-out manipulator clamping jaw cylinder mounting plate is connected with a qualified product taking-out manipulator clamping jaw through a qualified product taking-out manipulator clamping jaw cylinder, a qualified product taking-out manipulator extending cylinder moving plate is mounted on the end face, close to the qualified product taking-out manipulator lifting cylinder, of the qualified product taking-out manipulator extending slide rail mounting plate, the cylinder shaft of the qualified product taking-out manipulator extending cylinder moving plate is connected with a qualified product taking-out manipulator extending cylinder, and a qualified product taking-out manipulator hydraulic buffer is mounted at the other end, extending out of the slide rail mounting plate, of the qualified product taking-out manipulator.

The utility model has the advantages that: the rack is equipped with the heating cabinet that preheats and heat transfer the temperature controller in proper order along the transmission direction of anchor clamps chain, carry out the automatic hot adjustment mechanism of automatic accurate adjustment calibration to the disconnection action temperature of temperature controller, carry out the refrigerated air cooling mechanism of blowing to the temperature controller, carry out the defective products go out the go-no-go mechanism of go on gluing to the temperature controller adjusting screw, carry out the regulation screw point gum machine that the point was glued to the bimetallic strip and the shell fragment china rice point of temperature controller and glue the mechanism and take out the certified products to the temperature controller that adjustment calibration is good, make whole process reduce artificial intervention, it is high to have solved present staff operational environment temperature, high labor strength, the cost of labor is high, low efficiency, the problem that product adjustment calibration precision can't obtain the assurance.

Drawings

Fig. 1 is a schematic perspective view of the present invention.

Fig. 2 is a schematic perspective view of a temperature controller clamp.

Fig. 3 is a schematic perspective view of a clamp chain tensioning mechanism.

Fig. 4 is a schematic perspective view of the heating box.

Fig. 5 is a schematic perspective view of the first automatic heating mechanism.

Fig. 6 is a schematic perspective view of the second automatic heating mechanism.

Fig. 7 is an enlarged structural diagram of a in fig. 6.

Fig. 8 is a schematic structural diagram of the positioning seat of the adjusting member.

Fig. 9 is a schematic perspective view of the air cooling mechanism.

Fig. 10 is a schematic perspective view of a defective sorting mechanism.

Fig. 11 is a rear view of the defective sorting mechanism.

Fig. 12 is a schematic perspective view of an adjusting screw dispensing mechanism.

Fig. 13 is a schematic perspective view of the bimetal sheet and porcelain rice dispensing mechanism.

Fig. 14 is a perspective view of the non-defective product take-out mechanism.

FIG. 15 is a perspective view of the positioning chain clamp assembly.

Detailed Description

The following describes the present invention with reference to the accompanying drawings. It should be noted that the description of the embodiments is provided to help understanding of the present invention, but the present invention is not limited thereto. In addition, the technical features related to the embodiments of the present invention described below may be combined with each other as long as they do not conflict with each other.

As shown in fig. 1, an automatic hot stove of transferring of temperature controller, including frame 1, 1 one end of frame is equipped with electric cabinet 30, its characterized in that, 1 one end top of frame is equipped with chain sprocket 2, and the other end is equipped with anchor clamps chain straining device 70, chain sprocket 2 encloses through anchor clamps chain straining device 70 and closes and is connected, install a plurality of temperature controller anchor clamps 53 on the anchor clamps chain, be equipped with heating cabinet 80, automatic hot adjusting device 90, air-cooled mechanism 140, defective products go up the direction of transmission along the anchor clamps chain in frame 1 in proper order and construct 150, adjust screw point gum machine and construct 200, bimetallic strip and porcelain rice point gum machine construct 220 and qualified products take out the mechanism 240, automatic hot adjusting device 90 sets up in the top of heating cabinet 80 one end, and hot adjusting device 90 lower extreme extends into heating cabinet 80 in, air-cooled mechanism 140, defective products go up and examine mechanism 150, qualified products go up separately and construct 150, The adjusting screw dispensing mechanism 200, the bimetallic strip and porcelain rice dispensing mechanism 220 and the qualified product taking-out mechanism 240 are all arranged on the outer side of the heating box 80, a positioning chain clamp assembly 190 is arranged below the adjusting screw dispensing mechanism 200 and the bimetallic strip and porcelain rice dispensing mechanism 220 in front of the adjusting screw dispensing mechanism, a heat insulation box is arranged on the upper cover of the clamp chain tensioning mechanism 70, and the heat insulation box is communicated with the heating box 80; the rack 1 is sequentially provided with a heating box 80 for preheating and heating the temperature controller along the transmission direction of the clamp chain, an automatic heating mechanism 90 for automatically and accurately adjusting and calibrating the disconnection action temperature of the temperature controller, an air cooling mechanism 140 for air cooling the temperature controller, a defective product sorting mechanism 150 for sorting the temperature controller with defective products during adjustment and calibration, an adjusting screw dispensing mechanism 200 for dispensing adjusting screws of the temperature controller, a bimetallic strip and porcelain rice dispensing mechanism 220 for dispensing bimetallic strips of the temperature controller and spring porcelain rice, and a qualified product taking-out mechanism 240 for adjusting and calibrating the temperature controller, so that the whole process reduces manual intervention, and the problems that the temperature of the current operating environment of staff is high, the labor intensity is high, the labor cost is high, the efficiency is low, and the product adjustment and calibration precision cannot be guaranteed are solved.

As shown in fig. 2, the temperature controller clamp 53 includes a clamp base 530, a clamp connecting piece 534 connected to the clamp chain is disposed below the clamp base 530, a product support positioning piece 533 is disposed above the clamp base 530, a product rivet positioning pin 532 is disposed on one side of the product support positioning piece 533, and a guide positioning hole 531 is disposed on the other side; in this embodiment, the temperature controller clamp 53 sets up 140 altogether, and 140 divide equally respectively and distribute the lock on the anchor clamps chain, places the temperature controller product in the temperature controller clamp 53, and the rivet in the temperature controller product is inserted in product rivet locating pin 532, and the support in the temperature controller product is fixed a position by product support spacer 533, and the guiding orientation hole 531 on the temperature controller clamp 53 can be used to the location in the subsequent handling in addition, the work of being convenient for.

As shown in fig. 3, the clamp chain tensioning mechanism 70 includes a machine table 50, a tensioning adjusting movable plate 71 is disposed above the machine table 50, adjusting movable plate guide blocks 72 mounted on the machine table 50 are disposed on both sides of the tensioning adjusting movable plate 71, two bearing seats 73 are mounted above the tensioning adjusting movable plate 71, a sprocket transmission shaft 74 is mounted on the two bearing seats 73, a tensioning sprocket 75 connected to the clamp chain is disposed at the upper end of the sprocket transmission shaft 74, at least three tensioning adjusting pull seats 76 are disposed above one side of the tensioning adjusting movable plate 71, at least three tensioning adjusting nut blocks 78 mounted on the machine table 50 are disposed on one side of the tensioning adjusting movable plate 71, the tensioning adjusting nut blocks 78 are connected to the tensioning adjusting pull seats 76 through tensioning adjusting screws 77, tensioning springs 79 are sleeved on the tensioning adjusting screws 77, one ends of the tensioning springs 79 press against the ends of the tensioning adjusting screws 77, the other end is pressed against the tensioning adjusting pull seat 76; since the jig chain is installed on the tension sprocket 75, the tension sprocket 75 is installed on the sprocket drive shaft 74, the sprocket drive shaft 74 is installed in the bearing housing 73, the bearing seat 73 is installed on the tension adjusting movable plate 71, the tension adjusting nut block 78 is locked on the machine table 50, the tension adjusting pull seat 76 holds up the tension adjusting screw rod 77, the tension adjusting movable plate 71 is guided by the adjusting movable plate guide block 72, the tension adjusting pull seat 76 is pulled by adjusting the tension adjusting screw rod 77, the tension adjusting pull seat 76 moves to drive the tension adjusting movable plate 71, the tension adjusting pull seat 76 is subject to the elastic force of the tension spring 79, the tightness of the clamp transmission chain 52 can be adjusted by adjusting the tension adjusting screw 77, and under the condition of transmission operation of the clamp chain, because the tension spring 79 is in a flexible state, the device can keep stable and smooth operation under the condition of expansion with heat and contraction with cold; the insulation box is not shown in the figure, and covers the clamp chain tensioning mechanism 70 to prevent heat loss, because the clamp chain is installed on the equipment in an annular connection mode, when the equipment runs, the clamp chain is heated and then easily suffers from the problem that the clamp chain cannot be clamped after expansion and contraction due to heat when passing through the preheating groove 800 and the adjusting groove 801, and therefore the clamp chain tensioning mechanism 70 is arranged to ensure that the clamp transmission chain 52 is in a flexible state in the running of the equipment under the condition of preventing heat loss, so that the running of the equipment is smooth and stable.

As shown in fig. 4, the heating box 80 includes two preheating grooves 800 and an adjusting groove 801 which are independent in space, the automatic thermal adjustment mechanism 90 is disposed above one end of the adjusting groove 801, both ends of the preheating grooves 800 and the adjusting groove 801 are provided with openings for holding fixture chains to pass through, both the preheating grooves 800 and the adjusting groove 801 are provided with lower air ducts 802 and upper air ducts 803, the lower end of one end of the lower air duct 802 is provided with a blower motor 81 through a blower motor mounting plate 82, the upper end of the blower motor 81 extends into the lower air duct 802 and is provided with two wind wheels 83, the lower air duct 802 is provided with a heater 84, the other end of the lower air duct 802 is provided with an arc plate 805, the upper part of the arc plate 805 is provided with a circulation air opening 804, the upper part of the wind wheels 83 is provided with an air suction opening 807 which is communicated with the upper air duct 803, and the upper air duct 803 is provided with an arc angle 806 close to the upper angle of the air suction opening 807;

the operation of the heating box 80 is as follows: the heaters 84 in the preheating tank 800 and the adjusting tank 801 generate heat to emit heat, the air blowing motor 81 rotates to drive the two wind wheels 83 to rotate, the wind wheels 83 rotate to blow air, so that the air in the preheating tank 800 and the air in the adjusting tank 801 respectively circulate, and after the air in the preheating tank 800 and the air in the adjusting tank 801 are continuously heated in a circulating manner, the air temperature in the preheating tank 800 and the air in the adjusting tank 801 reaches uniformity and is stable at constant temperature; the clamp chain drives the temperature controller clamp 53, the temperature controller clamp 53 drives the temperature controller product to enter the preheating tank 800 and the clamp chain tensioning mechanism 70, then enters the adjusting tank 801, the air in the adjusting tank 801 continues to heat the temperature controller product at constant temperature, after the constant temperature heating in the preheating tank 800 and the adjusting tank 801, at the moment, the bimetallic strip in the temperature controller product reaches a stable state, the next step of adjusting the opening action temperature of the temperature controller product can be carried out, because the bimetallic strip in the temperature controller product needs a long time of constant temperature heating from the normal temperature to the set action temperature to reach a stable state, therefore, the preheating tank 800 is used in cooperation with the adjusting tank 801, so that the bimetallic strip in the temperature controller product has enough constant-temperature heating time, and the action temperature of the temperature controller product can be adjusted in the next step after the bimetallic strip reaches a stable state.

As shown in fig. 5 to 8, the automatic thermal adjustment mechanism 90 includes a mechanism platform bottom plate 92, connecting posts 91 for fixing the mechanism platform on the thermal adjustment furnace are arranged at four corners of the lower end of the mechanism platform bottom plate 92, the connecting posts 91 are mainly used for fixing, a mechanism front and rear adjusting assembly is arranged above the mechanism platform bottom plate 92, a mechanism left and right adjusting assembly is arranged above the mechanism front and rear adjusting assembly, a mechanism sliding plate 100 capable of sliding left and right is arranged above the mechanism left and right adjusting assembly, a mechanism cylinder plate 102 is arranged above the mechanism sliding plate 100 through a mechanism supporting post 101, a mechanism guiding assembly capable of moving up and down is arranged between the mechanism supporting post 101 and the mechanism cylinder plate 102, a needle adjustment mechanism assembly is arranged below the mechanism guiding assembly, the needle adjustment mechanism assembly vertically penetrates through the mechanism sliding plate 100 and the mechanism platform bottom plate 92 in sequence, and an adjusting part positioning seat 114 is arranged at the tail end, one end of the adjusting part positioning seat 114 is provided with a clamp positioning assembly, the other end of the adjusting part positioning seat 114 is provided with a fixed product mechanism assembly, one side of the adjusting part positioning seat 114 is provided with a limiting piece positioning lifting assembly, two sides of the fixed product mechanism assembly are provided with a product on-off signal measuring pin assembly, one side of the mechanism sliding plate 100 is also provided with a product limiting piece fixing mechanism, one side of the product limiting piece fixing mechanism is connected with the mechanism sliding plate 100 through a limiting piece positioning mechanism connecting block 122, and the lower end of the product limiting piece fixing mechanism corresponds to the limiting piece positioning lifting assembly; the position of the mechanism guide assembly can be conveniently adjusted through the mechanism front-back adjusting assembly and the mechanism left-right adjusting assembly, so that the position of the needle adjusting mechanism assembly can be conveniently adjusted to adapt to adjustment of different types of temperature controllers; transfer needle mechanism subassembly accessible can be from top to bottom the mechanism direction subassembly drive and reciprocate, be convenient for adjustment part positioning seat 114 pushes down and carries out positioning fixture, fixed product, it is spacing to the product, adjust the product and carry out adjustment processes such as break-make signal detection to the product, whole in-process realization is quick, accurate, the automatic adjustment calibrates the product, stabilize product quality, can solve the problem that present product adjustment calibration precision can't obtain guaranteeing, and can reduce the cost of labor, raise the efficiency, improve staff's operational environment.

The mechanism front and rear adjusting assembly comprises a mechanism front and rear adjusting plate 93, mechanism front and rear fixing plates 95 are arranged on the front and rear sides of the mechanism front and rear adjusting plate 93, and the mechanism front and rear fixing plates 95 are arranged on the side edge of the mechanism platform bottom plate 92; the mechanism front and rear adjusting plate 93 is mounted above the mechanism platform bottom plate 92 through a U-shaped groove by using bolts, screw holes are formed in the mechanism front and rear fixing plate 95, the jacking bolts rotate on the screw holes, and the jacking bolts jack the mechanism front and rear adjusting plate 93, so that the mechanism front and rear adjusting plate 93 can be adjusted within the range of the U-shaped groove.

The mechanism left and right adjusting assembly comprises a mechanism left and right adjusting plate 94, a mechanism left and right fixing plate 96 is arranged on the left and right sides of the mechanism left and right adjusting plate 94, and the mechanism left and right fixing plate 96 is installed on the mechanism platform bottom plate 92; the mechanism left and right adjusting plate 94 is mounted on the mechanism front and rear adjusting plate 93 through a U-shaped groove by using bolts, a screw hole is formed in the mechanism left and right fixing plate 96, and the mechanism left and right adjusting plate 94 is rotated on the screw hole by pressing the bolts to press the mechanism left and right adjusting plate 94, so that the mechanism left and right adjusting plate 94 can be adjusted within the range of the U-shaped groove.

A linear guide rail 99 is arranged below the mechanism sliding plate 100, the linear guide rail 99 is mounted on the mechanism left and right adjusting plate 94, the length direction of the linear guide rail 99 is the same as the adjusting direction of the mechanism left and right adjusting plate 94, both sides of the mechanism left and right adjusting plate 94 are provided with hydraulic buffer fixing plates 97, a hydraulic buffer 98 is arranged on the hydraulic buffer fixing plates 97, and the hydraulic buffer 98 corresponds to the side surface of the mechanism sliding plate 100; the mechanism slide 100 is slidable on the linear guide 99 to facilitate accurate positioning of the fixture by the fixture positioning assembly.

The mechanism guide assembly comprises an adjusting lower pressing cylinder 104, the adjusting lower pressing cylinder 104 is arranged above a mechanism cylinder plate 102 through an adjusting cylinder heat insulation plate 103, a cylinder shaft of the adjusting lower pressing cylinder 104 penetrates through the mechanism cylinder plate 102 and is connected with an adjusting cylinder connecting plate 105, the lower part of the adjusting cylinder connecting plate 105 is connected with a stepping motor mounting plate 109 through an adjusting part supporting plate 108, adjusting part guide pillars 106 are arranged on two sides of the adjusting cylinder connecting plate 105 and the stepping motor mounting plate 109 in a penetrating manner, the upper ends of the adjusting part guide pillars 106 are connected with the mechanism cylinder plate 102, the lower ends of the adjusting part guide pillars are connected with a mechanism sliding plate 100, a stepping motor 110 is arranged between the adjusting cylinder connecting plate 105 and the stepping motor mounting plate 109, and linear bearings 107 sleeved on the adjusting part guide pillars 106 are arranged on two sides of the adjusting cylinder connecting plate 105 and the stepping motor mounting plate 109; the adjusting cylinder connecting plate 105 is driven by adjusting the pressing cylinder 104, so that the adjusting cylinder connecting plate 105 and the stepping motor mounting plate 109 move on the adjusting part guide post 106, and the adjusting part positioning seat 114 is pressed downwards.

The needle adjusting mechanism assembly comprises a needle adjusting part guide sleeve shaft 111, the needle adjusting part guide sleeve shaft 111 is installed below the stepping motor installation plate 109, a needle adjusting connecting piece 112 is arranged in the needle adjusting part guide sleeve shaft 111, the upper end of the needle adjusting connecting piece 112 is connected with a motor shaft of the stepping motor 110, the lower end of the needle adjusting connecting piece is connected with a needle adjusting 113, the needle adjusting part guide sleeve shaft 111 vertically penetrates through the mechanism sliding plate 100 and the mechanism platform bottom plate 92 in sequence and is connected with an adjusting part positioning seat 114, and the lower end of the needle adjusting 113 extends to the lower part of the adjusting part positioning seat 114; therefore, after the adjusting part positioning seat 114 is pressed downwards for positioning, the adjusting pin 113 is inserted into the adjusting rotating shaft of the temperature controller and aligned with the screw in the adjusting rotating shaft, and the adjustment is performed through the rotation of the stepping motor 110.

The fixture positioning assembly comprises an adjusting rotating shaft distance adjusting block 115 arranged below one end of the adjusting part positioning seat 114, and a positioning guide pillar 116 is arranged below the adjusting rotating shaft distance adjusting block 115; the positioning guide post 116 is convenient to insert into the fixture for positioning, the adjusting rotating shaft distance adjusting block 115 is also arranged below the adjusting part positioning seat 114 through a U-shaped groove, and the position of the adjusting rotating shaft distance adjusting block 115 can be adjusted through the U-shaped groove, so that the distance between the positioning guide post 116 and the adjusting pin 113 can be adjusted, and the temperature controller is suitable for different types of temperature controllers.

The product fixing mechanism assembly comprises a product fixing pressure lever 117, the product fixing pressure lever 117 penetrates through the other end of the adjusting part positioning seat 114, a pressure lever spring 118 is sleeved on the product fixing pressure lever 117, the upper end of the pressure lever spring 118 is propped against the lower surface of the adjusting part positioning seat 114, and the lower end of the pressure lever spring is propped against the product fixing pressure lever 117; the product is fixed the depression bar 117 and is sticis a terminal surface of temperature controller downwards and fix, and depression bar spring 118 can play the cushioning effect and compress tightly the effect, prevents to damage the temperature controller, sticiss the temperature controller back moreover, the temperature controller other end perk upwards to the regulation pivot of temperature controller cooperatees with the accent needle 113 and aims at the insertion.

The product on-off signal measuring pin assembly comprises insulating ceramic rings 119 arranged on two sides of a product fixing compression bar 117, the insulating ceramic rings 119 penetrate through the adjusting part positioning seat 114, an adjusting measuring pin mounting block 120 is arranged below the insulating ceramic rings 119, and a measuring pin 121 is arranged below the adjusting measuring pin mounting block 120; the measuring pins 121 at both sides move downwards along with the adjusting part positioning seat 114 and contact with the metal sheet of the temperature controller, so that the purpose of detecting the disconnection or connection of a circuit is facilitated, and the insulating ceramic ring 119 can prevent the equipment from being electrified.

The limiting sheet positioning lifting assembly comprises a limiting sheet positioning guide block 131 arranged on one side of the adjusting part positioning seat 114, a limiting sheet positioning lifting block 132 penetrates through the limiting sheet positioning guide block 131, a limiting sheet positioning lifting fastener 133 protruding outwards is arranged at the upper end of the limiting sheet positioning lifting block 132, and a limiting sheet positioning sheet 134 is arranged at the lower end of the limiting sheet positioning lifting block 132;

the product limiting sheet fixing mechanism comprises a limiting sheet positioning mechanism supporting plate 123 arranged at the other end of the limiting sheet positioning mechanism connecting block 122, the upper end of the supporting plate 123 of the spacing piece positioning mechanism is provided with a cylinder mounting plate 124, a spacing piece positioning cylinder 125 is arranged above the cylinder mounting plate 124, one side of the limiting sheet positioning mechanism supporting plate 123 far away from the limiting sheet positioning mechanism connecting block 122 is provided with a vertical limiting sheet positioning linear guide rail 128, the limiting sheet positioning linear guide rail 128 is provided with a limiting sheet positioning sliding plate 127, the upper end of the limiting sheet positioning sliding plate 127 is connected with a limiting sheet positioning cylinder 125 through a positioning cylinder connecting block 126, the lower end of the limiting sheet positioning sliding plate 127 is provided with a limiting sheet positioning lifting shaft 129, the limiting sheet positioning lifting shaft 129 is provided with a limiting sheet positioning extending block 130, the end of the positioning extension block 130 of the limiting plate is vertically corresponding to the positioning lifting buckle 133 of the limiting plate.

The adjustment process of the automatic thermal adjustment mechanism 90 is as follows:

conveying a temperature controller product to the position below an adjusting part positioning seat 114, adjusting a push-down cylinder 104 to extend and move, pushing an adjusting cylinder connecting plate 105, pushing an adjusting part supporting plate 108 by the adjusting cylinder connecting plate 105, pushing a stepping motor mounting plate 109 by the adjusting part supporting plate 108, pushing a pin adjusting part guide sleeve shaft 111 by the stepping motor mounting plate 109, driving the adjusting part positioning seat 114 by the pin adjusting part guide sleeve shaft 111, pushing an adjusting shaft distance adjusting part 115 by the adjusting part positioning seat 114, driving a positioning guide post 116 by the adjusting shaft distance adjusting part 115, inserting the positioning guide post 116 into a guide positioning hole in a positioning fixture, and installing a linear guide rail 99 below a mechanism sliding plate 100, therefore, when the positioning guide post 116 is inserted into the guiding positioning hole in the positioning fixture, the positioning guide post 116 can be automatically adjusted to slide left and right, and is matched with the positioning guide post 116 to be accurately inserted into the guiding positioning hole in the positioning fixture; when the temperature sensor is inserted into the guide positioning hole, the product fixing pressure rod 117 presses down the rivet in the temperature controller product, at the moment, the rivet in the temperature controller product is pressed tightly by the elastic force of the product fixing pressure rod spring 118, and when the temperature sensor is inserted into the guide positioning hole, the measuring pin 121 of the measuring pin mounting block 120 is adjusted to press down to respectively contact the upper wiring sheet and the lower wiring sheet in the temperature controller product, so as to obtain a signal that the temperature controller product is currently on or off; while inserting into the guiding locating hole, the adjusting pin 113 is inserted into the adjusting rotating shaft of the temperature controller product and aligned with the adjusting screw in the adjusting rotating shaft; then the limiting piece positioning cylinder 125 extends to move to push the positioning cylinder connecting block 126, the positioning cylinder connecting block 126 pushes the limiting piece positioning sliding plate 127, the limiting piece positioning sliding plate 127 pushes the limiting piece positioning lifting shaft 129, the limiting piece positioning lifting shaft 129 pushes the limiting piece positioning extending block 130 to press downwards, the limiting piece positioning extending block 130 leaves the limiting piece positioning lifting fastener 133, the limiting piece positioning lifting block 132 and the limiting piece positioning plate 134 descend due to gravity, the limiting piece positioning plate 134 descends to position a limiting piece in a temperature controller product, if the limiting piece of the temperature controller is not limited, the limiting piece positioning plate can rotate along with an adjusting screw during adjustment, so that the limiting piece in the temperature controller product is positioned through the limiting piece positioning plate 134, and an adjusting rotating shaft of the temperature controller product is fixed; then the stepping motor 110 rotates to drive the pin adjusting connector 112, the pin adjusting connector 112 rotates to drive the pin adjusting 113, the pin adjusting 113 rotates to adjust the adjusting screw in the adjusting rotating shaft of the temperature controller product to quickly adjust the temperature controller product to a connected state, then the spacing plate positioning cylinder 125 retracts to pull the positioning cylinder connecting block 126, the positioning cylinder connecting block 126 pulls the spacing plate positioning sliding plate 127, the spacing plate positioning sliding plate 127 pulls the spacing plate positioning lifting shaft 129, the spacing plate positioning lifting shaft 129 pulls the spacing plate positioning extending block 130, the spacing plate positioning extending block 130 lifts the spacing plate positioning lifting fastener 133, the spacing plate positioning lifting fastener 133 is lifted, so that the spacing plate positioning lifting block 132 and the spacing plate positioning plate 134 are lifted, the spacing plate positioning plate 134 leaves the spacing plate in the temperature controller product, and the adjusting rotating shaft of the temperature controller product is in a state without external force, then the adjusting pin 113 rotates the adjusting screw in the adjusting rotating shaft for adjusting the temperature controller product, the temperature of the opening operation of the product is adjusted, the adjusting pressing cylinder 104 is adjusted to retract to pull the adjusting cylinder connecting plate 105, the adjusting cylinder connecting plate 105 pulls the adjusting component supporting plate 108, the adjusting component supporting plate 108 pulls the stepping motor mounting plate 109, the stepping motor mounting plate 109 pulls the adjusting pin component guide sleeve shaft 111, the adjusting pin component guide sleeve shaft 111 pulls the adjusting component positioning seat 114, the adjusting component positioning seat 114 pulls the adjusting rotating shaft distance adjusting part 115, the adjusting rotating shaft distance adjusting part 115 pulls the positioning guide post 116, the positioning guide post 116 leaves the guide positioning hole in the positioning clamp, the product fixing press rod 117 leaves the rivet in the temperature controller product, the measuring pin 121 leaves the upper wiring piece and the lower wiring piece in the temperature controller product, the adjusting pin 113 leaves the adjusting screw of the temperature controller product, and leave the adjusting rotating shaft, all actions are finished at the moment, and preparation is made for adjusting the next temperature controller product.

As shown in fig. 9, the air cooling mechanism 140 includes an air cooling mechanism bottom plate 141 mounted on the frame 1, an air cooling mechanism vertical rod 142 is disposed above the air cooling mechanism bottom plate 141, an air cooling nozzle mounting plate 143 is disposed at an upper end of the air cooling mechanism vertical rod 142, an air cooling nozzle 144 is disposed on the air cooling nozzle mounting plate 143 in a penetrating manner, and a lower end of the air cooling nozzle 144 corresponds to the clamping chain; after the temperature controller product is adjusted to the disconnection action temperature through the adjusting groove 801, the temperature controller product is driven out through the clamp chain, the temperature controller product is in a high-temperature scalding state at the moment, the air cooling nozzle 144 in the air cooling mechanism 140 is aligned with the temperature controller product to blow air and cool the temperature controller product, and the temperature controller product is rapidly cooled so that subsequent sorting, dispensing and taking out can be carried out.

As shown in fig. 10, the defective sorting mechanism 150 includes a sorting mechanism positioning assembly bottom plate 151 mounted on the frame 1, a sorting mechanism positioning assembly sliding guide rod 153 is disposed above the sorting mechanism positioning assembly bottom plate 151, a sorting mechanism positioning assembly linear bearing 154 is sleeved on the sorting mechanism positioning assembly sliding guide rod 153, a sorting mechanism positioning assembly movable plate 155 is mounted above the sorting mechanism positioning assembly linear bearing 154, a sorting mechanism positioning guide rail mounting plate 156 is disposed on one side above the sorting mechanism positioning assembly movable plate 155, a sorting mechanism positioning movable block 160 is mounted above the sorting mechanism positioning guide rail mounting plate 156 through a sorting mechanism positioning linear guide rail 151, a sorting mechanism positioning extending block 162 is disposed above the sorting mechanism positioning movable block 160, a sorting mechanism positioning cylinder 158 is mounted on the rear side of the sorting mechanism positioning guide rail mounting plate 156 through a sorting mechanism positioning cylinder plate 157, the sorting mechanism positioning cylinder 158 is connected with the sorting mechanism positioning movable block 160, the other side above the sorting mechanism positioning assembly movable plate 155 is provided with a material taking manipulator vertical member 168 through a material taking manipulator bottom plate 167, one side of the upper end of the material taking manipulator vertical member 168 is provided with a material taking manipulator extending slide block mounting plate 170, the material taking manipulator extending slide block mounting plate 170 is slidably provided with a material taking manipulator extending slide rail mounting plate 176 through a guide rail, the upper end of the material taking manipulator extending slide block mounting plate 170 is provided with a material taking manipulator extending cylinder connecting plate 171, the upper side of the material taking manipulator extending cylinder connecting plate 171 is provided with a material taking manipulator extending cylinder 173, the front end of the material taking manipulator extending slide rail mounting plate 176 is provided with a material taking manipulator lifting cylinder 181, the cylinder shaft 174 of the material taking manipulator extending cylinder 173 is connected with the side surface of the material taking manipulator lifting cylinder 181, and a material taking manipulator clamping cylinder plate 182 is arranged below the material taking manipulator lifting cylinder 181, this reclaimer manipulator presss from both sides material cylinder 182 rear side and is equipped with reclaimer manipulator presss from both sides material cylinder 183, this reclaimer manipulator presss from both sides material cylinder 183 lower extreme and is equipped with reclaimer manipulator presss from both sides material clamping jaw 184, this reclaimer manipulator stretches out slide rail mounting panel 176 rear end and installs reclaimer manipulator oil buffer 180 through reclaimer manipulator oil buffer mounting panel 179, this go up the lower side of mechanism's locating component fly leaf 155 rear side below is equipped with upper portion magnet mounting 165, this upper portion magnet mounting 165 lower extreme is equipped with upper portion powerful magnet 166, be equipped with the location magnet fixing base 163 corresponding with upper portion powerful magnet 166 on this go up mechanism's locating component bottom plate 151, this location magnet fixing base 163 upper end is equipped with lower part powerful magnet 164.

The defective product sorting mechanism 150 operates as follows: because some temperature controller products cannot be adjusted normally due to the reason that adjusting screws in adjusting rotating shafts of the temperature controller products are too tight or lack of the adjusting screws in the adjusting grooves 801, a PLC in the equipment automatically records current defective products, when defective products are transmitted to the defective product sorting mechanism 150 through a clamp chain, a sorting mechanism positioning air cylinder 158 stretches out to move, a sorting mechanism positioning movable block 160 is pushed, the sorting mechanism positioning movable block 160 pushes a sorting mechanism positioning stretching block 162, the sorting mechanism positioning stretching block 162 stretches out and is inserted into the clamp chain, then a material taking manipulator lifting air cylinder 181 stretches out to move, a material taking manipulator clamping air cylinder plate 182 is pushed, a material taking manipulator clamping air cylinder plate 182 pushes a material taking manipulator clamping air cylinder 183, a material taking manipulator clamping air cylinder 183 pushes a material taking manipulator clamping jaw 184, and the material taking manipulator clamping jaw 184 aligns to the defective products, then the material taking manipulator clamps the clamping jaw 184 to clamp the defective product, the material taking manipulator lifting cylinder 181 retracts to move the defective product to the defective product placing area, the lower strong magnet 164 and the upper strong magnet 166 automatically correct and adjust the mechanism to the original position due to the magnetic force of the magnets, and the defective product sorting mechanism 150 returns to the original position to prepare for sorting the next defective product.

As shown in fig. 15, the positioning chain clamp 190 includes a dispensing positioning cylinder mounting seat 191, a dispensing positioning cylinder 192 is disposed above the dispensing positioning cylinder mounting seat 191, a dispensing positioning cylinder connecting plate 193 is mounted on a cylinder shaft of the dispensing positioning cylinder 192, and a dispensing positioning member 194 is disposed at an upper end of the dispensing positioning cylinder connecting plate 193.

As shown in fig. 12, the adjusting screw dispensing mechanism 200 includes an adjusting screw dispensing upright post fixing seat 201 installed on the frame 1, an adjusting screw dispensing upright post 202 is installed on the upper end of the adjusting screw dispensing upright post fixing seat 201, an adjusting screw dispensing extending adjusting post 204 is installed on the upper end of the adjusting screw dispensing upright post 202 transversely through an adjusting screw dispensing height adjusting seat 203, an adjusting screw dispensing angle adjusting block 205 is sleeved on the adjusting screw dispensing extending adjusting post 204, an adjusting screw dispensing guide rail mounting plate 206 is installed on the front side of the adjusting screw dispensing angle adjusting block 205, a vertical adjusting screw dispensing air cylinder 208 is installed on the upper end of the adjusting screw dispensing guide rail mounting plate 206 through an adjusting screw dispensing air cylinder mounting plate 207, an adjusting screw dispensing valve mounting plate 210 is installed on the front side of the adjusting screw dispensing guide rail mounting plate 206 through an adjusting screw dispensing linear guide rail 211 in a sliding manner, the upper end of the adjusting screw dispensing valve mounting plate 210 is connected with the adjusting screw dispensing cylinder 208 through an adjusting screw dispensing cylinder connecting block 209, the adjusting screw dispensing valve 212 is mounted on the front side of the adjusting screw dispensing valve mounting plate 210, and an adjusting screw dispensing needle 213 is arranged at the lower end of the adjusting screw dispensing valve 212.

As shown in fig. 13, the bimetal and china meter dispensing mechanism 220 includes a china meter dispensing upright post fixing seat 221 installed on the frame 1, a china meter dispensing upright post 222 is installed on the upper end of the china meter dispensing upright post fixing seat 221 in a penetrating manner, a china meter dispensing height adjusting seat is installed on the upper end of the china meter dispensing upright post 222, a pressing product adjusting block 223 is installed on the upper end of the china meter dispensing height adjusting seat, a china meter dispensing angle adjusting block 230 is installed on the china meter dispensing height adjusting seat through a china meter dispensing transverse extending adjusting post 229, a china meter dispensing guide rail installation plate 231 is installed on the china meter dispensing angle adjusting block 230, a china meter dispensing valve installation plate 235 is installed on the other side of the china meter dispensing guide rail installation plate 231 through a china meter dispensing linear guide rail 236, a china meter dispensing valve 237 is installed on the china meter dispensing valve installation plate 235, a china meter dispensing valve needle 238 is installed on the lower end of the china meter dispensing valve 237, a china meter dispensing guide rail installation plate 231 is installed on the upper end of the china meter dispensing guide rail installation plate 232 through a china meter dispensing cylinder installation plate 232 233, the cylinder shaft of the porcelain rice glue dispensing cylinder 233 is connected to the porcelain rice glue dispensing valve mounting plate 235, the product pressing cylinder 225 is installed on one side of the pressing product adjusting block 223 by pressing the product cylinder mounting plate 224, the product pressing plate 226 is installed on the cylinder shaft of the lower end of the product pressing cylinder 225, and the product pressing piece 227 is arranged at the lower end of the product pressing plate 226.

When the temperature controller product with the temperature adjusted by the disconnection action is transmitted to the adjusting screw dispensing mechanism 200 and the bimetallic strip and porcelain rice dispensing mechanism 220 through the clamp chain, the dispensing positioning cylinder 192 in the positioning chain clamp 190 retracts, the dispensing positioning cylinder 192 pulls the dispensing positioning cylinder connecting plate 193, the dispensing positioning cylinder connecting plate 193 pulls the dispensing positioning piece 194, the dispensing positioning piece 194 is inserted into and positions the temperature controller clamp 53 on the clamp chain, then the product pressing cylinder 225 extends to move, the product pressing plate 226 is pushed, the product pressing plate 226 drives the product pressing piece 227, the product pressing piece 227 presses the rivet of the temperature controller product, then the adjusting screw dispensing cylinder 208 in the adjusting screw dispensing mechanism 200 extends to move, the adjusting screw dispensing cylinder connecting block 209 is pushed to push the adjusting screw dispensing valve mounting plate 210, the adjusting screw dispensing valve mounting plate 210 drives the adjusting screw dispensing valve 212, the adjusting screw dispensing valve 212 drives the adjusting screw dispensing needle 213, and the adjusting screw dispensing needle 213 is aligned with the adjusting screw 13 of the temperature controller product; the porcelain rice dispensing cylinder 233 in the bimetal and porcelain rice dispensing mechanism 220 extends to move to push the porcelain rice dispensing valve mounting plate 235, the porcelain rice dispensing valve mounting plate 235 drives the porcelain rice dispensing valve 237, the porcelain rice dispensing valve 237 drives the porcelain rice dispensing valve needle 238, and the porcelain rice dispensing valve needle 238 is aligned with the bimetal and bimetal porcelain rice of the temperature controller product or the spring piece and spring piece porcelain rice; the adjusting screw dispensing valve 212 and the porcelain rice dispensing valve 237 are respectively opened to dispense glue, the glue respectively flows out from the adjusting screw dispensing needle 213 and the porcelain rice dispensing valve needle 238 and is respectively dispensed at corresponding positions of the temperature controller product, after the dispensing is finished, the adjusting screw dispensing valve 212 and the porcelain rice dispensing valve 237 are respectively closed, and then the adjusting screw dispensing cylinder 208 and the porcelain rice dispensing cylinder 233 are respectively retracted to reset to prepare for the next dispensing of the temperature controller product with the temperature adjusted by the disconnection action.

As shown in fig. 14, the qualified product taking-out mechanism 240 comprises a qualified product taking-out manipulator mounting base plate 241 mounted on the frame 1, a qualified product taking-out manipulator upright 242 is arranged at the upper end of the qualified product taking-out manipulator mounting base plate 241, a qualified product taking-out manipulator extension slider mounting plate 244 is fixedly mounted at the upper end of the qualified product taking-out manipulator upright 242, a qualified product taking-out manipulator extension cylinder connecting plate 245 is arranged at the upper end of the qualified product taking-out manipulator extension slider mounting plate 244, a qualified product taking-out manipulator extension cylinder 247 is arranged above the qualified product taking-out manipulator extension cylinder connecting plate 245, a qualified product taking-out manipulator extension linear guide rail 252 is mounted at the front side of the qualified product taking-out manipulator extension slider mounting plate 244 to form a qualified product taking-out manipulator extension slide rail mounting plate 251, a qualified product taking-out manipulator lifting cylinder 255 vertically downwards is mounted at one end side of the qualified product taking-out manipulator extension slide rail mounting plate 251, the qualified product taking-out manipulator lifting cylinder 255 is provided with a qualified product taking-out manipulator clamping jaw cylinder mounting plate 256 at the lower end of a cylinder shaft, one side of the qualified product taking-out manipulator clamping jaw cylinder mounting plate 256 is connected with a qualified product taking-out manipulator clamping jaw 258 through a qualified product taking-out manipulator clamping jaw cylinder 257, a qualified product taking-out manipulator stretching cylinder moving plate 249 is mounted on the end face, close to the qualified product taking-out manipulator lifting cylinder 255, of the qualified product taking-out manipulator stretching slide rail mounting plate 251, the cylinder shaft of the qualified product taking-out manipulator stretching cylinder moving plate 249 is connected with a qualified product taking-out manipulator stretching cylinder 247, and a qualified product taking-out manipulator hydraulic buffer 254 is mounted at the other end, stretching out of the slide rail mounting plate 251, of the qualified product taking-out manipulator.

The non-defective product transfer table 260 is disposed on one side of the non-defective product take-out mechanism 240, and the non-defective product transfer table 260 is transferred by a conveyor belt.

When the qualified product taking-out mechanical arm clamping jaw 258 in the qualified product taking-out mechanism 240 releases, the conveying belt stops conveying, and when the qualified product taking-out mechanical arm clamping jaw 258 is opened and the qualified product falls on the conveying belt due to self gravity, the conveying belt rotates to convey the qualified product to a position where the qualified product is taken away by a hand, so that an operator can take the qualified product away.

The embodiments of the present invention have been described in detail with reference to the accompanying drawings, but the present invention is not limited to the described embodiments. It will be apparent to those skilled in the art that various changes, modifications, substitutions and alterations can be made in the embodiments without departing from the principles and spirit of the invention, and the scope of the invention is to be accorded the full scope of the claims.

Claims

1. An automatic hot stove of transferring of temperature controller, includes frame (1), frame (1) one end is equipped with electric cabinet (30), its characterized in that, frame (1) one end top is equipped with chain sprocket (2), and the other end is equipped with anchor clamps chain straining device (70), chain sprocket (2) and anchor clamps chain straining device (70) enclose to close through the anchor clamps chain and are connected, install a plurality of temperature controller anchor clamps (53) on the anchor clamps chain, frame (1) is gone up and is equipped with heating cabinet (80) along the transmission direction of anchor clamps chain, automatic hot mechanism (90), air-cooled mechanism (140), defective products go-no-go mechanism (150), adjust screw dispensing mechanism (200), bimetallic strip and porcelain rice dispensing mechanism (220) and certified products take out mechanism (240) in proper order, automatic hot mechanism (90) set up the top of heating cabinet (80) one end, and the lower end of the heat adjusting mechanism (90) extends into the heating box (80), the air cooling mechanism (140), the defective product sorting mechanism (150), the adjusting screw dispensing mechanism (200), the bimetallic strip and porcelain rice dispensing mechanism (220) and the qualified product taking-out mechanism (240) are all arranged on the outer side of the heating box (80), a positioning chain clamp assembly (190) is arranged below the adjusting screw dispensing mechanism (200) and the bimetallic strip and porcelain rice dispensing mechanism (220), an insulation box is arranged on the upper cover of the clamp chain tensioning mechanism (70), and the insulation box is communicated with the heating box (80).

2. The thermostat automatic heat adjusting furnace according to claim 1, wherein the thermostat clamp (53) comprises a clamp base (530), a clamp connecting plate (534) connected with a clamp chain is arranged below the clamp base (530), a product support positioning plate (533) is arranged above the clamp base (530), a product rivet positioning pin (532) is arranged on one side of the product support positioning plate (533), and a guide positioning hole (531) is arranged on the other side of the product support positioning plate.

3. The automatic thermal regulation furnace of a temperature controller according to claim 1, wherein the clamp chain tensioning mechanism (70) comprises a machine table (50), a tensioning adjusting movable plate (71) is arranged above the machine table (50), adjusting movable plate guide blocks (72) mounted on the machine table (50) are arranged on both sides of the tensioning adjusting movable plate (71), two bearing seats (73) are mounted above the tensioning adjusting movable plate (71), a sprocket transmission shaft (74) is mounted on the two bearing seats (73), a tensioning sprocket (75) connected with the clamp chain is arranged at the upper end of the sprocket transmission shaft (74), at least three tensioning adjusting pull seats (76) are arranged above one side of the tensioning adjusting movable plate (71), at least three tensioning adjusting nut blocks (78) mounted on the machine table (50) are arranged on one side of the tensioning adjusting movable plate (71), the tensioning adjusting nut block (78) is connected with the tensioning adjusting pull seat (76) through a tensioning adjusting screw rod (77), a tensioning spring (79) is sleeved on the tensioning adjusting screw rod (77), one end of the tensioning spring (79) presses against the tail end of the tensioning adjusting screw rod (77), and the other end of the tensioning spring presses against the tensioning adjusting pull seat (76).

4. The automatic thermoregulation furnace of a temperature controller according to claim 1, wherein the heating box (80) comprises two preheating grooves (800) and an adjusting groove (801) with independent spaces, the automatic thermoregulation mechanism (90) is arranged above one end of the adjusting groove (801), both ends of the preheating groove (800) and the adjusting groove (801) are provided with openings for holding fixture chains to pass through, both the preheating groove (800) and the adjusting groove (801) are provided with a lower air duct (802) and an upper air duct (803), the lower part of one end of the lower air duct (802) is provided with a blower motor (81) through a blower motor mounting plate (82), the upper end of the blower motor (81) extends into the lower air duct (802) and is provided with two wind wheels (83), a heater (84) is arranged in the lower air duct (802), the other end of the lower air duct (802) is provided with an arc-shaped plate (805), and a circulating air port (804) is arranged above the arc-shaped plate (805), an air suction opening (807) communicated with the upper air duct (803) is arranged above the wind wheel (83), and an arc-shaped angle (806) is arranged at the upper angle position of the upper air duct (803) close to the air suction opening (807).

5. The automatic thermoregulation furnace of a temperature controller according to claim 1, wherein the automatic thermoregulation mechanism (90) comprises a mechanism platform bottom plate (92), connecting columns (91) for fixing the mechanism platform on the thermoregulation furnace are arranged on four corners of the lower end of the mechanism platform bottom plate (92), a mechanism front and rear adjusting component is arranged above the mechanism platform bottom plate (92), a mechanism left and right adjusting component is arranged above the mechanism front and rear adjusting component, a mechanism sliding plate (100) capable of sliding left and right is arranged above the mechanism left and right adjusting component, a mechanism cylinder plate (102) is arranged above the mechanism sliding plate (100) through a mechanism supporting column (101), a mechanism guiding component capable of moving up and down is arranged between the mechanism supporting column (101) and the mechanism cylinder plate (102), a needle adjusting mechanism component is arranged below the mechanism guiding component, and the needle adjusting mechanism component vertically and sequentially penetrates through the mechanism sliding plate (100) and the mechanism platform bottom plate (92), and the end installs adjustment part positioning seat (114), adjustment part positioning seat (114) one end is equipped with anchor clamps locating component, and the other end is equipped with fixed product mechanism subassembly, one side of adjustment part positioning seat (114) is equipped with spacing piece location elevating assembly, fixed product mechanism subassembly both sides all are equipped with product break-make signal survey needle subassembly, one side of mechanism slide (100) still is equipped with spacing piece fixed establishment of product, spacing piece fixed establishment one side of product is connected with mechanism slide (100) through spacing piece locating mechanism connecting block (122), and this spacing piece fixed establishment lower extreme of product is corresponding with spacing piece location elevating assembly.

6. The automatic thermoregulation furnace of a temperature controller according to claim 1, wherein the air cooling mechanism (140) comprises an air cooling mechanism bottom plate (141) mounted on the frame (1), an air cooling mechanism vertical rod (142) is disposed above the air cooling mechanism bottom plate (141), an air cooling nozzle mounting plate (143) is disposed on the upper end of the air cooling mechanism vertical rod (142), an air cooling nozzle (144) is disposed on the air cooling nozzle mounting plate (143) in a penetrating manner, and the lower end of the air cooling nozzle (144) corresponds to the clamping chain.

7. The automatic thermal conditioning oven of temperature controller according to claim 1, wherein the defective sorting mechanism (150) comprises a sorting mechanism positioning component bottom plate (151) installed on the frame (1), a sorting mechanism positioning component sliding guide rod (153) is installed above the sorting mechanism positioning component bottom plate (151), a sorting mechanism positioning component linear bearing (154) is sleeved on the sorting mechanism positioning component sliding guide rod (153), a sorting mechanism positioning component movable plate (155) is installed above the sorting mechanism positioning component linear bearing (154), a sorting mechanism positioning guide rail installation plate (156) is installed on one side above the sorting mechanism positioning component movable plate (155), a sorting mechanism positioning movable block (160) is installed above the sorting mechanism positioning guide rail installation plate (156) through the sorting mechanism positioning component bottom plate (151), a sorting mechanism positioning extending block (162) is arranged above the sorting mechanism positioning movable block (160), a sorting mechanism positioning cylinder (158) is arranged on the rear side of the sorting mechanism positioning guide rail mounting plate (156) through a sorting mechanism positioning cylinder plate (157), the sorting mechanism positioning cylinder (158) is connected with the sorting mechanism positioning movable block (160), a material taking manipulator vertical piece (168) is arranged on the other side above the sorting mechanism positioning component movable plate (155) through a material taking manipulator bottom plate (167), a material taking manipulator extending slide block mounting plate (170) is arranged on one side of the upper end of the material taking manipulator vertical piece (168), a material taking manipulator extending slide block mounting plate (170) is slidably mounted with a material taking manipulator extending slide rail mounting plate (176) through a guide rail, a material taking manipulator extending cylinder connecting plate (171) is arranged on the upper end of the material taking manipulator extending slide block mounting plate (170), a material taking manipulator extension cylinder (173) is arranged above the material taking manipulator extension cylinder connecting plate (171), a material taking manipulator lifting cylinder (181) is arranged at the front end of the material taking manipulator extension slide rail mounting plate (176), a cylinder shaft (174) of the material taking manipulator extension cylinder (173) is connected with the side face of the material taking manipulator lifting cylinder (181), a material taking manipulator clamping cylinder plate (182) is arranged below the material taking manipulator lifting cylinder (181), a material taking manipulator clamping cylinder (183) is arranged at the rear side of the material taking manipulator clamping cylinder plate (182), a material taking manipulator clamping jaw (184) is arranged at the lower end of the material taking manipulator clamping cylinder (183), a material taking manipulator oil pressure buffer (180) is arranged at the rear end of the material taking manipulator extension slide rail mounting plate (176) through a material taking manipulator oil pressure buffer mounting plate (179), and an upper magnet fixing part (165) is arranged below the rear side of the sorting mechanism positioning component movable plate (155), an upper strong magnet (166) is arranged at the lower end of the upper magnet fixing piece (165), a positioning magnet fixing seat (163) corresponding to the upper strong magnet (166) is arranged on the sorting mechanism positioning assembly bottom plate (151), and a lower strong magnet (164) is arranged at the upper end of the positioning magnet fixing seat (163).

8. The automatic thermal regulation furnace of a temperature controller according to claim 1, wherein the adjusting screw glue dispensing mechanism (200) comprises an adjusting screw glue dispensing upright post fixing seat (201) installed on the frame (1), an adjusting screw glue dispensing upright post (202) is arranged at the upper end of the adjusting screw glue dispensing upright post fixing seat (201) in a penetrating manner, an adjusting screw glue dispensing extending adjusting post (204) is transversely installed at the upper end of the adjusting screw glue dispensing upright post (202) through an adjusting screw glue dispensing height adjusting seat (203), an adjusting screw glue dispensing angle adjusting block (205) is sleeved on the adjusting screw glue dispensing extending adjusting post (204), an adjusting screw glue dispensing guide rail mounting plate (206) is arranged at the front side of the adjusting screw glue dispensing angle adjusting block (205), and a vertical adjusting screw glue dispensing air cylinder (208) is installed at the upper end of the adjusting screw glue dispensing guide rail mounting plate (206) through an adjusting screw glue dispensing air cylinder mounting plate (207), the adjusting screw glue dispensing guide rail mounting plate (206) is provided with an adjusting screw glue dispensing valve mounting plate (210) at the front side through an adjusting screw glue dispensing linear guide rail (211) in a sliding manner, the upper end of the adjusting screw glue dispensing valve mounting plate (210) is connected with an adjusting screw glue dispensing cylinder (208) through an adjusting screw glue dispensing cylinder connecting block (209), an adjusting screw glue dispensing valve (212) is mounted at the front side of the adjusting screw glue dispensing valve mounting plate (210), and an adjusting screw glue dispensing needle head (213) is arranged at the lower end of the adjusting screw glue dispensing valve (212).

9. The automatic thermal regulation furnace of a temperature controller according to claim 1, wherein the bimetallic strip and porcelain rice glue dispensing mechanism (220) comprises a porcelain rice glue dispensing upright post fixing seat (221) installed on the frame (1), a porcelain rice glue dispensing upright post (222) penetrates through the upper end of the porcelain rice glue dispensing upright post fixing seat (221), a porcelain rice glue dispensing high-low adjusting seat is arranged at the upper end of the porcelain rice glue dispensing upright post (222), a pressing product adjusting block (223) is arranged at the upper end of the porcelain rice glue dispensing high-low adjusting seat, a porcelain rice glue dispensing angle adjusting block (230) is installed on the porcelain rice glue dispensing high-low adjusting seat through a porcelain rice glue dispensing transverse extending adjusting post (229), a porcelain rice glue dispensing guide rail installing plate (231) is installed on the porcelain rice glue dispensing angle adjusting block (230), a porcelain rice glue dispensing valve installing plate (235) is installed on the other side of the porcelain rice glue dispensing guide rail installing plate (231) through a porcelain rice glue linear guide rail (236), install china rice point gum valve (237) on this china rice point gum valve mounting panel (235), china rice point gum valve syringe needle (238) are installed to this china rice point gum valve (237) lower extreme, this china rice point is glued guide rail mounting panel (231) upper end and is installed china rice point through china rice point gum cylinder mounting panel (232) and glue cylinder (233), the cylinder axle of this china rice point gum cylinder (233) is connected with china rice point gum valve mounting panel (235), should compress tightly product regulating block (223) one side and install through compressing tightly product cylinder mounting panel (224) and compress tightly product cylinder (225), should compress tightly product pressure strip (226) are installed to the cylinder axle of product cylinder (225) lower extreme, this product pressure strip (226) lower extreme is equipped with product and compresses tightly piece (227).

10. The automatic thermal conditioning furnace of a temperature controller according to claim 1, wherein the qualified product taking-out mechanism (240) comprises a qualified product taking-out mechanical arm mounting plate (241) mounted on the frame (1), a qualified product taking-out mechanical arm upright piece (242) is arranged at the upper end of the qualified product taking-out mechanical arm mounting plate (241), a qualified product taking-out mechanical arm extending slider mounting plate (244) is fixedly mounted at the upper end of the qualified product taking-out mechanical arm upright piece (242), a qualified product taking-out mechanical arm extending cylinder connecting plate (245) is arranged at the upper end of the qualified product taking-out mechanical arm extending slider mounting plate (244), a qualified product taking-out mechanical arm extending cylinder (247) is arranged above the qualified product taking-out mechanical arm extending cylinder connecting plate (245), a qualified product taking-out mechanical arm extending slide rail mounting plate (251) is mounted at the front side of the qualified product taking-out mechanical arm extending slider mounting plate (244) through a qualified product taking-out mechanical arm extending linear guide rail (252), the qualified product taking-out manipulator is characterized in that a qualified product taking-out manipulator lifting cylinder (255) is arranged at one side of one end, extending out of a sliding rail mounting plate (251), of the qualified product taking-out manipulator, a qualified product taking-out manipulator clamping jaw cylinder mounting plate (256) is arranged at the lower end of a cylinder shaft of the qualified product taking-out manipulator lifting cylinder (255), one side of the qualified product taking-out manipulator clamping jaw cylinder mounting plate (256) is connected with a qualified product taking-out manipulator clamping jaw (258) through a qualified product taking-out manipulator clamping jaw cylinder (257), a qualified product taking-out manipulator extending out cylinder moving plate (249) is arranged on the end face, extending out of the sliding rail mounting plate (251), close to the qualified product taking-out manipulator lifting cylinder (255), of the qualified product taking-out manipulator, a qualified product taking-out manipulator extending out cylinder moving plate (249) is connected with a qualified product taking-out manipulator extending out cylinder (247), and the other end, extending out of the sliding rail mounting plate (251) of the qualified product taking-out manipulator is connected with a qualified product taking-out manipulator buffer mounting plate (247) through a qualified product taking-out manipulator mounting plate (257) 253) And a qualified product taking-out manipulator oil buffer (254) is installed.