CN215526453U - Automatic heat regulation mechanism of temperature controller heat regulation furnace - Google Patents
Automatic heat regulation mechanism of temperature controller heat regulation furnace Download PDFInfo
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- CN215526453U CN215526453U CN202122024604.8U CN202122024604U CN215526453U CN 215526453 U CN215526453 U CN 215526453U CN 202122024604 U CN202122024604 U CN 202122024604U CN 215526453 U CN215526453 U CN 215526453U
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Abstract
The utility model discloses an automatic heat regulating mechanism of a temperature controller heat regulating furnace for quickly, accurately and automatically regulating and calibrating products, which comprises a mechanism platform bottom plate, connecting columns for fixing a mechanism platform on the heat regulating furnace are arranged at four corners of the lower end of the mechanism platform bottom plate, a mechanism front-back regulating assembly is arranged above the mechanism platform bottom plate, a mechanism left-right regulating assembly is arranged above the mechanism front-back regulating assembly, a mechanism sliding plate capable of sliding left and right is arranged above the mechanism left-right regulating assembly, a mechanism cylinder plate is arranged above the mechanism sliding plate through a mechanism supporting column, a mechanism guiding assembly capable of moving up and down is arranged between the mechanism supporting column and the mechanism cylinder plate, a needle regulating mechanism assembly is arranged below the mechanism guiding assembly, the needle regulating mechanism assembly vertically and sequentially penetrates through the mechanism sliding plate and the mechanism platform bottom plate, and a regulating part positioning seat is arranged at the tail end of the needle regulating mechanism assembly, one end of the adjusting part positioning seat is provided with a clamp positioning assembly, and the other end of the adjusting part positioning seat is provided with a fixed product mechanism assembly.
Description
Technical Field
The utility model relates to the technical field of temperature controller heat regulation equipment, in particular to an automatic heat regulation mechanism of a temperature controller heat regulation furnace.
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.
SUMMERY OF THE UTILITY MODEL
In order to overcome the defects in the prior art, the utility model provides an automatic heat regulating mechanism of a temperature controller heat regulating furnace, which aims to solve the problems.
The technical scheme adopted by the utility model for solving the technical problems is as follows: an automatic thermal regulation mechanism of a thermal regulation furnace of a temperature controller comprises a mechanism platform bottom plate, connecting columns for fixing a 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 downwards sequentially penetrates through the mechanism sliding plate and the mechanism platform bottom plate, an adjusting component is arranged at the tail end of the needle regulation mechanism component, 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.
Furthermore, the mechanism front-back adjusting assembly comprises a mechanism front-back adjusting plate, mechanism front-back fixing plates are arranged on the front side and the rear side of the mechanism front-back adjusting plate, and the mechanism front-back fixing plates are arranged on the side edge of the mechanism platform bottom plate.
Further, the mechanism left and right adjusting assembly comprises a mechanism left and right adjusting plate, a mechanism left and right fixing plate is arranged on the left and right sides of the mechanism left and right adjusting plate, and the mechanism left and right fixing plate is mounted on the mechanism platform bottom plate.
Further, a linear guide rail is arranged below the mechanism sliding plate, the linear guide rail is mounted on the mechanism left and right adjusting plate, the length direction of the linear guide rail is the same as the adjusting direction of the mechanism left and right adjusting plate, oil pressure buffer fixing plates are arranged on two sides of the mechanism left and right adjusting plate, oil pressure buffers are arranged on the oil pressure buffer fixing plates, and the oil pressure buffers correspond to the side faces of the mechanism sliding plate.
Further, the mechanism guide assembly comprises an adjusting pressing cylinder, the adjusting pressing cylinder is installed above the mechanism cylinder plate through an adjusting cylinder heat insulation plate, a cylinder shaft of the adjusting pressing cylinder penetrates through the mechanism cylinder plate and is connected with an adjusting cylinder connecting plate, the lower portion of the adjusting cylinder connecting plate is connected with a stepping motor mounting plate through an adjusting part supporting plate, adjusting part guide pillars are arranged on the two sides of the adjusting cylinder connecting plate and the stepping motor mounting plate in a penetrating mode, the upper end of each adjusting part guide pillar is connected with the mechanism cylinder plate, the lower end of each adjusting part guide pillar is connected with a mechanism sliding plate, a stepping motor is arranged between the adjusting cylinder connecting plate and the stepping motor mounting plate, and linear bearings sleeved on the adjusting part guide pillars are arranged on the two sides of the adjusting cylinder connecting plate and the two sides of the stepping motor mounting plate.
Furthermore, the needle adjusting mechanism assembly comprises a needle adjusting part guide sleeve shaft, the needle adjusting part guide sleeve shaft is installed below the stepping motor installation plate, a needle adjusting connecting piece is arranged in the needle adjusting part guide sleeve shaft, the upper end of the needle adjusting connecting piece is connected with a motor shaft of the stepping motor, the lower end of the needle adjusting connecting piece is connected with a needle adjusting, the needle adjusting part guide sleeve shaft vertically and downwards penetrates through the mechanism sliding plate and the mechanism platform bottom plate in sequence and is connected with the adjusting part positioning seat, and the lower end of the needle adjusting extends to the position below the adjusting part positioning seat.
Furthermore, the fixture positioning assembly comprises an adjusting rotating shaft distance adjusting block arranged below one end of the adjusting part positioning seat, and a positioning guide pillar is arranged below the adjusting rotating shaft distance adjusting block.
Further, fixed product mechanism subassembly includes the fixed depression bar of product, and this fixed depression bar of product wears to establish the other end at the adjustment part positioning seat, and the cover is equipped with the depression bar spring on this fixed depression bar of product, and the upper end roof pressure of this depression bar spring is at adjustment part positioning seat lower surface, and the lower extreme supports presses on the fixed depression bar of product.
Furthermore, the product on-off signal measuring pin assembly comprises insulating ceramic rings arranged on two sides of the product fixing pressure rod, the insulating ceramic rings are arranged in the adjusting part positioning seat in a penetrating mode, an adjusting measuring pin mounting block is installed below the insulating ceramic rings, and a measuring pin is installed below the adjusting measuring pin mounting block.
Furthermore, the limiting sheet positioning lifting assembly comprises a limiting sheet positioning guide block arranged on one side of the adjusting part positioning seat, a limiting sheet positioning lifting block penetrates through the limiting sheet positioning guide block, a limiting sheet positioning lifting fastener protruding outwards is arranged at the upper end of the limiting sheet positioning lifting block, and a limiting sheet positioning sheet is arranged at the lower end of the limiting sheet positioning lifting block;
the spacing piece fixed establishment of product is including installing the spacing piece positioning mechanism backup pad at the spacing piece positioning mechanism connecting block other end, this spacing piece positioning mechanism backup pad upper end is equipped with the cylinder mounting panel, spacing piece location cylinder is installed to this cylinder mounting panel top, the one side that spacing piece positioning mechanism connecting block was kept away from to this spacing piece positioning mechanism backup pad is equipped with the spacing piece location linear guide rail under vertical, install spacing piece location sliding plate on this spacing piece location linear guide rail, this spacing piece location sliding plate upper end is connected with spacing piece location cylinder through location cylinder connecting block, this spacing piece location sliding plate lower extreme is equipped with spacing piece location lift axle, this spacing piece location lift axle is equipped with spacing piece location and stretches out the piece, this spacing piece location stretches out the piece end and is corresponding from top to bottom with spacing piece location lift fastener.
The utility model has the beneficial effects that: 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, the adjustment part positioning seat of being convenient for is pushed down and is carried out positioning fixture, fixed product, it is spacing to the product, adjust the product and carry out accommodation 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.
Drawings
Fig. 1 is a schematic perspective view of the present invention.
Fig. 2 is a schematic perspective view of the present invention.
Fig. 3 is an enlarged schematic view of a portion a in fig. 2.
Fig. 4 is a schematic structural diagram of the positioning seat of the adjusting member.
In the figure: a connecting column 91, a mechanism platform bottom plate 92, a mechanism front and rear adjusting plate 93, a mechanism left and right adjusting plate 94, a mechanism front and rear fixing plate 95, a mechanism left and right fixing plate 96, an oil buffer fixing plate 97, an oil buffer 98, a linear guide rail 99, a mechanism sliding plate 100, a mechanism supporting column 101, a mechanism cylinder plate 102, an adjusting cylinder heat shield 103, an adjusting down cylinder 104, an adjusting cylinder connecting plate 105, an adjusting part guide pillar 106, a linear bearing 107, an adjusting part supporting plate 108, a stepping motor mounting plate 109, a stepping motor 110, a pin adjusting part guide sleeve shaft 111, a pin adjusting connecting piece 112, a pin adjusting 113, an adjusting part positioning seat 114, an adjusting rotating shaft distance adjusting block 115, a positioning guide pillar 116, a product fixing press rod 117, a press rod spring 118, an insulating ceramic ring 119, an adjusting pin mounting block 120, a pin 121, a limiting plate positioning mechanism connecting block 122, a limiting plate positioning mechanism supporting plate 123, The positioning device comprises a cylinder mounting plate 124, a limiting sheet positioning cylinder 125, a positioning cylinder connecting block 126, a limiting sheet positioning sliding plate 127, a limiting sheet positioning linear guide rail 128, a limiting sheet positioning lifting shaft 129, a limiting sheet positioning extending block 130, a limiting sheet positioning guide block 131, a limiting sheet positioning lifting block 132, a limiting sheet positioning lifting fastener 133 and a limiting sheet positioning sheet 134.
Detailed Description
The following further describes embodiments of the present invention with reference to the 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 involved in the embodiments of the present invention described below may be combined with each other as long as they do not conflict with each other.
The automatic heat regulating mechanism of the temperature controller heat regulating furnace shown by combining the figures 1, 2 and 3 comprises a mechanism platform bottom plate 92, connecting columns 91 used for fixing a mechanism platform on the heat regulating furnace are arranged on four corners of the lower end of the mechanism platform bottom plate 92, the connecting columns 91 are mainly used for fixing, a mechanism front and rear regulating assembly is arranged above the mechanism platform bottom plate 92, a mechanism left and right regulating assembly is arranged above the mechanism front and rear regulating assembly, a mechanism sliding plate 100 capable of sliding left and right is arranged above the mechanism left and right regulating assembly, a mechanism cylinder plate 102 is arranged above the mechanism sliding plate 100 through a mechanism supporting column 101, a mechanism guiding assembly capable of moving up and down is arranged between the mechanism supporting column 101 and the mechanism cylinder plate 102, a needle regulating mechanism assembly is arranged below the mechanism guiding assembly, and vertically and sequentially penetrates through the mechanism sliding plate 100 and the mechanism platform bottom plate 92, an adjusting part positioning seat 114 is installed at the tail end of the adjusting part positioning seat 114, a clamp positioning assembly is arranged at one end of the adjusting part positioning seat 114, a fixed product mechanism assembly is arranged at the other end of the adjusting part positioning seat 114, a limiting piece positioning lifting assembly is arranged at one side of the adjusting part positioning seat 114, product on-off signal probe assemblies are arranged on two sides of the fixed product mechanism assembly, a product limiting piece fixing mechanism is further arranged at one side of the mechanism sliding plate 100, 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 regulation process of the utility model 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.
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 these embodiments without departing from the principles and spirit of the utility model, and the scope of protection is still within the scope of the utility model.
Claims (10)
1. An automatic heat regulation mechanism of a temperature controller heat regulation furnace comprises a mechanism platform bottom plate (92), connecting columns (91) used for fixing a mechanism platform on the heat regulation furnace are arranged on four corners of the lower end of the mechanism platform bottom plate (92), and is characterized in that a mechanism front and rear regulation assembly is arranged above the mechanism platform bottom plate (92), a mechanism left and right regulation assembly is arranged above the mechanism front and rear regulation assembly, a mechanism sliding plate (100) capable of sliding left and right is arranged above the mechanism left and right regulation assembly, a mechanism cylinder plate (102) is arranged above the mechanism sliding plate (100) through a mechanism supporting column (101), a mechanism guide assembly capable of moving up and down is arranged between the mechanism supporting column (101) and the mechanism cylinder plate (102), a needle regulation mechanism assembly is arranged below the mechanism guide assembly, and 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.
2. The automatic heating mechanism of a thermoregulator according to claim 1 wherein the mechanism back and forth adjustment assembly comprises a mechanism back and forth adjustment plate (93), the mechanism back and forth adjustment plate (93) having a mechanism back and forth fixing plate (95) on the front and back sides of the mechanism back and forth adjustment plate (93), the mechanism back and forth fixing plate (95) being mounted on the side of the mechanism platform base plate (92).
3. The automatic heating mechanism of a thermostat heating furnace according to claim 1, wherein the left and right mechanism adjusting assembly comprises left and right mechanism adjusting plates (94), left and right mechanism fixing plates (96) are provided on left and right sides of the left and right mechanism adjusting plates (94), and the left and right mechanism fixing plates (96) are mounted on the mechanism platform base plate (92).
4. The automatic heat-adjusting mechanism of a temperature controller heat-adjusting oven according to claim 1, characterized in that a linear guide rail (99) is provided under the mechanism sliding plate (100), the linear guide rail (99) is installed 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 oil buffer fixing plates (97), the oil buffer fixing plates (97) are provided with oil buffers (98), and the oil buffers (98) correspond to the side surfaces of the mechanism sliding plate (100).
5. The automatic heating mechanism of a thermoregulator furnace of a thermoregulator according to claim 1 wherein the mechanism guide assembly comprises an adjustment hold-down cylinder (104), the adjustment hold-down cylinder (104) is mounted above the mechanism cylinder plate (102) by an adjustment cylinder insulation plate (103), the cylinder axis of the adjustment hold-down cylinder (104) passes through the mechanism cylinder plate (102) and is connected to an adjustment cylinder connection plate (105), the adjustment cylinder connection plate (105) is connected to a stepping motor mounting plate (109) by an adjustment member support plate (108), the adjustment cylinder connection plate (105) and the stepping motor mounting plate (109) are both provided with an adjustment member guide post (106) through both sides, the upper end of the adjustment member guide post (106) is connected to the mechanism cylinder plate (102) and the lower end is connected to the mechanism sliding plate (100), a stepping motor (110) is provided between the adjustment cylinder connection plate (105) and the stepping motor mounting plate (109), both sides of the adjusting cylinder connecting plate (105) and the stepping motor mounting plate (109) are provided with linear bearings (107) sleeved on the adjusting part guide posts (106).
6. The automatic thermal regulating mechanism of a thermal regulating furnace of a temperature controller according to claim 1, wherein the pin regulating mechanism assembly comprises a pin regulating part guide sleeve shaft (111), the pin regulating part guide sleeve shaft (111) is installed below the stepping motor mounting plate (109), a pin regulating connector (112) is arranged in the pin regulating part guide sleeve shaft (111), the upper end of the pin regulating connector (112) is connected with a motor shaft of the stepping motor (110), the lower end of the pin regulating connector (112) is connected with a pin regulating (113), the pin regulating 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 the regulating part positioning seat (114), and the lower end of the pin regulating part (113) extends to below the regulating part positioning seat (114).
7. The automatic thermal regulating mechanism of a thermoregulator according to claim 1, wherein the fixture positioning assembly comprises an adjusting shaft distance adjusting block (115) installed below one end of the adjusting member positioning seat (114), and a positioning guide pillar (116) is installed below the adjusting shaft distance adjusting block (115).
8. The automatic thermal regulating mechanism of a thermal regulating stove of a temperature controller of claim 1, wherein the product fixing mechanism assembly comprises a product fixing pressure bar (117), the product fixing pressure bar (117) is inserted into the other end of the regulating member positioning seat (114), a pressure bar spring (118) is sleeved on the product fixing pressure bar (117), the upper end of the pressure bar spring (118) is pressed against the lower surface of the regulating member positioning seat (114), and the lower end is pressed against the product fixing pressure bar (117).
9. The automatic thermal regulating mechanism of a thermoregulator furnace of claim 1 wherein the product on-off signal pin assembly comprises an insulating ceramic ring (119) disposed on both sides of the product fixing compression bar (117), the insulating ceramic ring (119) is inserted into the adjusting member positioning seat (114), an adjusting pin mounting block (120) is mounted below the insulating ceramic ring (119), and a pin (121) is mounted below the adjusting pin mounting block (120).
10. The automatic thermal regulating mechanism of a temperature controller thermal regulating furnace according to claim 1, wherein the limiting plate positioning lifting assembly comprises a limiting plate positioning guide block (131) installed at one side of the regulating component positioning seat (114), a limiting plate positioning lifting block (132) is arranged in the limiting plate positioning guide block (131) in a penetrating way, a limiting plate positioning lifting fastener (133) protruding outwards is arranged at the upper end of the limiting plate positioning lifting block (132), and a limiting plate positioning plate (134) is arranged at the lower end of the limiting plate positioning lifting block (132);
the product limiting sheet fixing mechanism comprises a limiting sheet positioning mechanism support plate (123) arranged at the other end of a limiting sheet positioning mechanism connecting block (122), a cylinder mounting plate (124) is arranged at the upper end of the limiting sheet positioning mechanism support plate (123), a limiting sheet positioning cylinder (125) is arranged above the cylinder mounting plate (124), a vertical limiting sheet positioning linear guide rail (128) is arranged at one side of the limiting sheet positioning mechanism support plate (123) far away from the limiting sheet positioning mechanism connecting block (122), a limiting sheet positioning sliding plate (127) is arranged on the limiting sheet positioning linear guide rail (128), the upper end of the limiting sheet positioning sliding plate (127) is connected with the limiting sheet positioning cylinder (125) through a positioning cylinder connecting block (126), a limiting sheet positioning lifting shaft (129) is arranged at the lower end of the limiting sheet positioning sliding plate (127), and a limiting sheet positioning extending block (130) is arranged on the limiting sheet positioning lifting shaft (129), the tail end of the limiting sheet positioning extending block (130) is vertically corresponding to the limiting sheet positioning lifting fastener (133).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202122024604.8U CN215526453U (en) | 2021-08-26 | 2021-08-26 | Automatic heat regulation mechanism of temperature controller heat regulation furnace |
Applications Claiming Priority (1)
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