CN205628922U - Take goldleaf briquetting machine of thickness measuring function - Google Patents

Abstract

The utility model relates to a take goldleaf briquetting machine of thickness measuring function. This kind of goldleaf briquetting machine includes the board and establishes suppression subassembly, the drive assembly on the board and be used for the thickness measuring of the goldleaf thickness after the measurement suppression is processed quick -witted that the suppression subassembly includes and is used for suppressing the press roller group of goldleaf and is used for organizing the press of applying the power of suppression to press roller, the rotation of drive assembly drive press roller group, and the place ahead of organizing ejection of compact direction at press roller is established to the thickness measuring machine. The utility model discloses a set up thickness measuring machine on the goldleaf briquetting machine, the workman passes through the just goldleaf thickness of real -time supervision to the suppression after easily of thickness measuring machine, commands the condition of goldleaf suppression in real time, and the convenient to use nature of goldleaf briquetting machine obtains improving.

Description

A kind of native gold press of band thickness measuring function

Technical field

This utility model relates to native gold press, particularly relates to the native gold press of a kind of band thickness measuring function.

Background technology

Native gold is the thin slice made by gold.Gold owing to having good ductility and plasticity, The native gold that 31.25 grams of proof gold can be made into ten thousand/millimeters thick, area is 16.2 square metres.Market today On native gold be the most all to be formed by compacting.After general native gold press cannot learn compacting in real time Native gold thickness, need to suppress completely complete after just can obtain the thickness of native gold, such and inconvenient Staff monitors the native gold thickness after compacting in real time, is not easy to workman's control to native gold compacting situation, Ease of use is relatively low.

Utility model content

The purpose of this utility model is the defect for overcoming prior art, and provides a kind of band thickness measuring merit Can native gold press so that workman can monitor the native gold thickness after compacting, improve ease of use.

For achieving the above object, this utility model is by the following technical solutions:

A kind of native gold press of band thickness measuring function, it include board and the pressing assembly being located on board, Drive assembly and for measuring the thickness measuring machine of the native gold thickness after press process, pressing assembly include for Suppress the press roller group of native gold and for applying the forcing press of press power to press roller group, drive assembly band Dynamic press roller group rotates, and thickness measuring machine is located at the front in press roller group discharging direction.

Further, thickness measuring machine is slidably connected on board, the glide direction of thickness measuring machine and press roller group Discharging direction vertical.

Further, also including feeding assembly, feeding assembly includes feeding motor and being driven by charging motor Dynamic feed roll, feed roll is wound with gold material to be processed, and feeding assembly is located at press roller group The rear of feedstock direction.

Further, pressing assembly also include feed transition roller, charging transition roller be located at feeding assembly with Between press roller group.

Further, the rewinding assembly being located at the front in press roller group discharging direction, rewinding group are also included Part includes rewinding motor and by rewinding motor-driven rewinding cylinder, the gold after being suppressed by press roller group Paper tinsel rolling is on rewinding cylinder.

Further, pressing assembly also include middle transition roller, middle transition roller be located at rewinding assembly and Between press roller group.

Further, rewinding assembly also includes idler roller, and idler roller is located at middle transition roller and rolls with rewinding Between Tong, the distance between idler roller and rewinding cylinder less than between idler roller and middle transition roller away from From；Native gold after idler roller upper surface is from the lower section rolling of rewinding cylinder.

Further, drive assembly to include driving motor, reduction box and universal drive shaft, drive motor Driving universal drive shaft to rotate by reduction box, universal drive shaft drives press roller group to rotate.

Further, press roller group includes drive roll, upper driven voller, lower drive roll and lower driven voller, The axis of upper drive roll, upper driven voller, lower drive roll and lower driven voller is on same perpendicular also It is parallel to each other；Upper driven voller is located at below drive roll and is close to upper drive roll, and lower driven voller is located at Being close to above lower drive roll and with lower drive roll, upper drive roll and lower drive roll are by driving Component driver to turn Dynamic；Native gold is clamped between driven voller and lower driven voller and passes through between the two.

Further, forcing press is located at the top of drive roll, upper drive roll and upper driven voller can be upper and lower Slide.

This utility model compared with prior art provides the benefit that:

This utility model is by being provided with thickness measuring machine on native gold press, and workman just can by thickness measuring machine Enough real-time monitor the native gold thickness after compacting easily, control the situation of native gold compacting, native gold pressure in real time The ease of use of machine processed is improved.

Accompanying drawing explanation

Fig. 1 is the assembling stereogram (visual angle, rear) of native gold press；

Fig. 2 is the assembling stereogram (visual angle, front) of native gold press.

Detailed description of the invention

In order to more fully understand technology contents of the present utility model, below in conjunction with specific embodiment to this reality It is described further by novel technical scheme and illustrates.

The concrete structure of this utility model embodiment is as depicted in figs. 1 and 2.Native gold press includes board 10 and be located at the pressing assembly on board 10, drive assembly, rewinding assembly, feeding assembly and thickness measuring machine 70。

As it is shown in figure 1, pressing assembly includes the press roller group 30 for suppressing native gold and for press roller The forcing press 41 of group 30 applying press power.Press roller group 30 include drive roll 31, upper driven voller 32, Lower drive roll 34 and lower driven voller 33.Upper drive roll 31, upper driven voller 32, lower drive roll 34 and under from The axis of action roller 33 is on same perpendicular and is parallel to each other.Upper driven voller 32 is located at drive roll Be close to below 31 and with upper drive roll 31, lower driven voller 33 be located at above lower drive roll 34 and with lower active Roller 34 is close to.Forcing press 41 is located at the top of drive roll 31 and promotes upper drive roll 31 and upper driven voller 32 glide downwards, upper drive roll 31 and upper driven voller 32 can slide up and down by relative board 10.

As it is shown in figure 1, feeding assembly includes the feed roll feeding motor 61 and being driven by charging motor 61 62.Gold material (not shown) to be processed it is wound with on feed roll 62.Charging motor 61 and feed roll 62 rears being located at press roller group 30 feedstock direction.

As it is shown in figure 1, pressing assembly also includes feeding transition roller 43.Charging transition roller 43 is located at charging group Between part and press roller group 30.Charging transition roller 43 serves the gold material that supporting is to be processed, it is to avoid gold material Gold is expected that two pulling force is overweight by middle gravity.

As it is shown in figure 1, native gold is clamped between driven voller 32 and lower driven voller 33 and leads between the two Cross.As in figure 2 it is shown, pressing assembly also includes that middle transition roller 42, middle transition roller 42 are located at rewinding group Between part and press roller group 30.Native gold passes through press roller group 30 afterwards through middle transition roller 42, centre Transition roller 42 serves the supporting role to native gold, it is to avoid two stress of native gold is excessive.

As depicted in figs. 1 and 2, drive assembly to be used for driving press roller group 30 to rotate, wherein go up drive roll 31 and lower drive roll 34 by drive Component driver rotate.Assembly is driven to include driving motor 21, reduction box 22 and universal drive shaft 23.Motor 21 is driven to drive universal drive shaft 23 to rotate by reduction box 22, ten thousand Press roller group 30 is driven to rotate to power transmission shaft 23.Universal drive shaft 23 has upper and lower two, drives accordingly Upper drive roll 31 and lower drive roll 34.

As in figure 2 it is shown, rewinding assembly includes rewinding motor 51 and the rewinding cylinder driven by rewinding motor 51 52.On the facet 11 that rewinding motor 51 is located on board 10, rewinding cylinder 52 is then fixed on On the output shaft of rewinding motor 51.Rewinding cylinder 52 is in the discharging direction of press roller group 30.By pressure Native gold rolling after roller group 30 processed compacting is on rewinding cylinder 52.

Additionally, as in figure 2 it is shown, rewinding assembly also includes idler roller 53.Idler roller 53 is located at middle transition Between roller 42 and rewinding cylinder 52.Distance between idler roller 53 and rewinding cylinder 52 is less than idler roller 53 And the distance between middle transition roller 42.Native gold after idler roller 53 upper surface is from rewinding cylinder The lower section rolling of 52.

The thickness measuring machine 70 of the present embodiment native gold thickness after measuring press process.As in figure 2 it is shown, survey Thick machine 70 is located at the front in press roller group 30 discharging direction.In the present embodiment, thickness measuring machine 70 slides even It is connected on board 10, and the glide direction of thickness measuring machine 70 is vertical with the discharging direction of press roller group 30, The most just can facilitate and the most according to circumstances choose whether to use thickness measuring machine 70 to carry out real-time thickness measuring. If needing thickness measuring, then thickness measuring machine 70 is slid on the position overlapped with press roller group 30 discharging direction ?；If being not required to thickness measuring, directly thickness measuring machine 70 is removed.

Set forth above only further illustrate technology contents of the present utility model with embodiment, in order to read Person is easier to understand, but does not represent embodiment of the present utility model and be only limitted to this, any according to this practicality Novel done technology extends or recreation, all by protection of the present utility model.

Claims (10)

1. the native gold press of a band thickness measuring function, it is characterised in that it includes board and is located at machine Pressing assembly, driving assembly and the thickness measuring machine of the native gold thickness after measuring press process on platform, Described pressing assembly includes the press roller group for suppressing native gold and for applying press power to press roller group Forcing press, described driving assembly drive press roller group rotate, described thickness measuring machine is located at press roller group and goes out The front in material direction.

2. the native gold press of band thickness measuring function as claimed in claim 1, it is characterised in that described Thickness measuring machine is slidably connected on board, the glide direction of described thickness measuring machine and the discharging direction of press roller group Vertically.

3. the native gold press of band thickness measuring function as claimed in claim 1, it is characterised in that also wrap Including feeding assembly, described feeding assembly includes feeding motor and by feeding motor-driven feed roll, Being wound with gold material to be processed on described feed roll, described feeding assembly is located at press roller group charging side To rear.

4. the native gold press of band thickness measuring function as claimed in claim 3, it is characterised in that described Pressing assembly also includes feeding transition roller, described charging transition roller be located at feeding assembly and press roller group it Between.

5. the native gold press of band thickness measuring function as claimed in claim 1, it is characterised in that also wrap Including the rewinding assembly in the front being located at press roller group discharging direction, described rewinding assembly includes rewinding motor And by rewinding motor-driven rewinding cylinder, the native gold rolling after being suppressed by described press roller group is being received On feed roller.

6. the native gold press of band thickness measuring function as claimed in claim 5, it is characterised in that described Pressing assembly also include middle transition roller, described middle transition roller be located at rewinding assembly and press roller group it Between.

7. the native gold press of band thickness measuring function as claimed in claim 6, it is characterised in that described Rewinding assembly also includes that idler roller, described idler roller are located between middle transition roller and rewinding cylinder, institute State the distance between idler roller and rewinding cylinder less than the distance between idler roller and middle transition roller；Warp Cross the lower section rolling from rewinding cylinder of the native gold after idler roller upper surface.

8. the native gold press of band thickness measuring function as claimed in claim 1, it is characterised in that described Driving assembly to include driving motor, reduction box and universal drive shaft, described driving motor passes through reduction box Driving universal drive shaft rotates, and described universal drive shaft drives press roller group to rotate.

9. the native gold press of band thickness measuring function as claimed in claim 1, it is characterised in that described Press roller group includes drive roll, upper driven voller, lower drive roll and lower driven voller, described upper drive roll, The axis of upper driven voller, lower drive roll and lower driven voller is on same perpendicular and is parallel to each other； Described upper driven voller is located at below drive roll and is close to upper drive roll, and described lower driven voller is located at down Being close to above drive roll and with lower drive roll, described upper drive roll and lower drive roll are by described driving assembly Drive and rotate；Native gold is clamped between described upper driven voller and lower driven voller and passes through between the two.

10. the native gold press of band thickness measuring function as claimed in claim 9, it is characterised in that described Forcing press is located at the top of drive roll, and described upper drive roll and upper driven voller can slide up and down.