CN203516841U

CN203516841U - Rotary hot rosin discharging device

Info

Publication number: CN203516841U
Application number: CN201320667712.XU
Authority: CN
Inventors: 石富华; 石盛华
Original assignee: Individual
Current assignee: Individual
Priority date: 2013-10-29
Filing date: 2013-10-29
Publication date: 2014-04-02
Anticipated expiration: 2023-10-29

Abstract

A rotary hot rosin discharging device is composed of a connecting pipe, a rotary discharging pipe, a fixing shaft and a shaft cap. The fixing shaft is in threaded connection with the connecting pipe through the interior of the rotary discharging pipe. The rotary hot rosin discharging device is characterized in that the rotary discharging pipe can rotate relatively to the connecting pipe, the shaft cap is connected with the lower portion of the rotary discharging pipe, and the fixing shaft is sealed inside an inner space formed between the shaft cap and the rotary discharging pipe. The discharging device is free of valve control by adopting the rotary discharging device; during operation, discharging of hot rosin is controlled through the rotary discharging pipe, workers' operation is facilitated, and the hot rosin is prevented from splashing to hurt people; since the discharging device is free of valves, the hot rosin cannot be solidified and bound to jam pipelines during discharging of the hot rosin, and discharging efficiency of the hot rosin can be improved.

Description

A kind of rotary-type thermal rosin discharge device

Technical field

The present invention relates to the exit port control device of fluid, relate in particular to high temperature, the highly viscous fluid discharge device of hot rosin.

Background technique

The process of the production discharging of rosin is to carry out discharging under high temperature, highly viscous fluid state, after discharging, by artificial or natural mode cooled and solidified, become again the rosin product of solid, the discharging of present technomania rosin is by valve, to connect the hot rosin discharging of thermal insulation pipe, in the process of discharging, naturally cooling due to air, easily causes the solidifying of rosin, ramming material, stop up pipeline, valve, affected the discharging of product.

In order to address the above problem, the utility model provides a kind of rotary-type thermal rosin discharge device, and the discharge device of controlling without valve, has adopted revolving outlet device, during operation, by rotating discharge management and control, heat the discharging of rosin, facilitate workman to operate, prevent from that hot rosin from splashing to hurt sb.'s feelings, due to valveless discharging, hot rosin, in discharging process, can not solidify ramming material blocking pipe, improves the efficiency of the discharging of hot rosin.

Summary of the invention

For addressing the above problem, the utility model provides a kind of rotary-type thermal rosin discharge device, by connecting tube, rotating discharge pipe, stationary axle, shaft-cup, formed, stationary axle is threaded by inside and the connecting tube of rotating discharge pipe, it is characterized in that: rotating discharge pipe can rotate with respect to connecting tube, shaft-cup is connected with rotating discharge pipe bottom, and stationary axle is sealed between shaft-cup and rotating discharge pipe in formed inner space.

Rotating discharge pipe described in the utility model, it is characterized in that, its top has two operating handles of a symmetry, two branched pipes in the bottom of discharge nozzle with a symmetry, rotating discharge pipe inside has straight-through center hole, and described center hole and two branched pipes communicate, and the aperture on the top of described center hole is little, aperture, bottom is large, and the jointing place of upper and lower forms an interior step.The bottom of described rotating discharge pipe also has the discharge nozzle outside thread of one section of protrusion being connected for shaft-cup.

For the ease of operation, described operating handle, its length is greater than the length of branched pipe, and vertical with branched pipe antarafacial.

Connecting tube described in the utility model, is characterized in that: in the inside that is connected and fixed the connecting tube of axle one end, have one section of connecting tube internal thread, for the stationary axle outside thread with stationary axle, be threaded fixing.

Stationary axle described in the utility model, in stationary axle outside thread, axle, spindle nose forms, and has one perpendicular to the straight-through split-flow opening of stationary axle axial direction on spindle nose, boring in stationary axle outside thread, axle, and be communicated in the split-flow opening of spindle nose inside.The spindle nose of described stationary axle is greater than in axle, and the jointing place in from spindle nose to axle forms a step falling.The step that this falls, making can be by the boring of rotating discharge pipe in the axle of stationary axle, thus, the stationary axle outside thread of stationary axle can be threaded fixing with the connecting tube internal thread of connecting tube, and the spindle nose of stationary axle is because the interior step of the center hole of rotating discharge pipe inside stops, can only enter into the lower hollow place of the large center hole in aperture.

Shaft-cup described in the utility model, fixes by the discharge nozzle outside thread screw thread of shaft-cup internal thread and rotating discharge pipe bottom, and stationary axle is sealed in to formed inner space between shaft-cup and rotating discharge pipe.

Due to unfixing between stationary axle and rotating discharge pipe, stationary axle is relative with connecting tube fixing, so rotating discharge pipe can rotate with respect to connecting tube.Utilize operating handle, can control the rotation of rotating discharge pipe, when rotating discharge pipe forwards the coincidence of the split-flow opening of stationary axle and the branched pipe of rotating discharge pipe to, between branched pipe, stationary axle, connecting tube, form path, hot rosin is under heat insulation tank pressure-acting, and hot rosin can flow out and enter into packing drum of rosin from branched pipe.

On connecting tube, there is a pair of positioning rod, only need to the direction of the split-flow opening direction of stationary axle and positioning rod on connecting tube be pointed to consistent, control the direction of branched pipe and positioning rod when consistent, the branched pipe of rotating discharge pipe and the split-flow opening of stationary axle overlap completely, the rate of discharge of hot rosin is maximum, facilitates the quickly discharging of hot rosin.

The utility model, controls rotating discharge pipe by operating handle, has adopted revolving outlet device, without valve, controls, and has reduced that rosin solidifies in the process of discharging, the problem of ramming material, easy to operate.

Accompanying drawing explanation

Fig. 1 is the utility model discharge device schematic perspective view.

Fig. 2 is the utility model discharge device perspective exploded view.

Fig. 3 is rotating discharge pipe schematic perspective view.

Fig. 4 is Fig. 3 plan view.

Fig. 5 is Fig. 4 A-A sectional view.

Fig. 6 is stationary axle schematic perspective view.

Fig. 7 is Fig. 6 axle center section plan.

Fig. 8 is connecting tube schematic perspective view.

Fig. 9 is shaft-cup schematic perspective view.

Figure 10 is that the utility model is implemented schematic diagram.

In figure: in 1-connecting tube, 11-positioning rod, 12-connecting tube internal thread, 2-rotating discharge pipe, 21-operating handle, 22-branched pipe, 23-center hole, 24-discharge nozzle outside thread, 3-stationary axle, 31-stationary axle outside thread, 32-axle, 33-split-flow opening, 34-spindle nose, 4-shaft-cup, 41-shaft-cup internal thread.

In figure, alphabetical label is expressed as: a-the utility model discharge device, b-thermal insulation pipe, c-heat insulation tank.

Embodiment

Below in conjunction with accompanying drawing, mode of execution of the present utility model is made to brief description.

As shown in Figure 1 and Figure 2, the utility model is comprised of connecting tube (1), rotating discharge pipe (2), stationary axle (3), shaft-cup (4), stationary axle (3) is threaded by inside and the connecting tube (1) of rotating discharge pipe (2), shaft-cup (4) is connected with rotating discharge pipe (2) bottom, and stationary axle (3) is sealed between shaft-cup (4) and rotating discharge pipe (2) in formed inner space.

Shown in Fig. 3, Fig. 4, Fig. 5, rotating discharge pipe (2) comprises the operating handle (21) on top, the branched pipe (22) of bottom, its boring, center hole (23) and two branched pipes (22) communicate, the aperture on the top of center hole (23) is little, aperture, bottom is large, and the intersection of upper and lower forms an interior step, the discharge nozzle outside thread (24) that the bottom of rotating discharge pipe (2) has.

Shown in Fig. 6, stationary axle (3) (32), spindle nose (34) in stationary axle outside thread (31), axle form, and spindle nose (34) is greater than (32) in axle, from spindle nose (34), to axle, form a step falling in the jointing place of (32).

Shown in Fig. 7, on the spindle nose (34) of stationary axle (3), there is one perpendicular to the straight-through split-flow opening (33) of stationary axle (3) axial direction, (32) boring in stationary axle outside thread (31) and axle, the split-flow opening (33) inner with spindle nose (34) is communicated with.

Specifically be implemented as follows: the utility model rotary-type thermal rosin discharge device (a) is connected on thermal insulation pipe (b), heat insulation tank (c), by stationary axle (3), rotating discharge pipe (2) is assembled in to the below of connecting tube (1), utilizes shaft-cup (4) that stationary axle (3) is sealed between shaft-cup (4) and rotating discharge pipe (2) in formed inner space.During use, utilize operating handle (21), rotation that can rotating discharge pipe (2), when rotating discharge pipe (2) forwards the coincidence of the split-flow opening (33) of stationary axle (3) and the branched pipe (22) of rotating discharge pipe (2) to, branched pipe (22), stationary axle (3), connecting tube form path between (1), hot rosin is under heat insulation tank (c) pressure-acting, and hot rosin can flow out and enter into packing drum of rosin from branched pipe (22).Finish using, as long as control the relative position of the split-flow opening (33) of branched pipe (22) on rotating discharge pipe (2) and stationary axle (3), just can close the outlet of hot rosin.

Claims

1. a rotary-type thermal rosin discharge device, by connecting tube, rotating discharge pipe, stationary axle, shaft-cup, formed, stationary axle is threaded by inside and the connecting tube of rotating discharge pipe, it is characterized in that: rotating discharge pipe can rotate with respect to connecting tube, shaft-cup is connected with rotating discharge pipe bottom, and stationary axle is sealed between shaft-cup and rotating discharge pipe in formed inner space.

2. a kind of rotary-type thermal rosin discharge device according to claim 1, it is characterized in that: described rotating discharge pipe, its top has two operating handles of a symmetry, has two branched pipes of a symmetry in the bottom of discharge nozzle, and rotating discharge pipe inside has straight-through center hole.

3. a kind of rotary-type thermal rosin discharge device according to claim 2, is characterized in that: described center hole and two branched pipes communicate, and the aperture on the top of center hole is little, and aperture, bottom is large, and the jointing place of upper and lower forms an interior step.

4. a kind of rotary-type thermal rosin discharge device according to claim 2, is characterized in that: described operating handle, its length is greater than the length of branched pipe, and vertical with branched pipe antarafacial.