CN209684874U - Disproportionated rosin distributing device - Google Patents

Abstract

The utility model discloses a kind of disproportionated rosin distributing devices, comprising: bracket；Stock chest；It is pressed into component, it include the mounting rack for being set up in the storage cavity top, sealing sliding be set in the storage cavity pressing plate, be installed on the mounting rack and free end and the first affixed telescopic cylinder of the pressing plate, first telescopic cylinder is flexible along the storage cavity depth direction, to drive the pressing plate to slide up and down；Opening/closing component comprising the second telescopic cylinder and the affixed installing frame in second telescopic cylinder free end being installed on the bracket.The utility model material is assembled automatically, cooperation is pressed into the setting of component, opening/closing component, the beneficial effect of quantitative discharging with material, it can satisfy the Different Package mode of downstream user requirement, it solves bucket under current disproportionated rosin to pack, bring later period client's use of time needs brokenly the broken fragrant cumbersome and manpower and material resources consumption of bucket.

Description

Disproportionated rosin distributing device

Technical field

The utility model relates to disproportionated rosin production equipment technologies.More specifically, the utility model relates to one kind Disproportionated rosin distributing device.

Background technique

Rosin refers to using pine resin as raw material, the non-volatile natural resin obtained by different processing methods, is disproportionated Rosin is the biggish kind of yield prepared in rosin deep processed product using the method for catalytic disproportionation, is micro- Huang Zhihuang Red transparent glassy solid, disproportionated rosin generally use Galvanized Iron Drum packaging, and common packing method is by disproportionated rosin It melts in investment melting tank, is then directly filled into the disproportionated rosin of melting in Galvanized Iron Drum, be frozen into plating after its cooling A barrel-shaped entirety of zinc-iron, when disproportionated rosin reuses, breaks Galvanized Iron Drum with broken bucket equipment, further strikes Broken disproportionated rosin after so that the disproportionated rosin of bulk is become fritter, could use, extremely inconvenient, time-consuming and laborious, therefore under often having Swim user propose should not Galvanized Iron Drum packaging, and the packaging for needing broken perfume later facilitates them to feed intake use.

Utility model content

One purpose of the utility model is to solve at least the above problems, and provide the advantages of at least will be described later.

The utility model is to provide a kind of disproportionated rosin distributing device there are one purpose, makes material by the setting of storage cavity Automatic aggregation, cooperation is pressed into the quantitative discharging that realization material is arranged of component, opening/closing component, to obtain blocky disproportionated rosin.

In order to realize these purposes and other advantages according to the present utility model, a kind of disproportionated rosin distributing device is provided, Include:

Bracket；

Stock chest, for the cuboid of top surface opening, the stock chest is set up on the bracket, in the stock chest Fixed arc stock guide is sealed, the stock chest is divided into storage cavity and incubation cavity setting up and down, the storage cavity is most Low side is spaced along its length through multiple top discharge mouths are arranged, and the incubation cavity bottom end is located at immediately below each top discharge mouth Through a lower discharge port is arranged, any neighbouring top discharge mouth be connected to lower discharge port by passage, and described is gone up out The aperture of material mouth, the lower discharge port and the passage is identical, and the storage cavity side wall is connected to a feed pipe and is located at described Through one venthole of setting above feed pipe；

It is pressed into component comprising be set up in the mounting rack on the storage cavity top, sealing sliding is set in the storage cavity Pressing plate, be installed on the mounting rack and free end and the first affixed telescopic cylinder of the pressing plate, the first flexible gas Cylinder is flexible along the storage cavity depth direction, to drive the pressing plate to slide up and down, when the pressing plate upward sliding to top When, the pressing plate is located above the venthole, and when the pressing plate slides down to least significant end, the pressing plate goes out described in Below stomata and it is located above the feed pipe, breather cheek valve is set on the pressing plate, when so that pressing plate moving up, air Into in the storage cavity；

Opening/closing component comprising the second telescopic cylinder and second telescopic cylinder being installed on the bracket are free Affixed installing frame is held, interval is installed on multiple sealing-plugs on the installing frame top, and each sealing-plug is described including being fixedly arranged on Pedestal on installing frame, the inner cylinder being fixedly arranged on pedestal, sliding sleeve are set to outer cylinder on the inner cylinder, both ends respectively at described interior Cylinder and the first affixed spring of the outer cylinder, the top of the outer cylinder is abutted with the bottom end of the incubation cavity and multiple sleeves one One corresponding sealing lower discharge port.

Preferably, filling glass cotton in the incubation cavity.

Preferably, the pressing plate includes pressing plate ontology and circumferentially encloses the rubber strip set along the pressing plate ontology.

Preferably, the pressing plate, which runs through, is equipped with mounting hole, and the breather cheek valve includes:

Outer sleeve is installed on the pressing plate by the mounting hole, and the outer sleeve top has internal screw thread

Inner sleeve, bottom end has the external screw thread to match with the outer sleeve internal screw thread, so that the inner sleeve spiral shell is set In on the outer sleeve；

Spool comprising successively affixed lower frame, support rod, lower body, sealing ring, upper plate body, guiding from the bottom to top Bar and it is fixed in the upper frame in the inner sleeve and sliding through the guide rod, wherein the lower frame is fixed in institute It states in outer sleeve, is arranged second spring on the support rod, when the top surface of the sealing ring is abutted with the inner sleeve bottom end, The second spring is in compressive state.

Preferably, the disproportionated rosin distributing device, further includes: rectangle frame, periphery top extend shape horizontally outward At baffle ring, the part that the rectangle frame periphery is located at below the baffle ring matches setting with storage cavity top surface inner circumferential, described Rectangle frame is provided at circumferentially spaced multiple threaded holes, and the discharging chamber top surface circumferentially has wears correspondingly with multiple threaded holes Hole, any corresponding threaded hole and is punched through bolt and fixes, and the rectangle frame is fixedly arranged on the storage cavity top surface, when When the pressing plate upward sliding to top, the pressing plate top surface is abutted with the rectangle frame bottom surface.

Preferably, the storing chamber inner sidewall is provided at circumferentially spaced at least three blocks, when the pressing plate slide downward When to least significant end, the pressing plate bottom surface is abutted with the block top surface.

The utility model is include at least the following beneficial effects:

Material is set to assemble automatically by the setting of storage cavity, cooperation is pressed into the setting of component, opening/closing component, realizes object The quantitative discharging of material, and then realize the quick cloth of disproportionated rosin on a moving belt, and obtain blocky disproportionated rosin.

The further advantage, target and feature of the utility model will be partially reflected by the following instructions, and part will also pass through Research and practice to the utility model and be understood by the person skilled in the art.

Detailed description of the invention

Fig. 1 is the structural schematic diagram of disproportionated rosin distributing device described in one of technical solution of the utility model；

Fig. 2 is the structural schematic diagram of disproportionated rosin distributing device described in one of technical solution of the utility model；

Fig. 3 is the structural schematic diagram of stock chest described in one of technical solution of the utility model；

Fig. 4 is the enlarged structure schematic diagram of part A in the utility model Fig. 2.

Specific embodiment

The following describes the utility model in further detail with reference to the accompanying drawings, to enable those skilled in the art referring to explanation Book text can be implemented accordingly.

It should be appreciated that such as " having ", "comprising" and " comprising " term used herein do not allot one or more The presence or addition of a other elements or combinations thereof.

As shown in Figs 1-4, the utility model provides a kind of disproportionated rosin distributing device, comprising:

Bracket 1 is used to provide stock chest 2, the supporting point that opening/closing component 6 is installed, is set up in conveyer transmission belt both ends, Specific structure those skilled in the art can realize according to conveyer and 10 appropriate adjustment of corresponding conveyer belt；

Stock chest 2, for the cuboid of top surface opening, the length direction of the stock chest 2 is parallel to the conveyer The width direction of conveyer belt 10, the stock chest 2 are set up on the bracket 1, so that the lower discharge port 40 of the stock chest 2 is high In the fixed arc stock guide 20 of sealing in conveyer belt 10, the stock chest 2, the arc stock guide 20 is along its length Both ends and the both ends of the stock chest 2 along its length it is affixed, two tops of the arc stock guide 20 in the width direction with The two sidewalls sealing of 2 width directions of the stock chest is affixed, and the stock chest 2 is divided into spaced storing up and down Chamber 3 (being located above) and incubation cavity 4 (being located below), 3 least significant end of storage cavity (20 least significant end of the arc stock guide) edge Its length direction interval is located at immediately below each top discharge mouth 30 through multiple top discharge mouths 30,4 bottom end of incubation cavity is arranged Through one lower discharge port 40 of setting, any neighbouring top discharge mouth 30 is connected to lower discharge port 40 by passage 31, institute It states passage 31 to be vertically arranged, and the aperture of the top discharge mouth, lower discharge port and the passage is identical, the storage cavity 3 Side wall is connected to a feed pipe 32 and is located above the feed pipe 32 through one venthole 33 of setting, and the feed pipe 32 is located at 20 top of arc stock guide；

It is pressed into component 5 comprising be set up in the mounting rack 50 on 3 top of storage cavity, sealing sliding is set to the storing Pressing plate 51 in chamber 3 is installed on the mounting rack 50 and free end and the first affixed telescopic cylinder 55 of the pressing plate 51, institute State mounting rack 50 for be fixedly mounted the first telescopic cylinder 55 and provide 55 activity space of the first telescopic cylinder, described first stretch Cylinder 55 is flexible along 3 depth direction of storage cavity, to drive the pressing plate 51 to slide up and down in the discharging chamber, when described When first telescopic cylinder 55 drives 51 upward sliding of pressing plate to top, the pressing plate 51 is located on the venthole 33 Side, when the pressing plate 51 slides down to least significant end, the pressing plate 51 be located at 33 lower section of the venthole and be located at it is described into Above expects pipe 32, breather cheek valve 7 is set, when so that pressing plate 51 moving up, air enters the storing on the pressing plate 51 In chamber 3, when pressing plate 51 moves down, breather cheek valve 7 is closed, the mobile range of pressing plate 51 by the first telescopic cylinder 55 stroke Control；

Opening/closing component 6 comprising the second telescopic cylinder 60 and second telescopic cylinder being installed on the bracket 1 The affixed installing frame 61 in 60 free ends, interval are installed on multiple sealing-plugs 62 on 61 top of installing frame, the second telescopic cylinder 60 direction of motion is used for along the width direction of the stock chest 2, the i.e. moving direction along conveyer belt 10, installing frame 61 The site that sealing-plug 62 is installed is provided, specific structure can adjust according to actual needs, to guarantee sealing effect, the bracket 1 Upper peace shape vertical bar, the vertical bar top are slidably connected with 61 bottom end of installing frame, improve 61 stability of installing frame, each Sealing-plug 62 is arranged including the pedestal 63, the vertical inner cylinder 64 being fixedly arranged on pedestal 63, sliding being fixedly arranged on the installing frame 61 It is described in the outer cylinder 65 on the inner cylinder 64, both ends first spring 66 affixed respectively at the inner cylinder 64 and the outer cylinder 65 First spring 66, inner cylinder 64, outer cylinder 65 are coaxially disposed, and the top of the outer cylinder 65 abuts and more with the bottom end of the incubation cavity 4 A sleeve corresponds sealing lower discharge port 40, wherein described close when second telescopic cylinder 60 is retractable to its stroke longest Blocking 62 is moved to multiple sleeves and corresponds sealing lower discharge port 40, and it is most short that second telescopic cylinder 60 is retractable to its stroke When, the sealing-plug 62 is moved to multiple sleeves and opens lower discharge port 40.

In the above-mentioned technical solutions, it is necessary first to explanation be rosin distributing device be rosin molding equipment in a list Member, application No. is 2012206033791, entitled particle disproportionated rosin molding equipment, rosin molding equipment mainly includes melting Tank, conveyer, distributing device, discharge bucket, wherein the conveying pipeline of melting tank is connected to the feed pipe 32 of the distributing device, for being spaced It is fed into the storage cavity 3 of the distributing device, the distributing device is set up on the conveyer belt 10 of the conveyer by bracket 1 Side, and it is located at the head of the conveyer belt 10, discharge bucket is located at the tail portion of the conveyer for accepting material, use process In, comprising: charging: when charging, first telescopic cylinder 55 drives 51 upward sliding of pressing plate to top, the pressing plate 51 are located at 33 top of venthole, and the gas in the storage cavity 3 is discharged by venthole 33, second telescopic cylinder 60 It is retractable to its stroke longest, the sealing-plug 62 is moved to multiple sleeves and corresponds sealing lower discharge port 40, by melting tank It is fed into storage cavity 3, inlet amount control is that feed liquid apical side height is lower than the extreme lower position of 51 slide downward of pressing plate, is higher than Guarantee to complete the aequum that discharges at least once；

Primary discharging: closing feed pipe 32, stops feeding by melting tank into storage cavity 3, second telescopic cylinder 60 to be retractable to its stroke most short, and the sealing-plug 62 is moved to multiple sleeves and opens lower discharge ports 40, first telescopic cylinder 55 drive 51 slide downward of pressing plate, and extruded material to conveyer belt 10 controls each bottom discharge by 51 distance of glide of pressing plate Load of mouth 40；

Discharge again: second telescopic cylinder 60 is retractable to its stroke longest, and the sealing-plug 62 is moved to multiple sets Cylinder corresponds sealing lower discharge port 40, and the transmission belt movement of conveyer is located at next material take-over point under lower discharge port 40 Side, in storage cavity 3 in the enough situations of material, it is most short that second telescopic cylinder 60 is retractable to its stroke, the sealing-plug 62, which are moved to multiple sleeves, opens lower discharge port 40, and first telescopic cylinder 55 drives the pressing plate 51 to continue slide downward, Extruded material controls a load of each lower discharge port 40 by 51 distance of glide of pressing plate to conveyer belt 10；Later period according to Setting selection charging discharging process；Wherein, blocky disproportionated rosin size is determined by actual demand, using this technical solution, is led to The setting for crossing storage cavity 3 enables material to assemble automatically, and cooperation is pressed into the setting of component 5, opening/closing component 6, realizes determining for material Material is measured, and then realizes quick cloth of the disproportionated rosin on conveyer belt 10.

In another technical solution, filling glass cotton in the incubation cavity 4.Using this scheme, extends and be located at arc The temperature holding time of material in stock guide 20 improves distributing device work mobility.

In another technical solution, the pressing plate 51 includes pressing plate ontology 52 and circumferentially encloses along the pressing plate ontology 52 If rubber strip 53.Using this scheme, the rubber strip 53 slides against with 3 inner sidewall of storage cavity, improves pressing plate 51 With the sealing effect between 3 side wall of storage cavity.

In another technical solution, the pressing plate 51, which runs through, is equipped with mounting hole 54, and the breather cheek valve 7 includes:

Outer sleeve 70 is installed on the pressing plate 51 by the mounting hole 54, and the outer sleeve 70 includes connection Upper outer cylinder 65 and lower outer cylinder 65, the periphery of the upper outer cylinder 65 seal affixed, the upper outer cylinder with the inner wall of the mounting hole 54 The aperture of 65 inner circumferential is greater than the inner circumferential aperture of the lower outer cylinder 65,70 top of outer sleeve (upper 65 top of the outer cylinder) tool There is internal screw thread

Inner sleeve 71, side wall bottom end have the external screw thread to match with 70 internal screw thread of outer sleeve, so that in described Sleeve 71 seals spiral shell and is set on the outer sleeve 70；

Spool comprising successively affixed lower frame 72, support rod 73, lower body 74, sealing ring 75, upper plate from the bottom to top Body 76, guide rod 77 and it is fixed in the upper frame 78 in the inner sleeve 71 and sliding through the guide rod 77, wherein The lower frame 72 is horizontally disposed frame, and the lower frame 72 is fixed in the outer sleeve 70, under concretely described 65 top of outer cylinder, the frame are used to provide the supporting point of 73 bottom end of support rod installation, are arranged the second bullet on the support rod 73 Spring 79, the bottom end of the second spring 79 and the lower frame 72 are affixed, the top of the second spring 79 and the lower body 74 bottom surfaces are affixed, and the lower body 74, sealing ring 75 are respectively positioned on 71 lower section of inner sleeve, the floor projection of the lower body 74 The floor projection of 71 bottom end opening of inner sleeve is covered, the sealing ring 75 is annular, the water of the periphery of the sealing ring 75 It is flat to project, the inner sleeve 71 bottom end opening aperture, the upper plate body 76 Chong Die with the floor projection of 74 periphery of lower body Periphery aperture, 75 inner circumferential aperture of the sealing ring successively become smaller, when the top surface and 71 bottom end of inner sleeve of the sealing ring 75 When abutting, the second spring 79 is in compressive state, and breather cheek valve 7 is closed, and the pressing plate 51, which moves up, (is located at outlet 33 lower section of hole) when, air enters in the storage cavity 3, and when pressing plate 51 moves down, breather cheek valve 7 is closed.Using this side Case controls gas approach axis.

In another technical solution, the disproportionated rosin distributing device, further includes: rectangle frame 8, periphery top are horizontal Extend outward to form baffle ring 80,8 periphery of rectangle frame be located at the part of 80 lower section of baffle ring in 3 top surface of storage cavity Week matching setting, the rectangle frame 8 are provided at circumferentially spaced multiple threaded holes 81, the discharging chamber top surface circumferentially have with it is multiple The perforation 82 correspondingly of threaded hole 81, any corresponding threaded hole 81 and perforation 82 are fixed by bolt 83, will be described Rectangle frame 8 is fixedly arranged on 3 top surface of storage cavity, when 51 upward sliding of pressing plate to top, 51 top surface of pressing plate with 8 bottom surface of rectangle frame abuts.Using this scheme, the positioning moved up for pressing plate 51 is provided.

In another technical solution, 3 inner sidewall of storage cavity is provided at circumferentially spaced at least three blocks 9, when described When pressing plate 51 slides down to least significant end, 51 bottom surface of pressing plate is abutted with 9 top surface of block.Using this scheme, provide The positioning moved down for pressing plate 51.

Number of devices and treatment scale described herein are the explanations for simplifying the utility model.To the utility model The application of disproportionated rosin distributing device, modifications and variations will be readily apparent to persons skilled in the art.

It is not only in the description and the implementation although the embodiments of the present invention have been disclosed as above Listed utilization, it can be applied to various fields suitable for the present invention completely, for those skilled in the art, Other modifications may be easily implemented, therefore without departing from the general concept defined in the claims and the equivalent scope, this reality It is not limited to specific details and legend shown and described herein with novel.

Claims (6)

1. disproportionated rosin distributing device characterized by comprising

Bracket；

Stock chest, for the cuboid of top surface opening, the stock chest is set up on the bracket, sealing in the stock chest The stock chest is divided into storage cavity and incubation cavity setting up and down, the storage cavity least significant end by fixed arc stock guide Interval is located at immediately below each top discharge mouth and runs through through multiple top discharge mouths, the incubation cavity bottom end is arranged along its length One lower discharge port is set, any neighbouring top discharge mouth is connected to lower discharge port by passage, and the top discharge mouth, The aperture of the lower discharge port and the passage is identical, and the storage cavity side wall is connected to a feed pipe and is located at the charging Through one venthole of setting above pipe；

It is pressed into component comprising be set up in the pressure of the mounting rack, sealing sliding on the storage cavity top in the storage cavity Plate is installed on the mounting rack and free end and the first affixed telescopic cylinder of the pressing plate, first telescopic cylinder edge The storage cavity depth direction is flexible, to drive the pressing plate to slide up and down, when the pressing plate upward sliding to top, and institute It states pressing plate to be located above the venthole, when the pressing plate slides down to least significant end, the pressing plate is located at the venthole Lower section and it is located above the feed pipe, breather cheek valve is set on the pressing plate, when so that pressing plate moving up, air enters In the storage cavity；

Opening/closing component comprising the second telescopic cylinder and second telescopic cylinder free end being installed on the bracket are solid The installing frame connect, interval are installed on multiple sealing-plugs on the installing frame top, and each sealing-plug includes being fixedly arranged on the installation Pedestal on frame, the inner cylinder being fixedly arranged on pedestal, sliding sleeve be set to outer cylinder on the inner cylinder, both ends respectively at the inner cylinder and The first affixed spring of the outer cylinder, the top of the outer cylinder is abutted with the bottom end of the incubation cavity and multiple sleeves one are a pair of Lower discharge port should be sealed.

2. disproportionated rosin distributing device as described in claim 1, which is characterized in that filling glass cotton in the incubation cavity.

3. disproportionated rosin distributing device as described in claim 1, which is characterized in that the pressing plate includes pressing plate ontology and along institute It states pressing plate ontology and circumferentially encloses the rubber strip set.

4. disproportionated rosin distributing device as described in claim 1, which is characterized in that the pressing plate, which runs through, is equipped with mounting hole, described Breather cheek valve includes:

Outer sleeve is installed on the pressing plate by the mounting hole, and the outer sleeve top has internal screw thread

Inner sleeve, bottom end have the external screw thread to match with the outer sleeve internal screw thread, so that the inner sleeve spiral shell is set to institute It states on outer sleeve；

Spool comprising from the bottom to top successively affixed lower frame, support rod, lower body, sealing ring, upper plate body, guide rod and It is fixed in the upper frame in the inner sleeve and sliding through the guide rod, wherein the lower frame is fixed in described outer In sleeve, it is arranged second spring on the support rod, it is described when the top surface of the sealing ring is abutted with the inner sleeve bottom end Second spring is in compressive state.

5. disproportionated rosin distributing device as described in claim 1, which is characterized in that further include: rectangle frame, periphery top are horizontal Baffle ring is extended outward to form, the part that the rectangle frame periphery is located at below the baffle ring is matched with storage cavity top surface inner circumferential Setting, the rectangle frame are provided at circumferentially spaced multiple threaded holes, and the storage cavity top surface circumferentially has and multiple threaded holes one One corresponding perforation, any corresponding threaded hole and is punched through bolt and fixes, and the rectangle frame is fixedly arranged on the storage Expect chamber top surface, when the pressing plate upward sliding to top, the pressing plate top surface is abutted with the rectangle frame bottom surface.

6. disproportionated rosin distributing device as described in claim 1, which is characterized in that the storing chamber inner sidewall is provided at circumferentially spaced At least three blocks, when the pressing plate slides down to least significant end, the pressing plate bottom surface is abutted with the block top surface.