CN205008226U - Chute and use discharging device and shale shaker of this chute - Google Patents
Chute and use discharging device and shale shaker of this chute Download PDFInfo
- Publication number
- CN205008226U CN205008226U CN201520740758.9U CN201520740758U CN205008226U CN 205008226 U CN205008226 U CN 205008226U CN 201520740758 U CN201520740758 U CN 201520740758U CN 205008226 U CN205008226 U CN 205008226U
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- China
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- chute
- body part
- discharging opening
- chute body
- hopper
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Abstract
The utility model relates to a chute and use discharging device and shale shaker of this chute. This shale shaker includes discharging device, and discharging device includes hopper and chute, and the chute includes the chute body, and the chute body has and is used for corresponding the chute feed inlet of being connected with the hopper discharge gate, be provided with the hopper that is used for setting up with the level of the discharge gate flange butt joint of hopper in the periphery of chute feed inlet on the chute body and be connected the terminal surface, the hopper connect be provided with on the terminal surface be 180 degrees symmetrical arrangement be used for and discharge gate flange releasable connection's hopper connection structure, chute body still have and are located the left chute discharge gate of chute feed inlet. 180 be fixed in hopper discharge gate, position adjustment about the relative chute feed inlet of chute discharge gate with the chute after the degree upset chute body.
Description
Technical field
The utility model relates to vibratory sieve field, is specifically related to a kind of chute and uses drawing mechanism and the vibratory sieve of this chute.
Background technology
In actual applications, the position of the discharging opening of vibratory sieve needs to arrange according to site technique vibratory sieve usually.At present, in prior art, the position of the discharging opening of vibratory sieve is fixing, can not adjust.For different scenes, usually need to be equipped with the different vibratory sieve in discharging opening position, which results in the poor universality of vibratory sieve.In addition, must first determine site technique condition, bamboo product and manufacture vibratory sieve, this has had a strong impact on production efficiency.
Such as, Authorization Notice No. is CN201711278U, and name is called that a kind of Chinese patent of vibrating screen device discloses a kind of vibrating screen device, and the position of the discharging opening of this vibrating screen device is fixing, can not carry out left and right adjustment.For needing discharging opening position site technique demand left, need design and manufaction discharging opening position vibratory sieve left; For needing discharging opening position site technique demand to the right, need design and manufaction discharging opening position vibratory sieve to the right, this makes the poor universality of vibratory sieve, is also unfavorable for reducing the cost.In addition, need the vibratory sieve that ability design and manufaction and site technique match after determining site technique condition, this is unfavorable for enhancing productivity.
Utility model content
The purpose of this utility model is to provide a kind of vibratory sieve can not the technical problem of left and right adjustment with the position solving discharging opening.The purpose of this utility model is also to provide a kind of chute and a kind of drawing mechanism.
The technical solution of the utility model: a kind of chute, it is characterized in that: comprise chute body, chute body has for the chute charging aperture that connect corresponding to hopper discharging opening, chute body is provided with the horizontally disposed hopper connecting end surface for docking with the discharging opening flange of hopper in the periphery of chute charging aperture, hopper connecting end surface is provided with in 180 degree be arranged symmetrically with for the hopper syndeton with the releasable connection of described discharging opening flange, chute body also has and the chute discharging opening be positioned on the left of chute charging aperture.
Hopper syndeton is the connecting bolt that extends along the vertical direction of axis or bolt penetration hole.
Chute body comprises the first chute body part and the second chute body part of two-piece unit setting, chute charging aperture is made up of the charging aperture of described first chute body part, chute discharging opening is made up of the discharging opening of described second chute body part, the discharging opening of the first chute body part is connected by horizontally disposed chute connecting end surface with the charging aperture of the second chute body part, chute connecting end surface is provided with in 180 degree be arranged symmetrically with for realizing the first chute body part, the chute syndeton of the second chute body part releasable connection, the discharging opening of the first chute body part is positioned at the left side of described chute charging aperture, chute discharge outlet is in the front side of the discharging opening of the first chute body part.
The left bank part that first chute body part is tilted to the left by the first vertical portion and relative first vertical portion forms, the charging aperture of described first chute body part is positioned at the first vertical portion, and the discharging opening of described first chute body part is positioned at left bank part; The top rake part that second chute body part is turned forward by the second vertical portion and relative second vertical portion forms, and the charging aperture of the second chute body part is positioned at the second vertical portion, and the discharging opening of the second chute body part is positioned at top rake part.
A kind of drawing mechanism, comprise hopper and chute, it is characterized in that: chute comprises chute body, chute body has for the chute charging aperture that connect corresponding to hopper discharging opening, chute body is provided with the horizontally disposed hopper connecting end surface for docking with the discharging opening flange of hopper in the periphery of chute charging aperture, hopper connecting end surface is provided with in 180 degree be arranged symmetrically with for the hopper syndeton with the releasable connection of described discharging opening flange, chute body also has and the chute discharging opening be positioned on the left of chute charging aperture.
Hopper syndeton is the connecting bolt that extends along the vertical direction of axis or bolt penetration hole.
Chute body comprises the first chute body part and the second chute body part of two-piece unit setting, chute charging aperture is made up of the charging aperture of described first chute body part, chute discharging opening is made up of the discharging opening of described second chute body part, the discharging opening of the first chute body part is connected by horizontally disposed chute connecting end surface with the charging aperture of the second chute body part, chute connecting end surface is provided with in 180 degree be arranged symmetrically with for realizing the first chute body part, the chute syndeton of the second chute body part releasable connection, the discharging opening of the first chute body part is positioned at the left side of described chute charging aperture, chute discharge outlet is in the front side of the discharging opening of the first chute body part.
A kind of vibratory sieve, comprise drawing mechanism, drawing mechanism comprises hopper and chute, it is characterized in that: chute comprises chute body, chute body has for the chute charging aperture that connect corresponding to hopper discharging opening, chute body is provided with the horizontally disposed hopper connecting end surface for docking with the discharging opening flange of hopper in the periphery of chute charging aperture, hopper connecting end surface is provided with in 180 degree be arranged symmetrically with for the hopper syndeton with the releasable connection of described discharging opening flange, chute body also has and the chute discharging opening be positioned on the left of chute charging aperture.
Hopper syndeton is the connecting bolt that extends along the vertical direction of axis or bolt penetration hole.
Chute body comprises the first chute body part and the second chute body part of two-piece unit setting, chute charging aperture is made up of the charging aperture of described first chute body part, chute discharging opening is made up of the discharging opening of described second chute body part, the discharging opening of the first chute body part is connected by horizontally disposed chute connecting end surface with the charging aperture of the second chute body part, chute connecting end surface is provided with in 180 degree be arranged symmetrically with for realizing the first chute body part, the chute syndeton of the second chute body part releasable connection, the discharging opening of the first chute body part is positioned at the left side of described chute charging aperture, chute discharge outlet is in the front side of the discharging opening of the first chute body part.
Usefulness of the present utility model: go out chute in the utility model and comprise chute body, chute body has for the chute charging aperture that connect corresponding to hopper discharging opening, chute body is provided with the horizontally disposed hopper connecting end surface for docking with the discharging opening flange of hopper in the periphery of chute charging aperture, hopper connecting end surface is provided with in 180 degree be arranged symmetrically with for the hopper syndeton with the releasable connection of described discharging opening flange, chute body also has and the chute discharging opening be positioned on the left of chute charging aperture.By 180 degree of upset chute bodies, adjust about chute discharging opening.
Further, chute body comprises the first chute body part and the second chute body part of two-piece unit setting, the discharging opening of the first chute body part is positioned at the left side of described chute charging aperture, and chute discharge outlet is in the front side of the discharging opening of the first chute body part.The left, right, front and rear adjustment of chute discharging opening is realized by 180 degree of upset first chute body parts and 180 degree of upset second chute body parts.
Accompanying drawing explanation
Fig. 1 is the structural representation of drawing mechanism in the embodiment of vibratory sieve in the utility model;
Fig. 2 is the front view of drawing mechanism in the embodiment of vibratory sieve in the utility model;
Fig. 3 is the left view of drawing mechanism in the embodiment of vibratory sieve in the utility model.
In figure: 1, hopper; 2, hopper support; 3, the first chute body part; 4, the second chute body part; 6, hopper connecting end surface; 7, the discharging opening of hopper, the 8, first vertical portion; 9, left bank part; 10, chute connecting end surface; 11, the second vertical portion; 12, top rake part; 13, the charging aperture of the first chute body part; 14, the discharging opening of the first chute body part; 15, the charging aperture of the second chute body part; 16, the discharging opening of the second chute body part; 17, chute syndeton; 18, hopper syndeton.
Detailed description of the invention
In the utility model, the embodiment of vibratory sieve as Figure 1-3: vibratory sieve comprises sifting bed, vibrator, frame and drawing mechanism etc., and sifting bed, vibrator and frame etc. are open by prior art, illustrate no longer in the drawings, drawing mechanism comprises hopper 1 and chute, chute comprises chute body, chute body comprises the first chute body part 3 and the second chute body part 4 that two-piece unit is arranged, chute charging aperture is made up of the charging aperture 13 of the first chute body part, chute discharging opening is made up of the discharging opening 16 of the second chute body part, first chute body part 3 is provided with the horizontally disposed hopper connecting end surface 6 for docking with discharging opening 7 flange of hopper in the periphery of chute charging aperture, hopper connecting end surface 6 is provided with the hopper syndeton 18 for the discharging opening 7 flange releasable connection with hopper be arranged symmetrically with in 180 degree.The connecting bolt that hopper syndeton 18 extends along the vertical direction for axis or bolt penetration hole.Second chute body part 4 is provided with the horizontally disposed chute connecting end surface 10 for docking with discharging opening 14 flange of the first chute body part in the periphery of the charging aperture 15 of the second chute body part, the discharging opening 14 of the first chute body part is connected by chute connecting end surface 10 with the charging aperture 15 of the second chute body part, chute connecting end surface 10 is provided with in 180 degree be arranged symmetrically with for realizing the first chute body part 3, the chute syndeton 17 of the second chute body part 4 releasable connection, the discharging opening 14 of the first chute body part is positioned at the left side of described chute charging aperture, chute discharge outlet is in the front side of the discharging opening 14 of the first chute body part.The connecting bolt that chute syndeton 17 extends along the vertical direction for axis or bolt penetration hole.The left bank part 9 that first chute body part 3 is tilted to the left by the first vertical portion 8 and relative first vertical portion 8 forms, the discharging opening 14 that the charging aperture 13 of the first chute body part is positioned at the first vertical portion 8, first chute body part is positioned at left bank part 9; The top rake part 12 that second chute body part 4 is turned forward by the second vertical portion 11 and relative second vertical portion 11 forms, the discharging opening 16 that the charging aperture 15 of the second chute body part is positioned at the second vertical portion 11, second chute body part is positioned at top rake part 12.
In the utility model vibratory sieve other embodiments in, chute body comprises employing integral structure, save the second chute body part, chute charging aperture is made up of the charging aperture 13 of the first chute body part, and chute discharging opening is made up of the discharging opening 14 of the first chute body part.
In the utility model vibratory sieve other embodiments in, the first vertical portion 8 of the first chute body part 3 is saved, and the charging aperture 13 of the first chute body part and the discharging opening 14 of the first chute body part are all located at the first vertical portion 8.
In the utility model vibratory sieve other embodiments in, the second vertical portion 11 of the second chute body part 4 is saved, and the charging aperture 15 of the second chute body part and the discharging opening 16 of the first chute body part are all located at the second vertical portion 11.
In the utility model, the embodiment of drawing mechanism as Figure 1-3: the structure of drawing mechanism is identical with the structure of the drawing mechanism of vibratory sieve in the embodiment of the utility model vibratory sieve, no longer repeats at this.
In the utility model, in the embodiment of chute and the embodiment of vibratory sieve, the structure of the chute of vibratory sieve is identical, no longer repeats at this.
Claims (10)
1. a chute, it is characterized in that: comprise chute body, chute body has for the chute charging aperture that connect corresponding to hopper discharging opening, chute body is provided with the horizontally disposed hopper connecting end surface for docking with the discharging opening flange of hopper in the periphery of chute charging aperture, hopper connecting end surface is provided with in 180 degree be arranged symmetrically with for the hopper syndeton with the releasable connection of described discharging opening flange, chute body also has and the chute discharging opening be positioned on the left of chute charging aperture.
2. chute according to claim 1, is characterized in that: hopper syndeton is the connecting bolt that extends along the vertical direction of axis or bolt penetration hole.
3. chute according to claim 1, it is characterized in that: chute body comprises the first chute body part and the second chute body part of two-piece unit setting, chute charging aperture is made up of the charging aperture of described first chute body part, chute discharging opening is made up of the discharging opening of described second chute body part, the discharging opening of the first chute body part is connected by horizontally disposed chute connecting end surface with the charging aperture of the second chute body part, chute connecting end surface is provided with in 180 degree be arranged symmetrically with for realizing the first chute body part, the chute syndeton of the second chute body part releasable connection, the discharging opening of the first chute body part is positioned at the left side of described chute charging aperture, chute discharge outlet is in the front side of the discharging opening of the first chute body part.
4. chute according to claim 3, it is characterized in that: the left bank part that the first chute body part is tilted to the left by the first vertical portion and relative first vertical portion forms, the charging aperture of described first chute body part is positioned at the first vertical portion, and the discharging opening of described first chute body part is positioned at left bank part; The top rake part that second chute body part is turned forward by the second vertical portion and relative second vertical portion forms, and the charging aperture of the second chute body part is positioned at the second vertical portion, and the discharging opening of the second chute body part is positioned at top rake part.
5. a drawing mechanism, comprise hopper and chute, it is characterized in that: chute comprises chute body, chute body has for the chute charging aperture that connect corresponding to hopper discharging opening, chute body is provided with the horizontally disposed hopper connecting end surface for docking with the discharging opening flange of hopper in the periphery of chute charging aperture, hopper connecting end surface is provided with in 180 degree be arranged symmetrically with for the hopper syndeton with the releasable connection of described discharging opening flange, chute body also has and the chute discharging opening be positioned on the left of chute charging aperture.
6. drawing mechanism according to claim 5, is characterized in that: hopper syndeton is the connecting bolt that extends along the vertical direction of axis or bolt penetration hole.
7. drawing mechanism according to claim 6, it is characterized in that: chute body comprises the first chute body part and the second chute body part of two-piece unit setting, chute charging aperture is made up of the charging aperture of described first chute body part, chute discharging opening is made up of the discharging opening of described second chute body part, the discharging opening of the first chute body part is connected by horizontally disposed chute connecting end surface with the charging aperture of the second chute body part, chute connecting end surface is provided with in 180 degree be arranged symmetrically with for realizing the first chute body part, the chute syndeton of the second chute body part releasable connection, the discharging opening of the first chute body part is positioned at the left side of described chute charging aperture, chute discharge outlet is in the front side of the discharging opening of the first chute body part.
8. a vibratory sieve, comprise drawing mechanism, drawing mechanism comprises hopper and chute, it is characterized in that: chute comprises chute body, chute body has for the chute charging aperture that connect corresponding to hopper discharging opening, chute body is provided with the horizontally disposed hopper connecting end surface for docking with the discharging opening flange of hopper in the periphery of chute charging aperture, hopper connecting end surface is provided with in 180 degree be arranged symmetrically with for the hopper syndeton with the releasable connection of described discharging opening flange, chute body also has and the chute discharging opening be positioned on the left of chute charging aperture.
9. vibratory sieve according to claim 8, is characterized in that: hopper syndeton is the connecting bolt that extends along the vertical direction of axis or bolt penetration hole.
10. vibratory sieve according to claim 9, it is characterized in that: chute body comprises the first chute body part and the second chute body part of two-piece unit setting, chute charging aperture is made up of the charging aperture of described first chute body part, chute discharging opening is made up of the discharging opening of described second chute body part, the discharging opening of the first chute body part is connected by horizontally disposed chute connecting end surface with the charging aperture of the second chute body part, chute connecting end surface is provided with in 180 degree be arranged symmetrically with for realizing the first chute body part, the chute syndeton of the second chute body part releasable connection, the discharging opening of the first chute body part is positioned at the left side of described chute charging aperture, chute discharge outlet is in the front side of the discharging opening of the first chute body part.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520740758.9U CN205008226U (en) | 2015-09-23 | 2015-09-23 | Chute and use discharging device and shale shaker of this chute |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520740758.9U CN205008226U (en) | 2015-09-23 | 2015-09-23 | Chute and use discharging device and shale shaker of this chute |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205008226U true CN205008226U (en) | 2016-02-03 |
Family
ID=55206854
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520740758.9U Expired - Fee Related CN205008226U (en) | 2015-09-23 | 2015-09-23 | Chute and use discharging device and shale shaker of this chute |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205008226U (en) |
-
2015
- 2015-09-23 CN CN201520740758.9U patent/CN205008226U/en not_active Expired - Fee Related
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20160203 Termination date: 20190923 |