CN208520629U

CN208520629U - A kind of Sandy Soil layered weighting equipment

Info

Publication number: CN208520629U
Application number: CN201821032964.4U
Authority: CN
Inventors: 楼赞赞
Original assignee: Individual
Current assignee: Individual
Priority date: 2018-07-02
Filing date: 2018-07-02
Publication date: 2019-02-19
Anticipated expiration: 2028-07-02

Abstract

The utility model discloses a kind of Sandy Soil layered weighting equipment, including shell, drill bit and driving motor for driving the bit, feeding device is equipped in the shell；The feeding device includes set on multiple charge parts of the shell side, spaced multiple feeding components and for driving the feeding part in the rotating bar rotated in the shell, and the feeding component is set to the shell other side；The shell is equipped with the opening being pierced by for the feeding component, and the feeding component includes feeding part and for driving the feeding part to be inserted into the actuator in soil.The utility model, which realizes a turn hole, to realize feeding to the soil of different depth simultaneously, so that feeding is high-efficient；Feeding component is set as interval setting, the depth difference between each material is away from identical, and material is representative strong, and the accuracy of detection is high.

Description

A kind of Sandy Soil layered weighting equipment

Technical field

The utility model belongs to Soil K+adsorption technical field, more particularly, to a kind of Sandy Soil layered weighting equipment.

Background technique

With the continuous improvement of living standards with science and technology continuous development, land resource growing tension, due to soil Pollute more serious, the case where salinization of soil occurs in part soil, causes soil not plant again, so that land wastage is serious.

Chinese patent CN201711067775.0 discloses a kind of soil testing assemblies, realizes in this document to deep soil Earth is detected, but the device is when taking soil, it is desirable to when carrying out feeding to the soil of different depth, be needed After completing the completion of first time feeding, material is taken out, is then reinserted again to soil, carries out secondary feeding, therefore take Multiple feeding is needed when material, and the spacing during feeding between material can not control well, cause taking-up Soil representativeness is weak, the data detected do not have very strong representativeness, if therefore the device be used for multiple feeding, feeding Easily there is deviation in low efficiency, detection data, and accuracy is low.

Utility model content

The utility model for overcome the deficiencies in the prior art, provides that a kind of feeding is high-efficient, the high sand ground soil of accuracy Earth layered weighting equipment.

To achieve the goals above, the utility model uses a kind of following technical scheme: Sandy Soil layered weighting equipment, Including shell, drill bit and driving motor for driving the bit, feeding device is equipped in the shell；The feeding Device includes set on multiple charge parts of the shell side, spaced multiple feeding components and for driving the feeding Part is equipped with the opening being pierced by for the feeding component, the feeding portion in the rotating bar rotated in the shell, the shell Part includes feeding part and for driving the feeding part to be inserted into the actuator in soil.The utility model is by being arranged multiple take Expect that component during feeding, can obtain the soil of multiple and different depth the same time, it is not necessary that feeding, feeding is repeated several times It is high-efficient；And feeding component is set as interval setting, depth difference during feeding between each material is away from phase Together, thus acquired material its with very strong representativeness, therefore it is representative strong to detect resulting data, to examine to soil It is high to survey resulting accuracy；And setting rotating bar is connected with feeding part, and which can rotate feeding part, so that taking Materials and parts are located above charge part, so that the taking-up of charge part can quickly be taken out material, which is simple and efficient.

Further, the feeding part is equipped with material-holding chamber, which is equipped with multiple gear shapings being obliquely installed；If Setting gear shaping can penetrate convenient for feeding part into soil, the contact area between feeding part and soil be reduced, to reduce soil Resistance of the earth to feeding part.

Further, it is equipped with the pusher part for material to be released to material-holding chamber in the material-holding chamber and is used to push described push away The hydraulic part of materials and parts fore-aft motion；Pusher part is arranged can be convenient for exiting the soil in material-holding chamber, and then soil is fallen into Sheng On materials and parts.

Further, the pusher part is equipped with multiple rolling members, and the material-holding chamber inner wall is equipped with and the rolling member The rolling groove matched；Setting rolls and rolling groove, and frictional force is small between pusher part and material-holding chamber inner wall, therefore moves effect Rate is high；And the gap between rolling groove and rolling member is small, so that soil be avoided to pass through from the gap.

Further, pusher part end be equipped with the first inclined-plane for being obliquely installed from the bottom to top and with first inclined-plane pair Claim the second inclined-plane of setting；Be arranged the first inclined-plane and second its can even gear shaping match, the soil fallen on gear shaping is released, It keeps the material in material-holding chamber all to be understood outlet, and then avoids not being affected when next feeding.

Further, the opening is equipped with stopper component, which includes being flexibly connected with the inner walls First baffle, one end be connected with the first baffle the first elastic component that the other end is connected with the housing exterior walls, be arranged in Second baffle and the second elastic component in the first baffle, second elastic component one end are connected another with the first baffle End is connected with the second baffle；First baffle is set and second baffle can be when not feeding, the first, second baffle can It blocks soil to enter in shell, protects the feeding part of enclosure interior；And first elastic component be able to maintain first baffle stablize Block opening, when first baffle and second baffle are opened, the first, second baffle is resetted；And second baffle then may be used During opening, when second baffle is in contact with soil, occur to contract, convenient for feeding part smoothly from opening It stretches out to obtain soil in the middle.

Further, the first baffle is equipped with accommodating cavity, and the second baffle is at least partly arranged in the accommodating It is intracavitary；The accommodating cavity wall is equipped with the first limiting section, and the second baffle end is equipped with to match with first limiting section The second limiting section closed；The first limiting section and the second limiting section, which is arranged, can be avoided first baffle and disengages from second baffle, mention High stability of the stopper component in using；And the first limiting section of setting and the second limiting section can also effectively avoid soil Earth enters in accommodating cavity, keeps clean inside accommodating cavity.

Further, rotating roller is connected on the second baffle lower end, the housing exterior walls are equipped with and institute State the location indentations that rotating roller matches；Rotating roller is arranged can be in feeding part in the process that second baffle is pushed out, rotating roller It is rolled on upper surface, avoids feeding part and second baffle upper surface hard friction；And rotating roller can also be convenient for feeding part from shell Outer withdrawal；And location indentations, which are arranged, can be convenient for being located in location indentations in rotating roller, thus the outer very little outwardly protruded of shell, It is small that influence is moved downward on shell.

Further, it is bonded with wearing layer on the second baffle side wall, which is equipped with multiple balls；It is arranged resistance to Grind layer can be during feeding part be pierced by out of shell, feeding part is in contact with wearing layer, avoid feeding part second baffle it Between metal friction, improve the service life between feeding part and second baffle；And be arranged ball then can feeding part with it is wear-resisting Part reduces frictional force during contacting, so that feeding part is capable of the boosting wearing piece of more block.

In conclusion the utility model, which realizes a turn hole, to realize feeding to the soil of different depth simultaneously, thus Feeding is high-efficient；Feeding component is set as interval setting, the depth difference between each material is away from identical, and material is representative strong, inspection The accuracy of survey is high.

Detailed description of the invention

Fig. 1 is the structural schematic diagram of the utility model.

Fig. 2 is the partial structural diagram one of the utility model.

Fig. 3 is the enlarged drawing of A in Fig. 2.

Fig. 4 is the enlarged drawing of B in Fig. 2.

Fig. 5 is the enlarged drawing of C in Fig. 4.

Fig. 6 is the partial structural diagram two of the utility model.

Fig. 7 is the partial sectional view of the utility model.

Specific embodiment

In order to make those skilled in the art better understand the utility model, below in conjunction with the utility model reality The attached drawing in example is applied, the technical solutions in the embodiments of the present invention are clearly and completely described.

As shown in figs. 1-7, a kind of Sandy Soil layered weighting equipment, including rack 90, be set to the rack 90 on motor 91, shell 1, drill bit 2 and driving motor 3, the rack 90 are metal frame, and the shell 1 is cylindrical metal cylinder, the electricity Machine 91 be set to the rack 90 on, the motor 91 be in the market it is existing can positive and negative rotation motor, be routine techniques, therefore herein It repeats no more；1 upper end of shell is connected with a drive rod 19, which is metal strip, sets on the drive rod 19 There are multiple biting teeths, is connected with gear on the output shaft of the motor 91, the metal-toothed on the gear and the metal on drive rod 19 Tooth is mutually engaged, therefore when electric motor starting, and drive shell 1 moves up and down；The drill bit 2 is inverted metal cone, described Driving motor 3 be existing motor in the market, which is located at the bottom of the shell 1, the driving motor 3 it is defeated Shaft is connected with drill bit 2, to drive drill bit 2 to rotate in driving motor 3.

Further, feeding device 5 is equipped in the shell 1, which includes multiple charge parts 51, multiple Feeding component 52 and a rotating bar 53, the charge part 51 are set to the side inside the shell 1, which is upper The can of end opening, is equipped with multiple support plates 511 in the shell 1, which is metal block；Described Support plate 511 be equipped with positioning convex portion 512, the bottom of the charge part 51 raises upward to form a location indentations 513, The location indentations 513 are a groove, when being put into charge part 51 to support plate 511, the positioning convex portion 512 In the location indentations 513, so that charge part 51 can be slided along the length direction of the location indentations 513；And Magnetic part 514 is also embedded on 511 upper surface of support plate, the lower end surface of the charge part 51 is connected with magnetic part 514, It is not fallen off to which the charge part 51 is sucked in magnetic part 514；And for the ease of being removed and placed into charge part 51, in shell 1 Side is equipped with openable door, can be taken off charge part 51 to open this when feeding, which is existing skill Art, therefore details are not described herein.

Specifically, the rotating bar 53 is metallic rod, which is located at the middle part of the shell 1, outside shell 1 Portion is equipped with a clockwise and anticlockwise motor, which is connected with rotating bar 53, the meeting under the driving of clockwise and anticlockwise motor of rotating bar 53 Positive and negative rotation occurs；The rotation is that clockwise and anticlockwise motor is equipped with metal gear, and rotating bar 53 is equipped with biting teeth, so that positive and negative rotation is electric Machine drives rotating bar 53 to rotate；The feeding component 52 be it is multiple, multiple feeding components 52 are located at the other side of shell 1, and The distance being spaced between two adjacent feeding components 52 is identical；The feeding component 52 includes feeding part 521 and actuator 522, the actuator 522 is a cylinder or oil hydraulic cylinder, and the feeding part 521 is connected with the actuator 522, therefore is taking Actuator 522 is released into shell 1 during material and carries out feeding；Material-holding chamber 520, the material-holding chamber are equipped on the feeding part 52 520 be a cavity, and the gear shaping 523 being obliquely installed is equipped on the end of the material-holding chamber 520, which is metal The top gear shaping of tooth, feeding part 52 from top to bottom tilts, and the lower part gear shaping of feeding part 52 is obliquely installed from the bottom to top.

Further, pusher part 525 is equipped in the material-holding chamber 520, which is a metal block, described Hydraulic part 526 is additionally provided in material-holding chamber 520, which is micro hydraulic cylinder, one end of the hydraulic part 526 and pusher Part 525 is connected, to can be pushed outwardly pusher part 525, when hydraulic part 526 starts at 525 end of pusher part Portion is equipped with from top to bottom inclined first inclined-plane 529 and from the bottom to top inclined second inclined-plane 530, first inclined-plane 529 It is symmetrically arranged with the second inclined-plane 530；Therefore when pusher part 525 is pushed outwardly, the end energy of the pusher part 525 It is enough to be partially pierced by material-holding chamber 520, so that the soil in material-holding chamber 520 is all pushed out；It is set on the side wall of the pusher part 525 There are multiple rolling members 527, which is metal ball；Rolling groove 528, institute are equipped on 520 inner wall of material-holding chamber Stating rolling groove 528 is to be arranged along the length direction of 520 inner wall of material-holding chamber, and rolling member 527 is located at rolling groove 528 It is interior, and then rolling member 527 rolls in rolling groove 528.

It is pierced by shell 1 during feeding for the ease of feeding part 521, multiple open is equipped on 1 side wall of shell Mouth 10,10 number of opening is identical as the number of feeding part 521, is equipped with stopper component 6, the stopper component at the opening 10 6 include first baffle 61, second baffle 63, the first elastic component 62 and the second elastic component 64；The first baffle 61 is metal plate, The outer wall of the first baffle 61 and the shell 1 is hinged, first elastic component 62 be spring, the one of first elastic component 62 End is connected with the side wall of first baffle 61, and the other end is connected with the inner wall of the shell 1；Appearance is formed on the first baffle 61 Set chamber 610, in 63 partial insertion of second baffle to the accommodating cavity 610, the second baffle 63 is similarly metal plate, institute Stating the second elastic component 64 is spring, which is connected with the inner wall of the accommodating cavity 610, the other end with it is described The end of second baffle 63 is connected, and specific set-up mode can be in one end of the second elastic component 64 elder generation and second baffle 63 Using metal-to-metal adhesive glue connect, then again on the other end of the second elastic component 64 smear metal glue, by 63 He of second baffle Second elastic component 64 is inserted into together in accommodating cavity 610, so that the second elastic component 64 bonds together with 610 inner wall of accommodating cavity.

Further, the first limiting section 611 is equipped on the inner wall of the accommodating cavity 610, after which is Phase is adhered to the metal strip on 610 inner wall of accommodating cavity, and the second limiting section 631 is equipped on the end of the second baffle 63, should Second limiting section 631 is similarly metal strip, and a limiting section 611 limits the second limiting section 631, thus second baffle 63 will not be backing out out of accommodating cavity 610；Rotating roller 65, this turn are connected on the lower end of the second baffle 63 Dynamic roller 65 is metallic roll；Location indentations 11 are equipped on the outer wall of the shell 1, the location indentations 11 are and the rotating roller The almost the same groove of 65 size, therefore when stopper component 6 is closed and is open, it is described fixed that the rotating roller 65 can be located at In the recess portion 11 of position.

In order to reduce the friction between feeding part and second baffle 63, it is bonded on the side wall of the second baffle 63 There is wearing layer 66, which is wear-resistant plastic, and the wearing layer 66 is equipped with multiple balls 661, and the ball 661 is same For pearl made of wear-resistant plastic, ball 661 can roll on the wearing layer 66, therefore be pierced by feeding part 521 When, the ball 661 can be in contact with the upper surface of feeding part 521, so that ball 661 rotates.

Obviously, described embodiment is only a part of the embodiment of the utility model, instead of all the embodiments. Based on the embodiments of the present invention, obtained by those of ordinary skill in the art without making creative efforts The range of the utility model protection all should belong in every other embodiment.

Claims

1. a kind of Sandy Soil layered weighting equipment, including shell (1), drill bit (2) and for driving the drill bit (2) to rotate Driving motor (3), the shell (1) is interior to be equipped with feeding device (5)；It is characterized by: the feeding device (5) includes being set to institute State multiple charge parts (51) of shell (1) side, spaced multiple feeding components (52) and for driving the feeding portion Part (52) is set to the shell (1) other side in the rotating bar (53) rotated in the shell (1), the feeding component (52)； The shell (1) is equipped with the opening (10) being pierced by for the feeding component (52), and the feeding component (52) includes feeding part (521) and for driving the feeding part (521) to be inserted into the actuator (522) in soil.

2. a kind of Sandy Soil layered weighting equipment according to claim 1, it is characterised in that: the feeding part (521) It is equipped with material-holding chamber (520), which is equipped with multiple gear shapings (523) being obliquely installed.

3. a kind of Sandy Soil layered weighting equipment according to claim 2, it is characterised in that: the material-holding chamber (520) It is interior to be equipped with for material to be released to the pusher part (525) of material-holding chamber (520) and for pushing pusher part (525) fore-aft motion Hydraulic part (526).

4. a kind of Sandy Soil layered weighting equipment according to claim 3, it is characterised in that: the pusher part (525) It is equipped with multiple rolling members (527), material-holding chamber (520) inner wall is equipped with the rolling matched with the rolling member (527) Groove (528).

5. a kind of Sandy Soil layered weighting equipment according to claim 4, it is characterised in that: the pusher part (525) Be equipped with the first inclined-plane (529) for being obliquely installed from the bottom to top and with symmetrically arranged second inclined-plane of the first inclined-plane (529) (530).

6. a kind of Sandy Soil layered weighting equipment according to claim 1, it is characterised in that: set on the opening (10) Have stopper component (6), the stopper component (6) include the first baffle (61) being flexibly connected with the shell (1) outer wall, one end with The first baffle (61) be connected the first elastic component (62) that the other end is connected with the shell (1) inner wall, be arranged in described the Second baffle (63) and the second elastic component (64) in one baffle (61), described second elastic component (64) one end and the first gear The connected other end of plate (61) is connected with the second baffle (63).

7. a kind of Sandy Soil layered weighting equipment according to claim 6, it is characterised in that: the first baffle (61) It is equipped with accommodating cavity (610), the second baffle (63) is at least partly arranged in the accommodating cavity (610)；The accommodating cavity (610) inner wall is equipped with the first limiting section (611), and second baffle (63) end is equipped with and first limiting section (611) The second limiting section (631) matched.

8. a kind of Sandy Soil layered weighting equipment according to claim 7, it is characterised in that: the second baffle (63) It is connected on lower end rotating roller (65), shell (1) outer wall is equipped with to be determined with what the rotating roller (65) matched Position recess portion (11).

9. a kind of Sandy Soil layered weighting equipment according to claim 8, it is characterised in that: the second baffle (63) Wearing layer (66) are bonded on side wall, which is equipped with multiple balls (661).