CN209570374U

CN209570374U - A kind of geologic prospect soil sample collector

Info

Publication number: CN209570374U
Application number: CN201920305319.3U
Authority: CN
Inventors: 刘小念; 梁龙飞; 熊元鸿
Original assignee: Individual
Current assignee: Individual
Priority date: 2019-03-12
Filing date: 2019-03-12
Publication date: 2019-11-01
Anticipated expiration: 2029-03-12

Abstract

The utility model discloses a kind of geologic prospect soil sample collectors, including positioning mechanism, positioning mechanism includes positioning pedestal, pedal and positioning tooth, the shape of positioning pedestal is rectangular parallelepiped structure, the side of rectangular parallelepiped structure positioning pedestal offers the first accommodating groove, pedal is rotatably connected in first accommodating groove, run through on pedal and offers the second accommodating groove, positioning tooth is rotatably connected in second accommodating groove, the top of positioning pedestal, which is run through, offers placed channel, orientation shoveling part is connected in placed channel, orienting shoveling part includes turntable and positioning column, the middle part of turntable is arranged in positioning column, shoveling tooth is uniformly provided at the bottom margin of positioning column.The utility model has structurally reasonable, feature easy to operate, it can be accurately controlled sample point by the way that positioning mechanism is arranged, the depth for the soil of being sampled can be accurately controlled by setting orientation shoveling part, can easily be taken out pedotheque by the way that Qu Tu mechanism is arranged.

Description

A kind of geologic prospect soil sample collector

Technical field

The utility model relates to soil sampling apparatus technical field, specially a kind of geologic prospect soil sample collector.

Background technique

Soil is the basis of plant growth and development, and soil supplies water, fertilizer, air and heat required for plant normal growth is developed Ability, claim soil fertility, these conditions of soil interact, condition each other, and such as washiness, the aeration of soil is just Difference, it is organic few, and be easy to be lost；On the contrary, soil moisture is very few, and is not able to satisfy moisture required for medicinal plant, simultaneously Since aerobic organism activity is strong, the organic matter decomposition of soil is too fast, will also result in nutrient deficiency, various plants are to soil acidity or alkalinity There is certain requirement, most plants are suitable for growing in subacidity or neutral soil, and plant growth and development needs nutritious guarantor Card, therefore seem most important to the analysis of the content of the various elements in soil.

The utility model it has been found that existing soil sample collector when taking out B layers of soil sample, often without Method accurately samples, and will so lead to not make accurate judgement to the content of elements in Soil,

Utility model content

The purpose of this utility model is to provide a kind of geologic prospect soil sample collectors, it is intended to improve existing soil and take Sample device is when taking out B layers of soil sample, the problem of often can not accurately sampling.

The utility model is realized in this way: a kind of geologic prospect soil sample collector, including positioning mechanism, positioning mechanism Including positioning pedestal, pedal and positioning tooth, the shape of positioning pedestal is rectangular parallelepiped structure, the side of rectangular parallelepiped structure positioning pedestal The first accommodating groove is offered, pedal is rotatably connected in the first accommodating groove, runs through on pedal and offers the second accommodating groove, second Positioning tooth is rotatably connected in accommodating groove, the top of positioning pedestal is flexibly connected in placed channel through placed channel is offered There is orientation shoveling part, orientation shoveling part includes turntable and positioning column, and the middle part of turntable, and positioning column and turntable is arranged in positioning column It is fixedly connected, shoveling tooth is uniformly provided at the bottom margin of positioning column, the top of positioning column, which is run through to offer, deposits native channel, deposits Qu Tu mechanism is connected in native channel, Qu Tu mechanism includes connection pedestal, handle, auger bar and packing auger blade, linker The two sides of seat are symmetrically fixedly connected with handle, and handle is shaped to cylindrical structure, and the bottom for connecting pedestal is fixedly connected There is auger bar, the bottom outside of auger bar is fixedly connected with packing auger blade.

Further, the shape of placed channel is cylindrical structure, and the second cone is offered on the inner sidewall of placed channel The shape of shape screw thread, positioning column is cylindrical structure, and the first tapered thread is offered on the lateral wall of positioning column, the first taper Screw thread and the second tapered thread cooperate, and by the cooperation of the first tapered thread and the second tapered thread, can allow positioning column Be screwed onto the inside of placed channel, can be controlled in this way by rotation turntable when carrying out the operation of soil sample positioning column into Enter the depth into soil, the sampling operation of soil is allowed to become more accurate.

Further, the head end of packing auger blade is provided with blade, and the bottom of auger bar is provided with tip, tip and auger bar Be an integral molding structure, by the head end in packing auger blade be provided with blade be in order to can allow packing auger blade more easily into Enter into soil, is to can allow auger bar that can more be easily inserted by being provided with tip in the bottom of auger bar In soil, so as to be threaded into soil convenient for packing auger blade.

Further, the inner wall two sides of the first accommodating groove symmetrically offer the first rotation slot, the shape of the first rotation slot For cylindrical structure, one end two sides of pedal are symmetrically arranged with the first Rotational Cylindrical, and the first Rotational Cylindrical and pedal are integrally formed knot Structure, and the shape of the first Rotational Cylindrical is cylindrical structure, the diameter of the first Rotational Cylindrical is slightly less than the internal diameter of the first rotation slot, passes through The first accommodating groove, which is arranged, can be incited somebody to action when not needing to carry out soil sample operation in this way to can be convenient storage pedal Pedal is accommodated into the first accommodating groove, reduces space hold, and the pedal of setting is in order to can be more convenient by positioning mechanism Fixed on ground, convenient for the operation of soil sample.

Further, inner sidewall one end of the second accommodating groove symmetrically offers the second rotation slot, and the second rotation slot is cylinder Shape structure, one end two sides of positioning tooth are symmetrically arranged with the second Rotational Cylindrical, and the shape of the second Rotational Cylindrical is cylindrical structure, and second Rotational Cylindrical and positioning tooth are an integral molding structure, and the diameter of the second Rotational Cylindrical is slightly less than the internal diameter of the second rotation slot, pass through setting Second accommodating groove can be received positioning tooth when not needing to be operated in this way to store positioning tooth It receives, prevents positioning tooth from scratching user, improve the safety in utilization of the utility model, while also can be reduced accounting for for space With allowing the utility model to easily facilitate transport and carrying.

Further, the shape of positioning tooth is triangular structure, and the both sides of positioning tooth offer chamfering, positioning tooth Material is set as stainless steel, is the thorn in order to which positioning tooth can be allowed to be more easier by the way that positioning tooth is shaped to triangle Enter into soil, the contact by four positioning tooths with ground, so as to reach the fixed operation to positioning mechanism, after being convenient for Continuous soil sample operation is that positioning tooth gets rusty in order to prevent by setting stainless steel material for the material of positioning tooth, thus Influence the normal use of the utility model.

Compared with prior art, the utility model has the beneficial effects that the utility model have it is structurally reasonable, it is easy to operate The characteristics of, it can be accurately controlled sample point by the way that positioning mechanism is arranged, institute can accurately be controlled by setting orientation shoveling part The depth for sampling soil can easily be taken out pedotheque by the way that Qu Tu mechanism is arranged.

(1), by offering the first accommodating groove in the side of rectangular parallelepiped structure positioning pedestal, first receives the utility model Receiving the inner wall two sides of slot symmetrically offers the first rotation slot, and the shape of the first rotation slot is cylindrical structure, one end of pedal Two sides are symmetrically arranged with the first Rotational Cylindrical, and the first Rotational Cylindrical is an integral molding structure with pedal, and the shape of the first Rotational Cylindrical is Cylindrical structure, the diameter of the first Rotational Cylindrical are slightly less than the internal diameter of the first rotation slot, are in order to can by the way that the first accommodating groove is arranged With pedal convenient for collecting, pedal can be accommodated into the first accommodating groove when not needing to carry out soil sample operation in this way In, space hold is reduced, the pedal of setting is to be convenient for soil to more convenient positioning mechanism is fixed on ground The operation of sampling.

(2), the utility model is by the way that at the top of positioning pedestal, through placed channel is offered, the shape of placed channel is Cylindrical structure, and the second tapered thread is offered on the inner sidewall of placed channel, the shape of positioning column is cylindrical structure, and Offer the first tapered thread on the lateral wall of positioning column, the first tapered thread and the second tapered thread cooperate, by the The cooperation of one tapered thread and the second tapered thread can allow positioning column to be screwed onto the inside of placed channel, carry out soil in this way The depth that positioning column enters in soil can be controlled by rotation turntable when the operation of earth sampling, allow the sampling operation of soil Become more accurate.

(3), the utility model is by being fixedly connected with packing auger blade, the head end of packing auger blade in the bottom outside of auger bar It is provided with blade, the bottom of auger bar is provided with tip, and tip and auger bar are an integral molding structure, by packing auger blade It is in order to packing auger blade be allowed more easily to enter in soil, by setting in the bottom of auger bar that head end, which is provided with blade, Being equipped with tip is in order to allow auger bar that can more be easily inserted into soil, so as to screw in convenient for packing auger blade Into in soil.

Detailed description of the invention

It, below will be to required in embodiment in order to illustrate more clearly of the technical solution of the utility model embodiment The attached drawing used is briefly described, it should be understood that the following drawings illustrates only some embodiments of the utility model, therefore not It should be considered as the restriction to range, for those of ordinary skill in the art, without creative efforts, It can also be obtained according to these attached drawings other relevant attached drawings.

Fig. 1 is a kind of structural schematic diagram one of geologic prospect soil sample collector of the utility model；

Fig. 2 is a kind of fractionation structural representation of geologic prospect soil sample collector of the utility model；

Fig. 3 is a kind of structural schematic diagram two of geologic prospect soil sample collector of the utility model；

Fig. 4 is a kind of structural schematic diagram of the positioning mechanism of geologic prospect soil sample collector of the utility model；

Fig. 5 is a kind of fractionation structural representation of the positioning mechanism of geologic prospect soil sample collector of the utility model.

In figure: 1, Qu Tu mechanism；11, pedestal is connected；12, handle；13, auger bar；131, tip；14, packing auger blade； 141, blade；2, shoveling part is oriented；21, turntable；22, positioning column；221, the first tapered thread；222, shoveling tooth；223, soil is deposited Channel；3, positioning mechanism；31, positioning pedestal；311, placed channel；3111, the second tapered thread；312, the first accommodating groove； 3121, the first rotation slot；32, pedal；321, the second accommodating groove；3211, the second rotation slot；322, the first Rotational Cylindrical；33, it positions Tooth；331, the second Rotational Cylindrical.

Specific embodiment

It is practical below in conjunction with this to keep the purposes, technical schemes and advantages of the utility model embodiment clearer The technical solution in the utility model embodiment is clearly and completely described in attached drawing in novel embodiment, shows So, described embodiment is a part of embodiment of the utility model, rather than whole embodiments.It is practical based on this Embodiment in novel, it is obtained by those of ordinary skill in the art without making creative efforts every other Embodiment is fallen within the protection scope of the utility model.Therefore, the implementation to the utility model provided in the accompanying drawings below The detailed description of mode is not intended to limit the range of claimed invention, but is merely representative of the utility model Selected embodiment, based on the embodiment in the utility model, those of ordinary skill in the art are not making creative labor Every other embodiment obtained under the premise of dynamic, fall within the protection scope of the utility model.

Fig. 1, Fig. 2, Fig. 3, Fig. 4 and Fig. 5, a kind of geologic prospect soil sample collector, including positioning mechanism 3 are please referred to, it is fixed Position mechanism 3 includes positioning pedestal 31, pedal 32 and positioning tooth 33, and the shape of positioning pedestal 31 is rectangular parallelepiped structure, cuboid knot The side of structure positioning pedestal 31 offers the first accommodating groove 312, and the inner wall two sides of the first accommodating groove 312 symmetrically offer The shape of one rotation slot 3121, the first rotation slot 3121 is cylindrical structure, and one end two sides of pedal 32 are symmetrically arranged with first Rotational Cylindrical 322, the first Rotational Cylindrical 322 are an integral molding structure with pedal 32, and the shape of the first Rotational Cylindrical 322 is cylindrical knot Structure, the diameter of the first Rotational Cylindrical 322 are slightly less than the internal diameter of the first rotation slot 3121, by be arranged the first accommodating groove 312 be in order to It can be convenient storage pedal 32, pedal 32 can be accommodated into the first receipts when not needing to carry out soil sample operation in this way It receives in slot 312, reduces space hold, the pedal 32 of setting is to more convenient positioning mechanism 3 are fixed to ground On, convenient for the operation of soil sample；It is rotatably connected to pedal 32 in first accommodating groove 312, runs through on pedal 32 and offers second Accommodating groove 321, inner sidewall one end of the second accommodating groove 321 symmetrically offer the second rotation slot 3211, and the second rotation slot 3211 is Cylindrical structure, one end two sides of positioning tooth 33 are symmetrically arranged with the second Rotational Cylindrical 331, and the shape of the second Rotational Cylindrical 331 is circle Column construction, the second Rotational Cylindrical 331 and positioning tooth 33 are an integral molding structure, and the diameter of the second Rotational Cylindrical 331 is slightly less than second The internal diameter of rotation slot 3211 is in order to store positioning tooth 33, in this way when being not required to by the way that the second accommodating groove 321 is arranged Positioning tooth 33 can be stored when operation, prevent positioning tooth 33 from scratching user, improve the utility model Safety in utilization, while also can be reduced the occupancy in space, the utility model allowed to easily facilitate transport and carrying.

Fig. 2, Fig. 3, Fig. 4 and Fig. 5 are please referred to, positioning tooth 33, the shape of positioning tooth 33 are rotatably connected in the second accommodating groove 321 Shape is triangular structure, and the both sides of positioning tooth 33 offer chamfering, and the material of positioning tooth 33 is set as stainless steel, pass through by It is to pass through four to allow what positioning tooth 33 was more easier to be pierced into soil that positioning tooth 33, which is shaped to triangle, Contact of the positioning tooth 33 with ground is grasped so as to reach the fixed operation to positioning mechanism 3 convenient for subsequent soil sample Make, is that positioning tooth 33 gets rusty in order to prevent, to influence this reality by setting stainless steel material for the material of positioning tooth 33 With novel normal use；The top of positioning pedestal 31 is circle through placed channel 311, the shape of placed channel 311 is offered Column construction, and the second tapered thread 3111 is offered on the inner sidewall of placed channel 311, the shape of positioning column 22 is cylinder Structure, and the first tapered thread 221 is offered on the lateral wall of positioning column 22, the first tapered thread 221 and the second tapered thread 3111 cooperate, and by the cooperation of the first tapered thread 221 and the second tapered thread 3111, positioning column 22 can be allowed to be screwed onto The inside of placed channel 311 can control positioning column 22 by rotation turntable 21 when carrying out the operation of soil sample in this way The depth in soil is entered, the sampling operation of soil is allowed to become more accurate；Orientation is connected in placed channel 311 to dig Native part 2, orientation shoveling part 2 includes turntable 21 and positioning column 22, and the middle part of turntable 21, and 22 He of positioning column is arranged in positioning column 22 Turntable 21 is fixedly connected, and shoveling tooth 222 is uniformly provided at the bottom margin of positioning column 22, and the top of positioning column 22, which is run through, to be opened up Native channel 223 is deposited, deposits and is connected with Qu Tu mechanism 1 in native channel 223, Qu Tu mechanism 1 includes connection pedestal 11, handle 12, auger bar 13 and packing auger blade 14, the two sides of connection pedestal 11 are symmetrically fixedly connected with handle 12, the shape setting of handle 12 For cylindrical structure, the bottom for connecting pedestal 11 is fixedly connected with auger bar 13, and the bottom outside of auger bar 13 is fixedly connected with Packing auger blade 14, the head end of packing auger blade 14 are provided with blade 141, and the bottom of auger bar 13 is provided with tip 131, tip 131 It is an integral molding structure with auger bar 13, is to can allow auger by being provided with blade 141 in the head end of packing auger blade 14 Blade 14 more easily enters in soil, is to can allow strand by being provided with tip 131 in the bottom of auger bar 13 Imperial bar 13 can be more easily inserted into soil, so as to be threaded into soil convenient for packing auger blade 14.

The user of the utility model and working principle: first opening pedal 32, is then opening positioning tooth 33, is passing through Slamming pedal 32 with foot enters positioning tooth 33 in soil, after positioning mechanism 3 is fixed, then rotates turntable 21 and allows and determine Position column enters depth described in soil, and then in the handle 12 for grasping Qu Tu mechanism 1, rotational handle 12 is simultaneously pressed downwards Pressure, enters packing auger blade 14 in soil, when entering determining depth, grasps handle 12 and be lifted up Qu Tu mechanism 1 can complete sampling operation, or can also pass through rotation when orienting shoveling part 2 and entering to determining depth Turntable 21 allows positioning column 22 to exit positioning mechanism 3, and then again being released the figure deposited in native channel 223 with Qu Tu mechanism 1 can also be with Achieve the purpose that soil sample.

Above description is merely a prefered embodiment of the utility model, is not intended to limit the utility model, for For those skilled in the art, various modifications and changes may be made to the present invention.All spirit and original in the utility model Within then, any modification, equivalent replacement, improvement and so on be should be included within the scope of protection of this utility model.

Claims

1. a kind of geologic prospect soil sample collector, including positioning mechanism (3), it is characterised in that: the positioning mechanism (3) includes Positioning pedestal (31), pedal (32) and positioning tooth (33), the shape of the positioning pedestal (31) are rectangular parallelepiped structure, cuboid knot The side of positioning pedestal described in structure (31) offers the first accommodating groove (312), rotation connection in first accommodating groove (312) Have pedal (32), through offering the second accommodating groove (321) on the pedal (32), is rotated in second accommodating groove (321) It is connected with positioning tooth (33), the top of the positioning pedestal (31), which is run through, offers placed channel (311), the placed channel (311) orientation shoveling part (2) is connected in, the orientation shoveling part (2) includes turntable (21) and positioning column (22), described Positioning column (22) is arranged at the middle part of turntable (21), and positioning column (22) is fixedly connected with turntable (21), the positioning column (22) Bottom margin at be uniformly provided with shoveling tooth (222), native channel is deposited through offering in the top of the positioning column (22) (223), described deposit is connected with Qu Tu mechanism (1) in native channel (223), and the Qu Tu mechanism (1) includes connection pedestal (11), the two sides of handle (12), auger bar (13) and packing auger blade (14), connection pedestal (11) are symmetrically fixedly connected with hand Handle (12), the handle (12) are shaped to cylindrical structure, and the bottom of connection pedestal (11) is fixedly connected with strand The bottom outside of imperial bar (13), the auger bar (13) is fixedly connected with packing auger blade (14).

2. a kind of geologic prospect soil sample collector according to claim 1, which is characterized in that the placed channel (311) shape is cylindrical structure, and the second tapered thread (3111), institute are offered on the inner sidewall of placed channel (311) The shape for stating positioning column (22) is cylindrical structure, and the first tapered thread (221) are offered on the lateral wall of positioning column (22), First tapered thread (221) and the second tapered thread (3111) cooperate.

3. a kind of geologic prospect soil sample collector according to claim 2, which is characterized in that the packing auger blade (14) Head end be provided with blade (141), the bottom of the auger bar (13) is provided with tip (131), the tip (131) and auger Bar (13) is an integral molding structure.

4. a kind of geologic prospect soil sample collector according to claim 3, which is characterized in that first accommodating groove (312) inner wall two sides symmetrically offer the first rotation slot (3121), and the shape of first rotation slot (3121) is cylinder One end two sides of shape structure, the pedal (32) are symmetrically arranged with the first Rotational Cylindrical (322), first Rotational Cylindrical (322) with Pedal (32) is an integral molding structure, and the shape of the first Rotational Cylindrical (322) is cylindrical structure, first Rotational Cylindrical (322) diameter is slightly less than the internal diameter of the first rotation slot (3121).

5. a kind of geologic prospect soil sample collector according to claim 4, which is characterized in that second accommodating groove (321) inner sidewall one end symmetrically offers the second rotation slot (3211), and second rotation slot (3211) is cylindrical structure, One end two sides of the positioning tooth (33) are symmetrically arranged with the second Rotational Cylindrical (331), and the shape of second Rotational Cylindrical (331) is Cylindrical structure, second Rotational Cylindrical (331) and positioning tooth (33) are an integral molding structure, second Rotational Cylindrical (331) Diameter be slightly less than the internal diameters of the second rotation slot (3211).

6. a kind of geologic prospect soil sample collector according to claim 5, which is characterized in that the positioning tooth (33) Shape is triangular structure, and the both sides of positioning tooth (33) offer chamfering, and the material of the positioning tooth (33) is set as not Become rusty steel.