CN110044654A - A kind of oil exploration geology sampling system - Google Patents

Abstract

The present invention provides a kind of oil exploration geology sampling systems, including main body, it is opened up in the main body top end wall fluted, rubble tapping channel and rubble feeding-passage are offered on end wall on the left of the main body, the rubble feeding-passage is located on the downside of the rubble tapping channel, and rubble is installed in the main body and promotes channel；It is more rationally and ingenious in apparatus of the present invention overall structure, it uses also very convenient, by the cooperation of each step, first rubble is screened in mine bottom, complete rock is isolated and is spread out of from the channel of side, rubble disintegrating slag is sent out from another wing passage, it ensure that the accuracy of later period sampling analysis, each step linkage together, has certain implementation meaning, reduce manpower consumption, there is certain value for applications.

Description

A kind of oil exploration geology sampling system

Technical field

The present invention relates to oil exploration technology fields, and in particular to a kind of oil exploration geology sampling system.

Background technique

Often use the similar the same equipment of lifting device by the geology rock specimens after drilling well during oil exploration It sends out, often structure is simple for the lifting device of used oil exploration at present, has a single function, has functioned only as being lifted up Effect, often mixed containing rubble, disintegrating slag, soil in the sample promoted up, be not easy to separate, to point in later period Analysis causes difficulty.

Summary of the invention

The purpose of the present invention is to provide a kind of oil exploration geology sampling systems, can overcome the above-mentioned of the prior art Defect.

A kind of oil exploration geology sampling system according to the present invention, including main body, the main body top end wall On open up fluted, offer rubble tapping channel and rubble feeding-passage on the left of the main body on end wall, the rubble into Expect that channel is located on the downside of the rubble tapping channel, rubble is installed in the main body and promotes channel, the rubble is promoted logical Be connected between end wall and end wall on the right side of the rubble tapping channel setting on the left of road, and rubble collection is additionally provided in the main body Slot, be connected setting between the rubble collecting tank left side end wall and rubble feeding-passage right side end wall, and the rubble is received Rubble push sliding slot is offered on collection trench bottom end wall, and rubble screening chamber, institute are offered in the rubble collecting tank top end wall It states end wall on the left of rubble screening chamber and is promoted with the rubble and is connected between end wall on the right side of channel equipped with the outlet of screening chamber, it is described broken It is equipped with screw rod in the main body on the right side of stone collecting tank and promotes chamber, the screw rod promotes end wall and the rubble on the left of chamber and collects It is connected between end wall equipped with communication port on the right side of slot, end wall and the screw rod promote end wall on the left of chamber on the right side of the rubble screening chamber Between be connected and be equipped with screening chamber entrance, offer disintegrating slag tapping channel on the right side of the groove on end wall, in the main body also It is installed with disintegrating slag and promotes channel, the disintegrating slag is promoted to be connected between end wall and end wall on the right side of the disintegrating slag tapping channel on the left of channel Logical setting, the disintegrating slag, which promotes end wall on the left of channel and promoted with the screw rod, to be connected between chamber equipped with Crushed stones sieve plate, described broken Stone screens in the wall between chamber and screw rod promotion chamber and is equipped with power cavity, and the power cavity is located under the screening chamber entrance Side, main body top end end face are equipped with hoisting mechanism, set in the rubble tapping channel and the disintegrating slag tapping channel There is a transmission mechanism, the rubble, which is promoted to be equipped in end wall on the left of channel, topples over control mechanism, the rubble collecting tank and described broken Stone pushes and is equipped with rubble delivery device in sliding slot, and the screw rod promotion is intracavitary to be equipped with screw rod hoister structure, and the rubble screens chamber It is interior to be equipped with screening conveying mechanism.

Valuably, the rubble delivery device includes material pushing motor, and the material pushing motor is located at the rubble It pushes on the left of sliding slot in end wall, power is connected with screw thread extended to the right in the material pushing motor right end face Bar, threaded rod right side extending end, which protrudes into the screw rod and promoted in chamber and promote end wall rotation on the right side of chamber with the screw rod, matches Connection is closed, end wall is equipped with the sliding rail of symmetrical setting before and after the rubble push sliding slot, slides on the rubble push sliding slot It is connected with material push sliding block, the material push sliding block is threadedly engaged with the threaded rod to be connect, the material push Sliding block and the sliding rail are slidably connected.

Valuably, the screw rod hoister structure includes lifting handle, the lifting handle be located at the screw rod promoted it is intracavitary, The lifting handle bottom end and the screw rod, which promote chamber bottom end wall and be rotatably assorted, connect, the screw rod promotion chamber with it is described Spur Gear Driving chamber is equipped in the main body between disintegrating slag tapping channel, the lifting handle top end protrudes into described straight It is rotatably assorted in gear transmission cavity and with the Spur Gear Driving top of chamber end wall and connect, be circumferentially installed on the lifting handle First spur gear, first spur gear are located in the Spur Gear Driving chamber, and the Spur Gear Driving chamber is up and down between end wall It is rotatably assorted by axis and is connected with the second spur gear, rotation in the wall between the Spur Gear Driving chamber and the screening chamber entrance Be connected with the first rotation axis, first rotation axis is extended up and down, at the top of first rotation axis extending end with The Spur Gear Driving top of chamber end wall is rotatably assorted connection, and third spur gear, institute are circumferentially installed in first rotation axis Stating third spur gear, to be located at the Spur Gear Driving intracavitary, and the third spur gear engages cooperation with second spur gear and connects It connects, second spur gear engages mating connection with first spur gear, and first rotation axis bottom extending end protrudes into It is installed in the power cavity and circumferentially first bevel gear, is installed with crankshaft motor, the song on end wall on the right side of the power cavity It is rotatably assorted on the main shaft of spindle motor and is connected with second bevel gear, the second bevel gear engages cooperation with the first bevel gear Connection.

Valuably, the screening conveying mechanism includes the crankshaft, and it is intracavitary that the crankshaft is located at rubble screening, described Crankshaft right end protrudes into end wall on the right side of the rubble screening chamber and is cooperatively connected with the main shaft power of the crankshaft motor, described Crankshaft left distal end is rotatably assorted with end wall on the left of rubble screening chamber and connect, and the knee of the crankshaft is hinged with crankshaft company Block is connect, crankshaft-link rod is installed on the crankshaft link block, is hinged with trapezoidal slide block in the crankshaft-link rod top end, it is described Trapezoidal slide block successively increases from right to left, the company of being slidably matched between end wall before and after the trapezoidal slide block and rubble screening chamber It connects, rock screen gating hole is offered on described trapezoidal slide block or so end face.

Valuably, the hoisting mechanism includes promoting motor, the promotions motor bottom end face be located at a groove left side The top end surface secure fit of the main body of side connects, and is fixedly provided with the first lifting wheel in the main body top end surface Seat, the first lifting wheel seat are located on front side of the promotion motor, are fixedly provided with the second promotion in the main body top end surface Wheel seat, the second lifting wheel seat are located on the right side of the groove, and being rotatably assorted between the first promotion wheel seat, it is dynamic to connect Axis, the line shaft rear side end and the promotion motor front end face power are cooperatively connected, circumferential fixed on the line shaft There are the first lifting wheel and the first belt pulley, first lifting wheel is located on rear side of first belt pulley, second lifting wheel It is rotatably assorted between seat and is connected with the second rotation axis, the second belt pulley and second is circumferentially installed in second rotation axis and is promoted Wheel, second lifting wheel are located on rear side of second belt pulley, lead between first belt pulley and second belt pulley The mating connection of belt power is crossed, is circumferentially installed with hoisting rope on first lifting wheel and second lifting wheel, it is described broken Stone is promoted and is slidably connected with rubble promotion chamber in channel, and the hoisting rope and the rubble on first lifting wheel are promoted Sunpender secure fit connection on chamber, the disintegrating slag are promoted in channel and are slidably connected with disintegrating slag lift tank, and described second mentions The rope risen on wheel is connect with the sunpender secure fit in the disintegrating slag lift tank, offers disintegrating slag on the left of the disintegrating slag lift tank Pour spout.

Valuably, described to topple over control mechanism include electromagnet, and the rubble is promoted and offers magnetic on end wall on the left of channel Iron sliding slot, the magnet sliding slot are installed with slide bar locating piece between end wall up and down, are slidably connected on the slide bar locating piece There is slide bar, magnet, end wall on the left of the electromagnet left end face and the magnet sliding slot are installed in the slide bar left distal end Secure fit connects, and is installed with slide block on the right side of the slide bar on end wall, and the slide block can promote chamber with the rubble and offset It connects, is installed with spring between the slide block right end face and the slide block left end face.

Valuably, the transmission mechanism includes the first transport motor and the second transport motor, first transport motor position In in the rubble tapping channel bottom end wall, power is connected with the first transfer roller on the main shaft of first transport motor Cylinder, interior be rotatably assorted by axis of the rubble tapping channel bottom end wall are connected with the second transmission roller, first transfer roller It is cooperatively connected between cylinder and the second transmission roller by belt power, second transport motor is located at disintegrating slag discharging In the end wall of the bottom of the channel, power is connected with third transmission roller on the main shaft of second transport motor, and the disintegrating slag goes out It is rotatably assorted in material the bottom of the channel end wall by axis and is connected with the 4th transmission roller, the third transmission roller and the described 4th pass It send and is cooperatively connected between roller by belt power.

The beneficial effects of the present invention are: it is more rationally and ingenious in apparatus of the present invention overall structure, it uses also very It is convenient, by the cooperation of each step, first rubble is screened in mine bottom, complete rock is isolated and from side Channel outflow, rubble disintegrating slag is sent out from another wing passage, ensure that the accuracy of later period sampling analysis, each step links Together, there is certain implementation meaning, reduce manpower consumption, there is certain value for applications.

Detailed description of the invention

It, below will be to embodiment or existing in order to illustrate more clearly of inventive embodiments or technical solution in the prior art Attached drawing needed in technical description is briefly described, it should be apparent that, the accompanying drawings in the following description is only to invent Some embodiments for those of ordinary skill in the art without creative efforts, can also basis These attached drawings obtain other attached drawings.

Fig. 1 is a kind of overall structure diagram of oil exploration geology sampling system of the invention.

Fig. 2 is the partial enlargement diagram of part A in Fig. 1.

Fig. 3 is the partial enlargement diagram of part B in Fig. 1.

Specific embodiment

All features disclosed in this specification or disclosed all methods or in the process the step of, in addition to mutually exclusive Feature and/or step other than, can combine in any way.

Any feature disclosed in this specification (including any accessory claim, abstract and attached drawing), except non-specifically chatting It states, can be replaced by other alternative features that are equivalent or have similar purpose.That is, unless specifically stated, each feature is only It is an example in a series of equivalent or similar characteristics.

In the description of the present invention, it is to be understood that, term " center ", " longitudinal direction ", " transverse direction ", " length ", " width ", " thickness ", "upper", "lower", "front", "rear", "left", "right", "vertical", "horizontal", "top", "bottom", "inner", "outside", " up time The orientation or positional relationship of the instructions such as needle ", " counterclockwise " is based on attached orientation or positional relationship shown in FIG. 1, merely to just In description the present invention and simplify description, rather than the equipment of indication or suggestion meaning or element must have a particular orientation, with Specific orientation construction and operation, therefore be not considered as limiting the invention.

In addition, term " first ", " second " are used for descriptive purposes only and cannot be understood as indicating or suggesting relative importance Or implicitly indicate the quantity of indicated technical characteristic.Define " first " as a result, the feature of " second " can be expressed or Implicitly include one or more of the features.In the description of the present invention, the meaning of " plurality " is two or more, Unless otherwise specifically defined.

As shown in Figure 1-3, a kind of oil exploration geology sampling system of the invention, including main body 10, the host Fluted 80 are opened up in 10 top end wall of body, offered on the 10 left side end wall of main body rubble tapping channel 12 and rubble into Expect channel 21, the rubble feeding-passage 21 is located at 12 downside of rubble tapping channel, is installed in the main body 10 broken Stone promotes channel 11, and the rubble is promoted to be connected between 11 left side end wall of channel and the 12 right side end wall of rubble tapping channel It is arranged, rubble collecting tank 26 is additionally provided in the main body 10, the 26 left side end wall of rubble collecting tank and the rubble is fed Be connected setting between 21 right side end wall of channel, and rubble push sliding slot 27 is offered in 26 bottom end wall of rubble collecting tank, Offer rubble screening chamber 50 in 26 top end wall of rubble collecting tank, rubble screening 50 left side end wall of chamber with it is described broken Stone, which is promoted to be connected between 11 right side end wall of channel, is equipped with screening chamber outlet 49, the host on 26 right side of rubble collecting tank It is equipped with screw rod in body 10 and promotes chamber 81, the screw rod is promoted between 81 left side end wall of chamber and 26 right side end wall of the rubble collecting tank It is connected and is equipped with communication port 29, the rubble screening 50 right side end wall of chamber is promoted with the screw rod is connected between 81 left side end wall of chamber It is logical to be equipped with screening chamber entrance 53, disintegrating slag tapping channel 36 is offered on the 80 right side end wall of groove, is gone back in the main body 10 Be installed with disintegrating slag and promote channel 34, the disintegrating slag promoted 34 left side end wall of channel and the 36 right side end wall of disintegrating slag tapping channel it Between be connected setting, the disintegrating slag promotes 34 left side end wall of channel and the screw rod is promoted and is connected between chamber 81 equipped with rock screen Plate 33, the rubble screening chamber 50 and the screw rod, which are promoted in the wall between chamber 81, is equipped with power cavity 63, the power cavity 63 In 53 downside of screening chamber entrance, the 10 top end end face of main body is equipped with hoisting mechanism, the rubble tapping channel 12 and the disintegrating slag tapping channel 36 in be equipped with transmission mechanism, the rubble, which is promoted to be equipped in 11 left side end wall of channel, topples over control It is equipped with rubble delivery device in mechanism, the rubble collecting tank 26 and rubble push sliding slot 27, the screw rod promotes chamber 81 It is interior to be equipped with screw rod hoister structure, screening conveying mechanism is equipped in the rubble screening chamber 50.

Valuably, as shown in Figure 1, the rubble delivery device includes material pushing motor 25, the material pushing motor 25 are located in rubble push 27 left side end wall of sliding slot, and power is connected in 25 right end face of material pushing motor Extended threaded rod 24 to the right, the 24 right side extending end of threaded rod protrude into the screw rod promoted in chamber 81 and with it is described Screw rod promotes 81 right side end wall of chamber and is rotatably assorted connection, and the rubble push 27 front and back end wall of sliding slot is equipped with symmetrical setting Sliding rail 23, is slidably connected with material push sliding block 22 on rubble push sliding slot 27, the material push sliding block 22 with The threaded rod 24 is threadedly engaged connection, and the material push sliding block 22 and the sliding rail 23 are slidably connected.

Valuably, as shown in Figure 1-3, the screw rod hoister structure includes lifting handle 30, the lifting handle 30 is located at The screw rod is promoted in chamber 81, and 30 bottom end of lifting handle and the screw rod promote 81 bottom end wall of chamber and be rotatably assorted company It connects, the screw rod is promoted in the main body 10 between chamber 81 and the disintegrating slag tapping channel 36 and is equipped with Spur Gear Driving chamber 65,30 top end of lifting handle protrude into the Spur Gear Driving chamber 65 and with 65 top end of Spur Gear Driving chamber Wall is rotatably assorted connection, the first spur gear 71 is circumferentially installed on the lifting handle 30, first spur gear 71 is located at institute It states in Spur Gear Driving chamber 65, is rotatably assorted between about 65 end wall of Spur Gear Driving chamber by axis and is connected with the second straight-tooth It is rotatably assorted in wheel 70, the Spur Gear Driving chamber 65 and the wall screened between chamber entrance 53 and is connected with the first rotation axis 60, about 60 first rotation axis is extended, the 60 top extending end of the first rotation axis and the Spur Gear Driving 65 top end wall of chamber is rotatably assorted connection, third spur gear 69 is circumferentially installed in first rotation axis 60, the third is straight Gear 69 is located in the Spur Gear Driving chamber 65, and the third spur gear 69 engages cooperation with second spur gear 70 and connects It connects, second spur gear 70 engages mating connection with first spur gear 71, and 60 bottom of the first rotation axis extends end End is protruded into the power cavity 63 and is circumferentially installed with first bevel gear 62, is installed with crankshaft on the 63 right side end wall of power cavity Motor 64 is rotatably assorted on the main shaft of the crankshaft motor 64 and is connected with second bevel gear 61, the second bevel gear 61 and institute The engagement of first bevel gear 62 is stated to be cooperatively connected.

Valuably, as shown in Figs. 1-2, the screening conveying mechanism includes the crankshaft 28, and the crankshaft 28 is located at described Rubble screens in chamber 50,28 right end of crankshaft protrude into rubble screening 50 right side end wall of chamber and with the crankshaft motor 64 main shaft power is cooperatively connected, and 28 left distal end of crankshaft and rubble screening 50 left side end wall of chamber are rotatably assorted company It connects, the knee of the crankshaft 28 is hinged with crankshaft link block 59, and crankshaft-link rod 58, institute are installed on the crankshaft link block 59 It states and is hinged with trapezoidal slide block 55 in 58 top end of crankshaft-link rod, the trapezoidal slide block 55 successively increases from right to left, the ladder It is slidably connected between shape sliding block 55 and rubble screening 50 front and back end wall of chamber, is opened on 55 or so the end face of trapezoidal slide block Hole 56 is gated equipped with rock screen.

Valuably, as shown in Figure 1, the hoisting mechanism include promoted motor 45,45 bottom end face of promotions motor and In the top end surface secure fit connection of the main body 10 in 80 left side of groove, 10 top end surface of main body It is fixedly provided with the first promotion wheel seat 44, described first, which promotes wheel seat 44, is located at 45 front side of promotion motor, the main body 10 It is fixedly provided with the second promotion wheel seat 37 in top end surface, described second, which promotes wheel seat 37, is located at 80 right side of groove, and described the It is rotatably assorted between one promotion wheel seat 44 and is connected with line shaft 41, before the 41 rear side end of line shaft and the promotion motor 45 Side end face power is cooperatively connected, and is circumferentially installed with the first lifting wheel 43 and the first belt pulley 42 on the line shaft 41, and described the One lifting wheel 43 is located at 42 rear side of the first belt pulley, is rotatably assorted between the second promotion wheel seat 37 and is connected with second turn Moving axis 40 is circumferentially installed with the second belt pulley 39 and the second lifting wheel 38, second lifting wheel in second rotation axis 40 38 are located at 39 rear side of the second belt pulley, pass through belt power between first belt pulley 42 and second belt pulley 39 It is cooperatively connected, hoisting rope is circumferentially installed on first lifting wheel 43 and second lifting wheel 38, the rubble is promoted It is slidably connected with rubble in channel 11 and promotes chamber 48, the hoisting rope and the rubble on first lifting wheel 43 are promoted Sunpender secure fit connection on chamber 48, the disintegrating slag is promoted in channel 34 and is slidably connected with disintegrating slag lift tank 32, described Rope on second lifting wheel 38 is connect with the sunpender secure fit in the disintegrating slag lift tank 32, and the disintegrating slag lift tank 32 is left Side offers disintegrating slag pour spout 31.

Valuably, as shown in Figure 1, it is described to topple over control mechanism include electromagnet 18, the rubble promotes 11 left side of channel Magnet sliding slot 19 is offered on end wall, is installed with slide bar locating piece 17, the slide bar between about 19 end wall of magnet sliding slot It is slidably connected with slide bar 46 on locating piece 17, magnet 20, the electromagnet 18 are installed in 46 left distal end of slide bar Left end face is connect with the 19 left side end wall secure fit of magnet sliding slot, is installed with slide block on the 46 right side end wall of slide bar 16, the slide block 16 can promote chamber 48 with the rubble and abut against, 16 right end face of slide block and the slide block 16 Spring 47 is installed between left end face.

Valuably, described as shown in Figure 1, the transmission mechanism includes the first transport motor 15 and the second transport motor 52 First transport motor 15 is located in 12 bottom end wall of rubble tapping channel, power on the main shaft of first transport motor 15 It is connected with the first transmission roller 14, is rotatably assorted in 12 bottom end wall of rubble tapping channel by axis and is connected with second Roller 13 is transmitted, is cooperatively connected between the first transmission roller 14 and the second transmission roller 13 by belt power, institute It states the second transport motor 52 to be located in 36 bottom end wall of disintegrating slag tapping channel, be moved on the main shaft of second transport motor 52 Force-fitting is connected with third transmission roller 51, is rotatably assorted in 36 bottom end wall of disintegrating slag tapping channel by axis and is connected with the Four transmission rollers 35 are cooperatively connected between the third transmission roller 51 and the 4th transmission roller 35 by belt power.

In the following, applicant will refer to attached drawing 1-3 and a kind of oil exploration geological sampling of the application described above The concrete composition of system introduces a kind of application method of oil exploration geology sampling system of the application in detail: at the present apparatus When original state, the rubble promotes chamber 48 and is located at the bottom position that the rubble promotes channel 11, the disintegrating slag lift tank 32 are located at the bottom position that the disintegrating slag promotes channel 34, material push 22 left end face of sliding block and the rubble collecting tank 26 left side end wall abuts against.

When device starting, rubble is sent into the rubble collecting tank 26 from the rubble feeding-passage 21, at this point, The starting of material pushing motor 25 drives the threaded rod 24 to rotate, and the rotation of threaded rod 24 drives the material push to slide Block 22 is moved along the sliding rail 23, and the sliding rail 23, which moves right, is sent into the screw rod promotion through the communication port 29 for rubble In chamber 81, the rotation of crankshaft motor 64 drives the second bevel gear 61 to rotate, and the rotation of second bevel gear 61 drives institute The rotation of first bevel gear 62 is stated, the rotation of first bevel gear 62 successively drives first rotation axis 60, the third straight-tooth Wheel 69, second spur gear 70, first spur gear 71 and the lifting handle 30 rotate, and the lifting handle 30 rotates The rubble that the screw rod promotes 81 bottom of chamber is promoted to the screw rod and promotes 81 top of chamber, screening chamber entrance 53 described in rubble phase It is dropped out with 33 direction of Crushed stones sieve plate, the Crushed stones sieve plate 33 screens rubble, and only rubble disintegrating slag could pass through, remaining rubble It is sent into the rubble by the screening chamber entrance 53 to screen in chamber 50, the starting of crankshaft motor 64 drives described 28 turns of crankshaft Dynamic, the rotation of crankshaft 28 drives the crankshaft link block 59 and the crankshaft-link rod 58 to move, 59 He of crankshaft link block The crankshaft-link rod 58 drives the trapezoidal slide block 55 to slide up and down in rubble screening chamber 50, should be the trapezoidal slide block 55 be in helical teeth shape parallel arrangement, after 55 rise and fall of trapezoidal slide block are primary, the rubble of 55 top of trapezoidal slide block Just a lattice are moved to the left, meanwhile, because the trapezoidal slide block 55 constantly slides up and down, the rubble is screened into the rubble in chamber 50 Under powder and disintegrating slag sieve, hole 56 is gated by the rock screen and is dropped back into the rubble collecting tank 26；

After rubble in the rubble screening chamber 50 is screened, falls into be promoted positioned at the rubble through screening chamber outlet 49 and lead to The rubble in road 11 is promoted in chamber 48, and it is that the first lifting wheel 43 rotates that the rotation of promotion motor 45, which drives, and described first Rubble promotion chamber 48 is pulled upwardly by the hoisting rope on lifting wheel 43, a part of rubble that the lifting handle 30 is promoted The disintegrating slag that disintegrating slag and powder are fallen into after the screening of the Crushed stones sieve plate 33 in disintegrating slag promotion channel 34 mentions It rises in case 32, the rotation of promotion motor 45 drives the line shaft 41 and first belt pulley 42 rotation, first skin The rotation of belt wheel 42 successively drives second belt pulley 39 and second lifting wheel 38 to rotate, and second lifting wheel 38 rotates The rope on second lifting wheel 38 is driven to be pulled upwardly the disintegrating slag lift tank 32, the electromagnet 18 is opened, and institute is given The power of slide block 16 1 to the right is stated, the magnet 20 and the slide bar 46 slide to the right, and the slide block 16 is stirred described broken Stone promotes 48 bottom of chamber, so that the rubble is promoted chamber 48 and rotates counterclockwise, and the opening that the rubble promotes chamber 48 is toppled over to the left, The rubble that the rubble is promoted in chamber 48 pours into the rubble tapping channel 12, and the electromagnet 18 is closed, the slide block 16, which receive the pulling force of the spring 47 to the left, withdraws, and the disintegrating slag lift tank 32 is promoted to the disintegrating slag and promotes 34 upper end of channel When, the rubble in the disintegrating slag lift tank 32 slides into the disintegrating slag tapping channel 36 from the disintegrating slag pour spout 31, described The starting of second transport motor 52 drives third transmission roller 51 to rotate, and the third transmission rotation of roller 51 drives described the Four transmission rollers 35 rotate, and the conveyer belt between the third transmission roller 51 and the 4th transmission roller 35 will fall into described Rubble in disintegrating slag tapping channel 36 is sent out, and the rotation of the first transport motor 15 drives the first transmission roller 14 and described Second transmission roller 13 rotates, and the conveyer belt between the first transmission roller 14 and the second transmission roller 13 will fall into institute The rubble stated in rubble tapping channel 12 is sent out.

Therefore, more rationally and ingenious in apparatus of the present invention overall structure, it uses also very convenient, passes through each step Rapid cooperation first screens rubble in mine bottom, and complete rock is isolated and is spread out of from the channel of side, will be broken Stone disintegrating slag is sent out from another wing passage, ensure that the accuracy of later period sampling analysis, and each step linkage together, has certain Implementation meaning, reduce manpower consumption, have certain value for applications.

The above, the specific embodiment only invented, but invent protection scope be not limited thereto, it is any without The change or replacement that creative work is expected are crossed, should all be covered within the protection scope of invention.Therefore, the protection scope of invention It should be determined by the scope of protection defined in the claims.

Claims (7)

1. a kind of oil exploration geology sampling system, including main body, it is characterised in that: opened in the main body top end wall Equipped with groove, rubble tapping channel and rubble feeding-passage are offered on the left of the main body on end wall, the rubble charging is logical Road is located on the downside of the rubble tapping channel, and rubble is installed in the main body and promotes channel, it is left that the rubble promotes channel Be connected setting between side wall and end wall on the right side of the rubble tapping channel, and rubble collecting tank is additionally provided in the main body, Be connected between end wall and end wall on the right side of the rubble feeding-passage setting on the left of the rubble collecting tank, the rubble collecting tank Rubble push sliding slot is offered in bottom end wall, and rubble screening chamber is offered in the rubble collecting tank top end wall, it is described broken End wall, which is promoted to be connected between end wall on the right side of channel with the rubble, on the left of stone screening chamber is equipped with the outlet of screening chamber, and the rubble is received Collect and be equipped with screw rod promotion chamber in the main body on the right side of slot, it is right that the screw rod promotes end wall and the rubble collecting tank on the left of chamber It is connected between the wall of side equipped with communication port, end wall and the screw rod are promoted on the left of chamber between end wall on the right side of the rubble screening chamber It is connected and is equipped with screening chamber entrance, offer disintegrating slag tapping channel on the right side of the groove on end wall, the main body is interior also fixed There is disintegrating slag to promote channel, the disintegrating slag is promoted to be connected between end wall and end wall on the right side of the disintegrating slag tapping channel on the left of channel and be set It sets, the disintegrating slag, which promotes end wall on the left of channel and promoted with the screw rod, to be connected between chamber equipped with Crushed stones sieve plate, the rock screen It selects chamber and the screw rod to be promoted and is equipped with power cavity in the wall between chamber, the power cavity is located on the downside of the screening chamber entrance, institute Main body top end end face is stated to transmit equipped with hoisting mechanism, the rubble tapping channel and interior be equipped with of the disintegrating slag tapping channel Mechanism, the rubble, which is promoted to be equipped in end wall on the left of channel, topples over control mechanism, the rubble collecting tank and rubble push Rubble delivery device is equipped in sliding slot, the screw rod promotion is intracavitary to be equipped with screw rod hoister structure, and the rubble screening is intracavitary to be equipped with Screen conveying mechanism.

2. a kind of oil exploration geology sampling system according to claim 1, it is characterised in that: the rubble pusher Structure includes material pushing motor, and the material pushing motor is located on the left of rubble push sliding slot in end wall, and the material pushes away Power is connected with threaded rod extended to the right in power transmission machine right end face, and extending end protrudes on the right side of the threaded rod The screw rod is promoted in chamber and is rotatably assorted with end wall on the right side of screw rod promotion chamber and connect, and the rubble pushes sliding slot front and back end Wall is equipped with the sliding rail of symmetrical setting, and material push sliding block, the object are slidably connected on the rubble push sliding slot Material push sliding block is threadedly engaged with the threaded rod to be connect, and the material push sliding block and the sliding rail are slidably connected.

3. a kind of oil exploration geology sampling system according to claim 1, it is characterised in that: the screw rod hoister Structure includes lifting handle, and the lifting handle is located at the screw rod and promotes intracavitary, the lifting handle bottom end and the spiral shell Bar promotes chamber bottom end wall and is rotatably assorted connection, the main body between the screw rod promotion chamber and the disintegrating slag tapping channel Interior to be equipped with Spur Gear Driving chamber, the lifting handle top end is protruded into the Spur Gear Driving chamber and is passed with the spur gear Dynamic top of chamber end wall is rotatably assorted connection, and the first spur gear, first spur gear position are circumferentially installed on the lifting handle In the Spur Gear Driving chamber, it is rotatably assorted between end wall by axis above and below the Spur Gear Driving chamber and is connected with the second straight-tooth Wheel is rotatably assorted and is connected with the first rotation axis in the wall between the Spur Gear Driving chamber and the screening chamber entrance, and described the One rotation axis is extended up and down, and extending end and the Spur Gear Driving top of chamber end wall rotate at the top of first rotation axis It is cooperatively connected, third spur gear is circumferentially installed in first rotation axis, the third spur gear is located at spur gear biography Move intracavitary, the third spur gear engages mating connection with second spur gear, and second spur gear is straight with described first Gear engagement is cooperatively connected, and first rotation axis bottom extending end protrudes into the power cavity and is circumferentially installed with the first cone Gear is installed with crankshaft motor on end wall on the right side of the power cavity, is rotatably assorted on the main shaft of the crankshaft motor and is connected with the Two bevel gears, the second bevel gear engage mating connection with the first bevel gear.

4. a kind of oil exploration geology sampling system according to claim 1, it is characterised in that: the screening conveyer Structure includes the crankshaft, and the crankshaft is located at that rubble screening is intracavitary, and the crankshaft right end protrudes into the rubble screening Chamber right side end wall is simultaneously cooperatively connected with the main shaft power of the crankshaft motor, and the crankshaft left distal end and the rubble screen chamber Left side end wall is rotatably assorted connection, and the knee of the crankshaft is hinged with crankshaft link block, is installed on the crankshaft link block Crankshaft-link rod is hinged with trapezoidal slide block in the crankshaft-link rod top end, and the trapezoidal slide block successively increases from right to left, institute It states and is slidably connected between trapezoidal slide block and rubble screening chamber front and back end wall, described trapezoidal slide block or so opens up on end face There is rock screen to gate hole.

5. a kind of oil exploration geology sampling system according to claim 1, it is characterised in that: the hoisting mechanism packet Promotion motor is included, the top end surface fixation of the promotion motor bottom end face and the main body being located on the left of the groove is matched Connection is closed, is fixedly provided with the first promotion wheel seat in the main body top end surface, the first lifting wheel seat is located at the promotion On front side of motor, the second promotion wheel seat is fixedly provided in the main body top end surface, the second lifting wheel seat is located at described recessed On the right side of slot, it is rotatably assorted between the first promotion wheel seat and is connected with line shaft, end and the promotion on rear side of the line shaft Motor front end face power is cooperatively connected, and is circumferentially installed with the first lifting wheel and the first belt pulley on the line shaft, and described the One lifting wheel is located on rear side of first belt pulley, is rotatably assorted between the second promotion wheel seat and is connected with the second rotation axis, The second belt pulley and the second lifting wheel are circumferentially installed in second rotation axis, second lifting wheel is located at second skin It on rear side of belt wheel, is cooperatively connected between first belt pulley and second belt pulley by belt power, described first is promoted It is circumferentially installed with hoisting rope on wheel and second lifting wheel, is slidably connected with rubble in rubble promotion channel and mentions Chamber is risen, the hoisting rope on first lifting wheel promotes the sunpender secure fit on chamber with the rubble and connect, the disintegrating slag It is promoted in channel and is slidably connected with disintegrating slag lift tank, on the rope on second lifting wheel and the disintegrating slag lift tank The connection of sunpender secure fit, the disintegrating slag lift tank left side offer disintegrating slag pour spout.

6. a kind of oil exploration geology sampling system according to claim 1, it is characterised in that: described to topple over control machine Structure includes electromagnet, and the rubble is promoted and offers magnet sliding slot on the left of channel on end wall, the magnet sliding slot up and down end wall it Between be installed with slide bar locating piece, be slidably connected with slide bar on the slide bar locating piece, it is fixed in the slide bar left distal end There is magnet, the electromagnet left end face is connect with end wall secure fit on the left of the magnet sliding slot, end wall on the right side of the slide bar On be installed with slide block, the slide block can promote chamber with the rubble and abut against, the slide block right end face with described group Spring is installed between motion block left end face.

7. a kind of oil exploration geology sampling system according to claim 1, it is characterised in that: the transmission mechanism packet The first transport motor and the second transport motor are included, first transport motor is located in the rubble tapping channel bottom end wall, Power is connected with the first transmission roller on the main shaft of first transport motor, in the rubble tapping channel bottom end wall It is rotatably assorted by axis and is connected with the second transmission roller, pass through skin between the first transmission roller and the second transmission roller Drive is cooperatively connected, and second transport motor is located in the disintegrating slag tapping channel bottom end wall, the second transmission electricity Power is connected with third transmission roller on the main shaft of machine, is rotatably assorted in the disintegrating slag tapping channel bottom end wall by axis It is connected with the 4th transmission roller, is connected between the third transmission roller and the 4th transmission roller by the cooperation of belt power It connects.