CN109696230A - Mine automatic gauge, the true order quantity device of output - Google Patents
Mine automatic gauge, the true order quantity device of output Download PDFInfo
- Publication number
- CN109696230A CN109696230A CN201711003075.5A CN201711003075A CN109696230A CN 109696230 A CN109696230 A CN 109696230A CN 201711003075 A CN201711003075 A CN 201711003075A CN 109696230 A CN109696230 A CN 109696230A
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- dial
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- shaft
- weighing
- statistics
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- G—PHYSICS
- G01—MEASURING; TESTING
- G01G—WEIGHING
- G01G13/00—Weighing apparatus with automatic feed or discharge for weighing-out batches of material
-
- G—PHYSICS
- G01—MEASURING; TESTING
- G01G—WEIGHING
- G01G21/00—Details of weighing apparatus
- G01G21/23—Support or suspension of weighing platforms
-
- G—PHYSICS
- G01—MEASURING; TESTING
- G01G—WEIGHING
- G01G21/00—Details of weighing apparatus
- G01G21/28—Frames, Housings
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- Force Measurement Appropriate To Specific Purposes (AREA)
- Investigation Of Foundation Soil And Reinforcement Of Foundation Soil By Compacting Or Drainage (AREA)
Abstract
The present invention provides mine automatic gauge, the true order quantity device of output.The mine automatic gauge, the true order quantity device of output include outer framework；Weighing plate；Weighing spring；Hydraulic stem；Drive rod；Belt；Clockwork spring；Observe slot；Weighing mechanism, Weighing mechanism are fixed on the Weighing mechanism protecting crust of the side of the observation slot, and the Weighing mechanism includes the 4th weighing dial, third weighing dial, the second weighing dial, the first weighing dial and first rotating shaft；Statistical organization, the statistical organization includes statistical organization protecting crust, the 4th statistics dial, third statistics dial, fixed link, the 5th shaft, the first statistics dial, drive belt and the second statistics dial, and the first statistics dial, the second statistics dial, third statistics dial, the 4th statistics dial and the statistical organization protecting crust are rotatablely connected.Mine automatic gauge provided by the invention, the true order quantity device of output are weighed and are counted using Purely mechanical, and electric energy is not depended on, small by such environmental effects.
Description
Technical field
The present invention relates to mine output field of measuring techniques more particularly to mine automatic gauges, the true order quantity device of output.
Background technique
With the fast development of science and technology, scientific and technological progress, mineral industry is also developed, the mechanization substitution of mining industry
Traditional artificial operation, greatly improves work efficiency, after mining the measuring device of the statistics to mining amount and its weight
Using particularly important, facilitate the per day yield and its labor efficiency for calculating minerals.
However traditional mine automatic gauge, the true order quantity device of output, to power requirements height, are applying in mining area
It is big by such environmental effects in each place in mining area.
Therefore, it is necessary to provide new mine automatic gauge, the true order quantity device of output solves above-mentioned technical problem.
Summary of the invention
The technical problem to be solved by the present invention is to provide small by such environmental effects, environmentally protective mine automatic gauges, defeated
True order quantity device out.
In order to solve the above technical problems, mine automatic gauge provided by the invention, the true order quantity device of output, comprising: outer
Frame；Weighing plate, the weighing plate are slidably connected with the outer framework；Weighing spring, weighing spring are equipped with multiple, the weighing
Spring is uniformly arranged between the outer framework and the weighing plate；Hydraulic stem, the hydraulic stem are and described at least provided with four
Hydraulic stem is set between the outer framework and the weighing plate；Drive rod, there are three the drive rod is set, three drivings
Bar is both secured to the weighing plate；Belt, there are two the belt is set, two belts are both secured to the drive rod；Hair
Item, there are three the clockwork spring is set, two clockwork springs are rotatablely connected with the belt respectively；Weighing mechanism protecting crust, the title
Heavy-duty machine structure protecting crust is fixed on the outer framework, and there are two the Weighing mechanism protecting crust is set, two clockwork springs are fixed respectively
In two Weighing mechanism protecting crusts；Slot is observed, the observation slot is set to the Weighing mechanism protecting crust；Weighing mechanism claims
Heavy-duty machine structure is fixed on the Weighing mechanism protecting crust of the side of the observation slot, and the Weighing mechanism includes the 4th weighing scale
Disk, third weighing dial, the second weighing dial, the first weighing dial and first rotating shaft, the first rotating shaft with it is described
Belt rotation connection, the first weighing dial, the second weighing dial, third weighing dial, described the
Four weighing dials are fixed on the Weighing mechanism protecting crust along the direction side away from the first rotating shaft, and described first claims
Recalibration disk, the second weighing dial, third weighing dial, the 4th weighing dial and the weigher
The rotation connection of structure protecting crust；Statistical organization, the statistical organization include statistical organization protecting crust, the 4th statistics dial, third
Count dial, fixed link, the 5th shaft, the first statistics dial, drive belt and the second statistics dial, the statistical machine
Structure protecting crust is fixed on the outer framework, another described clockwork spring is fixed on the statistical organization protecting crust, the drive belt
It is rotatablely connected with clockwork spring described in another, the drive belt is connect with drive rod described in another, the drive belt and institute
The rotation connection of the 5th shaft is stated, the 5th shaft and the fixed link are rotatablely connected, the fixed link and the statistical organization
Protecting crust is slidably connected, the first statistics dial, the second statistics dial, third statistics dial, described
4th statistics dial is fixed on the statistical organization protecting crust, and described first along the direction side away from the 5th shaft
Count dial, the second statistics dial, third statistics dial, the 4th statistics dial and the statistics
The rotation connection of mechanism protecting crust.
Preferably, the bottom end of the outer framework is equipped with fixing seat, and the fixing seat is at least provided with eight, the fixing seat
The telescopic fixing seat, and the collapsing length of the fixing seat is 3-6cm.
Preferably, the top of one of the top of the outer framework Weighing mechanism protecting crust is equipped with a level meter,
There are two the level meter is set, another described level meter is fixed on the weighing plate.
Preferably, the both ends of the outer framework are set there are two inclined plate, and the surface of the inclined plate is equipped with anti-skid bulge, and described
Inclined plate and the outer framework are rotatablely connected.
Preferably, the Weighing mechanism further includes the 4th gear, the second shaft, second gear, third shaft, third gear
With the 4th shaft, one end of the first rotating shaft is equipped with outer teeth groove, and there are two the second gear is set, second shaft runs through
In the second gear and the second weighing dial, and the second gear is engaged with the first rotating shaft, the second shaft
It is rotatablely connected by the second gear and the first rotating shaft.
Preferably, the third shaft claims through third weighing dial and the third gear, the third
Recalibration disk is connect with the second weighing dial rotation, and the second gear of second both ends of the shaft is respectively with first
Shaft and the engagement of third gear, there are two the third gear is set, another described third gear is engaged with the 4th gear.
Preferably, the statistical organization further includes the 7th gear, eight revolution axis, eighth gear, the 6th gear, nut,
Six shafts and the 7th shaft, one end of the 5th shaft are equipped with outer teeth groove, there are two the 6th gear is set, described 6th turn
Axis is through the 6th gear and the second statistics dial, and the 6th gear is engaged with the 5th shaft, the
Six shafts are rotatablely connected by the 6th gear and the 5th shaft, and the 7th shaft is counted through the third and carved
Scale and the 7th gear, the third statistics dial are connect with the second statistics dial rotation, and described 6th turn
6th gear at axis both ends is engaged with the 5th shaft and the 7th gear respectively, there are two the 7th gear is set, another
7th gear is engaged with the eighth gear, and the top of the fixed link is equipped with screw thread, and the nut and the fixation
Bar is threadedly coupled.
Preferably, the statistical organization further includes the 7th gear, eight revolution axis, eighth gear, the 6th gear, the 6th turn
Axis, the 7th shaft and fixing bolt, one end of the 5th shaft are equipped with outer teeth groove, described there are two the 6th gear is set
6th shaft is through the 6th gear and the second statistics dial, and the 6th gear is nibbled with the 5th shaft
It closes, the 6th shaft is by the 6th gear and the 5th shaft rotation connection, and the 7th shaft is through the third
Dial and the 7th gear are counted, the third statistics dial is connect with the second statistics dial rotation, described
The 6th gear of 6th both ends of the shaft is engaged with the 5th shaft and the 7th gear respectively, there are two the 7th gear is set,
Another described 7th gear is engaged with the eighth gear, and the top of the fixed link is rectangular configuration, and the fixed spiral shell
Bolt extends to the fixed link through the statistical organization protecting crust.
Preferably, the statistical organization further includes the 7th gear, eight revolution axis, eighth gear, the 6th gear, nut,
Six shafts, the 7th shaft and reset spring, one end of the 5th shaft are equipped with outer teeth groove, there are two the 6th gear is set,
6th shaft counts dial, and the 6th gear and described 5th turn through the 6th gear and described second
Axis engagement, the 6th shaft is by the 6th gear and the 5th shaft rotation connection, and the 7th shaft is through described
Third counts dial and the 7th gear, and the third statistics dial is connect with the second statistics dial rotation,
The 6th gear of 6th both ends of the shaft is engaged with the 5th shaft and the 7th gear respectively, and the 7th gear is equipped with two
A, another described 7th gear is engaged with the eighth gear, and the top of the fixed link is equipped with screw thread, the nut and institute
Fixed link threaded connection is stated, the reset spring is fixed between the fixed link and the statistical organization protecting crust.
Preferably, the top corner of the outer framework is arc-shaped structure, the weighing plate inside the outer framework
The belt between two drive rods and two first rotating shafts is vertical with the outer framework, inside the outer framework
The weighing plate another described drive rod and the 5th shaft between the drive belt and the outer framework hang down
Directly.
Compared with the relevant technologies, mine automatic gauge provided by the invention, the true order quantity device of output have and have as follows
Beneficial effect:
The present invention provides mine automatic gauge, the true order quantity device of output, and the first weighing dial, second weighing are carved
Scale, third weighing dial, the 4th weighing dial are fixed on along the direction side away from the first rotating shaft
The Weighing mechanism protecting crust, and the first weighing dial, the second weighing dial, third weighing scale
Disk, the 4th weighing dial and the Weighing mechanism protecting crust are rotatablely connected, the drive belt and another described drive
Lever connection, the drive belt and the 5th shaft are rotatablely connected, and the 5th shaft and the fixed link are rotatablely connected,
The fixed link is slidably connected with the statistical organization protecting crust, it is described first statistics dial, it is described second statistics dial,
The third statistics dial, the 4th statistics dial and the statistical organization protecting crust are rotatablely connected, and the present invention provides
Mine automatic gauge, the true order quantity device of output weigh and count using Purely mechanical, electric energy is not depended on, by environmental factor shadow
Sound is small, has good Social benefit and economic benefit, is suitble to promote the use of.
Detailed description of the invention
Fig. 1 is the structural representation of the preferred embodiment of mine automatic gauge provided by the invention, the true order quantity device of output
Figure；
Fig. 2 is the structural schematic diagram of weighing plate shown in FIG. 1 and outer framework；
Fig. 3 is the structural schematic diagram of Weighing mechanism shown in Fig. 2；
Fig. 4 is the structure of the statistical organization of the embodiment one of mine automatic gauge provided by the invention, the true order quantity device of output
Schematic diagram；
Fig. 5 is the structure of the statistical organization of the embodiment two of mine automatic gauge provided by the invention, the true order quantity device of output
Schematic diagram；
Fig. 6 is the structure of the statistical organization of the embodiment three of mine automatic gauge provided by the invention, the true order quantity device of output
Schematic diagram.
Figure label: 1, inclined plate, 2, Weighing mechanism protecting crust, 3, weighing plate, 4, outer framework, 5, statistical organization, 51, statistics
Mechanism protecting crust, the 52, the 7th gear, 53, eight revolution axis, 54, eighth gear, the 55, the 4th statistics dial, 56, third statistics
Dial, the 57, the 6th gear, 58, fixed link, 59, nut, the 60, the 5th shaft, the 61, first statistics dial, 62, driving skin
Band, the 63, second statistics dial, the 64, the 6th shaft, the 65, the 7th shaft, 66, fixing bolt, 67, reset spring, 6, fixed bottom
Seat, 7, level meter, 8, weighing spring, 9, drive rod, 10, observation slot, 11, Weighing mechanism, the 111, the 4th weighing dial, 112,
4th gear, 113, third weighing dial, the 114, second weighing dial, the 115, second shaft, 116, second gear, 117,
First weighing dial, 118, first rotating shaft, 119, third shaft, 120, third gear, the 121, the 4th shaft, 12, clockwork spring,
13, belt, 14, hydraulic stem.
Specific embodiment
The invention will be further described with embodiment with reference to the accompanying drawing.
Embodiment one:
Please refer to Fig. 1, Fig. 2, Fig. 3 and Fig. 4, wherein Fig. 1 is mine automatic gauge provided by the invention, exports determining goods
Measure the structural schematic diagram of the preferred embodiment of device；Fig. 2 is the structural schematic diagram of weighing plate shown in FIG. 1 and outer framework；Fig. 3 is
The structural schematic diagram of Weighing mechanism shown in Fig. 2；Fig. 4 is mine automatic gauge provided by the invention, the true order quantity device of output
Embodiment one statistical organization structural schematic diagram.Mine automatic gauge, the true order quantity device of output, comprising: outer framework 4；
Weighing plate 3, the weighing plate 3 are slidably connected with the outer framework 4；Weighing spring 8, weighing spring 8 are equipped with multiple, the weighing
Spring 8 is uniformly arranged between the outer framework 4 and the weighing plate 3；Hydraulic stem 14, the hydraulic stem 14 is at least provided with four
It is a, and the hydraulic stem 14 is set between the outer framework 4 and the weighing plate 3；Drive rod 9, the drive rod 9 are equipped with three
A, three drive rods 9 are both secured to the weighing plate 3；Belt 13, there are two the belt 13 is set, two belts
13 are both secured to the drive rod 9；Clockwork spring 12, there are three the clockwork spring 12 is set, two clockwork springs 12 respectively with the belt
13 rotation connections；Weighing mechanism protecting crust 2, the Weighing mechanism protecting crust 2 are fixed on the outer framework 4, the Weighing mechanism
There are two protecting crust 2 is set, two clockwork springs 12 are individually fixed in two Weighing mechanism protecting crusts 2；Slot 10 is observed, it is described
It observes slot 10 and is set to the Weighing mechanism protecting crust 2；Weighing mechanism 11, Weighing mechanism 11 are fixed on the side of the observation slot 10
The Weighing mechanism protecting crust 2, the Weighing mechanism 11 include the 4th weighing dial 111, third weighing dial 113,
Second weighing dial 114, first weighing dial 117 and first rotating shaft 118, the first rotating shaft 118 and the belt 13
Rotation connection, the first weighing dial 117, the second weighing dial 114, the third weighing dial 113, institute
It states the 4th weighing dial 111 and is fixed on the Weighing mechanism protecting crust 2 along the direction side away from the first rotating shaft 118,
And the first weighing dial 117, the second weighing dial 114, the third weighing dial 113, the described 4th
Dial 111 of weighing is rotatablely connected with the Weighing mechanism protecting crust 2；Statistical organization 5, the statistical organization 5 include statistical machine
Structure protecting crust the 51, the 4th counts dial 55, third statistics dial 56, fixed link 58, the 5th shaft 60, first and counts scale
Disk 61, drive belt 62 and the second statistics dial 63, the statistical organization protecting crust 51 is fixed on the outer framework 4, another
A clockwork spring 12 is fixed on the statistical organization protecting crust 51, and the drive belt 62 connects with another described rotation of clockwork spring 12
It connects, the drive belt 62 is connect with drive rod 9 described in another, and the drive belt 62 connects with the 5th shaft 60 rotation
It connects, the 5th shaft 60 is rotatablely connected with the fixed link 58, and the fixed link 58 and the statistical organization protecting crust 51 are sliding
Dynamic connection, the first statistics dial 61, the second statistics dial 63, third statistics dial 56, described the
Four statistics dials 55 are fixed on the statistical organization protecting crust 51 along the direction side away from the 5th shaft 60, and described
First statistics dial 61, the second statistics dial 63, third statistics dial 56, the 4th statistics dial
55 are rotatablely connected with the statistical organization protecting crust 51.
In order to keep structure more firm, the bottom end of the outer framework 4 is equipped with fixing seat 6, and the fixing seat 6 is at least provided with eight
A, the fixing seat 6 is the telescopic fixing seat, and the collapsing length of the fixing seat 6 is 3-6cm.
In order to keep measurement more accurate, the top of the Weighing mechanism protecting crust 2 of one of the top of the outer framework 4 is set
There is a level meter 7, there are two the level meter 7 is set, another described level meter 7 is fixed on the weighing plate 3.
Enter weighing for the ease of vehicle, the both ends of the outer framework 4 set that there are two inclined plates 1, and the surface of the inclined plate 1 is set
There is anti-skid bulge, and the inclined plate 1 and the outer framework 4 are rotatablely connected.
More accurate in order to make to weigh, the Weighing mechanism 11 further includes the 4th gear 112, the second shaft 115, the second tooth
One end of wheel 116, third shaft 119, third gear 120 and the 4th shaft 121, the first rotating shaft 118 is equipped with outer teeth groove, institute
It states there are two second gear 116 sets, second shaft 115 is through the second gear 116 and the second weighing scale
Disk 114, and the second gear 116 is engaged with the first rotating shaft 118, the second shaft 115 by the second gear 116 with
The first rotating shaft 118 is rotatablely connected, and the third shaft 119 is weighed dial 113 and the third through the third
Gear 120, the third weighing dial 113 and the second weighing dial 114 are rotatablely connected, second shaft 115
The second gear 116 at both ends is engaged with first rotating shaft 118 and third gear 120 respectively, and the third gear 120 is equipped with two
A, another described third gear 120 is engaged with the 4th gear 112.
In order to facilitate total mine amount is counted, the statistical organization 5 further includes the 7th gear 52, eight revolution axis 53, octadentate
The 54, the 6th gear 57, nut 59, the 6th shaft 64 and the 7th shaft 65 are taken turns, one end of the 5th shaft 60 is equipped with outer teeth groove,
There are two 6th gear 57 is set, the 6th shaft 64 counts dial through the 6th gear 57 and described second
63, and the 6th gear 57 is engaged with the 5th shaft 60, the 6th shaft 64 passes through the 6th gear 57 and described the
The rotation connection of five shafts 60, the 7th shaft 65 count dial 56 and the 7th gear 52, institute through the third
It states third statistics dial 56 and the second statistics dial 63 is rotatablely connected, the described 6th of 64 both ends of the 6th shaft the
Gear 57 is engaged with the 5th shaft 60 and the 7th gear 52 respectively, and there are two the 7th gear 52 is set, another the described 7th
Gear 52 is engaged with the eighth gear 54, and the top of the fixed link 58 is equipped with screw thread, and the nut 59 and the fixation
Bar 58 is threadedly coupled.
Embodiment two:
Please refer to Fig. 1, Fig. 2, Fig. 3 and Fig. 5, wherein Fig. 1 is mine automatic gauge provided by the invention, exports determining goods
Measure the structural schematic diagram of the preferred embodiment of device；Fig. 2 is the structural schematic diagram of weighing plate shown in FIG. 1 and outer framework；Fig. 3 is
The structural schematic diagram of Weighing mechanism shown in Fig. 2；Fig. 5 is mine automatic gauge provided by the invention, the true order quantity device of output
Embodiment two statistical organization structural schematic diagram.Mine automatic gauge, the true order quantity device of output, comprising: outer framework 4；
Weighing plate 3, the weighing plate 3 are slidably connected with the outer framework 4；Weighing spring 8, weighing spring 8 are equipped with multiple, the weighing
Spring 8 is uniformly arranged between the outer framework 4 and the weighing plate 3；Hydraulic stem 14, the hydraulic stem 14 is at least provided with four
It is a, and the hydraulic stem 14 is set between the outer framework 4 and the weighing plate 3；Drive rod 9, the drive rod 9 are equipped with three
A, three drive rods 9 are both secured to the weighing plate 3；Belt 13, there are two the belt 13 is set, two belts
13 are both secured to the drive rod 9；Clockwork spring 12, there are three the clockwork spring 12 is set, two clockwork springs 12 respectively with the belt
13 rotation connections；Weighing mechanism protecting crust 2, the Weighing mechanism protecting crust 2 are fixed on the outer framework 4, the Weighing mechanism
There are two protecting crust 2 is set, two clockwork springs 12 are individually fixed in two Weighing mechanism protecting crusts 2；Slot 10 is observed, it is described
It observes slot 10 and is set to the Weighing mechanism protecting crust 2；Weighing mechanism 11, Weighing mechanism 11 are fixed on the side of the observation slot 10
The Weighing mechanism protecting crust 2, the Weighing mechanism 11 include the 4th weighing dial 111, third weighing dial 113,
Second weighing dial 114, first weighing dial 117 and first rotating shaft 118, the first rotating shaft 118 and the belt 13
Rotation connection, the first weighing dial 117, the second weighing dial 114, the third weighing dial 113, institute
It states the 4th weighing dial 111 and is fixed on the Weighing mechanism protecting crust 2 along the direction side away from the first rotating shaft 118,
And the first weighing dial 117, the second weighing dial 114, the third weighing dial 113, the described 4th
Dial 111 of weighing is rotatablely connected with the Weighing mechanism protecting crust 2；Statistical organization 5, the statistical organization 5 include statistical machine
Structure protecting crust the 51, the 4th counts dial 55, third statistics dial 56, fixed link 58, the 5th shaft 60, first and counts scale
Disk 61, drive belt 62 and the second statistics dial 63, the statistical organization protecting crust 51 is fixed on the outer framework 4, another
A clockwork spring 12 is fixed on the statistical organization protecting crust 51, and the drive belt 62 connects with another described rotation of clockwork spring 12
It connects, the drive belt 62 is connect with drive rod 9 described in another, and the drive belt 62 connects with the 5th shaft 60 rotation
It connects, the 5th shaft 60 is rotatablely connected with the fixed link 58, and the fixed link 58 and the statistical organization protecting crust 51 are sliding
Dynamic connection, the first statistics dial 61, the second statistics dial 63, third statistics dial 56, described the
Four statistics dials 55 are fixed on the statistical organization protecting crust 51 along the direction side away from the 5th shaft 60, and described
First statistics dial 61, the second statistics dial 63, third statistics dial 56, the 4th statistics dial
55 are rotatablely connected with the statistical organization protecting crust 51.
In order to keep structure more firm, the bottom end of the outer framework 4 is equipped with fixing seat 6, and the fixing seat 6 is at least provided with eight
A, the fixing seat 6 is the telescopic fixing seat, and the collapsing length of the fixing seat 6 is 3-6cm.
In order to keep measurement more accurate, the top of the Weighing mechanism protecting crust 2 of one of the top of the outer framework 4 is set
There is a level meter 7, there are two the level meter 7 is set, another described level meter 7 is fixed on the weighing plate 3.
Enter weighing for the ease of vehicle, the both ends of the outer framework 4 set that there are two inclined plates 1, and the surface of the inclined plate 1 is set
There is anti-skid bulge, and the inclined plate 1 and the outer framework 4 are rotatablely connected.
More accurate in order to make to weigh, the Weighing mechanism 11 further includes the 4th gear 112, the second shaft 115, the second tooth
One end of wheel 116, third shaft 119, third gear 120 and the 4th shaft 121, the first rotating shaft 118 is equipped with outer teeth groove, institute
It states there are two second gear 116 sets, second shaft 115 is through the second gear 116 and the second weighing scale
Disk 114, and the second gear 116 is engaged with the first rotating shaft 118, the second shaft 115 by the second gear 116 with
The first rotating shaft 118 is rotatablely connected, and the third shaft 119 is weighed dial 113 and the third through the third
Gear 120, the third weighing dial 113 and the second weighing dial 114 are rotatablely connected, second shaft 115
The second gear 116 at both ends is engaged with first rotating shaft 118 and third gear 120 respectively, and the third gear 120 is equipped with two
A, another described third gear 120 is engaged with the 4th gear 112.
In order to facilitate total mine amount is counted, the statistical organization 5 further includes the 7th gear 52, eight revolution axis 53, octadentate
The 54, the 6th gear 57, fixing bolt 66, the 6th shaft 64 and the 7th shaft 65 are taken turns, one end of the 5th shaft 60 is equipped with outer
Tooth socket, there are two the 6th gear 57 is set, the 6th shaft 64 is through the 6th gear 57 and second statistics
Dial 63, and the 6th gear 57 is engaged with the 5th shaft 60, the 6th shaft 64 by the 6th gear 57 with
5th shaft 60 rotation connection, the 7th shaft 65 count dial 56 and the 7th gear through the third
52, the third statistics dial 56 and the second statistics dial 63 are rotatablely connected, the institute at 64 both ends of the 6th shaft
The 6th gear 57 is stated to engage with the 5th shaft 60 and the 7th gear 52 respectively, there are two the 7th gear 52 is set, another institute
It states the 7th gear 52 to engage with the eighth gear 54, the top of the fixed link 58 is rectangular configuration, and the fixing bolt
66 extend to the fixed link 58 through the statistical organization protecting crust 51.
Embodiment three:
Please refer to Fig. 1, Fig. 2, Fig. 3 and Fig. 6, wherein Fig. 1 is mine automatic gauge provided by the invention, exports determining goods
Measure the structural schematic diagram of the preferred embodiment of device；Fig. 2 is the structural schematic diagram of weighing plate shown in FIG. 1 and outer framework；Fig. 3 is
The structural schematic diagram of Weighing mechanism shown in Fig. 2；Fig. 6 is mine automatic gauge provided by the invention, the true order quantity device of output
Embodiment three statistical organization structural schematic diagram.Mine automatic gauge, the true order quantity device of output, comprising: outer framework 4；
Weighing plate 3, the weighing plate 3 are slidably connected with the outer framework 4；Weighing spring 8, weighing spring 8 are equipped with multiple, the weighing
Spring 8 is uniformly arranged between the outer framework 4 and the weighing plate 3；Hydraulic stem 14, the hydraulic stem 14 is at least provided with four
It is a, and the hydraulic stem 14 is set between the outer framework 4 and the weighing plate 3；Drive rod 9, the drive rod 9 are equipped with three
A, three drive rods 9 are both secured to the weighing plate 3；Belt 13, there are two the belt 13 is set, two belts
13 are both secured to the drive rod 9；Clockwork spring 12, there are three the clockwork spring 12 is set, two clockwork springs 12 respectively with the belt
13 rotation connections；Weighing mechanism protecting crust 2, the Weighing mechanism protecting crust 2 are fixed on the outer framework 4, the Weighing mechanism
There are two protecting crust 2 is set, two clockwork springs 12 are individually fixed in two Weighing mechanism protecting crusts 2；Slot 10 is observed, it is described
It observes slot 10 and is set to the Weighing mechanism protecting crust 2；Weighing mechanism 11, Weighing mechanism 11 are fixed on the side of the observation slot 10
The Weighing mechanism protecting crust 2, the Weighing mechanism 11 include the 4th weighing dial 111, third weighing dial 113,
Second weighing dial 114, first weighing dial 117 and first rotating shaft 118, the first rotating shaft 118 and the belt 13
Rotation connection, the first weighing dial 117, the second weighing dial 114, the third weighing dial 113, institute
It states the 4th weighing dial 111 and is fixed on the Weighing mechanism protecting crust 2 along the direction side away from the first rotating shaft 118,
And the first weighing dial 117, the second weighing dial 114, the third weighing dial 113, the described 4th
Dial 111 of weighing is rotatablely connected with the Weighing mechanism protecting crust 2；Statistical organization 5, the statistical organization 5 include statistical machine
Structure protecting crust the 51, the 4th counts dial 55, third statistics dial 56, fixed link 58, the 5th shaft 60, first and counts scale
Disk 61, drive belt 62 and the second statistics dial 63, the statistical organization protecting crust 51 is fixed on the outer framework 4, another
A clockwork spring 12 is fixed on the statistical organization protecting crust 51, and the drive belt 62 connects with another described rotation of clockwork spring 12
It connects, the drive belt 62 is connect with drive rod 9 described in another, and the drive belt 62 connects with the 5th shaft 60 rotation
It connects, the 5th shaft 60 is rotatablely connected with the fixed link 58, and the fixed link 58 and the statistical organization protecting crust 51 are sliding
Dynamic connection, the first statistics dial 61, the second statistics dial 63, third statistics dial 56, described the
Four statistics dials 55 are fixed on the statistical organization protecting crust 51 along the direction side away from the 5th shaft 60, and described
First statistics dial 61, the second statistics dial 63, third statistics dial 56, the 4th statistics dial
55 are rotatablely connected with the statistical organization protecting crust 51.
In order to keep structure more firm, the bottom end of the outer framework 4 is equipped with fixing seat 6, and the fixing seat 6 is at least provided with eight
A, the fixing seat 6 is the telescopic fixing seat, and the collapsing length of the fixing seat 6 is 3-6cm.
In order to keep measurement more accurate, the top of the Weighing mechanism protecting crust 2 of one of the top of the outer framework 4 is set
There is a level meter 7, there are two the level meter 7 is set, another described level meter 7 is fixed on the weighing plate 3.
Enter weighing for the ease of vehicle, the both ends of the outer framework 4 set that there are two inclined plates 1, and the surface of the inclined plate 1 is set
There is anti-skid bulge, and the inclined plate 1 and the outer framework 4 are rotatablely connected.
More accurate in order to make to weigh, the Weighing mechanism 11 further includes the 4th gear 112, the second shaft 115, the second tooth
One end of wheel 116, third shaft 119, third gear 120 and the 4th shaft 121, the first rotating shaft 118 is equipped with outer teeth groove, institute
It states there are two second gear 116 sets, second shaft 115 is through the second gear 116 and the second weighing scale
Disk 114, and the second gear 116 is engaged with the first rotating shaft 118, the second shaft 115 by the second gear 116 with
The first rotating shaft 118 is rotatablely connected, and the third shaft 119 is weighed dial 113 and the third through the third
Gear 120, the third weighing dial 113 and the second weighing dial 114 are rotatablely connected, second shaft 115
The second gear 116 at both ends is engaged with first rotating shaft 118 and third gear 120 respectively, and the third gear 120 is equipped with two
A, another described third gear 120 is engaged with the 4th gear 112.
In order to facilitate total mine amount is counted, the statistical organization 5 further includes the 7th gear 52, eight revolution axis 53, octadentate
Take turns the 54, the 6th gear 57, nut 59, the 6th shaft 64, the 7th shaft 65 and reset spring 67, one end of the 5th shaft 60
Equipped with outer teeth groove, there are two the 6th gear 57 is set, the 6th shaft 64 is through the 6th gear 57 and described
Two statistics dials 63, and the 6th gear 57 is engaged with the 5th shaft 60, the 6th shaft 64 passes through the 6th tooth
Wheel 57 is rotatablely connected with the 5th shaft 60, and the 7th shaft 65 counts dial 56 and described the through the third
Seven gears 52, the third statistics dial 56 and the second statistics dial 63 are rotatablely connected, and described 64 liang of 6th shaft
6th gear 57 at end is engaged with the 5th shaft 60 and the 7th gear 52 respectively, there are two the 7th gear 52 is set, separately
One the 7th gear 52 is engaged with the eighth gear 54, and the top of the fixed link 58 is equipped with screw thread, and the nut
59 are threadedly coupled with the fixed link 58, and the reset spring 67 is fixed on the fixed link 58 and the statistical organization protecting crust
Between 51.The top corner of the outer framework 4 is arc-shaped structure, two institutes of the weighing plate 3 inside the outer framework 4
The belt 13 stated between drive rod 9 and two first rotating shafts 118 is vertical with the outer framework 4, in the outer framework 4
The drive belt 62 between another described drive rod 9 of the weighing plate 3 in portion and the 5th shaft 60 with it is described
Outer framework 4 is vertical.
Mine automatic gauge, the true order quantity device of output of embodiment one, embodiment two and embodiment three make 10 respectively
Part, then by the mine automatic gauge of embodiment one, embodiment two and embodiment three, the true order quantity device random installation of output in
Mining area is thrown in identical working environment with common mine amount weighing-appliance and uses, and obtains by many experiments, passes through implementation
The mine automatic gauge of example one, embodiment two and embodiment three exports true order quantity device than common mine amount weighing-appliance
Installation effectiveness fast 30% passes through the mine automatic gauge of embodiment one, embodiment two and embodiment three, the true order quantity device of output
It is smaller by 50% than common mine amount weighing-appliance effect on environment rate, by the mine of embodiment one, embodiment two and embodiment three from
Dynamic metering, to export true order quantity device smaller by 100% than common mine amount weighing-appliance energy consumption rate.
In the use of the present invention, device to be mounted on to the passing road in mining area first, device is adjusted by firm banking 6
To horizontal position, the hydraulic stem 14 is adjusted first, is kept the weighing plate 3 and the outer framework 4 horizontal, is placed in the mineral aggregate
On the weighing plate 3, then by 14 pressure release of hydraulic stem, keep the weighing plate 3 downward in the elastic force of the weighing spring 8
The outer framework 4 slides, the drive rod 9 of the weighing plate 3 drive respectively the belt 13 and the drive belt 62 to
Lower slider, the belt 13 and its drive belt 62 drive the first rotating shaft 118 and the 5th shaft 60 to rotate, and make
The 4th statistics dial 55, third statistics dial 56, the first statistics dial 61 of the statistical organization
It is rotated respectively with the second statistics dial 63, the described 4th counts dial 55, the third counts dial 56, described
The scale of first statistics dial 61 and the second statistics dial 63 is weighing weight, the 4th weighing dial 111,
The scale of the third weighing dial 113, the second weighing dial 114 and the first weighing dial 117 is total
Then weight calculation amount turns the fixed link 58, the drive belt 62 is made to be detached from the 5th shaft 60, when the weighing plate 3
After reset, the fixed fixed link 58 realizes stored count.
Compared with the relevant technologies, mine automatic gauge provided by the invention, the true order quantity device of output have and have as follows
Beneficial effect:
The present invention provides mine automatic gauge, the true order quantity device of output, and the first weighing dial 117, described second claim
Recalibration disk 114, third weighing dial 113, the 4th weighing dial 111 are along away from the first rotating shaft 118
Direction side be fixed on the Weighing mechanism protecting crust 2, and the first weighing dial 117, the second weighing scale
Disk 114, third weighing dial 113, the 4th weighing dial 111 and the Weighing mechanism protecting crust 2 rotation connect
It connects, the drive belt 62 is connect with drive rod 9 described in another, and the drive belt 62 connects with the 5th shaft 60 rotation
It connects, the 5th shaft 60 is rotatablely connected with the fixed link 58, and the fixed link 58 and the statistical organization protecting crust 51 are sliding
Dynamic connection, the first statistics dial 61, the second statistics dial 63, third statistics dial 56, described the
Four statistics dials 55 and the statistical organization protecting crust 51 are rotatablely connected, and mine automatic gauge provided by the invention, output are true
Order quantity device is weighed and is counted using Purely mechanical, and electric energy is not depended on, small by such environmental effects, has good society's effect
Benefit and economic benefit are suitble to promote the use of.
The above description is only an embodiment of the present invention, is not intended to limit the scope of the invention, all to utilize this hair
Equivalent structure or equivalent flow shift made by bright specification and accompanying drawing content is applied directly or indirectly in other relevant skills
Art field, is included within the scope of the present invention.
Claims (10)
1. mine automatic gauge, the true order quantity device of output characterized by comprising
Outer framework；
Weighing plate, the weighing plate are slidably connected with the outer framework；
Weighing spring, weighing spring be equipped with it is multiple, the weighing spring be uniformly arranged on the outer framework and the weighing plate it
Between；
Hydraulic stem, the hydraulic stem at least provided with four, and the hydraulic stem be set to the outer framework and the weighing plate it
Between；
Drive rod, there are three the drive rod is set, three drive rods are both secured to the weighing plate；
Belt, there are two the belt is set, two belts are both secured to the drive rod；
Clockwork spring, there are three the clockwork spring is set, two clockwork springs are rotatablely connected with the belt respectively；
Weighing mechanism protecting crust, the Weighing mechanism protecting crust are fixed on the outer framework, and the Weighing mechanism protecting crust is equipped with
Two, two clockwork springs are individually fixed in two Weighing mechanism protecting crusts；
Slot is observed, the observation slot is set to the Weighing mechanism protecting crust；
Weighing mechanism, Weighing mechanism are fixed on the Weighing mechanism protecting crust of the side of the observation slot, the Weighing mechanism
Including the 4th weighing dial, third weighing dial, the second weighing dial, the first weighing dial and first rotating shaft, institute
It states first rotating shaft and the belt is rotatablely connected, the first weighing dial, the second weighing dial, the third claim
Recalibration disk, the 4th weighing dial are fixed on the Weighing mechanism protection along the direction side away from the first rotating shaft
Shell, and the first weighing dial, the second weighing dial, third weighing dial, the 4th weighing quarter
Scale and the Weighing mechanism protecting crust are rotatablely connected；
Statistical organization, the statistical organization include statistical organization protecting crust, the 4th statistics dial, third statistics dial, consolidate
Fixed pole, the 5th shaft, the first statistics dial, drive belt and the second statistics dial, the statistical organization protecting crust are fixed
In the outer framework, another described clockwork spring is fixed on the statistical organization protecting crust, the drive belt and another described in
Clockwork spring rotation connection, the drive belt are connect with drive rod described in another, and the drive belt and the 5th shaft turn
Dynamic connection, the 5th shaft and the fixed link are rotatablely connected, and the fixed link and statistical organization protecting crust sliding connect
It connects, the first statistics dial, the second statistics dial, third statistics dial, the 4th statistics scale
Disk is fixed on the statistical organization protecting crust along the direction side away from the 5th shaft, and the first statistics dial,
The second statistics dial, third statistics dial, the 4th statistics dial and the statistical organization protecting crust
Rotation connection.
2. mine automatic gauge according to claim 1, the true order quantity device of output, which is characterized in that the outer framework
Bottom end be equipped with fixing seat, for the fixing seat at least provided with eight, the fixing seat is the telescopic fixing seat, and described
The collapsing length of fixing seat is 3-6cm.
3. mine automatic gauge according to claim 1, the true order quantity device of output, which is characterized in that the outer framework
The top of a Weighing mechanism protecting crust on top be equipped with a level meter, there are two the level meter is set, another
The level meter is fixed on the weighing plate.
4. mine automatic gauge according to claim 1, the true order quantity device of output, which is characterized in that the outer framework
Both ends set there are two inclined plate, the surface of the inclined plate is equipped with anti-skid bulge, and the inclined plate and the outer framework are rotatablely connected.
5. mine automatic gauge according to claim 1, the true order quantity device of output, which is characterized in that the weigher
Structure further includes the 4th gear, the second shaft, second gear, third shaft, third gear and the 4th shaft, the first rotating shaft
One end is equipped with outer teeth groove, and there are two the second gear is set, second shaft is through the second gear and described second
It weighs dial, and the second gear is engaged with the first rotating shaft, and the second shaft passes through the second gear and described the
The rotation connection of one shaft.
6. mine automatic gauge according to claim 5, the true order quantity device of output, which is characterized in that the third turns
Axis is weighed dial and the third gear, the third weighing dial and the second weighing scale through the third
Disk rotation connection, the second gear of second both ends of the shaft engages with first rotating shaft and third gear respectively, and described the
There are two three gears are set, another described third gear is engaged with the 4th gear.
7. mine automatic gauge according to claim 1, the true order quantity device of output, which is characterized in that the statistical machine
Structure further includes the 7th gear, eight revolution axis, eighth gear, the 6th gear, nut, the 6th shaft and the 7th shaft, and the described 5th
One end of shaft is equipped with outer teeth groove, and there are two the 6th gear is set, the 6th shaft is through the 6th gear and institute
State the second statistics dial, and the 6th gear is engaged with the 5th shaft, the 6th shaft by the 6th gear with
The 5th shaft rotation connection, the 7th shaft counts dial and the 7th gear through the third, described
Third counts dial and connect with the second statistics dial rotation, the 6th gear difference of the 6th both ends of the shaft
It is engaged with the 5th shaft and the 7th gear, there are two the 7th gear is set, another described 7th gear and the octadentate
The top of wheel engagement, the fixed link is equipped with screw thread, and the nut is threadedly coupled with the fixed link.
8. mine automatic gauge according to claim 1, the true order quantity device of output, which is characterized in that the statistical machine
Structure further includes the 7th gear, eight revolution axis, eighth gear, the 6th gear, the 6th shaft, the 7th shaft and fixing bolt, described
One end of 5th shaft is equipped with outer teeth groove, and there are two the 6th gear is set, the 6th shaft is through the 6th gear
And the second statistics dial, and the 6th gear is engaged with the 5th shaft, the 6th shaft passes through the 6th tooth
Wheel is rotatablely connected with the 5th shaft, and the 7th shaft counts dial and the 7th gear through the third,
The third statistics dial is connect with the second statistics dial rotation, the 6th gear of the 6th both ends of the shaft
It is engaged respectively with the 5th shaft and the 7th gear, there are two the 7th gear is set, another described 7th gear and described the
The engagement of octadentate wheel, the top of the fixed link are rectangular configuration, and the fixing bolt is through the statistical organization protecting crust
Extend to the fixed link.
9. mine automatic gauge according to claim 1, the true order quantity device of output, which is characterized in that the statistical machine
Structure further includes the 7th gear, eight revolution axis, eighth gear, the 6th gear, nut, the 6th shaft, the 7th shaft and reset spring,
One end of 5th shaft is equipped with outer teeth groove, and there are two the 6th gear is set, the 6th shaft is through the described 6th
Gear and the second statistics dial, and the 6th gear is engaged with the 5th shaft, and the 6th shaft passes through described the
Six gears and the 5th shaft are rotatablely connected, and the 7th shaft counts dial and the 7th tooth through the third
Wheel, the third statistics dial are connect with the second statistics dial rotation, and the described 6th of the 6th both ends of the shaft the
Gear is engaged with the 5th shaft and the 7th gear respectively, there are two the 7th gear is set, another described 7th gear and institute
Eighth gear engagement is stated, the top of the fixed link is equipped with screw thread, and the nut is threadedly coupled with the fixed link, the reset
Spring is fixed between the fixed link and the statistical organization protecting crust.
10. mine automatic gauge according to claim 9, the true order quantity device of output, which is characterized in that the outer framework
Top corner be arc-shaped structure, two drive rods of the weighing plate inside the outer framework and two described the
The belt between one shaft is vertical with the outer framework, another described drive of the weighing plate inside the outer framework
The drive belt between lever and the 5th shaft is vertical with the outer framework.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201711003075.5A CN109696230B (en) | 2017-10-24 | 2017-10-24 | Automatic metering, outputting and determining goods quantity device for mine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201711003075.5A CN109696230B (en) | 2017-10-24 | 2017-10-24 | Automatic metering, outputting and determining goods quantity device for mine |
Publications (2)
| Publication Number | Publication Date |
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| CN109696230A true CN109696230A (en) | 2019-04-30 |
| CN109696230B CN109696230B (en) | 2020-12-11 |
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|---|---|---|---|
| CN201711003075.5A Active CN109696230B (en) | 2017-10-24 | 2017-10-24 | Automatic metering, outputting and determining goods quantity device for mine |
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Cited By (1)
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|---|---|---|---|---|
| CN110542472A (en) * | 2019-09-25 | 2019-12-06 | 吴镇宇 | mine productivity remote monitoring and service system |
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| Publication number | Publication date |
|---|---|
| CN109696230B (en) | 2020-12-11 |
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