CN207487807U - List/Combined electronic conveyor-belt scale metrology frame adds/discharge mechanism - Google Patents
List/Combined electronic conveyor-belt scale metrology frame adds/discharge mechanism Download PDFInfo
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- CN207487807U CN207487807U CN201721330066.2U CN201721330066U CN207487807U CN 207487807 U CN207487807 U CN 207487807U CN 201721330066 U CN201721330066 U CN 201721330066U CN 207487807 U CN207487807 U CN 207487807U
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- stick code
- discharge mechanism
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Abstract
The utility model discloses list/Combined electronic conveyor-belt scale metrology frames to add/discharge mechanism, it includes adjustable shelf, stick code support plate is connected on adjustable shelf, stick code is supported on stick code support plate, the both ends of stick code are limited in stick code sliding slot, stick code sliding slot includes bottom plate and the riser being fixed on bottom plate, it is offered in the middle part of riser and stick code is socketed in interior stick code movable span, one side arranged parallel of riser has the sliding block below stick code, the top side of sliding block has bevel edge, and one end of sliding block is connected with push-pull rod.The beneficial effects of the utility model are to realize to carry out automatic Calibration work to the belted electronic balance for using stick code add/unload by the relative motion of sliding block and stick code, this adds automatically/and discharge mechanism is simple in structure, and knockdown belted electronic balance metrology frame can be connected by push-pull rod and adds/discharge mechanism automatically, the metering system combined by more platform balance framves is demarcated, adds/unloading operation quickness and high efficiency.
Description
Technical field
The utility model is related to belted electronic balance equipment more particularly to belted electronic balance metrology frame to add/discharge mechanism.
Background technology
For this dynamic measuring utensil of belted electronic balance, to ensure accuracy of weighing, management mainly includes following four
A link：Form evaluation is carried out to new product（Pattern evaluation）；The belt conveyer scale newly to come into operation is examined and determine for the first time；To with
Belted electronic balance follow-up calibrating；To belt conveyer scale use in examine.
The above-mentioned each management link of belted electronic balance is mainly realized by applying simulation load test.Common means
It is：In use site, apply certain load on some position of the metrology frame of belted electronic balance, obtain measured value, with reason
It is evaluated or is corrected by calculated value comparison.This load occurs in the form of the experiment counterweight of constant weight, tests counterweight
Shape can be varied（GB/T 4167-2011 the 5.1st）.
Load is applied to belted electronic balance metrology frame and releases the process of load also from belted electronic balance metrology frame
It is that experiment counterweight is placed to belt scale metering frame and the process removed from belted electronic balance metrology frame, normally referred to as " loads "
" unloading ", loading, unloading can by manually carry or the method for mechanical elevating maneuvering test counterweight carry out.For separate unit
Belted electronic balance, this method are simple and practicable.But with the raising and electronic belt that require belted electronic balance measuring accuracy
The development of scale technology, at present belted electronic balance industry gradually formed while scale structure is continuously improved by more platform balance frame groups
The metering system being combined.
It is very big that the application of metering system that more platform balance framves are combined has obtained the accuracy of measuring of belted electronic balance
Promotion, this must just have corresponding loading and discharging method to be adapted therewith.In this background, by manually carrying, take
When it is laborious, and belt operation causes great threat to the personal safety of carrying personnel again, the mode secondly manually carried, process
Automation and remote control are not just known where to begin yet；And it is loaded and is unloaded by mechanical elevating mode and be also only limitted to separate unit at present
Scale frame, a kind of effective method more platform balance framves are loaded and unloaded now also in blank stage simultaneously.
Chinese utility model patent publication number CN202453071U discloses the automatic weights-hoist caliberating device of belted electronic balance, packet
Ribbon conveyer rack and electronic belt scale are included, the ribbon conveyer rack is arranged on outermost, electronic belt scale setting
On the inside of ribbon conveyer rack；Counterweight chassis, counterweight, counterweight hanger and weights-hoist mechanism are further included, the counterweight chassis is consolidated
Surely it is arranged on electronic belt scale, the counterweight is arranged in counterweight chassis, and counterweight hanger is arranged on the top of counterweight, the number
The upper end of a counterweight is mounted on respectively on counterweight hanger, and counterweight hanger is connected with weights-hoist mechanism, and weights-hoist mechanism is fixed at
In ribbon conveyer rack；The caliberating device is only applicable to counterweight and is not suitable for stick code, can be used for separate unit scale frame calibration and
It cannot be used for demarcating while more scale framves.
Utility model content
The technical problems to be solved in the utility model is that existing belted electronic balance metrology frame is not suitable for the more of stick code
Scale frame system adds/Unloading Calibration device, provides a kind of list/Combined electronic conveyor-belt scale metrology frame thus and adds/discharge mechanism.
The technical solution of the utility model is：Single electron belt scale metering frame adds/discharge mechanism, it includes adjustable shelf, institute
It states and stick code support plate is connected on adjustable shelf, stick code is supported on the stick code support plate, the both ends of the stick code are limited in
In stick code sliding slot, the stick code sliding slot includes bottom plate and the riser being fixed on bottom plate, is offered in the middle part of the riser by stick
Code is socketed in interior stick code movable span, and one side arranged parallel of the riser has the sliding block below stick code, the sliding block
Top side has bevel edge, and one end of the sliding block is connected with push-pull rod, and one end and the driving mechanism transmission of the push-pull rod connect
It connects so that sliding block moves linearly, stick code will be rolled along the bevel edge of sliding block when sliding block move linearly be detached from/fall into stick code and support
On plate.
Described in said program there are two risers, the sliding block moves linearly between two risers.
The improvement of said program is to be connected with pressing plate at the top of described two risers.
Push-pull rod described in said program includes sequentially connected first straight tube, screw rod and the second straight tube, the screw rod packet
Left hand thread portion, spanner position and right-handed thread portion are included, the left hand thread portion is connect with the first straight pipe thread, the right-handed thread
Portion is connect with the second straight pipe thread, and the one end of first straight tube and the second straight tube far from screw rod is fitted with coupling head.
Being further improved for said program is to be fitted with left-handed nut between the left hand thread portion and the first straight tube, described
Right-handed nut is fitted between right-handed thread portion and the second straight tube.
Driving mechanism described in said program is straight-line motion mechanism.
The both ends of stick code described in said program offer V-groove, offer at the top of the stick code support plate and are adapted to V-groove
V-type opening.
Combined electronic conveyor-belt scale metrology frame adds/discharge mechanism, it is added/unloaded by least two single electron belt scale metering framves
Carry and put composition, the two neighboring single electron belt scale metering frame adds/discharge mechanism between connected by push-pull rod.
The beneficial effects of the utility model are to be realized by the relative motion of sliding block and stick code to using stick code add/unload
The belted electronic balance of load carries out automatic Calibration work, and the automatic plus/discharge mechanism is simple in structure, and can be connected by push-pull rod
Knockdown belted electronic balance metrology frame adds/discharge mechanism automatically, and the metering system combined by more platform balance framves is carried out
Calibration, adds/unloading operation quickness and high efficiency.
Description of the drawings
Fig. 1 is that the Combined electronic conveyor-belt scale metrology frame of the utility model adds/discharge mechanism schematic diagram automatically；
Fig. 1 a are that the single electron belt scale metering frame of the utility model adds/discharge mechanism schematic diagram automatically；
Fig. 1 b are that the single electron belt scale metering frame of the utility model adds/discharge mechanism B-B sectional views automatically；
Fig. 1 c are that the single electron belt scale metering frame of the utility model adds/discharge mechanism C-C sectional views automatically；
Fig. 2 is the stick code schematic diagram of the utility model；
Fig. 3 a are the sliding slot schematic front view of the utility model；
Fig. 3 b are the sliding slot A-A sectional views of the utility model；
Fig. 4 is the slide block schematic diagram of the utility model；
Fig. 5 is the push-pull rod schematic diagram of the utility model；
In figure, 1, sliding block, 2, stick code sliding slot, 3, stick code, 4, stick code support plate, 5, adjustable shelf, 6, push-pull rod, 7, belt feeder
Middle frame, 8, bottom plate, 9, riser, 10, pressing plate, the 11, first straight tube, 12, screw rod, the 13, second straight tube, 14, spanner position, 15, connection
Connector, 16, left-handed nut, 17, right-handed nut.
Specific embodiment
The utility model is described further with reference to the accompanying drawings and embodiments.
As shown in Fig. 1 a, 1b, 1c, the single electron belt scale metering frame of the utility model adds/discharge mechanism automatically, it includes
Adjustable shelf 5 is connected with stick code support plate 4 on the adjustable shelf, stick code 3 is supported on the stick code support plate, the stick code
Both ends are limited in stick code sliding slot 2, and as shown in Fig. 3 a, 3b, the stick code sliding slot includes bottom plate 8 and is fixed in vertical on bottom plate
Plate 9, offers in the middle part of the riser and stick code is socketed in interior stick code movable span, and one side arranged parallel of the riser has position
Sliding block 1 below stick code, the top side of the sliding block have bevel edge, and one end of the sliding block is connected with push-pull rod 6, described
One end of push-pull rod is sequentially connected with driving mechanism so that sliding block linear movement, and stick code will be along sliding block when sliding block moves linearly
Bevel edge rolling be detached from/fall on stick code support plate.
Embodiment 1：Single electron belt scale metering frame adds/discharge mechanism automatically, it includes adjustable shelf, consolidates on the adjustable shelf
Stick code support plate is connected to, stick code is supported on the stick code support plate, the both ends of the stick code are limited in stick code sliding slot, such as
Shown in Fig. 3 a, 3b, the stick code sliding slot includes bottom plate and the riser being fixed on bottom plate, is offered in the middle part of the riser by stick
Code is socketed in interior stick code movable span, and one side arranged parallel of the riser has the sliding block below stick code, and the riser has
Two, the sliding block moves linearly between two risers, and two risers can ensure the stability of sliding block movement.Such as Fig. 4
Shown, the sliding block is generally rectangular, and top side has bevel edge, and one end of the sliding block is connected with push-pull rod, push-pull rod
It is a straight steel pipe, one end of the push-pull rod is sequentially connected with driving mechanism so that sliding block moves linearly, when sliding block straight line moves
Stick code will be detached from/be fallen on stick code support plate along the rolling of the bevel edge of sliding block when dynamic, and driving mechanism can be oil cylinder, cylinder, electricity
Dynamic push rod or the straight-line motion mechanism by motor form, either oil cylinder, cylinder, electric pushrod are still by the straight line of motor form
Motion can remote operation, realize automation.Driving mechanism can be fixed on belt feeder middle frame 7.
As a kind of simplification of embodiment 1, riser can only there are one, stability during such sliding block movement is difficult to protect
Card, easily topples over when moving.
Embodiment 2：It is connected as a single entity with top of the embodiment 1 difference lies in two risers by pressing plate, works as sliding block in this way
Pressing plate can ensure that stick code is not detached from between two risers when driving the movement of stick code, avoid causing equipment and personal injury.Tool
The pressing plate of body and the connection mode of riser can be flexibly connected or detachable connection, preferably detachable connection, this
Sample is convenient for the placement of stick code.
Embodiment 3：As shown in figure 5, difference lies in push-pull rod it is to include sequentially connected first straight tube with embodiment 1
11st, 12 and second straight tube 13 of screw rod, the screw rod include left hand thread portion, spanner position 14 and right-handed thread portion, the left-handed spiral shell
Line portion is connect with the first straight pipe thread, and the right-handed thread portion is connect with the second straight pipe thread, and first straight tube and second is directly
The one end of pipe far from screw rod is fitted with coupling head 15, in this way can root when the metering system formed using more belted electronic balances
According to the length for needing to adjust specific push-pull rod, specific adjusting method is the length that push-pull rod is adjusted by rotary screw, into
And the distance between two neighboring sliding block is adjusted, it loads and unloads while realizing multiple stick codes.The embodiment can be applied to
In embodiment 2.
Embodiment 4：As the improvement of embodiment 3, left-handed nut 16, institute are fitted between left hand thread portion and the first straight tube
It states and right-handed nut 17 is fitted between right-handed thread portion and the second straight tube, left-handed nut and right-handed nut have locking effect.
As shown in Fig. 2, the stick code both ends of the utility model offer V-groove, the stick code support plate top offers and V
The V-type opening of type groove adaptation.
Combined electronic conveyor-belt scale metrology frame adds/discharge mechanism automatically, as shown in Figure 1, it is by least two single electron skins
Belt scale metrology frame adds automatically/discharge mechanism composition, the two neighboring single electron belt scale metering frame adds/discharge mechanism between lead to
Cross push-pull rod connection.
Belted electronic balance metrology frame adds automatically/application method of discharge mechanism, it includes the following steps：（1）, unloading：Often
State sliding block offsets one from another with stick code, and stick code is carried on stick code support plate, starts driving mechanism, and push-pull rod band movable slider moves
So that stick code is moved up along the bevel edge of sliding block is detached from stick code support plate；（2）, loading：Reverse starting driving mechanism, push-pull rod drive
Sliding block moves backward so that stick code is moved down along the bevel edge of sliding block until stick code and stick code support plate reliable contacts.
Detailed process is as follows：When push-pull rod 6 moves right with movable slider 1 between two pieces of risers of sliding slot 2, sliding block 1
The both ends cylinder of bevel edge picking-up stick code 3 is moved upward to the upper plane of sliding block in the stick code movable span of sliding slot 2, and stick code 3 is held in the palm
It rises, stick code 3 is detached with adjustable shelf 5 at this time, so as to fulfill unloading；Push-pull rod 6 is with movable slider 1 between two pieces of risers of sliding slot 2
When being moved to the left, the both ends of stick code 3 that the bevel edge of sliding block 1 is held up move down in the stick code movable span of sliding slot 2, and stick code 3 exists
When moving down into a certain position height, two V-groove mouths of stick code 3 are gradually fallen into the V-type opening of stick code support plate 4, at this time stick code 3
It is detached with sliding block 1, the weight of stick code 3（That is load）It is all applied on stick code support plate 4 and passes to belt conveyer scale adjustable shelf, so as to
Realize loading.
Claims (8)
1. single electron belt scale metering frame adds/discharge mechanism automatically, it includes adjustable shelf（5）, it is characterized in that on the adjustable shelf
It is connected with stick code support plate（4）, stick code is supported on the stick code support plate（3）, the both ends of the stick code are limited in stick code
Sliding slot（2）Interior, the stick code sliding slot includes bottom plate（8）With the riser being fixed on bottom plate（9）, offer in the middle part of the riser
Stick code is socketed in interior stick code movable span, one side arranged parallel of the riser has the sliding block below stick code（1）, it is described
The top side of sliding block has bevel edge, and one end of the sliding block is connected with push-pull rod（6）, one end of the push-pull rod and driving machine
Structure is sequentially connected so that sliding block linear movement, stick code will roll along the bevel edge of sliding block and be detached from/fall into when sliding block move linearly
On stick code support plate.
2. single electron belt scale metering frame as described in claim 1 adds/discharge mechanism automatically, it is characterized in that the riser has two
A, the sliding block moves linearly between two risers.
3. single electron belt scale metering frame as claimed in claim 2 adds/discharge mechanism automatically, it is characterized in that described two risers
Top is connected with pressing plate（10）.
4. single electron belt scale metering frame as claimed in claim 1 or 2 adds/discharge mechanism automatically, it is characterized in that the push-and-pull
Bar includes sequentially connected first straight tube（11）, screw rod（12）With the second straight tube（13）, the screw rod include left hand thread portion, pull
Hand position（14）With right-handed thread portion, the left hand thread portion is connect with the first straight pipe thread, and the right-handed thread portion is straight with second
Pipe screw thread connects, and the one end of first straight tube and the second straight tube far from screw rod is fitted with coupling head（15）.
5. belted electronic balance metrology frame as claimed in claim 4 adds/discharge mechanism automatically, it is characterized in that the left hand thread portion
Left-handed nut is fitted between the first straight tube（16）, right-handed nut is fitted between the right-handed thread portion and the second straight tube
（17）.
6. single electron belt scale metering frame as described in claim 1 adds/discharge mechanism automatically, it is characterized in that the driving mechanism
It is straight-line motion mechanism.
7. single electron belt scale metering frame as described in claim 1 adds/discharge mechanism automatically, it is characterized in that the stick code both ends
V-groove is offered, the V-type opening being adapted to V-groove is offered at the top of the stick code support plate.
8. Combined electronic conveyor-belt scale metrology frame adds/discharge mechanism automatically, it is characterized in that it is by least two such as claim 1-7
Any single electron belt scale metering frame adds/discharge mechanism composition automatically, and two neighboring single electron belt scale metering frame adds/
It is connected between discharge mechanism by push-pull rod.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721330066.2U CN207487807U (en) | 2017-10-17 | 2017-10-17 | List/Combined electronic conveyor-belt scale metrology frame adds/discharge mechanism |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721330066.2U CN207487807U (en) | 2017-10-17 | 2017-10-17 | List/Combined electronic conveyor-belt scale metrology frame adds/discharge mechanism |
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| Publication Number | Publication Date |
|---|---|
| CN207487807U true CN207487807U (en) | 2018-06-12 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721330066.2U Active CN207487807U (en) | 2017-10-17 | 2017-10-17 | List/Combined electronic conveyor-belt scale metrology frame adds/discharge mechanism |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107748003A (en) * | 2017-10-17 | 2018-03-02 | 铜陵市三爱思电子有限公司 | List/Combined electronic conveyor-belt scale metrology frame adds/discharge mechanism and its application method |
-
2017
- 2017-10-17 CN CN201721330066.2U patent/CN207487807U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107748003A (en) * | 2017-10-17 | 2018-03-02 | 铜陵市三爱思电子有限公司 | List/Combined electronic conveyor-belt scale metrology frame adds/discharge mechanism and its application method |
| CN107748003B (en) * | 2017-10-17 | 2024-05-07 | 铜陵市三爱思电子有限公司 | Single/combined type electronic belt scale metering frame loading/unloading device and using method thereof |
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