CN208688640U - Material is weighed counting device automatically in drawer - Google Patents
Material is weighed counting device automatically in drawer Download PDFInfo
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- CN208688640U CN208688640U CN201821328998.8U CN201821328998U CN208688640U CN 208688640 U CN208688640 U CN 208688640U CN 201821328998 U CN201821328998 U CN 201821328998U CN 208688640 U CN208688640 U CN 208688640U
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- drawer
- weighing
- inner box
- connecting rod
- shell
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Abstract
It weighs automatically counting device and method the utility model discloses material in drawer.The device includes drawer mechanism, Weighing mechanism, elevating mechanism and control mechanism.The utility model is able to achieve normal weighing Counts during drawer is weighed and counted, through elevating mechanism, and movable drawer can be made to separate with weighing sensor；While realizing normal drawer function, by automatically controlling the separation and contact of weighing sensor and weighed amount object, automatic peeling function of Lai Shixian during weighing；It is realized by the fixed form that movable drawer is separated with weighing sensor, without doing bend tension movement, the length of electric connection is lengthened without the stroke according to drawer for the electric connection (conducting wire etc.) of weighing sensor；Make being automatically separated and contacting for drawer inner box and weighing sensor by elevating mechanism, realize without operator's execute-in-place, function of really making an inventory automatically in real time is realized by teleinstruction.
Description
Technical field
The utility model relates to precise weighing field, in particular to material is weighed counting device and side automatically in a kind of drawer
Method.
Background technique
At present drawer weigh automatically counting technology use more control drug, bullet and other important materials field
It closes.The accuracy rate of counting of weighing in the occasion is the basic of the technology.And to ensure the accuracy rate that weighing counts, it is necessary in structure
Ensure following three conditions:
1) ensure that the noiseless power of weighing sensor generates deformation to it, vibration is even overloaded in use process.
2) it needs to obtain a peeling value promptly and accurately before material of weighing.
3) it need to guarantee the stability and anti-interference ability of weighing sensor analog signal path.
The prior art, which mostly uses greatly, is fixed on drawer for weighing sensor, and material holder is fixed on weighing sensor
On, structure that weighing sensor moves together with drawer is realized.
In the prior art in drawer weighing technology defect:
1) weighing sensor is fixed on drawer and moves together with drawer, and the inertia kinetic energy that drawer movement generates can pass
Being handed to weighing sensor makes to weigh numerical value inaccuracy even overload and damage weighing sensor.
2) weighing sensor will realize that automatic weighing must be electrically connected with microprocessor, due to weighing sensor and drawer
Moving together, which causes the electric connection (i.e. conducting wire) will do it, is frequently bended, and the length of conducting wire is also because that need to meet drawer folding stroke
And there is longer length.Conducting wire is frequently bended, and is increased the risk of wire fracture and is shortened life of product.In addition, conducting wire
Length is longer, increases weighing sensor analog signal by the risk of outside electromagnetic interference, easily leads to weighing and count and be not allowed.
3) it is mutually fixed due to weighing sensor with objective box, needs to carry out peeling value weighing before drawer opening, and weighed and pass
Sensor can generate the disadvantageous changes such as temperature drift with the variation of environmental factor keeps peeling value inaccurate, and the settling mode of current methods is tight
Lattice limit drawer opening time to mitigate the disadvantageous changes of peeling value, this is not greatly not convenient to use the normal operating of person, strictly
Opening time control it is also relatively difficult to achieve.
4) when not having opening, closing the operation of drawer, current methods can not carry out real-time weightometer to material in drawer
Number, because it can not obtain accurate peeling value, i.e., can not identify accurate weight of material to count.
Utility model content
The utility model provides material in a kind of drawer and weighs automatically counting device and method, is able to solve above-mentioned existing
One or more of technical problem.
One aspect according to the present utility model provides material in a kind of drawer and weighs automatically counting device, comprising:
Drawer mechanism, including shell, drawer and inner box, inner box are set in drawer, and inner box can be with respect to drawer in vertical side
Free back and forth movement is done upwards, and drawer is set in shell, and drawer is able to drive inner box, and opposite shell does back and forth movement together, to stretch
Shell or retraction shell out；
Weighing mechanism is set on shell, and Weighing mechanism is set to the lower section of inner box, and inner box can be seated weigher when declining
On structure, Weighing mechanism can weigh to inner box；
Elevating mechanism is set on shell, and when drawer drives inner box to retract shell, inner box can move to elevating mechanism
On, elevating mechanism is able to drive inner box and is moved in the vertical direction；With,
Control mechanism, including the microprocessor being connected and multiple detection structures, multiple testing agencies are respectively arranged on drawer
On mechanism, Weighing mechanism and elevating mechanism, testing agency be able to detect drawer mechanism, Weighing mechanism and elevating mechanism position and
Motion state simultaneously will test result and be sent to microprocessor.
The utility model has the beneficial effects that carrying out normal drawer folding by operating drawer mechanism, material (medicine is realized
Product, bullet etc.) normally be removed and placed into.The weighing of weight of material is realized by Weighing mechanism, weighing structure is static to be fixed on
Drawer shell, in drawer open and close movement, Weighing mechanism does not follow drawer to move, by drawer bottom and the part hollow out at back,
Weighing structure is not also contacted with drawer, is even damaged to overcome drawer and open and close brought influence of the external force to weighing sensor
It is bad, it is that an ideal environment is created in the weighing work of Weighing mechanism.When drawer drives inner box to retract shell, inner box can be transported
It moves on elevating mechanism, elevating mechanism is able to drive inner box and is moved in the vertical direction.When elevating mechanism drive inner box to
When lower movement, inner box can steadily be fallen on Weighing mechanism, so as to weigh to the material in inner box and inner box, wait claim
Amount finishes, and control mechanism can control elevating mechanism rising, and inner box is lifted, and inner box is detached from Weighing mechanism, therefore, completes inner box
Contact with Weighing mechanism with separate, and can guarantee the weighing quality of Weighing mechanism.Detection structure can be to the folding of drawer
The position of the high position and low level of position and inner box is accurately detected, and carries out pool control to whole device by microprocessor, complete
At the weighing Counts of material.
In some embodiments, drawer mechanism further includes sliding rail, and sliding rail is set on shell, and drawer is equipped with sliding block, sliding
Block can do back and forth movement along sliding rail.The beneficial effect is that sliding rail is fixed on shell, the guide and limit for drawer folding is made
With preventing drawer from the offset of position occurring during opening and closing.
In some embodiments, drawer mechanism further includes electric control lock, and electric control lock is set on shell, electric control lock and control machine
Structure electrical connection.The beneficial effect is that microprocessor controls the locking and opening of drawer by controlling the state of electric control lock.
In some embodiments, Weighing mechanism includes:
Weighing sensor, weighing sensor are fixed on the bottom of shell, and weighing sensor and control mechanism are electrically connected；
Gasket, between weighing sensor and weighing platform and weighing sensor and shell；
Weighing platform, is fixed on the weighing end of weighing sensor, and drawer inner box can fall within weighing when doing movement straight down
On platform, to be weighed to drawer inner box and material.
The beneficial effect is that weighing sensor is not contacted with drawer, it is not secured in the drawer of movement, not with the position of drawer
It sets variation and changes, therefore can guarantee to weigh quality.The electric connection of weighing sensor is dropped significantly without motion processes such as bendings
The low failure rate being electrically connected, improves equipment life.The electric connection of weighing sensor is without following the stroke of drawer to increase
Add connection length, significantly reduce influence of the outside electromagnetic interference to weighing-up wave, also allows extraneous electromagnetic interference more controllable.
In some embodiments, elevating mechanism includes:
Power mechanism, the power source of drawer inner box lifting and decline when to weigh.
One end of slide unit, slide unit is connected with power mechanism, and the other end of slide unit is connected with connecting rod, and power mechanism being capable of band
Dynamic slide unit is moved in drawer folding direction；
One end of connecting rod, connecting rod is connected with slide unit, and the other end of connecting rod is connected on support frame, and slide unit can when moving
Connecting rod is driven to be moved in vertical direction；
Lifting platform is connected with connecting rod, and lifting platform is set to the lower section of inner box, and connecting rod is able to drive lifting platform vertical
It is moved on direction, lifting platform is configured to that inner box is driven to be moved in the vertical direction；
Support frame is fixed on shell.
The beneficial effect is that power mechanism drives slide unit to be moved along the opening and closing direction of drawer, slide unit is driven
Connecting rod is moved, and connecting rod is the structural member for connecting slide unit, lifting platform and support frame, and the horizontal rectilinear motion of slide unit is converted
At the height change of lifting platform, realizes contact of the drawer inner box with weighing platform by the height change of lifting platform and take off
From and weighing platform and the contact of drawer inner box with separate, to complete the weighing work of inner box and material.
In some embodiments, power mechanism includes:
Motor is configured to provide power to entire elevating mechanism；
Driving gear is connected with the output end of motor；
Driven gear is engaged with driving gear；
One end of swing rod, swing rod is connected with driven gear, and the other end of swing rod is connected with slide unit, by the circle of driven gear
All conversion of motions at slide unit horizontal rectilinear motion.
The beneficial effect is that motor drives driving gear rotation, driving gear drives driven gear rotation, driven tooth rotation
Swing rod movement is able to drive when dynamic, swing rod one end is fixed on driven gear, and the other end of swing rod drives slide unit opening in drawer
It closes and is moved on direction, to drive connecting rod that lifting platform is lifted or is declined.The direction of motion of slide unit can not also
It is consistent with the folding direction of drawer, as long as the lifting of lifting platform can be completed.
In some embodiments, connecting rod includes first connecting rod and second connecting rod, and one end of first connecting rod is connected with slide unit
It connects, one end of second connecting rod is connected with support frame, and the other end of first connecting rod and the other end of second connecting rod are hinged.It is beneficial to effect
Fruit is, when direction of the slide unit by swing rod with trend driven gear close to when, slide unit pulls one end of first connecting rod, first connecting rod and
The angle of second connecting rod becomes larger, the decline of the two connecting place position, can will be on lifting platform so that lifting platform be driven to decline
Box position is reduced；When slide unit drives the direction far from driven gear by swing rod, slide unit pushes one end of first connecting rod, the
The angle of one connecting rod and second connecting rod becomes smaller, and the two connecting place position increases, so that lifting platform is driven to increase, it can be flat by lifting
Interior box position on platform is increased.
In some embodiments, testing agency includes:
First magnet steel, set on the tail portion of drawer；
Second magnet steel: it is set on driven gear；
First Hall switch: it is electrically connected with microprocessor, for detecting the change in location of the first magnet steel；
Second Hall switch: it is electrically connected with microprocessor, for detecting the change in location of the second magnet steel；
Third Hall switch: it is electrically connected with microprocessor, for detecting the change in location of the second magnet steel.
The beneficial effect is that the first Hall switch is able to detect that the signal of the first magnet steel, it is outer to illustrate that drawer has been positioned at
It is in close state in shell, conversely, drawer is not locked out.Second Hall switch is able to detect that the position signal of the second magnet steel,
Illustrate that swing rod pushes slide unit to direction far from driven gear, slide unit pushes one end of first connecting rod, and first connecting rod and second connect
The angle of bar changes to minimum, and the two connecting place position is in highest state, so that lifting platform is raised to extreme higher position, lifting platform
Box position is also at highest state in upper, at this point, inner box and Weighing mechanism are in disengaged position.If third Hall switch can be examined
The position signal for measuring the second magnet steel illustrates that slide unit is pulled to the direction of driven gear by swing rod, and slide unit pulls the one of first connecting rod
The angle of end, first connecting rod and second connecting rod changes to maximum, and the two connecting place position is in minimum state, so that lifting platform drops
To extreme lower position, if the first Hall switch detects that drawer is in close state at this time, interior box position is in minimum state, this
When, inner box is fallen on Weighing mechanism completely.
Another aspect according to the present utility model is provided and is weighed automatically counting device progress using material in above-mentioned drawer
The method that weighing counts, comprising:
(1) microprocessor detect drawer close it is locked, and when inner box is in high-order, microcomputer reads weighing and sensing
The current peeling value G of device1；
(2) microprocessor control power mechanism is opened, and the decline of inner box is realized, when microprocessor detects that inner box drops to
When lowest order, power mechanism, the current weighing value G of microcomputer reads weighing sensor are closed2；
(3) microprocessor calculates material number n=(G2‐G1)/G0, G0For the flat of prior calibrated single weight of material
Mean value；
(4) microprocessor control power mechanism is opened, and inner box is lifted and is detached from Weighing mechanism, outputting material quantity.
The beneficial effect is that
1) during drawer is weighed and counted, normal weighing Counts are able to achieve by elevating mechanism, and can make
Movable drawer is separated with weighing sensor.
2) while realizing normal drawer function, by automatically control weighing sensor and weighed amount object separation and
Contact, automatic peeling function of Lai Shixian during weighing.
3) it is realized by the fixed form that movable drawer is separated with weighing sensor, the electric connection of weighing sensor
(conducting wire etc.) without doing bend tension movement, the length of electric connection is lengthened without the stroke according to drawer.
4) being automatically separated and contacting for drawer inner box and weighing sensor is made by elevating mechanism, realized without operator
Execute-in-place realizes function of really making an inventory automatically in real time by teleinstruction.
In some embodiments, further include in step (1), after microprocessor receives opening drawer instruction, micro- place
The position for managing device detection inner box, when inner box is in a high position, microprocessor controls drawer and opens.
Detailed description of the invention
Fig. 1 is that material is weighed the explosive view of counting device automatically in the drawer of one embodiment of the utility model；
Fig. 2 is that material is weighed the structural schematic diagram of the elevating mechanism of counting device automatically in drawer shown in Fig. 1；
Fig. 3 is in top view when highest order for the lifting platform of the elevating mechanism of Fig. 2；
Fig. 4 is in main view when highest order for the lifting platform of the elevating mechanism of Fig. 2；
Fig. 5 is in top view when lowest order for the lifting platform of the elevating mechanism of Fig. 2；
Fig. 6 is in main view when lowest order for the lifting platform of the elevating mechanism of Fig. 2；
Fig. 7 be shown in Fig. 1 in drawer material weigh automatically the drawer closure of counting device when, inner box is lifted by lifting apparatus
To the structural schematic diagram of highest order；
Fig. 8 is that material is weighed the structural schematic diagram of the drawer of counting device when opening automatically in drawer shown in Fig. 1；
Fig. 9 be shown in Fig. 1 in drawer material weigh automatically counting device drawer will be closed during, inner box is gradually
Move to the structural schematic diagram on lifting platform；
Figure 10 be shown in Fig. 1 in drawer material weigh automatically the drawer closure of counting device when, lifting apparatus is by interior tape
The structural schematic diagram being located completely to lowest order, inner box on Weighing mechanism.
Specific embodiment
The utility model is described in further detail with reference to the accompanying drawing.
Fig. 1 to Figure 10 schematically shows that material claims automatically in a kind of drawer of embodiment according to the present utility model
Restatement counting apparatus and method.As shown in Figure 1, the device includes drawer mechanism 1, Weighing mechanism 2, elevating mechanism 3 and control mechanism
4。
Wherein, as shown in Figure 1, drawer mechanism 1 includes shell 11, drawer 12, inner box 13, sliding rail 14 and electric control lock 15.It is sliding
Rail 14 is set on shell 11, and drawer 12 is equipped with sliding block, and sliding block can do back and forth movement along sliding rail 14, and sliding rail 14 is used for drawer 12
The guide and limit of folding acts on, and prevents drawer 12 from the offset of position occurring during opening and closing.Inner box 13 is set to drawer
In 12, inner box 13 can do in the vertical direction free back and forth movement with respect to drawer 12.Drawer 12 is set in shell 11, drawer 12
Being able to drive inner box 13, opposite shell 11 along sliding rail 14 does back and forth movement together, to stretch out shell 11 or retract shell 11.Drawer
12 be the placement carrier of inner box 13, and 12 bottom of drawer and back portion hollow out, motion and standstill state do not connect with Weighing mechanism 2
Touching.Electric control lock 15 is set on shell 11, is electrically connected with control mechanism 4 using existing electronic lock on the market, electric control lock 15,
Microprocessor 41 controls the locking and opening of drawer 12 by controlling the state of electric control lock 15.By operating drawer mechanism 1 into
The normal drawer 12 of row opens and closes, and realizes normally being removed and placed into for material such as drug, bullet etc..
As shown in Fig. 1 and Fig. 7 drawing 10, Weighing mechanism 2 is set on shell 11, and is located at the lower section of inner box 13, inner box 13
It can be seated on Weighing mechanism 2 when decline, Weighing mechanism 2 can weigh to inner box 13.In the utility model, pass through
Weighing mechanism 2 realizes the weighing of weight of material, and weighing structure is static to be fixed on 12 shell 11 of drawer, in 12 open and close movement of drawer
Weighing mechanism 2 does not follow drawer 12 to move, by the part hollow out of 12 bottom of drawer and back, weighing structure also not with drawer 12
Contact even damages to overcome drawer 12 and open and close brought influence of the external force to weighing sensor 21, is Weighing mechanism 2
Weighing work create an ideal environment.
Weighing mechanism 2 includes weighing sensor 21, gasket 22 and weighing platform 23.Weighing sensor 21 is fixed on shell 11
Bottom, weighing sensor 21 and control mechanism 4 be electrically connected, and realizes perception of the microprocessor 41 to weight of material.Weighing passes
Sensor 21 is not contacted with drawer 12, is not secured in the drawer 12 of movement, is not changed with the change in location of drawer 12, therefore energy
It is enough to guarantee to weigh quality.The electric connection of weighing sensor 21 greatly reduces the event of electric connection without motion processes such as bendings
Barrier rate, improves equipment life.The electric connection of weighing sensor 21 is without following the stroke of drawer 12 to increase connection length, greatly
Width reduces influence of the outside electromagnetic interference to weighing-up wave, also allows extraneous electromagnetic interference more controllable.Gasket 22, which is located at, to be claimed
It retransmits between sensor 21 and weighing platform 23 and weighing sensor 21 and shell 11, for transmitting the strength of weighing platform 23
To weighing sensor 21.Weighing platform 23 is fixed on the weighing end of weighing sensor 21, and 12 inner box 13 of drawer is done to be transported straight down
It can be fallen on weighing platform 23 when dynamic, to be weighed to 12 inner box 13 of drawer and material.
As shown in Figures 2 to 6, elevating mechanism 3 is set on shell 11, when drawer 12 drives inner box 13 to retract shell 11,
Inner box 13 can move on elevating mechanism 3, and elevating mechanism 3 is able to drive inner box 13 and is moved in the vertical direction.Work as liter
When descending mechanism 3 drives inner box 13 to move downward, inner box 13 can steadily be fallen on Weighing mechanism 2, so as to inner box 13
And the material in inner box 13 is weighed.It is finished wait weigh, control mechanism 4 can control the rising of elevating mechanism 3, and inner box 13 is lifted
Rise, inner box 13 is detached from Weighing mechanism 2, therefore, complete inner box 13 and the contact of Weighing mechanism 2 with separate, and can guarantee to weigh
The weighing quality of mechanism 2.
Elevating mechanism 3 includes motor 31, driving gear 32, driven gear 33, swing rod 34, slide unit 35, connecting rod 36, is lifted and puts down
Platform 37 and support frame 38.Support frame 38 is fixed on shell 11, is the support fixed structure of elevating mechanism 3.Motor 31, driving tooth
Wheel 32 and driven gear 33 are mounted on shell 11 by mounting plate 39.Motor 31 is configured to provide entire elevating mechanism 3 dynamic
Power, driving gear 32 are set in the output end of motor 31, and driven gear 33 is engaged with driving gear 32.One end of swing rod 34 with
Driven gear 33 is connected, and the other end of swing rod 34 is connected with slide unit 35, and the circular motion of driven gear 33 is converted to slide unit
35 horizontal rectilinear motion.The other end of slide unit 35 is connected with connecting rod 36, and swing rod 34 is able to drive slide unit 35 and opens in drawer 12
It closes direction to be moved, specific slide unit 35 can slide on support frame 38.One end of connecting rod 36 is connected with slide unit 35, connecting rod 36
The other end be connected on support frame 38, slide unit 35 is able to drive connecting rod 36 and is moved in vertical direction when moving.Lifting is flat
Platform 37 is connected with connecting rod 36, and lifting platform 37 is set to the lower section of inner box 13, and connecting rod 36 is able to drive lifting platform 37 in vertical side
It is moved upwards, lifting platform 37 is configured to that inner box 13 is driven to be moved in the vertical direction.
For the elevating mechanism 3 of the utility model in running, motor 31 drives driving gear 32 to rotate, and driving gear 32 drives
Driven gear 33 rotates, and driven gear 33 is able to drive the movement of swing rod 34 when rotating, 34 one end of swing rod is fixed on driven gear 33
On, the other end of swing rod 34 drives slide unit 35 to be moved on the folding direction of drawer 12, and the direction of motion of slide unit 35 can also
It is consistent with the folding direction not with drawer 12, as long as the lifting of lifting platform 37 can be completed.Slide unit 35 drives connecting rod
36 are moved, and the horizontal rectilinear motion of slide unit 35 is converted to the height change of lifting platform 37, pass through lifting platform 37
Height change realizes 12 inner box 13 of drawer and the contact of weighing platform 23 and disengaging and weighing platform 23 and 12 inner box 13 of drawer
Contact with separate, to complete the weighing work of inner box 13 and material.
Connecting rod 36 is the structural member for connecting slide unit 35, lifting platform 37 and support frame 38, including first connecting rod 361 and second
One end of connecting rod 362, first connecting rod 361 is connected with slide unit 35, and one end of second connecting rod 362 is connected with support frame 38, and first
The other end of connecting rod 361 and the other end of second connecting rod 362 are hinged.As shown in Figure 5 and Figure 6, when slide unit 35 is driven by swing rod 34
When close to the direction of driven gear 33, slide unit 35 pulls one end of first connecting rod 361, first connecting rod 361 and second connecting rod 362
Angle become larger, the two connecting place position decline, thus drive lifting platform 37 decline, can be by the inner box 13 on lifting platform 37
Position is reduced.As shown in Figure 3 and Figure 4, when slide unit 35 drives the direction far from driven gear 33 by swing rod 34, slide unit 35
The angle of one end of promotion first connecting rod 361, first connecting rod 361 and second connecting rod 362 becomes smaller, and the two connecting place position increases,
To drive lifting platform 37 to increase, 13 position of inner box on lifting platform 37 can be increased.
As depicted in figs. 1 and 2, control mechanism 4 includes the microprocessor 41 being connected and multiple detection structures, multiple detections
Mechanism is respectively arranged in drawer mechanism 1 and elevating mechanism 3, and testing agency is able to detect the position of drawer mechanism 1 and elevating mechanism 3
With motion state and will test result and be sent to microprocessor 41.Detection structure being capable of folding position to drawer 12 and inner box 13
A high position and the position of low level accurately detected, pool control is carried out to whole device by microprocessor 41, completes material
Weigh Counts.
Testing agency includes the first magnet steel 42, the second magnet steel 43, the first Hall switch 44, the second Hall switch 45 and third
Hall switch 46.First magnet steel 42, set on the tail portion of drawer 12, the second magnet steel 43 is set on driven gear 33.First Hall is opened
It closes 44 to be set on shell 11, be electrically connected with microprocessor 41, for detecting the change in location of the first magnet steel 42.Second Hall is opened
It closes 45 to be set on shell 11, be electrically connected with microprocessor 41, for detecting the change in location of the second magnet steel 43.Third Hall is opened
It closes 46 to be set on shell 11, be electrically connected with microprocessor 41, for detecting the change in location of the second magnet steel 43.
First Hall switch 44 is able to detect that the signal of the first magnet steel 42, illustrates that drawer 12 has been positioned in shell 11,
And be in close state, conversely, drawer 12 is not locked out.Second Hall switch 45 is able to detect that the position letter of the second magnet steel 43
Number, illustrating that swing rod 34 pushes slide unit 35 to direction far from driven gear 33, slide unit 35 pushes one end of first connecting rod 361, the
The angle of one connecting rod 361 and second connecting rod 362 changes to minimum, and the two connecting place position is in highest state, thus lifting platform
37 are raised to extreme higher position, as shown in Figure 3 and Figure 4.13 position of inner box is also at highest state on lifting platform 37, at this point, inner box
13 are in disengaged position with Weighing mechanism 2.If third Hall switch 46 is able to detect that the position signal of the second magnet steel 43, say
Obvious bar 34 pulls to slide unit 35 close to the direction of driven gear 33, and slide unit 35 pulls one end of first connecting rod 361, first connecting rod
361 and the angle of second connecting rod 362 change to maximum, the two connecting place position is in minimum state, so that lifting platform 37 drops to
Extreme lower position, as shown in Figure 5 and Figure 6.If the first Hall switch 44 detects that drawer 12 is in close state at this time, inner box 13
It sets in minimum state, at this point, inner box 13 is fallen within completely on Weighing mechanism 2.
Another aspect according to the present utility model is provided and is weighed automatically counting device progress using material in above-mentioned drawer
The method that weighing counts, comprising:
(1) microprocessor 41 detects that drawer 12 is closed locked, and when inner box 13 is in high-order, microprocessor 41 is read
The current peeling value G of weighing sensor 211；
(2) microprocessor 41 controls power mechanism and opens, and the decline of inner box 13 is realized, when microprocessor 41 detects inner box
13 when dropping to lowest order, closes power mechanism, and microprocessor 41 reads the current weighing value G of weighing sensor 212；
(3) microprocessor 41 calculates material number n=G2‐G1/G0, G0For the flat of prior calibrated single weight of material
Mean value；
(4) microprocessor 41 controls power mechanism and opens, and inner box 13 is lifted and is detached from Weighing mechanism 2, outputting material quantity.
It wherein, further include that after microprocessor 41 receives the opening instruction of drawer 12, microprocessor 41 is examined in step (1)
The position for surveying inner box 13, when inner box 13 is in a high position, microprocessor 41 controls drawer 12 and opens.
The device of the utility model is generally used for the storage that storage drug, bullet etc. need the material of real-time counting management
Cabinet, which generally comprises cabinet body, storage drawer 12, microprocessor 41, input equipment mouse, keyboard etc., output equipment is shown
Show device, loudspeaker (being not drawn into figure) etc. and terminal softwares at different levels.A kind of entire mode for weighing counting process is carried out below
It further illustrates.
A, operator issues the instruction for opening drawer 12 by input equipment to microprocessor 41；
B, the second Hall switch 45 detects the signal of the second magnet steel 43, is transmitted to microprocessor 41, confirms in drawer 12
Inner box 13 is in highest order, as shown in Figure 7；
C, microprocessor 41 issues instruction unpack drawer 12 to electric control lock 15；
D, the first Hall switch 44 does not receive the signal of the first magnet steel 42, and microprocessor 41 determines that drawer 12 has been opened,
As shown in Figure 8；
E, operator is put into or takes out material and closes drawer 12, and when drawer 12 is closed, inner box 13 can be transported along connecting rod 36
It is dynamic, as shown in figure 9, and being parked in highest order；
F, the first Hall switch 44 detects the signal of the first magnet steel 42 and is sent to microprocessor 41, confirms drawer 12
Close locking；The second Hall switch 45 detects that the signal of the second magnet steel 43 is sent to microprocessor 41 simultaneously, confirms inner box 13
In highest order, as shown in Figure 7；
G, microprocessor 41 reads the current peeling value G of weighing sensor 211；
H, microprocessor 41 thinks that motor 31 issues signal, opens motor 31, realizes the decline of inner box 13；
I, third Hall switch 46 detects the signal of the second magnet steel 43, is sent to microprocessor 41, confirms under inner box 13
When being preferably minimized, at this point, inner box 13 is fallen on Weighing mechanism 2 completely, microprocessor 41 issues signal, motor to motor 31
31 stop operating, as shown in Figure 10；
J, microprocessor 41 reads the current weighing value G of weighing sensor 212, the calculating of microprocessor 41 material number n=G2‐
G1/G0, G0For the average value of prior calibrated single weight of material；
K, microprocessor 41 issues signal to motor 31, opens motor 31, and motor 31 drives inner box 13 to rise, and inner box 13 is de-
From Weighing mechanism 2；
L, the second Hall switch 45 detects the signal of the second magnet steel 43, is sent to microprocessor 41, and confirmation kernel is in
Highest order, microprocessor 41 issue signal to motor 31, and motor 31 stops operating, as shown in Figure 7；
M, microprocessor 41 shows material quantity by output equipment.
The utility model has the beneficial effects that
1) during drawer is weighed and counted, normal weighing Counts are able to achieve by elevating mechanism 3, and can make
Movable drawer 12 is separated with weighing sensor 21.
2) while realizing normal 12 function of drawer, by automatically controlling weighing sensor 21 and weighed amount object
Separation and contact, automatic peeling function of Lai Shixian during weighing.
3) it is realized by movable drawer 12 fixed form isolated with weighing sensor 21, the electricity of weighing sensor 21
Property connecting wire etc. without doing bend tension movement, the length of electric connection is lengthened without the stroke according to drawer 12.
4) being automatically separated and contacting for 12 inner box 13 of drawer and weighing sensor 21 is made by elevating mechanism 3, realizes nothing
Operator's execute-in-place is needed, function of really making an inventory automatically in real time is realized by teleinstruction.
Above-described is only some embodiments of the utility model.For those of ordinary skill in the art,
Without departing from the concept of the present invention, various modifications and improvements can be made, these belong to practical
Novel protection scope.
Claims (8)
1. material is weighed counting device automatically in drawer characterized by comprising
Drawer mechanism (1), including shell (11), drawer (12) and inner box (13), the inner box (13) are set to the drawer (12)
It is interior, the inner box (13) can the relatively described drawer (12) do free back and forth movement in the vertical direction, the drawer (12) sets
In in the shell, the drawer (12) is able to drive the inner box (13), and the relatively described shell does back and forth movement together, to stretch
The shell (11) or the retraction shell (11) out；
Weighing mechanism (2) is set on shell (11), and the Weighing mechanism (2) is set to the lower section of inner box (13), the inner box (13)
It can be seated when decline on the Weighing mechanism (2), the Weighing mechanism (2) can weigh to inner box (13)；
Elevating mechanism (3) is set on the shell (11), when the drawer (12) drive the inner box (13) to retract the shell
(11) when, the inner box (13) can be moved on the elevating mechanism (3), and the elevating mechanism (3) is able to drive in described
Box (13) is moved in the vertical direction；With,
Control mechanism (4), including the microprocessor (41) being connected and multiple testing agencies, multiple testing agencies set respectively
In in drawer mechanism (1) and elevating mechanism (3), the testing agency is able to detect the drawer mechanism (1), Weighing mechanism (2)
With the position of elevating mechanism (3) and motion state and will test result and be sent to microprocessor (41).
2. material is weighed counting device automatically in drawer according to claim 1, which is characterized in that the drawer mechanism
It (1) further include sliding rail (14), the sliding rail (14) is set on the shell (11), and the drawer (12) is equipped with sliding block, described
Sliding block can do back and forth movement along the sliding rail (14).
3. material is weighed counting device automatically in drawer according to claim 1, which is characterized in that the drawer mechanism
It (1) further include electric control lock (15), the electric control lock (15) is set on the shell (11), the electric control lock (15) and control mechanism
(4) it is electrically connected.
4. material is weighed counting device automatically in drawer according to claim 1, which is characterized in that the Weighing mechanism
(2) include:
Weighing sensor (21), the weighing sensor (21) are fixed on the bottom of the shell (11), the weighing sensor
(21) it is electrically connected with the control mechanism (4)；
Gasket (22), be located at weighing sensor (21) and weighing platform (23) and weighing sensor (21) and shell (11) it
Between；
Weighing platform (23), is fixed on the weighing end of weighing sensor (21), and inner box (13) can be fallen within when doing movement straight down
On weighing platform (23), the weighing platform (23) can weigh the weight of inner box (13) and material.
5. material is weighed counting device automatically in drawer according to claim 1, which is characterized in that the elevating mechanism
(3) include:
Power mechanism；
One end of slide unit (35), the slide unit (35) is connected with power mechanism, the other end of the slide unit (35) and connecting rod (36)
It is connected, the power mechanism is able to drive the slide unit (35) and carries out back and forth movement in direction in the horizontal direction；
One end of connecting rod (36), the connecting rod (36) is connected with slide unit (35), and the other end of the connecting rod (36) is connected to branch
On support (38), the slide unit (35) is able to drive the connecting rod (36) when moving and is moved in vertical direction；
Lifting platform (37) is connected with connecting rod (36), and the lifting platform (37) is set to the lower section of the inner box (13), the company
Bar (36) is able to drive the lifting platform (37) and is moved in the vertical direction, and the lifting platform (37) is configured to drive
The inner box (13) is moved in the vertical direction；
Support frame (38) is fixed on shell (11).
6. material is weighed counting device automatically in drawer according to claim 5, which is characterized in that the power mechanism packet
It includes:
Motor (31) is configured to provide power to entire elevating mechanism (3)；
Driving gear (32) is connected with the output end of motor (31)；
Driven gear (33) is engaged with driving gear (32)；
One end of swing rod (34), the swing rod (34) is connected with driven gear (33), the other end and slide unit of the swing rod (34)
(35) it is connected, the circular motion of driven gear (33) is converted to the horizontal rectilinear motion of slide unit (35).
7. material is weighed counting device automatically in drawer according to claim 5, which is characterized in that connecting rod (36) packet
First connecting rod (361) and second connecting rod (362) are included, one end of the first connecting rod (361) is connected with slide unit (35), and described
One end of two connecting rods (362) is connected with support frame (38), the other end and second connecting rod (362) of the first connecting rod (361)
The other end is hinged.
8. material is weighed counting device automatically in drawer according to claim 1, which is characterized in that testing agency's packet
It includes:
First magnet steel (42) is set to the tail portion of drawer (12)；
Second magnet steel (43): it is set on driven gear (33)；
First Hall switch (44): being electrically connected with microprocessor (41), for detecting the change in location of the first magnet steel (42)；
Second Hall switch (45): being electrically connected with microprocessor (41), for detecting the change in location of the second magnet steel (43)；
Third Hall switch (46): being electrically connected with microprocessor (41), for detecting the change in location of the second magnet steel (43).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821328998.8U CN208688640U (en) | 2018-08-16 | 2018-08-16 | Material is weighed counting device automatically in drawer |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821328998.8U CN208688640U (en) | 2018-08-16 | 2018-08-16 | Material is weighed counting device automatically in drawer |
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| Publication Number | Publication Date |
|---|---|
| CN208688640U true CN208688640U (en) | 2019-04-02 |
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ID=65885901
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821328998.8U Active CN208688640U (en) | 2018-08-16 | 2018-08-16 | Material is weighed counting device automatically in drawer |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109029670A (en) * | 2018-08-16 | 2018-12-18 | 江苏人先智能医疗有限公司 | Material is weighed counting device and method automatically in drawer |
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2018
- 2018-08-16 CN CN201821328998.8U patent/CN208688640U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109029670A (en) * | 2018-08-16 | 2018-12-18 | 江苏人先智能医疗有限公司 | Material is weighed counting device and method automatically in drawer |
| CN109029670B (en) * | 2018-08-16 | 2023-12-26 | 江苏人先智能医疗有限公司 | Automatic weighing and counting device and method for materials in drawer |
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