KR101885117B1 - Checking system of individual work amount for peeling bulbs and tubers - Google Patents

Abstract

The load of the peeled rhododendron housed in the peeled rhododendron housing member is automatically detected by the load cell member as the workload checking system including the peeled rhododendron housing member, the load cell member, and the control member is automatically detected, The load information is stored and processed in the control member, whereby the workload of each worker can be automatically and accurately checked.

Description

{Checking system of individual work amount for peeling bulbs and tubers}

The present invention relates to a workload checking system for bulbous peel individuals.

Eggplant refers to plants with eggplants, potatoes, sweet potatoes, and the like. Since these bulbous plants are extracted from the ground, washing and peeling of the bark are necessary for use as food.

As described above, the apparatus for peeling the shell of the bulbous shell is a bulbous bulb shell, and examples of conventional bulbous bulb shells are the following patent documents.

However, in the peeled rhizome of the peeled root by the rhizome peeling machine as described above, parts to be removed manually by the operator such as deep eyes and rotten parts still remain, and additional peeling work is required.

However, when the manual work by the operator is performed, the workload of each worker's peel-off work by the supervisor must be manually checked by each worker, so that the individual workload of the peel work can not be accurately counted and the workload is over- Which is a disadvantage of causing irregularities and conflicts.

Registration No. 10-0905389, Date of Registration: Jun. 23, 2009, Title of invention: Open No. 10-2011-0025292, Published on Mar. 3, 2011. Title of the invention: Cutting module and removing device using the same

It is an object of the present invention to provide a workload checking system for per-girth peeling individuals by which individual workloads of individual workers can be automatically and accurately checked.

According to one aspect of the present invention, the workload checking system for individual peel flow peels comprises peeled peel flowers containing peeled peel flow; A load cell member for sensing an accommodation load of the peeled bulbous housed in the peeled bulb-shaped housing member; And a control member for storing information on an acceptance load of the peeled bulbous feel sensed by the load cell member for each of the peely bulb-
Wherein the peelable nectary flow housing member comprises a housing member case in which the peeled rhinoceros can be housed, a floor panel that can be pivoted so that the peeled rhizome housed in the housing member case is inclined and inclined with respect to the housing member case, A floor panel pivoting means capable of pivoting the panel, and an opening capable of pivotally connecting to the receiving member case so as to be positioned above the floor panel, And a lid rotating means for rotating the lid,
Wherein when the load cell member is detected by the load cell member that the peeled bulbous stream is received on the floor panel at a predetermined capacity or more, the control member operates the floor panel rotating means such that the floor panel is inclined with respect to the receiving member case So that the peeled rhomboid stream laid on the floor panel can be discharged to the outside of the receiving member case,
Wherein when the lid is lowered on the floor panel with the lid opening of the receiving member case opened on the floor panel and the peeled rhizome is accommodated on the floor panel at a predetermined capacity or more, Wherein the cover member is rotated so as to cover the opening of the housing member case by operating the cover rotating means, and the control member operates the floor panel rotating means in a state in which the cover covers the opening of the housing member case, The floor panel is pivoted so as to be inclined with respect to the receiving member case so that the peeled rhododendrons laid on the floor panel are discharged to the outside of the housing member case and when the discharge of the peeled rhododendrons is completed by the load cell member Wherein the bottom panel The control member actuates the floor panel pivoting means and the control member actuates the cover pivoting means so that the lid opens the inlet of the receiving member case again with the floor panel in place, The lid covers the entrance of the housing member case when the lid is rotated and the lid is in the process of discharging the peeled rhizospheric flow, thereby preventing erroneous entry of the rhizome rhizome during the discharge process of the rhizomatic rhizome.

According to one aspect of the present invention, there is provided a workload checking system for a peel-type peeling individual, comprising: a peeling-and-peeling-type individual-work-amount-checking system including a peel- Is automatically sensed by the load cell member, and the sensed load information is stored and processed in the control member, whereby the workload of individual workers can be automatically and accurately checked.

FIG. 1 is a view showing the configuration of a workload checking system for a bulbous peeling individual according to a first embodiment of the present invention. FIG.
FIG. 2 is a sectional view showing a load cell member and a peeled bulb-shaped housing receiving member constituting a workload checking system for bulbous peel individuals according to a first embodiment of the present invention; FIG.
Fig. 3 is a sectional view showing a floor panel constituting the peel-like bulb-shaped housing receiving member shown in Fig. 2 being rotated to be inclined.
FIG. 4 is a sectional view showing a load cell member and a peeled bulb-shaped housing member constituting a workload checking system for bulbous peel individuals according to a second embodiment of the present invention; FIG.
FIG. 5 is a cross-sectional view showing a load cell member and a peeled bulb-shaped housing receiving member constituting a workload checking system according to a third embodiment of the present invention.
FIG. 6 is a sectional view showing a closed state of a peel-and-peel-flow housing member constituting a workload checking system for individual peel shell peeling individual according to a fourth embodiment of the present invention;
FIG. 7 is a sectional view showing a state in which a peeling-type bulbous-member housing member constituting a workload checking system according to a fourth embodiment of the present invention is opened.

Hereinafter, a workload checking system for individual peel strength peeling according to embodiments of the present invention will be described with reference to the drawings.

FIG. 1 is a view showing the construction of a workload checking system for individual peel strength peeling according to a first embodiment of the present invention. FIG. 2 is a view showing a load cell member constituting a workload checking system for a peel strength peeling individual according to a first embodiment of the present invention FIG. 3 is a cross-sectional view showing a state in which the bottom panel constituting the peelable bulb-shaped housing receiving member shown in FIG. 2 is rotated to be inclined.

1 to 3 together, the bulbous peel individual workload checking system 100 according to the present embodiment includes a peeler bulb current receiving member 160, a load cell member 150, and a control member 140 .

The workload checking system 100 includes a frame member 110, a feed conveyor 120, a peeled bulb feed conveyor 125, a sludge feed conveyor 130, and a display member 145 .

The frame member 110 includes a center frame 111 positioned at the center and a pair of side frames 115 positioned at both sides of the center frame 111.

The feeder conveyor 120, the peel-and-peel conveyor conveyor 125, and the sludge conveyor conveyor 130 are installed in the central frame 111 at different heights from the top. The display member 145 and the control member 140 may be located at the top of the central frame 111 or at other locations in the office.

The peel-like bulb-shaped current receiving member 160 and the load cell member 150 are placed in the respective side frames 115 for each worker. For example, when a plurality of workers sit on each of the side frames 115, the peeled bulky-current receiving member 160 and the load cell member 150 are placed for each worker.

The feed conveyor 120 is continuously conveyed while being put on a primary peeled flow while passing through a bulbous pulverizer or the like. Reference numeral 121 denotes a supply conveyor drive means such as an electric motor for operating the supply conveyor 120 and reference numeral 122 denotes a conveyor drive means such as an electric motor for driving the supply conveyor 120. In the supply conveyor 120, Is the supply path for the supply of the bulbous muscles.

The center frame 111 above the supply conveyor 120 is provided with a plurality of closure plates 136 and clipping plate operation means 135 such as an electric motor or a hydraulic cylinder capable of operating the closure plates 136, Respectively.

The blocking plate 136 is actuated by the blocking plate actuating means 135 so as to block or open the upper end of the feeding conveyor 120 by the blocking plate 136, When the upper end of the shielding plate 136 is blocked, the bulge flows conveyed along the supply conveyor 120 are transmitted to the worker through the bulbous gas supply conveyance passage 122 close to the cover plate 136, The feeder conveyor 120 is conveyed along the feed conveyor 120 without clogging.

The peel-guided transport conveyor 125 is peeled off by the operator, and the peel-like guiding stream received in the peel-free guiding element 160 is lifted and transported. Reference numeral 126 denotes a peeled rhizome conveyor driving means such as an electric motor for operating the peeled rhizome conveyance conveyor 125 and reference numeral 127 denotes a conveyor driving means for conveying the peeled rhizome conveying conveyor 125 from the peel- It is the path of the peeled rhizome transferring peeled rhizome.

The sludge conveying conveyor 130 is conveyed by sludge such as a shell formed by peeling the bulbous flow by an operator. Reference numeral 131 denotes a sludge transport conveyor drive means such as an electric motor for operating the sludge transport conveyor 130 and reference numeral 132 denotes a sludge transport conveyor drive means for driving the sludge transport conveyor 130 from the work table of each side frame 115 It is the sludge transfer passage to be transferred.

The load cell member 150 is placed on each workbench of each side frame 115 for each worker and the peeled organs-enclosing member 160 is lifted, Detects the receiving load of peeled bulbs.

The control member 140 stores information on the received load of the peeled rhododendrons detected by the load cell member 150 for each of the peeled rhododendronous housing members 160.

The peeled organs-containing member 160 contains peeled peeled rhododendrons and is placed one by one on each side frame 115 for each operator.

In detail, the peeled organs-containing member 160 includes a housing member case 161, a floor panel 165, and a floor panel pivoting means 166.

The receiving member case 161 is capable of receiving the peeled rhododendrons and the inlet for introducing the peeled rhododendrons finished by each operator is opened at the upper end of the receiving member case 161.

The floor panel 165 forms the bottom of the housing member case 161 and is supported by the housing member case 161 so that the peeled meandering stream housed in the housing member case 161 is laid on it and is tilted relative to the housing member case 161 You can.

The floor panel pivoting means 166 can pivot the floor panel 165 around the pivot shaft 167, and an electric motor or the like can be given as an example.

As shown in FIG. 2, the floor panel 165 generally has a flat bottom in the housing member case 161. When the floor panel rotating means 166 is operated, As shown in FIG. 6, the slope is formed so as to be inclined downward in the housing member case 161 toward the pebble leg-like flow path 127, so that the peeled rhizome placed on the floor panel 165 is rolled by its own weight So that it can be transferred to the peel-guided flow path 127.

The control member 140 actuates the floor panel pivoting means 166 when the load cell member 150 senses that the peeled rhizome stream is received on the floor panel 165 at a predetermined capacity or more, The floor panel 165 is pivoted so as to be inclined with respect to the receiving member case 161 so that the peeled rhododendrons laid on the floor panel 165 are discharged to the outside of the receiving member case 161, And then transferred to and transported to the peel-to-pean flow conveyor 125 through the bulb feed path 127.

The display member 145 displays information on an acceptance load of the peeled bulbous stream sensed by the load cell member 150.

The control member 140 calculates an accumulation value of the received load of the peeled guillotine flow sensed by the load cell member 150. The display member 145 displays the cumulative value, So that it can be recognized easily and accurately from the outside.

Hereinafter, the workload checking system 100 according to the present embodiment will be described with reference to the drawings.

The cover plate 136 corresponding to the worker closes the supply conveyor 120 according to the operator's request for supplying the bulbous gas so that the bulbous flow conveyed along the supply conveyor 120 is guided to the bulbous- ) To the operator.

When the worker completes the peeling work on the bulbous flow and puts it in the bulky bulb current housing member 160 of the bulbous bulb housing member 160, the load cell member 150 senses the load of the bulbous bulbous flow housed in the bulbous bulb current housing member 160 .

When the load cell member 150 senses that the capacity of the peeled bulb-like housing member 160 received by the load sensing unit is greater than a predetermined capacity, the control member 140 is moved to the bottom panel rotation The bottom panel 165 is pivoted so as to be inclined with respect to the receiving member case 161 so that the peeled rhomboid stream laid on the floor panel 165 is guided to the receiving member case 161 ).

The peeled bulbous flow thus discharged is transferred to and transported to the peel-guided flow conveyor 125 through the peel-guided flow conveyance passage 127.

On the other hand, the sludge removed by each worker in each workbench is transferred to the sludge conveying conveyor 130 along the sludge conveying passage 132 and separately conveyed.

As described above, since the bulky to-be-peel individual workload checking system 100 includes the peeler-like bulb-current receiving member 160, the load cell member 150, and the control member 140, the bulky bulb- ) Is automatically sensed by the load cell member 150 and the sensed load information is stored and processed in the control member 140 so that the workload of each worker's peel strength peeling individual is automatically So that it can be accurately checked.

Hereinafter, referring to the drawings, a description will be made of a workload checking system for individual peel strength peels according to other embodiments of the present invention. In carrying out these explanations, the description overlapping with the content already described in the first embodiment of the present invention described above will be omitted and omitted here.

FIG. 4 is a cross-sectional view showing a load cell member and a peeled rhizome holding member constituting a workload checking system according to a second embodiment of the present invention.

4, in this embodiment, the peeled bulb-shaped housing receiving member 260 further includes a lid 270 and a lid pivoting means 271.

The lid 270 is rotatably connected to the housing member case 261 so as to be positioned above the floor panel 265 so as to close an inlet through which the peeled rhizome can be introduced from the outside into the housing member case 261 It is.

The lid 270 can open and close the upper end of the receiving member case 261 when an inlet through which the peeled rhizome flows into the receiving member case 261 is formed at the upper end of the receiving member case 261 It is.

The lid pivoting means 271 can rotate the lid 270 around the pivot 272, and an electric motor or the like can be given as an example.

When the lid 270 is opened on the floor panel 265 with the inlet of the housing member case 261 opened, the peeled rhizome flows down on the floor panel 265, The control member operates the cover rotating means 271 so that the lid 270 is pivoted so as to close the opening of the receiving member case 261. [

As described above, in the state in which the cover 270 blocks the inlet of the receiving member case 261, the control member operates the floor panel rotating means 266 so that the floor panel 265 can be moved to the receiving member case 261, So that the peeled rhomboid stream laid on the floor panel 265 is discharged to the outside of the housing member case 261.

As described above, when the discharging of the peeled bulbous nuts is completed and the inside of the housing member case 261 is empty and the load cell member 250 senses that the floor panel 265 is retracted, The panel rotation means 266 is operated.

As described above, in the state where the floor panel 265 is retracted, the control member operates the cover rotating means 271 so that the cover 270 opens the mouth of the receiving member case 261 again.

When the floor panel 265 is rotated in an inclined manner to cover the entrance of the housing member case 261 in the process of discharging the peeled rhizome, It is possible to prevent a phenomenon that the peeled bulbous flow is erroneously injected by the operator during the process.

FIG. 5 is a cross-sectional view showing a load cell member and a peeled rhizome holding member constituting a workload checking system for a rhizome peeling individual according to a third embodiment of the present invention.

Referring to FIG. 5, in this embodiment, the voluntary workload checking system of the bulbous peel peels includes an anti-stroke member 380.

The pushing prevention member 380 is a member for pushing the load cell member 350 and the peelable bulky-current receiving member (not shown) by an external force, for example, an external force arbitrarily pressed by an operator, 360 so as to prevent any one of the load cell member 350 and the peel-like bulb-shaped member 360 from being pressed.

The pushing member 380 includes a side cover 381 formed to cover the side surface of the load cell member 350 and formed at a predetermined height and a side cover 381 bent at the side cover 381, An upper surface cover 382 covering the upper surface of the receiving member case 361 and covering the upper surface of the receiving member case 361 and an inner surface of the receiving member case 361, And an inner cover 383 disposed to be spaced apart from each other.

The side cover 381 may be coupled to the side surface of the load cell member 350.

The load cell member 350 and the pea grained neural housing member 360 are covered with the pushing member 380 so that the operator can easily grasp the load cell member 350 and the peel- The user can not apply any external force, for example, by arbitrarily pressing the push button 360, thereby enabling the capacity of the peeled bulb to be detected more accurately.

FIG. 6 is a cross-sectional view showing a closed state of a peeling-type bulbous-member housing member constituting a bulbous individual peeling individual workload checking system according to a fourth embodiment of the present invention, FIG. 7 is a cross- Sectional view showing a state in which the peeling-type bulbous-member housing member constituting the system is opened.

6 and 7 together, in the present embodiment, the peeled organs-containing member 460 includes a housing member case 461 in which peeled rhizome can be accommodated, A floor panel 465 on which a bulbous rope is laid and which is inclined with respect to the receiving member case 461 and a space in which the bulky rhododendrons are accommodated together with the receiving member case 461 and the floor panel 465 , A receiving member door (490) capable of closing the receiving member case (461) and capable of opening the receiving member case (461) so that the peeled bulb flow contained in the receiving member case (461) And door rotating means 495 such as an electric motor capable of rotating the housing member door 490 with respect to the housing member case 461. [

The bottom panel 465 is formed to be inclined so as to be gradually lowered toward the peeled rhizosphere feed passage 427.

The peeling meandering flow conveyance passage 427 side of the receiving member case 461 is opened and the receiving member case 490 is opened so that the receiving member case 461 can open and close the opened portion of the receiving member case 461. [ 461, respectively.

The door pivoting means 495 is a pneumatic / hydraulic cylinder, and its cylinder portion is rotatably connected to the receiving member case 461, and the piston portion thereof is pivotally connected to the receiving member door 490.

When the load cell member 450 detects that the peeled bulb flows are received on the floor panel 465 at a predetermined capacity or more, the control member operates the door rotating means 495, The receiving member door 490 is pivoted to open the receiving member case 461 by pushing the receiving member door 490 while the door rotating means 495 is extended, The peeled rhombohedrons may be discharged toward the peeled rhizosphere transfer passage 427 outside the housing member case 461. [

After the discharge is completed, the control member causes the door rotation means 495 to operate in reverse, and the door rotation means 495 is contracted to pull the accommodation member door 490, whereby the accommodation member door 490 Can be pivoted so as to close the receiving member case 461.

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it will be understood by those of ordinary skill in the art that various changes in form and detail may be made therein without departing from the spirit and scope of the invention as defined by the following claims And can be changed. However, it is intended that the present invention covers the modifications and variations of this invention provided they come within the scope of the appended claims and their equivalents.

INDUSTRIAL APPLICABILITY According to one aspect of the present invention, the workload checking system of the present invention is highly likely to be industrially applicable since the workload of individual workers can be automatically and accurately checked.

100: Peeling of the bulbous plants Individual workload checking system
110: frame member
120: Feed conveyor
125: Peeled bulb feed conveyor
130: Sludge conveying conveyor
140: control member
145: absence of display
150: load cell member
160: Peeled organs-bearing member

Claims (7)

A peeled tubular current receiving member in which the peeled peeled tuberous root flows; A load cell member for sensing an accommodation load of the peeled bulbous housed in the peeled bulb-shaped housing member; And a control member for storing information on an acceptance load of the peeled bulbous feel sensed by the load cell member for each of the peely bulb-
Wherein the peelable nectary flow housing member comprises a housing member case in which the peeled rhinoceros can be housed, a floor panel that can be pivoted so that the peeled rhizome housed in the housing member case is inclined and inclined with respect to the housing member case, A floor panel pivoting means capable of pivoting the panel, and an opening capable of pivotally connecting to the receiving member case so as to be positioned above the floor panel, And a lid rotating means for rotating the lid,
Wherein when the load cell member is detected by the load cell member that the peeled bulbous stream is received on the floor panel at a predetermined capacity or more, the control member operates the floor panel rotating means such that the floor panel is inclined with respect to the receiving member case So that the peeled rhomboid stream laid on the floor panel can be discharged to the outside of the receiving member case,
Wherein when the lid is lowered on the floor panel with the lid opening of the receiving member case opened on the floor panel and the peeled rhizome is accommodated on the floor panel at a predetermined capacity or more, Wherein the cover member is rotated so as to cover the opening of the housing member case by operating the cover rotating means, and the control member operates the floor panel rotating means in a state in which the cover covers the opening of the housing member case, The floor panel is pivoted so as to be inclined with respect to the receiving member case so that the peeled rhododendrons laid on the floor panel are discharged to the outside of the housing member case and when the discharge of the peeled rhododendrons is completed by the load cell member Wherein the bottom panel The control member actuates the floor panel pivoting means and the control member actuates the cover pivoting means so that the lid opens the inlet of the receiving member case again with the floor panel in place, When the peeled rhododendrons are rotated and the rhododendrons are in the process of being ejected, the lid covers the entrance of the housing member case so that erroneous entry of the peeled rhododendrons during the ejection process of the peeled rhododendrons can be prevented. Checking system. delete delete The method according to claim 1,
The bulbous peel individual workload checking system
And a pushing member for covering the load cell member and the peeled bulb-shaped housing receiving member so that any pressing of the load cell member and the bulky bulb-shaped housing receiving member by an external force other than the receiving load of the peeled bulb- Featuring a unique workload checking system for bulky peelings. 5. The method of claim 4,
The pressure-
A side cover formed at a predetermined height while covering a side surface of the load cell member,
A top cover bent from the side cover to cover the load cell member and the housing member case;
And an inner cover bent from the top cover toward the inside of the housing member case and spaced apart from the inner wall of the housing member case by a predetermined distance. The method according to claim 1,
The bulbous peel individual workload checking system
And a display member for displaying information on an acceptance load of the peeled guillotine flow sensed by the load cell member. The method according to claim 1,
The peeled bulb-
A housing member case in which the peeled rhizome can be housed,
A bottom panel formed to be sloped with respect to the housing member case;
The receiving member case may be closed so as to provide a space in which the peeled rhizome can be received together with the receiving member case and the floor panel, A housing member door capable of opening the case,
And a door rotating means capable of rotating the housing member door relative to the housing member case,
When the load cell member is sensed by the load cell member that the peeled bulbous flow is received on the floor panel at a predetermined capacity or more, the control member operates the door pivoting means so that the receiving member door rotates So that the peeled rhododendrons placed on the floor panel can be discharged to the outside of the housing member case.

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