DE202019105769U1 - Industrial quantitative packaging weighing device - Google Patents

Abstract

An industrial quantitative packaging weighing apparatus comprising a filler tank (1), characterized in that above the filler tank (1) there is provided a feed track (2), at one end of the feed track (2) there being provided a stop plate (4), below the filler tank (1) a storage container (8) is provided, wherein below the storage container (8) a packaging crawler (5) is provided, wherein in each case a Übertragungsstragrolle (3) within the feed track (2) and the packaging crawler (5) is arranged, wherein a End of the packaging crawler (5) is provided with a control box (9), the outer surface of the control box (9) is provided with a data display screen (16), and a control button (17) is disposed below the data display screen (16); 1) comprises a secondary supply chamber (12) and a main supply chamber (13), wherein on an outer side of the Hauptzufuhrka (13) a partition plate (7) is arranged, and first movable baffle plates (6) above the partition plate (7) are arranged, wherein two first movable baffle plates (6) are present, and the bottom of the secondary supply chamber (12) with a second wherein inside the storage container (8) an induction plate (19) is provided and the bottom of the induction plate (19) is provided with spring bars (10), wherein two spring bars (10) are present and a gravity sensor ( 11) is disposed at the bottom of the spring bars (10), wherein a movable discharge plate (15) is disposed on the outer surface of one side of the storage container (8).

Description

Technical area

The invention relates to the technical field of weighing instruments, in particular to an industrial quantitative packaging weighing instrument.

State of the art

The weighing instrument, also referred to as a weighing display controller, is an electronic system that converts the load cell signal (or again via the weight transmitter) into a weight digital representation and stores, counts and prints the weight data. This weighing instrument is often used for automatic dosing and weighing in industrial and agricultural production to improve production efficiency. The technical parameters of the package weighing instrument are as follows: This controller can handle many types of quantitative scales, e.g. B. Bucket pack weigher, Bucketless packing weigher, Gap type flow accumulation weigher, Double bucket weigher, Tons packing weigher with intermediate bag, Weighing valve, filling weigher, etc., control. The meter has the timing control function for feeding, fast feeding, medium feeding, fine feeding, unloading, clamping and loosening the bag, hitting the bag, etc., thus eliminating the external program generator and the behavior of the timing control of the quantitative balance can be significantly improved.

However, while using the existing industrial packaging meters, some error may occur under the influence of the fill rate. Therefore, the existing requirements are not met and an industrial quantitative packaging weighing instrument is proposed.

Brief description of the invention

The object of the invention is to provide an industrial quantitative packaging weighing apparatus in order to solve the problem posed in the above prior art that during the use of the industrial packaging measuring device some error may occur under the influence of the filling rate.

In order to achieve the above object, the present invention proposes the following technical solutions: An industrial quantitative packaging weighing apparatus comprising a filler tank, wherein a feed track is provided above the filler tank, a stop plate being provided at one end of the feed track; wherein a reservoir is provided below the filler tank, wherein below the reservoir, a packing track is provided; wherein each one transferring roller is disposed within the feeding track and the packing track, one end of the packing track is provided with a operation box, the outer surface of the operation box is provided with a data display screen, and a control button is disposed below the data display screen, the filler tank having a secondary supply chamber and a A main supply chamber, wherein a partition plate is disposed on an outer side of the main supply chamber, and first movable baffles are disposed above the partition plate, two first movable baffle plates are provided, and the bottom of the secondary supply chamber is provided with a second movable baffle plate; wherein inside the reservoir, an induction plate is provided and the bottom of the induction plate is provided with spring bars, wherein two spring bars are provided and a gravity sensor is arranged at the bottom of the spring bars; wherein a movable discharge plate is disposed on the outer surface of one side of the storage container.

Preferably, it is provided that the input ends of the feed track and packing track are connected to the output end of a central control module, the output end of the central control module is connected to the input ends of the first movable flapper, the second movable flapper and the movable discharge plate, and the input end of the central one Control module is connected to the output end of the gravity sensor.

It is preferably provided that the model of the gravity sensor YHLF- 4B is, and the Zufuhrgleichkette and the stop plate are connected by the transfer roller.

Preferably, it is provided that the partition plate is slidably connected via a rail to the first movable baffle plate, and the second movable baffle plate is slidably connected to the filler tank via a rail.

It is preferably provided that the filler tank is welded to the reservoir, and the induction plate is connected via the spring rod with the gravity sensor.

Preferably, it is provided that the gravity sensor is in screw connection with the filler tank, and the reservoir and the movable discharge plate are rotatably connected by a rotary shaft.

1. 1. Bei der vorliegenden Erfindung wird durch die Sekundärzufuhrkammer und die Hauptzufuhrkammer innerhalb des Füllstofftanks die Verpackungsabfüllung abschnittsweise gesteuert, wodurch die Genauigkeit der gesamten Verpackungsqualität sichergestellt wird. Während des Verpackens öffnet sich die erste bewegliche Prallplatte oberhalb der Hauptzufuhrkammer, der Füllstoff fällt in die Hauptzufuhrkammer und anschließend fällt von der Hauptzufuhrkammer direkt in den Vorratsbehälter darunter. Das Schwerkraftmessgerät im Vorratsbehälter führt die Gewichtserfassung durch. Wenn sich der Wert dem eingestellten Standard nähert, wird die erste bewegliche Prallplatte geschlossen. Zu diesem Zeitpunkt fällt der Füllstoff entlang der ersten beweglichen Prallplatte in die Sekundärzufuhrkammern auf beiden Seiten, und gleichzeitig das Steuergerät verringert die Übertragungsgeschwindigkeit der Zufuhrgleiskette, und die zweite bewegliche Prallplatte unterhalb der Sekundärzufuhrkammer wird langsam geöffnet, so dass der Füllstoff langsam in den Vorratsbehälter fällt. Wenn der festgelegte Wert erreicht ist, wird die zweite bewegliche Prallplatte geschlossen, um den Materialtransport vollständig zu stoppen, und gleichzeitig die bewegliche Abfuhrplatte auf einer Seite des Vorratsbehälters wird nach oben gedreht und geöffnet, damit der Füllstoff auf die Verpackungsgleiskette fällt. Dieses Verfahren kann die Zugabemenge des Füllstoffs genau steuern und den Fehler vermeiden, der durch die direkte Zufuhr der Verpackung verursacht wird.

Compared to the prior art, the advantageous effects of the invention are:

1. 1. In the present invention, by the secondary supply chamber and the main supply chamber within the filler tank, the packaging filling is controlled in sections, whereby the accuracy of the entire packaging quality is ensured. During packaging, the first movable baffle opens above the main feed chamber, the filler falls into the main feed chamber and then falls from the main feed chamber directly into the reservoir below. The gravity gauge in the reservoir performs the weight detection. When the value approaches the set standard, the first movable flapper is closed. At this time, the filler falls along the first movable baffle plate into the secondary feed chambers on both sides, and at the same time the controller reduces the transferring speed of the feed cradle, and the second movable baffle plate below the secondary feed chamber is slowly opened so that the filler slowly falls into the storage container. When the set value is reached, the second movable flapper is closed to completely stop the material transport, and at the same time, the movable discharge plate on one side of the reservoir is turned up and opened to drop the filler onto the package crawler. This method can accurately control the addition amount of the filler and avoid the error caused by the direct supply of the package.

Brief description of the drawings

• 1 is an overall front view of the invention;
• 2 Figure 3 is a schematic view of the overall deployment effect of the invention;
• 3 is a control flow diagram of the invention.

LIST OF REFERENCE NUMBERS

1. filler tank; 2. Feed crawler; 3. transfer role; 4th stop plate; 5. packing track; 6. first movable flapper; 7. separation plate; 8. storage container; 9. actuation box; 10. spring bars; 11. gravity sensor; 12. secondary supply chamber; 13, main supply chamber; 14. second movable flapper; 15. movable discharge plate; 16. Data display screen; 17. Control key; 18. central control module; 19. induction plate

Description of the preferred embodiments

The technical solutions in the embodiments of the invention will be described below in conjunction with the drawings in the embodiments of the invention clearly and completely. It is obvious that the described embodiments are only part of the embodiments of the invention and not all embodiments.

With reference to 1 to 3 For example, the invention provides an embodiment: An industrial quantitative packaging weighing instrument comprising a filler tank 1 , being above the filler tank 1 a feeder crawler 2 is provided, wherein at one end of the feed track 2 a stop plate 4 is provided; being below the filler tank 1 a storage container 8th is provided, wherein below the reservoir 8th a packing track 5 is provided; each one transmission transfer role 3 inside the feed crawler 2 and the packaging track 5 is arranged, with one end of the packaging crawler with a control box 9 is provided, the outer surface of the control box 9 with a data display screen 16 is provided, and a control key 17 below the data display screen 16 is arranged; the filler tank 1 a secondary supply chamber 12 and a main supply chamber 13 comprising, wherein on an outer side of the main supply chamber 13 a partition plate 7 is arranged, and first movable baffles 6 above the partition plate 7 are arranged, wherein two first movable baffles 6 are present, and the bottom of the secondary feed chamber 12 with a second movable flapper 14 is provided; being inside the reservoir 8th an induction plate 19 is provided and the bottom of the induction plate 19 with spring bars 10 is provided, with two spring bars 10 are present and a gravity sensor 11 at the bottom of the spring bars 10 is arranged, wherein a movable discharge plate 15 on the outer surface of one side of the reservoir 8th is arranged to control the packaging and delivery of the filler.

It is further provided that the input ends of the feed track 2 and the packaging track 5 to the output end of a central control module 18 are connected, the output end of the central control module 18 with the input ends of the first movable flapper 6 , the second movable flapper 14 and the movable discharge plate 15 connected, and the input end of the central control module 18 with the output end of the gravity sensor 11 connected is.

Furthermore, it is provided that the model of the gravity sensor 11 YHLF- 4B is, and the feed equal chain 2 and the stop plate 4 through the transfer role 3 are connected to prevent the filler from leaking

It is further provided that the partition plate 7 over a rail with the first movable flapper 6 slidably connected, and the second movable flapper 14 over a rail with the filler tank 1 is slidably connected.

It is further provided that the filler tank 1 with the reservoir 8th is welded, and the induction plate 19 over the spring bar 10 with the gravity sensor 11 connected to monitor the weight

It is further provided that the gravity sensor 11 with the filler tank 1 is in screw connection, and the reservoir 8th and the movable discharge plate 15 are rotatably connected by a rotary shaft.

Working Principle: In use, when packing, the packing filler becomes from the feed caterpillar 2 transported, and when the filler in the filler tank 1 falls, opens the first moving flapper 6 above the main feed chamber 13 , the filler falls into the main feed chamber 13 and then falls off the main feed chamber 13 directly into the storage container 8th underneath. The filler falls into the induction plate 19 in the storage container 8th and the total mass of the filler is determined by the interaction of the spring rod 10 and the gravity sensor 11 detected. When the value approaches the set standard, the first movable flapper becomes 6 closed. At this time, the filler falls along the first movable flapper 6 into the secondary feed chambers 12 on both sides, and at the same time the controller reduces the transmission speed of the feed crawler, and the second movable flapper 14 below the secondary supply chamber 12 is slowly opened so that the filler slowly into the reservoir 8th falls. When the gravity sensor 11 detects that the set value is reached becomes the second movable flapper 14 closed to stop the material transport completely, and at the same time the movable discharge plate 15 on one side of the reservoir 8th is turned upwards and opened so that the filler on the packaging crawler 5 falls. This method can accurately control the addition amount of the filler and avoid the error caused by the direct supply of the package.

It will be apparent to those skilled in the art that the present invention is not limited to the details of the exemplary embodiments described above, and the present invention may be implemented in other specific forms without departing from the spirit or essential characteristics of the present invention. Therefore, the embodiments should be considered in all respects as illustrative and not restrictive. The scope of the invention is defined by the appended claims rather than by the above description. All changes that fall within the meaning and scope of the equivalents of the claims should therefore be included in the invention. All references in the claims should not be construed as limiting the protection claim.

Claims (6)

An industrial quantitative packaging weighing apparatus comprising a filler tank (1), characterized in that above the filler tank (1) there is provided a feed track (2), a stop plate (4) being provided at one end of the feed track (2); wherein below the filler tank (1) a reservoir (8) is provided, wherein below the reservoir (8) a packaging track (5) is provided; wherein one transferring roller (3) is disposed within each of the feeder track (2) and the packing track (5), one end of the packing track (5) being provided with an operation box (9), the outside surface of the operation box (9) having a data display screen (Fig. 16), and a control key (17) is disposed below the data display screen (16); wherein the filler tank (1) comprises a secondary supply chamber (12) and a main supply chamber (13), wherein on a outside of the main supply chamber (13) a partition plate (7) is arranged, and first movable baffle plates (6) above the partition plate (7) wherein there are two first movable baffles (6), and the bottom of the secondary feed chamber (12) is provided with a second movable baffle plate (14); wherein inside the storage container (8) an induction plate (19) is provided and the bottom of the induction plate (19) is provided with spring rods (10), wherein two spring rods (10) are present and a gravity sensor (11) at the bottom of the spring rods ( 10) is arranged; wherein a movable discharge plate (15) is disposed on the outer surface of one side of the storage container (8). Industrial quantitative packaging weighing instrument Claim 1 characterized in that the input ends of the feed track (2) and the packing track (5) are connected to the output end of a central control module (18), the output end of the central one Control module (18) is connected to the input ends of the first movable baffle plate (6), the second movable baffle plate (14) and the movable discharge plate (15), and the input end of the central control module (18) connected to the output end of the gravity sensor (11) is. Industrial quantitative packaging weighing instrument Claim 1 characterized in that the model of the gravity sensor (11) is YHLF-4B, and the feed equal chain (2) and the stopper plate (4) are connected by the transfer roller (3). Industrial quantitative packaging weighing instrument Claim 1 characterized in that the partition plate (7) is slidably connected to the first movable baffle plate (6) via a rail, and the second movable baffle plate (14) is slidably connected to the filler tank (1) via a rail. Industrial quantitative packaging weighing instrument Claim 1 , characterized in that the filler tank (1) is welded to the reservoir (8), and the induction plate (19) via the spring rod (10) with the gravity sensor (11) is connected. Industrial quantitative packaging weighing instrument Claim 1 characterized in that the gravity sensor (11) is in screw connection with the filler tank (1), and the reservoir (8) and the movable discharge plate (15) are rotatably connected by a rotary shaft.

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