CN212228199U - Dynamic livestock scale - Google Patents

Abstract

The utility model discloses a developments livestock scale can weigh out the weight of every livestock by the dynamic, realizes the breed that becomes more meticulous, and the technical scheme of adoption is: the utility model provides a developments livestock scale, base including a plurality of independent distributions, the equidistant row of a plurality of base style of calligraphy is opened, connect through spacing buckle board between the adjacent base and fix together, all be provided with a carrier single weighing platform on every base, be provided with weighing module between carrier single weighing platform and the base, the both sides of every carrier single weighing platform all set up the side limiting plate, the lower extreme of two corresponding side limiting plates on every carrier single weighing platform all connects on carrier single weighing platform, the upper end is passed through the connecting rod and is connected together fixedly, only allow a livestock to pass through between two carrier single weighing platforms, all be connected with control panel electricity between a plurality of weighing module, the data of weighing module collection will pass through the weight collection of every livestock of carrier single weighing platform through the calculation mode that chip or the PLC module that set up in control panel predetermine.

Description

Dynamic livestock scale

Technical Field

The utility model relates to a developments livestock scale belongs to livestock scale technical field.

Background

According to data published by the statistical bureau, the annual end livestock stock quantity of domestic livestock (including cattle, horses, donkeys, mules, camels and the like) in 2017 is 11576.7 ten thousands, wherein the annual end livestock stock quantity of cattle is 10382.97 thousands, and the annual end livestock stock quantity of horses is 526.91; the number of the livestock of donkey at the end of the year is 447.48 ten thousands, and the livestock of sheep and pig are more huge. The weighing of livestock is generally carried out in a living body state, the weighing difficulty is high, and the accuracy is not high. Therefore, livestock are weighed by a man-holding mode in ordinary farms and epidemic prevention stations. This type of weighing is not only time consuming and laborious, but also results in larger errors in weighing larger animals like pigs, cattle, horses and donkeys. There is a need for a practical weighing apparatus that addresses the weighing and sorting of large animals of this type.

With the rapid development of animal husbandry in China, the requirements for refinement, scale and standardization of the breeding industry are higher and higher. The industry production chain industry solution taking the real-time weight of the livestock living body as a production index becomes the first choice of vast farmers, and the dynamic livestock scale is used as a high-efficiency tool for weighing the livestock living body and is the core detection tool of the solution.

SUMMERY OF THE UTILITY MODEL

The utility model overcomes the deficiencies in the prior art, a dynamic livestock scale is provided, the weight of every livestock can be weighed out dynamically, realize the breed that becomes more meticulous.

In order to solve the technical problem, the utility model discloses a technical scheme be: a dynamic livestock scale comprises a plurality of bases which are independently distributed, the bases are arranged in a straight line shape at equal intervals, adjacent bases are connected and fixed together through a limiting buckle plate, each base is provided with a load carrier single weighing platform, weighing modules are arranged between the single weighing platforms of the loader and the base, side limiting plates are arranged on two sides of each single weighing platform of the loader, the lower ends of two corresponding side limiting plates on each single weighing platform of the loader are connected with the single weighing platforms of the loader, the upper ends of the two corresponding side limiting plates are connected and fixed together through a connecting rod, only one livestock is allowed to pass through between the two single weighing platforms of the loader, and a plurality of weighing modules are electrically connected with the control panel, the data collected by the weighing module is used for collecting the weight of each livestock passing through the single weighing platform of the loader in a calculation mode preset by a chip or a PLC module arranged in the control panel.

Every the base bottom all is provided with the gyro wheel, gyro wheel axial perpendicular to side limiting plate sets up.

Be provided with signal collector on arbitrary one or more in single weighing platform of loader, side limiting plate and the connecting rod, signal collector can match read out the information that sets up the electronic identity number plate on the livestock body, matches the livestock weight correspondence of weighing through the built-in chip of control panel or PLC module with the electronic identity number plate.

The two side limiting plates are matched with the connecting rod to form a rectangular channel cover, and the large end of the rectangular channel cover is arranged below the connecting rod.

The distance between the single weighing platforms of the loader is more than or equal to 3 mm.

Compared with the prior art, the utility model beneficial effect who has is: in order to ensure the accurate weighing of the sheep by the single weighing platform 3 of the carrier, the side limiting plate 5 of the utility model is designed to allow only one sheep to pass through each time, in addition, in the embodiment, the three carrier single weighing platforms 3 are limited in height and width, so that only a single sheep is allowed to pass through each time, the weighing module 4 at the bottom of the carrier single weighing platform 3 is responsible for recording the weight of the sheep passing through, when the bearing is started, the front sheep and the rear sheep are separated by a certain distance through limiting and shunting, so that the front sheep enters the next weighing platform, the rear sheep enters the front weighing platform, then the average value of each sheep is calculated by the chip or the PLC module, and the average value is correspondingly recorded by combining the electronic identification number plate 10 of each sheep, so that the weight change of the sheep can be visually and correspondingly seen, the change of the growth condition of the livestock can be accurately mastered in the large-scale culture process, and the livestock can be fed more finely.

Drawings

The present invention will be further described with reference to the accompanying drawings.

Fig. 1 is a schematic structural diagram of the present invention.

Fig. 2 is a side view of the present invention.

Fig. 3 is a top view of the present invention.

Fig. 4 is a signal transmission block diagram of the present invention.

Fig. 5 is a usage state diagram of the present invention.

In the figure: the device comprises a base 1, a weighing module 2, a bearing device 3, a single weighing platform 4, a weighing module 5, a side limiting plate 6, a connecting rod 7, a control panel 7, rollers 8, a signal collector 9 and an electronic identity number plate 10.

Detailed Description

As shown in fig. 1-5, the utility model relates to a developments livestock scale, base 1 including a plurality of independent distributions, it is a plurality of base 1 style of calligraphy is equidistant to be arranged, and is adjacent connect together fixedly between the base 1 through spacing buckle board 2, every all be provided with a loader single weighing platform 3 on the base 1, be provided with weighing module 4, every between loader single weighing platform 3 and the base 1 the both sides of loader single weighing platform 3 all set up side limiting plate 5, every the lower extreme of two corresponding side limiting plate 5 on loader single weighing platform 3 all connects on loader single weighing platform 3, and the upper end is passed through connecting rod 6 and is connected together fixedly between 3 only allow a livestock to pass through between the loader single weighing platform 3, all is connected with control panel 7 electricity between a plurality of weighing modules 4, the data of weighing module 4 collection will be through the preset calculation mode of chip or PLC module that sets up in control panel 7 through loader single weighing platform The weight of each animal of the station 3 is collected.

Every base 1 bottom all is provided with gyro wheel 8, 8 axial perpendicular to side limiting plate 5 settings of gyro wheel.

Be provided with signal collector 9 on arbitrary one or more in carrier single weighing platform 3, side limiting plate 5 and the connecting rod 6, the information of reading out the electronic identification number tablet 10 that sets up on the livestock body that signal collector 9 can match matches, matches the livestock weight correspondence of weighing with electronic identification number tablet 10 through the built-in chip of control panel 7 or PLC module.

The two side limiting plates 5 are matched with the connecting rod 6 to form a rectangular channel cover, and the large end of the rectangular channel cover is arranged below.

The distance between the single weighing platforms 3 of the loader is more than or equal to 3 mm.

The utility model discloses a theory of operation: after peripheral equipment is set up, the sheep are only sent into the corridor. A weighing platform is erected in the channel, and a light curtain device is arranged in the weighing direction of the weighing platform. When a sheep passes through the light curtain to be loaded on the weighing platform, the system can automatically judge whether the sheep is loaded on the weighing platform completely through the signal returned by the light curtain equipment, and the electronic weighing instrument is controlled to further process the real-time signal collected by the current sensor signal processor.

When the signal is uploaded, the sensor signal processor can automatically convert the received analog quantity signal into a digital quantity signal for the weighing instrument to use.

The weighing instrument receives a return signal of the sensor signal processor, and starts the operation process of weighing data after judging that the sheep is completely weighed according to the light curtain signal.

Firstly, a weighing instrument preprocesses discrete signals returned by a sensor signal processor, namely clutter signal noise generated by sheep gait, power frequency power supply and other external interference is removed by utilizing the principle based on Fast Fourier Transform (FFT), and a signal waveform generated by a sensor is extracted to be used as a basis for weight calculation; secondly, the weighing instrument performs weighing calculation according to the extracted signal waveform. Judging a sensor stable signal wave band interval which can be used for calculation by referring to certain upper and lower scale thresholds and light curtain signals, carrying out integral operation on the weight displayed by the wave band, calculating the total cumulant in the measuring process, and taking the calculated average value as the weight data of the sheep; and finally, further processing the obtained weight data, namely performing transcoding, displaying and other operations on the calculated data so as to facilitate the reading of operators. At this point, a weighing process is completed.

For the obtained weight data, the system can select whether to further upload the upper equipment or only display the weight data on the instrument screen in real time according to actual needs.

The utility model discloses use the flocks of sheep as the example, explain, all hang and be equipped with electron identity number plate 10 on every sheep, electron identity number plate 10 is the little card of built-in chip, fixes through holing on the sheepear and hangs and establish, for the growth law of statistics flocks of sheep, regularly lets the flocks of sheep loop through the utility model discloses, register the weight of every sheep, can audio-visual weight change situation of seeing single sheep, realize refined feeding.

In order to ensure the accurate weighing of the sheep by the single weighing platform 3 of the carrier, the side limiting plate 5 of the utility model is designed to allow only one sheep to pass through each time, in addition, in the embodiment, the three carrier single weighing platforms 3 are limited in height and width, so that only a single sheep is allowed to pass through each time, the weighing module 4 at the bottom of the carrier single weighing platform 3 is responsible for recording the weight of the sheep passing through, when the bearing is started, the front sheep and the rear sheep are separated by a certain distance through limiting and shunting, so that the front sheep enters the next weighing platform, the rear sheep enters the front weighing platform, then the average value of each sheep is calculated by the chip or the PLC module, and the average value is correspondingly recorded by combining the electronic identification number plate 10 of each sheep, so that the weight change of the sheep can be visually and correspondingly seen, the change of the growth condition of the livestock can be accurately mastered in the large-scale culture process, and the livestock can be fed more finely.

The utility model discloses developments livestock electronic scale is the portable livestock scale of special design for livestock breeding industry, slaughtering the trade. This type of balance adopts two sets of discrete lightweight weighing platforms, and convenient and fast removes, can be used for the swing to weigh, various applications such as animal growth detection, even under extremely abominable dust and moist water-washed environment, still can accurately weigh and reliably stably use for a long time.

The bucket arch type force transmission structure is matched with two high-precision single-point weighing sensors and a unique dynamic animal weighing algorithm, so that even if a living animal moves on the scale, the living animal can still be accurately metered. Unique light curtain system can realize the continuous weighing of sheep, has improved the work efficiency of system greatly.

The protection grade of the IP65 can completely adapt to the severe working field environment; the weighing platform with the high-strength steel structure and the weighing sensor capable of bearing ten thousand fatigue tests can ensure the accuracy and reliability of weighing data in long-term use.

The embodiments of the present invention have been described in detail with reference to the accompanying drawings, but the present invention is not limited to the above embodiments, and various changes can be made without departing from the spirit of the present invention within the knowledge of those skilled in the art.

Claims (5)

1. A dynamic livestock scale is characterized by comprising a plurality of bases (1) which are independently distributed, wherein the bases (1) are arranged in a straight line shape at equal intervals, the bases (1) which are adjacent are fixedly connected together through a limiting buckle plate (2), each base (1) is provided with a single carrier weighing platform (3), weighing modules (4) are arranged between the single carrier weighing platforms (3) and the bases (1), the two sides of each single carrier weighing platform (3) are respectively provided with a side limiting plate (5), the lower ends of two corresponding side limiting plates (5) on each single carrier weighing platform (3) are respectively connected to the single carrier weighing platforms (3), the upper ends of the two single carrier weighing platforms (3) are fixedly connected together through a connecting rod (6), only one livestock is allowed to pass through the two single carrier weighing platforms (3), and the weighing modules (4) are electrically connected with a control panel (7), the data collected by the weighing module (4) is used for collecting the weight of each livestock passing through the single weighing platform (3) of the loader in a calculation mode preset by a chip or a PLC module arranged in the control panel (7).

2. The dynamic livestock scale of claim 1, wherein said base (1) is provided with rollers (8) at the bottom, said rollers (8) being axially disposed perpendicular to said side limiting plates (5).

3. The dynamic livestock scale of claim 1, wherein any one or more of said carrier platform (3), side limiting plate (5) and connecting rod (6) is provided with a signal collector (9), said signal collector (9) can read out the information of electronic identification number plate (10) on the livestock body, and the weighed livestock weight is matched with the electronic identification number plate (10) through a chip or PLC module built in the control panel (7).

4. The dynamic livestock scale of claim 1, wherein said two side limiting plates (5) cooperate with said connecting rod (6) to form a rectangular channel enclosure with a larger end below.

5. Dynamic livestock scale according to claim 1, characterized in that the distance between the individual weighing platforms (3) of the load carrier is not less than 3 mm.

Images