CN217416343U

CN217416343U - Bag type product heat sterilization device

Info

Publication number: CN217416343U
Application number: CN202220750272.3U
Authority: CN
Inventors: 张国栋
Original assignee: Jiangxi Renren Health Industry Co ltd
Current assignee: Jiangxi Renren Health Industry Co ltd
Priority date: 2022-04-02
Filing date: 2022-04-02
Publication date: 2022-09-13
Anticipated expiration: 2032-04-02

Abstract

The utility model discloses a bag type product heat sterilization device. Including the sterilizing tank, the sterilizing tank is equipped with pulls latent send formula sterilizing equipment, pull latent send formula sterilizing equipment and scrape the pass conveyor by oneself including two that correspond each other, two scrape the pass conveyor by oneself and include one set up in the leading-in of sterilizing tank scrape the pass conveyor by oneself to and correspond to set up in this leading-in self-service derivation of scraping the pass conveyor lower part and scrape the pass conveyor by oneself, leading-in and derive and scrape the pass conveyor by oneself and include annular conveying mesh belt, and distribute set up in a plurality of latent send scraper blades of annular conveying mesh belt, leading-in and derive the direction of delivery who scrapes the pass conveyor by oneself and reverse each other. The bag type product heat sterilization device has the advantages of reliable sterilization, high efficiency and good effect.

Description

Bag type product heat sterilization device

Technical Field

The utility model relates to a sterilization device. In particular to a thermal sterilization device for bag type products.

Background

For the sterilization of bag type products, except for the vacuumized bag type products, because the packaging bags of the bag type materials contain air, the temperature is higher during sterilization, and the whole bag can float on the water surface.

SUMMERY OF THE UTILITY MODEL

The utility model aims at the problem that above-mentioned prior art exists, provide a bag type product heat sterilization device. The bag type product heat sterilization device has the advantages of reliable sterilization, high efficiency and good effect.

The utility model discloses bag type product heat sterilization device's technical scheme includes the bactericidal tank, the bactericidal tank is equipped with pulls latent transport formula sterilizing equipment, pull latent transport formula sterilizing equipment and include that two that correspond each other scrape by oneself the transport conveyor, two scrape by oneself the transport conveyor include that one sets up leading-in the bactericidal tank by oneself and scrape the transport conveyor to and correspond to set up and to scrape by oneself in this leading-in derivation of scraping by oneself the transport conveyor lower part, leading-in and derive by oneself and scrape the transport conveyor and include annular conveying mesh belt, and distribute set up in a plurality of latent scraper blades of annular conveying mesh belt, leading-in and derive the direction of delivery who scrapes by oneself the transport conveyor reverse each other.

The corresponding one end of the sterilizing tank is provided with a material input device, and the material input device comprises a feeding self-service scraping conveyor.

The sterilizing tank is provided with an auxiliary feeding device, and the auxiliary feeding device comprises a feeding push plate corresponding to the input end of the leading-in or leading-out self-service scraping type conveyor and an automatic driver connected to the feeding push plate.

The leading-in is scraped by oneself and is passed formula conveyer and be equipped with self-service guide entry device, self-service guide entry device is including setting up the slope terminal surface that is the leading-in of up down inwards inclining and scrapes by oneself the annular conveying mesh belt input of passing formula conveyer.

The inclined end surface of the self-help guiding and entering device is provided with a conveying mesh belt steering wheel which is respectively connected with the upper side and the lower side of the input end of the annular conveying mesh belt of the guiding self-help scraping and passing conveyor.

A detector is disposed corresponding to the input end leading into the self-service conveyor.

The detector includes an infrared sensor.

The output end of the export self-service scraping conveyor is inclined upwards to extend out of the sterilization tank.

The utility model discloses a set up reasonable, the conveyor that peculiar structure constitutes to set up the latent formula sterilizing equipment that send that pulls of mutual rational fit operation in the cell that disinfects, implement stable even reliable, transmit in the cell liquid that disinfects to the wrapping bag and carry, carry out the operation of reliable and stable even and abundant operation of disinfecting, stably carry out the cell that disinfects, reduced the manufacturing cost that disinfects relatively. The structure is simple and reasonable, and the operation is stable and reliable.

Drawings

Fig. 1 is a schematic view of the principle and structure of an embodiment of the present invention.

Detailed Description

In order to facilitate a better understanding of the present invention, the present invention will be further described with reference to the following embodiments and drawings. The following detailed description of the embodiments is merely illustrative of the present invention and is not to be construed as limiting the invention. In this section, some techniques known in the art, that is, techniques obvious to those skilled in the art, are not described in detail in order to avoid unnecessary embodiments.

As shown in fig. 1. The bag type product heat sterilization device comprises a sterilization tank 3, a feeding self-service scraping type conveyor 1a arranged at one end of the material input end of the sterilization tank 3, a traction submerged type sterilization device arranged in the sterilization tank and the like. A groove cover 7 is arranged above the sterilizing groove 3, and the output end of the feeding self-service scraping conveyor 1a is inclined upwards to the upper part of the sterilizing groove.

The traction submerged type sterilization device comprises a leading-in self-service scraping type conveyor 1b and a leading-out self-service scraping type conveyor 1c correspondingly located below the leading-in self-service scraping type conveyor 1b, a submerged movement type sterilization channel 12 is formed by an interval space between the leading-in self-service scraping type conveyor and the leading-out self-service scraping type conveyor, the leading-in self-service scraping type conveyor 1b, the feeding self-service scraping type conveyor 1a and the leading-out self-service scraping type conveyor 1c respectively comprise annular conveying mesh belts, driving wheels connected to the corresponding ends of the annular conveying mesh belts and driven steering wheels 11 at the opposite other ends of the annular conveying mesh belts are arranged, and a plurality of submerged conveying scraper plates 2 and the like are respectively connected to the surfaces of the annular conveying mesh belts in an interval distribution mode along the length directions of the annular conveying mesh belts. The output end of the export self-service scraping conveyor 1c is inclined upwards and extends out of the sterilization groove.

The driven steering wheel introduced into the self-service delivery conveyor 1b is composed of an upper diversion steering wheel 11b1 connected to the inner side of the upper belt body of the endless conveyor belt introduced into the self-service delivery conveyor in a rolling contact manner, and a lower diversion steering wheel 11b2 connected to the inner side of the lower belt body. The upper diversion and steering wheel 11b1 is arranged at a position which is longer than the lower diversion and steering wheel 11b2 along the material input direction of the diving moving type sterilizing channel 12.

The input end of the leading-in self-service scraping conveyor 1b is provided with a self-service guiding and entering device, and the self-service guiding and entering device comprises an annular conveying mesh belt inclined end surface 8 which is inclined from top to bottom towards the material output direction of the traction submerged sterilization device and is arranged at the input end of the leading-in self-service scraping conveyor 1 b. The inclined end surface 8 of the endless belt introduced into the self-service conveyer 1b is formed by an upper diversion sheave 11b1 and a lower diversion sheave 11b1 which are provided at upper and lower front and rear positions in the longitudinal direction of the endless belt introduced into the self-service conveyer.

The lower diversion sheave 11b2 leading into the self-service conveyor scraper 1b corresponds to the sheave leading out of the same end of the self-service conveyor scraper 1 c.

An infrared sensor 5 is provided above the self-service leading-in apparatus corresponding to the leading-in self-service conveyer scraper 1 b. The infrared sensor 5 corresponds to the submerged flight 2 leading into the input end of the self-service conveyor.

An auxiliary feeding device is arranged at one end, close to the material input end of the sterilization groove, and comprises a feeding push plate 9 corresponding to the input end of the leading-in self-service scraping conveyor 1b, an automatic driver 4 connected to the feeding push plate 9 and the like, wherein the automatic driver 4 can be an air cylinder or an electric telescopic rod device.

The automatic driver 4 of the auxiliary feeding device, the drivers of the feeding, leading-in and leading-out self-service delivery conveyor, the infrared sensor and the like are respectively connected with the corresponding controllers through electric signals. The feeding push plate 9 is positioned in the sterilization tank, and the setting position of the feeding push plate corresponds to the self-help guiding and entering device of the self-help scraping conveyor 1b and corresponds to the liquid level in the sterilization tank.

The surface 6 of the sterilizing liquid in the sterilizing tank 3 can be flush with the position of the axis of the self-service delivery conveyor. The movement directions or the rotation directions of the annular conveying mesh belts of the leading-in and leading-out self-service scraping conveyor of the traction and conveying type sterilization device are shown by arrow lines in the figure.

The action process of the bag-type product heat sterilization device is controlled by a corresponding controller: during the conveying process, the materials, namely the bag-type products 10, are conveyed into the sterilization tank by the feeding self-service scraping conveyor arranged at the upper left, and the leading-in and leading-out self-service scraping conveyors in the sterilization tank are started along with the materials. When the submerged scraper guided into the corresponding position of the self-service scraping conveyor runs to block the infrared sensor, the feeding self-service scraping conveyor stops working, the feeding push plate acts immediately, the feeding push plate pushes the bag-type products in the sterilizing liquid to the position below the submerged scraper introduced into the corresponding position of the self-service scraping conveyor, thereby the latent feed scraper blade scrapes and pushes the bag-type product into the sterilizing liquid, at the moment, the feed push plate retracts, the bag-type product enters the diving moving type sterilizing channel in an immersed way under the matching movement of the latent conveying scraper which leads in and out the self-service delivery conveyor, and the sterilization is implemented, after the bag-type product moves to the output end of the diving moving type sterilizing channel, after the bag-type product is sterilized, the bag-type product is conveyed out of the sterilization tank continuously through the output end or the output section of the self-service delivery conveyor, and the sterilization of the corresponding bag-type product is completed. The sterilization operation process is repeated, and the continuously conveyed bag type products in the diving moving type sterilization channel are sterilized continuously.

The lead-in self-service scraper conveyor submerging flight may be longer than the lead-out self-service scraper conveyor submerging flight. The feeding self-service scraping conveyor and the feeding push plate are controlled to work step by step or intermittently by all the submerged scrapers led into the self-service scraping conveyor through the infrared sensor.

The height of the latent conveyor scraper leading into the self-service conveyor is 9-11cm, and the height of the latent conveyor scraper leading out of the self-service conveyor can be 4-6 cm.

The specific control principle and mode of the bag-type product heat sterilization device and the controller thereof of the utility model can be similar to the arbitrary structure composition principle and control mode of the prior art.

Claims

1. The utility model provides a bag type product thermal sterilization device, includes the sterilizing tank, characterized by the sterilizing tank is equipped with pulls latent formula sterilizing device, pull latent formula sterilizing device and scrape pass formula conveyer, two by oneself including two that correspond each other it includes that one sets up the leading-in of sterilizing tank and scrape pass formula conveyer by oneself to scrape by oneself to and correspond to set up and to scrape by oneself the derivation of pass formula conveyer lower part in this leading-in by oneself, leading-in and derive and scrape by oneself pass formula conveyer and include annular conveying mesh belt, and distribute set up in a plurality of latent scraper blades of annular conveying mesh belt, leading-in and derive the direction of delivery who scrapes by oneself pass formula conveyer reverse each other.

2. The bag-type product thermal sterilization apparatus of claim 1, wherein the sterilization tank is provided at a respective end thereof with a material input device, the material input device comprising a feed self-service scraper conveyor.

3. The apparatus for thermally sterilizing pouch-type products according to claim 1, wherein the sterilizing bath is provided with an auxiliary feeding means comprising a feeding pusher corresponding to an input end of the in-or out-feed self-service conveyor, and an automatic driver connected to the feeding pusher.

4. The bag type product thermal sterilization device according to claim 1 or 3, wherein the leading-in self-service delivery conveyor is provided with a self-service leading-in device, and the self-service leading-in device comprises an inclined end surface of an input end of an annular conveying mesh belt of the leading-in self-service delivery conveyor, which is inclined from top to bottom towards the inner side.

5. The apparatus for thermally sterilizing bag-type products according to claim 4, wherein the inclined end surface of said self-service introducing means is formed by conveyor belt turning wheels respectively connected to the upper and lower sides of the input end of the endless conveyor belt introduced into the self-service scraping conveyor.

6. A bag product thermal sterilisation apparatus according to claim 1, 3 or 5, characterised in that a detector is provided in correspondence with the input end leading into the self-service scraping conveyor.

7. The pouch-type product heat sterilization device as recited in claim 6, wherein said detector comprises an infrared sensor.

8. The bag-type product thermal sterilization apparatus of claim 1, wherein the output end of the lead-out self-service delivery conveyor is inclined upwardly and extends out of the sterilization tank.