阅读说明：本技术 一种可移动式果蔬加工集成系统 (Movable fruit vegetables processing integrated system ) 是由 赵常清 李如意 于 2021-03-16 设计创作，主要内容包括：本申请公开了一种可移动式果蔬加工集成系统,果蔬加工撬装生产系统包括原料预制段、生化精制段、灌装杀菌段和撬装系统总成,所述原料预制段、生化精制段和灌装杀菌段皆安装于所述撬装系统总成上；撬装系统总成全方位保障可移动性、多品种果蔬果汁果酱加工适应性、生产线保障系统的独立性和灵活性、果蔬果汁果酱核心工艺设备系统配置、产品灌装形式的多样性和新鲜果蔬加工制品质保期的长周期性。(The application discloses a movable fruit and vegetable processing integrated system, wherein a fruit and vegetable processing skid-mounted production system comprises a raw material prefabricating section, a biochemical refining section, a filling sterilization section and a skid-mounted system assembly, wherein the raw material prefabricating section, the biochemical refining section and the filling sterilization section are all arranged on the skid-mounted system assembly; the skid-mounted system assembly comprehensively guarantees mobility, processing adaptability of various fruit and vegetable juice jams, independence and flexibility of a production line guarantee system, core process equipment system configuration of the fruit and vegetable juice jams, diversity of product filling forms and long periodicity of quality guarantee periods of fresh fruit and vegetable processed products.)

1. A movable fruit and vegetable processing integrated system is characterized by comprising a raw material prefabricating section (100), a biochemical refining section (101), a filling sterilizing section (102) and a skid-mounted system assembly (103), wherein the raw material prefabricating section (100), the biochemical refining section (101) and the filling sterilizing section (102) are all mounted on the skid-mounted system assembly (103), wherein,

the raw material prefabrication section (100): the processing method is used for processing the collected fruit and vegetable raw materials according to a first processing rule to obtain a first material;

the biochemical refining section (101): the processing device is used for processing the obtained first material according to a second processing rule to obtain a second material;

the filling and sterilizing section (102): the second processing rule is used for processing the obtained second material according to a third processing rule to obtain a finished product;

the skid-mounted system assembly (103): the raw material prefabricating section (100), the biochemical refining section (101) and the filling and sterilizing section (102) are fixedly installed and movably transported.

2. The movable integrated fruit and vegetable processing system according to claim 1, wherein the raw material prefabrication section (100) comprises a crusher (3), a buffer tank (4), a pump (5) and a kernel and stem removing machine (6), and the crusher (3) or the kernel and stem removing machine (6) passes through the buffer tank (4) and then is connected with the biochemical refining section (101) through the pump (5).

3. The movable integrated fruit and vegetable processing system according to claim 2, wherein the raw material prefabricating section (100) further comprises an external cleaning machine module, the external cleaning machine module comprises a bubbling cleaning machine (1) and a lifting machine (2) which are sequentially connected, and the lifting machine (2) is connected with the crusher (3) or the kernel and stem removing machine (6).

4. The movable integrated fruit and vegetable processing system according to claim 2, wherein the biochemical refining section (101) comprises a preheating enzyme killer (7) and a beater (8), the crusher (3) or the kernel and stem remover (6) is connected with the preheating enzyme killer (7) through a buffer tank (4) by a pump (5), the preheating enzyme killer (7) is connected with the beater (8), and the beater (8) is connected with the filling and sterilizing section (102).

5. The movable fruit and vegetable processing integrated system according to claim 1, further comprising a peel and residue conveyor (9), wherein the peel and residue conveyor (9) is synchronously arranged below the raw material prefabrication section (100) and the biochemical refining section (101).

6. The mobile fruit and vegetable processing integrated system according to claim 4, wherein the filling and sterilizing section (102) comprises a sterilizer (10) and a filling machine (11), the beater (8) is connected with the sterilizer (10), and the sterilizer (10) is connected with the filling machine (11).

7. The integrated movable fruit and vegetable processing system according to claim 6, further comprising a water, electricity and gas safeguard system (104), wherein,

the water, electricity and gas safeguard system (104): used for providing an air supply source for the raw material prefabricating section (100), the biochemical refining section (101) and the filling and sterilizing section (102).

8. The movable integrated fruit and vegetable processing system according to claim 7, wherein the water, electricity and gas guarantee system (104) comprises a generator (12) and a steam generator (13), the generator (12) is connected with the raw material prefabricating section (100), the biochemical refining section (101) and the filling and sterilizing section (102); the steam generator (13) is connected with the biochemical refining section (101) and the filling and sterilizing section (102).

9. The movable fruit and vegetable processing integrated system according to claim 8, further comprising a power distribution cabinet (15), wherein the power distribution cabinet (15) is arranged on the skid-mounted system assembly (103), and the power generator (12) is electrically connected with the power distribution cabinet (15).

Technical Field

The application relates to the technical field of agricultural processing, in particular to a movable fruit and vegetable processing integrated system.

Background

At present, fruit and vegetable processing is mainly centralized on production lines of large and medium fruit and vegetable processing food factories, and fixed facilities such as factory buildings, electric power and the like are needed.

The large and medium-sized fruit and vegetable processing food factories have long construction period and huge investment from feasibility research, process route, equipment type selection, equipment purchasing, installation and debugging to production, and the food factories usually carry out deep processing on limited fruit and vegetable varieties in target areas, are obviously limited by the seasonal limitation of fruits and vegetables, and have low utilization rate of the whole production line or local equipment. A part of fruit and vegetable processing production lines are idle or stop production due to the change of fruit and vegetable varieties of target region growers, so that huge social resource waste is caused.

In view of the problems that the ubiquitous medium and small-sized agricultural growers are scattered in layout, disordered in planting and management, the fruits and vegetables are always overstocked in local range, and are transported and rotted for a long time and a long distance, and cannot be supplied to large-sized fruit and vegetable processing factories for deep processing, and the like. The method has the advantages that the method causes environmental pollution while the economic loss is suffered by vast middle and small-sized farmers engaged in fruit and vegetable planting, seriously influences the agricultural production enthusiasm of fruit farmers and vegetable farmers, and brings negative influence to the environment.

Disclosure of Invention

The main objective of this application provides a movable fruit vegetables processing integrated system to solve present problem.

In order to achieve the above object, the present application provides the following techniques:

a movable fruit and vegetable processing integrated system comprises a raw material prefabricating section, a biochemical refining section, a filling sterilization section and a skid-mounted system assembly, wherein the raw material prefabricating section, the biochemical refining section and the filling sterilization section are all arranged on the skid-mounted system assembly,

the raw material prefabricating section comprises: the processing method is used for processing the collected fruit and vegetable raw materials according to a first processing rule to obtain a first material;

the biochemical refining section comprises: the processing device is used for processing the obtained first material according to a second processing rule to obtain a second material;

the filling and sterilizing section comprises: the second processing rule is used for processing the obtained second material according to a third processing rule to obtain a finished product;

the skid-mounted system assembly comprises: the device is used for fixedly installing and movably transporting the raw material prefabricating section, the biochemical refining section and the filling and sterilizing section.

Furthermore, the raw material prefabricating section comprises a crusher, a buffer tank, a pump and a kernel and stem washing and removing machine, wherein the crusher or the kernel and stem washing and removing machine passes through the buffer tank and then is connected with the biochemical refining section through the pump.

Further, the raw material prefabricating section further comprises an external cleaning machine module, the external cleaning machine module comprises a bubbling cleaning machine and an elevator which are sequentially connected, and the elevator is connected with the crusher or the kernel washing and stem removing machine.

Further, biochemical refined section is including preheating enzyme killer and beating machine, breaker or wash the nuclear destemming machine and pass through behind the buffer tank by the pumping connection preheating enzyme killer, preheating enzyme killer connects the beating machine, the beating machine is connected the filling section of disinfecting.

Further, the device also comprises a leather residue conveyor which is synchronously arranged below the raw material prefabricating section and the biochemical refining section.

Further, the filling and sterilizing section comprises a sterilizing machine and a filling machine, the pulping machine is connected with the sterilizing machine, and the sterilizing machine is connected with the filling machine.

Further comprises a water, electricity and gas guarantee system, wherein,

the water, electricity and gas guarantee system comprises: used for providing an air supply for the raw material prefabricating section, the biochemical refining section and the filling sterilization section.

Further, the water, electricity and gas guarantee system comprises a generator and a steam generator, wherein the generator is connected with the raw material prefabricating section, the biochemical refining section and the filling and sterilizing section; the steam generator is connected with the biochemical refining section and the filling sterilization section.

Further, still include the switch board, the switch board is located on the sled dress system assembly, the generator electricity is connected the switch board.

Compared with the prior art, this application can bring following technological effect:

1. the technology provides a movable fruit and vegetable processing integrated system, and provides a movable skid-mounted production line, wherein the fruit and vegetable processing skid-mounted production system comprises a raw material prefabricating section, a biochemical refining section, a filling sterilization section and a skid-mounted system assembly, and the raw material prefabricating section, the biochemical refining section and the filling sterilization section are all arranged on the skid-mounted system assembly; the mobile performance, the processing adaptability of various fruit and vegetable juice jam, the independence and the flexibility of a production line guarantee system, the system configuration of fruit and vegetable juice jam core process equipment, the diversity of product filling forms and the long periodicity of the quality guarantee period of fresh fruit and vegetable processed products are all guaranteed by a skid-mounted system assembly;

2. the skid-mounted movable fruit and vegetable processing production line system adopts a multifunctional compatible modular design, is flexibly carried, combined or externally hung, and can meet the processing requirements of fruit and vegetable series fruit and vegetable jam;

3. the invention has low overall investment and controllable processing cost; the system can be externally connected with electric power or provided with an independent generator set, and overcomes and gets rid of the limit of electric power supply to a processing site or a field. The skid-mounted movable fruit and vegetable processing production line system can give full play to the advantages of movability and mobility, is not limited by the seasonality, the climatality and the variety of fruits and vegetables, can meet the processing requirements of small-scale fruit juice jam in cross-region and cross-variety fruits and vegetables, realizes goods arrival within one week in the whole country, debugging on the same day of arrival, products are produced on the same day, and realizes the seamless butt joint of fruit and vegetable harvesting and processing.

Drawings

The accompanying drawings, which are incorporated in and constitute a part of this application, serve to provide a further understanding of the application and to make further features, objects, and advantages of the application apparent. The drawings and their description illustrate the embodiments of the invention and do not limit it. In the drawings:

FIG. 1 is a schematic diagram of the system components of the fruit and vegetable processing skid-mounted production system of the invention;

FIG. 2 is a schematic diagram of a component installation of the fruit and vegetable processing skid-mounted production system in the first embodiment of the invention;

FIG. 3 is a schematic view of a second embodiment of a fruit and vegetable processing skid-mounted production system of the present invention;

FIG. 4 is a schematic view of a third embodiment of a fruit and vegetable processing skid-mounted production system of the present invention;

FIG. 5 is a schematic diagram of a three-dimensional structure of the fruit and vegetable processing skid-mounted production system of the present invention installed on the skid-mounted system assembly 103;

FIG. 6 is a schematic top view of the structure of FIG. 5;

FIG. 7 is a schematic view of a fruit and vegetable processing skid-mounted production system according to a fourth embodiment of the present invention;

in the figure: 100. the device comprises a raw material prefabricating section, a biochemical refining section, a filling and sterilizing section, a skid-mounted system assembly, a water, electricity and gas guarantee system, a bubbling cleaning machine, a lifting machine, a crusher, a buffer tank, a pump, a kernel and stem removing machine, a preheating enzyme killing machine, a beating machine, a peel and residue conveyor, a crusher, a buffer tank, a pump, a washing and stem removing machine, a preheating enzyme killing machine, a stirring machine, a peel and residue conveyor, a sterilizing machine, a filling machine, a generator, a steam generator, a loading and transporting area, 15 and a power distribution cabinet.

Detailed Description

In order to make the technical solutions better understood by those skilled in the art, the technical solutions in the embodiments of the present application will be clearly and completely described below with reference to the drawings in the embodiments of the present application, and it is obvious that the described embodiments are only partial embodiments of the present application, but not all embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present application.

It should be noted that the terms "first," "second," and the like in the description and claims of the present application and in the above-described drawings are used for distinguishing between similar elements and not necessarily for describing a particular sequential or chronological order. It should be understood that the data so used may be interchanged under appropriate circumstances such that embodiments of the application described herein may be used. Furthermore, the terms "comprises," "comprising," and "having," and any variations thereof, are intended to cover a non-exclusive inclusion, such that a process, method, system, article, or apparatus that comprises a list of steps or elements is not necessarily limited to those steps or elements expressly listed, but may include other steps or elements not expressly listed or inherent to such process, method, article, or apparatus.

In this application, the terms "upper", "lower", "left", "right", "front", "rear", "top", "bottom", "inner", "outer", "middle", "vertical", "horizontal", "lateral", "longitudinal", and the like, refer to an orientation or positional relationship based on that shown in the drawings. These terms are used primarily for the purpose of better describing the present application and its embodiments, and are not intended to limit the indicated devices, elements or components to a particular orientation or to be constructed and operated in a particular orientation.

Moreover, some of the above terms may be used to indicate other meanings besides the orientation or positional relationship, for example, the term "on" may also be used to indicate some dependency or connection relationship in some cases. The specific meaning of these terms in this application will be understood by those of ordinary skill in the art as appropriate.

In addition, the term "plurality" shall mean two as well as more than two.

It should be noted that the embodiments and features of the embodiments in the present application may be combined with each other without conflict. The present application will be described in detail below with reference to the embodiments with reference to the attached drawings.

Example 1

A movable fruit and vegetable processing integrated system comprises a raw material prefabricating section 100, a biochemical refining section 101, a filling sterilizing section 102 and a skid-mounted system assembly 103, wherein the raw material prefabricating section 100, the biochemical refining section 101 and the filling sterilizing section 102 are all mounted on the skid-mounted system assembly 103,

as shown in fig. 1, the raw material preparation section 100, the biochemical refining section 101 and the filling sterilization section 102 are all installed on the skid-mounted system assembly 103, and the skid-mounted system assembly 103 may be a cabinet structure and may be installed on a truck, a train, a ship or the like for moving equipment.

The skid-mounted system assembly 103 comprehensively ensures the mobility, the processing adaptability of various fruit and vegetable juice jams, the independence and the flexibility of a production line guarantee system, the system configuration of core process equipment of the fruit and vegetable juice jams, the diversity of product filling forms and the long periodicity of the quality guarantee period of fresh fruit and vegetable processed products;

the fruit and vegetable processing skid-mounted production system adopts a multifunctional compatible modular design, is flexibly carried, combined or externally hung, and can meet the processing requirements of various fruit and vegetable variety series fruit juice jam;

the fruit and vegetable processing skid-mounted production system can give full play to the advantages of mobility and mobility, is not limited by seasonality, climaticity and varieties of fruits and vegetables, can meet the processing requirements of small-scale fruit juice and jam in the fruits and vegetables of different varieties across regions and regions, realizes goods arrival within one week in the national range, debugging of the arrived goods in the current day and product output in the current day, and realizes seamless butt joint of fruit and vegetable harvesting and processing.

Wherein the content of the first and second substances,

the raw material prefabricating section 100: the processing method is used for processing the collected fruit and vegetable raw materials according to a first processing rule to obtain a first material;

the raw material prefabricating section 100 performs first-step processing on the collected fruit and vegetable raw materials, such as cleaning, crushing, denucleating and the like, to obtain crushed denucleated raw materials, namely a first material;

the biochemical refining section 101: the processing device is used for processing the obtained first material according to a second processing rule to obtain a second material;

the biochemical refining section 101 preheats, deactivates enzymes and pulps the crushed, denucleated and stemmed first material, and prepares for subsequent filling to obtain a pulp material, namely a second material.

The filling and sterilizing section 102: the second processing rule is used for processing the obtained second material according to a third processing rule to obtain a finished product;

the filling and sterilizing section 102 performs high-temperature sterilization and filling on the slurry prepared by preheating and inactivating the enzymes in the biochemical refining section 101 to obtain a finished product.

The skid-mounted system assembly 103: the raw material prefabricating section 100, the biochemical refining section 101 and the filling and sterilizing section 102 are fixedly installed and movably transported.

As shown in fig. 5 and 6, the raw material prefabricating section 100, the biochemical refining section 101 and the filling sterilization section 102 are fixedly installed on the skid-mounted system assembly 103, in this embodiment, the skid-mounted system assembly 103 is integrated in a 40-foot standard container, and can be transported to a farmer's farm or a field by a carrier such as a truck, so as to realize seamless butt joint in harvesting and processing, directly realize deep processing of fruits and vegetables into fruit juice jam zero-additive green organic fruit and vegetable products, and the product packaging form can be aseptic bags or common packaging.

The contact part of the system equipment and the materials is made of food-grade stainless steel 304. The quality guarantee period of the aseptic bag packaged product is as long as 24 months.

As shown in fig. 2, a schematic diagram of the specific components of the raw material preparation section 100, the biochemical refining section 101 and the filling and sterilizing section 102 is shown.

Further, the raw material prefabricating section 100 comprises a crusher 3, a buffer tank 4, a pump 5 and a nuclear washing and stem removing machine 6, wherein the crusher 3 or the nuclear washing and stem removing machine 6 passes through the buffer tank 4 and then is connected with the biochemical refining section 101 through the pump 5.

The crusher 3 or the kernel and stem washing machine 6 respectively form two groups of systems which can be switched according to fruit and vegetable types. The crusher 3 or the kernel and stem washing machine 6 passes through the buffer tank 4 and then is connected with the biochemical refining section 101 through the pump 5.

The crusher 3 adopts a fly-cutter crusher (500 plus 1000kg/h), fruits and vegetables (such as tomatoes, strawberries and other pulp) are crushed by the fly-cutter crusher (500 plus 1000kg/h) and enter the buffer tank 4, and the raw juice raw pulp is sent to the post-process by the pump 5.

Fruits and vegetables (such as stone fruits such as mango, avocado and the like) are subjected to stone removal, peel removal, peduncle removal and pedicle removal by a stone washing and peduncle removal machine 6 (500 plus 100kg/h), and then enter a buffer tank, and raw juice pulp is conveyed to the post-process by a pump.

Fruits and vegetables (such as grapes and peaches) are subjected to kernel washing and stem removal, and the raw juice is conveyed to the post-process by a pump.

Further, the biochemical refining section 101 comprises a preheating enzyme deactivation machine 7 and a pulping machine 8, the crusher 3 or the kernel and stem washing machine 6 is connected with the preheating enzyme deactivation machine 7 through a pump 5 after passing through a buffer tank 4, the preheating enzyme deactivation machine 7 is connected with the pulping machine 8, and the pulping machine 8 is connected with the filling and sterilizing section 102.

The raw juice of fruit and vegetable is pumped to a tubular preheater (preheating enzyme-inactivating machine 7) and heated to 45-95 deg.C, so as to inactivate the biological enzyme activity in the raw juice and soften the material.

The beater 8 (500-.

Further, the device also comprises a skin residue conveyor 9, wherein the skin residue conveyor 9 is synchronously arranged below the raw material prefabricating section 100 and the biochemical refining section 101.

The skin residue conveyor 9 is used for conveying the left waste residues after processing,

fruits and vegetables (such as grapes and peaches) are subjected to kernel washing and stem removing by a kernel washing and stem removing machine 6, and raw juice is conveyed to the post-process by a pump.

In the processing process of the raw material prefabricating section 100, waste residues generated by washing the core and removing the stalks are conveyed out of a skid-mounted production line (a skin residue conveyor 9), and can be used as feed, organic fertilizer or other plant extracts for deep processing after being collected.

In the processing process of the biochemical refining section 101, waste residues left after pulping by the pulping machine 8 are conveyed out of the skid-mounted production line through the skin residue conveyor 9, and can be used as feed, organic fertilizer or other plant extracts for deep processing after being collected.

Further, the filling and sterilizing section 102 includes a sterilizer 10 and a filling machine 11, the beater 8 is connected to the sterilizer 10, and the sterilizer 10 is connected to the filling machine 11.

The filling and sterilizing section 102 is specifically applied as follows:

the sterilizer 10 thoroughly sterilizes the fruit juice jam to ensure food safety. The sterilization temperature of the sterilization machine 10 is 105-. The sterilization system is provided with a CIP (cleaning in place) and a SIP (on-line sterilization) system.

The processing consignor with the cold chain condition of the refrigeration house can adopt common filling. After the output of the sterilizer 10 is quantitatively filled by a flowmeter or a weighing meter, the product enters a refrigeration house for storage at the temperature of 18 ℃ below zero or is transported by a cold chain.

The filling machine 11 can be selected from two models:

1. the filling machine 11 is a 2L-220L sterile big bag filling machine.

The filling machine 11 (sterile big bag 2L-220L filling machine) is international standard sterile filling, and comprises a filling cavity, a cover pulling, a cover moving, filling, a cover moving, a cover pressing and other execution mechanisms, a frame and an electrical control system. After the aseptic filling machine finishes filling the aseptic bag with the aluminum plastic film sleeved in the iron drum, the iron drum is sealed and then is stored in an unordered cold storage, and the shelf life of the cold storage can reach 18-24 months at normal temperature.

2. A BI B bag-in-box aseptic filling machine (1-30L) may also be employed.

A sterile bag-in-box filling machine (1-30L) of the BIIB box is a standard sterile filling machine which comprises an actuating mechanism, a rack and an electrical control system, wherein the actuating mechanism comprises a filling cavity, a cover pulling mechanism, a cover moving mechanism, a filling mechanism, a cover moving mechanism, a pressing mechanism and the like. And the aseptic filling machine can be used for filling the small bag of the aseptic aluminum-plastic film into a paper box and the like after the filling is finished. The shelf life can reach 18-24 months at normal temperature without a cold storage.

In order to load and unload the goods after filling,

as shown in fig. 5, in the present embodiment, a loading area 14 is provided on the skid-mounted system assembly 103, and the loading area 14 is provided on the skid-mounted system assembly 103 on one side of the filling machine 11 for loading and unloading the goods.

Example 2

As shown in the attached figure 3, on the basis of the embodiment 1, the cleaning condition of a fruit and vegetable base is avoided. In this embodiment, an external cleaning module is added to the skid-mounted system assembly 103.

Further, the raw material prefabricating section 100 further comprises an externally-hung cleaning machine module, the externally-hung cleaning machine module comprises a bubbling cleaning machine 1 and a lifting machine 2 which are connected in sequence, and the lifting machine 2 is connected with the crusher 3 or the kernel washing and stem removing machine 6.

The plug-in cleaning machine module can be used as a single module for equipment.

The external cleaning machine module can be independently installed at the tail end of a truck, and can be used for matching with fruits and vegetables to be cleaned when a client base lacks cleaning conditions.

Of course, when the customer base has the condition of cleaning fruits and vegetables, the external cleaning machine module can be selected not to be used.

The fruits and vegetables after passing through the hoister 2 can be selected to enter the crusher 3 or the kernel and stem removing machine 6.

Example 3

As shown in the attached figure 4 of the drawings,

further, a hydroelectric and gas assurance system 104 is included, wherein,

the water, electricity and gas guarantee system 104: used for providing an electric air source for the raw material prefabricating section 100, the biochemical refining section 101 and the filling and sterilizing section 102.

Further, the water, electricity and gas guarantee system 104 comprises a generator 12 and a steam generator 13, wherein the generator 12 is connected with the raw material prefabricating section 100, the biochemical refining section 101 and the filling and sterilizing section 102; the steam generator 13 is connected with the biochemical refining section 101 and the filling and sterilizing section 102.

The steam generator 13 is connected with the preheating enzyme deactivation machine 7, the sterilization machine 10 and the filling machine 11, and provides high-temperature sterilization steam for the devices.

Further, still include switch board 15, switch board 15 locates on the sled dress system assembly 103, generator 12 electricity is connected switch board 15.

The generator 12 is connected with the raw material prefabricating section 100, the biochemical refining section 101 and the filling and sterilizing section 102 through a power distribution cabinet 15.

As shown in the attached figures 5 and 6, two power distribution cabinets 15 are provided and are respectively installed on the sterilization machine 10

The distribution cabinet 15 can reduce the number of lines and provide power for other electric devices of the system.

Example 4

As the production line system of the fruit and vegetable processing skid-mounted production system shown in the attached drawing 7, in the embodiment, the application and assembly facilities of the fruit and vegetable processing skid-mounted production system are enriched, and one-stop and integrated processing of the skid-mounted movable fruit and vegetable juice jam is realized. The system has other optional applications besides the above described fitting facilities.

For example, the filling and sterilizing section has three processing routes.

For example, the hydropower and gas security system is provided with a soft water station, a compressed air station and the like, and when the skid-mounted platform is transported to a local enterprise or a base, resources of enterprises such as the soft water station, the compressed air station and the like can be directly utilized for processing.

In practical implementation, a mobile device such as a train, a ship or a truck is required to be provided, and the mobile device is used for installing the movable fruit and vegetable processing integrated system.

The skid-mounted system assembly 103 is mounted on a mobile device, which can be a train, a ship, a truck and other mobile facilities.

The box truck is preferably selected, and the skid-mounted system assembly 103 can be boxed and transported to a fruit and vegetable base.

As shown in the attached drawing 7, a skid-mounted system assembly 103 is installed in a cabinet truck, a skid-mounted platform is flatly laid on an inner bottom plate of the cabinet truck, a host system, a container system and the like are installed in a matched manner, a mobile processing station is constructed, carriers such as trucks are transported to a farmer or a field, seamless butt joint of harvesting and processing is realized, and deep processing of fruits and vegetables into fruit juice jam and green organic fruit and vegetable products with no addition is directly realized.

The above description is only a preferred embodiment of the present application and is not intended to limit the present application, and various modifications and changes may be made by those skilled in the art. Any modification, equivalent replacement, improvement and the like made within the spirit and principle of the present application shall be included in the protection scope of the present application.