Food inspection sampling device

Abstract

A food inspection sampling device comprises a sampling outer cover cylinder, an L-shaped supporting plate, an inner storage cylinder, a circular cover plate, a first upper cover, a rubber sleeve, an arc-shaped baffle and a second upper cover, the inner storage cylinder is matched with the sampling outer cover cylinder, the inner storage cylinder is inserted into the sampling outer cover cylinder and rotates in the sampling outer cover cylinder, a lower inserting groove is formed in the bottom of the inner storage cylinder, and the lower inserting groove is matched with the circular cover plate. A lower positioning column is arranged in the sampling outer cover cylinder, the lower positioning column is matched with the lower inserting groove, the lower positioning column is inserted into the lower inserting groove, the lower positioning column rotates in the lower inserting groove, the circular cover plate is matched with the sampling outer cover cylinder, the circular cover plate is inserted into the sampling outer cover cylinder, and the outer side face of the circular cover plate is connected with the sampling outer cover cylinder. The upper surface of the circular cover plate is aligned with the upper surface of the sampling outer cover cylinder, the lower surface of the circular cover plate is attached to the upper surface of the inner storage cylinder, the inner storage cylinder is provided with a plurality of sample storage cavities, and the upper portions of the sample storage cavities are provided with storage cavity upper holes.

Description

TECHNICAL FIELD

[0001] The utility model relates to food inspection field especially relates to a food inspection sampling device. BACKGROUND

[0002] The prior art (announcement number: CN219200875U) proposes a kind of equipment using layered sampling equipment technology, including outer cylinder, inner cylinder, tank and opening, inner cylinder is rotationally arranged in outer cylinder, opening is formed on the corresponding end surface of inner cylinder and outer cylinder, tank is arranged in inner cylinder below the opening, large gear is arranged on the input end head of inner cylinder, one side of large gear is engaged with small gear, when the motor of this device starts, it can drive inner cylinder to rotate, when the opening of inner cylinder and the opening of outer cylinder correspond to each other, sampling can be realized. However, this structure of simultaneous control opening and closing, when sampling different inner cavities, sample in other cavities is easy to drop out, and needs to be improved. SUMMARY

[0003] The utility model provides a kind of food inspection sampling device for the above-mentioned deficiencies existing in prior art by rotating and receiving cylinder, the upper hole of different positions of storage cavity and the drop port are aligned, sample is put into different position sample storage cavity, this device can simultaneously partition and store the sample of different food, it is easy to operate, and is sequentially dropped in kind.

[0004] The utility model aims to realize by following technical scheme:

[0005] A kind of food inspection sampling device, including sampling outer cover cylinder, L type support plate, inner receiving cylinder, circular cover plate, first lid, rubber sleeve, arc baffle, second lid, the inner receiving cylinder is adapted to sampling outer cover cylinder, inner receiving cylinder is inserted into sampling outer cover cylinder, inner receiving cylinder rotates in sampling outer cover cylinder, inner receiving cylinder bottom has lower insertion slot, sampling outer cover cylinder has lower positioning column inside, lower positioning column is adapted to lower insertion slot, lower positioning column is inserted into lower insertion slot, lower positioning column rotates in lower insertion slot, circular cover plate is adapted to sampling outer cover cylinder, circular cover plate is inserted into sampling outer cover cylinder, circular cover plate outer side surface is connected with sampling outer cover cylinder, the upper surface of circular cover plate is aligned with the upper surface of sampling outer cover cylinder, the lower surface of circular cover plate is attached to the upper surface of inner receiving cylinder, inner receiving cylinder has multiple sample storage cavities, sample storage cavity upper portion has storage cavity upper hole.

[0006] The side of the sample storage cavity has a receiving cylinder side opening, the side of the sampling cover cylinder has a cover cylinder side opening, the receiving cylinder side opening is aligned with the cover cylinder side opening, the L-shaped support plate is connected to the sampling cover cylinder, the L-shaped support plate is symmetrically arranged on both sides of the cover cylinder side opening, the L-shaped support plate has an L-shaped support groove, the arc baffle is adapted to the L-shaped support groove, the arc baffle is inserted into the L-shaped support groove, the inner side surface of the arc baffle is attached to the sampling cover cylinder, the arc baffle has baffle side plates at both ends, the baffle side plates are attached to the L-shaped support plate, and the outer side of the arc baffle is connected to a third handle.

[0007] The upper part of the inner containing cylinder has an upper slot, the side of the upper slot has a side clamping slot, the circular cover plate has a position giving insertion hole corresponding to the upper slot, the second upper cover is connected with a positioning insertion column, the lower surface of the second upper cover is attached to the circular cover plate, and the diameter of the position giving insertion hole is larger than the diameter of the upper slot. Advantages

[0008] 1. The inner containing cylinder is inserted into the inside of the sampling cover cylinder, the inner containing cylinder has a plurality of sample containing cavities inside for containing food samples, the samples in the sample containing cavities are put into the sample containing cavities through the upper holes of the sample containing cavities, the lower positioning column is inserted into the lower slot, the lower positioning column serves as the rotating shaft of the inner containing cylinder, the circular cover plate is installed and fixed in the inside of the sampling cover cylinder, the circular cover plate prevents the inner containing cylinder from sliding out of the sampling cover cylinder in food inspection sampling, ensures the placement of the inner containing cylinder in the sampling cover cylinder, the upper holes of the sample containing cavities correspond to the feeding opening, and food samples can be put into the sample containing cavities through the feeding opening and the upper holes of the sample containing cavities during use, and then the sample containing cavities are sealed through the first upper cover, so that the samples are prevented from falling out in food inspection sampling.

[0009] 2. A group of L-shaped supporting plates are installed and fixed on both sides of the cover cylinder side opening, the arc-shaped baffle is inserted into the L-shaped supporting slot, the symmetrical L-shaped supporting plates support and fix the arc-shaped baffle, the arc-shaped baffle is covered outside the cover cylinder side opening, and the samples are prevented from falling out of the containing cylinder side opening and the cover cylinder side opening in food inspection sampling; when the samples need to be taken out, the inner containing cylinder is rotated to align the cover cylinder side opening with the containing cylinder side opening, the arc-shaped baffle is removed, the samples in the sample containing cavities can be taken out, the insertion column side block is inserted into the side clamping slot through the position giving insertion hole, the second upper cover is rotated to drive the inner containing cylinder to rotate through the insertion column side block, the upper holes of the sample containing cavities at different positions are aligned with the feeding opening through the rotation of the inner containing cylinder, and the samples are put into the sample containing cavities at different positions, so that the device can simultaneously contain samples of different foods in different areas, and the operation is convenient. DRAWINGS

[0010] Figure 1 The utility model discloses a food inspection sampling device structure schematic view.

[0011] Figure 2 The utility model discloses a food inspection sampling device sectional view.

[0012] Figure 3 The utility model discloses a sampling cover cylinder structure schematic view.

[0013] Figure 4 The utility model discloses an inner containing cylinder structure schematic view.

[0014] Figure 5 The utility model discloses an inner containing cylinder plan view.

[0015] Figure 6 The utility model discloses a circular cover plate structure schematic diagram.

[0016] Figure 7 The utility model discloses a circular cover plate structure schematic diagram.

[0017] Figure 8 The utility model discloses a circular cover plate structure schematic diagram. Specific implementation

[0018] The utility model will be further explained in detail below according to the drawings and examples:

[0019] Example 1:

[0020] A food inspection sampling device, including sampling outer cover cylinder 01, L type support plate 04, inner receiving cylinder 06, circular cover plate 11, no. 1 upper cover 15, rubber sleeve 17, arc baffle 19, no. 2 upper cover 23, the inner receiving cylinder 06 is adapted to sampling outer cover cylinder 01, and the inner receiving cylinder 06 is inserted into sampling outer cover cylinder 01, and the inner receiving cylinder 06 rotates in sampling outer cover cylinder 01, and the inner receiving cylinder 06 has lower insertion slot 10 at the bottom, sampling outer cover cylinder 01 has lower positioning column 03 inside, and the lower positioning column 03 is adapted to lower insertion slot 10, and the lower positioning column 03 is inserted into lower insertion slot 10, and the lower positioning column 03 rotates in lower insertion slot 10, and the lower positioning column 03 acts as the rotating axis of the inner receiving cylinder 06, and the circular cover plate 11 is adapted to sampling outer cover cylinder 01, and the circular cover plate 11 is inserted into sampling outer cover cylinder 01, and the outer side of the circular cover plate 11 is connected with sampling outer cover cylinder 01, and the upper surface of the circular cover plate 11 is aligned with the upper surface of sampling outer cover cylinder 01, and the lower surface of the circular cover plate 11 is attached to the upper surface of the inner receiving cylinder 06, and the circular cover plate 11 is installed and fixed inside sampling outer cover cylinder 01, and the circular cover plate 11 prevents the inner receiving cylinder 06 from sliding out of sampling outer cover cylinder 01 in food inspection sampling, and ensures the placement of the inner receiving cylinder 06 in sampling outer cover cylinder 01, and the inner receiving cylinder 06 has a plurality of sample receiving cavities 28, and the upper part of the sample receiving cavity 28 has receiving cavity upper hole 07, and the inner receiving cylinder 06 has a plurality of sample receiving cavities 28 inside and receives food samples, and the samples in the sample receiving cavity 28 are put into the sample receiving cavity 28 through receiving cavity upper hole 07.

[0021] Example 2:

[0022] The utility model discloses a sample storage cavity 28 side has the storage cylinder side mouth 08, and the sampling cover cylinder 01 side has the cover cylinder side mouth 02, and the storage cylinder side mouth 08 is aligned with the cover cylinder side mouth 02, and L type support plate 04 connects sampling cover cylinder 01, and L type support plate 04 is set up symmetrically at both sides of cover cylinder side mouth 02, and a group of L type support plate 04 is installed and fixed at both sides of cover cylinder side mouth 02, and L type support plate 04 has L type support groove 05, and arc baffle 19 is adapted with L type support groove 05, and arc baffle 19 inserts L type support groove 05, and arc baffle 19 inboard surface is attached with sampling cover cylinder 01, and arc baffle 19 both ends have baffle side plate 21, and baffle side plate 21 is attached with L type support plate 04, and arc baffle 19 outside connects third handle 20, and symmetrical L type support plate 04 supports and fixes to arc baffle 19, and arc baffle 19 covers at cover cylinder side mouth 02 outside, and in the food inspection sampling, prevent sample from falling out from the storage cylinder side mouth 08, the cover cylinder side mouth 02, need to take out the sample when the inner storage cylinder 06 is rotated to the cover cylinder side mouth 02 with the storage cylinder side mouth 08 alignment, arc baffle 19 is taken down, and the sample in sample storage cavity 28 can be taken out.

[0023] Example 3

[0024] The utility model discloses a inner storage cylinder 06 upper portion has the upper insertion slot 9, and the upper insertion slot 9 side has the side clamping groove 22, and circular cover plate 11 has the accommodation insertion hole 13, and the accommodation insertion hole 13 corresponds with the upper insertion slot 9, and the second upper cover 23 connects the positioning insertion column 24, and the second upper cover 23 lower surface is attached with circular cover plate 11, and the accommodation insertion hole 13 diameter is greater than the upper insertion slot 9 diameter.

[0025] Example 4

[0026] The utility model discloses a positioning insertion column 24 passes through the accommodation insertion hole 13 and inserts the upper insertion slot 9, and the positioning insertion column 24 rotates in the accommodation insertion hole 13, and the positioning insertion column 24 side has the insertion column side block 25, and the insertion column side block 25 is adapted with the side clamping groove 22, and the insertion column side block 25 inserts the side clamping groove 22, and the second upper cover 23 connects the second handle 26, and rotates the second upper cover 23 and makes the insertion column side block 25 drive inner storage cylinder 06 rotate, and through rotating inner storage cylinder 06, the storage cavity upper hole 7 of different positions is aligned with the drop port 12, and the sample in the sample storage cavity 28 of different positions is put in.

[0027] Example 5

[0028] The circular cover plate 11 has a drop port 12, the drop port 12 corresponds to the upper hole 07 of the storage cavity, the lower surface of the first upper cover 15 is attached to the circular cover plate 11, the first upper cover 15 is connected with the circular insertion ring 16, the rubber sleeve 17 is sleeved on the circular insertion ring 16, the rubber sleeve 17 is inserted into the upper hole 07 of the storage cavity through the drop port 12, food samples can be put into the sample storage cavity 28 through the drop port 12 and the upper hole 07 of the storage cavity, and then the food samples are sealed through the first upper cover 15, so that the food samples are prevented from falling out in food inspection sampling, the first upper cover 15 is connected with the first handle 18, the device can simultaneously store different food samples in different areas, and the operation is convenient.

[0029] The installation steps are as follows: firstly, the inner storage cylinder 06 is inserted into the sampling outer cover cylinder 01, the lower positioning column 03 is inserted into the lower insertion slot 10, the circular cover plate 11 is inserted and connected with the sampling outer cover cylinder 01, the L-shaped supporting plate 04 is connected with the sampling outer cover cylinder 01, the arc-shaped baffle 19 is inserted into the first upper cover 15, the rubber sleeve 17 is sleeved on the circular insertion ring 16, the positioning insertion column 24 is inserted into the upper insertion slot 09 through the accommodation insertion hole 13, the insertion column side block 25 is inserted into the side clamping groove 22 through the accommodation insertion hole 13, and the rubber sleeve 17 is inserted into the upper hole 07 of the storage cavity through the drop port 12.

[0030] The above is only the preferred embodiment of the utility model, and is not used for limiting the utility model, it should be indicated that, for ordinary skilled person in the art, on the premise of not departing from the technical principle of the utility model, a plurality of improvements and variations can be made, and the improvements and variations should be regarded as the protection scope of the utility model.

Claims

1. A food inspection and sampling device, characterized in that: The system includes a sampling outer cover (01), an L-shaped support plate (04), an inner storage tube (06), a circular cover plate (11), a first upper cover (15), a rubber sleeve (17), an arc-shaped baffle (19), and a second upper cover (23). The inner storage tube (06) is adapted to the sampling outer cover (01). The inner storage tube (06) is inserted into the sampling outer cover (01) and rotates inside the sampling outer cover (01). The bottom of the inner storage tube (06) has a lower slot (10). The sampling outer cover (01) has a lower positioning post (03) inside, which is adapted to the lower slot (10). The lower positioning post (03) is inserted into the lower slot (10), and the lower positioning post (03) rotates in the lower slot (10). The circular cover plate (11) is adapted to the sampling outer cover (01). The circular cover plate (11) is inserted into the sampling outer cover (01). The outer side of the circular cover plate (11) is connected to the sampling outer cover (01). The upper surface of the circular cover plate (11) is aligned with the upper surface of the sampling outer cover (01). The lower surface of the circular cover plate (11) is in contact with the upper surface of the inner storage tube (06). The inner storage tube (06) has multiple sample storage cavities (28). The upper part of the sample storage cavity (28) has a storage cavity upper hole (07).

2. The food inspection and sampling device according to claim 1, characterized in that: The sample storage cavity (28) has a storage tube side opening (08) on its side, and the sampling outer cover (01) has a cover tube side opening (02) on its side. The storage tube side opening (08) and the cover tube side opening (02) are aligned. An L-shaped support plate (04) is connected to the sampling outer cover (01). The L-shaped support plate (04) is symmetrically arranged on both sides of the cover tube side opening (02). The L-shaped support plate (04) has an L-shaped support groove (05). An arc-shaped baffle (19) is adapted to the L-shaped support groove (05). The arc-shaped baffle (19) is inserted into the L-shaped support groove (05). The inner side of the arc-shaped baffle (19) is in contact with the sampling outer cover (01). The arc-shaped baffle (19) has baffle side plates (21) at both ends. The baffle side plates (21) are in contact with the L-shaped support plate (04). The outer side of the arc-shaped baffle (19) is connected to the No. 3 handle (20).

3. The food inspection and sampling device according to claim 2, characterized in that: The inner storage tube (06) has an upper slot (09) on its upper part, and a side slot (22) on the side of the upper slot (09). The circular cover plate (11) has a clearance hole (13), which corresponds to the upper slot (09). The second upper cover (23) is connected to the positioning pin (24). The lower surface of the second upper cover (23) is in contact with the circular cover plate (11). The diameter of the clearance hole (13) is larger than the diameter of the upper slot (09).

4. A food inspection sampling device according to claim 3, characterized in that: The positioning pin (24) passes through the clearance hole (13) and is inserted into the upper slot (09). The positioning pin (24) rotates in the clearance hole (13). The side of the positioning pin (24) has a pin side block (25). The pin side block (25) is adapted to the side slot (22). The pin side block (25) is inserted into the side slot (22). The second upper cover (23) is connected to the second handle (26).

5. A food inspection and sampling device according to claim 1, characterized in that... The circular cover (11) has a dispensing port (12), which corresponds to the upper hole (07) of the storage cavity. The lower surface of the first cover (15) is in contact with the circular cover (11). The first cover (15) is connected to a circular insert ring (16). A rubber sleeve (17) is fitted on the circular insert ring (16). The rubber sleeve (17) passes through the dispensing port (12) and is inserted into the upper hole (07) of the storage cavity. The upper part of the first cover (15) is connected to a first handle (18).

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