CN202377010U - Luggage carrier for oscillator - Google Patents

Abstract

A carrier for an oscillator, including a bracket, a guardrail and a hook rubber belt. The front guardrail and the first and second rear guardrails are strip-shaped plates of the same specification, and the upper edges of the first and second front guardrails and the first and second rear guardrails are respectively provided with multiple grooves with the same number and corresponding positions. The first and second front guardrails are set horizontally, the two ends of the first and second front guardrails are respectively fixedly connected to the first and second poles, the first and second rear guardrails are set horizontally, and the two ends of the first and second rear guardrails are respectively fixed Connected to the third and fourth poles, the hooks at both ends of the plurality of hook rubber belts are respectively hung in corresponding grooves of the guardrails on both sides. The utility model has the advantages of simple structure, easy acquisition of raw materials, low cost, convenient adjustment and use, and the carrying capacity can be increased by 1-2 times, and at the same time, it is more convenient to observe the oscillation phenomenon. <b/>

Description

A carrier for an oscillator

technical field

The utility model relates to an instrument accessory, in particular to a carrier for an oscillator.

Background technique

Oscillators, also known as shakers, are commonly used chemical laboratory equipment and are widely used in liquid shaking, adsorption, desorption, bacterial culture, biochemical reactions, and enzyme and tissue research that have high requirements for oscillation frequencies. The oscillator has a high utilization rate in the laboratory and a long service time (3-8 hours for a batch of samples). Therefore, when entering the stage of course design, comprehensive experiment and graduation thesis, a large number of students enter the laboratory at the same time, and there is often a problem of tight use of oscillators. If you invest in new equipment, it will be wasteful if the equipment is idle during the non-centralized teaching period. In order to save money and alleviate this problem, we modified the existing oscillator, which effectively increased the load capacity of the oscillator, and when multiple vessels oscillate at the same time, it is convenient to observe the oscillation phenomenon. In teaching and use, the operating effect good.

Utility model content

The purpose of this utility model is to provide a stage for oscillators that has a large carrying capacity, is easy to observe, and can meet the intensive use of a large number of experiments.

The technical solution adopted:

A carrier for an oscillator, including a bracket, a guardrail and a hook rubber belt;

The bracket consists of the first pole, the second pole, the third pole, the fourth pole, the fifth pole, the sixth pole, the seventh pole, the eighth pole, the ninth pole and the tenth pole connected by rods;

The guardrail is composed of the first front guardrail, the second front guardrail, the first rear guardrail and the second rear guardrail, and the first front guardrail, the second front guardrail, the first rear guardrail and the second rear guardrail are long Strip plate, the first front guardrail and the second front guardrail are arranged horizontally, and the second front guardrail is located below the first front guardrail; pole fixed connection;

The first rear guardrail and the second rear guardrail are arranged horizontally, and the second rear guardrail is located below the first rear guardrail; both ends of the first rear guardrail and the second rear guardrail are fixedly connected to the third pole and the fourth pole respectively ;

The corresponding positions of the upper edges of the first front guardrail and the second front guardrail are respectively provided with a plurality of grooves of the same number, and the upper edges of the first rear guardrail and the second rear guardrail are respectively provided with a plurality of grooves of the same number, The number of grooves provided on the first rear guardrail and the second rear guardrail is the same as the number of grooves provided on the first front guardrail and the second front guardrail, and the positions are corresponding;

The groove spacing of each of the above grooves is 1.5cm, the groove width is 0.5cm, and the groove depth is 0.5cm;

A plurality of hook rubber belts are respectively arranged at positions corresponding to multiple sets of grooves between the first front guardrail and the first rear guardrail. The hook rubber belts are set in parallel, and the hanging position of each hook rubber belt can be flexibly adjusted according to the shape and size of the oscillating vessel;

The brackets are fixedly mounted on the loading tank of the oscillator through two upright posts 18 on both sides.

Instructions:

On the outer edges of the two long sides of the oscillator, respectively fix a double-layer guardrail with multiple grooves, and the hooks at both ends of the multiple self-made hook rubber belts are hung in the grooves corresponding to the guardrails on both sides. According to the shape and size of each rubber belt, adjust the hooking position of each rubber belt, and multiple containers can be arranged between every two rows of rubber belts.

The utility model has the advantages of:

The utility model has the advantages of simple structure, easy acquisition of raw materials, low cost, convenient adjustment and use, and the carrying capacity can be increased by 1-2 times, and at the same time, it is more convenient to observe the oscillation phenomenon.

Description of drawings

Fig. 1 is a schematic diagram of the overall structure of an embodiment of the utility model after assembly.

Fig. 2 is a front view of an embodiment of the utility model after assembly.

Fig. 3 is a schematic view of the bracket of the present invention.

Fig. 4 is a schematic diagram of a guardrail of the present invention.

Fig. 5 is a schematic diagram of the hook rubber belt of the present invention.

Detailed ways

A carrier for an oscillator, comprising a bracket 1, a guardrail and a hook rubber belt 17;

The support 1 is composed of the first pole 2, the second pole 5, the third pole 3, the fourth pole 4, the fifth pole 6, the sixth pole 7, the seventh pole 8, and the eighth pole 9 , the ninth strut 10 and the tenth strut 11 are connected;

Described guardrail is made up of the first front guardrail 12, the second front guardrail 13, the first rear guardrail 14 and the second rear guardrail 15, and the first front guardrail 12, the second front guardrail 13, the first rear guardrail 14 and the second The rear guardrail 15 is a strip-shaped plate with the same structure, the first front guardrail 12 and the second front guardrail 13 are horizontally arranged, and the second front guardrail 13 is positioned under the first front guardrail 12; the first front guardrail 12 and the second front guardrail Both ends of the guardrail 13 are fixedly connected to the first pole 2 and the second pole 5 respectively;

The first rear guardrail 14 and the second rear guardrail 15 are horizontally arranged, and the second rear guardrail 15 is positioned at the below of the first rear guardrail 14; It is fixedly connected with the fourth pole 4;

The corresponding positions of the upper edges of the first front guardrail 12 and the second front guardrail 13 are respectively provided with a plurality of grooves 16 with the same number, and the upper edges of the first rear guardrail 14 and the second rear guardrail 15 are respectively provided with the same number of grooves. A plurality of grooves 16, the number of the plurality of grooves 16 is the same as the number of grooves 16 provided on the first front guardrail 12 and the second front guardrail 13, and the positions are corresponding;

Each of the above-mentioned grooves 16 has a groove spacing of 1.5cm, a groove width of 0.5cm, and a groove depth of 0.5cm;

A plurality of hook rubber belts 17 are respectively arranged at the positions corresponding to the corresponding sets of grooves 16 between the first front guardrail 12 and the first rear guardrail 14, and the hooks at both ends of the plurality of hook rubber belts 17 are respectively hung on the corresponding grooves. 16, and a plurality of hook rubber belts 17 are arranged in parallel.

Claims (2)

1. A carrier for an oscillator, including a bracket (1), a guardrail and a hook rubber belt (17), the bracket (1) consists of a first pole (2), a second pole (5), a third pole rod (3), fourth rod (4), fifth rod (6), sixth rod (7), seventh rod (8), eighth rod (9), ninth rod ( 10) connected with the tenth pole (11), characterized in that: The guardrail is composed of a first front guardrail (12), a second front guardrail (13), a first rear guardrail (14) and a second rear guardrail (15), and the first front guardrail (12), the second front guardrail (13), the first rear guardrail (14) and the second rear guardrail (15) are strip-shaped plates with the same structure, the first front guardrail (12) and the second front guardrail (13) are set horizontally, and the second front The guardrail (13) is positioned under the first front guardrail (12); the two ends of the first front guardrail (12) and the second front guardrail (13) are respectively connected with the first pole (2) and the second pole (5) fixed connection; The first rear guardrail (14) and the second rear guardrail (15) are arranged horizontally, and the second rear guardrail (15) is located below the first rear guardrail (14); the first rear guardrail (14) and the second rear guardrail ( 15) The two ends are respectively fixedly connected with the third support rod (3) and the fourth support rod (4); The corresponding positions of the upper edges of the first front guardrail (12) and the second front guardrail (13) are respectively provided with a plurality of grooves (16) with the same number, the first rear guardrail (14) and the second rear guardrail (15) ) are provided with a plurality of grooves (16) on the upper edge respectively, and the plurality of grooves (16) are connected with the plurality of grooves (16) on the first front guardrail (12) and the second front guardrail (13) The number is the same, and the positions are corresponding; A plurality of hook rubber belts (17) are respectively arranged at positions corresponding to multiple sets of grooves (16) between the first front guardrail (12) and the first rear guardrail (14), and a plurality of hook rubber belts (17) The hooks at both ends are respectively hung in corresponding grooves (16), and a plurality of hook rubber belts (17) are arranged in parallel. 2. A carrier for an oscillator according to claim 1, characterized in that: the grooves (16) have a groove spacing of 1.5cm, a groove width of 0.5cm, and a groove depth of 0.5cm.

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