CN202229796U

CN202229796U - Novel measuring container

Info

Publication number: CN202229796U
Application number: CN2011203624776U
Authority: CN
Inventors: 王天仪
Original assignee: Individual
Current assignee: Individual
Priority date: 2011-09-26
Filing date: 2011-09-26
Publication date: 2012-05-23
Anticipated expiration: 2021-09-26

Abstract

The utility model provides a novel measuring container. A vertical scale layer is arranged on the outer wall of the measuring container. The measuring container is characterized in that a drainage nozzle with a sharp top is arranged on one side of a container opening, a transverse scale layer is arranged at the bottom of the container, scales on the vertical scale layer and the transverse scale layer are inclined, and the extending lines of all the scales are converged at the sharp opening end of the drainage nozzle. The tail end of the transverse scale layer is coincided with the lowest end point of the vertical scale layer, the scales on the scale layers are led to be arranged in sequence, the zero scale end point of the scales is arranged at the starting end of the transverse scales, and the largest scale end point is arranged at the uppermost end point position of the vertical scale layer. The novel measuring container is simple in structure and simple and convenient to operate. When solution is poured into a test container or other containers, users can observe the scales while pouring the solution to ensure accuracy of the quantity of the poured solution and avoid influencing the whole test due to too much pouring quantity.

Description

A kind of novel measuring vessel

Technical field

A kind of measuring vessel of this practical design specifically is a kind of novel measuring vessel.

Background technology

Measuring vessel is an instrument commonly used in the laboratory, mainly contains to have scale test tube, beaker, volumetric bottle etc., and the scale value on the existing measuring vessel all is vertically to be arranged on container body; Initiating terminal is arranged on the bottom, and just there is a very big problem in people using this measuring vessel when another container adds material; Exactly when pouring into; Need constantly cup is just being put so that observe scale, measure the capacity of pouring liquid into, so not only trouble; If accidentally pour too much material into, also can whole experiment go wrong.

Summary of the invention

The purpose of the utility model provides a kind of novel measuring vessel, and it is simple in structure, can observe the amount of pouring into by the limit bevelling in use, to guarantee the accuracy of experiment.

The novel measuring vessel of said kind; Be provided with vertical scale layer at the container body outer wall; It is characterized in that: being provided with the top in a side of vessel port is pointed drainage mouth; Be provided with horizontal scale layer in the container body bottom, the scale mark on vertical scale layer and the horizontal scale layer all is skewed, and the extended line of every scale mark all is intersected in the sharp nozzle end of drainage mouth; The below end points of the end of said horizontal scale layer and vertical scale layer overlaps; Scale value on the scale layer is arranged in order in order; Its zero graduation end points is arranged on the initiating terminal of horizontal scale value, and the maximum scale end points is arranged on the end points place, the top of vertical scale layer.

Said container body is test tube, cup, bottle, bowl body, kettle body.

When said container body was test tube, laterally scale layer 4 was arranged on the bottom of test tube; When said container body was cup, bottle, bowl body, kettle body, laterally scale layer 4 was arranged on the container bottom outer edge.

The utility model is simple in structure, and is simple to operation; When in experiment container or other container, pouring solution into, can observe scale by the limit bevelling, to guarantee the accuracy of pouring volume, can too much not influence whole experiment because of pouring into.

Description of drawings

Fig. 1 is that the utility model is the structural representation of cup,

Fig. 2 is that the utility model is the structural representation of test tube,

Fig. 3 is the utility model user mode reference diagram.

Among the figure: 1-container body, the vertical scale layer of 2-, 3-drainage mouth, the horizontal scale layer of 4-, 5-zero graduation end points, 6-maximum scale end points.

Embodiment

Below in conjunction with accompanying drawing the utility model is described further.Among Fig. 1,2; Said a kind of novel measuring vessel; Be provided with vertical scale layer 2 at container body 1 outer wall, it is characterized in that: being provided with the top in a side of vessel port is pointed drainage mouth 3, is provided with horizontal scale layer 4 in the container body bottom; Scale mark on vertical scale layer 2 and the horizontal scale layer 4 all is skewed, and the extended line of every scale mark all is intersected in the sharp nozzle end of drainage mouth 3; The below end points of the end of said horizontal scale layer 4 and vertical scale layer 2 overlaps; Scale value on the scale layer is arranged in order in order; Its zero graduation end points 5 is arranged on the initiating terminal of horizontal scale value 4, and maximum scale end points 6 is arranged on the end points place, the top of vertical scale layer 2.

Said container body is test tube, cup, bottle, bowl body, kettle body.It also can be its measuring vessel.

When said container body was test tube, laterally scale layer 4 was arranged on the bottom of test tube; When said container body was cup, bottle, bowl body, kettle body, laterally scale layer 4 was arranged on the container bottom outer edge, observed scale during convenient the importing.

When the scale value of the utility model is provided with, can use normal graduated glass to come quantitative setting, because the measuring vessel diameter that people use generally can be very not big; At the bottom of so the zero graduation point is set directly at glass; To pouring 1ml solution in the container into such as thinking, the tilt container body makes the surface level of solution in the container body most advanced and sophisticated parallel with the drainage mouth 3 of container body 1 then then; This moment, the position of solution water horizontal line was exactly the position of 1ml scale value; In container body 1, add 1ml solution again, find out the position of 2ml scale value, successively other scale value is all sectioned out like above-mentioned method.

Go out outside the said method, also can adopt other method to indicate scale.Use the utility model when falling solution, just can directly observe, because in the pouring process according to scale value limit bevelling; Container body all is skewed; Like Fig. 3, just as long as know that according to the pairing scale of the horizontal line of solution what have poured into measures, simple to operation.

Claims

1. novel measuring vessel; Be provided with vertical scale layer (2) at container body (1) outer wall; It is characterized in that: being provided with the top in a side of vessel port is pointed drainage mouth (3); Be provided with horizontal scale layer (4) in the container body bottom, the scale mark on vertical scale layer (2) and the horizontal scale layer (4) all is skewed, and the extended line of every scale mark all is intersected in the sharp nozzle end of drainage mouth (3); The below end points of the end of said horizontal scale layer (4) and vertical scale layer (2) overlaps; Scale value on the scale layer is arranged in order in order; Its zero graduation end points (5) is arranged on the initiating terminal of horizontal scale value (4), and maximum scale end points (6) is arranged on the end points place, the top of vertical scale layer (2).

2. a kind of novel measuring vessel according to claim 1 is characterized in that: said container body is test tube, cup, bottle, bowl body, kettle body.

3. a kind of novel measuring vessel according to claim 2 is characterized in that: when said container body was test tube, laterally scale layer (4) was arranged on the bottom of test tube; When said container body was cup, bottle, bowl body, kettle body, laterally scale layer (4) was arranged on the container bottom outer edge.