Moisturizing device for preventing ink from evaporating at slit of pen point
阅读说明：本技术 一种防止钢笔尖狭缝处墨水蒸发的保湿装置 (Moisturizing device for preventing ink from evaporating at slit of pen point ) 是由 徐睿琦 于 2019-11-21 设计创作，主要内容包括：一种防止钢笔尖狭缝处墨水蒸发的保湿装置,涉及一种钢笔,包括笔帽,笔帽的后端连接有钢笔本体,笔帽的前端设有缩颈口,在缩颈口上固定连接有环形上帽体,上帽体的顶面固定有透明盖,上帽体内设有湿度纸和保湿材料,湿度纸设置在透明盖与保湿材料之间,保湿材料的直径大于缩颈口的内径,钢笔本体的笔尖与保湿材料不接触；本发明结构简单、保湿效果好,湿润一次保湿材料可保持钢笔放置30天还能正常书写。(A moisturizing device for preventing ink at a slit of a pen nib from evaporating relates to a pen, and comprises a pen cap, wherein the rear end of the pen cap is connected with a pen body, the front end of the pen cap is provided with a necking port, an annular upper cap body is fixedly connected to the necking port, a transparent cover is fixed to the top surface of the upper cap body, humidity paper and a moisturizing material are arranged in the upper cap body, the humidity paper is arranged between the transparent cover and the moisturizing material, the diameter of the moisturizing material is larger than the inner diameter of the necking port, and the pen nib of the pen body is not in contact with the moisturizing material; the pen has a simple structure and a good moisturizing effect, and the pen can be kept for 30 days to write normally by moistening the primary moisturizing material.)
1. The utility model provides a prevent moisturizing device of pen point slit department ink evaporation, includes the cap for brush, characterized by: the rear end of pen cap is connected with the pen body, and the front end of pen cap is equipped with the necking, and the cap body is gone up to fixedly connected with annular on the necking, and the top surface of going up the cap body is fixed with the transparent cover, goes up the internal humidity paper and the material of moisturizing that is equipped with of cap, and the humidity paper sets up between transparent cover and the material of moisturizing, and the diameter of the material of moisturizing is greater than the internal diameter of necking, and the nib of pen body and the material of moisturizing contactless.
2. The moisturizing device for preventing ink evaporation at a slit of a pen nib of claim 1, wherein: the pen cap is cylindrical with openings at two ends.
3. The moisturizing device for preventing ink evaporation at a slit of a pen nib of claim 1, wherein: the neck reducing opening is sleeved with the upper cap body or fixedly connected with the upper cap body through threads.
4. The moisturizing device for preventing ink evaporation at a slit of a pen nib of claim 1, wherein: the pen cap is arranged outside the front end of the pen body, and the rear end of the pen cap is connected with the middle of the pen body in a plugging or threaded mode.
5. The moisturizing device for preventing ink evaporation at a slit of a pen nib of claim 1, wherein: the inner circle surface of the front end of the upper cap body is provided with a step extending inwards, and the edge of the transparent cover is bonded on the step.
6. The moisturizing device for preventing ink evaporation at a slit of a pen nib of claim 1, wherein: the moisturizing material is sponge, cotton cloth or cotton fiber, the thickness is 2-4mm, and the outer circle surface of the moisturizing material is contacted with the inner circle surface of the upper cap body.
Technical Field
The invention relates to a pen, in particular to a moisturizing device for preventing ink at a slit of a pen point from evaporating.
Background
As is known, a pen generally comprises a cap, a nib, a tongue, a holding position, a shaft and an inking system, and the writing principle of the pen is as follows: the water-based ink in the penholder is led into the penholder tongue under the action of gravity, and then the ink is continuously led out under the capillary action of the pen nib to keep writing; wherein, the principle that capillary phenomenon takes place is: the liquid is arranged at the inner side of the thin tubular object and is formed by combining the adhesive force between the liquid and the object and the surface tension generated by the cohesive force, so that the liquid flows to the thin tubular object under the condition of not applying external force; its initiation requires two conditions, namely: the object is made of hydrophilic materials and liquid exists in the slit, and the pen cannot write normally when any link of the object is in a problem. When the pen is not used for a long time, ink at the pen point of the pen is continuously evaporated until the ink is completely evaporated, no ink exists in the narrow slit of the pen point at the moment, and the capillary phenomenon cannot be continuous, so that the ink cannot smoothly flow down, namely, the phenomenon that the pen is dry is generated.
Aiming at the problem of dry pen, the technical personnel in the field propose different solutions, the cavity volume is reduced by changing the shape design of a pen cap so as to reduce the evaporation of the ink at the pen point most commonly, hero and park pens change the traditional cylindrical pen cap into a shuttle-shaped pen cap, Japanese Bai le Ka Li imperial concubine pen adopts a rotary threaded pen cap, German 'Ling Mei' pen adopts a double-layer pen cap design, the cavities of the pen caps are reduced, the exchange of moist air in the pen cap and the outside air is further reduced, and the evaporation of the ink at the pen point is finally reduced; although the technology can solve the problem of dry and astringent pen point to a certain extent, the situation that the pen cannot be written smoothly still occurs after being placed for one week; although the German 'Lingmei' pen further improves the ink control technology and controls the ink output according to the writing weight, the situation that writing cannot be performed also occurs after the pen cap is covered and the pen is placed for 2 weeks, and due to the technical cost, the pens with the function in the above pen manufacturers are expensive, and the used technology cannot be widely popularized and applied to the design of other pens. Therefore, it is a basic demand of those skilled in the art to provide a moisturizing device that can be widely used and prevents evaporation of ink from the slit of the pen tip.
Disclosure of Invention
In order to overcome the defects in the background art, the invention discloses a moisturizing device for preventing ink at a slit of a pen point from evaporating.
In order to realize the purpose, the invention adopts the following technical scheme:
the utility model provides a prevent moisturizing device of pen nib slit department ink evaporation, includes the cap for brush, and the rear end of cap for brush is connected with the pen body, and the front end of cap for brush is equipped with the necking, and the cap body is gone up to fixedly connected with annular on the necking, and the top surface of going up the cap body is fixed with the transparent cover, goes up the internal humidity paper and the material of moisturizing, and the humidity paper sets up between transparent cover and the material of moisturizing, and the diameter of the material of moisturizing is greater than the internal diameter of necking, and the nib of pen body and the material of moisturizing contactless.
The moisturizing device for preventing ink from evaporating at the slit of the pen point is characterized in that the pen cap is cylindrical with openings at two ends.
The moisture retention device for preventing ink from evaporating at the slit of the pen point is characterized in that the neck reducing opening is sleeved with the upper cap body or fixedly connected with the upper cap body through threads.
Prevent moisturizing device of pen point slit department ink evaporation, the cap setting is outside at the front end of pen body, the rear end of cap and the middle part plug or the threaded connection of pen body.
The moisturizing device for preventing ink from evaporating at the slit of the pen nib is characterized in that an inwardly extending step is arranged on the inner circular surface of the front end of the upper cap body, and the edge of the transparent cover is bonded on the step.
The moisturizing device for preventing ink evaporation at the slit of the pen point is characterized in that the moisturizing material is sponge, cotton cloth or cotton fiber, the thickness of the moisturizing material is 2-4mm, and the outer circular surface of the moisturizing material is in contact with the inner circular surface of the upper cap body.
Due to the adoption of the technical scheme, the invention has the following beneficial effects:
according to the moisturizing device for preventing ink evaporation at the slit of the pen point, the moisturizing paper and the moisturizing material are placed in the upper cap body, water is dripped on the moisturizing material, after the pen cap is closed on the pen body, the moisturizing material releases partial moisture when the environment in the pen cap is dry, so that the environment humidity in the pen cap keeps the pen point not dry, the color change of the moisturizing paper is observed through the transparent cover, and the moisturizing material is conveniently wetted in time; the pen has a simple structure and a good moisturizing effect, and the pen can be kept for 30 days to write normally by moistening the primary moisturizing material.
Drawings
FIG. 1 is a schematic structural view of the present invention;
FIG. 2 is a graph comparing the experimental results of the present invention with those of the prior art;
in the figure: 1. a transparent cover; 2. an upper cap body; 3. moisture paper; 4. a moisturizing material; 5. necking down; 6. a pen cap; 7. the pen body.
Detailed Description
The present invention will be explained in detail by the following examples, which are disclosed for the purpose of protecting all technical improvements within the scope of the present invention.
The moisturizing device for preventing ink evaporation at the slit of the pen point, which is described in the attached figure 1, comprises a pen cap 6, wherein the rear end of the pen cap 6 is connected with a pen body 7, the pen cap 6 is arranged outside the front end of the pen body 7, and the rear end of the pen cap 6 is connected with the middle part of the pen body 7 in a plugging or threaded manner; the pen cap 6 is cylindrical with openings at two ends; the front end of the pen cap 6 is provided with a neck-reducing
When the moisturizing device for preventing ink evaporation at the slit of the pen nib is implemented, the moisturizing material 4 is fully wetted to be suitable for preventing water from dripping, the moisturizing material 4 is arranged in the
The humidity paper is called as a humidity card, is an existing product and is low in manufacturing cost; the humidity paper is made by utilizing the principle that cobalt chloride (Co (H20)4Cl 2) or other chemical materials can change color after absorbing water; the cobalt chloride is blue when dried, and the chemical composition is [ Co (H20)4Cl2 ]; the color turns red after absorbing moisture, and the chemical composition becomes [ Co (H2O)6]2 +; the humidity card compares the color development condition under different humidity with the color comparison card, so that the humidity value can be known, and the moisture preserving material 4 is not required to be filled with water for judgment.
In order to verify the feasibility of the patent, a group of simple experiments are designed to simply verify the method, and the experiments adopt a cheap pen in a common store, a pen with a Nippon Baile imperial concubine screw cap and a pen with a German Lingmei double-layer cap design and an optimized ink supply system as experimental objects; the experimental results shown in the attached figure 2 show that the placing time of the pen without dry pen is short for the ordinary pen, the pen with the threaded cap and the pen with the optimized ink supply system, and the placing time of the pen which can still normally write can be obviously prolonged by using the invention, so that the practicability of the pen is greatly improved, and the service performance of the pen is improved.
The present invention is not described in detail in the prior art.
The embodiments selected for the purpose of disclosing the invention, are presently considered to be suitable, it being understood, however, that the invention is intended to cover all variations and modifications of the embodiments which fall within the spirit and scope of the invention.
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