阅读说明：本技术 一种兼具乐器功能的容器制作方法 (Method for manufacturing container with musical instrument function ) 是由 黄帅 于 2021-07-07 设计创作，主要内容包括：本发明公开了一种兼具乐器功能的容器制作方法,包括以下步骤,S1、准备标准容器胚,通过物理试验测试敲击处于不同容量状态下的标准容器胚,获得音阶频谱；S2、从音阶频谱中至少选择一个音阶,将所选音阶标注在雏形模具的发声容量位置上后形成新的产品模具；S3、采用产品模具制成容器产品,本发明的目的在于提供一种兼具乐器功能的容器制作方法,提升了容器的使用价值、减少资源浪费,满足不同层次和喜好的人们,有利于音乐基础知识的普及和国民艺术素养的提升。(The invention discloses a method for manufacturing a container with musical instrument functions, which comprises the following steps of S1, preparing a standard container blank, and knocking the standard container blank in different capacity states through a physical test to obtain a scale frequency spectrum; s2, selecting at least one scale from the scale frequency spectrum, and marking the selected scale on the sounding capacity position of the prototype mold to form a new product mold; s3, adopting a product mold to manufacture a container product, the invention aims to provide a container manufacturing method with the function of a musical instrument, improving the use value of the container, reducing resource waste, meeting people with different levels and hobbies, and being beneficial to the popularization of music basic knowledge and the promotion of national artistic literacy.)

1. A method for manufacturing a container with the functions of a musical instrument is characterized in that: s1, preparing a standard container blank, and knocking the standard container blank in different volume states through a physical test to obtain a musical scale frequency spectrum; s2, selecting at least one scale from the scale frequency spectrum, and marking the selected scale on the sounding capacity position of the prototype mold to form a new product mold; and S3, manufacturing the container product by adopting the product mold.

2. The method for manufacturing a container with musical instrument function as claimed in claim 1, wherein: the physical test comprises the following steps: s11: making a standard container blank through a parison mold; s12: and knocking the standard container blanks in different volume states to obtain a musical scale frequency spectrum.

3. The method for manufacturing a container with musical instrument function as claimed in claim 1, wherein: and S4 and S4 which are arranged before S1 are that the prototype mold is made by the mold forming device.

4. The method for manufacturing a container with musical instrument function as claimed in claim 1, wherein: the manipulator marks the selected scale on the sounding capacity position of the upper die core of the prototype die to form a new product die.

5. The method for manufacturing a container with musical instrument function as claimed in claim 1, wherein: the S3 comprises S31 and S32, S31, the product mold is firstly subjected to film combination, a cavity can be formed between a lower mold core of the product mold and an upper mold core with a plurality of scales during mold combination, and the product mold is closed again after materials in a molten state are filled into the cavity; and S32, rapidly cooling the product mold by water, and then performing demolding treatment to obtain a molded container product.

6. The method for manufacturing a container with musical instrument function as claimed in claim 1, wherein: further comprising S5, S5 is detecting whether the obtained container product is acceptable by the automatic inspection device and separating the acceptable container product from the defective container product.

7. The method for manufacturing a container with musical instrument function as claimed in claim 6, wherein: the automatic detection device comprises a workbench, an inductor arranged on the workbench, an automatic clamping jaw and two collecting barrels, wherein the inductor is positioned on the front side of the automatic clamping jaw, and the collecting barrels are respectively positioned on the left side and the right side of the automatic clamping jaw.

8. A method for manufacturing a container with musical instrument function as claimed in claim 1 or 3, wherein: the rudiment mould includes the mould frame, sets up the lower mould benevolence on the mould frame, slides and sets up the upper mould benevolence that just has a plurality of scales on the mould frame and set up on lower mould benevolence and be used for driving the upper mould benevolence gliding cylinder around, the telescopic link of cylinder passes through the spliced pole and is connected and can drive its front and back slip with the upper mould benevolence, lower mould benevolence is located the rear of upper mould benevolence.

9. The method for manufacturing a container with musical instrument function as claimed in claim 8, wherein: the mold also comprises an air cooling device arranged on the lower mold core.

10. The method for manufacturing a container with musical instrument function as claimed in claim 1, wherein: the liquid level detection device further comprises a container cover matched with the container, and an ultrasonic sensor used for detecting the liquid level is arranged on the container cover.

Technical Field

The invention relates to the technical field of container manufacturing, in particular to a method for manufacturing a container with a musical instrument function.

Background

The containers used in daily life of people for containing drinks are mostly common beverage bottles, cups, basins, bowls, kettles and the like, and the functions are single. However, with the improvement of the social living standard, more and more objects with multiple natures are needed to meet people with different levels and preferences; the containers such as beverage bottles and the like are single in function and easy to cause serious abandonment phenomenon, thereby causing influence on the environment. Therefore, for the manufacturing method of the container with the functions of the musical instrument, along with the improvement of the social living standard, more and more personalized objects are needed to appear to meet people with different levels and preferences; the problem that the discarding phenomenon is serious easily caused by single function of containers such as beverage bottles is to be solved.

Disclosure of Invention

In order to overcome the defects, the invention aims to provide a method for manufacturing a container with the functions of a musical instrument, which improves the use value of the container, reduces resource waste, meets people with different levels and preferences, and is also beneficial to popularization of music basic knowledge and promotion of national artistic literacy.

In order to achieve the above purposes, the invention adopts the technical scheme that: s1, preparing a standard container blank, and knocking the standard container blank in different volume states through a physical test to obtain a scale spectrum; s2, selecting at least one scale from the scale frequency spectrum, and marking the selected scale on the sounding capacity position of the prototype mold to form a new product mold; and S3, manufacturing the container product by adopting the product mold.

The manufacturing method of the container with the functions of the musical instrument has the advantages that the scale frequency spectrum is obtained through physical test; one or more scales are marked on a plurality of sounding capacity positions of the prototype mold to form a new product mold (the scales can be marked on the sounding capacity positions of the prototype mold in a character, pattern or number mode or other modes, and each scale corresponds to one sounding capacity position, namely the product mold is provided with a plurality of scales). Therefore, the container product can be obtained through injection molding through the product mold, and the container product is provided with a plurality of scales. When different users need the container product to produce sound, appropriate liquid is injected into the accommodating space of the container product according to the requirements of the users and a plurality of scales on the container product, and the users can manually knock the container product to obtain the sound required by the users. A method for manufacturing a container with the functions of musical instruments improves the use value of the container, reduces resource waste, meets people with different levels and preferences, and is also beneficial to popularization of music basic knowledge and promotion of national art literacy. The obtaining of a scale spectrum by simulation program testing is prior art and will not be described in detail herein. The material can be plastic, soda-lime glass or other materials.

As a further improvement of the invention, the physical test comprises the following steps: the physical test comprises the following steps: s11: making a standard container blank through a parison mold; s12: the standard container blanks in different volume states are knocked to obtain the musical scale frequency spectrum. The physical test is manually operated by a user, and after the standard container embryo is obtained, the user knocks the standard container embryo in an empty liquid state, a semi-liquid state, a full liquid state or other capacity states to obtain a scale spectrum. The scale spectrum can be 7 scales according to the do \ re \ mi \ fa \ so \ la \ si of the sound frequency selected reference. The standard container blank can be made by a prototype mold, after a certain volume of liquid is injected into the standard container blank, a scale can be obtained after knocking the standard container blank in the volume state, and the position of the liquid in the standard container blank corresponds to the sounding volume position of the prototype mold and also corresponds to the scale.

As a further improvement of the invention, S4 is further included, which is arranged before S1, and S4 is that a blank mold is made by a mold forming device.

The invention is further improved by comprising a mechanical arm, wherein the mechanical arm marks the selected scale on the sounding capacity position of the upper die core of the prototype die to form a new product die. If there are 7 scales on which the reference is selected according to the sound frequency, marking each scale at the position of the corresponding sound production capacity.

The invention has the further improvement that S3 comprises S31 and S32, S31, the product mold is firstly combined with the film, a cavity can be formed between the lower mold core of the product mold and the upper mold core with a plurality of scales when the mold is combined, and the product mold is tightly combined after the cavity is filled with the material in the molten state; and S32, carrying out demoulding treatment on the product mould after rapid water cooling to obtain a formed container product.

As a further improvement of the present invention, S5, S5 is that the obtained container product is detected to be qualified by the automatic detection device, and the qualified container product can be separated from the defective container product. A defective container product means that the container product has fewer musical scales than the product mold.

The automatic detection device comprises a workbench, a sensor arranged on the workbench, an automatic clamping jaw and two collecting barrels, wherein the sensor is positioned on the front side of the automatic clamping jaw, and the two collecting barrels are respectively positioned on the left side and the right side of the automatic clamping jaw. A user manually places a container product on the workbench, the container product is positioned between the sensor and the automatic clamping jaw, and the sensor detects whether the container product is qualified; the automated gripper fingers place the acceptable container products in one collection bin and the automated gripper fingers place the defective container products in another collection bin.

The invention is further improved in that the rudiment mold comprises a mold frame, a lower mold core arranged on the mold frame, an upper mold core which is arranged on the mold frame in a sliding manner and is provided with a plurality of scales, and a cylinder which is arranged on the lower mold core and is used for driving the upper mold core to slide back and forth, wherein a telescopic rod of the cylinder is connected with the upper mold core through a connecting column and can drive the upper mold core to slide back and forth, and the lower mold core is positioned behind the upper mold core. The cylinder is started to drive the upper mold core to slide forwards (backwards), so that the lower mold core and the upper mold core are demoulded (film-closed).

The invention is further improved by further comprising an air cooling device arranged on the lower die core. The air cooling device is the prior art and is not described more than here. Further facilitating the forming of the container product.

The liquid level detection device further comprises a container cover matched with the container, and the container cover is provided with an ultrasonic sensor for detecting the liquid level. The provision of an ultrasonic sensor further facilitates confirmation of the volume of injected liquid by the liquid level.

Detailed Description

The following detailed description of the preferred embodiments of the present invention is provided to enable those skilled in the art to more readily understand the advantages and features of the present invention and to clearly and unequivocally define the scope of the present invention.

The method for manufacturing the container with the functions of the musical instrument comprises the following steps of S1, preparing standard container blanks, and knocking the standard container blanks in different volume states through physical test tests to obtain scale frequency spectrums; s2, selecting at least one scale from the scale frequency spectrum, and marking the selected scale on the sounding capacity position of the prototype mold to form a new product mold; and S3, manufacturing the container product by adopting the product mold.

The working process of the embodiment: obtaining a scale frequency spectrum through a physical test; one or more scales are marked on a plurality of sounding capacity positions of the prototype mold to form a new product mold ((the scales can be marked on the sounding capacity positions of the prototype mold in a character, pattern, number or other mode, each scale corresponds to one sounding capacity position, namely, a plurality of scales are arranged on the product mold). therefore, a container product can be obtained by injection molding through the product mold, the container product is provided with a plurality of scales, when different users need to sound the container product, appropriate liquid can be injected into the accommodating space of the container product according to the requirements of the users and the scales arranged on the container product, and the container product can be manually knocked to obtain the sound required by the users, the manufacturing method of the container with the functions of musical instruments improves the use value of the container, reduces the waste of resources, and meets people with different levels and preferences, and the popularization of music basic knowledge and the promotion of national art literacy are facilitated. The material can be plastic, soda-lime glass or other materials.

The physical test of the first embodiment comprises the following steps: the physical test comprises the following steps: s11: making a standard container blank through a parison mold; s12: the standard container blanks in different volume states are knocked to obtain the musical scale frequency spectrum. The physical test is manually operated by a user, and after the standard container embryo is obtained, the user manually knocks the standard container embryo in an empty liquid state, a semi-liquid state, a full liquid state or other capacity states to obtain a scale spectrum. The scale spectrum can be 7 scales according to the do \ re \ mi \ fa \ so \ la \ si of the sound frequency selected reference. The standard container blank can be made by a prototype mold, after a certain volume of liquid is injected into the standard container blank, a scale can be obtained after the standard container blank in the volume state is knocked, and the position of the liquid in the standard container blank corresponds to the sounding volume position of the prototype mold and also corresponds to the scale.

The first embodiment further includes S4 and S4, which are steps of forming a blank mold by a mold forming apparatus, before S1.

The first embodiment further comprises a manipulator, and the manipulator marks the selected scale on the sounding capacity position of the upper mold core of the prototype mold to form a new product mold. If there are 7 scales on the basis of the sound frequency, marking each scale at the position of the corresponding sound production capacity

In this embodiment, the first step S3 includes S31 and S32, S31, the product mold is first closed, a cavity can be formed between the lower mold core and the upper mold core with a plurality of scales when the mold is closed, and the product mold is closed again after the cavity is filled with the material in the molten state; and S32, rapidly cooling the product mold by water, and then performing demolding treatment to obtain a molded container product.

The first embodiment further includes S5, wherein S5 is to detect whether the obtained container product is qualified by the automatic detection device, and to separate the qualified container product from the defective container product. A defective container product is one that has fewer musical scales on the container product than on the product mold.

An automatic checkout device of this embodiment includes the workstation, sets up inductor, automatic clamping jaw and two collecting vessel on the workstation, and the inductor is located the front side of automatic clamping jaw, and two collecting vessels are located the left and right sides of automatic clamping jaw respectively. A user manually places a container product on the workbench, the container product is positioned between the sensor and the automatic clamping jaw, and the sensor detects whether the container product is qualified; the automated gripper fingers place acceptable container products in one collection bin and the automated gripper fingers place defective container products in another collection bin.

This embodiment a rudiment mould includes the mould frame, sets up the lower mould benevolence on the mould frame, slides and sets up on the mould frame and have the upper mould benevolence of a plurality of scales and set up on lower mould benevolence and be used for driving the upper mould benevolence gliding cylinder in front and back, and the telescopic link of cylinder passes through the spliced pole and is connected and can drive its front and back slip with upper mould benevolence, and lower mould benevolence is located the rear of upper mould benevolence. The cylinder is started to drive the upper mold core to slide forwards (backwards), so that the lower mold core and the upper mold core are demoulded (film-combined).

The first embodiment further comprises an air cooling device arranged on the lower die core. The air cooling device is the prior art and is not described more than here. Further facilitating the forming of the container product.

The first embodiment further comprises a container cover matched with the container for use, and the container cover is provided with an ultrasonic sensor for detecting the liquid height. The provision of the ultrasonic sensor further facilitates confirmation of the volume of injected liquid by the liquid level.

In the second embodiment, a method for manufacturing a container with musical instrument functions includes steps of S1, obtaining a scale spectrum through a simulation program test; s2, selecting at least one scale from the scale frequency spectrum, and marking the selected scale on the sounding capacity position of the prototype mold to form a new product mold; and S3, manufacturing the container product by adopting the product mold.

Working process of the second embodiment: obtaining a scale frequency spectrum through simulation program testing; one or more scales are marked on a plurality of sounding capacity positions of the prototype mold to form a new product mold ((the scales can be marked on the sounding capacity positions of the prototype mold in a character, pattern, number or other mode, each scale corresponds to one sounding capacity position, namely, a plurality of scales are arranged on the product mold). therefore, a container product can be obtained by injection molding through the product mold, the container product is provided with a plurality of scales, when different users need to sound the container product, appropriate liquid can be injected into the accommodating space of the container product according to the requirements of the users and the scales arranged on the container product, and the container product can be manually knocked to obtain the sound required by the users, the manufacturing method of the container with the functions of musical instruments improves the use value of the container, reduces the waste of resources, and meets people with different levels and preferences, and the popularization of music basic knowledge and the promotion of national art literacy are facilitated. It is prior art to obtain a musical scale spectrum by simulation program testing, and it is not described herein too much. The material can be plastic, soda-lime glass or other materials.

The container product has a plurality of scales, and the plurality of scales are arranged along an axial direction of the container product. The container product is also provided with a holding handle, a gasket and milliliter scales, the milliliter scales are arranged along the axial direction of the container product, and the multiple scales correspond to multiple milliliter scale lines on the milliliter scales respectively. The cleaning brush and the knocking rod can be matched with a container product for use; wherein the cleaning brush comprises a brush handle, a brush rod and a brush head which are integrally formed.

The above embodiments are merely illustrative of the technical concept and features of the present invention, and the present invention is not limited thereto, and any equivalent changes or modifications made according to the spirit of the present invention should be included in the scope of the present invention.