CN110755261A

CN110755261A - Moxibustion bottle and production process thereof

Info

Publication number: CN110755261A
Application number: CN201911063946.1A
Authority: CN
Inventors: 张宗强
Original assignee: Shanghai Jiangchun Medical Science And Technology Co Ltd
Current assignee: Shanghai Jiangchun Medical Science And Technology Co Ltd
Priority date: 2019-11-04
Filing date: 2019-11-04
Publication date: 2020-02-07

Abstract

The invention relates to the technical field of moxibustion, and discloses a moxibustion bottle and a production process thereof, wherein moxa is put into a bottle body and then ignited through the arrangement of the bottle body, a large amount of paper and glue for wrapping moxa sticks and moxa columns are saved, so that harmful smoke generated during combustion due to the ignition of the paper and the glue during moxibustion is avoided, the damage of the smoke generated after the ignition of the paper and the glue of the traditional moxa sticks to the environment is avoided, through the arrangement of the bottle body, an upper cover and a lower cover, the contact between the moxa in the bottle body and air is reduced, so that the burning force of the moxa is reduced and slowed down, through the removal of the content of ash of the moxa in the bottle body, the temperature, the burning speed and the burning force of the moxa are controlled through the thickness of ash, the time for moxibustion of the same amount of moxa is longer, through the arrangement of the bottle body, a relative plane is formed at the end part of the bottle body, and after the moxa is ignited, all moxa is acted on the moxa-moxibustion person, avoids producing the waste of moxa, has also improved the efficiency when the moxa-moxibustion simultaneously greatly.

Description

Moxibustion bottle and production process thereof

Technical Field

The invention relates to the technical field of moxibustion, in particular to a moxibustion bottle and a production process thereof.

Background

The existing moxibustion products, namely the moxa stick and the moxa cone, are formed by winding up a plurality of layers of paper by a professional machine and pasting the paper with glue. Because the moxa roll and the moxa cone are wrapped by paper and glue, smoke generated during burning has negative effects on the health of people, and the environmental pollution is relatively large. Therefore, there is a need for a moxibustion bottle and a production process thereof to solve the above problems.

Disclosure of Invention

Technical problem to be solved

Aiming at the defects of the prior art, the invention provides the moxibustion bottle and the production process thereof, which have the advantages of avoiding smoke generated by burning paper and glue during moxibustion and the like, and solve the problem that the smoke generated by burning the paper and the glue wrapped on the moxa stick and the moxa column negatively affects the health of people and the environmental pollution.

(II) technical scheme

In order to achieve the aim of avoiding the smoke generated by the combustion of paper and glue during moxibustion, the invention provides the following technical scheme: the utility model provides a moxibustion bottle, the bottle comprises a bottle body, upper cover and lower cover, the bottle comprises inner shell and shell, inner shell and shell all are the cylindrical body of center fretwork, shell fixed connection is in the outer wall of inner shell, leave the clearance between shell and the inner shell, and the clearance between shell and the inner shell is the vacuum form, the thread groove has been seted up to the both ends outer wall of shell, upper cover and lower cover are constituteed by lid inner shell and lid shell, the side of lid inner shell is fretwork state and inner wall and has seted up the thread groove, the thread groove of lid inner shell and the thread groove looks adaptation of shell, the lid shell cup joints in the one end that the fretwork face was kept away from to the lid inner shell, upper cover and lower cover respectively with the both ends threaded.

Preferably, the outer shell and the inner shell are both made of stainless steel.

Preferably, the material of the cover inner shell and the material of the cover outer shell are both stainless steel.

A production process of a moxibustion bottle comprises the following steps:

(1) cutting a pipe: the pipe cutting equipment uses a numerical control lathe, the required size is accurate, defective products and waste materials are found in time, and pits, pockmarks and waste reporting products are avoided in operation.

(2) Water swelling: the water expansion press is used, attention is focused, and whether the pit, the size and the shape of the product meet the requirements or not is paid attention at all times.

(3) And segmentation: the instrument vehicle is used for cutting off the shell after water expansion, the required size is accurate, the cut is uniform, no gap and no rough edge exist, and the instrument vehicle is lightly taken to avoid generating pits, concave points, pockmarks and newspaper wastes.

(4) And bulging: the large press is focused on, the welding position of the pipe of the shell is required to correspond to the joint of the die, and whether the pit, the size and the shape of the product meet the requirements or not is noticed at all times.

(5) Roll center angle: and rolling two corners passing through the concave part of the bulging shell to meet the size requirement by using a lathe, and avoiding generating pits, concave points, pockmarks and waste reports.

(6) And bottom shrinkage: and (3) reducing the circular arc bottom opening of the bulging shell to meet the size requirement by using a lathe, so that pits, concave points, pockmarks and waste reports are avoided.

(7) Cutting the bottom: and cutting the bottom opening of the shell with the contracted bottom to a standard size by using a lathe, wherein the cut opening is uniform and has no notch or burr, and the shell is lightly taken and placed to avoid generating pits, pockmarks and newspaper wastes.

(8) And rib punching: the welding seam at the position of the shell opening is flattened on a small press, so that the welding seam can not be subjected to skip welding, and the welding seam is smooth and uniform.

(9) And the flat upper opening of the shell: the flat opening is uniform, has no notch and burr by using a lathe, meets the requirement, is lightly taken and placed, and avoids generating pits, concave points, pockmarks and newspaper wastes.

(10) And bottom punching: the press is used, attention is paid to whether the pits, the size and the shape of the product meet the requirements, and particularly, whether the bottom of the press is cracked or not is paid attention.

(11) A flat bottom opening: the instrument vehicle is used, the flat bottom opening is uniform, has no notch and no rough edge, meets the requirement, and is light and easy to hold, so that pits, concave points, pockmarks and newspaper wastes are avoided.

(12) And flattening the tube: the instrument vehicle is used for flattening the pipe orifice at one end, the flattening is uniform, and the pipe orifice is free of gaps and burrs, so that the requirements are met. The bag is lightly taken and lightly placed, so that pits, concave points, pockmarks and newspaper waste products are avoided.

(13) Rolling the upper corner: and rolling the bulging corner of the inner container with good bulging to meet the size requirement by using a lathe, and lightly taking and placing to avoid generating pits, concave points, pockmarks and waste reports.

(14) And the inner container is flat and has an upper opening: with the instrument truck, the flat mouthful is even, unnotched and unhairing limit, meets the requirements: the bag is lightly taken and lightly placed, so that pits, concave points, pockmarks and newspaper waste products are avoided.

(15) And rolling threads: the special threading machine is used, and is executed according to the rolling thread operation instruction book, attention is required to be focused, and the thread depth is adjusted to meet the size requirement. The bag is lightly taken and lightly placed, so that pits, concave points, pockmarks and newspaper waste products are avoided.

(16) And cleaning and drying: the inner container and the outer shell are cleaned and dried, and are lightly taken and placed, so that pits, pockmarks and newspaper waste products are avoided.

(17) And inspecting and knocking pits: and (4) checking whether the inner container and the outer shell are qualified, flattening the four pits and the concave points until the four pits and the concave points meet the requirements, and lightly taking and placing.

(18) And butt welding: the inner container and the inner bottom are welded in a butt welding mode, and the welded welding line is required to be smooth, leak-free and pit-free.

(19) And water testing and leakage detecting: and inflating the inner containers which are welded in a butt welding manner for testing water, and determining whether a weld seam has a leak or not and whether the weld seam is not leak or not is qualified.

(20) And bottle mouth preparation: the inner casing and the outer casing are combined together, the bottle mouth is closed and flat, and the inner casing and the outer casing are lightly taken and placed, so that pits, concave points, pockmarks and newspaper waste products are avoided.

(21) And welding the bottom of the weld opening: ensuring the bottom of the welding opening to be welded thoroughly and smoothly without concave-convex points, welding beading and welding spot leakage.

(22) And igniting: the getter is spot welded in the middle bottom, and the spot welded getter needs to be well vacuumized within 24 hours, otherwise, the spot welded getter is ineffective.

(23) And vacuumizing: and (4) tail-free vacuumizing, which is strictly performed according to the vacuumizing operation standard.

(24) And measuring temperature: checking whether the bottle is vacuum or not, and picking out the vacuum-free bottle.

(25) And electrolyzing: and (5) carrying out external coordinated electrolysis, wherein the electrolysis in the bottle is required to be bright and uniform without watermarks and yellow spots.

(26) And polishing: the bottle shell is required to be polished to be fine and orderly in lines, the cup mouth is smooth and bright, and the phenomena of obvious wire drawing, scratching, black wire, back point and polishing paste residue can not occur.

(27) And inspecting and polishing: whether the polished bottle meets the requirements, if not, the bottle is polished again, and if so, the bottle flows to the next procedure.

(28) And painting: the color is as same as that of the paint, and the paint is required to be uniformly and firmly sprayed, and paint, pockmarks and the like cannot be removed.

(29) And inspecting and spraying paint: whether the bottle after painting meets the painting requirement or not, if not, paint is retreated again for polishing, and the bottle flows to the next procedure well.

(30) And screen printing: and (3) silk-screen printing a LOGO LOGO according to requirements, wherein the LOGO is clear, the pattern, the size, the color and the position are as the sample, the silk-screen printing LOGO needs to be stuck by an adhesive tape and is not easy to be buckled by a fingernail, and therefore, the silk-screen printing LOGO needs to be baked by a drying tunnel.

(III) advantageous effects

Compared with the prior art, the invention provides a moxibustion bottle and a production process thereof, and the moxibustion bottle has the following beneficial effects:

1. this moxa-moxibustion bottle and production technology thereof, through the setting of bottle, lights after the bottle is put into to the moxa, saves the paper and the glue of a large amount of parcel moxa sticks and moxa column to harmful smog that produces when having avoided the moxa-moxibustion because of lighting paper and glue and leading to the burning, the destruction to the environment of smog that produces after the paper and the glue of having avoided traditional moxa stick light.

2. This moxa-moxibustion bottle and production technology through the setting of bottle, upper cover and lower cover, thereby the contact of moxa in the bottle and air can reduce the power of the fire that makes the moxa burning diminish and become slow, and through the content that can get rid of the moxa ashes in the bottle, controls the temperature, moxa burning speed and the firepower of moxa through the thickness of ashes, and the time of the moxa moxibustion that is the same many can be longer.

3. This moxa-moxibustion bottle and production technology thereof, through the setting of bottle, the tip of bottle forms a relative plane, lights the back with the moxa, and all moxa are all acted on the moxa-moxibustion person, avoid producing the waste of moxa, efficiency when also having improved the moxa-moxibustion simultaneously greatly.

4. This moxa-moxibustion bottle and production technology thereof, through the setting of bottle, upper cover and lower cover, when needs stop the moxa-moxibustion, through screwing up upper cover and lower cover, blocks air admission for the moxa is extinguish naturally, and the operation is simple and convenient, and the step of putting out a fire is safer.

Drawings

FIG. 1 is a schematic cross-sectional front view of the present invention;

FIG. 2 is a schematic sectional front view of the bottle body of the present invention;

fig. 3 is a front sectional structural view of the upper cover of the present invention.

In the figure: 1 bottle body, 11 inner shell, 12 outer shell, 2 upper cover, 21 cover inner shell, 22 cover outer shell and 3 lower cover.

Detailed Description

The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.

Referring to fig. 1-3, the present invention provides a moxibustion bottle, which comprises a bottle body 1, an upper cover 2 and a lower cover 3, wherein the bottle body 1 is composed of an inner shell 11 and an outer shell 12, the inner shell 11 is made of stainless steel, the outer shell 12 is made of stainless steel, the inner shell 11 and the outer shell 12 are both cylindrical bodies with hollow centers, the outer shell 12 is fixedly connected to the outer wall of the inner shell 11, a gap is left between the outer shell 12 and the inner shell 11, the gap between the outer shell 12 and the inner shell 11 is in a vacuum shape, heat is not conducted in the vacuum state, thread grooves are formed in the outer walls of two ends of the outer shell 12, the upper cover 2 and the lower cover 3 are both composed of a cover inner shell 21 and a cover outer shell 22, the side surface of the cover inner shell 21 is in a hollow state, the thread grooves of the cover inner shell 21 are matched with the thread grooves of the outer shell 12, the cover outer shell 22 is sleeved on one end, the cover shell 22 is made of stainless steel, and the upper cover 2 and the lower cover 3 are respectively in threaded connection with two ends of the bottle body 1.

When using, at first bottle 1 is placed at the desktop, then will keep away from user's one end and seal up through upper cover 2 or lower cover 3, then put into bottle 1 with the moxa and light by oneself, then the user aims at the bottleneck with the health acupuncture point that needs the moxa-moxibustion, and the moxa heat that generates after the moxa lights in bottle 1 distributes to the bottleneck, stimulates user's health acupuncture point, and the air can enter into the bottle through the bottleneck of bottle in, guarantees enough air and supports the complete burning of moxa.

When needs stopped the moxa-moxibustion, with upper cover 2 and lower cover 3 respectively with 1 both ends threaded connection of bottle, block the air admission, the moxa is automatic to be extinguished after losing oxygen.

The manufacturing method of the moxa comprises the following steps:

(1) and crushing: from a macroscopic view, the folium artemisiae argyi consists of mesophyll tissues and moxa fibers, and the moxa fibers grow on the back of the mesophyll tissues. The structure is similar to animal fur, mesophyll tissue is a cortex part, moxa fiber is a hair part, after the folium artemisiae argyi is picked, the folium artemisiae argyi is repeatedly aired and stored for many years, water is removed completely, the mesophyll tissue loses toughness and becomes very brittle, and the moxa fiber still has good toughness. By utilizing the characteristic of the folium artemisiae argyi, the folium artemisiae argyi is smashed by a smashing device, and after smashing, the mesophyll tissue of the folium artemisiae argyi is changed into fine powder like a ground soda biscuit, namely the impurity. The moxa fiber with good toughness still maintains the fiber property, and at the moment, although the moxa fiber is separated from the mesophyll tissue, the moxa fiber is still mixed with the crushed mesophyll powder. Therefore, the next process is carried out and screening is carried out. Secondly, screening: the screening aims at thoroughly separating the crushed mesophyll powder from the moxa fiber, common equipment comprises a suspension vibration type and a cylindrical screen, and the crushing and the screening need to be repeatedly circulated for many times. Moxa is classified into a plurality of grades according to its usage. The higher the grade, the less mesophyll powder remaining in the moxa fiber, and the more times it is necessary to crush and screen.

Moxa is prepared from pure mugwort leaves, so that the moxa is 100% pure mugwort regardless of the proportion of the moxa.

(2) And selecting materials: the storage time of the folium artemisiae argyi cannot be less than 2 years and half, the price of the folium artemisiae argyi picked in the same year is more than 2 times of that of the folium artemisiae argyi picked in the same year, and the first-stubble high-quality folium artemisiae argyi is required to be selected to ensure the quality of moxa wool. Before the folium artemisiae argyi is crushed, the folium artemisiae argyi is required to be unpacked (the folium artemisiae argyi is divided into a compression bag and a loose bag) for inspection, large branches and stalks and impurities are picked out, and mildewed and deteriorated folium artemisiae argyi is removed. Secondly, crushing: the picked folium artemisiae argyi needs to be broken up by a pawl type crusher, large blades are broken into small fine-crushed blade pieces, the structure of the pawl type crusher is similar to that of a wheat thresher, and the working principle of the pawl type crusher is the same as that of flail in rural areas.

(3) And crushing: the broken folium artemisiae argyi needs to select branches and stalks and impurities again, and after the sorting is finished, the folium artemisiae argyi is smashed by a hammer type smashing machine, and the diameter of a sieve sheet hole in the hammer type smashing machine is generally 1.5-1.2 mm.

(4) And coarse screening: the crushed moxa is subjected to coarse screening, the coarse screening commonly uses two types of equipment, namely a rotary vibration type screening machine and a cylinder type screening machine, the cylinder type effect is superior to that of the rotary vibration type, and therefore the cylinder type is adopted. The diameter of the cylinder sieve is 0.7 meter, the length of the cylinder sieve is 3 meters, the inlet is high, the outlet is low, the cylinder sieve looks inclined, and the axis of the cylinder forms an included angle of 5 degrees with the ground.

The moxa with the proportion coefficient of below 15:1 is not required to be processed in the next step, and only needs to be continuously repeated between the third step and the fourth step, and is crushed once and coarsely screened once until the required proportion is achieved. Please note that if the mesh diameter of the screen in the hammer mill is increased and the number of times of crushing and coarse screening is controlled, a phase very similar to hand-pounding moxa can be made.

(5) And fine selection: the low-proportion moxa is suitable for mild moxibustion methods such as moxa stick moxibustion and indirect moxibustion, and further purification is needed if the moxa is used for direct moxibustion, and a bamboo curtain winnowing machine is needed at the moment. Pulverizing folium Artemisiae Argyi, coarse sieving for about 20 times, placing into a winnowing machine, and removing residual black spot impurities (black spot is mesophyll tissue of folium Artemisiae Argyi) after coarse sieving by cyclone and centrifugal force.

(6) And fine selection: after the moxa is processed before, a small part of the moxa is pulverized and attached to other complete moxa fibers, and for high-standard moxa, the pulverized moxa is essentially moxa, but the pulverized moxa is too short to affect the combustion characteristics of the moxa, so that the pulverized moxa is removed. In this case, a winnowing machine is used, and the winnowing machine for fine selection and fine selection has basically the same structure, but has slight difference on the filtering part and the stirring part.

The purity of the moxa after selection can reach 30: 1-35: 1 to the maximum, and the prepared moxa has the advantages of mild smell, soft touch, low volatile oil content, slow combustion and difficult falling of burnt moxa ash.

A production process of a moxibustion bottle comprises the following steps:

(1) cutting a pipe: the pipe cutting equipment is implemented by using a numerical control lathe according to pipe cutting operation instruction book, the required size is accurate, defective products and material wastes are found in time, and pits, concave points, pockmarks and waste reports are avoided in operation.

(2) Water swelling: the water expansion press is executed according to the water expansion operation instruction book, and the attention is required to be focused, and whether the pit, the size and the shape of the product meet the requirements or not is noticed at any time.

(4) And bulging: the large press can be executed according to the water expansion operation instruction book, and requires attention, wherein the welding position of the pipe of the shell corresponds to the joint of the die, and whether the pit, the size and the shape of the product meet the requirements or not is paid attention at all times.

(6) And bottom shrinkage: the arc bottom opening of the bulging shell is shrunk to meet the size requirement by a lathe according to the shrink operation instruction book, so that pits, concave points, pockmarks and newspaper waste products are avoided.

(18) And butt welding: the inner liner and the inner bottom are welded together in a butt welding mode, and the welding process is executed according to a butt welding operation instruction book, and the welded welding line is required to be smooth and has no leak and no pit.

(21) And welding the bottom of the weld opening: the method is implemented according to the operating instruction book of the welding bottom process of the welding opening, and the welding bottom of the welding opening is required to be ensured to be completely and smoothly welded without concave-convex points, welding beading and welding spot leakage.

(24) And measuring temperature: specifically, the method is implemented according to the instruction book for the operation of the electrical temperature measuring process, whether the bottle is vacuum or not is checked, and the non-vacuum bottle is selected.

Although embodiments of the present invention have been shown and described, it will be appreciated by those skilled in the art that changes, modifications, substitutions and alterations can be made in these embodiments without departing from the principles and spirit of the invention, the scope of which is defined in the appended claims and their equivalents.

Claims

1. The utility model provides a moxibustion bottle, includes bottle (1), upper cover (2) and lower cover (3), its characterized in that: bottle (1) comprises inner shell (11) and shell (12), inner shell (11) and shell (12) all are the cylindrical body of center fretwork, shell (12) fixed connection is in the outer wall of inner shell (11), the thread groove has been seted up to the both ends outer wall of shell (12), upper cover (2) and lower cover (3) are constituteed by lid inner shell (21) and lid shell (22), the side of lid inner shell (21) is fretwork state and the inner wall has been seted up the thread groove, the thread groove of lid inner shell (21) and the thread groove looks adaptation of shell (12), lid shell (22) cup joint in the one end of keeping away from the fretwork face in lid inner shell (21), upper cover (2) and lower cover (3) respectively with the both ends threaded connection of bottle (1).

2. A moxibustion bottle according to claim 1, wherein: a gap is reserved between the outer shell (12) and the inner shell (11).

3. A moxibustion bottle according to claim 2, wherein: the gap between the outer shell (12) and the inner shell (11) is in a vacuum shape.

4. A production process of a moxibustion bottle is characterized in that: the method comprises the following steps:

(1) cutting a pipe: the pipe cutting equipment uses a numerical control lathe, the required size is accurate, defective products and waste materials are found in time, and pits, pockmarks and scrapped products are avoided in operation;

(2) water swelling: the water expansion press is used, and is executed according to the water expansion operation instruction book, attention is required to be focused, and whether the pit, the size and the shape of the product meet the requirements or not is paid attention at any time;

(3) and segmentation: cutting off the water-swollen shell by using an instrument vehicle, wherein the required size is accurate, the cut is uniform, and the shell has no notch or burr, and is lightly taken and lightly placed to avoid generating pits, concave points, pockmarks and scrapped products;

(4) and bulging: a large press is used, attention is focused, the welding position of the pipe of the shell corresponds to the joint of the die, and whether the pit, the size and the shape of the product meet the requirements or not is noticed at all times;

(5) roll center angle: rolling two corners passing through the concave part of the bulging shell to meet the size requirement by using a lathe, and avoiding generating pits, concave points, pockmarks and scrapped products;

(6) and bottom shrinkage: the circular arc bottom opening of the bulging shell is shrunk to meet the size requirement by a lathe, so that pits, concave points, pockmarks and scrapped products are avoided;

(7) cutting the bottom: cutting the bottom opening of the shell with the shrunk bottom to a standard size by using a lathe, wherein the cut opening is uniform and has no notch or burr, and the shell is lightly taken and placed to avoid generating pits, pockmarks and scrapped products;

(8) and rib punching: flattening the welding seam at the position of the shell opening on a small press, so that the welding seam can not be subjected to skip welding and is smooth and uniform;

(9) and the flat upper opening of the shell: the flat opening is uniform, has no notch and burr, meets the requirements, and is lightly taken and placed to avoid generating pits, concave points, pockmarks and scrapped products;

(10) and bottom punching: the press is used, attention is required to be paid, whether the pit, the size and the shape of the product meet the requirements or not is paid attention at all times, and whether a crack exists at the bottom of stamping is particularly paid attention to;

(11) a flat bottom opening: the instrument vehicle is used, the flat bottom opening is uniform, has no notch and no burr, meets the requirement, and is lightly taken and placed, so that pits, concave points, pockmarks and scrapped products are avoided;

(12) and flattening the tube: the pipe orifice at one end is leveled by using an instrument vehicle, the leveling is uniform, and no notch or burr exists, so that the requirements are met; the bag is lightly taken and lightly placed, so that pits, concave points, pockmarks and scrapped products are avoided;

(13) rolling the upper corner: rolling the bulging corner of the inner container with good bulging to meet the size requirement by using a lathe, and lightly taking and placing to avoid generating pits, concave points, pits and scrapped products;

(14) and the inner container is flat and has an upper opening: with the instrument truck, the flat mouthful is even, unnotched and unhairing limit, meets the requirements: the bag is lightly taken and lightly placed, so that pits, concave points, pockmarks and scrapped products are avoided;

(15) and rolling threads: a special threading machine is used, attention is focused, and the thread depth is adjusted to meet the size requirement; the bag is lightly taken and lightly placed, so that pits, concave points, pockmarks and scrapped products are avoided;

(16) and cleaning and drying: cleaning and drying the inner container and the outer shell, and lightly taking and lightly placing to avoid generating pits, concave points, pockmarks and scrapped products;

(17) and inspecting and knocking pits: checking whether the inner container and the outer shell are qualified or not, flattening the four pits and the concave points until the four pits and the concave points meet the requirements, and lightly taking and lightly placing;

(18) and butt welding: welding the inner container and the inner bottom in a butt welding mode, wherein the welded welding seam is required to be smooth, leak-free and pit-free;

(19) and water testing and leakage detecting: inflating the inner containers which are welded in a butt welding manner for water testing, and determining whether a weld seam has a leak or not and whether the weld seam is qualified or not;

(20) and bottle mouth preparation: the inner casing and the outer casing are combined together, the bottle mouth is closed flat, and the inner casing and the outer casing are lightly taken and placed, so that pits, concave points, pockmarks and scrapped products are avoided;

(21) and welding the bottom of the weld opening: ensuring the bottom of the welding opening to be welded thoroughly and smoothly without concave-convex points, welding beading and welding spot leakage;

(22) and igniting: the getter is spot-welded in the middle bottom, and the spot-welded getter needs to be well vacuumized within 24 hours, otherwise, the spot-welded getter is ineffective;

(23) and vacuumizing: vacuumizing without tail, and strictly executing according to a vacuumizing operation standard;

(24) and measuring temperature: checking whether the bottle is vacuum or not, and picking out the non-vacuum bottle;

(25) and electrolyzing: sending the mixture to an external electrolysis for coordinating electrolysis, wherein the electrolysis in the bottle is required to be bright and uniform without watermarks and yellow spots;

(26) and polishing: the bottle shell is required to be polished to be fine and orderly in lines, the cup mouth is smooth and bright, and the phenomena of obvious wire drawing, scratching, black wire and back point and polishing paste residue can not occur;

(27) and inspecting and polishing: whether the polished bottle meets the requirements or not, if not, the polished bottle needs to be polished again, and if so, the polished bottle flows to the next procedure;

(28) and painting: the color is as same as that of the paint, the paint is required to be uniformly and firmly sprayed, and paint, pockmarks and the like cannot be removed;

(29) and inspecting and spraying paint: whether the bottle after painting meets the painting requirement or not, if not, paint is retreated and polished again, and the bottle flows to the next procedure;