TWI806746B - Container structure of scale removal device and manufacturing method thereof - Google Patents
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Abstract
本發明係涉及一種水垢清除裝置之容器結構及其製造方法,其容器主要提供填充有低頻液態物質,係包含有一球體串,而該球體串係由數個中空球殼串接而成,然後填充有低頻液態物質於該球體串後,再將該球體串裝設於鏤空狀的一座架,進而將該容器整個置放於冷凍空調主機的冷卻水塔內的蓄水盤上,藉由該球體串提供該低頻液態物質可以四面八方地對外發散其自身的震盪波,以對蓄水盤上的冷卻水形成共振效應,進而達到抑制該冷卻水在其冷卻水管的內外表面生成硬實的水垢,來達到節能及保護設備的效果。 The present invention relates to a container structure of scale removal device and its manufacturing method. The container is mainly filled with low-frequency liquid substances, and contains a sphere string, and the sphere string is formed by connecting several hollow spherical shells in series, and then filled with After the low-frequency liquid substance is placed on the sphere string, the sphere string is installed on a hollow frame, and then the entire container is placed on the water storage tray in the cooling water tower of the refrigerating and air-conditioning main unit, and the sphere string is used to The low-frequency liquid substance can radiate its own shock waves in all directions to form a resonance effect on the cooling water on the water storage plate, thereby preventing the cooling water from forming hard scale on the inner and outer surfaces of the cooling water pipes, so as to achieve energy saving And the effect of protecting equipment.
Description
本發明涉及冷凍工程領域的一種水垢清除裝置,尤指提供填充低頻液態物質之容器結構及其製造方法之技術範疇。 The invention relates to a scale removal device in the field of refrigeration engineering, in particular to the technical category of providing a container structure filled with low-frequency liquid substances and a manufacturing method thereof.
按,大樓及工廠通常會附設有冷凍空調主機,而該冷凍空調主機的冷卻水管路區分有用過就流掉冷卻水的「一過式」和保留冷卻水的「開放循環式」等型式;而後者設備費用及維護費用較高,但因為不浪費水資源,所以被大量採用。 By the way, buildings and factories are usually equipped with refrigerating and air-conditioning main units, and the cooling water pipelines of the refrigerating and air-conditioning main units are divided into "one-pass type" that drains cooling water after use and "open circulation" that retains cooling water; and The latter equipment costs and maintenance costs are higher, but because it does not waste water resources, it is widely used.
其中該開放循環型式的冷凍空調主機,在冷卻塔中容易造成冷卻水的水質惡化,進而容易在其冷卻水管路的內外表面生成硬實的水垢,即在該管內的冷卻水於受熱時,其所析出的水垢晶體CaCO3主要為緊密的菱形方解石晶體,這種晶體於受熱的金屬冷卻水管路表面上形成定型的核結晶,而成為堅硬的水垢,當該冷卻水管路生成硬實的水垢後,將會導致空調主機的熱交換效果不佳,冷房效率降低,進而導致需要耗費較多的電能來滿足所需的冷房能力,如下表1所示的「水垢與熱交換的影響」,而且該水垢又很容易損壞設備、增加換水的次數及化學藥劑的浪費。 Among them, the main engine of the refrigeration and air conditioner of the open cycle type is easy to cause the deterioration of the water quality of the cooling water in the cooling tower, and then it is easy to generate hard scale on the inner and outer surfaces of the cooling water pipeline, that is, when the cooling water in the pipe is heated, its The precipitated scale crystal CaCO 3 is mainly a compact rhombic calcite crystal, which forms a fixed nuclei crystal on the surface of the heated metal cooling water pipeline and becomes hard scale. When the cooling water pipeline generates hard scale, It will lead to poor heat exchange effect of the air-conditioning main unit, lower cooling room efficiency, and further consume more electric energy to meet the required cooling room capacity, as shown in the "Influence of scale and heat exchange" in Table 1 below, and the scale It is easy to damage the equipment, increase the frequency of water changes and the waste of chemicals.
市面上常見的除垢方式有「運用遠紅外線及磁化原理」、「樹脂交換法」、「化學藥劑」等方式,茲分別說明如後: Common descaling methods on the market include "using far-infrared rays and magnetization principle", "resin exchange method", "chemical agent" and other methods, which are explained as follows:
其中該「遠紅外線及磁化原理」方式係為在水中加上一定的電場或磁場來改變水分子的特性,從而改變碳酸鈣(碳酸鎂)沉積的速度及沉積時的物理特性來阻止水垢的形成。 Among them, the method of "far-infrared rays and magnetization principle" is to add a certain electric field or magnetic field to the water to change the characteristics of water molecules, thereby changing the deposition speed of calcium carbonate (magnesium carbonate) and the physical characteristics during deposition to prevent the formation of scale .
其中該「樹脂交換法」方式係為在特定的陽離子交換樹脂,以鈉離子將水中的鈣鎂離子置換出來,由於鈉鹽的溶解度很高,所以就避免了隨溫度的升高而造成水垢生成的情況。 Among them, the "resin exchange method" is to replace the calcium and magnesium ions in the water with sodium ions in a specific cation exchange resin. Due to the high solubility of sodium salts, it avoids the formation of scale with the increase of temperature. Case.
其中該「化學藥劑」方式係為在水中加入專用的阻垢劑,可以使鈣鎂離子、碳酸根離子與藥劑的分子形成絡合物,增加其在高溫水中的溶解度,從而使水垢不能析出、沉積。在水處理中常用的阻垢劑有複磷酸鹽、有機膦酸、膦羧酸、有機膦酸脂、聚羧酸等。 Among them, the "chemical agent" method is to add a special scale inhibitor in the water, which can form a complex with the molecules of calcium and magnesium ions, carbonate ions and the agent, and increase its solubility in high temperature water, so that the scale cannot be precipitated. deposition. Commonly used scale inhibitors in water treatment include complex phosphate, organic phosphonic acid, phosphonic acid, organic phosphonic acid ester, polycarboxylic acid, etc.
另外,而在其他技術領域中存在有「利用低頻率共振波原理」對進油管的「汽油」、「水管中的循環水」、「冷氣管中的冷媒」分子解鏈以達小分子化;惟須設計一容器以裝盛可以發出該低頻率共振波的物質,其中裝盛對汽油小分子化的容器已見於台灣專利第TWM422994號「外綑綁固定式能量管」。 In addition, in other technical fields, there is "using the principle of low-frequency resonance waves" to unlink the molecules of "gasoline" in the oil inlet pipe, "circulating water in the water pipe", and "refrigerant in the air-conditioning pipe" to achieve small molecules; However, it is necessary to design a container to contain the substance that can emit the low-frequency resonance wave. The container containing small molecules of gasoline has been found in Taiwan Patent No. TWM422994 "Externally Bundled and Fixed Energy Tube".
然而,本發明人卻發現尚可運用「利用低頻率共振波原理」對「冷卻水管中的循環水」的小分子化可以達到抑制該冷卻水管的內外表面生成硬實 的水垢;惟,當前卻無任何容器來裝盛該可以發出低頻率共振波的物質,以運用於抑制冷凍空調主機的冷卻水管路生成硬實水垢之用途。 However, the inventors of the present invention have found that the small molecules of the "circulating water in the cooling water pipe" can be used to "use the principle of low-frequency resonance waves" to suppress the formation of hard solids on the inner and outer surfaces of the cooling water pipe. However, there is currently no container to contain the substance that can emit low-frequency resonance waves, so as to suppress the formation of hard scale in the cooling water pipeline of the refrigerating and air-conditioning main unit.
緣此,本發明人乃窮極心思開發出一種水垢清除裝置之容器結構及其製造方法,故本發明之主要目的在於:提供可以裝盛低頻率共振波的物質之容器結構,以運用於抑制在冷凍空調冷卻水管路的硬實水垢之生成;本發明之次要目的在於:提供容易快速製造及組裝容器,以裝盛發出低頻率共振波的物質。 For this reason, the present inventor has exhausted his mind to develop a container structure of a scale removal device and a manufacturing method thereof. Therefore, the main purpose of the present invention is to provide a container structure capable of accommodating low-frequency resonant waves, so as to be used to suppress Formation of hard scale in refrigeration and air-conditioning cooling water pipelines; the secondary purpose of the present invention is to provide an easy and quick manufacture and assembly container to contain substances that emit low-frequency resonance waves.
為達上述目的,本發明運用如下技術手段:一種水垢清除裝置之容器結構,係包含有:一座架,係設有一第一板體、一第二板體及數支連接桿,其中該第一板體、該第二板體分別結設於該數支連接桿的二側,而整體呈現鏤空狀之座架;進一步,該第一板體的中心處設有一中心穿孔,而該第二板體的中心處接設有一短套管;一球體串,係由數個連接部串連接起數個中空球殼,並將該球體串一端所設一第一側管套入於該第一板體的中心穿孔,而將該球體串另端的第二側管接設於該第二板體的短套管,進而將該球體串裝設於該座架內部,且該球體串內部形成有一容置空間,又該容置空間提供填充有可以發出低頻率共振波的物質;及一封蓋,係穿伸於該第一板體的中心穿孔並接設於該第一側管。 In order to achieve the above object, the present invention uses the following technical means: a container structure of scale removal device, which includes: a frame, which is provided with a first board, a second board and several connecting rods, wherein the first The plate body and the second plate body are respectively connected to the two sides of the several connecting rods, and the whole presents a hollow-out seat frame; furthermore, a central perforation is provided at the center of the first plate body, and the second plate body A short sleeve is connected to the center of the body; a sphere string is connected with several hollow spherical shells in series by several connecting parts, and a first side tube set at one end of the sphere string is inserted into the first plate The center of the body is perforated, and the second side pipe at the other end of the sphere string is connected to the short sleeve of the second plate body, and the sphere string is installed inside the seat frame, and a container is formed inside the sphere string The accommodating space is filled with a material capable of emitting low-frequency resonance waves; and the cover is pierced through the center of the first plate and connected to the first side pipe.
其中該封蓋的頂端設有一環體,而該環體接設不銹鋼製的一鍊條。 Wherein the top of the cover is provided with a ring body, and the ring body is connected with a chain made of stainless steel.
其中該連接桿的二端分別設有一外螺紋部,且該外螺紋部結設有一標準螺帽。 Wherein the two ends of the connecting rod are respectively provided with an external thread part, and the external thread part is connected with a standard nut.
其中該封蓋與該第一側管之間設有一外螺紋及一內螺紋。 Wherein the cover and the first side pipe are provided with an external thread and an internal thread.
其中該短套管與該第二側管之間設有一外螺紋及一內螺紋。 An external thread and an internal thread are provided between the short casing and the second side pipe.
其中該封蓋更接設有一緊固環,而該封蓋與該緊固環之間設有一外螺紋及一內螺紋,而該緊固環鎖緊頂抵於該第一板體的內側。 Wherein the cover is further provided with a fastening ring, and an external thread and an internal thread are provided between the cover and the fastening ring, and the fastening ring is locked against the inner side of the first board.
其整體結構係由不銹鋼材質所製成。 Its overall structure is made of stainless steel.
另,本發明水垢清除裝置之容器的製造方法,其包含有:一板體沖壓步驟,係使用不銹鋼材料分別沖壓出一第一板體、一第二板體,且在該第一板體與該第二板體分別形成有互為相對應的數個孔洞,另在該第一板體形成有一中心穿孔;一半球體串沖壓步驟,係使用不銹鋼板材沖壓出互為相對且一體成型的二半球體串;一連接桿、封蓋、短套管及緊固環車製步驟,係使用不銹鋼材料車製出數支連接桿及其二側端的外螺紋部、一封蓋及其內外螺紋部、一短套管及其內螺紋部;一焊接步驟,係將該短套管焊接於該第二板體的中心處;且將該二半球體串對接焊接後在其兩端分別再焊接已經車製有外螺紋部的一第一側管與一第二側管;及一組合步驟,係先將該半球體串的一端結設於該第二板體的第二側桿後,再將該半球體串填充有一低頻率共振波的物質後鎖緊該封蓋,再將該封蓋鎖上該緊固環後套入於該第一板體的中心穿孔,再將數連接桿以數個標準螺帽而鎖上於該第一板體、該第二板體之間,最後調整該緊固環鎖緊頂抵於該第一板體的內側。 In addition, the manufacturing method of the container of the scale removal device of the present invention includes: a stamping step of a plate body, which uses stainless steel materials to punch out a first plate body and a second plate body respectively, and the first plate body and the second plate body are stamped out. The second plate body is formed with several holes corresponding to each other, and a central perforation is formed in the first plate body; the hemisphere series stamping step is to use stainless steel plates to punch out two hemispheres that are opposite to each other and integrally formed body string; a connecting rod, cover, short sleeve and fastening ring turning process, using stainless steel materials to turn several connecting rods and their external threaded parts on both sides, a cover and its internal and external threaded parts, A short sleeve and its internal thread part; a welding step is to weld the short sleeve to the center of the second plate; A first side pipe and a second side pipe with external threaded parts; and a assembling step, which is to first connect one end of the hemispherical string to the second side rod of the second plate, and then place the The hemisphere string is filled with a low-frequency resonant wave material and then the cover is locked, and then the cover is locked on the fastening ring and then inserted into the central perforation of the first plate body, and then the connecting rods are connected by several A standard nut is locked between the first board and the second board, and finally the fastening ring is adjusted to be locked against the inner side of the first board.
本發明藉由上述技術手段可達成如下功效: The present invention can reach following effect by above-mentioned technical means:
1.本發明的容器結構可以提供填充該低頻液態物質,進而將該容器整個置放於冷凍空調主機的冷卻水塔的蓄水盤內,藉由該球體串的3D形體提供該低頻液態物質四面八方地對外發出其自身的自然震盪波,並與該冷卻水形成共振效應,以達到抑制在該冷卻水管的內外表面生成硬實的水垢,而一併達到節能、保護設備及行省水資源之效果者。 1. The container structure of the present invention can be filled with the low-frequency liquid substance, and then the entire container is placed in the water storage pan of the cooling water tower of the refrigerating and air-conditioning main unit, and the low-frequency liquid substance is provided in all directions by the 3D shape of the sphere string. It emits its own natural shock wave to the outside, and forms a resonance effect with the cooling water, so as to suppress the formation of hard scale on the inner and outer surfaces of the cooling water pipe, and achieve the effects of energy saving, equipment protection and water resource saving.
2.本發明的製造方法可以簡化該容器結構的製程,進而容易被製造及組裝,以達到降低其製造成本者。 2. The manufacturing method of the present invention can simplify the manufacturing process of the container structure so that it can be easily manufactured and assembled, so as to reduce its manufacturing cost.
A:水垢清除裝置之容器 A: The container of scale removal device
1:座架 1: Mount
11:第一板體 11: The first plate body
111:中心穿孔 111: center perforation
112:孔洞 112: hole
12:第二板體 12: Second plate body
121:短套管 121: short casing
122:內螺紋 122: internal thread
123:孔洞 123: hole
13:連接桿 13: connecting rod
131:外螺紋部 131: external thread part
14:標準螺帽 14: standard nut
2:球體串 2: Sphere String
2a:半球體串 2a: String of hemispheres
2b:半球體串 2b: Hemisphere string
20:中空球殼 20: Hollow spherical shell
21:第一側管 21: First side pipe
211:外螺紋 211: external thread
22:第二側管 22: Second side pipe
221:外螺紋 221: external thread
23:連接部 23: Connecting part
24:容置空間 24:Accommodating space
3:封蓋 3: Capping
31:外螺紋 31: external thread
32:內螺紋 32: internal thread
33:環體 33: ring body
34:鍊條 34: chain
4:緊固環 4: fastening ring
41:內螺紋 41: internal thread
5:液態物質 5: liquid substance
6:冷卻水塔 6: Cooling water tower
61:蓄水盤 61: water storage tray
62:冷卻水 62: cooling water
B:水垢清除裝置容器之製造方法 B: Manufacturing method of scale removal device container
a:板體沖壓步驟 a: plate stamping steps
b:半球體串沖壓步驟 b: Hemisphere string punching step
c:連接桿、封蓋、短套管及緊固環車製步驟 c: Turning steps of connecting rod, cover, short casing and fastening ring
d:焊接步驟 d: welding step
e:組合步驟 e: combination steps
〔圖1〕本發明水垢清除裝置之容器結構之立體外觀圖。 [Fig. 1] A three-dimensional appearance view of the container structure of the scale removal device of the present invention.
〔圖2〕本發明水垢清除裝置之容器結構之立體分解圖。 [Fig. 2] An exploded perspective view of the container structure of the scale removal device of the present invention.
〔圖3〕本發明水垢清除裝置之容器結構之上半部剖面圖。 [FIG. 3] A sectional view of the top half of the container structure of the scale removal device of the present invention.
〔圖4〕本發明水垢清除裝置之容器結構之下半部剖面圖。 [FIG. 4] A sectional view of the lower half of the container structure of the scale removal device of the present invention.
〔圖5〕本發明水垢清除裝置之容器結構實施於冷卻水塔態樣之示意圖。 [FIG. 5] A schematic diagram of the container structure of the scale removal device of the present invention implemented in a cooling tower.
〔圖6〕本發明圖5之局部放大圖。 [FIG. 6] A partially enlarged view of FIG. 5 of the present invention.
〔圖7〕本發明水垢清除裝置之容器結構的製造方法之步驟流程圖。 [FIG. 7] A flowchart showing the steps of the manufacturing method of the container structure of the scale removal device of the present invention.
〔圖8〕本發明球體串的半剖沖製及焊接組合之示意圖。 [Fig. 8] A schematic diagram of the half-section punching and welding combination of the sphere string of the present invention.
首先,請參考圖1、圖5及圖7所示者,本發明係關於一種水垢清除裝置之容器結構及其製造方法,其主要以其水垢清除裝置之容器結構A裝盛填充有可以發出低頻率共振波的液態物質5,來放置於冷凍空調主機的冷卻水塔6的蓄水盤61內,透過該低頻率共振波的液態物質5,以抑制該冷卻水62對其管路流道的水垢生成,以避免降低冷凍空調主機的冷房性能而耗費較多的能源,亦可避免這些水垢損壞了設備。
First of all, please refer to those shown in Fig. 1, Fig. 5 and Fig. 7. The present invention relates to a container structure of a scale removal device and its manufacturing method. The
其中本發明水垢清除裝置之容器A,係包含有:一座架1、一球體串2及一封蓋3等不銹鋼材質之構件,茲將前述構件配合圖1至圖4所示,分別說明如後。
Among them, the container A of the scale removal device of the present invention includes: a
所述該座架1,係設有一第一板體11、一第二板體12及數支連接13桿,其中該第一板體11、該第二板體12分別結設於該數支連接桿13的二側,而整體呈現鏤空狀之座架1,以俾利冷卻水穿梭其中;進一步,該第一板體11的中心處設有一中心穿孔111,而該第二板體12的中心處接設有一短套管121;進一步,該連接桿13的二端分別設有一外螺紋部131,當該外螺紋部131穿伸於第一板體11的孔洞112或該第二板體12的孔洞123後再結設有一標準螺帽14,此處所謂標準螺帽14即為市售的規格品;又該短套管121與該第二側管22之間設有一外螺紋221及一內螺紋122。
The
所述該球體串2,係由數個連接部23串連接起數個中空球殼20,並將該球體串2一端所設一第一側管21套入於該第一板體11的中心穿孔111,而將該球體串2另端的一第二側管22接設於該第二板體12的短套管121,進而將該球體串2裝設於該座架1內部,且該球體串2內部形成有一容置空間24,又該容置空間24提供填充有可以發出低頻率共振波的液態物質5。
Said
所述該封蓋3,係穿伸於該第一板體1的中心穿孔11並接設於該第一側管21,且該封蓋3與該第一側管21之間設有一外螺紋211及一內螺紋32;又該封蓋3的頂端設有一環體33,而該環體33接設不銹鋼製的一鍊條34,其中該鍊條34提供繫於冷卻水塔6的蓄水盤61內壁,以避免該容器隨意滾動;進一步,該封蓋3更接設有一緊固環4,而該封蓋3與該緊固環4之間設有一外螺紋31及一內螺紋41,而該緊固環4鎖緊頂抵於該第一板體11的內側。
The
因此,本發明提供作為水垢清除裝置之容器A的較佳解決方案,配合如圖5所示者,將填充有低頻率共振波液態物質5的水垢清除裝置之容器A放入於該冷凍空調主機的冷卻水塔6的蓄水盤61內後,該球體串2內低頻液態物質5
會經由該球體串2的3D形體,進而四面八方地對外發出其自身具穿透性自然震盪波51,而該震盪波51會抵觸靜態或動態的冷卻水62。
Therefore, the present invention provides a better solution for the container A of the scale removal device. As shown in FIG. After the
續而在特定時間內,該低頻率共振波液態物質5與該冷卻水62會共同形成共振效應,且與磁力線相交,而將該冷卻水62中鈣鎂離子受到共振引力影響,破壞其原來離子間靜電引力狀態,讓其每一離子和外界共振同一方向建立新的共振,導致水垢的結晶條件改變,即經過共振後的冷卻水62配合其在其冷卻水管內受熱,將Ca(HCO3)2因受熱分解而成呈現針狀文石結晶的的晶體CaCO3,因該文石結晶的結構鬆弛、抗拉抗壓能力較差,黏結性弱,不易形成堅硬的水垢,即無法在冷卻水中形成任意的核結晶,而無法以硬實的水垢型態附著於冷卻水管的受熱面上,僅會生成鬆散的泥渣,且會隨著污水排出,以避免結成硬實而不易溶解處理的水垢,效果好且穩定佳,可以替企業主節省運營成本。
Next, within a certain period of time, the low-frequency resonant
故本發明容器結構的球體串2的3D形體具可以提供該低頻液態物質5與該冷卻水62兩者共振之作用,以達到抑制該冷卻水管的內外表面因受熱而生成水垢,以及一併達到節能、保護設備之效果者。
Therefore, the 3D shape of the
關於本發明水垢清除裝置容器之製造方法B,配合如圖2至圖4、圖7所示,係包含有:一板體沖壓步驟a、一半球體串沖壓步驟b、一焊接步驟c及一組合步驟d等,茲配合圖式,分別說明如後。 Regarding the manufacturing method B of the scale removal device container of the present invention, as shown in Fig. 2 to Fig. 4 and Fig. 7, it includes: a stamping step a of a plate body, a stamping step b of a series of hemispheres, a welding step c and a combination Step d, etc., are hereby combined with the diagrams, respectively explained as follows.
所述該板體沖壓步驟a,係使用不銹鋼材料分別沖壓出一第一板體11、一第二板體12,且在該第一板體11與該第二板體12緊鄰其外周沿分別形成有互為相對應的數個孔洞112、孔洞123,另在該第一板體1則形成有一中心穿孔111。
The board stamping step a is to punch out a
所述該半球體串沖壓步驟b,係使用不銹鋼板材沖壓出互為相對且一體成型的一半球體串2a、另一半球體串2b,如圖8所示者。
The step b of stamping the hemispherical string is to punch out the opposite and integrally formed
所述該連接桿、封蓋、短套管及緊固環車製步驟c,係使用不銹鋼材料車製出數支連接桿13及其二側端的外螺紋部131、一封蓋3及其一外螺紋部31與一內螺紋部32、一短套管121及其內螺紋部122。
The step c of turning the connecting rod, the cover, the short sleeve and the fastening ring is to turn several connecting
所述該焊接步驟d,係將該短套管121焊接於該第二板體12的中心處;且將該半球體串2a與該半球體串2b對接焊接後在其兩端分別再焊接已經車製有外螺紋部211的一第一側管21與已經車製有外螺紋部221的一第二側管22;
Said welding step d is to weld the
所述該組合步驟e,係先將該半球體串2的第二側桿22結設於該第二板體12的短套管121後,再將該半球體串2填充有一低頻率共振波的液態物質5後鎖緊該封蓋3,再將該封蓋3鎖上該緊固環4後套入於該第一板體11的中心穿孔111,再將數連接桿的二端外螺紋部131套入於該第一板體11的孔洞112、該第二板體12的孔洞123,再以以數個標準螺帽14將該數連接桿13而鎖上並接設於該第一板體11、該第二板體12之間,最後調整該緊固環4鎖緊頂抵於該第一板體11的內側;另在該封蓋3的頂端設有一環體33,而該環體33接設不銹鋼製的一鍊條33。
Said combination step e is to first connect the
發明藉由上述該板體沖壓步驟a、該半球體串沖壓步驟b、該焊接步驟c及該組合步驟d之步驟方法,可以簡化本發明容器結構之製程,進而容易被製造及組裝,以達到降低其製造成本者。 The invention can simplify the manufacturing process of the container structure of the present invention by the step method of the above-mentioned plate body stamping step a, the hemispherical string stamping step b, the welding step c and the assembling step d, so that it can be easily manufactured and assembled, so as to achieve reduce its manufacturing cost.
綜上所述,本發明係關於一種「水垢清除裝置之容器結構及其製造方法」,且其構成結構未曾見於諸書刊或公開使用,誠符合專利申請要件,懇請 鈞局明鑑,早日准予專利,至為感禱;需陳明者,以上所述乃是本專利申請案之具體實施例及所運用之技術原理,若依本專利申請案之構想所作之改 變,其所產生之功能作用仍未超出說明書及圖示所涵蓋之精神時,均應在本專利申請案之範圍內,合予陳明。 To sum up, the present invention relates to a "container structure of scale removal device and its manufacturing method", and its structure has never been seen in books or public use, and it truly meets the requirements for patent application. I pray for gratitude; if it needs to be stated clearly, the above is the specific embodiment of this patent application and the technical principle used. If the modification made according to the concept of this patent application Changes, if the functions produced by them still do not exceed the spirit covered by the instructions and illustrations, they should be stated within the scope of this patent application.
A:垢清除裝置之容器結構 A: The container structure of the scale removal device
1:座架 1: Mount
11:第一板體 11: The first plate body
111:中心穿孔 111: center perforation
12:第二板體 12: Second plate body
121:短套管 121: short casing
123:孔洞 123: hole
13:連接桿 13: connecting rod
14:標準螺帽 14: standard nut
2:球體串 2: Sphere String
20:中空球殼 20: Hollow spherical shell
22:第二側管 22: Second side pipe
23:連接部 23: Connecting part
3:封蓋 3: Capping
33:環體 33: ring body
Claims (9)
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Citations (4)
Publication number | Priority date | Publication date | Assignee | Title |
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WO2007093153A1 (en) * | 2006-02-17 | 2007-08-23 | Fraunhofer-Gesellschaft zur Förderung der angewandten Forschung e.V. | Ultrasound actuator for cleaning objects |
EP2293886B1 (en) * | 2008-07-10 | 2012-12-12 | Ricoh Company, Ltd. | Cleaning device and cleaning method |
CN105195465A (en) * | 2015-09-21 | 2015-12-30 | 同济大学 | Fully-automatic optical element cleaning device with ultrasonic-megasonic composite frequency |
US20170174424A1 (en) * | 2012-04-26 | 2017-06-22 | Michael Henry James | Apparatus For Cleaning The Interior Of An Above Ground Storage Tank |
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Patent Citations (4)
Publication number | Priority date | Publication date | Assignee | Title |
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WO2007093153A1 (en) * | 2006-02-17 | 2007-08-23 | Fraunhofer-Gesellschaft zur Förderung der angewandten Forschung e.V. | Ultrasound actuator for cleaning objects |
EP2293886B1 (en) * | 2008-07-10 | 2012-12-12 | Ricoh Company, Ltd. | Cleaning device and cleaning method |
US20170174424A1 (en) * | 2012-04-26 | 2017-06-22 | Michael Henry James | Apparatus For Cleaning The Interior Of An Above Ground Storage Tank |
CN105195465A (en) * | 2015-09-21 | 2015-12-30 | 同济大学 | Fully-automatic optical element cleaning device with ultrasonic-megasonic composite frequency |
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