M336154 八、新型說明： 【新型所屬之技術領域】 本創作為一種超音波花邊機之改良結構，特別一種指超 音波花邊機的滾輪驅動改良，其藉由改良的機械設計，簡化 該滾輪的驅動結構，進而強化產品的結構，使其結構簡單、 價格低廉，且更加耐用的超音波花邊機結構。 【先前技術】 Φ 超音波花邊機是一種藉由超音波的震盪作用，對特定材 負的織物產生高溫融解，並經冷卻後黏合固化邊緣的機械結 構。藉此特性，可在該織物上直接刻壓花紋或切除並封合毛 邊’且經封合的邊緣厚度與織物整體一致，不需再加工處理。 而超音波花邊機主要結構在於一產生超音波的超音波發 射座，以及用來壓合的滾輪結構，而織物則放置在該超音波 發射座與滾輪之間。當該超音波發射座發射超音波時，該滾 ♦輪結構會進行轉動，同時帶動織物移動，使該織物邊緣受到 超音波融解以及滾輪的壓合而進行固化。 計相當複雜， 容易發生故障 由此可知 前述滚輪在動作時，必須視織物的厚度而調整與超音波 發射座之間的距離’唯此調整結構尚需考慮馬達的傳動結 構’㈣統超音波花邊機的滾輪調整機構與馬達傳動結構設 造成設計的複雜化’連帶使產品成本提高，卻 ，且故障時的維修較為困難。 自超曰波钯邊機的結構仍有很大的改進空 M336154 間’有待業界積極加以研究與改良者。 本案創作人有鑑於上述習用結構於實際使用時的缺失， 且積累個人從事相關產業開發實務上多年之經驗，精心研 九，終於研發出一種超音波花邊機之改良結構。 【新型内容】 本創作的主要目的在於提供一種超音波花邊機之改良結 構八大巾田提间產品結構的耐用性，同時降低產品成本，有 鲁利於產品的推廣。 本創作的另一目的在於提供一種超音波花邊機之改良結 構’其簡化產品的結構，但不損及產品的功能，使其達成堅 固、耐用、低成本的功效。 本創作的再目的在於提供一種超音波花邊機之改良結 構’其維修或更換零件皆相當容易，更增產品的堪用性。 —可達成前述目的之超音波花邊機之改良結構，主要包括 攀有一本體與一滾輪组， 、 述本體提供其它裝置的容置亥 輪組則放置在本體t，並包括古 4滾 .冷趴 ，、括有一滾輪架，該滾輪架具有一 滾輪，該滾輪經移動可靠近 -座上，ϋ由一馬達經由一帶於/波化邊機之-超音波發射 固定在-滑動結構上，該滑驅動該滾輪轉動；該滾輪架 該滑軌固定在本體上，”、、。構包括有-滑執與-滑塊， 該滑動結構係由一伸縮結 …^上而可移動； a推移，該伸縮結構自括古 乳壓缸，該氣壓缸用來推動誃 毒匕括有一 / ^ "，使該滾輪架在滑動結 M336154 構上進行移動；而該伸㈣^ ^ ^ ^ ^, 固疋在固定塊上，該馬達 與τ輪組一端則固定在一 位塊上，該疋位塊一端固定在滑 鬼上’ ^亥滑動壯摄闳 …力 疋塊—端則固定在本體上，藉此，使 μ滾輪呆移動時，該馬達與 ，、▼铷組冋步移動，以便進行操作。 另外’該伸縮結構具有_ 有u凋結構，該微調結構包括有一伸 縮結構螺桿，該伸縮結 又置有一旋鈕’冑由旋鈕轉 動螺杯以微調該滾輪組的移 > 幻移勁距離，該旋鈕周圍設置有刻 & ’以精確調整該伸縮結構螺肖的伸縮距離。 错由以上結構’該滾輪組可視織物的厚度，適當調整該 、:輪’、超曰波發射座之間的距離，而該馬達與帶輪組皆在滾 輪的旁側，使其結構簡單，操作順利。 【實施方式】 請參閱圖-為本創作所種—種超音波花邊機之改良結 冓其主要包括有一本體1與一滾輪组2，該滾輪組又用來 接觸-超音波發射座3’當超音波發射座3啟動時，藉由該 滾輪'組2的轉動屋合，使放置在該超音波發射座3的織物得 以融解並冷卻黏合。 该本體1包括有一底座11，該底座n上設置有一塊體 1 2，該塊體1 2上設置有一底板} 3，該底板丨3兩側各封合有 側板14，該側板1 4周圍設置有複數的定位銷1 5，該定位 鑌1 5以螺絲（圖未示出）固定，在該底座丨丨前後則分別封合 有一前板16與一後板17，該前板16與與後板17分別向上 7 M336154 延伸，經由該定位鎖1 5彳隹ϋ + k μ 月ΰ進仃疋位與限制，以封住該本體1 的上緣。前述滾輪組2放置於本體！内部，而在該塊體12 上的中工刀則β又置有強化塊j 8，以強化本體】結構。另外， 該兩側板！4上設置有複數的㈣槽19，用來快速^位各結 合構件的組裝’且兩側板14之間尚可設置結合柱i。，唯此 類組裝方法皆為習見的方法，在此不予贅述。 本们作主要的特被在於該滾輪組2的設置，該滾輪組2 包括有—滾輪架21 ’該滾輪架21包括有—滾輪2ΐι，該滾輪 211:移動可靠近該超音波發射座3上，並由一馬達以經由 ▼輪組26驅動該滾輪211轉動；該滾輪架21固定在一滑 動結構2 2上，該滑動蛀椹9 9 、 @動、、、“冓22包括有-滑軌221與一滑塊 呑亥滑軌221固定在太辦！ l ^ ^ 疋在本體1上’该滑塊222則罩設在該滑 21上而可移動；該滑動結構22係由一伸縮結構。進行 縮結構23係為—氣壓缸，該氣壓㈣來推動該滾 輪使該滾輪架21在滑動結構2 縮結構23係固定在一固定诗24… 多動，而㈣ 疋塊24上，該馬達託與帶輪电2fi -端則固定在-定位塊27上，該定位塊27一輪二6 221上，該滑動結構22、固定塊24一端則固^ 口疋在滑塊 藉此，使該滾輪架21移勤4 A 、疋本體1上， 動，以、 時’該馬達25與帶輪組26同步移 28 作。另外’該伸縮結構以具有-微…士構 28’該微調結構28包括有一伸縮結構螺桿281 二構 螺桿281上执署古一 & 泫伸縮結構 〇又 疋紐⑽，藉由旋紐282轉動伸縮結構 M336154 螺桿281以微調該滾輪組2的移動距離，該旋鈕282周圍設 置有刻度，以精確調整該伸縮結構螺桿28丨的伸縮距離。 如此，該滾輪組2可視織物的厚度，適當調整該滾輪21】 與超音波發射座3之間的距離’而該馬達25與帶輪組26皆 在滾輪211的旁側’使其結構簡單，操作順利。 前述微調結構28是與滾輪組2同軸位置設計，以精確方 便進行操控，唯該微調結構28是設置在本體丨内，在調整時 ♦必須拆卸該前板16，其操作並不方便。&，本創作另在該伸 縮結構螺桿281上設置有一延伸微調結構29，該延伸微調結 構29包括有一延伸塊291，該延伸塊291 一端固定在伸縮結 構螺桿281上，而該延伸塊291另一端則固定在一延伸滑動 結構292上，在該延伸塊291上穿置固定有—延伸螺桿293, 該延伸螺桿293穿過一延伸固定塊294,並以—延伸旋鈕295 螺合，且該延伸固定塊294與延伸滑動結構292皆固定在該 本體1上。同樣地’該延伸滑動結構292包 匕栝有一滑執2921 與一滑塊2922，該滑軌292 1固定在本體1 ^ 甘个菔1上，該滑塊2922 則罩設在該滑軌2 9 2 1上而可移動，而該延伸斿 <評知鈕295周圍設 置有刻度，以精確調整該螺桿293的伸縮距雜 _ T缁皰離。該延伸旋鈕 295係突穿而顯露在本體1外，故操作上更為順手 請參閱圖六所示，本創作所稱之超音浊 、 ’久化邊機，除了前 述的本體1與滾輪組2外，實際上包括有如R ^ 句如圖所示的其它裝 置’使其成為一可供獨立使用的機體，作A t壯 丨一丹匕裝置並非本案 9 M336154 所針對的部份，在此不予贅述。 上述詳細說明係針對本創作之一可行實施例之具體說 明，惟該實施例並非用以限制本創作之專利範圍，凡未脫離 本創作技藝精神所為之等效實施或變更，均應包含於本案之 專利範圍中。 【圖式簡單說明】 ' 請參閱有關本創作之詳細說明及其附圖，將可進一步瞭 •解本創作之技術内容及其目的功效；有關附圖為： 圖一：本創作超音波花邊機的立體分解視圖； 圖二：該超音波花邊機的立體組合視圖； ^ 圖三：該超音波花邊機的滾輪組立體組合視圖； ^ 圖四：該超音波花邊機另一視角的滾輪組立體組合視圖； 圖五：該超音波花邊機的平面結構圖；以及 圖六：本超音波花邊機的完整結構示意圖。 鲁【主要元件符號說明】 1 本體 10 結合柱 11 底座 12 塊體 13 底板 14 側板 15 定位銷 16 前板 17 後板 18 強化塊 19 導引槽 2 滾輪組 21 滾輪架 211 滾輪 10 M336154 22 滑 動 結 構 221 滑 執 222 滑 塊 23 伸 縮 結 構 24 固 定 塊 25 馬 達 26 帶 輪 組 27 定 位 塊 28 微 調 結 構 281 伸 縮 結 構 螺 桿 282 旋 Μ 29 延 伸 微 調 結 構 291 延 伸 塊 292 延 伸 滑 動 結 構 292] L滑執 2922 滑J % 293 延 伸 螺 桿 294 延 伸 固 定 塊 295 延 伸 旋 紐 3 超 音 波發 射 座M336154 VIII. New description: [New technical field] This creation is an improved structure of the ultrasonic lace machine, especially the roller drive improvement of the ultrasonic lace machine, which simplifies the driving of the roller by the improved mechanical design. The structure, which in turn strengthens the structure of the product, makes it simple in structure, low in cost, and more durable in the structure of the ultrasonic lace machine. [Prior Art] Φ Ultrasonic lace machine is a mechanical structure that generates high-temperature melting of a fabric negative to a specific material by ultrasonic vibration, and is bonded to a solidified edge after cooling. By virtue of this feature, the fabric can be directly embossed or cut and sealed rim' and the thickness of the sealed edge conforms to the overall fabric without further processing. The main structure of the ultrasonic lace machine is an ultrasonic wave generating seat for generating ultrasonic waves, and a roller structure for pressing, and the fabric is placed between the ultrasonic wave emitting base and the roller. When the ultrasonic launcher emits ultrasonic waves, the roller structure rotates, and at the same time, the fabric is moved, so that the edge of the fabric is solidified by ultrasonic fusion and roller pressing. The meter is quite complicated and is prone to failure. It can be seen that the above-mentioned roller must adjust the distance from the ultrasonic emitter according to the thickness of the fabric during the operation. 'The adjustment structure still needs to consider the transmission structure of the motor'. (4) Ultrasonic Lace The design of the roller adjustment mechanism and the motor transmission structure of the machine complicates the design. The cost of the product is increased, but the maintenance during the failure is more difficult. Since the structure of the ultra-chopper palladium edge machine is still greatly improved, the M336154 is waiting to be actively researched and improved by the industry. In view of the lack of the above-mentioned conventional structure in actual use, and the accumulated experience of individuals engaged in relevant industry development practice, the creators of this case have finally developed an improved structure of the ultrasonic lace machine. [New content] The main purpose of this creation is to provide an improved structure of the ultrasonic lace machine. The durability of the product structure of the eight large towels and the product is reduced, and the product cost is reduced. Another object of the present invention is to provide an improved structure of an ultrasonic lace machine which simplifies the structure of the product without compromising the function of the product, thereby achieving a firm, durable, and low cost effect. A further object of the present invention is to provide an improved structure of an ultrasonic lace machine, which is relatively easy to repair or replace parts, and to increase the usability of the product. - an improved structure of the ultrasonic lace machine capable of achieving the foregoing purpose, mainly comprising climbing a body and a roller set, and the housing of the body providing other devices is placed on the body t, and includes the ancient 4 roll. And a roller frame, the roller frame has a roller, the roller is moved to be close to the seat, and the motor is fixed on the sliding structure by a motor via a belt/wavelength machine, the sliding Driving the roller to rotate; the roller frame is fixed on the body, and the structure comprises a sliding gate and a slider, wherein the sliding structure is movable by a telescopic joint; The telescopic structure is self-contained with an ancient milk pressure cylinder, and the pneumatic cylinder is used to push the cockroach to include a / ^ ", so that the roller frame moves on the sliding joint M336154; and the extension (four) ^ ^ ^ ^ ^, solid On the fixed block, one end of the motor and the τ wheel set is fixed on one block, and one end of the clamp block is fixed on the slippery ghost ' 滑动 壮 壮 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋Therefore, when the μ roller is moved, the motor and the group are connected with Step by step to move in order to operate. In addition, the telescopic structure has a _ 凋 structure, the fine adjustment structure includes a telescopic structure screw, and the telescopic knot is further provided with a knob 胄 rotating the screw cup by the knob to finely adjust the movement of the roller group > Magic shift distance, the knob is set with engraved & 'to precisely adjust the telescopic distance of the telescopic structure. The wrong structure by the above structure 'the roller group visible fabric thickness, appropriate adjustment:: wheel', super The distance between the chopper launching bases, and the motor and the pulley set are on the side of the roller, so that the structure is simple and the operation is smooth. [Embodiment] Please refer to the figure-based ultrasonic polishing machine The improved knot mainly comprises a body 1 and a roller set 2, and the roller set is used to contact-the ultrasonic launcher 3'. When the ultrasonic launcher 3 is activated, the rotating set of the set 'group 2' The fabric placed on the ultrasonic transmitter base 3 is melted and cooled and bonded. The body 1 includes a base 11 on which a body 1 2 is disposed, and the block 1 2 is provided with a bottom plate 3 Bottom plate The side plates 14 are respectively sealed on the two sides, and a plurality of positioning pins 15 are disposed around the side plates 14. The positioning pins 15 are fixed by screws (not shown), and are respectively sealed before and after the bases. The front plate 16 and the rear plate 17, the front plate 16 and the rear plate 17 respectively extend upwards 7 M336154, and are clamped and restrained by the positioning lock 1 5 彳隹ϋ + k μ month to seal the body The upper edge of 1 is arranged. The roller set 2 is placed inside the body!, and the middle knife on the block 12 is further provided with a reinforcing block j8 to strengthen the body structure. In addition, the two side plates are on the !4 A plurality of (four) slots 19 are provided for quick assembly of the respective joint members' and the joint columns i can be disposed between the two side plates 14. Only such assembly methods are the methods of the prior art and will not be repeated here. The main feature of the roller set 2 is that the roller set 2 includes a roller frame 21'. The roller frame 21 includes a roller 2ΐ, and the roller 211 is movable to be adjacent to the ultrasonic launching base 3. And the motor is driven to rotate the wheel 211 via the ▼ wheel set 26; the roller frame 21 is fixed on a sliding structure 2 2 , the sliding 蛀椹 9 9 , @动 , , , 冓 22 includes a - slide rail 221 is fixed with a slider 呑海 slide 221 too! l ^ ^ 疋 on the body 1 'the slider 222 is covered on the slide 21 to be movable; the sliding structure 22 is a telescopic structure. The shrinking structure 23 is a pneumatic cylinder, and the air pressure (4) pushes the roller to fix the roller frame 21 to the fixed structure 23 in the sliding structure 2, and the motor is held on the fixed block 24, The 2fi-end of the pulley is fixed on the positioning block 27, and the positioning block 27 is wound on the second and second sides of the block 27. The sliding structure 22 and the end of the fixing block 24 are fixed to the slider to make the roller frame 21 shifting 4 A, 疋 body 1, moving, 、, 'the motor 25 and the pulley set 26 move 28 simultaneously. In addition, 'the expansion and contraction The structure has a micro-structure 28'. The fine-tuning structure 28 includes a telescopic structure screw 281. The second-structure screw 281 is attached to the ancient one & 泫 telescopic structure 〇 疋 疋 (10), and the rotary joint 358 is rotated by the knob 282. 281, in order to fine-tune the moving distance of the roller set 2, the knob 282 is provided with a scale to precisely adjust the telescopic distance of the telescopic structure screw 28丨. Thus, the roller set 2 can adjust the roller 21 according to the thickness of the fabric. The distance between the ultrasonic transmitter mounts 3 and the motor 25 and the pulley set 26 are both on the side of the roller 211 make the structure simple and smooth. The aforementioned fine adjustment structure 28 is designed coaxially with the roller set 2 to accurately It is convenient to control, only the fine adjustment structure 28 is disposed in the body ,, and the front plate 16 must be disassembled during adjustment, which is inconvenient to operate. &, the present invention further provides an extension and fine adjustment on the telescopic structure screw 281. Structure 29, the extended fine adjustment structure 29 includes an extension block 291, one end of which is fixed on the telescopic structure screw 281, and the other end of the extension block 291 is fixed to an extension slide On the movable structure 292, an extension screw 293 is inserted and fixed on the extension block 291. The extension screw 293 passes through an extension fixing block 294, and is screwed by the extension knob 295, and the extension fixing block 294 and the extension slide The structure 292 is fixed on the body 1. Similarly, the extended sliding structure 292 includes a sliding handle 2921 and a slider 2922 which is fixed on the body 1 ^ 菔1, the slider 2922 is disposed on the slide rail 2 9 2 1 to be movable, and the extension 斿 < evaluation button 295 is provided with a scale around to accurately adjust the expansion and contraction of the screw 293. The extension knob 295 is protruded and exposed outside the body 1. Therefore, the operation is more convenient. Please refer to FIG. 6 , which is referred to as the super-voiced turbidity, and the long-term edge machine except the aforementioned body 1 and roller set. 2, in fact, including the R ^ sentence as shown in the other device 'to make it a stand-alone body, for the A t 丨 丨 匕 匕 匕 匕 匕 匕 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 Do not repeat them. The detailed description of the present invention is intended to be illustrative of the preferred embodiments of the present invention, and is not intended to limit the scope of the present invention. In the scope of patents. [Simple description of the diagram] 'Please refer to the detailed description of this creation and its drawings, which will further explain the technical content of the creation and its purpose; the relevant drawings are as follows: Figure 1: The original ultrasonic lace machine 3D exploded view; Figure 2: Stereoscopic view of the ultrasonic lace machine; ^ Figure 3: Stereoscopic view of the roller set of the ultrasonic lace machine; ^ Figure 4: The perspective view of the roller set of the ultrasonic lace machine Combination view; Figure 5: Plane structure diagram of the ultrasonic lace machine; and Figure 6: Schematic diagram of the complete structure of the ultrasonic lace machine. Lu [Main component symbol description] 1 Body 10 Bonded column 11 Base 12 Block 13 Base plate 14 Side plate 15 Locating pin 16 Front plate 17 Rear plate 18 Reinforcement block 19 Guide groove 2 Roller set 21 Roller frame 211 Roller 10 M336154 22 Sliding structure 221 Slipper 222 Slider 23 Telescopic structure 24 Fixing block 25 Motor 26 Pulley set 27 Positioning block 28 Fine-tuning structure 281 Telescopic structure screw 282 Rotary 29 Extended fine-tuning structure 291 Extension block 292 Extended sliding structure 292] L-sliding 2922 Sliding J % 293 extension screw 294 extension block 295 extension knob 3 ultrasonic launcher
1111