TWM274176U - Improved push rod structure of automatic feeder - Google Patents

Improved push rod structure of automatic feeder Download PDF

Info

Publication number
TWM274176U
TWM274176U TW93218448U TW93218448U TWM274176U TW M274176 U TWM274176 U TW M274176U TW 93218448 U TW93218448 U TW 93218448U TW 93218448 U TW93218448 U TW 93218448U TW M274176 U TWM274176 U TW M274176U
Authority
TW
Taiwan
Prior art keywords
steel ball
shaft
push rod
rod
automatic feeder
Prior art date
Application number
TW93218448U
Other languages
Chinese (zh)
Inventor
Ming-Je Huang
Original Assignee
Ming-Je Huang
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by Ming-Je Huang filed Critical Ming-Je Huang
Priority to TW93218448U priority Critical patent/TWM274176U/en
Publication of TWM274176U publication Critical patent/TWM274176U/en

Links

Landscapes

  • Turning (AREA)

Description

M274176 八、新型說明· 【新型所屬之技術領域】 播土本ΐ作係有關—種用於車床之自動送料機之推r改戶 構造,俾以限制鋼珠定位之改良設計。 推#改良 【先前技術】 如第4圖所tf ’係為—般車床加工機 =其送料裝置i 6主要係由—夾具丄7夾固欲進 車床2 4之夾頭2 5中,以由車床2 4夾頭2 5 =推進至 23得以隨車床24主軸高速旋轉而進行車削加工。、’使棒材 中,t,棒材23之—端係套置於送料裝置16之夾且17 二”夾固車床24之夾頭25上並隨車床之二 因此送料裝置1 6之夾具1 7亦隨之高速旋轉,以= 'v、失具1 7與轉1 8之間配合設置—罝有轉 ; 器19,輪獅桿18_ 轉==之聯軸 置16之正常運作。 &動’而維持送料裝 管2 ’制之聯轴器1 9係由—與推桿1 8相螺接固定之軸 ^為主體,並在轴管2 〇之另端軸設有—螺桿2工供 ^ ,桿2 管2 〇之間形成相對應轉動的 柿8隨著減1 7轉動。 動產ΐ!Γ5圖至第6圖所示’由於車床主轴以高速旋轉運 轴向間隙致使鋼珠10呈徑向移動狀態,鋼珠丄 tir累桿7之錐孔71與推桿8之錐孔81内所相對 、巧祭作用力而分析比較’經本創作人之研究發現,因 M274176 為鋼珠1 0呈徑向移動狀態,使螺桿7之錐孔7 1與推桿 8之錐孔8 1内的磨擦作用力,產生環線接觸Β而帶來噪 音與高溫現象之麻煩,如第7圖所示,故前述之自動送料機 之推桿實有加以改進之必要,使車床加工機之自動送料裝置功 能更臻完善。 【新型内容】 本創作之主要目的,在於解決上述的問題而提供一種 自動送料機之推桿改良構造,其主要係於該軸套鄰接於鋼 珠之一端設有一容置部,該容置部由一等徑段連接一錐端 組成,該等徑段供滾珠置入係用以限制鋼珠徑向定位,且 該錐端係用以限制鋼珠軸向定位,從而限制鋼珠定位之功 效。 本創作之次一目的,在於該一桿鄰接於鋼珠之端面設置 具有一較大直徑之端面,該端面設置有一凸端與鋼珠靠抵 係呈單點接觸,從而避免產生噪音與高溫現象,並延長夾 具之使用壽命之功效。 為達前述目的,本創作係提供一種自動送料機之推桿 改良構造,主要係將一桿以可旋轉之形態穿設於軸套中, 在一桿與轴套之間設一鋼珠,該鋼珠係設於軸套一端之容 置部内,而容置部由一等徑段連接一錐端所組成,從而限 制鋼珠定位作用。 本創作之上述及其他目的與優點,不難從下述所選用 實施例之詳細說明與附圖中,獲得深入了解。 當然,本創作在某些另件上,或另件之安排上容許有 M274176 所不同:但所選用之實施例,則財說明書中,予以詳細 說明,並於附圖中展示其構造。 【實施方式】 —明m第1圖至第2圖’目巾所示者為本創作所選用 之實施例結構,此僅供說明之用,在專利申請上並不受此 種結構之限制。 ^首先,本創作係一種自動送料機之推桿改良構造,其 係將一桿1以可旋轉之形態穿設於軸套2中,再將軸套9 秦b軋用以阻擋襯套1 3,在一桿1之另端軸設有一螺牙工3 供夾具1 7螺接,且在桿1與軸套2之間設—鋼珠3,該鋼 珠々3係設於軸套2-端之容置部2工π,而容置部2丄由 一等徑段2 2連接一錐端2 3所組成,因此,藉由本創作 之容置部2 1等徑段2 2連接-錐端2 3之結構設計,當 車床主軸以高速旋轉運動時,俾能避免產生鋼珠1 〇徑向 移動狀態,從而限制鋼珠3定位作用之功效。 其次,請參閱第3圖所示,本創作一桿丄鄰接於鋼珠 3之一端設置具有一較大直徑之端面i i,該端面丄丄設 置有一凸端1 2與鋼珠3靠抵,當車床主軸以高速旋轉運 動時,俾使一凸端1 2與鋼珠3呈單點接觸a,從而避免 產生"呆音與高溫現象,並延長夾具丄7之使用壽命之功效。 綜上所述,該螺桿1鄰接於滾珠3之一端設有一容置 邛2 1,而容置部2 1由一等徑段2 2連接一錐端2 3組 成。本創作藉由該等徑段2 2供滚珠3置入而露出於孔徑 端面係用以限制滚珠3徑向定位,且該錐端2 3係用以限 M274176 制滚珠3轴向定位,從而限制滚珠以位之功效。 以上所述貫'施例之揭示孫田丨、/力、π口丄A PF ^ 糸用以呪明本創作,並非用以 限制本創作,故舉凡數 屬本創作之料。 又更或寻效兀件之置換仍應隸 由以上詳細說明 確可達成前述目的, 申請。 可使熱知本項技藝者明瞭本創作的 實已符合專利法之規定,爰提出專利 【圖式簡單說明】 f1圖係本創作之結構立體分解示意圖 f2圖係本創作之結構截面示意圖 f 3圖係摘作之結構實施麻意圖 =圖係習用車床加工之送料裝置結構示意圖 f 5圖係Μ之結構立體分解示意圖 f6圖係習用之結構截面示意圖 第7圖係習用之結構實施例示意圖 【主要元件符號說明】(習用部分)M274176 8. Description of the new type [Technical field to which the new type belongs] This is related to the sowing operation—a kind of automatic feeding machine used for lathes to change the household structure, to improve the design of limiting the positioning of steel balls. Push #Improved [prior art] As shown in Figure 4, tf 'is the same as a lathe processing machine = its feeding device i 6 is mainly made of-clamp 丄 7 clamps the chuck 2 5 to be inserted into the lathe 2 4 Lathe 2 4 Chuck 2 5 = Advance to 23 to turn with the 24 spindle of the lathe at high speed. , 'Make the bar, t, bar 23-the end sleeve is placed on the clip 16 and 17 2 "of the feeding device 16 and clamps 25 of the lathe 24 and follows the lathe 2 so the feeding device 16 6 fixture 1 7 also rotates at a high speed, with the setting of = 'v, lost gear 1 7 and turn 1 8-there is a turn; device 19, wheel lion rod 18_ turn == the normal operation of the coupling set 16 & The 'coupling 19' made by moving and maintaining the feeding and loading tube 2 is composed of a shaft ^ which is screwed and fixed with the push rod 18, and is provided on the other end of the shaft tube 2-a screw 2 Supply ^, the corresponding rotation of the persimmon 8 formed between the rod 2 and the tube 2 0 rotates with minus 17. The movable property is shown in Figure 5 to Figure 6 'Because the spindle of the lathe is rotating at high speed, the axial clearance causes the steel ball 10 to appear In the state of radial movement, the relative forces between the tapered hole 71 of the steel ball 锥 tir tired rod 7 and the tapered hole 81 of the putter 8 are analyzed and compared. 'The author's research found that M274176 is a steel ball with a diameter of 10 In the moving state, the frictional force in the tapered hole 71 of the screw 7 and the tapered hole 81 of the push rod 8 causes a ring line contact B, which causes troubles of noise and high temperature, as shown in FIG. 7 In order to improve the function of the automatic feeding device of the lathe processing machine, it is necessary to improve the pusher of the automatic feeding machine. [New content] The main purpose of this creation is to solve the above problems and provide an automatic The improved structure of the push rod of the feeder is mainly provided on the shaft sleeve adjacent to one end of the steel ball with an accommodation portion, which is composed of an equal diameter section connected to a tapered end, and these diameter sections are used for the ball insertion system. It is used to limit the radial positioning of the steel ball, and the tapered end is used to limit the axial positioning of the steel ball, thereby limiting the effectiveness of the positioning of the steel ball. The second purpose of this creation is to set a large diameter of the end of the rod adjacent to the steel ball. The end surface is provided with a convex end and a single contact with the steel ball to make a single point contact, so as to avoid the occurrence of noise and high temperature, and to extend the useful life of the fixture. In order to achieve the aforementioned purpose, this creation is to provide an automatic feeder The improved structure of the push rod is mainly a rod that is rotatable in the shaft sleeve, and a steel ball is provided between the rod and the shaft sleeve, and the steel ball is provided on the shaft The accommodating part at one end is composed of an equal-diameter segment connected to a tapered end, thereby limiting the positioning of the steel ball. The above and other purposes and advantages of this creation are not difficult to be explained in detail from the following selected embodiments. Obtain a deeper understanding with the drawings. Of course, this creation may be different from some M274176 in some other parts or arrangements of other parts: but the selected embodiment is explained in detail in the financial specification and described in The structure is shown in the accompanying drawings. [Embodiment]-The diagram shown in Figures 1 to 2 of the 'm' muffler is the structure of the embodiment selected for the creation. This is for illustration purposes only and is not for patent applications. Limited by this structure. ^ First of all, this creation is an improved structure of the push rod of an automatic feeder, which is a rod 1 in a rotatable form inserted in the sleeve 2, and then the sleeve 9 Qin b rolling To block the bushings 1 and 3, a screwdriver 3 is provided at the other end of the rod 1 for the screwing of the clamp 1 7 and a steel ball 3 is provided between the rod 1 and the shaft sleeve 2. The steel ball 3 is provided The accommodating part 2 at the 2-end of the sleeve 2 is π, and the accommodating part 2 is connected to a cone by an equal diameter section 2 2 It is composed of 2 3. Therefore, by the structural design of the accommodation section 21 1 equal diameter section 2 2 connection-taper end 23 in this creation, when the lathe spindle is moving at high speed, it can avoid the steel ball 1 〇 radial movement State, thereby limiting the effectiveness of the positioning of the steel ball 3. Secondly, please refer to FIG. 3, in the present invention, a rod 丄 is provided adjacent to one end of the steel ball 3 with an end face ii having a larger diameter, and the end face 丄 丄 is provided with a convex end 12 and the steel ball 3 to abut. When rotating at a high speed, the convex end 12 and the steel ball 3 are brought into single point contact a, thereby avoiding the phenomenon of "squeak and high temperature" and extending the service life of the fixture 丄 7. In summary, the screw 1 is provided with an accommodating 邛 2 1 adjacent to one end of the ball 3, and the accommodating portion 21 is composed of an equal diameter section 2 2 and a tapered end 23. This creation uses these diameter sections 2 2 for the ball 3 to be placed and exposed on the end face of the aperture to limit the radial positioning of the ball 3, and the tapered end 2 3 is used to limit the axial positioning of the M274176 ball 3, thereby limiting The effect of the ball. The above-mentioned examples of the implementation of Sun Tian 丨, / Li, π 丄 A PF ^ 糸 are used to clarify the original creation, not to limit the original creation, so the number is the material of this creation. Furthermore, the replacement of the effective components should still be applied for according to the above detailed description. Let the artist know that the actuality of this creation has complied with the provisions of the Patent Law, and put forward a patent [Simplified illustration of the drawing] f1 is a three-dimensional exploded view of the structure of this creation f2 is a cross-sectional view of the structure of this creation f 3 The figure shows the structure of the implementation of the hemp intention = The diagram shows the structure of the feeding device of the conventional lathe processing f 5 The diagram of the three-dimensional decomposition of the structure M f6 The diagram of the conventional structure cross-section The diagram 7 The diagram of the conventional structural embodiment [Main Component symbol description] (conventional part)

螺桿7 推桿8 軸套9 襯套1 3 螺帽1 5 環線接觸B 錐孔7 1 螺牙7 2 錐孔8 1 滚珠1 〇 間隔環1 4 送料裝置1 6 夾具1 7 M274176Screw 7 Push rod 8 Bushing 9 Bushing 1 3 Nut 1 5 Ring contact B Taper hole 7 1 Screw 7 2 Taper hole 8 1 Ball 1 〇 Spacer 1 4 Feeding device 1 6 Fixture 1 7 M274176

推桿1 8 聯軸器1 9 軸桿2 0 螺桿2 1 滾珠軸承2 2 棒材2 3 車床2 4 夾頭2 5 (本創作部分) 桿1 轴套2 鋼珠3 襯套4 間隔環5 螺帽6 端面1 1 凸端1 2 螺牙1 3 夾具1 7 容置部2 1 等徑段2 2 錐端2 3 點接觸APush rod 1 8 Coupling 1 9 Shaft 2 0 Screw 2 1 Ball bearing 2 2 Bar 2 3 Lathe 2 4 Collet 2 5 (this creative part) Rod 1 Bushing 2 Steel ball 3 Bushing 4 Spacer 5 Screw Cap 6 End face 1 1 Convex end 1 2 Thread 1 3 Fixture 1 7 Receiving part 2 1 Equal-diameter section 2 2 Cone end 2 3 Point contact A

Claims (1)

M274176 九、申請專利範圍: 1 ·一種自動送料機之推桿改良構造,主要係將一桿以可 旋轉之形態穿設於一轴套中,在桿與軸套之間設一鋼 珠,該鋼珠係設於軸套一端之容置部内,且該桿分別 穿設數襯套,各襯套之間穿設有間隔環,再將軸套輥 軋用以阻擋襯套; 其改良在於:該轴套鄰接於鋼珠之一端設有一容 置部,該容置部由一等徑段接一錐端所組成,該等徑 段供鋼珠置入係用以限制鋼珠徑向定位,且該錐端係 用以限制鋼珠軸向定位,俾以限制鋼珠定位之功效。 2 ·依申請專利範圍第1項所述之自動送料機之推桿改良構造 ,其中,該桿鄰接於鋼珠之一端設置具有一較大直徑 之端面’該端面設置有一凸端與鋼珠靠抵係呈單點接 觸0 9M274176 9. Scope of patent application: 1 · An improved structure of the push rod of an automatic feeder, which is mainly provided in a shaft in a rotatable form, and a steel ball is arranged between the shaft and the shaft, the steel ball It is arranged in the accommodating part at one end of the shaft sleeve, and the rod is respectively provided with a plurality of bushes, and a spacer ring is passed between the bushes, and the shaft sleeve is rolled to block the bushing; the improvement lies in that the shaft The sleeve is adjacent to one end of the steel ball and is provided with an accommodating portion. The accommodating portion is composed of an equal diameter section and a tapered end. These diameter sections are used by the steel ball insertion system to restrict the radial positioning of the steel ball. Used to limit the axial positioning of the steel ball, and to limit the effectiveness of the steel ball positioning. 2 · The improved structure of the push rod of the automatic feeder according to item 1 of the scope of the patent application, wherein the rod is provided with an end face having a larger diameter adjacent to one end of the steel ball, and the end face is provided with a convex end and a steel ball against each other. Single point contact 0 9
TW93218448U 2004-11-17 2004-11-17 Improved push rod structure of automatic feeder TWM274176U (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
TW93218448U TWM274176U (en) 2004-11-17 2004-11-17 Improved push rod structure of automatic feeder

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
TW93218448U TWM274176U (en) 2004-11-17 2004-11-17 Improved push rod structure of automatic feeder

Publications (1)

Publication Number Publication Date
TWM274176U true TWM274176U (en) 2005-09-01

Family

ID=37006807

Family Applications (1)

Application Number Title Priority Date Filing Date
TW93218448U TWM274176U (en) 2004-11-17 2004-11-17 Improved push rod structure of automatic feeder

Country Status (1)

Country Link
TW (1) TWM274176U (en)

Similar Documents

Publication Publication Date Title
CN102427902B (en) Chuck Device
JP5011366B2 (en) Tool holder and method for assembling the tool holder
CA2576675C (en) High-precision spindle assembly for a davenport automatic screw machine
JP2017042905A (en) Collet chuck for rolling element screw drive
CN1812860A (en) Rotary tool holder assemblie
CN105855572A (en) Clamping pulling tool used during slender shaft turning on lathe
TWM274176U (en) Improved push rod structure of automatic feeder
CN102581668A (en) Tool positioning-clamping mechanism for milling machine
JP5624570B2 (en) Dimple molding burnishing tool and dimple molding burnishing method
JP2005083549A (en) Ball screw nut and its manufacturing method
CN103567861B (en) Vertical grinding machine with double end faces high-precision grinder main shaft
CN205765143U (en) High precision elastic collet chuck
CN204545479U (en) A kind of pushing-type blank hole swelling device for cover parts processing
JP2000346079A (en) Rolling bearing
CN207111863U (en) A kind of screw nut driving mechanism of self-lubricating solid
TW202003147A (en) Preload adjustable cam fowllower and intermittent motion mechanism using the same
CN102126147B (en) High-flexibility conical high-speed knife handle
JP4273377B2 (en) Drill chuck and chuck device
JP4758296B2 (en) Tool holder
CN105081802B (en) A kind of fixture and production application process for processing the word oil groove of oscillating bearing Internal Spherical Surface 8
CN203125182U (en) Bearing support processing device
JP2013129011A (en) Tool holder
CN202006378U (en) Sliding ring device capable of clamping workpiece quickly
CN205043488U (en) Tip that adds man -hour to toper cover carries out mechanism of fixing a position
JP2020075312A (en) Turning device and turning method