TWM397338U - Multifunctional unmanned vehicle - Google Patents

Multifunctional unmanned vehicle Download PDF

Info

Publication number
TWM397338U
TWM397338U TW99206086U TW99206086U TWM397338U TW M397338 U TWM397338 U TW M397338U TW 99206086 U TW99206086 U TW 99206086U TW 99206086 U TW99206086 U TW 99206086U TW M397338 U TWM397338 U TW M397338U
Authority
TW
Taiwan
Prior art keywords
main
extension arm
track
proximal
crawler
Prior art date
Application number
TW99206086U
Other languages
Chinese (zh)
Inventor
Jen-Chang Lin
Kuo-Ping Lin
Chih-Hang Huang
Chin-Jen Chuang
Original Assignee
Chung Shan Inst Of Science
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 Chung Shan Inst Of Science filed Critical Chung Shan Inst Of Science
Priority to TW99206086U priority Critical patent/TWM397338U/en
Publication of TWM397338U publication Critical patent/TWM397338U/en

Links

Landscapes

  • Manipulator (AREA)

Abstract

A multifunctional unmanned vehicle including a vehicle main structure, an auxiliary cantilever unit, and a power transmission unit is disclosed. The vehicle main structure includes a main frame, two main tracks, two side plates, and two timing belt pulleys. The two main tracks are disposed at two sides of main frame in parallel. The transmission way of two main tracks is to link a movable flexible structure. The two timing belt pulleys support the two main tracks at two sides of the main frame respectively, and the two side plates fix and combine the two timing belt pulleys. The auxiliary cantilever unit uses a coupling to combine a near-end extension arm and a far-end extension arm. The power transmission unit uses a motor to synchronously rotate the near-end extension arm and far-end extension arm. The near-end extension arm and the far-end extension arm are supported to raise the main frame.

Description

五、新型說明: 【新型所屬之技術領域】 作係與載具(vehide)有關’特別是關於—種透過履 :的重新設計定義,使其於行徑触中能賊應鱗面上阶 調整變形’藉以達到易於行進與最佳速度型態之多ς 月匕 <、、、載具(multifunctional unm_ed vehicle)。 【先前技術】 逐漸機^_領域的研究在近年來已 =、i各先進目家之③度重視,並也已獲得顯著的進 tL以2機器人科技發展龍頭的日本為例,機器人革命正逐 漸徒工廠轉移到住家、醫院、地方餐館,甚妓稻田裡。 去出、日本不僅是為顧客提供自統協助的先驅 新定義人類和機器之__。目t日 ?曰倒飲料、有保全人員作用、打撞球、跳舞、照顧老 、知賴物和同伴、端壽司盤子等形形色色的機器人。 驅策,=^斤·^又入〆肖費者^器人的市場背後有好幾個因素 因在於日本^疋2對機器人科學的熟悉通達;但更大的原 題。隨著這個國家的人口組成逐漸老 各先進_二_ 決之道。由於世界 機器人的確可姐地抒解未來㈣面_人^^力的 中rm用中’機器人可廣泛應用於各種不同的領域之 替人類進入許多充滿危險之區域以及執 订某〜、有兩度危險性的任務,藉以保障人員的生命安全,避 免造成人員無謂的傷亡。 舉例而言,機器人可以用以專門處理爆裂物、危險物質或 武益彈藥’抑或用以處理人質救援、搜尋及監視等用途。此外, 機态人亦可設計為多功能的無人載具,並被應用於各種不同的 環境下,例如險峻的高山或斷崖、氣候惡劣溫差極大的沙漠、V. New type description: [New technology field] The system is related to the vehicle (vehide), especially the redesigning definition of the type of movement, so that it can adjust the deformation of the scale on the scale of the thief. 'To achieve the easy to travel and the best speed type, multi-functional unm_ed vehicle. [Prior Art] The research in the field of gradual machine ^_ has been paid attention to in recent years by i, i, and the advanced goal of i, and has also achieved remarkable progress. In the case of Japan, which is the leader of robotics development, the robot revolution is gradually taking shape. The factory was transferred to homes, hospitals, local restaurants, and even in rice fields. Going out, Japan is not only a pioneer in providing self-help to customers, but also a new definition of humans and machines.目 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 There are several factors behind the market, such as the 疋 费 = = ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ 因 因 因 因 因 因 日本 日本 日本 日本 日本 日本 日本 日本 日本 日本 日本 日本 日本 日本 日本 日本 日本As the population of this country is gradually becoming more advanced, it is more advanced. Because the world robots can really solve the future (four) face _ people ^ ^ force of the middle rm 'robot can be widely used in various fields for humans to enter many dangerous areas and to bind a certain ~, two degrees Dangerous tasks are used to protect the lives of personnel and avoid unnecessary casualties. For example, robots can be used to specifically deal with explosives, hazardous materials or Wuyi ammunition or for handling hostage rescue, search and surveillance purposes. In addition, the modality can also be designed as a versatile unmanned vehicle and used in a variety of different environments, such as steep mountains or cliffs, deserts with extremely poor climate and temperature.

4呕難行且需涉水的溪谷等惡劣環境,目前已逐漸開始被應用 於軍事或救災等用途上。 U 然而,由於一般陸用載具(例如坦克車)的履帶僅能行駛於 一般路面與緩坡’而不能通過高低段差較大的路面,使得其機 動性較差,無法在許多特殊場合中使用,故其偵查範圍仍2到 相當大的侷限。雖然目前所發展出來的陸用無人载具在實際應 用上仍面臨地形適應性不足及構造繁雜等缺點,但於國内仍鮮 少有機關或廠商願意投入大量的資金及人力進行相關的研發4 Harsh environments such as valleys that are difficult to vomit and require wading, have gradually begun to be applied to military or disaster relief applications. U However, since the track of a general land vehicle (such as a tank car) can only travel on a general road surface and a gentle slope, and cannot pass the road surface with a large difference between the height and the low section, the mobility is poor and cannot be used in many special occasions. The range is still 2 to a considerable limit. Although the current unmanned vehicles for land use still face shortcomings such as insufficient terrain adaptability and complicated structure in practical applications, few institutions or manufacturers are willing to invest a large amount of funds and manpower for relevant research and development in China.

工作,因此,現階段國内產業仍缺乏成熟的陸用無人載具之4 術及產品。 A 因此,本創作之主要範疇在於提供一種多功能無人栽具, 該多功能無人載具具有重新設計定義的履帶,使其於彳于經過'程 中能夠感應到路面上的段差變化並自動調整變形,藉以達到 於行進與最佳速度型態,以解決上述問題。 9 【新型内容】 本創作之-在於提供-種乡魏無人魅。根據 作之一具體實施例,該多功能無人載具包含一車辅主架構、— 辅助懸臂單元及一動力傳輸單元。該車輛主架構包含_主要典 架、一第一主要履f、一弟二主要履帶、一第一邊板、—第— 邊板、一第一時規皮帶輪及一第二時規皮帶輪。 於此實施财,該第-主要履帶與娜二轉履帶係平行 排列於該主要雜之_,並且該第—主要履帶無第二主要 履帶之傳動方式均係由可活_撓性結構連結喊。該第一邊 板及该第二邊板係分別對應於該第一主要履帶及該第二主要 履帶。該主要骨架之_分別域第—時規皮帶輪與該^二時 規皮帶輪支擇該第-主要履帶與該第二主要履帶,並由該第— 邊板與该第二邊板分綱定結合該第—時規皮帶輪與該第二 於此實施例中,該辅助懸臂留4 A A ____________ 端延伸臂。該近端延伸臂與該遠Work, therefore, at this stage, the domestic industry still lacks the mature technology and products of land-based unmanned vehicles. A Therefore, the main scope of this creation is to provide a multi-functional unmanned vehicle with a redesigned track that allows it to sense the change in the step on the road and automatically adjust it. Deformation, so as to achieve the travel and optimal speed pattern to solve the above problems. 9 [New Content] This creation is based on the provision of - the kind of township Wei no charm. According to one embodiment, the multifunctional unmanned vehicle includes a vehicle auxiliary main structure, an auxiliary suspension unit and a power transmission unit. The main structure of the vehicle comprises a main frame, a first main gear, a second main track, a first side panel, a first side panel, a first timing pulley and a second timing pulley. In this implementation, the first-main track and the Na-two track are arranged in parallel with the main miscellaneous, and the transmission mode of the first main track without the second main track is shouted by the movable-flexible structure. . The first side panel and the second side panel respectively correspond to the first main crawler belt and the second main crawler belt. The main-frame-time gauge pulley and the second-time gauge pulley select the first-main track and the second main track, and the first side plate and the second side plate are combined In the second timing pulley and the second embodiment, the auxiliary boom has a 4 AA ____________ end extension arm. The proximal extension arm and the distal end

伸臂外側的-聯軸麗合該近端延伸臂與該遠端延伸臂。該動 力,單元包含-馬達,該動力傳輸單元利用該馬達使該近端 延伸臂與該遠端延伸臂同步旋轉,該馬達提供狀的轉矩㈣ 主要骨架與該近觀伸臂及該遠端延㈣之間,#以透過支撐 遠近端延伸臂及該翻延伸如提高触要骨架。The outer side of the outrigger is coupled to the proximal extension arm and the distal extension arm. The power unit includes a motor, and the power transmission unit uses the motor to rotate the proximal extension arm synchronously with the distal extension arm, the motor provides a torque (4) a main skeleton and the near arm and the distal end Between the extensions (4), # extend the support arm through the support and the extension of the extension.

ς負載時’該近端延伸臂與該遠觀伸f可單獨提供該 …、人載具向前移動、後退及轉向功能。When the load is applied, the proximal extension arm and the distal extension f can separately provide the forward movement, the reverse movement and the steering function of the human vehicle.

Claims (1)

Jvuy/338Jvuy/338 六、申請專利範圍: K —種多功能無人載具,包含: —車輛主架構,包含: 一主要骨架; 料m居册 ,該第一主要履帶 與5亥第一主要履可係平行排列於該 側,並且該第-主要履帶與該第二 方式均係由可活_撓性結構連結之傳動 -第-邊板及-第二邊板,該第― ㈣ =別對應於該第—主要履帶及該第“帶, 一第二時規皮帶輪,該主要骨架 輪支撐該第-主要履帶與該第二主; 第一邊板與該第二邊板分別固 日车= 帶輪與該第二時規皮帶輪;…亥第一時規皮 —’包含一近端延伸臂與-遠端延伸臂, 该近知延伸臂與該遠端延伸臂係读、〜伸是 臂外側的1㈣而結合;以及U於該近端延伸 一動力傳輸單元,4 馬達使該近端%伸^與;遠』2傳輸單元利用該 達提供足夠的轉步旋轉’該馬 遠端延伸臂之n °亥主要月木與麵端延伸臂及該 端延伸臂以提i該支稽該近端延伸臂及該遠 如申請專概圍第1項所述之多·無人觀,射該第-時 16 2、 3、M397338 4、 5、 規皮帶輪触帛_::_時驢賴分顺含 ; 询深瓊盖、一絡音Π· 以及用以結合該輪緣護蓋與該輪轂之一輪輻。 獅軚 如申請專利範圍第i項所述之多功能無人戴具,发中 臂單元係透過-張力調整H調整-前蠕料履帶齡 = 懸臂主動輪之中心距,以調整一輔助懸臂履帶之^緊、效果。 如申請專利範圍第1項所述之多功能無人栽具,其 ’ 臂單元係it過該聯轴器將該近端延伸臂岭,懸 結合成-橫向旋轉軸。 敎前端 如申請專利範圍第1項所述之多功能無人载具,复中兮 ,該主要履帶及該第二權帶之間分別形:1 。,母個縱向支撐在上下兩邊緣由-系列規則_槽^ 撐 條花紋 6、Sixth, the scope of application for patents: K - a multi-functional unmanned vehicle, including: - the main structure of the vehicle, including: a main skeleton; the material is in the book, the first main track and the first major track of 5 Hai are arranged in parallel The side, and the first main track and the second mode are both a transmission-first side plate and a second side plate connected by a movable-flexible structure, the first - (four) = not corresponding to the first - main a track and the first "belt, a second timing pulley, the main skeleton wheel supports the first-main track and the second main; the first side plate and the second side plate respectively fix the vehicle = the pulley and the first Two-time gauge pulley; the first time gauge skin of the first paragraph - 'including a proximal extension arm and a distal extension arm, the proximal extension arm and the distal extension arm system read, the extension is the outer side of the arm 1 (four) combined And U extends a power transmission unit at the proximal end, 4 motors make the proximal end extend; and the far 2 transmission unit utilizes the line to provide sufficient rotation of the step of the horse. The moon wood and the end extension arm and the end extension arm for raising the proximal extension And as far as the application mentioned in the first paragraph of the first item, no one, no one, shot the first - time 16 2, 3, M397338 4, 5, the pulley pulley touch _:: _ 驴 驴 顺 ;; The deep qiong cover, the chord cover, and the spokes for combining the rim cover and the hub. The lion's versatile unmanned wear as described in claim i, the middle arm unit is transmitted through - Tension adjustment H adjustment - front creepage crawler age = center distance of the cantilever drive wheel to adjust the tightness and effect of an auxiliary cantilever crawler. The multi-functional unmanned plant as described in claim 1 of the patent scope, the 'arm unit Passing through the coupling to extend the proximal extension arm ridge into a transverse rotation axis. The front end is a multifunctional unmanned vehicle as described in claim 1 of the patent application, and the main track and the main track The second right band has a shape of 1:, and the female longitudinal support is on the upper and lower edges by the - series rule _ groove ^ struts pattern 6, 如申請專利範圍第1項所述之多功能無人載具,其中該 伸臂與該遠端延伸臂係與該第—主要履帶與該第二^ 作同步運轉,當該第-主要履帶與該第二主要履帶懸= ^載時’該近端延伸臂與該遠觀伸臂可單獨提供 月b热人載具向前移動、後退及轉向功能。 7、 如申請專利細第通所述之多功能無人載具,進一步包含. 一輔助懸臂驅動單元,耦接至該輔助懸臂單元及該3馬 達,該輔助懸臂驅動單元透過一減速機構將該馬^ 扭矩放大’以提供該近端延伸臂與該遠端延伸臂 時必要的扭力。 8、 一種多功能無人載具,包含: 一主要骨架; 日條正替換頁 一主要履帶,具有撓性且可傳達動力; 一邊板’連結該主要履帶; -時規皮帶輪,結合於該主要履帶與社要骨架之間, 該時規皮帶輪驅動該主要履帶致使該多功能無人載且 得以移動; -時規履帶,狀結合並找魅要履帶及該邊板,並 且該時規履帶之支撐效果係由該主要履帶的底部平面 延伸至§玄主要履帶的頂部;以及 -近端輔助懸臂及-遠端輔助懸臂,該近端輔助縣臂盎The multi-functional unmanned vehicle of claim 1, wherein the extension arm and the distal extension arm and the first main track are synchronized with the second operation, when the first-main track and the The second main crawler suspension = ^ when carrying the 'the proximal extension arm and the distal extension arm can separately provide the forward movement, the retreat and the steering function of the monthly b hot carrier. 7. The multifunctional unmanned vehicle as claimed in the patent application, further comprising: an auxiliary cantilever driving unit coupled to the auxiliary cantilever unit and the 3 motor, the auxiliary cantilever driving unit transmitting the horse through a speed reducing mechanism ^ Torque amplification 'to provide the necessary torque for the proximal extension arm and the distal extension arm. 8. A multifunctional unmanned vehicle comprising: a main skeleton; the Japanese strip is replacing the main track, which is flexible and can transmit power; the side panel is connected to the main crawler; the timing pulley is coupled to the main crawler. Between the skeleton and the social skeleton, the timing pulley drives the main crawler to cause the multifunctional to be unloaded and moved; - the timing gauge, the combination and the charm and the sideboard, and the supporting effect of the timing track Extending from the bottom plane of the main track to the top of the main track of the § 玄; and - the proximal auxiliary cantilever and the - distal auxiliary cantilever, the proximal auxiliary county arm 該遠端輔助歸可透過位於該近端輔助懸料側的 -聯軸器而結合,該近端輔助懸臂係與該主要骨架的 前端結合成一橫向旋轉軸’並係呈現垂直位置於該主 要骨架之兩側。 y、如申請專利範圍第8項所述之多功能無人載具,其中縣要 帶包含: ~ 一第一履帶及一第二履帶,均具有撓性且連續;以及 -時規皮帶輪’設置於該第-履帶與該第二履帶的兩 端,當該時規皮帶輪旋轉時,該第一履帶與該第二履‘ 帶傳遞動能致使該時規皮帶輪能夠連續運/動二一 - 10、如申請專利範圍第9項所述之多功能無人載具,其中节時規皮 帶輪包含複數個肋板’用以提供支撐功能給該第帶與該 第二履帶,該複數個肋板中之每一個肋板均對應 帶與該第二履帶且被分角度。 "'μ ^The distal assist can be coupled through a coupling coupled to the proximal auxiliary suspension side, the proximal auxiliary cantilever system and the front end of the main skeleton being combined into a transverse axis of rotation and presenting a vertical position to the main skeleton On both sides. y. The multifunctional unmanned vehicle as claimed in claim 8 wherein the county belt includes: ~ a first crawler belt and a second crawler belt, both of which are flexible and continuous; and - the timing pulley is disposed at The first crawler belt and the two ends of the second crawler belt, when the timing pulley is rotated, the first crawler belt and the second crawler belt transmit kinetic energy to enable the timing gauge pulley to continuously move/move two to one, such as The multifunctional unmanned vehicle of claim 9, wherein the pitch gauge pulley comprises a plurality of ribs 'to provide a supporting function to the first belt and the second crawler, each of the plurality of ribs The ribs are corresponding to the belt and the second track and are angled. "'μ ^
TW99206086U 2010-04-07 2010-04-07 Multifunctional unmanned vehicle TWM397338U (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
TW99206086U TWM397338U (en) 2010-04-07 2010-04-07 Multifunctional unmanned vehicle

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
TW99206086U TWM397338U (en) 2010-04-07 2010-04-07 Multifunctional unmanned vehicle

Publications (1)

Publication Number Publication Date
TWM397338U true TWM397338U (en) 2011-02-01

Family

ID=45088186

Family Applications (1)

Application Number Title Priority Date Filing Date
TW99206086U TWM397338U (en) 2010-04-07 2010-04-07 Multifunctional unmanned vehicle

Country Status (1)

Country Link
TW (1) TWM397338U (en)

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
TWI547394B (en) * 2015-04-22 2016-09-01 鴻海精密工業股份有限公司 Reconnaissance and replenishment robot
TWI601614B (en) * 2015-04-22 2017-10-11 鴻海精密工業股份有限公司 Rescue and relief primary-secondary robot

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
TWI547394B (en) * 2015-04-22 2016-09-01 鴻海精密工業股份有限公司 Reconnaissance and replenishment robot
TWI601614B (en) * 2015-04-22 2017-10-11 鴻海精密工業股份有限公司 Rescue and relief primary-secondary robot

Similar Documents

Publication Publication Date Title
Bogue Exoskeletons–a review of industrial applications
CN105667622B (en) It is a kind of to have the six of three sections of bodies to take turns sufficient formula mobile robots
CN106043473B (en) One kind can self-leveling wheeled tractor drive axle device and leveling method
CN105905178B (en) Multifunctional obstacle crossing robot
CN105383586A (en) Composite mobile robot with wheel-track legs
CN103373402B (en) Wheel-track combined Modularized mobile robot mobile devices
WO2020082719A1 (en) Head, chest, and abdomen separated bionic hexapod robot
CN203601424U (en) Planetary gear robot
CN104443085A (en) Crawler type six-freedom-degree mobile robot
CN104477268B (en) A kind of drive lacking crawler-type mobile obstacle detouring platform
CN103407510A (en) Deformable planet wheel robot with left body and right body hinged
CN203806022U (en) Wheel-tracked combined robot adaptable to complicated unstructured environments such as nuclear power plant
CN105502231A (en) Hydraulic universal four-drive forklift
CN105923067A (en) Small wheel-foot combined type hexapod robot
CN106828634A (en) Crawler type rice transplanter walking chassis
CN107554630A (en) One kind wheel carries out the upset unmanned mobile platform of combined type
TWM397338U (en) Multifunctional unmanned vehicle
Ming-hui et al. Design of moving system for mining searching robot
CN2841272Y (en) Composite moving mechanism of autonomous obstacle-surmounting robot
CN105539628A (en) Wheeled leg type cockroach-shaped bio-robot
CN103010274A (en) Power-assisting trolley
CN204488996U (en) Planetary differential obstacle crossing type caterpillar robot
CN102642572B (en) Duplex triangle connecting frame variable configuration crawler-type obstacle-crossing mechanism
CN208999827U (en) A kind of high-precision A GV walking mechanism of view-based access control model navigation
CN102114879A (en) Biped walking four-bar mechanism

Legal Events

Date Code Title Description
MK4K Expiration of patent term of a granted utility model