M316358 八、新型說明： - 【新型所屬之技術領域】 本創作一種監視系統數位旋轉台結構改良，係用於控制監視器旋 轉的裝置結構。 【先前技術】 習用傳統監視旋轉台，請參閱第一圖，是一機械觸動開關100與 φ 一分度盤2及馬達配合以帶動傳統監視旋轉台轉動作一監視管控，但 疋傳統之機械微動開關100需要接觸或碰觸到才會回授以使馬達動 作，當運作久了機械微動開關100會產生間隙，造成運作空間的死角 無法監視到，因此需要調整，再者機械微動開關100係由分度盤2之 卡扣200接觸式觸動，容易斷裂故障，間接造成馬達損壞，更重要的 是使監視系統數位旋轉台失去監控位置監控能力，造成小偷有機可 乘，另外與其配合之傳統控制箱耗空間，監視系統數位旋轉台電源須 修從控制箱牽出非常不便。 又’該習用監視系統數位旋轉台無排水孔，若置於室外，雨水會 滲入監視系統數位旋轉台結構内，而令機械微動開關損壤或電路板上 線路短路，由此可知，一般習用傳統監視旋轉台並不適合裝置於室外。 因此，如何將上述缺失加以摒除，即為本案創作人所欲解決之技 術困難點之所在。 【新型内容】 M316358 - 本創作一種監視系統數位旋轉台結構改良，係用於控制監視器旋 -轉的裝置其包括：承座、分度盤、基座；一承座，該承座係由一固定 片及支撐片活固而成，該固定片係鎖固於分度盤上端，又該支撐片設 置透孔供監視器結合；一分度盤，該分度盤上端設一承座，且該分度 盤係與基座之軸承固定座結合，又該分度盤設有凹槽，該凹槽供定位 插銷嵌合；一基座，該基座内包括：馬達、電路板、軸承固定座、感 應器，其中該感應器係固定於基座一端，又該感應器其位置對映於分 φ度盤之凹槽，且該感應器係為一非接觸式霍爾感應元件，其能感應到 該定位插銷内之磁性元件；藉由電路板接上電源及控制訊號，以該馬 達帶動轴承固定座之主齒輪，使監視器得以順、逆方向旋轉，透過感 應器的偵測而能反向運轉。 其中該感應器係為一種非接觸式感應器内有霍爾感應元件，其具 備感應磁場功能，又該定位插銷係為塑膠材質，其内包覆有磁性元件， 該磁性元件經過感應器給予偵測訊號，且該定位插銷嵌合於分度盤 籲上，該分度盤是一概呈鍋蓋的盤形體，其於外側邊緣形成複數柱狀齒 紋，該柱狀齒紋往内之一端形成凹陷圓弧盤，在柱狀齒紋與柱狀齒紋 之間形成間隔凹槽，該凹槽供定位插銷嵌合；該定位插銷具有一门形 開口，於内含設卡板，在卡板之一側之定位插銷具備一磁性元件，該 磁性元件可供感應器偵測感應，又該定位插銷能任意移位嵌合於分度 盤上。 【實施方式】 M316358 ’ 首先請參閱第二圖及第三圖所示，本創作一種監視系統數位旋轉 -台結構改良，其實施時： 本創作係一種監視系統數位旋轉台結構改良，其包括··承座丨〇、 分度盤2、基座4 ; 一承座10,該承座10係由一固定片11及支撐片12活固而成， 該固定片11係鎖固於分度盤2上端，又該支撐片12設置透孔14供監 視器結合，支撐片12、固定片11兩侧皆有透孔分別以螺絲組u活固 φ可令該支撐片12能上下擺動、調整仰角，又該固定片u以螺絲16 鎖固於分度盤2與軸承固定座3。 一分度盤2，該分度盤2上端設一承座1〇，且該分度盤2係與基 座4之軸承固定座3結合，又該分度盤2設有凹槽22，該凹槽22供 定位插銷15嵌合；其中該分度盤2概呈鍋蓋的盤形體，其邊緣形成至 少一柱狀齒紋21，於該柱狀齒紋21之間形成間隔凹槽22。 一基座4,該基座4内包括··馬達42、電路板41、軸承固定座3、 鲁感應器32，其中該感應器32係固定於基座4 一端；該基座4設有一 排水孔43，該排水孔43係貫穿於基座4内部及底盤5，且該基座4 下方以-底盤5鎖固於基座4以保護内部之電路板41及馬達42 ;該 監視系統數位旋轉台結構改良若置於室外，由該分度盤2與基座4結 合之縫隙流入的雨水，會從排水孔43流出。 本創作-種監視系統數位旋轉台結構改良，翻於控制監視器旋 轉的裝置其包括’-承座10,該承座10係由一固定片U及支撐片12 活固而成，該固定片11係鎖固於分度盤2上端，又該支禮片12設置 M316358 -透孔14供監視器6結合；一分度盤2，該分度盤2上端設一承座1〇， •且该分度盤2係與基座4之軸承固定座3結合，又該分度盤2設有凹 槽22，該凹槽22供定位插銷15嵌合；一基座4，該基座4内包括： 馬達42、電路板41、轴承固定座3、感應器32,其中該感應器兕係 固定於基座4 一端，又該感應器32係為一非接觸式感應元件，其能感 應到該定位插銷15内之磁性元件151 :藉由電路板41接上電源線及 訊號線’以該馬達42之齒輪31帶動軸承固定座3之主齒輪，又該電 •路板41係接出電源線及訊號線包覆於同一條電線51，是為一線兩心， 又該監視系統數位旋轉台結構改良係可就近單獨接上電源，改變傳統 方式由控制端直接配線以供應電源，只須從控制端接出訊號線，故能 由控制端並聯至少一個水平監視系統數位旋轉台，其中該控制端係為 外接式的一種控制平台，其提供監視系統數位旋轉台結構改良訊號來 源’且該控制平台具有手動、自動兩種模式；該自動模式，在預定範 圍内’順逆來回監視運轉；該手動模式，在其需要或緊急時，令監視 參系統數位旋轉台不受自動模式的預定範圍限制，可隨需求角度，手動 調整監視範圍；若手動模式停止，則回覆自動模式之設定範圍。 其中’該感應器32係為一種非接觸式感應器内有霍爾感應元件， 其具備感應磁場功能，請參閱第六圖本創作之定位插銷放大圖，該定 位插銷15係為塑膠材質，其内包覆有磁性元件15ι，該磁性元件151 經過感應器給予電路板41偵測訊號，且該定位插銷15嵌合於分度盤 2上’該分度盤2是一概呈鍋蓋的盤形體，其於外側邊緣形成複數柱 狀齒紋21，該柱狀齒紋21往内之一端形成凹陷圓弧盤，在柱狀齒紋 M316358 -21與柱狀齒紋21之間形成間隔凹槽22，該凹槽22供定位插銷15嵌 -合；該定位插銷15具有一门形開口，於内含設卡板，在卡板之一側之 定位插銷15具備一磁性元件151，該磁性元件ι51可供感應器32偵 測感應，又該定位插銷15能任意移位嵌合於分度盤2上，該感應器 32偵測磁場，以回傳該監視系統數位旋轉台結構改良而反向運轉，使 監視系統數位旋轉台結構改良呈左、右、順、逆方向的監控。 請參閱第四圖本創作之實施例，該監視系統數位旋轉台結構改良裝 φ於固定架61上，其承座結合監視器6，達到監視的效果，該基座4設 有馬達可帶動分度盤2，藉由分度盤2的轉動使監視器6能左、右、順、 逆方向水平旋轉動作，又該感應器32回傳偵測訊號，令監視器6反向運 轉，發揮了其運作精準'取像清析、多變條件的靈活應用，達到監視 目的。 請參閱第五圖本創作結合控制平台之實施例，該控制平台62係能 同時並聯多台不同款示之監視系統數位旋轉台，該監視系統數位旋轉 籲台设置有感應器，又該感應器係為一種非接觸式感應器内有霍爾感應 元件，其具備感應磁場功能，配合監視系統數位旋轉台内置電路，以 該控制平台62做調整監視系統數位旋轉台，該控制平台62具有手動、 自動兩麵式；該自動模式，在預定範圍内，左右來回監視運轉；該 手動模式，在其需要或緊急時，令監視系統數位旋轉台不受自動模式 的預定細限制，可隨需求肖度，手軸整監視麵；若手賴式停 止，則回覆自動模式之設定範圍。 為使本創作更加顯現出其進步性與實祕，誠習用作_比較分 M316358 -析如下： - 習用缺點： 2 4 傳統之機械微動開關會產生閉鎖， 傳統觸動開關不適用於室外環境， 接線方式麻填費時。 缺乏產業競爭力。 導致停機失去監視功能。 會受環境氣候影響。 5.因微動開關係由卡扣接觸式觸動，而令習用監視系統數位旋 轉台左、右、順、逆轉動範圍有所限制。 本創作優點： 1.使用非接觸磁場感應器取代微動開關，不受環境、氣候因素 影響。 2·不易故障、使用壽命長。 3·發揮了運作精準、取像清析、多變的靈活應用。 4·監視系統數位旋轉台為鏡頭與控制平台間的媒介，省掉傳統 丨 配線。 5.該基座内設-排水孔，其具備排水功能，可置於室外。 综上所述，本創作在突破先前之技術結構下，確冑已達到所欲增 進之功效，且也非熟悉該項技藝者所易於思及；再者，本創作申請^ 未曾公開’其所具之進步性、實用性，顯已符合新型專利之申請要 爰依法提出新型申請。 惟以上所述僅為摘作之—擁可行實麵，_此即拘限本 作之專利範®，故舉凡獅本創作制#及圖式崎所為之等效結構 M316358 •，直接或間接運用於其它相關技術領域者，均同理皆理應包含於本創 -作之精神範壽的範圍内，合予陳明。 【圖式簡單說明】 第一圖習用監視系統數位旋轉台圖。 第二圖本創作之結構分解圖。 第三圖本創作之立體結合圖。 第四圖本創作之實施例。 第五圖本創作結合控制平台之實施例。 第六圖本創作之定位插銷放大圖。 【主要元件符號說明】 承座10 機械微動開關100 固定片11 支撐片12 螺絲組13 透孔14 定位插銷15 磁性元件151 螺絲16 分度盤2 卡扣200 柱狀齒紋21 凹槽22 軸承固定座3 齒輪31 感應器32 基座4 電路板41 馬達42 排水孔43 11 M316358 . 底盤5 電線51 _ 監視器6 固定架61 控制平台62M316358 VIII. New description: - [New technical field] This is a new type of monitoring system digital rotating table structure, which is used to control the rotation of the monitor. [Prior Art] Conventional monitoring rotary table, please refer to the first figure, is a mechanical touch switch 100 and φ an indexing plate 2 and a motor to drive the traditional monitoring rotary table to move a monitoring control, but the traditional mechanical micro-motion The switch 100 needs to be touched or touched to be fed back to operate the motor. When the mechanical micro switch 100 is operated for a long time, a gap is generated, and the dead space of the working space cannot be monitored, so adjustment is needed, and the mechanical micro switch 100 is further The buckle 200 of the indexing plate 2 is touch-touched, which is easy to break the fault, indirectly causing damage to the motor, and more importantly, the monitoring system digital rotating table loses the monitoring position monitoring capability, which causes the thief to take advantage of the traditional control box. It takes a lot of space, and it is very inconvenient to monitor the system digital rotary table power supply to be repaired from the control box. Moreover, the digital monitoring table of the conventional monitoring system has no drainage holes. If it is placed outdoors, the rainwater will seep into the digital rotating table structure of the monitoring system, and the mechanical micro switch will be damaged or the circuit board will be short-circuited. Monitoring the rotary table is not suitable for installation outdoors. Therefore, how to eliminate the above-mentioned deficiencies is the technical difficulty point that the creators of this case want to solve. [New content] M316358 - This is a monitoring system digital rotary table structure improvement, is used to control the monitor rotation-rotation device, including: socket, indexing plate, base; a seat, the seat is A fixing piece and a supporting piece are alive, the fixing piece is locked on the upper end of the indexing plate, and the supporting piece is provided with a through hole for the monitor to be combined; an indexing plate, the upper end of the indexing plate is provided with a socket, And the indexing disc is combined with the bearing fixing seat of the base, and the indexing disc is provided with a groove for fitting the positioning pin; a base comprising: a motor, a circuit board and a bearing a fixing base and an inductor, wherein the sensor is fixed to one end of the base, and the position of the sensor is opposite to the groove of the φ degree disk, and the sensor is a non-contact Hall sensing element, The magnetic component in the positioning pin can be sensed; the power supply and the control signal are connected to the circuit board, and the main gear of the bearing fixing seat is driven by the motor, so that the monitor can rotate in the reverse direction and the reverse direction, and the sensor is detected by the sensor. Can run in reverse. The sensor is a non-contact type sensor having a Hall sensing element, which has an induction magnetic field function, and the positioning pin is made of a plastic material, which is covered with a magnetic element, and the magnetic element is Detected by the sensor. a measuring signal, and the positioning pin is fitted on the indexing disc. The indexing disc is a disc-shaped disc body, and forms a plurality of columnar teeth on the outer edge, and the columnar tooth pattern is formed at one end of the column. a concave circular disk, wherein a groove is formed between the columnar tooth and the columnar tooth, the groove is for positioning pin fitting; the positioning pin has a gate-shaped opening, and the card plate is included therein, in the card plate The positioning pin on one side has a magnetic component, which can be used for detecting the induction by the sensor, and the positioning pin can be arbitrarily displaced and fitted to the indexing disk. [Embodiment] M316358 ' First, please refer to the second and third figures. This is a digital system rotation-station structure improvement of the monitoring system. When it is implemented: This is a monitoring system digital rotary table structure improvement, including · socket 分, indexing plate 2, pedestal 4; a socket 10, the socket 10 is formed by a fixed piece 11 and a supporting piece 12, the fixing piece 11 is locked on the indexing plate 2, the support piece 12 is provided with a through hole 14 for the monitor to be combined, and the support piece 12 and the fixed piece 11 are provided with through holes respectively on the two sides of the fixed piece 11 to be slidable by the screw group u, so that the support piece 12 can swing up and down and adjust the elevation angle. And the fixing piece u is locked to the indexing plate 2 and the bearing fixing seat 3 by screws 16. An indexing plate 2 is disposed on the upper end of the indexing plate 2, and the indexing plate 2 is coupled with the bearing fixing seat 3 of the base 4, and the indexing plate 2 is provided with a groove 22, The groove 22 is adapted for the positioning of the pin 15; wherein the indexing plate 2 is substantially a disk-shaped body of the lid, and an edge thereof is formed with at least one columnar tooth 21, and a spacing groove 22 is formed between the columnar teeth 21. a base 4, the base 4 includes a motor 42, a circuit board 41, a bearing mount 3, and a luer sensor 32, wherein the inductor 32 is fixed to one end of the base 4; the base 4 is provided with a drain a hole 43 extending through the inside of the base 4 and the chassis 5, and the bottom of the base 4 is locked to the base 4 by a chassis 5 to protect the internal circuit board 41 and the motor 42; the monitoring system is rotated digitally When the stage structure is improved, rainwater flowing in from the gap formed by the indexing plate 2 and the susceptor 4 flows out from the drain hole 43. The creation-type monitoring system digital rotary table structure is improved, and the device for rotating the control monitor includes a '-bearing 10, which is formed by a fixing piece U and a supporting piece 12, and the fixing piece is formed. The 11 series is locked on the upper end of the indexing plate 2, and the support piece 12 is provided with M316358 - a through hole 14 for combining with the monitor 6; an indexing plate 2 having a socket 1 at the upper end of the indexing plate 2, and The indexing plate 2 is coupled with the bearing holder 3 of the base 4, and the indexing plate 2 is provided with a groove 22 for fitting the positioning pin 15; a base 4, the base 4 The utility model comprises: a motor 42 , a circuit board 41 , a bearing fixing base 3 , an inductor 32 , wherein the inductor is fixed at one end of the base 4 , and the inductor 32 is a non-contact sensing element, which can sense the The magnetic element 151 in the positioning pin 15 is connected to the power line and the signal line by the circuit board 41. The gear 31 of the motor 42 drives the main gear of the bearing holder 3, and the electric circuit board 41 is connected to the power line. And the signal line is wrapped around the same wire 51, which is a line of two hearts, and the monitoring system digital rotating table structure improvement system can be individually connected Power supply, change the traditional way to directly supply the power supply from the control terminal, only need to connect the signal line from the control terminal, so the control terminal can be connected in parallel with at least one horizontal monitoring system digital rotary table, wherein the control terminal is an external type of control The platform provides a monitoring system digital rotating table structure to improve the signal source' and the control platform has two modes: manual and automatic; the automatic mode monitors the operation in a predetermined range; the manual mode, when it is needed or urgent The monitoring parameter system digital rotating table is not limited by the predetermined range of the automatic mode, and the monitoring range can be manually adjusted according to the demand angle; if the manual mode is stopped, the automatic mode setting range is replied. The sensor 32 is a non-contact type sensor having a Hall sensing element, which has an inductive magnetic field function. Please refer to the enlarged drawing of the positioning pin of the sixth drawing. The positioning pin 15 is made of plastic material. The magnetic component 151 is coated with a magnetic component 151. The magnetic component 151 is used to detect the signal from the circuit board 41, and the positioning pin 15 is fitted on the indexing plate 2. The indexing disk 2 is a disk-shaped disk. A plurality of columnar ribs 21 are formed on the outer edge, and the columnar rib 21 forms a concave circular disk at one end thereof, and a spacing groove 22 is formed between the columnar ribs M316358-21 and the columnar rib 21 The positioning hole 15 has a gate-shaped opening, and the positioning pin 15 is provided with a clamping plate. The positioning pin 15 on one side of the clamping plate is provided with a magnetic component 151. The magnetic component 151 is provided. The sensor 32 can be used for detecting the sensing, and the positioning pin 15 can be arbitrarily shifted and fitted on the indexing plate 2. The sensor 32 detects the magnetic field, and returns the monitoring system. , so that the monitoring system digital rotating table structure is improved to the left , right, smooth, reverse direction monitoring. Referring to the fourth embodiment of the present invention, the monitoring system digital rotating table structure is improved on the fixing frame 61, and the bearing is combined with the monitor 6 to achieve the monitoring effect. The base 4 is provided with a motor to drive the points. The dial 2 can rotate the monitor 6 horizontally in the left, right, forward, and reverse directions by the rotation of the indexing disc 2, and the sensor 32 returns the detection signal to cause the monitor 6 to operate in the reverse direction. Its precise operation is to take flexible application of image analysis and variable conditions to achieve monitoring purposes. Please refer to the fifth embodiment of the present invention in combination with the control platform. The control platform 62 is capable of simultaneously paralleling a plurality of different display monitoring system digital rotating tables. The monitoring system is provided with a sensor and a digital sensor. The utility model relates to a non-contact type sensor having a Hall sensing element, which is provided with an induced magnetic field function, and cooperates with a built-in circuit of the digital rotating table of the monitoring system, and uses the control platform 62 to adjust the monitoring system digital rotating table. The control platform 62 has manual, Automatic two-sided; the automatic mode monitors the operation from side to side within a predetermined range; the manual mode, when it is needed or urgent, makes the digital rotating table of the monitoring system not subject to the predetermined fine limit of the automatic mode, and can be used as needed , the hand axis is completely monitored; if the hand is stopped, it will reply to the setting range of the automatic mode. In order to make this creation more progressive and real, the honesty is used as _ comparison points M316358 - as follows: - Conventional disadvantages: 2 4 Traditional mechanical micro-switches will produce latching, traditional touch switches are not suitable for outdoor environments, wiring Ways to fill the fee. Lack of industrial competitiveness. The shutdown caused the loss of monitoring. Will be affected by the environmental climate. 5. Because the micro-motion relationship is triggered by the snap-on contact, the range of the left, right, forward, and reverse rotation of the digital rotation table of the conventional monitoring system is limited. Advantages of this creation: 1. Use a non-contact magnetic field sensor instead of a micro switch, independent of environmental and climatic factors. 2. It is not easy to malfunction and has a long service life. 3. Play a flexible application with precise operation, image analysis and change. 4. Monitoring system The digital rotary table is the medium between the lens and the control platform, eliminating the need for traditional 丨 wiring. 5. The base is provided with a drainage hole, which has a drainage function and can be placed outdoors. In summary, this creation has broken through the previous technical structure, and it has indeed achieved the desired effect, and it is not easy for people who are familiar with the art to think about it. Moreover, this creation application has not been disclosed. With the progressiveness and practicability, it is necessary to submit a new type of application in accordance with the law. However, the above is only for the sake of the fact that it is a viable and practical, _ this is the patent paradigm of this work, so the equivalent of the lion's creation system # and the pattern of the equivalent of M316358 •, direct or indirect use In other relevant technical fields, it is reasonable to include it in the scope of the spirit of this creation--the work of Chen Ming. [Simple description of the diagram] The first figure is a digitally rotated table of the monitoring system. The second figure is an exploded view of the structure of the creation. The third picture is a three-dimensional combination of the creation. The fourth figure is an embodiment of the present creation. The fifth figure is an embodiment of the creation combined with the control platform. The sixth figure is an enlarged view of the positioning pin of this creation. [Main component symbol description] Seat 10 Mechanical micro switch 100 Fixed piece 11 Support piece 12 Screw set 13 Through hole 14 Positioning pin 15 Magnetic element 151 Screw 16 Indexing plate 2 Buckle 200 Columnar tooth pattern 21 Groove 22 Bearing fixing Seat 3 Gear 31 Sensor 32 Base 4 Circuit Board 41 Motor 42 Drain Hole 43 11 M316358 . Chassis 5 Wire 51 _ Monitor 6 Mounting Frame 61 Control Platform 62
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