WO2018068252A1 - Intelligent power distribution cabinet apparatus - Google Patents
Intelligent power distribution cabinet apparatus Download PDFInfo
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- WO2018068252A1 WO2018068252A1 PCT/CN2016/101967 CN2016101967W WO2018068252A1 WO 2018068252 A1 WO2018068252 A1 WO 2018068252A1 CN 2016101967 W CN2016101967 W CN 2016101967W WO 2018068252 A1 WO2018068252 A1 WO 2018068252A1
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- WIPO (PCT)
- Prior art keywords
- power
- slider
- power distribution
- pivot shaft
- inner contour
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- H—ELECTRICITY
- H01—ELECTRIC ELEMENTS
- H01H—ELECTRIC SWITCHES; RELAYS; SELECTORS; EMERGENCY PROTECTIVE DEVICES
- H01H9/00—Details of switching devices, not covered by groups H01H1/00 - H01H7/00
- H01H9/20—Interlocking, locking, or latching mechanisms
- H01H9/22—Interlocking, locking, or latching mechanisms for interlocking between casing, cover, or protective shutter and mechanism for operating contacts
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- H—ELECTRICITY
- H02—GENERATION; CONVERSION OR DISTRIBUTION OF ELECTRIC POWER
- H02B—BOARDS, SUBSTATIONS OR SWITCHING ARRANGEMENTS FOR THE SUPPLY OR DISTRIBUTION OF ELECTRIC POWER
- H02B1/00—Frameworks, boards, panels, desks, casings; Details of substations or switching arrangements
- H02B1/26—Casings; Parts thereof or accessories therefor
- H02B1/30—Cabinet-type casings; Parts thereof or accessories therefor
Definitions
- the invention relates to the field of power distribution, in particular to an intelligent power distribution cabinet device.
- the contacts are on the door body, the electrical wiring and the like occupy the walking path space of the cabinet cover, thereby causing complicated wiring, and the contacts are easy to be exposed and easy for the operator to approach and not beneficial to the person and Equipment safety.
- An intelligent power distribution cabinet device for distributing electric power from a power source to a power load
- the power distribution cabinet device including a fixed cabinet for mounting a power distribution device, the upper end of the fixed cabinet being fixedly mounted There is a bearing member, and a rotating motor is mounted at a lower end of the fixed cabinet body.
- the bearing member and the rotating motor are on the same vertical plane, and the pivot shaft is fixedly mounted on the output shaft of the rotating motor, and the upper end of the pivot shaft is rotatably mounted in the bearing member, and the pivot shaft is mounted on the pivot shaft
- a pivoting door is fixedly mounted, and an electric device is mounted on the pivoting door for driving rotation of the pivoting shaft to control opening and closing of the pivoting door, and the upper end of the pivoting shaft is fixed
- a cylindrical cap located above the bearing member and axially positioned by the bearing member, the cap body being provided with an opening toward the outer side and the top side and extending in the diameter direction of the cap body Slotting, the power-off operation slider is slidably fitted with the bottom side of the slot and the opposite side elevations, and the through-and-off operation slider is clamped to the inner side thereof and the cap body
- the resiliently pressing spring between the end walls biases the outer end thereof radially outwardly on the inner contour of the inner contour cover that is fixedly coupled to the fixed cabinet
- the electrical contacts are disposed within the casing located at the top of the pivoting shaft, it is possible to make the electrical contacts intensively set and facilitate electrical wiring.
- the cover is disposed on the axial position of the pivot shaft, and does not interfere with the walking path of the cover body, thereby avoiding safety hazards such as collisions during use.
- the power supply side feed slider has a certain sliding margin, which ensures that the electrical contacts can be tightly coupled to avoid electrical clearance.
- the inner side contour By providing the inner side contour to be elliptical, it is possible to form a smooth wall thickness variation, so that the slider movement can be operated to achieve electrical engagement and disconnection, whereby a reliable operation structure can be formed.
- the electrical contacts of the entire device are able to avoid impact joints and avoid sliding contact over long distances, thereby improving power supply safety and increasing the life of the equipment.
- FIG. 1 is a schematic view showing the overall structure of a power distribution cabinet of the present invention
- Figure 2 is a schematic cross-sectional view of the position of the arrow in Figure 1.
- a smart power distribution cabinet apparatus for distributing power from a power source to a power load
- the power distribution cabinet apparatus including a fixed cabinet 9 for mounting a power distribution device, the fixed cabinet 9
- a bearing member 92 is fixedly mounted on the upper end
- a rotating motor 90 is mounted on the lower end of the fixed cabinet 9, and the bearing member 92 and the rotating motor 90 are on the same vertical plane, and the output shaft of the rotating motor 90 is fixedly mounted thereon.
- a pivot shaft 91 the upper end of the pivot shaft 91 is rotatably mounted in the bearing member 92, and the pivot shaft 91 is fixed
- a pivoting door 99 is mounted, and the pivoting door 99 is provided with an electric device for driving the rotation of the pivoting shaft 91 to control the opening and closing of the pivoting door 99, the pivot
- the upper end of the rotating shaft 91 is fixedly provided with a cylindrical cap body 93 located above the bearing member 92 and axially positioned by the bearing member 92, and the cap body 93 is provided with an opening toward the outer side and the top side and along the side a grooving slot 930 extending in the diametrical direction of the cap body 93
- the power-off operation slider 8 is slidably fitted with the bottom side surface of the slot 930 and the opposite side façades, and the power-on and power-off operation is slid
- the block 8 is biased radially outwardly by a resilient pressing spring 932 sandwiched between its inner side and the end wall 931
- a feed slider 72 electrically connected to the power source is mounted to extend upwardly on the slider 8
- the power receiving contact 811 in the arm 81 is electrically engaged to thereby supply power to the electrical component in the pivoting door 99;
- the inner contour surface 79 of the inner contour housing cover 7 has an elliptical cross-sectional shape a shape section, the cross-sectional shape of the outer side surface of the inner contour shell cover 7 is a circular section, and the ellipse corresponding to the elliptical shape section is concentric with the circular shape corresponding to the circular section, thereby forming a space 90 a thick portion 711 and a thin portion 712 for operating the on/off operation slider 8 to respectively energize and de-energize the pivot door 99;
- the outer end portion 82 has a pointed end portion
- the inner end of the thin portion 712 is provided with a positioning groove 22 having a beveled edge, in which the contact sensor 21 is mounted, and the outer end portion 82 of the on/off operation slider 8 is s
- the outer end portion 82 of the power-off operation slider 8 is engaged with the thick portion 711. Thereby causing the power receiving contact 811 to electrically engage the feed slider 72; when the pivoting door 99 is pivoted 90 degrees from the closed state such that the pivoting door 99 is in an open state, The outer end portion 82 of the power-off operation slider 8 is engaged with the thin portion 712 such that the power receiving contact 811 is electrically disconnected from the feed slider 72.
- the electrical contacts are placed within the casing at the top of the pivoting shaft, the electrical contacts can be intensively set and facilitate electrical wiring.
- the cover is disposed on the axial position of the pivot shaft, and does not interfere with the walking path of the cover body, thereby avoiding safety hazards such as collisions during use.
- the power supply side feed slider has a certain sliding margin, which ensures that the electrical contacts can be tightly coupled to avoid electrical clearance.
- the inner side contour By providing the inner side contour to be elliptical, it is possible to form a smooth wall thickness variation, so that the slider movement can be operated to achieve electrical engagement and disconnection, whereby a reliable operation structure can be formed.
- the electrical contacts of the entire device are able to avoid impact joints and avoid sliding contact over long distances.
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- Engineering & Computer Science (AREA)
- Power Engineering (AREA)
- Distribution Board (AREA)
Abstract
Disclosed is an intelligent power distribution cabinet apparatus for distributing power from a power source to an electric load. The power distribution cabinet apparatus comprises a fixed cabinet body (9) for mounting a power distribution device. A bearing component (92) is fixedly mounted at an upper end of the fixed cabinet body (9), and a rotating motor (90) is mounted at a lower end of the fixed cabinet body (9), the bearing component (92) and the rotating motor (90) being located in a same vertical plane. A pivot shaft (91) is fixedly mounted to an output shaft of the rotating motor (90), and an upper end of the pivot shaft (91) is rotatably mounted in the bearing component (92). A pivot door (99) is fixedly mounted to the pivot shaft (91), and an upper end of the pivot shaft (91) is fixedly provided with a cylindrical cap body (93) located above the bearing component (92) and axially positioned by means of the bearing component (92).
Description
本发明涉及配电领域，具体为一种智能配电柜装置。The invention relates to the field of power distribution, in particular to an intelligent power distribution cabinet device.
在配电领域中，往往需要设置配电柜来安装各种配电装置元件以完成为各种用电负载分配电力的功能。在配电柜中，其柜体盖上往往设置一些仪器仪表等器件，以便在配电柜工作时为操作者显示各种用电参数和运行信号。这需要为这些位于柜体盖上的器件供电。为了使用安全以及保障器件维护的安全性，在这些柜体盖处于打开状态时需要为其断电。现有技术中往往采用一些手动断电的方式，这往往造成操作麻烦并且造成操作隐患。而一些自动断电的方式中，由于触点处于门体上而使得电气布线等占用柜体盖的行走路径空间从而造成布线复杂，而且触点易于暴露且容易为操作者接近而不利于人身以及设备安全。In the field of power distribution, it is often necessary to provide a power distribution cabinet to install various power distribution device components to perform functions for distributing power for various power loads. In the power distribution cabinet, some instruments and the like are often disposed on the cabinet cover to display various power consumption parameters and operation signals for the operator when the power distribution cabinet is working. This requires powering these devices located on the cabinet cover. In order to use safety and to ensure the safety of device maintenance, these cabinet covers need to be powered off when they are open. In the prior art, some manual power-off methods are often used, which often causes troubles in operation and causes operational hazards. In some automatic power-off modes, since the contacts are on the door body, the electrical wiring and the like occupy the walking path space of the cabinet cover, thereby causing complicated wiring, and the contacts are easy to be exposed and easy for the operator to approach and not beneficial to the person and Equipment safety.
发明内容Summary of the invention
本发明的目的在于提供一种智能配电柜装置，用于克服现有技术中的上述缺陷。It is an object of the present invention to provide an intelligent power distribution cabinet apparatus for overcoming the above-discussed deficiencies in the prior art.
根据本发明的一种智能配电柜装置，用于将电力从电源分配至用电负载，所述配电柜装置包括用于安装配电器件的固定柜体，所述固定柜体上端固定安装有轴承件，所述固定柜体下端安装有转动电机，
且所述轴承件与转动电机处于同一竖直面上，所述转动电机的输出轴上固定安装有枢转轴，所述枢转轴上端可转动地安装在所述轴承件中，所述枢转轴上固定安装有枢转门，且所述枢转门上安装有用电器件，所述转动电机用以驱动所述枢转轴的转动，从而控制枢转门的打开和关闭，所述枢转轴的上端固定设置有位于所述轴承件之上并且借助所述轴承件而轴向定位的圆柱状的帽体，所述帽体中设置有朝向外侧和顶侧敞开且沿所述帽体的直径方向延伸的开槽，通断电操作滑块与所述开槽的底侧面以及相对两侧立面滑动配合地安装在内，所述通断电操作滑块借助于夹设于其内侧与所述帽体的端壁之间的弹性顶压弹簧而使其外侧端部径向向外地偏压在与所述固定柜体固定连接的内轮廓壳盖的内轮廓面上，所述内轮廓壳盖的顶壁上固定设置有向下延伸的凸出部，所述凸出部中通过弹性体而可滑动地安装有与电源电连接的馈电滑块，用以与所述通断电操作滑块上的向上延伸操作臂中的受电触头电气接合，从而实现对所述枢转门中的用电器件供电；其中，所述内轮廓壳盖的所述内轮廓面的横截面形状为椭圆形状部段，所述内轮廓壳盖外侧面的横截面形状为圆形部段，所述椭圆形状部段对应的椭圆与所述圆形部段对应的圆形同心，由此形成间隔度厚壁部与薄壁部，以便操作所述通断电操作滑块运动从而分别使得所述枢转门通电与断电；所述外侧端部呈尖状端部，所述薄壁部的内侧端设置有具有斜边的定位槽，所述定位槽中安装有接触传感器，当通断电操作滑块的外侧端部滑入所述定位槽中并与接触传感器接触后，所述接触传感器控制所述转动电机停止运行。
An intelligent power distribution cabinet device according to the present invention for distributing electric power from a power source to a power load, the power distribution cabinet device including a fixed cabinet for mounting a power distribution device, the upper end of the fixed cabinet being fixedly mounted There is a bearing member, and a rotating motor is mounted at a lower end of the fixed cabinet body.
And the bearing member and the rotating motor are on the same vertical plane, and the pivot shaft is fixedly mounted on the output shaft of the rotating motor, and the upper end of the pivot shaft is rotatably mounted in the bearing member, and the pivot shaft is mounted on the pivot shaft A pivoting door is fixedly mounted, and an electric device is mounted on the pivoting door for driving rotation of the pivoting shaft to control opening and closing of the pivoting door, and the upper end of the pivoting shaft is fixed Provided with a cylindrical cap located above the bearing member and axially positioned by the bearing member, the cap body being provided with an opening toward the outer side and the top side and extending in the diameter direction of the cap body Slotting, the power-off operation slider is slidably fitted with the bottom side of the slot and the opposite side elevations, and the through-and-off operation slider is clamped to the inner side thereof and the cap body The resiliently pressing spring between the end walls biases the outer end thereof radially outwardly on the inner contour of the inner contour cover that is fixedly coupled to the fixed cabinet, the top of the inner contour cover The wall is fixedly provided with a downwardly extending projection a feeding slider electrically connected to the power source is slidably mounted by the elastic body in the protruding portion for electrically contacting the power receiving contact in the upwardly extending operating arm on the on/off operation slider Engaging, thereby enabling powering of the electrical components in the pivoting door; wherein the inner contour surface of the inner contour housing has a cross-sectional shape that is an elliptical shaped section, the outer contour of the inner contour housing The cross-sectional shape is a circular section, and the ellipse corresponding to the elliptical shape section is concentric with the circular shape corresponding to the circular section, thereby forming a spacer thick portion and a thin portion for operating the on-off The operating slider moves to electrically and de-energize the pivoting door, respectively; the outer end portion has a pointed end portion, and the inner end of the thin wall portion is provided with a positioning groove having a beveled edge, the positioning groove A contact sensor is mounted therein, and the contact sensor controls the rotating motor to stop running when an outer end portion of the power-off operation slider slides into the positioning groove and contacts the contact sensor.
通过上述方案，由于将电气触点设置在位于枢转轴顶部的壳罩之内，因此能够使得电气触点集约化设置，并且便于电气布线。并且将该壳罩设置在枢转轴的轴向走位上，不会干涉盖体的行走路径，避免造成使用过程中的碰撞等安全隐患。通过设置在枢转转动过程中能够相应地接合与断开的触点，能够在打开柜体门的时候而自动断电，防止出现误操作的隐患。而使得电源侧馈电滑块具有一定的滑动裕量，能够确保电气触点能够紧密接合，避免出现电气间隙。通过设置内侧面轮廓为椭圆状，能够形成圆滑的壁厚变动，因此能够操作滑块运动以便实现电气接合与断开，由此能够形成使用可靠的操作结构。整个装置的电气触点能够避免冲击性接合并避免长距离的滑动接触，由此提高供电安全性能并且提高设备的使用寿命。With the above arrangement, since the electrical contacts are disposed within the casing located at the top of the pivoting shaft, it is possible to make the electrical contacts intensively set and facilitate electrical wiring. Moreover, the cover is disposed on the axial position of the pivot shaft, and does not interfere with the walking path of the cover body, thereby avoiding safety hazards such as collisions during use. By providing contacts that can be engaged and disengaged during the pivoting process, the power can be automatically turned off when the cabinet door is opened, preventing the risk of misoperation. The power supply side feed slider has a certain sliding margin, which ensures that the electrical contacts can be tightly coupled to avoid electrical clearance. By providing the inner side contour to be elliptical, it is possible to form a smooth wall thickness variation, so that the slider movement can be operated to achieve electrical engagement and disconnection, whereby a reliable operation structure can be formed. The electrical contacts of the entire device are able to avoid impact joints and avoid sliding contact over long distances, thereby improving power supply safety and increasing the life of the equipment.
图1是本发明的配电柜的整体结构示意图；1 is a schematic view showing the overall structure of a power distribution cabinet of the present invention;
图2是图1中的箭头位置处的横截面示意图。Figure 2 is a schematic cross-sectional view of the position of the arrow in Figure 1.
下面结合图1-2对本发明进行详细说明。The present invention will be described in detail below with reference to Figs.
根据本发明的实施例的智能配电柜装置，用于将电力从电源分配至用电负载，所述配电柜装置包括用于安装配电器件的固定柜体9，所述固定柜体9上端固定安装有轴承件92，所述固定柜体9下端安装有转动电机90，且所述轴承件92与转动电机90处于同一竖直面上，所述转动电机90的输出轴上固定安装有枢转轴91，所述枢转轴91上端可转动地安装在所述轴承件92中，所述枢转轴91上固定安
装有枢转门99，且所述枢转门99上安装有用电器件，所述转动电机90用以驱动所述枢转轴91的转动，从而控制枢转门99的打开和关闭，所述枢转轴91的上端固定设置有位于所述轴承件92之上并且借助所述轴承件92而轴向定位的圆柱状的帽体93，所述帽体93中设置有朝向外侧和顶侧敞开且沿所述帽体93的直径方向延伸的开槽930，通断电操作滑块8与所述开槽930的底侧面以及相对两侧立面滑动配合地安装在内，所述通断电操作滑块8借助于夹设于其内侧与所述帽体93的端壁931之间的弹性顶压弹簧932而使其外侧端部82径向向外地偏压在与所述固定柜体9固定连接的内轮廓壳盖7的内轮廓面79上，所述内轮廓壳盖7的顶壁上固定设置有向下延伸的凸出部71，所述凸出部71中通过弹性体73而可滑动地安装有与电源电连接的馈电滑块72，用以与所述通断电操作滑块8上的向上延伸操作臂81中的受电触头811电气接合，从而实现对所述枢转门99中的用电器件供电；其中，所述内轮廓壳盖7的所述内轮廓面79的横截面形状为椭圆形状部段，所述内轮廓壳盖7外侧面的横截面形状为圆形部段，所述椭圆形状部段对应的椭圆与所述圆形部段对应的圆形同心，由此形成间隔90度厚壁部711与薄壁部712，以便操作所述通断电操作滑块8运动从而分别使得所述枢转门99通电与断电；所述外侧端部82呈尖状端部，所述薄壁部712的内侧端设置有具有斜边的定位槽22，所述定位槽22中安装有接触传感器21，当通断电操作滑块8的外侧端部82滑入所述定位槽22中并与接触传感器21接触后，所述接触传感器21控制所述转动电机90停止运行。
A smart power distribution cabinet apparatus according to an embodiment of the present invention for distributing power from a power source to a power load, the power distribution cabinet apparatus including a fixed cabinet 9 for mounting a power distribution device, the fixed cabinet 9 A bearing member 92 is fixedly mounted on the upper end, a rotating motor 90 is mounted on the lower end of the fixed cabinet 9, and the bearing member 92 and the rotating motor 90 are on the same vertical plane, and the output shaft of the rotating motor 90 is fixedly mounted thereon. a pivot shaft 91, the upper end of the pivot shaft 91 is rotatably mounted in the bearing member 92, and the pivot shaft 91 is fixed
A pivoting door 99 is mounted, and the pivoting door 99 is provided with an electric device for driving the rotation of the pivoting shaft 91 to control the opening and closing of the pivoting door 99, the pivot The upper end of the rotating shaft 91 is fixedly provided with a cylindrical cap body 93 located above the bearing member 92 and axially positioned by the bearing member 92, and the cap body 93 is provided with an opening toward the outer side and the top side and along the side a grooving slot 930 extending in the diametrical direction of the cap body 93, the power-off operation slider 8 is slidably fitted with the bottom side surface of the slot 930 and the opposite side façades, and the power-on and power-off operation is slid The block 8 is biased radially outwardly by a resilient pressing spring 932 sandwiched between its inner side and the end wall 931 of the cap 93 to be fixedly coupled to the fixed cabinet 9 On the inner contour surface 79 of the inner contour cover 7, the top wall of the inner contour cover 7 is fixedly provided with a downwardly extending projection 71, and the projection 71 is slidable by the elastic body 73. a feed slider 72 electrically connected to the power source is mounted to extend upwardly on the slider 8 The power receiving contact 811 in the arm 81 is electrically engaged to thereby supply power to the electrical component in the pivoting door 99; wherein the inner contour surface 79 of the inner contour housing cover 7 has an elliptical cross-sectional shape a shape section, the cross-sectional shape of the outer side surface of the inner contour shell cover 7 is a circular section, and the ellipse corresponding to the elliptical shape section is concentric with the circular shape corresponding to the circular section, thereby forming a space 90 a thick portion 711 and a thin portion 712 for operating the on/off operation slider 8 to respectively energize and de-energize the pivot door 99; the outer end portion 82 has a pointed end portion The inner end of the thin portion 712 is provided with a positioning groove 22 having a beveled edge, in which the contact sensor 21 is mounted, and the outer end portion 82 of the on/off operation slider 8 is slid into the positioning groove 22 After being in contact with the contact sensor 21, the contact sensor 21 controls the rotating motor 90 to stop operating.
根据实施例，上述配电柜装置的使用方法，当所述枢转门99处于关闭状态时，所述通断电操作滑块8的所述外侧端部82与所述厚壁部711接合，从而使得所述受电触头811与馈电滑块72电气接合；当所述枢转门99从所述关闭状态而枢转90度从而使得所述枢转门99处于打开状态时，所述通断电操作滑块8的所述外侧端部82与所述薄壁部712接合，从而使得所述受电触头811与馈电滑块72电气断开。According to the embodiment, in the method of using the power distribution cabinet device, when the pivoting door 99 is in the closed state, the outer end portion 82 of the power-off operation slider 8 is engaged with the thick portion 711. Thereby causing the power receiving contact 811 to electrically engage the feed slider 72; when the pivoting door 99 is pivoted 90 degrees from the closed state such that the pivoting door 99 is in an open state, The outer end portion 82 of the power-off operation slider 8 is engaged with the thin portion 712 such that the power receiving contact 811 is electrically disconnected from the feed slider 72.
由于将电气触点设置在位于枢转轴顶部的壳罩之内，因此能够使得电气触点集约化设置，并且便于电气布线。并且将该壳罩设置在枢转轴的轴向走位上，不会干涉盖体的行走路径，避免造成使用过程中的碰撞等安全隐患。通过设置在枢转转动过程中能够相应地接合与断开的触点，能够在打开柜体门的时候而自动断电，防止出现误操作的隐患。而使得电源侧馈电滑块具有一定的滑动裕量，能够确保电气触点能够紧密接合，避免出现电气间隙。通过设置内侧面轮廓为椭圆状，能够形成圆滑的壁厚变动，因此能够操作滑块运动以便实现电气接合与断开，由此能够形成使用可靠的操作结构。整个装置的电气触点能够避免冲击性接合并避免长距离的滑动接触。Since the electrical contacts are placed within the casing at the top of the pivoting shaft, the electrical contacts can be intensively set and facilitate electrical wiring. Moreover, the cover is disposed on the axial position of the pivot shaft, and does not interfere with the walking path of the cover body, thereby avoiding safety hazards such as collisions during use. By providing contacts that can be engaged and disengaged during the pivoting process, the power can be automatically turned off when the cabinet door is opened, preventing the risk of misoperation. The power supply side feed slider has a certain sliding margin, which ensures that the electrical contacts can be tightly coupled to avoid electrical clearance. By providing the inner side contour to be elliptical, it is possible to form a smooth wall thickness variation, so that the slider movement can be operated to achieve electrical engagement and disconnection, whereby a reliable operation structure can be formed. The electrical contacts of the entire device are able to avoid impact joints and avoid sliding contact over long distances.
本领域的技术人员可以明确，在不脱离本发明的总体精神以及构思的情形下，可以做出对于以上实施例的各种变型。其均落入本发明的保护范围之内。本发明的保护方案以本发明所附的权利要求书为准。
It will be apparent to those skilled in the art that various modifications of the above embodiments can be made without departing from the spirit and scope of the invention. They all fall within the scope of protection of the present invention. The protection of the invention is subject to the claims appended hereto.
Claims (2)
- 一种智能配电柜装置，用于将电力从电源分配至用电负载，所述配电柜装置包括用于安装配电器件的固定柜体(9)，所述固定柜体(9)上端固定安装有轴承件(92)，所述固定柜体(9)下端安装有转动电机(90)，且所述轴承件(92)与转动电机(90)处于同一竖直面上，所述转动电机(90)的输出轴上固定安装有枢转轴(91)，所述枢转轴(91)上端可转动地安装在所述轴承件(92)中，所述枢转轴(91)上固定安装有枢转门(99)，且所述枢转门(99)上安装有用电器件，所述转动电机(90)用以驱动所述枢转轴(91)的转动，从而控制枢转门(99)的打开和关闭，所述枢转轴(91)的上端固定设置有位于所述轴承件(92)之上并且借助所述轴承件(92)而轴向定位的圆柱状的帽体(93)，所述帽体(93)中设置有朝向外侧和顶侧敞开且沿所述帽体(93)的直径方向延伸的开槽(930)，通断电操作滑块(8)与所述开槽(930)的底侧面以及相对两侧立面滑动配合地安装在内，所述通断电操作滑块(8)借助于夹设于其内侧与所述帽体(93)的端壁(931)之间的弹性顶压弹簧(932)而使其外侧端部(82)径向向外地偏压在与所述固定柜体(9)固定连接的内轮廓壳盖(7)的内轮廓面(79)上，所述内轮廓壳盖(7)的顶壁上固定设置有向下延伸的凸出部(71)，所述凸出部(71)中通过弹性体(73)而可滑动地安装有与电源电连接的馈电滑块(72)，用以与所述通断 电操作滑块(8)上的向上延伸操作臂(81)中的受电触头(811)电气接合，从而实现对所述枢转门(99)中的用电器件供电；其中，所述内轮廓壳盖(7)的所述内轮廓面(79)的横截面形状为椭圆形状部段，所述内轮廓壳盖(7)外侧面的横截面形状为圆形部段，所述椭圆形状部段对应的椭圆与所述圆形部段对应的圆形同心，由此形成间隔90度厚壁部(711)与薄壁部(712)，以便操作所述通断电操作滑块(8)运动从而分别使得所述枢转门(99)通电与断电；所述外侧端部(82)呈尖状端部，所述薄壁部(712)的内侧端设置有具有斜边的定位槽(22)，所述定位槽(22)中安装有接触传感器(21)，当通断电操作滑块(8)的外侧端部(82)滑入所述定位槽(22)中并与接触传感器(21)接触后，所述接触传感器(21)控制所述转动电机(90)停止运行。An intelligent power distribution cabinet device for distributing power from a power source to a power load, the power distribution cabinet device comprising a fixed cabinet (9) for mounting a power distribution device, the upper end of the fixed cabinet (9) A bearing member (92) is fixedly mounted, a rotating motor (90) is mounted at a lower end of the fixed cabinet (9), and the bearing member (92) is on the same vertical plane as the rotating motor (90), and the rotation A pivot shaft (91) is fixedly mounted on an output shaft of the motor (90), and an upper end of the pivot shaft (91) is rotatably mounted in the bearing member (92), and the pivot shaft (91) is fixedly mounted thereon. Pivoting the door (99), and the pivoting door (99) is provided with electrical components, the rotating motor (90) is used to drive the rotation of the pivoting shaft (91), thereby controlling the pivoting door (99) Opening and closing, the upper end of the pivot shaft (91) is fixedly provided with a cylindrical cap body (93) located above the bearing member (92) and axially positioned by the bearing member (92), The cap body (93) is provided with a slot (930) that opens toward the outer side and the top side and extends in the diameter direction of the cap body (93), and electrically and electrically operates the slider (8) and the slotted portion Bottom side of (930) And slidingly engaging the opposite side façades, the through-and-off operation slider (8) is by means of an elastic top sandwiched between the inner side thereof and the end wall (931) of the cap body (93) Pressing the spring (932) such that its outer end portion (82) is radially outwardly biased on the inner contour surface (79) of the inner contour cover (7) fixedly coupled to the fixed cabinet (9), The top wall of the inner contour cover (7) is fixedly provided with a downwardly extending projection (71), and the projection (71) is slidably mounted with a power source by an elastic body (73). a connected feed slider (72) for communicating with the switch Electrically engaging the power receiving contacts (811) in the upwardly extending operating arm (81) on the electrically operated slider (8) to effect powering the powered device in the pivoting door (99); wherein The cross-sectional shape of the inner contour surface (79) of the inner contour shell cover (7) is an elliptical shape section, and the cross-sectional shape of the outer side surface of the inner contour shell cover (7) is a circular section, the ellipse An ellipse corresponding to the shape section is concentric with a circle corresponding to the circular section, thereby forming a 90 degree thick wall portion (711) and a thin wall portion (712) for operating the on/off operation slider ( 8) moving to cause the pivoting door (99) to be energized and de-energized, respectively; the outer end portion (82) has a pointed end, and the inner end of the thin-walled portion (712) is provided with a beveled edge a positioning groove (22), wherein the positioning groove (22) is mounted with a contact sensor (21), and an outer end portion (82) of the power-off operation slider (8) slides into the positioning groove (22) and After contact with the contact sensor (21), the contact sensor (21) controls the rotating motor (90) to stop operating.
- 如权利要求1所述的一种智能配电柜装置的使用方法，当所述枢转门(99)处于关闭状态时，所述通断电操作滑块(8)的所述外侧端部(82)与所述厚壁部(711)接合，从而使得所述受电触头(811)与馈电滑块(72)电气接合；当所述枢转门(99)从所述关闭状态而枢转90度从而使得所述枢转门(99)处于打开状态时，所述通断电操作滑块(8)的所述外侧端部(82)与所述薄壁部(712)接合，从而使得所述受电触头(811)与馈电滑块(72)电气断开。 A method of using a smart power distribution cabinet device according to claim 1, wherein said outer end of said on/off operation slider (8) when said pivoting door (99) is in a closed state ( 82) engaging the thick portion (711) such that the power receiving contact (811) is electrically coupled to the feed slider (72); when the pivoting door (99) is from the closed state When the pivoting door (99) is in an open state, the outer end portion (82) of the power-off operation slider (8) is engaged with the thin-walled portion (712), Thereby, the power receiving contact (811) is electrically disconnected from the feed slider (72).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| PCT/CN2016/101967 WO2018068252A1 (en) | 2016-10-13 | 2016-10-13 | Intelligent power distribution cabinet apparatus |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| PCT/CN2016/101967 WO2018068252A1 (en) | 2016-10-13 | 2016-10-13 | Intelligent power distribution cabinet apparatus |
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| WO2018068252A1 true WO2018068252A1 (en) | 2018-04-19 |
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