Improvements in quick couplings
Patent Information
- Application Number
- CN202522279988.6
- Authority / Receiving Office
- CN · China
- Patent Type
- Utility models(China)
- Current Assignee / Owner
- Filing Date
- 2025-10-28
- Publication Date
- 2026-10-09
- Estimated Expiration
- 2035-10-28
AI Technical Summary
[0002]现有的灯带，包括带条、设置在带条上的一对导电体条、沿带条均匀分布的且连接在一对导电体之间的光源体，使用时，根据所需要的长度，分切灯带，然后使一对导电体条与电源控制装置连接，就可以控制灯带上的光源体工作，这种灯带，由于很方便地根据所需要的长度分切，因此，使用灵活方便，但是，受灯带的性质所决定，一来不容易进行快速固定，需要制造匹配的支撑结构进行固定，因此，成本高，应用起来麻烦，而且，不容易灵活进行造型上的设计固定，为此，有人发明了这样一种技术，该技术包括带有取电构件的快接构件、柔性线条灯、快接线缆，柔性线条灯包括软基带、固定在软基带后部的灯带，灯带包括设置在带条上的一对导电体条、沿带条均匀分布的且连接在一对导电体条之间的光源体，快接线缆包括绝缘带、并排设置在绝缘带上下两边的导线，快接线缆是导线外露式的快接线缆，或者快接线缆是导线内藏式的快接线缆，软基带前面设置有与快接线缆连接的连接结构，软基带通过连接结构连接在快接线缆的后面，快接构件是使取电构件直达快接线缆上的导线和使取电构件直达软基带后部的灯带上的导电体条，并使快接线缆的导线与灯带上匹配的导电体条导通的快接构件，快接构件上的取电构件有两对，两对取电构件分别直达快接线缆的导线及软基带后部的灯带上的导电体条，其中一对取电构件分别与快接线缆的两导线连接，另一对取电构件分别与灯带上的两导电体条连接，其中一对取电构件通过导电构件与匹配的另一对取电构件连接，使快接线缆导线上的电源通过取电构件、导电构件传导到灯带的导电体条上，该专利申请技术使用时，根据设计要求裁切柔性线条灯，使柔性线条灯的长度符合设计要求，然后将柔性线条灯连接定位在快接线缆上，将快接构件连接在柔性线条灯上，使快接构件的取电构件直达快接线缆的导线（如果快接线缆是导线外露式的快接线缆，取电构件是导电头，导电头按压在外露的导线上，如果快接线缆是导线内藏式的快接线缆，取电构件是导电针，导电针刺进绝缘带并与绝缘带内的导线连接）和使快接构件的取电构件（导电针）刺进软基带后直达灯带的导电体条，使快接线缆的导线与灯带上匹配的导电体条导通，以便从快接线缆上取电后将电源传导到柔性线条灯的灯带导电体条上，进而传导到光源体上，这样，就能通过设置在快接构件上或者与快接构件连接的控制电路就能控制灯带的工作；该专利申请技术由于需要两对取电构件，因此，其快接构件结构复杂，体积大，制造成本高，使用复杂，容易影响产品的整体美感
[0006]使用时，将柔性线条灯叠在快接线缆上，使柔性线条灯的导电体条与相应的快接线缆的导线对应，将L形底座卡在上下叠在一起的柔性线条灯和快接线缆的下面，翻转带有盖竖向部分的盖，使带有盖竖向部分的盖置于柔性线条灯上面并往快接线缆方向按压，使取电构件的其中一导电针头刺进软基带的灯带上的导电体条，取电构件使另一导电针头刺进快接线缆的导线上，使取电构件与导电体条、导线连通，同时，使钩扣在扣上，保证带有盖竖向部分的盖与L形底座连接的稳定，从而防止取电构件从导电体条、导线脱离。
Smart Images
Figure CN224837263U_ABST
Abstract
Description
Technical Field
[0001] This utility model relates to the field of power connection technology, and in particular to an improved structure of quick-connect components. Background Technology
[0002] Existing LED strips include a strip, a pair of conductive strips mounted on the strip, and light sources evenly distributed along the strip and connected between the pair of conductors. In use, the strip is cut to the required length, and then the pair of conductive strips are connected to a power control device to control the light sources. This type of strip is flexible and convenient to use because it can be easily cut to the required length. However, due to the nature of LED strips, they are not easy to quickly fix, requiring the manufacture of matching support structures for fixation, resulting in high cost and cumbersome application. Furthermore, they are not easy to design and fix in a flexible manner. Therefore, a technology has been invented that includes a quick-connect component with a power-gathering element. Flexible linear lights and quick-connect cables are included. The flexible linear light comprises a flexible base strip and a light strip fixed to the rear of the base strip. The light strip includes a pair of conductive strips mounted on the strip and light sources evenly distributed along the strip and connected between the conductive strips. The quick-connect cable includes an insulating strip and conductors arranged side-by-side on the upper and lower sides of the insulating strip. The quick-connect cable can be either an exposed conductor cable or a concealed conductor cable. A connection structure for connecting the quick-connect cable is provided at the front of the flexible base strip. The flexible base strip is connected to the rear of the quick-connect cable through the connection structure. The quick-connect component allows the power-taking component to directly reach the conductors on the quick-connect cable and the conductive strips on the light strip at the rear of the flexible base strip, and matches the conductors on the quick-connect cable with the conductive strips on the light strip. The quick-connect component with conductive strip has two pairs of power-taking components. These two pairs of power-taking components directly connect to the conductors of the quick-connect cable and the conductive strips on the lamp strip at the rear of the flexible base strip. One pair of power-taking components connects to the two conductors of the quick-connect cable, and the other pair connects to the two conductive strips on the lamp strip. One pair of power-taking components connects to the matching other pair of power-taking components via conductive components, allowing the power from the quick-connect cable conductors to be conducted to the conductive strips of the lamp strip through the power-taking components and conductive components. When using this patented technology, the flexible linear lamp is cut to the required length according to design requirements. Then, the flexible linear lamp is connected and positioned on the quick-connect cable, and the quick-connect component is connected to the flexible linear lamp. The power-taking component of the quick-connect component directly reaches the conductor of the quick-connect cable (if the quick-connect cable is an exposed conductor type, the power-taking component is a conductive head, which presses against the exposed conductor; if the quick-connect cable is an internal conductor type, the power-taking component is a conductive needle, which pierces into the insulating tape and connects to the conductor inside the insulating tape). The power-taking component (conductive needle) of the quick-connect component pierces into the flexible base tape and then directly reaches the conductive strip of the light strip, so that the conductor of the quick-connect cable is connected to the matching conductive strip on the light strip, so that the power is drawn from the quick-connect cable and conducted to the conductive strip of the flexible linear light, and then conducted to the light source. In this way, the operation of the light strip can be controlled by the control circuit set on or connected to the quick-connect component.Because this patented technology requires two pairs of power-generating components, its quick-connect component structure is complex, large in size, has high manufacturing costs, is complicated to use, and can easily affect the overall aesthetics of the product. Summary of the Invention
[0003] The purpose of this invention is to provide an improved structure for quick-connect components that is simple in structure, small in size, low in manufacturing cost, easy to use, and does not easily affect the overall aesthetics of the product.
[0004] The improved structure of this utility model quick-connect component is achieved as follows: It includes an L-shaped base and a cover with a vertical portion. A hook is provided on the inner side of the vertical portion of the L-shaped base. A buckle matching the hook is provided at the free end of the cover with the vertical portion. The free end of the cover with the vertical portion is connected to the free end of the horizontal portion of the L-shaped base via a flexible connection. A pair of power-taking components are located under the cover with the vertical portion. One conductive pin of the power-taking component faces the conductive strip on the flexible base strip, and the other conductive pin faces the wire of the quick-connect cable. The cover with the vertical portion and the L-shaped base are interlocked on the flexible linear light and quick-connect cable stacked on top of each other, so that the hook is fastened to the buckle. The cover with the vertical portion drives the power-taking component to cause one conductive pin to pierce the conductive strip on the flexible base strip, and the cover with the vertical portion drives the power-taking component to cause the other conductive pin to pierce the wire of the quick-connect cable.
[0005] The quick-connect component uses a pair of power-taking components and connects them to the conductive strip and wire. The cover with a vertical part and the L-shaped base are interlocked. This makes the quick-connect component simple in structure, small in size, low in manufacturing cost, easy to use, and does not easily affect the overall aesthetics of the product.
[0006] In use, stack the flexible linear light on the quick-connect cable, aligning the conductive strip of the flexible linear light with the corresponding wire of the quick-connect cable. Place the L-shaped base under the stacked flexible linear light and quick-connect cable. Flip the cover with the vertical part so that it is placed on top of the flexible linear light and pressed towards the quick-connect cable. This causes one conductive pin of the power-taking component to pierce the conductive strip on the flexible base strip, while the other conductive pin of the power-taking component pierces the wire of the quick-connect cable, connecting the power-taking component with the conductive strip and wire. Simultaneously, fasten the hook to the buckle to ensure a stable connection between the cover with the vertical part and the L-shaped base, thus preventing the power-taking component from detaching from the conductive strip and wire.
[0007] Preferably, the top of the hook is a slope. When the cap with the vertical part is connected to the L-shaped base using the slope, the buckle can smoothly slide into the range of the hook's action.
[0008] Compared with existing technologies, this utility model has the advantages of simple structure, small size, low manufacturing cost, simple use, and less likely to affect the overall aesthetics of the product. Attached Figure Description
[0009] Figure 1 This is a schematic diagram of the improved structure of the quick-connect component of this utility model; Figure 2 This is a schematic diagram of the improved quick-connect component after it has been fastened. Figure 3 This is a schematic diagram of the improved structure of the quick-connect component in Embodiment 2 of the utility model.
[0010] Explanation of reference numerals: 1-Quick-connect component; 102-Power supply component; 1021-Conductive pin; 107-Side wall; 108-Base; 109-Cover; 110-Hook; 111-Snap; 112-Fixing base; 2-Flexible linear light; 2022-Conductive strip; 3-Quick-connect cable; 301-Insulating tape; 302-Wire; 303-Cable. Detailed Implementation
[0011] The improved structure of the quick-connect component of this utility model will now be described in further detail with reference to the accompanying drawings and embodiments: Example 1: As Figure 1 , 2 As shown, the improved structure of the quick-connect component of this utility model is implemented as follows: It includes an L-shaped base 108 and a cover 109 with a vertical portion serving as a driving component. The cover 109 is square plate-shaped. A hook 110 is provided on the inner side of the vertical portion 107 of the L-shaped base 108. A buckle 111 matching the hook 110 is provided at the free end of the cover 109 with the vertical portion. The free end of the cover 109 with the vertical portion is connected to the free end of the horizontal portion of the L-shaped base 108 via a flexible connector 112. A pair of power-collecting components 102 are disposed below the cover 109 with the vertical portion. The two conductive pins 1021 of the power-collecting components 102 face downwards. One of the power-collecting components 102... The conductive needle 1021 is aligned with the conductive strip 2022 on the LED strip 202 of the flexible base 201, and the other conductive needle 1021 of the power taking component 102 is aligned with the wire 302 of the quick-connect cable 3. The cover 109 with the vertical part of the cover and the L-shaped base 108 are interlocked on the flexible linear lamp 2 and the quick-connect cable 3 stacked on top of each other, so that the hook 110 is fastened on the buckle 111. The cover 109 with the vertical part of the cover drives the power taking component 102 to make one of the conductive needles 1021 pierce into the conductive strip 2022 on the LED strip 202 of the flexible base 201, and the cover 109 with the vertical part of the cover drives the power taking component 102 to make the other conductive needle 1021 pierce into the wire 302 of the quick-connect cable 3.
[0012] Preferably, the top of the hook is a slope 1101. When the cover 109 with the vertical part of the cover is connected to the L-shaped base 108 using the slope 1101, the buckle 111 can smoothly slide into the working range of the hook 110.
[0013] In use, the flexible linear light 2 is stacked on the quick-connect cable 3, so that the conductive strip 2022 of the flexible linear light 2 and the wire 302 of the quick-connect cable 3 correspond to the two conductive pins 1021 of the power-taking component 102, respectively. The L-shaped base 108 is then placed under the stacked flexible linear light 2 and quick-connect cable 3. The cover 109 with the vertical cover portion is flipped over, so that the cover 109 with the vertical cover portion is placed on top of the flexible linear light 2 and pressed towards the quick-connect cable 3, so that one of the power-taking components 102... A conductive needle 1021 pierces the conductive strip 2022 on the LED strip 202 of the soft base 201. The power-taking component 102 causes another conductive needle 1021 to pierce the wire 302 of the quick-connect cable 3, so that the power-taking component 102 is connected to the conductive strip 2022 and the wire 302. At the same time, the hook 110 is fastened to the buckle 111 to ensure the stability of the connection between the cover 109 with the vertical part of the cover and the L-shaped base 108, thereby preventing the power-taking component 102 from detaching from the conductive strip 2022 and the wire 302.
[0014] Of course, you can also first press the cover 109 with the vertical part of the cover on top of the flexible linear light 2 and quick-connect cable 3 stacked on top of each other, flip the L-shaped base 108, and press the cover 109 with the vertical part of the cover towards the quick-connect cable 3, so that one of the conductive needles 1021 of the power taking component 102 pierces into the conductive strip 2022 on the light strip 202 of the soft base 201, and the other conductive needle 1021 of the power taking component 102 pierces into the wire 302 of the quick-connect cable 3, so that the power taking component 102 is connected to the conductive strip 2022 and the wire 302. At the same time, the hook 110 is fastened to the buckle 111 to ensure the stable connection between the cover 109 with the vertical part of the cover and the L-shaped base 108, thereby preventing the power taking component 102 from detaching from the conductive strip 2022 and the wire 302.
[0015] Preferably, a vertical wall 113 is provided at the free end of the cover 109 with the vertical part of the cover. The vertical wall 113 cooperates with the vertical part of the cover to form a groove 114 that matches the flexible linear lamp 2 and quick-connect cable 3 stacked on top of each other. This allows the cover 109 with the vertical part of the cover to be pressed accurately and smoothly towards the quick-connect cable 3. The two conductive needles 1021 of the power taking component 102 are accurately inserted into the conductive strip 2022 on the lamp strip 202 of the soft base strip 201 and the wire 302 of the quick-connect cable 3, respectively.
[0016] Preferably, the cover 109 with the vertical portion has a notch 115 underneath that matches the flexible linear light 2, so that the flexible linear light 2, positioned by the notch 115 and the groove 114, can even... Figure 3As shown, the quick-connect cable 3 with cable 303 is much wider than the flexible linear light 2, which also allows the flexible linear light 2 to be accurately stacked on the quick-connect cable 3.
Claims
1. An improved structure for a quick-connect component, characterized in that, The device includes an L-shaped base and a cover with a vertical portion. A hook is located on the inner side of the vertical portion of the L-shaped base. A buckle matching the hook is located at the free end of the cover with the vertical portion. The free end of the cover with the vertical portion is connected to the free end of the horizontal portion of the L-shaped base via a flexible connector. A pair of power-taking components are located under the cover with the vertical portion. One conductive pin of the power-taking component is aligned with the conductive strip on the flexible base strip, and the other conductive pin is aligned with the wire of the quick-connect cable. The cover with the vertical portion and the L-shaped base interlock on the flexible linear light and quick-connect cable stacked on top of each other, causing the hook to engage with the buckle. The cover with the vertical portion drives the power-taking component to insert one conductive pin into the conductive strip on the flexible base strip, and the cover with the vertical portion drives the power-taking component to insert the other conductive pin into the wire of the quick-connect cable.
2. The improved structure of the quick-connect component according to claim 1, characterized in that, The top of the hook is a slope.
3. The improved structure of the quick-connect component according to claim 1 or 2, characterized in that, A vertical wall is provided at the free end of the cover with the vertical part of the cover. The vertical wall cooperates with the vertical part of the cover to form a groove that matches the flexible linear light and quick-connect cable stacked on top of each other. This allows the cover with the vertical part of the cover to be pressed accurately and smoothly towards the quick-connect cable. The two conductive pins of the power taking component accurately pierce the conductive strip on the light strip of the soft base and the wire of the quick-connect cable, respectively.
4. The improved structure of the quick-connect component according to claim 1 or 2, characterized in that, The cover with the vertical portion has a notch underneath that matches the flexible linear light.
5. The improved structure of the quick-connect component according to claim 3, characterized in that, The cover with the vertical portion has a notch underneath that matches the flexible linear light.