Battery-receiving structure of portable machines

Battery installation structure of portable machine

This creation is about a battery installation structure of a portable machine, and it is particularly designed to provide users with the ability to maintain the battery power supply when replacing the battery of the portable machine.

Conventional portable machines, such as notebook computers, usually have a battery installation structure to provide a battery device for supplying power required by the portable machine. When this type of portable machine is used in an environment without an external power source, if its battery power is exhausted, even if there is a second backup battery, the portable machine needs to be turned off first and the exhausted battery is removed. Only then can the spare battery be installed. Furthermore, although some portable machines have two battery slots, two batteries can be installed at the same time, but the two battery slots of this battery installation structure are independent of each other, so that the battery replacement operation must be performed in order. Install the battery for the device, and then remove the battery that has run out of electricity, resulting in poor convenience in use. Therefore, based on the foregoing reasons, the defects of the battery installation structure technology of conventional portable devices have been improved.

This creation is a portable machine battery installation structure, which mainly provides a portable machine battery installation structure, so that the user can maintain the battery power supply when replacing the portable machine battery.

Another purpose of the battery installation structure of the portable machine of the present invention is to provide a battery installation structure of the portable machine so that the user can easily take out the used battery when replacing the battery.

Another purpose of the battery installation structure of the portable machine created in this invention is to provide a battery installation structure of the portable machine, so that the portable machine can be installed with two batteries at the same time, and the two batteries can be installed at the same time. Charging or powering.

Based on the purpose of the foregoing creation, the battery installation structure of the portable machine of this creation is a portable device with a battery installed structure, and has a battery slot and a mobile seat installed in the portable device. And the battery slot is matched with the battery to form two accommodating parts, the movable seat is slidably arranged in the battery slot, and is limited between a first position and a second position, and the The mobile base has a first connector and a second connector. The first and second connectors are used to electrically connect the battery to transmit power from the battery to the battery through the first or second connector. Portable device.

In order to enable those familiar with the art to understand the purpose, features and effects of this creation, the following specific embodiments are used in conjunction with the accompanying drawings, and the detailed description is as follows.

Figure 1 is a perspective view showing a specific embodiment of the battery installation structure of the portable machine of the invention.

Please refer to Figure 1, the battery installation structure of the portable machine of this invention is mainly set in a portable device (1) with a battery slot (2) for installing a first battery (3) and A second battery (4) can simultaneously or separately provide the power required for the operation of the portable device (1), or charge the battery through the external power supply of the portable device (1), and the battery slot (2) A switching device (5) is provided in ), and is used to provide each battery for electrical connection and battery replacement. The following will describe a demonstration of a notebook computer as a portable device of this creation.

In the aforementioned battery installation structure of the portable machine of the invention, the battery slot (2) is formed by the portable device (1) extending in an axial direction to form a hollow structure with openings at both ends, and one side of the hollow part is Defined as a first accommodating portion (21), the other side of the hollow portion is defined as a second accommodating portion (22), the first accommodating portion (21) and the second accommodating portion (22) are The first battery (3) and the second battery (4) can be accommodated and inserted respectively; and the switching device (5) has a movable seat (51) which is slidably arranged in the first container of the battery slot (2). Between the receiving portion (21) and the second receiving portion (22), the sliding of the movable seat (51) is limited between a first position (51a) and a second position (51b), and the movement The seat (51) has a first connector (52) and a second connector (53) to respectively correspond to the openings of the first accommodating portion (21) and the second accommodating portion (22). The first connection The first battery (3) and the second battery (4) are connected with a second connector (53) to form an electrical connection, so that the first battery (3) and the second battery (4) The power can be transmitted to the portable device (1) through the first connector (52) and a second connector (53) respectively.

The aforementioned first battery (3) and second battery (4) respectively have a power input/output part (31) and (41) at one end, and these batteries are connected through the power input/output parts (31), (41) and mobile The first connector (52) and the second connector (53) of the seat (51) respectively form an electrical connection and a structural connection.

Figure 2 is a partial three-dimensional view showing another specific embodiment of the battery installation structure of the portable machine of the invention.

Please refer to Figure 2, the aforementioned movable seat (51) is slidably arranged on two guide rails (54), and each guide rail (54) is parallel to the extending direction of the battery slot (2) and is arranged in the first accommodating part (21) and the second accommodating part (22), and several springs (6) are arranged in each guide rail (54), and make the sliding distance of the movable seat (51) limited to the first position ( Between 51a) and the second position (51b), and the movable seat (51) is at the equilibrium position of the springs (6), the third position (51c) is defined.

In the aforementioned battery slot (2), the movable seat (51) is slidably disposed on the guide rail (54), which is a structure that guides the object to slide linearly. For example, the guide rail (54) is a groove structure, the The movable seat (51) is restricted to the groove to move, so the purpose of sliding arrangement is achieved and the movable seat (51) is restricted from sliding between a first position (51a) and a second position (51b).

Figure 3A is a first state perspective view showing a specific embodiment of the battery installation structure of the portable machine of the invention; Figure 3B shows a specific embodiment of the battery installation structure of the portable machine of the invention The second state three-dimensional view; Figure 3C is a third state three-dimensional view showing a specific embodiment of the battery installation structure of the portable machine of the invention.

Please refer to Figures 3A, 3B and 3C, and refer to Figure 1 in conjunction. The mobile seat (51) of the switching device (5) is usually in the third position (51c), when the first battery (3) is inserted into the battery slot (2) ) When the first accommodating portion (21), the first battery (3) will simultaneously press the movable seat (51) and slide to the first position (51a), so that the power of the first battery (3) The input/output part (31) can be connected to the first connector (52) by the reverse force of the movable seat to achieve electrical connection. Then, if the first battery (3) is released, the movable seat (51) will slide back to the third position (51c) due to the force balance of the spring (6).

In the state where the first battery (3) is inserted into the first receiving portion (21) of the battery slot (2), when the second battery (4) is inserted into the second battery slot (2) When the accommodating part (22), the second battery (4) will simultaneously press the movable seat (51) and slide to the second position (51b), so that the power input and output part (4) at one end of the second battery (4) 41) will be connected to the second connector (53) of the movable base (51) to achieve electrical connection. Similarly, if the second battery (4) is released, the movable seat (51) will slide back to the third position (51c) due to the force balance of the spring (6).

Fig. 4 is a partial top view showing still another specific embodiment of the battery installation structure of the portable machine of the invention.

Please refer to Figure 4, based on the battery installation structure of the portable machine of the invention, the movable seat (51) is slidably arranged at two guide rails (55), and each guide rail (55) is parallel to the battery slot ( 2) The extending direction is set in the first accommodating portion (21) and the second accommodating portion (22), and several elastic elements (7) respectively correspond to the aforementioned first position (51a) and second position (51b) is arranged in the battery slot (2), and the sliding distance of the movable seat (51) is limited between the first position (51a) and the second position (51b). Furthermore, the movable seat (51) has a groove (51d) on the side surface corresponding to the elastic elements (7), and forms an outwardly protruding structure, so that the groove (51d) and the elastic element ( 7) For snapping, the groove (51d) can be separated from the elastic element (7) through proper force.

Fig. 5A is a first state perspective view showing a specific embodiment of the battery installation structure of the portable machine of the invention; Fig. 5B shows a specific embodiment of the battery installation structure of the portable machine of the invention A perspective view of the second state.

Please refer to Figure 5A, when the first battery (3) is inserted into the first receiving portion (21) of the battery slot (2), the first battery (3) will simultaneously press the movable seat (51) and slide to the first position (51a), and the groove (51d) will engage the elastic element (7), and the power input/output part (31) at one end of the first battery (3) will be connected to the The first connector (52) of the mobile base (51) makes the first battery (3) form an electrical connection with the portable device (1) and fixes the mobile base (51) at the first position (51a) Place.

Please refer to Figure 5B. When two batteries are inserted into the portable machine, the user inserts the second battery (4) into the second receiving portion (22) of the battery slot (2), and the The two batteries (4) will simultaneously press the movable seat (51) and slide to the second position (51b), and the groove (51d) of the movable seat (51) will first deviate from the elasticity of the first position (51a) The element (7) is finally snapped to the elastic element (7) at the second position (51b), so that the second battery (4) and the second connector (53) are electrically connected, and the movable seat (51) ) Is fixed at the second position (51b), and the first battery (3) will partially protrude from the first accommodating portion (21) to facilitate the user to withdraw the first battery (3). Therefore, when using When replacing the battery of a portable machine, there is no need to suspend the power supply of the battery, and when replacing a battery, the battery in the portable machine can be easily replaced through the creative installation structure.

Although the foregoing description is based on the operation of replacing two batteries, it is used as an operation description of each embodiment of this creation. In fact, this creative system can be used when two batteries are installed at the same time, and under this condition, the battery can be charged through the external power supply of the portable device.

Although this creation has been disclosed in specific embodiments as above, it is not intended to limit this creation. Anyone familiar with this art can make various changes and modifications without departing from the spirit and scope of this creation. Retouching and retouching belong to the scope of this creation, and the scope of protection of this creation shall be subject to the scope of the attached patent application.

<p>Portable device. . . (1)</p><p>Battery bay. . . (2)</p><p>The first housing part. . . (twenty one)</p><p>The second housing part. . . (twenty two)</p><p>The first battery. . . (3)</p><p>Power Import and Export Department. . . (31)</p><p>The second battery. . . (4)</p><p>Power Import and Export Department. . . (41)</p><p>Switching device. . . (5)</p><p>Mobile seat. . . (51)</p><p>First position. . . (51a)</p><p>The second position. . . (51b)</p><p>The third position. . . (51c)</p><p>Groove. . . (51d)</p><p>The first connector. . . (52)</p><p>The second connector. . . (53)</p><p>guide. . . (54)</p><p>guide. . . (55)</p><p>spring. . . (6)</p><p>Elastic components. . . (7)</p>

Figure 1 is a perspective view showing a specific embodiment of the battery installation structure of the portable machine of the invention; Figure 2 is a partial perspective view showing another embodiment of the battery installation structure of the portable machine of the invention Figure 3A is a first-state perspective view showing a specific embodiment of the battery installation structure of the portable machine of the invention; Figure 3B shows a specific embodiment of the battery installation structure of the portable machine of the invention The second state three-dimensional view; Figure 3C shows the third state three-dimensional view of a specific embodiment of the portable machine's battery installation structure; Figure 4 shows the battery installation of the portable machine of the invention A partial top view of another specific embodiment of the structure; Fig. 5A is a first-state perspective view showing a specific embodiment of the battery installation structure of the portable machine of the invention; Fig. 5B shows the portable machine of the invention The second state perspective view of a specific embodiment of the battery mounting structure.