TWM435834U - Improved structure of separable charging type electric swatter - Google Patents

Description

M435834 V. New description: [New technical field] This creation is about an electric mosquito swatter, especially a modified electric mosquito swatter. [Prior Art] In the early days, the electric mosquito swatter used a small or small battery of No. 3 or No. 4 to energize the grid and smother the mosquitoes with a mosquito swatter. However, the battery must be discarded after it has been used up, which not only causes inconvenience to the user, but also causes environmental pollution. Therefore, it has been proposed to use a separate charging type electric mosquito swatter to change the handle to a separate electric storage device. For example, the "disassemblable rechargeable electric mosquito swatter" of the Chinese Patent Publication No. M4 177 79 can use the indoor alternating current electric mosquito swatter handle. Charging, eliminating the possibility of replacing the battery repeatedly 'and charging does not need to plug the entire mosquito swatter into the indoor power outlet', that is, the whole electric mosquito swatter does not need to be hung on the socket. As shown in Figs. 1 and 2, it is a perspective view showing a perspective view of a conventional separated rechargeable electric mosquito swatter in the assembled state and a partial enlarged perspective view of the electric storage handle. The conventionally separated pill electric mosquito swatter 2 includes a mosquito body 2i0 and a storage handle 220 that can be detached from each other. The electric mosquito swab body 21 has a power grid 211 fixed by the body 212, and the body 212 itself is directly coupled to the power storage handle 220', but is connected by the screw collar 23 〇 to the body 2 and the power storage handle. 220, the threaded collar 23 is provided with a female threaded portion 231, and the joint portion of the power storage handle 220 is an externally threaded portion 223. The internal threaded portion 231 of the threaded collar 230 is screwed to the power storage handle 22〇. The external thread portion 223 closes and fixes the body 212 and the power storage handle 22A. 3 M435834 Moreover, the joint end of the body 212 is a double-pole power supply joint 213 and is formed with a blade receiving groove 215, and the joint end of the power storage handle 220 is provided with a corresponding double-hole power supply connection seat 221 and a household. AC power plug 222. When the double-pole power supply connector 213 is plugged into the two-hole power supply connector 221, the power storage handle 22 can be powered to the electric mosquito camera body 21, but the conventional rechargeable electric mosquito swatter is used for the household AC power plug. The insertion piece 222 must be first inserted into the corresponding insertion piece receiving groove 215. The electric storage handle 220 cannot be directly coupled to the electric mosquito swatter body without direction and the screw ring 230 is broken or toothed or broken. In this case, the electric mosquito swab main body 21〇 and the electric storage handle 22〇 are often unable to be coupled and fixed. [New content]

The main purpose of the present invention is to provide a 'direct non-directional direct' to the coaxial electrical connection in order to solve the above problems. The present invention provides a separate charging type electric mosquito swatter improved structure screw combination electric storage handle and electric mosquito swatter main body power supply The effect to the grid. ~1 to / knife, carved brothers and sisters type 1; mosquitoes good structure to not interfere with the rotation of the household AC power plug to achieve the direct screw combination of the power storage handle and the electric mosquito swab body. The purpose of this creation and solving its technical problems are achieved by the following technical solutions. The present invention discloses an improved structure of a multi-knife detachable electric mosquito swatter, which mainly comprises an electric mosquito swatter main body fake and a livestock electric handle, wherein the electric mosquito swatter main system has a power grid and a solid macro 夂 夂 疋 疋The end of the body is provided with a coaxial power supply connection - a first threaded joint of the cutting arm, 4 M435834. The front end of the power storage handle is provided with a coaxial power supply connection, an AC power plug and a second threaded joint. The second threaded engagement portion is screwed to the first threaded engagement portion to rotatably couple the coaxial power supply connector to the coaxial power supply connection socket, and the power storage handle is screwed to the electric mosquito swab body The combination provides power to the grid. The purpose of this creation and solving its technical problems can be further realized by the following technical measures.

In the above-described improved structure of the rechargeable electric mosquito swatter, the end of the body may be formed as an alcove to accommodate the coaxial power supply connector and not to rotate the home AC power plug. In the above-described separate charging type electric mosquito swatter improved structure, the first threaded engagement portion may be an internal thread formed in the recessed chamber, and the second threaded joint portion is a pair of externally threaded threads. In the above-described separate charging type electric mosquito swatter improved structure, a cover sleeve may be further included to the periphery of the screw joint of the first threaded joint portion and the second threaded joint portion. In the above-described improved structure of the separated rechargeable electric mosquito swatter, the coaxial power supply connection base can be located at an intermediate point between the two inserts of the AC power plug. [Embodiment] The embodiments of the present invention will be described in detail below with reference to the accompanying drawings. However, the drawings of the drawings are schematic diagrams of the products, and the figures are shown in the actual shape and size ratio. It is only used as a specific design of the choice to provide a clearer description. The shape, size and number of elements in the equivalent embodiment 5 M435834 of different applications can be reduced, enlarged or simplified. According to a specific embodiment of the present invention, a modified structure of a separate charging type electric mosquito swatter is illustrated in a perspective view of FIG. 3 in the assembled state, a perspective view of the fourth figure after the assembly, and a fifth figure in the screwing portion thereof. Schematic diagram of the section. The detachable rechargeable electric mosquito swab improved structure 1 mainly includes an electric mosquito swatter body 110 and a power storage handle 120. The electric storage handle UO and the electric mosquito swab body ho can be electrically connected by a non-directional screwing combination, and the screwing collar having the internal thread portion is not required to achieve the coaxial electrical connection. Provide power to the grid. The electric mosquito swab body 1 1 has a power grid 1 i i and a body 112 that fixes the grid 111. The power grid 111 can be used to rap a mosquito fly after being powered on. The body 112 is an electrically insulated housing having a frame for fixing the power grid m and a handle for connecting to the power storage handle 120. Driving the drive circuit of the grid m. The end of the body 112 is provided with a coaxial coupling 113 and a first threaded joint "4. The same-wheel power supply connector 113 can be connected to the sleeve 119. You can reverse the drive circuit in the body 112 as a connector for the input power. _ *Body and Lu' As shown in Fig. 5, the coaxial power supply connector 113 is a protruding rod body, and the straight 脰 円 δ has a central hole, and the hole wall is formed with a first electrode i 丨 3 A, a rod. A second electrode 1 is formed on the outer wall of the crucible. In this embodiment, the first line. Department, the text joint part 1 1 4 is the inner screw, the power storage handle 12 〇 before the 踹 引 系 § § _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ 6 M435834 123. The coaxial power supply connection block ι21 is sized to engage the coaxial power supply connector 113. Specifically, as shown in FIG. 5, the coaxial power supply connection socket 121 is a recessed hole type socket, and a central conductive cup is disposed in the hole as a third electrode 121 for guiding the first electrode U3A. A fourth electrode 121B is formed on the inner wall of the socket hole, and may be a ring spring shape for guiding the second electrode 113B. The second threaded joint 123 is screwed to the first threaded joint 114 to screw the coaxial power supply joint 113 to the coaxial power supply mount 121 in a non-directional manner. In the present embodiment, the second threaded engagement portion 123 is a thread corresponding to the internal thread (i.e., the first threaded engagement portion 114). The power storage handle 120 can be powered by the power storage handle m and the electric mosquito swab body 11 〇u, and the power storage handle 120 can be supplied to the power grid via the coaxial power supply connector 121 and the coaxial power supply connector 113. The home parent power plug i22 is a plug of at least two-piece conductive tabs 124 for connecting to a household AC power socket in a general building to provide 110V, 3 Ge 220V AC power to the power storage. The handle 120 charges the separated storage battery handle 12A. Preferably, the coaxial one is provided

122 of the two; in the design, the end of the handle 110 is provided with a light 'to make the power storage handle 120 and the electric mosquito swatter body 11

Connector device First illumination. It can be used as a flashlight alone. Body 11 can also be used with a M435834 illumination. Preferably, the end of the body 112 is formed as an alcove 115 for receiving the coaxial power supply connector 113 and does not interfere with the screwing operation of the household AC power plug 122. Generally, the depth of the recess 1 丨 5 is greater than the protruding height of the coaxial power supply connector 113, and is greater than the enthalpy of the household AC power 'original plug 122. More specifically, the first threaded engagement portion 114, which is internally threaded, can be formed in the recess 115. In this embodiment, the separate charging type electric mosquito swab improved structure 1 can further include a retaining ring 130', and the loop sleeve is screwed to the first threaded joint portion and the second threaded joint portion 123. Peripherally, the grommet 130 can be a decorative ring or a strong ring that is used to decorate or strengthen the threaded portion. As described above, the preferred embodiment of the present invention is not intended to be limiting in any way, although the present invention has been described in the preferred embodiment and (4) to (4) the creation of 'any familiar skill' = rubber Any of the norms: internal reforms, political changes, and modifications that are made within the scope of this creation patent are covered in the technology of this creation [Simple Description] Figure 1: A conventional separation charging type A three-dimensional schematic diagram of a mosquito swatter in the assembled state. Fig. 2 is a partially enlarged perspective view of the conventional rechargeable electric mosquito swatter in its power storage handle. Fig. 3 is a perspective view showing a modified structure of a separate charging type electric mosquito swatter according to a specific embodiment of the present invention. 8 M435834 Figure 4

According to another embodiment of the present invention, the separation > is a three-dimensional schematic diagram of the improved structure after assembly. According to a specific embodiment of the present invention, the separation of the electric mosquitoes, the electric mosquitoes, and the improved structure are shown in the cross section of the screwing portion. [Main component symbol description] 100 separate charging type electric mosquito swatter improved structure 110 electric mosquito swatter body

111 Grid 112 Body 113 Coaxial Power Supply Connector 113A First Electrode 113B Second. Electrode 114 First Threaded Portion 115 Alcove 116 Second Illumination Device 120 Livestock Handle 121 Coaxial Power Supply Connector 121A Third Electrode 121B Fourth Electrode 122 Household AC power plug 123 Second threaded joint 124 Insert 125 First lighting device 130 Guard ring 200 Separate rechargeable electric mosquito swatter 210 Electric mosquito swatter body 211 Grid 212 Body 213 Double pole power supply connector 215 Insert accommodating slot 220 power storage handle 9 M435834 221 double hole power supply connection seat 223 external thread part 230 screw collar 222 household AC power plug 231 internal thread

Claims (1)

M435834 VI. Patent application scope: The improved structure of the knife-free electric mosquito swatter, mainly comprising an electric mosquito swatter body and a power storage handle, which enables the electric mosquito swatter main system to have a power grid and a body for fixing the power grid. The end of the body is provided with a coaxial power supply connector and a first threaded joint. The front end of the power storage handle is provided with a coaxial power supply connection, an AC power plug and a second crepe joint, the second a threaded engagement portion is screwed to the first threaded engagement portion to rotatably insert the coaxial power supply connector to the coaxial power supply connection base, and the power supply handle is coupled to the electric mosquito swab body to provide power to the Grid. 2. The improved structure of the separated rechargeable electric mosquito swatter according to claim 1, wherein the end of the body is formed as an alcove to accommodate the δHai coaxial power supply connector and does not interfere with the rotation operation of the household AC power plug. . 3. The improved charging type electric mosquito swatter improvement structure according to claim 2, wherein the first threaded joint portion is an internal thread formed in the recessed chamber. The second threaded joint portion is a pair of openings Threaded outside the thread. 4. The separate rechargeable electric mosquito swab improved construction according to claim 2, further comprising a retaining ring that is looped to the periphery of the first threaded joint and the second threaded joint. 5. The improved rechargeable electric mosquito swatter improved structure according to the first application of the patent scope, wherein the coaxial power supply connection is located at an intermediate point between the two inserts of the AC power plug.