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US-12618547-B1 - Projection lamp with rodent repulsion effect

US12618547B1US 12618547 B1US12618547 B1US 12618547B1US-12618547-B1

Abstract

Disclosed is a projection lamp with a rodent repulsion effect, including a ground insert component. A bottom of a support platform is inserted into an upper portion of the ground insert component. A top of the support platform is fixedly connected with a support base. One end of a driving component is inserted into an upper portion of the support base. An integrated emission block is installed inside a lower portion of the support base. The support platform is installed above the ground insert component, a plug portion is inserted into a slot portion for rotational connection, the support base is arranged above the support platform, a ball head portion is inserted into a threaded clamping head portion, and an outer portion of the threaded clamping head portion is fixed through a locking nut. The support platform can rotate, and the projection lamp component can rotate by 360 degrees.

Inventors

  • Shaoqi Ji

Assignees

  • Zhongshan Yong Qi Electronic Co., Ltd.

Dates

Publication Date
20260505
Application Date
20250606

Claims (8)

  1. 1 . A projection lamp with a rodent repulsion effect, comprising a ground insert component ( 1 ), wherein a bottom of a support platform ( 2 ) is inserted into an upper portion of the ground insert component ( 1 ), and a top of the support platform ( 2 ) is fixedly connected with a support base ( 4 ), one end of a driving component ( 3 ) is inserted into an upper portion of the support base ( 4 ), and an integrated emission block ( 8 ) is installed inside a lower portion of the support base ( 4 ), a ball head portion ( 401 ) is arranged above the support base ( 4 ), and the ball head portion ( 401 ) is inserted and rotationally connected inside a lower portion of a projection lamp component ( 6 ), meanwhile, the ball head portion ( 401 ) and an exterior of the lower portion of the projection lamp component ( 6 ) are sleeved with a locking nut ( 5 ), a light transmitting component ( 9 ) is clamped and fixedly connected into a front surface of an upper portion of the projection lamp component ( 6 ), and a connecting wire set ( 7 ) is arranged between the lower portion of the projection lamp component ( 6 ) and a back surface end of the driving component ( 3 ).
  2. 2 . The projection lamp with a rodent repulsion effect according to claim 1 , wherein a slot portion ( 101 ) is formed in the upper portion of the ground insert component ( 1 ), and a plug portion ( 203 ) is arranged below the support platform ( 2 ), and meanwhile the plug portion ( 203 ) is inserted into the slot portion ( 101 ) for rotational connection.
  3. 3 . The projection lamp with a rodent repulsion effect according to claim 2 , wherein a component storage chamber portion ( 201 ) is arranged above the support platform ( 2 ), and an internal space ( 202 ) is jointly formed in the support platform ( 2 ) and the component storage chamber portion ( 201 ).
  4. 4 . The projection lamp with a rodent repulsion effect according to claim 3 , wherein a signal device ( 301 ) is arranged at one end of the driving component ( 3 ), and the signal device ( 301 ) penetrates out of a middle portion of the component storage chamber portion ( 201 ).
  5. 5 . The projection lamp with a rodent repulsion effect according to claim 4 , wherein an upper portion of the integrated emission block ( 8 ) is fixedly connected with a lower portion of a limiting rib ( 801 ), and the lower portion of the limiting rib ( 801 ) is in a cross shape.
  6. 6 . The projection lamp with a rodent repulsion effect according to claim 4 , wherein two rib rods above a limiting rib ( 801 ) are both attached to an inner wall of the internal space ( 202 ), and the integrated emission block ( 8 ) is positioned below the signal device ( 301 ) with a distance therebetween.
  7. 7 . The projection lamp with a rodent repulsion effect according to claim 1 , wherein a threaded clamping head portion ( 601 ) is arranged on one side below the projection lamp component ( 6 ), and the ball head portion ( 401 ) is inserted and rotationally connected into the threaded clamping head portion ( 601 ).
  8. 8 . The projection lamp with a rodent repulsion effect according to claim 7 , wherein the threaded clamping head portion ( 601 ) is externally sleeved and fixedly connected with the locking nut ( 5 ), and a lower portion of the locking nut ( 5 ) penetrates out of a lower end of the ball head portion ( 401 ).

Description

TECHNICAL FIELD The utility model relates to the technical field of projection lamps, and in particular to a projection lamp with a rodent repulsion effect. BACKGROUND Rodents are a common type of rodent in our daily lives. They live around our houses, dig holes to make nests, damage furniture and green plants in yards, and spread diseases. To cope with the destruction caused by the rodents, people generally use rodent repellers to drive them away. Currently, there are many methods for rodent repulsion, and projection lamps exhibit well in rodent repulsion applications. However, when existing projection lamps are installed in farmland, due to a large area of a farmland, the projection lamps are usually fixed, and when illuminating, the projection lamps either illuminate horizontally or need to be inserted into the ground at an angle, which is highly inconvenient to operate and reduces a rodent repulsion effect. Therefore, a projection lamp with a rodent repulsion effect is provided for the above problems. SUMMARY An objective of the utility model is to provide a projection lamp with a rodent repulsion effect to solve the problems proposed in the above background. In order to solve the above technical problems, the utility model specifically provides the following technical solution: A projection lamp with a rodent repulsion effect includes a ground insert component. A bottom of a support platform is inserted into an upper portion of the ground insert component, and a top of the support platform is fixedly connected with a support base. One end of a driving component is inserted into an upper portion of the support base, and an integrated emission block is installed inside a lower portion of the support base. A ball head portion is arranged above the support base, and the ball head portion is inserted and rotationally connected inside a lower portion of a projection lamp component, meanwhile the ball head portion and an exterior of the lower portion of the projection lamp component are sleeved with a locking nut, a light transmitting component is clamped and fixedly connected into a front surface of an upper portion of the projection lamp component, and a connecting wire set is arranged between the lower portion of the projection lamp component and a back surface end of the driving component. Preferably, a slot portion is formed in the upper portion of the ground insert component, and a plug portion is arranged below the support platform, and meanwhile the plug portion is inserted into the slot portion for rotational connection. Preferably, a component storage chamber portion is arranged above the support platform, and an internal space is jointly formed in the support platform and the component storage chamber portion. Preferably, a signal device is arranged at one end of the driving component, and the signal device penetrates out of a middle portion of the component storage chamber portion. Preferably, an upper portion of the integrated emission block is fixedly connected with a lower portion of a limiting rib, and the lower portion of the limiting rib is in a cross shape. Preferably, two rib rods above a limiting rib are both attached to an inner wall of the internal space, and the integrated emission block is positioned below the signal device with a distance therebetween. Preferably, a threaded clamping head portion is arranged on one side below the projection lamp component, and the ball head portion is inserted and rotationally connected into the threaded clamping head portion. Preferably, the threaded clamping head portion is externally sleeved and fixedly connected with the locking nut, and a lower portion of the locking nut penetrates out of a lower end of the ball head portion. Compared with the Prior Art, the Utility Model has the Following Beneficial Effects: According to the utility model, the support platform is installed above the ground insert component, and the plug portion arranged below the support platform is inserted into the slot portion in the upper portion of the ground insert component for rotational connection, the support base is arranged above the support platform, and the ball head portion arranged above the support base is inserted into the threaded clamping head portion below the projection lamp component, and meanwhile, an outer portion of the threaded clamping head portion is fixed through the locking nut. The support platform above the ground insert component can rotate, and the projection lamp component can rotate by 360 degrees on an upper portion of the support base, such that the projection lamp can illuminate in a targeted manner during work, and avoids a situation of horizontal illumination. Meanwhile, there is no need for an obliquely inserted structure to align an illumination direction, making an operation simple and enhancing the rodent repulsion effect. BRIEF DESCRIPTION OF FIGURES To describe the technical solutions in implementations of the utility model or the