362results about How to "Applicable extension requirements" patented technology

The invention relates to an intelligent filtering tissue box. The intelligent filtering tissue box comprises a tissue box body (1), a tissue box bottom plate (2), a top plate (4), at least one spring (5), a distance measuring sensor (8), a control module (6) , a power supply (7), a voice alarming module (9) and a filtering circuit (10), wherein the power supply (7), the voice alarming module (9) and the filtering circuit (10) are respectively connected with the control module (6); the top plate (4) is arranged above the tissue box bottom plate (2) through the springs (5) and is positioned in the tissue box body (1); and the distance measuring sensor (8) is arranged at the edge of the upper surface of the top plate (4). Through an upward force of the springs (5) on the top plate (4), a tissue under an extracted tissue can be fed into a tissue extracting opening (3) in time, and a user can use the tissue later conveniently. Moreover, by the distance measuring sensor (8), whether tissues in the tissue box run out or not can be detected, the user can be reminded of adding tissues, and tissue extracting efficiency of the tissue box is guaranteed effectively.

The invention relates to an intelligent illumination luggage case. The luggage case comprises a body (1), a telescoping pull bar (2), and at least two rollers (3), and also comprises a control module (5), and following components that are connected to the control module (5) individually: an optical sensor (10), a power supply (6), an acceleration sensor (7), a gyroscope (8), four light sources (4), and at least two roller rotation detection sensors (9). Through the technical scheme mentioned above, the intelligent illumination can be achieved, the illumination can be automatically and intelligently carried out in a dark space, so people do not need to find an illumination tool, and thus the luggage is convenient to use.

The invention relates to an intelligent driving type self-rotation electric-control screw. The intelligent driving type self-rotation electric-control screw comprises a screw body (1), a screw cap (7) fixedly arranged at the top end of the screw body (1), a fixing clamping ring (4), a rotary motor (3), at least one positioning rod (5), a control module (8), an externally connected power source module (2), a distance measuring sensor (9) and a motor driving circuit (10), wherein the externally connected power source module (2), the distance measuring sensor (9) and the motor driving circuit (10) are connected with the control module (8). Based on the technical scheme of the design of the intelligent driving type self-rotation electric-control screw, all the parts are connected and installed to form the intelligent driving type self-rotation electric-control screw. The intelligent driving type self-rotation electric-control screw is modified based on an existing screw structure, an electric control structure is designed, the rotary motor (3) is introduced, and self-rotation of the rotary motor (3) is overcome by cooperatively designing the positioning rods (5). Therefore, self-rotation installation operation and real-time detection self-screwing operation of the screw are realized, the condition of narrow installation space and a looseness phenomenon can be effectively handled, and the work efficiency in the actual application is greatly improved.

The invention relates to an intelligent communication case which comprises a communication case body and a communication device and a power module which are arranged in the communication case body. A case door is arranged on one of side faces of the communication case body; the intelligent communication case further comprises a control module and a rotating motor, a timer, a miniature electric-control telescopic rod, an electric-control key triggering unit and a distance measuring sensor which are respectively connected with the control module. On the basis of the technical scheme, and the above hardware modules are connected and set to form the intelligent communication case; an electric-control door structure is designed, so that on the basis of intelligent detection, a door-closing operation function is automatically realized, and the effective anti-theft effect can be realized for the communication device.

The invention relates to a self-protection barrier gate which comprises a gate rod (1), a case (2) and a first motor (3) and a power supply (4) which are arranged in the case (2). The self-protection barrier gate further comprises a control module (5), a gate rod falling seat (6), a second motor (7) and an n-shaped fastener (8). Based on the technical scheme, connection setting is performed on the hardware modules to form the self-protection barrier gate. By means of the n-shaped fastener (8) arranged on the gate rod falling seat (6) combined with automatic intelligent control of the motors, limiting of the gate rod (1) can be achieved after the gate rod (1) falls off, the problem that the gate rod (1) may be moved by external force is solved, and the barrier gate is protected.

The invention relates to an intelligent drive self-screwed hinge which comprises two fixing sheets (1) of the same size, a rotary shaft (2), two boxes (4) of the same size, at least one screw swivel (9), at least one rotary motor (8), a control module (5), an external power source (6), a distance measurement sensor (7) and a motor drive circuit (10), wherein the external power source (6), the distance measurement sensor (7) and the motor drive circuit (10) are connected with the control module (5). Based on the designed technical scheme, all hardware modules are connected to form the designed intelligent drive self-screwed hinge; and based on real-time detection, the looseness problem of the hinge can be found and solved in time, and normal use of the hinge is guaranteed.

The present invention relates to an intelligent filtration and detection heat dissipation notebook computer. The computer comprises a screen and a control apparatus, which are movably connected to each other. The control apparatus comprises a control apparatus housing and keys arranged on the upper surface of the control apparatus housing, and further comprises a fan heat dissipation layer and at least one supporting pad; at least one through hole penetrating through the upper and lower surfaces of the control apparatus housing is formed between the keys on the upper surface of the control apparatus housing; and the fan heat dissipation layer comprises a temperature sensor, a heat dissipation layer housing, as well as a control module, a filter circuit and at least one fan, that are arranged in the heat dissipation layer housing. According to the intelligent filtration and detection heat dissipation notebook computer designed in the present invention, the heat dissipation effect of the notebook computer can be effectively improved.

The invention relates to a water storage self-irrigation flower pot. The water storage self-irrigation flower pot is an improvement of the conventional flower pot, adopts a brand-new structure based on the design concept of water circulation and recycling, and can effectively collect a water resource which is not absorbed by soil, and detect the humidity condition of soil due to a designed detection electric control structure and a designed humidity sensor (8). Therefore, collected water resources can be used for soil irrigation again in an intelligent control manner; water resource circulation and recycling are realized; not only can a plant be watered automatically to eliminate operation of a planter, but also water resource waste can be avoided effectively.

The invention relates to an intelligent detection type automatic dehumidification electric shoe tree device. Improvement is made based on the existing shoe tree structure. An intelligent detection electric control mechanism is introduced. A first pressure sensor (5) and a second pressure sensor (6) are designed. Under the condition of achieving an intelligent detection function, a micro electric telescopic rod (7) between a vamp front support (1) and an upper rear support (2) is intelligently controlled. By lengthening and shortening the micro electric telescopic rod (7), the distance between the vamp front support (1) and the upper rear support (2) is changed, and thus, the shoe tree device can efficiently adapt to different sizes of shoes. Based on a designed humidity sensor (11), the humidity of the internal environment of shoes is detected. Through a specifically designed fan speed control circuit (12), a micro fan (9) works intelligently. The environment inside shoes can be dehumidified while shoes are prevented from deformation.

The invention relates to an intelligent pot lid placement rack, which improves the structure of the existing pot lid placement rack, introduces an intelligent electric control air-drying device, and sets a pressure sensor (10) to work in real time through design to detect and judge whether there is a pot lid placed, Then based on the judging result of the placement of the pot cover, intelligently control the miniature fan (11) in the limit block (3) facing the pot cover, and the hollow structure facing the pot cover on the limit block (3) will flow into the pot cover. The air is supplied to the surface to blow off or blow off the water droplets on the inner surface of the lid to the maximum extent, so as to realize the air-drying operation on the inner surface of the lid, to avoid the residual water vapor and water droplets on the inner surface of the lid to the greatest extent, and to ensure as much as possible the water droplets on the inner surface of the lid. Water droplets will not fall into the pot.

The invention relates to an anti-wind weather sensor. The outer structure of the existing sensor is improved, on the basis of designing a weather sensor body (1) to be placed above a base (2) via a vertical column (3), an automatic anti-wind mechanical structure is introduced, a connected gear (5) is driven by a designed rotation motor (6) to move in a gear clamping groove (11) in the surface of the vertical column (3), a designed anti-wind baffle device is driven to move up and down along the straight line direction of the vertical column (3) via a sleeve (4), and thus protection on the weather sensor body (1) is realized, and strong wind is resisted. In combination with intelligent control of a first electric control telescopic rod (7) and a second electric control telescopic rod (8), passing of the strong wind through the anti-wind baffle device is enhanced, the designed anti-wind weather sensor can resist stronger wind, and the weather sensor body (1) can be better protected.