56results about How to "Will not affect the layout" patented technology

The invention discloses a capsule endoscope. The capsule endoscope comprises a shell and a camera shooting unit, a data processing unit and an antenna unit which are located in the shell, wherein theshell comprises a cylindrical central shell body and hemispherical cover bodies connected to the two ends of the central shell body, and the antenna unit is arranged close to the inner surface of thecentral shell body. The capsule endoscope has the advantages that the antenna unit is arranged close to the inner surface of the central shell body; on the one hand, limited space in the capsule endoscope can be saved and the utilization rate of the internal space of the capsule endoscope can be increased; on the other hand, the arrangement of the antenna unit does not affect the layout of the camera shooting unit, and the applicability is high.

The invention relates to a single-H operated power takeoff electrical control system capable of carrying out traveling power take-off. The electrical control system comprises a gas storage cylinder which is communicated with a gas inlet of a power takeoff after sequentially passing through a power take-off electromagnetic valve and a high-gear shielding valve and meanwhile is communicated with a single-H valve in a rear auxiliary box single-H control system after sequentially passing through a stop electromagnetic valve and a neutral position cylinder; the coil of the power take-off electromagnetic valve is connected in series with a power take-off switch and a low-gear control switch; the coil of the stop electromagnetic valve is connected in series with a stop switch; in the traveling power take-off process, the low-gear control switch ensures that a vehicle can take off power only at the low gear; and in the stop power take-off process, the vehicle is enabled to be at the neutral position by the stop switch and the low-gear control switch is closed to conduct the power take-off electromagnetic valve so as to carry out stop power take-off. By the design, not only the sudden hoisting phenomenon can be avoided, but also traveling power take-off and stop power take-off can be safely carried out.

The invention relates to an anti-halation balance chair, comprising an outer frame (1), which left side and right side are respectively provided with a spring bracket (14) and a spring (15). the outer frame is in supporting fit with an inner frame (2) for preventing turn-over. A chair frame (3) is arranged in the inner frame (2). The front end and the rear end of the outer frame (1) and the inner frame (2) are respectively connected by a horizontal shaft (5). The front end of the outer frame (1) is provided with a spring (13) for supporting a foot-treadle (12) of the chair frame. The left side and right side of the inner frame (2) are respectively provided with a bearing (8) and a vertical shaft (9), the left side and right side of the chair frame (3) are respectively provided with a bearing (6) which is connected with a sleeve (7) and a spring. The advantages of the invention are in that: the stable balance state of the chair can be achieved by controlling the balance chair based on human body deadweight. The chair with simple structure and low cost can be widely used for vehicles such as ship, automobile, or the like.

The invention discloses a radiating pipe base. The radiating pipe base comprises square plates and straight rods; a U-shaped groove is formed in the upper portion of the surface of one side of each square plate; a pair of rectangular strip-shaped holes are formed in the positions, on the left side and the right side of each U-shaped groove, of the surface of one side of the corresponding square plate; the lower portions of one sides of the square plates are in brazing connection with fixed seats; the upper surfaces of the fixed seats are provided with installation holes; one ends of the straight rods are connected into the rectangular strip-shaped holes in an inserted mode and fixedly connected with round disks, and the outer sides of the other ends of the straight rods are provided with outer threads and anti-slide nuts. The radiating pipe base is formed by assembling the square plates, the rectangular strip-shaped holes and the straight rods in a matched mode, the relative positions of the straight rods and the rectangular strip-shaped holes can be adjusted to adapt to the size of a radiating fin, and the radiating fin is fixed in the radiating pipe base in the mode that the four corners of the radiating fin are clamped and fixed; layout of radiating pipes cannot be influenced by the U-shaped grooves formed in the square plates; and in addition, disassembling, maintaining and assembling are all very convenient.

The invention relates to a double-H operated power takeoff pneumatic control system capable of carrying out traveling power take-off. The electrical control system comprises a gas storage cylinder which is communicated with a gas inlet of a power takeoff after sequentially passing through a power take-off electromagnetic valve and a high-gear shielding valve and meanwhile is communicated with a double-H valve in a rear auxiliary box double-H control system after sequentially passing through a stop electromagnetic valve and a neutral position cylinder; a gas outlet of the stop electromagnetic valve is communicated with a control port of a low-gear control valve; the coil of the stop electromagnetic valve is connected in series with a stop switch; in the traveling power take-off process, the low-gear control switch ensures that a vehicle can take off power only at the low gear; and in the stop power take-off process, the vehicle is stopped by the stop electromagnetic valve and the low-gear control switch is closed to conduct the power take-off electromagnetic valve so as to carry out stop power take-off. By the design, not only the sudden hoisting phenomenon can be avoided, but also traveling power take-off and stop power take-off can be safely carried out.

The invention relates to an anti-halation balance chair, comprising an outer frame (1), which left side and right side are respectively provided with a spring bracket (14) and a spring (15). the outer frame is in supporting fit with an inner frame (2) for preventing turn-over. A chair frame (3) is arranged in the inner frame (2). The front end and the rear end of the outer frame (1) and the innerframe (2) are respectively connected by a horizontal shaft (5). The front end of the outer frame (1) is provided with a spring (13) for supporting a foot-treadle (12) of the chair frame. The left side and right side of the inner frame (2) are respectively provided with a bearing (8) and a vertical shaft (9), the left side and right side of the chair frame (3) are respectively provided with a bearing (6) which is connected with a sleeve (7) and a spring. The advantages of the invention are in that: the stable balance state of the chair can be achieved by controlling the balance chair based on human body deadweight. The chair with simple structure and low cost can be widely used for vehicles such as ship, automobile, or the like.

The invention relates to a double-H operated power takeoff electrical control system capable of carrying out traveling power take-off. The electrical control system comprises a gas storage cylinder which is communicated with a gas inlet of a power takeoff after sequentially passing through a power take-off electromagnetic valve and a high-gear shielding valve and meanwhile is communicated with a double-H valve in a rear auxiliary box double-H control system after sequentially passing through a stop electromagnetic valve and a neutral position cylinder; the coil of the power take-off electromagnetic valve is connected in series with a power take-off switch and a low-gear control switch; the coil of the stop electromagnetic valve is connected in series with a stop switch; in the traveling power take-off process, the low-gear control switch ensures that a vehicle can take off power only at the low gear; and in the stop power take-off process, the vehicle is enabled to be at the neutral position by the stop switch and the low-gear control switch is closed to conduct the power take-off electromagnetic valve so as to carry out stop power take-off. By the design, not only the sudden hoisting phenomenon can be avoided, but also traveling power take-off and stop power take-off can be safely carried out.

The invention relates to the technical field of heat dissipation systems, in particular to a heat dissipation system and a control method thereof. The heat dissipation system involves a radiator and afan, wherein the radiator comprises a heat dissipation chamber and a plurality of heat dissipation core bodies which are arranged at intervals in the first direction and are rotationally arranged inthe heat dissipation chamber, the fan faces the heat dissipation core bodies, the fan is used for dissipating heat of the heat dissipation core bodies, the radiator is provided with a first state anda second state, when the radiator is in the first state, any two adjacent heat dissipation core bodies are abutted against each other, when the radiator is in the second state, a dust removal gap is formed between every two adjacent heat dissipation core bodies, when air blown out by the fan passes through the dust removal gap, the flow speed of the air flow is accelerated, dust or floccules on the surface of the heat dissipation core body can be stripped, the dust removal effect is enhanced, compared with the prior art., the heat dissipation system does not need to be disassembled when the heat dissipation system is used for removing dust, the fan does not need to rotate reversely, and a water spraying device does not need to be arranged.

The invention provides electronic equipment and a manufacturing method thereof, and belongs to the technical field of electronics. A microphone and an antenna support are arranged on a circuit board.The first side surface of the antenna support and the circuit board form an internal cavity, and the microphone is located in the internal cavity. A metal shielding layer formed through lasering is arranged on the first side surface of the antenna support. The metal shielding layer covers the microphone. An antenna is located on the second side surface of the antenna support. The first side surface of the antenna support is opposite to the second side surface of the antenna support. The metal shielding layer is connected with a grounding area on the circuit board. When the electromagnetic waveradiates into the antenna support, the metal shielding layer on the antenna support can conduct the electromagnetic wave to the grounding area so as to absorb the electromagnetic wave and realize thefunction of shielding the electromagnetic wave. The metal shielding layer is directly arranged on the antenna support through lasering and a metal shielding cover does not need to be additionally arranged. The thickness of the metal shielding layer is far less than the thickness of the metal shielding cover so as to save the occupied space without affecting the layout of the electronic equipment.

The invention discloses an ancient-pagoda-shaped multifunctional intelligentized parking building. The ancient-pagoda-shaped multifunctional intelligentized parking building comprises a permanent reinforced concrete building body, lifting passages, lifting devices, parking spaces, conveying belts and transmission devices. The permanent reinforced concrete building body is of an ancient-pagoda-shaped multi-layer structure, the lifting passages and the lifting devices are arranged in the center of the inside of the building body, and the conveying belts and the transmission devices are arranged in the parking spaces. Every lifting device comprises a lift base and a vehicle carrying device and a driving device, wherein the vehicle carrying device can carry two vehicles, can rotate in a three-dimensional mode, and is arranged on the base; a lift is provided with two anti-falling devices for avoiding the falling of the lift in a dynamic state as well as in a static state; the ancient-pagoda-shaped multifunctional intelligentized parking building further comprises vehicle inlets, vehicle outlets, vehicle storage devices and vehicle fetching devices which are arranged at the bottom of the building body. Every layer of the periphery of the building body is provided with a landscape corridor leading to the roof directly and a lift for human to use, and the top of the building body can be provided with hotels, business clubs, restaurants and the like. The ancient-pagoda-shaped multifunctional intelligentized parking building is provided with four lifting passages, supports the simultaneous operation of four lifts, and supports storage and fetching of two vehicles simultaneously, and the bottom layer of the building body is provided with 16 inlets and outlets and further provided with smart card reading devices and image recognition devices.

The present invention proposes a large half-floor platform with multi-segment barrier-free access to the outdoors to hang additional elevators. The elevators are arranged outside the old building, and the stairs on both sides are reserved. On the side of the stairs with steps at the same height as the elevator door platform, there are three or more sections of road and staircase traffic infrastructure with different characteristics between the user door platform and the elevator door platform, such as flat walkways, ramps with different slopes, stairs and many more. The effect of the present invention is: the slope ratio of the main ramp is greatly reduced, the main ramp is smoother, and the problem of wheelchairs going up and down the stairs is completely solved; the elevator walkway in front of the living room is not built, and the problem of the elevator walkway blocking the daylighting of the living room is solved; The original gate is used instead of opening a new gate, the original layout of the living room will not be affected, and the living room does not need to be renovated.

The invention relates to a circuit board structure and manufacture method thereof. The circuit board structure includes an inner layer circuit structure and a first adding layer circuit structure. Theinner layer circuit structure includes a core layer having an upper surface and a lower surface opposite to each other, a first patternized circuit layer arranged on the upper surface, a second patternized circuit layer arranged on the lower surface, and a conducting through hole connecting the first patternized circuit layer and the second patternized circuit layer. The first adding layer circuit structure is arranged on the upper surface of the core layer and covers the first patternized circuit layer. The first adding layer circuit structure at least has a groove. A part of the first patternized circuit layer is exposed from the groove and the outline of a section of the top surface edge of said part is a curved face. The circuit board structure is good in wiring flexibility.