CN205578196U - Pressure power generation device - Google Patents

Abstract

The pressure power generation device is designed to convert various kinetic energy into electric energy in daily life, and belongs to the field of energy; the pressure power generation device is composed of a support device, a power generation device and a power storage device; In the device; wherein, the rectangular box part of the support device is composed of an upper pressure plate, a vertical wall plate, a bottom plate, an intermediate pressure bearing plate, a vertical support plate and a spring; the upper pressure plate is supported on the pressure bearing plate by a spring; the bearing The four sides of the pressure plate are supported on the vertical wall plate and the middle is supported on the bottom plate through the vertical support plate; the power generation device is composed of a magnetic rod and a coil; the top of the magnetic rod is connected with the upper pressure plate, and the lower end is suspended, passing through the spring and the middle pressure plate into the middle space of the coil. The beneficial effect of the utility model is that the kinetic energy is conveniently converted into electric energy, which is beneficial to energy recovery.

Description

pressure generator

technical field

The utility model is a pressure generating device, which is designed for converting various kinetic energy in daily life into electric energy, and belongs to the energy field.

Background technique

The energy issue has always been a major issue for the long-term stability of a country; the survival and development of human society is always inseparable from energy; some convenient energy provided by nature to human beings is decreasing or even consolidating, such as coal and oil, which are currently the energy sources that human beings rely on for survival and development However, in production or people's daily life, the kinetic energy generated by movement abounds, such as the kinetic energy generated by the movement of wheels, and the kinetic energy generated by the top-down movement of objects , Even walking also produces kinetic energy, the situation of kinetic energy generated by the movement of objects is too numerous to mention; most of these kinetic energy are wasted in vain, if these kinetic energy can be converted into electrical energy and collected and utilized, the energy crisis problem will be completely solved , can create innumerable wealth for human beings; the pressure power generation device provided by the utility model can solve these problems.

Utility model content

The specific method of this program is: the pressure power generation device shown in Figure 1, the pressure power generation device is composed of a support device 1, a power generation device 2 and a power storage device 3; the power generation device 2 and the power storage device 3 are all installed on the support device 1; wherein, the rectangular box part of the supporting device 1 is composed of an upper pressing plate 11, a vertical wall plate 12, a bottom plate 13, an intermediate pressure bearing plate 14, a vertical supporting plate 15 and a spring 16; the upper pressing plate 11 passes through the spring 16 is supported on the pressure bearing plate 14; the pressure bearing plate 14 is supported on the vertical wall plate 12 around the middle and supported on the bottom plate 13 through the vertical support plate 15; the power generation device 2 is composed of a magnetic bar 21 and a coil 22; the magnetic bar 21. The top end is connected with the upper pressing plate 11, and the lower end is suspended in the air, passing through the spring 16 and the middle pressure bearing plate 14 into the middle space of the coil.

The upper pressing plate 11 is a plate-shaped part, and it is recommended to be made of metal and ceramic composite plates. The metal plate is on the top and the insulating ceramic plate is on the bottom; the middle part of the upper pressing plate 11 is perpendicular to the spring 16 and the magnetic bar 21 and is insulated and consolidated; There is no contact between the 11 surroundings and the vertical wall plate 12.

The vertical wall plate 12 is a plate-like component, preferably made of metal and ceramic composite plates, the metal plate is outside, and the insulating ceramic plate is inside; the vertical wall plate 12 is arranged around the power generation device 2 and the power storage device 3; the vertical wall plate 12 The lower part is vertically consolidated with the bottom plate 13, the upper part is perpendicular to the upper pressure plate 11 and does not intersect, and the middle is vertical and consolidated with the surrounding of the middle pressure plate 14; the wire connecting the coil 22 and the power storage device 3 passes through the power generation device 2 and the power storage device 3. The vertical wall plates 12 between the devices 3 are connected to the power storage devices 3 .

The bottom plate 13 is a plate-like component, preferably made of a metal and ceramic composite plate, the metal plate is outside, and the insulating ceramic plate is inside; it is arranged at the bottom of the pressure power generation device; the power generation device 2 and the power storage device 3 are arranged on the top of the bottom plate 13; Around the power generating device 2 and the power storage device 3, the base plate 13 is vertically consolidated with the vertical wall plate 12; between the coils 22, the base plate 13 is vertically intersected and consolidated with the vertical support plate 15; Directly below, the base plate 13 is solidified with the bottom end of the coil 22 ; the wires connecting the coil 22 and the power storage device 3 are laid on the base plate 13 .

The middle pressure-bearing plate 14 is a plate-like component, and it is recommended to be made of metal and ceramic composite plates. The metal plate is on the bottom, and the insulating ceramic plate is on the top; the middle pressure-bearing plate 14 has a hole directly below the magnetic bar 21. 2-4 mm larger than the diameter of the magnetic bar 21; the magnetic bar 21 vertically penetrates through the hole of the middle pressure bearing plate 14; the surrounding of the middle pressure bearing plate 14 is vertically consolidated with the vertical wall plate 12; The bottom of the pressure plate 14 is vertically intersected with the vertical supporting plate 15 and consolidated; around the hole passing through the magnetic bar 21, the middle pressure plate 14 is consolidated with the lower end of the spring 16.

The vertical support plate 15 is a plate-shaped component, preferably made of metal and ceramic composite plates, the metal plate is in the middle, and the ceramic insulating plates are on both sides; the vertical support plate 15 is arranged between the coils 22, and the upper end and the middle are under pressure The plates 14 are vertically intersected and connected, and the lower end is vertically intersected with the bottom plate 13 and consolidated; both sides are vertically connected with the vertical wall plates 12 .

The spring 16 is a component that makes the magnetic bar 21 move up and down under the action of an external force; the upper end of the spring 16 is vertically intersected with the pressure plate 11, and the lower end is vertically intersected with the surrounding of the hole of the middle pressure plate 14; there is a magnetic bar in the middle of the spring 16 21 through.

The magnetic rod 21 is an element that makes the coil 22 generate current during movement, and it is recommended to be made of a steel rod; the upper end of the magnetic rod 21 is vertically intersected with the pressure plate 11; the lower end of the magnetic rod 21 is suspended, passing through the spring 16 and the middle pressure plate 14 into the hole in the middle of the coil 22; when the pressure plate 11 moves downward under the action of an external force, the pressure plate 11 compresses the spring 16, and the magnetic bar 21 moves downward; when the external force acting on the pressure plate 11 is removed , the spring 16 will stand up, and the pressing plate 11 will drive the magnetic bar 21 to move upward.

The coil 22 is an electrical component wound with an insulated wire; the lower end of the coil 22 is fixed on the bottom plate 13; there is a hole in the middle of the coil 22, and the magnetic rod 21 passes through in the air; when the magnetic rod 21 moves upward or downward under the action of an external force At this time, an induced current is generated in the coil 22; the induced current generated by the coil 22 enters and exits the electric storage device 3 through wires to be stored.

The power storage device 3 is a device that collects and stores the current transmitted from the coil 22 ; the power storage device 3 is adjacent to the power generation device 2 and is located in the space surrounded by the vertical wall plate 12 on the upper part of the bottom plate 13 .

The beneficial effect of the utility model is that the kinetic energy is conveniently converted into electric energy, which is beneficial to energy recovery.

Description of drawings

Fig. 1 schematic diagram of pressure generating device;

In the figure: 1-support device; 11-upper pressure plate; 12-vertical wall plate; 13-bottom plate; 14-middle pressure bearing plate; 15-vertical support plate; 16-spring; ; 22-coil; 3-electric storage device.

detailed description

Example

Install the pressure generating device shown in Figure 1 on the sole of the shoe, and the kinetic energy of people in the process of walking will be converted into electrical energy and stored; when the foot falls, the human body will generate pressure on the upper pressing plate 11, and the upper pressing plate 11 will go down. The movement drives the magnetic rod 21 to move downward, so that the coil 22 is affected by the cutting magnetic force line, and the coil 22 will generate an induced current; Moving upward, the magnetic rod 21 moves upward relative to the coil 22, and then moves to cut the magnetic force line, so that the induced current is generated in the coil 22; these induced currents are continuously sent to the storage device 3 for storage, and people walk. Most or all of the kinetic energy can be converted into electrical energy and stored.

The pressure power generation device is composed of a support device 1, a power generation device 2 and an electric storage device 3; the power generation device 2 and the electric storage device 3 are all installed in the support device 1; wherein, the rectangular box part of the support device 1 is formed by the above Pressure plate 11, vertical wall plate 12, bottom plate 13, middle pressure bearing plate 14, vertical support plate 15 and spring 16 are formed; Upper pressure plate 11 is supported on pressure bearing plate 14 by spring 16; The upper middle of the wall plate 12 is supported on the base plate 13 through the vertical support plate 15; the power generating device 2 is composed of a magnetic rod 21 and a coil 22; The pressure plate 14 penetrates into the interspace of the coil.

The upper platen 11 is a plate-shaped part, made of metal and ceramic composite plate, the metal plate is on the top, and the insulating ceramic plate is on the bottom; the middle part of the upper platen 11 is perpendicular to the spring 16 and the magnetic bar 21 and is insulated and consolidated; There is no contact with the vertical wall plate 12.

The vertical wall plate 12 is a plate-shaped part, which is made of metal and ceramic composite plate, the metal plate is outside, and the insulating ceramic plate is inside; the vertical wall plate 12 is arranged around the power generation device 2 and the power storage device 3; It is vertically consolidated with the bottom plate 13, the upper part is perpendicular to the upper pressure plate 11 and does not intersect, and the middle is vertical and consolidated with the surrounding of the middle pressure plate 14; the wire connecting the coil 22 and the power storage device 3 passes through the power generation device 2 and the power storage device 3 The vertical wall plate 12 between them is connected to the power storage device 3 .

The bottom plate 13 is a plate-like component made of metal and ceramic composite plates, the metal plate is outside, and the insulating ceramic plate is inside; it is arranged at the bottom of the pressure power generation device; the power generation device 2 and the power storage device 3 are arranged on the top of the bottom plate 13; Around the device 2 and the power storage device 3, the base plate 13 is vertically consolidated with the vertical wall plate 12; between the coils 22, the base plate 13 and the vertical support plate 15 are vertically intersected and consolidated; directly below the vertically corresponding magnetic bar 21 , the base plate 13 is consolidated with the bottom end of the coil 22 ; the wires connecting the coil 22 and the power storage device 3 are laid on the base plate 13 .

The middle pressure-bearing plate 14 is a plate-shaped part, made of metal and ceramic composite plate, the metal plate is on the bottom, and the insulating ceramic plate is on the top; the middle pressure-bearing plate 14 has a hole directly below the vertical corresponding to the magnetic bar 21, and the hole diameter is larger than the magnetic force. The diameter of the rod 21 is 2-4 mm; the magnetic rod 21 vertically penetrates through the hole of the middle pressure bearing plate 14; the surrounding of the middle pressure bearing plate 14 is vertically consolidated with the vertical wall plate 12; The bottom of 14 is vertically intersected with the vertical support plate 15 and consolidated; around the hole passing through the magnetic bar 21, the middle pressure bearing plate 14 is consolidated with the lower end of the spring 16.

The vertical support plate 15 is a plate-shaped component made of metal and ceramic composite plates, the metal plate is in the middle, and the ceramic insulation plate is on both sides; the vertical support plate 15 is arranged between the coils 22, and the upper end and the middle pressure bearing plate 14 Vertical intersecting connection, the lower end is vertically intersecting with the bottom plate 13 and consolidated; both sides are vertically connected with the vertical wall plate 12.

The spring 16 is a component that makes the magnetic bar 21 move up and down under the action of an external force; the upper end of the spring 16 is vertically intersected with the pressure plate 11, and the lower end is vertically intersected with the surrounding of the hole of the middle pressure plate 14; there is a magnetic bar in the middle of the spring 16 21 through.

The magnetic bar 21 is an element that makes the coil 22 generate current during movement, and is made of a steel bar; the upper end of the magnetic bar 21 is vertically intersected with the pressure plate 11; , into the hole in the middle of the coil 22; when the pressure plate 11 moves downward under the action of an external force, the pressure plate 11 compresses the spring 16, and the magnetic bar 21 moves downward; when the external force acting on the pressure plate 11 is removed, the spring 16 will stand up, and pressing plate 11 drives magnetic bar 21 to move upwards.

The coil 22 is an electrical component wound with an insulated wire; the lower end of the coil 22 is fixed on the bottom plate 13; there is a hole in the middle of the coil 22, and the magnetic rod 21 passes through in the air; when the magnetic rod 21 moves upward or downward under the action of an external force At this time, an induced current is generated in the coil 22; the induced current generated by the coil 22 enters and exits the electric storage device 3 through wires to be stored.

The power storage device 3 is a device that collects and stores the current transmitted from the coil 22 ; the power storage device 3 is adjacent to the power generation device 2 and is located in the space surrounded by the vertical wall plate 12 on the upper part of the bottom plate 13 .

Claims (10)

1. pressure generating set, is characterized in that, described device is by supporting arrangement (1), TRT (2) and electrical storage device (3) Composition；TRT (2) and electrical storage device (3) are all arranged in supporting arrangement (1)；Wherein, supporting arrangement (1) rectangle Box part, is by top board (11), perpendicular wallboard (12), base plate (13), middle bearing plate (14), vertical support plate (15) and bullet Spring (16) forms；Top board (11) is bearing on bearing plate (14) by spring (16)；Bearing plate (14) surrounding is bearing in perpendicular It is bearing on base plate (13) by vertical support plate (15) in the middle of wallboard (12) is upper；TRT (2) be by magnetic bar (21) with Coil (22) forms；Magnetic bar (21) top is connected with top board (11), and lower end is unsettled, through spring (16), middle pressure-bearing Plate (14) enters in the intermediate gaps of coil.

Pressure generating set the most according to claim 1, is characterized in that, the top board (11) of supporting arrangement (1) is tabular Parts；The middle part of top board (11) is with spring (16), magnetic bar (21) is vertical and insulation consolidates；Top board (11) surrounding with Do not come in contact between perpendicular wallboard (12).

Pressure generating set the most according to claim 1, is characterized in that, the perpendicular wallboard (12) of supporting arrangement (1) is tabular Parts；Perpendicular wallboard (12) is arranged around at TRT (2) and electrical storage device (3)；Hang down with base plate (13) in perpendicular wallboard (12) bottom Straight consolidation, top is vertical non-intersect with top board (11), and the surrounding of middle and middle bearing plate (14) is vertical and consolidates；Connecting line The electric wire of circle (22) and electrical storage device (3), through the perpendicular wallboard (12) TRT (2) and electrical storage device (3), connects and stores Electric installation (3).

Pressure generating set the most according to claim 1, is characterized in that, the base plate (13) of supporting arrangement (1) is plate-like portion Part, is arranged on the bottom of pressure generating set；Base plate (13) top arranges TRT (2) and electrical storage device (3)；In generating Device (2) and the surrounding of electrical storage device (3), base plate (13) is vertical with perpendicular wallboard (12) to be consolidated；Between coil (22), base plate (13) intersect vertically with vertical support plate (15) and consolidate；At the vertical corresponding underface of magnetic bar (21), base plate (13) and line The bottom consolidation of circle (22)；Connect the electrical line setting of coil (22) and electrical storage device (3) on base plate (13).

Pressure generating set the most according to claim 1, is characterized in that, the middle bearing plate (14) of supporting arrangement (1) is Plate-shaped member；Middle bearing plate (14) is porose in the vertical corresponding underface of magnetic bar (21), and magnetic bar (21) hangs down from hole Directly run through；The surrounding of middle bearing plate (14) is vertical with perpendicular wallboard (12) to be consolidated；Between coil (22), middle bearing plate (14) Lower section intersect vertically with vertical support plate (15) and consolidate；Around the hole through magnetic bar (21), middle bearing plate (14) lower end with spring (16) consolidates.

Pressure generating set the most according to claim 1, is characterized in that, the vertical support plate (15) of supporting arrangement (1) is Plate-shaped member；Vertical support plate (15) is arranged between coil (22), and upper end intersects vertically with middle bearing plate (14) and is connected, under End and base plate (13) intersect vertically consolidation；Both sides are vertical with perpendicular wallboard (12) to be connected.

Pressure generating set the most according to claim 1, is characterized in that, the spring (16) of supporting arrangement (1) is to make magnetic force The parts that rod (21) moves up and down under external force；Spring (16) upper end and pressing plate (11) intersect vertically consolidation, lower end and The surrounding vertical in the hole of middle bearing plate (14) intersects and connects；The centre of spring (16) has magnetic bar (21) to pass.

Pressure generating set the most according to claim 1, is characterized in that, the magnetic bar (21) of TRT (2) is motion Time make coil (22) produce electric current element；Magnetic bar (21) upper end and pressing plate (11) intersect vertically consolidation；Under magnetic bar (21) Hold unsettled, through spring (16), the hole of middle bearing plate (14), enter in the hole in the middle of coil (22)；When pressing plate (11) outside Under power effect, when moving downward, spring (16) is compressed by pressing plate (11), and magnetic bar (21) makees downward motion；When acting on External force on pressing plate (11) is removed, and spring (16) will straighten, and pressing plate (11) drives magnetic bar (21) to move upward.

Pressure generating set the most according to claim 1, is characterized in that, the coil (22) of TRT (2) is with insulation The electrical equipment that wire is wound around；The lower end of coil (22) is fixedly arranged on base plate (13)；Coil (22) is middle porose, magnetic bar (21) Aloft pass；When magnetic bar (21) is moved upwardly or downwardly under external force, coil (22) just produces electricity of inducting Stream；Induced current produced by coil (22) is come in and gone out to by electric wire and is stored in electrical storage device (3).

Pressure generating set the most according to claim 1, is characterized in that, coil (22) is transmitted by electrical storage device (3) The device that electric current collection stores；Electrical storage device (3) is adjacent with TRT (2), is positioned at base plate (13) top and erects wallboard (12) and enclose In the space become.