CN1115178C

CN1115178C - Surfing equipment

Info

Publication number: CN1115178C
Application number: CN 00100229
Authority: CN
Inventors: 陈起洪; 苗泽龙
Original assignee: Individual
Current assignee: Individual
Priority date: 2000-01-10
Filing date: 2000-01-10
Publication date: 2003-07-23
Anticipated expiration: 2020-01-10
Also published as: CN1303722A

Abstract

The present invention relates to a rapid knight surfing device. The left part of a water collecting tank is provided with a flashboard. The flashboard can move along a guide rail. A bracket of an oil cylinder is arranged above the flashboard. The bracket is also arranged above the oil cylinder. A control chamber which is provided with an electric appliance and a hydraulic device station is arranged at the left side of the water collecting tank. A water outlet which is corresponding to the flashboard is arranged under the control chamber. Water is flowed into the water collecting tank by a lifting pump. The flashboard is lifted to make the water level of a water current which flows out the water outlet suddenly high and suddenly low to make a drainage mount changed, a river detour is zigzag, and the flashboard is lifted upwards and downwards, which forms rapid waves. Visitors ride an air pad, and the air pad moves forwards following rapids, which makes the visitors enjoy the real pleasures that the visitors roam in sea waves.

Description

Surfing equipment

The present invention relates to a kind of surfing equipment, belong to the amusement equipment in marine paradise

Technical field.

The drift device of boat paradise, have plenty of and utilize a kind of wave producer structure, move back and forth impact to form wave by montant, the full of twists and turns slideway of flowing through again, it is moving with wave current that the people that visits a park takes steam cushion, even also can experience the local flavor that runs high in area away from the ocean, the use Wave-surging ball is also arranged, and spheroid constantly fluctuates owing to the gravity effect, make current form wave and drift about, its shortcoming is that the motion and the wave of ball sometimes can not be synchronous.

The present invention will provide a kind of surfing equipment, it can overcome above-mentioned shortcoming, this device utilizes electrical equipment, hydraulic system, makes oil cylinder oscilaltion campaign, drags a flashboard lifting, make the current in the collecting-tank form wave, it is full of twists and turns to flow through again, and height rises the river course of volt, and making drifts about forms the torrent wave, directly be similar to the great waves that run high, enjoyment is true to nature.

The object of the present invention is achieved like this:

A kind of surfing equipment, flashboard is equipped with in its collecting-tank left side, there is a cylinder bracket its top, the flashboard suspension bracket is positioned at the hydraulic jack top, flashboard has corresponding guide rail, the top in collecting-tank left side is a control room, indoor electric apparatus control apparatus and the hydraulic means station of being equipped with, and the below, control room has a delivery port and flashboard to adapt.

The motor M1 and the M2 at hydraulic means station are arranged side by side, right side distribute an air filter and oil filter, accumulator is erected to side by side, each is connected in the valve group with oil pipe, this valve group is connected in the oil pump that is positioned at the motor below with flowline again, the oil filter right side is equipped with an air-cooler, is connected with oil filter with the valve group with oil pipe respectively.

The hydraulic system at hydraulic means station, its oil pump is connected in check valve, check valve connects overflow valve and piloted unload valve successively, and this unloader connects an accumulator again, is connected in pressure meter switch and Pressure gauge with oil pipe again, be connected in solenoid directional control valve with oil pipe in addition, this reversal valve is connected in hydraulic control one-way valve with oil pipe respectively, and check valve connects the check valve choke valve and butterfly valve is connected to oil cylinder again, check valve also order to choke valve and butterfly valve, be connected to oil cylinder again, oil shows by shaft coupling and is connected to motor M1.

The motor M1 of electrical apparatus control circuit connects an electrothermal relay FR1 and A.C. contactor M1, air-break Q2 and Q1, motor M2 connects an electrothermal relay FR2 A.C. contactor KM2 air-break Q3, the winding of D.C mutual-inductor TA is connected with air-break Q1, an ammeter PA again connects, air-cooler one end is connected with air-break Q4 electrothermal relay FR1 with K switch 1, and the secondary windings of current transformer TA and voltmeter PV join and be connected to air-break Q1 and Q3 again.

Fig. 1 surfing equipment configuration schematic diagram;

Fig. 2 Hydraulic Station schematic diagram;

Fig. 3 Hydraulic Station vertical view;

Fig. 4 hydraulic system schematic diagram;

Fig. 5 electrical apparatus control circuit schematic diagram;

Fig. 6 programmable controller schematic diagram.

Now in conjunction with the accompanying drawings the structure of surfing equipment is described in detail:

By in Fig. 1 pump pond 2 elevator pump 3 being housed, there is an import department 1 lower right side in pump pond 2, elevator pump 3 is driven by motor 18, the delivery port of pump is connected with pipeline 19, be tilted to the left, draw in hole 20 by upper left side, pump pond, communicate with a collecting-tank 6, flashboard 7 is equipped with in collecting-tank 6 left sides, flashboard 7 can move along guide rail 8, and there is a cylinder bracket 9 its top, and flashboard suspension bracket 11 is positioned at the top of hydraulic jack 10, it above collecting-tank 6 left sides a control room 14, indoor arrangement electric apparatus control apparatus 13 and

hydraulic means station

12,14 belows, control room have a delivery port 15 corresponding with flashboard 7, and 13 left sides, control room are the lookout terraces 16 that railing is housed, extending the river course of one section level left from delivery port 15, is the river course 17 that tilts with arc then.

By Fig. 2,3, the motor 21 and 22 at hydraulic means station is arranged side by side, right side distribute an air filter 30 and oil filter 31,

accumulator

23,24 is 2 hydrostatic columns, be erected to side by side, each is connected to valve group 28 with oil pipe 26,27, and valve group 28 is received the oil pump that is positioned at motor M1M221,22 belows with flowline 25 and 32 again, oil filter 31 right sides are equipped with an air-cooler 29, join with oil pipe 33,34 and valve group 28 and oil filter 31 respectively.

Oil pump 34 by Fig. 4 hydraulic system is connected in check valve 35, check valve 35 connects overflow valve 36 and piloted unload valve 37 successively, this unloader 37 connects an accumulator 23 again, simultaneously be connected in pressure meter switch 38 and Pressure gauge 39 with oil pipe again, be connected in solenoid directional control valve 40 with oil pipe again in addition, this reversal valve 40 connects one-way throttle valve 43 and butterfly valve 44, be connected in oil cylinder 70 again, check valve 42 also order is connected to oil cylinder 70 again to choke valve 45 and butterfly valve 46, oil pump 34 is connected to motor 21 by shaft coupling 46, oil pump is connected in another ball valve 48 and oil pump 49 by ball valve 47 again simultaneously, this oil pump 49 is connected to motor 22 by shaft coupling 50, this unloader 52 is connected to accumulator 24 and pressure meter switch 53 and Pressure gauge 54 respectively, be connected to reversal valve 55 with oil pipe in addition again simultaneously, this reversal valve 55 connects a hydraulic control one-way valve 56 and 57 respectively, check valve 56 connects hydraulic control one-way valve 58 and ball valve 60, be connected in the upper oil chamber of oil cylinder 70 together with ball valve 46, and check valve 57 connects check valve choke valve 59 and ball valve 61, this ball valve 61 and ball valve 44 are with the bottom oil pocket that is connected to oil cylinder 70, unloader 3 and overflow valve 36 reversal valves 40 together are connected in ball valve 62 with oil pipe, unloader 52, overflow valve 66 and reversal valve 55 also are connected in ball valve 63 with oil pipe, ball valve 62 and 63 is connected to each other, being connected in air-cooler 29 again is connected with oil suction filter 64 with return filter 31, in the oil sump 69 of fuel tank electric contact thermometer 67 is housed, air chimney filter 68 and liquid level gauge 65.

By Fig. 5, the motor M1 ground connection of electrical apparatus control circuit, its three-phase is connected to electrothermal relay FR1, meet A.C. contactor KM1 and air-break Q2 and Q1 again, motor M2 is ground connection also, and it three is connected to electrothermal relay FR2, be connected to A.C. contactor KM2 and air-break Q3 again, the three-phase 100,200,300 of this circuit breaker Q 3 is connected with air-break Q1 respectively, and the winding of D.C mutual-inductor TA is connected with air-break Q1, is connected in series an ammeter PA simultaneously again.

Air-cooler 29 1 ends and K switch 1 and air-break Q4 and electrothermal relay FR1 join, be connected to air-break Q1 and Q3 more successively, and current transformer secondary windings and voltmeter PV, again tieback in air-break Q1 and Q3 another mutually, air-cooler 29 another termination N lines.

Control loop meets air-break Q5, be connected to the L2 mutually of air-break Q1 and Q3 again, the air-break Q6 of three-phase stand-by circuit also joins with air-break Q1, Q3, and the air-break Q7 of single-phase stand-by circuit also joins with air-break Q1 and Q3, another N line that joins.

By Fig. 6, OMRON programmable controller (C) adopts the C28P-CDR-AE type, and its 21 end 22 is terminated at power-supply filter, connects the secondary windings of a relay indicating light HL9 and transformer TC1 again, its elementary winding connects key switch SA1 (model AR22PR11) and power supply 220V, controller

(HL2) D1,02,03 end meets K switch 1, K2 respectively, K3,04 termination fuse FU3 and indicator lamp HL4,05 termination fuse FU9 and indicator lamp HL2,06 termination fuse FU10 and indicator lamp HL3,07 termination fuse FU11 and indicator lamp HL4, control the rising and the decline of flashboard respectively, 08 termination indicator lamp HL5,09 termination indicator HL6 and the buzzer (FM) of controller (C).

The CCM end (401) of controller connects K switch 1 and K switch 2, meet A.C. contactor KM1 and indicator lamp HL7 again, control No. 1 oil pump 34 actions, CCM end (401) connects K switch 2 and K switch 1 again in addition, meet A.C. contactor (KM2 and indicator lamp HL8 again, control No. 2 oil pump 49 actions, in addition, connect fuse FU12 and return filter (being oil filter) 31 again.

The selection of controller (C) 11 termination SA2 rotary switches control oil pump action, 12 termination rotary switch SA3, be responsible for oil pump opening and closing action, 13 termination rotary switch SA4 are responsible for the air-cooler operating rate, open to automatically, close to manual, 14 termination rotary switch SA5 are responsible for the air-cooler manual activity, 15 termination button SB1, it is the ann reset action, 16 termination SB2 tube shut-off devices rise, and 17 termination button SB3 are responsible for flashboard and descend, 18 termination fuse FU2 and travel switch S1, the gate lifting height is 1000mm, and 19 termination fuse FU3 and travel switch S2, regulating gate lifting height are 1250mm, 20 termination fuse FU4 and travel switch S3, the regulating gate lifting height is 650mm, and 111 termination fuse FU5 and travel switch S4, regulating gate lifting height are 300mm, 112 termination fuse FU6 and electric contact thermometer S4,113 termination fuse FU7 and electric contact thermometer S6-1,114 termination fuse FU8 and electric contact thermometer S6-2,115 ends are connected with FR2 with electrothermal relay FR1 respectively.

The COM end of controller (C) joins DC24V (+) termination fuse FU13 with DC24 (-) end.

By Fig. 3,4,5, hydraulic system adopts two complete equipments, and 70, one fuel tanks 69 of a shared oil cylinder and oil filter 31, two cover units are not worked simultaneously, and wherein a cover is standby.

The startup of hydraulic system can first actuating motor M121, makes oil pump 34 beginning fuel feeding, fluid is oil-filled to accumulator 23 by check valve 35 unloaders 37, when accumulator 23 oil pressure pressure reached 17MPa, unloader 37 beginning off-loads made pressure fuel pump drop to minimum pressure (being about 0.5MPa); Hydraulic system is started working, electromagnet T1 (see figure 4) energising in the solenoid directional control valve 40, make the oil circuit conversion, at this moment accumulator 23 and oil pump 24 fuel feeding simultaneously, fluid is by solenoid directional control valve 40 hydraulic control one-way valves 35, one-way throttle valve 43 ball valves 44 and oil pipe enter oil cylinder 70 cavity of resorptions, the promotion piston moves upward, oil cylinder 45 cavity of resorption fluid by one-way throttle valve 43 control check valves 35 and solenoid directional control valve 40 through air-cooler 29 filters (being oil filter) 31, return and flow in fuel tank 69, by regulating the one-way throttle valve 43 on the oil return circuit, changed the rate of climb of oil cylinder 70.

When oil cylinder 70 arrives the position of setting, electromagnet T1 dead electricity, oil cylinder 70 just stops, and keep its position motionless, at this moment make oil pump 34 replenish fluid to accumulator 23, after repairing finished, unloader 37 was with regard to off-load, when oil cylinder 70 dwell times one arrive, the electromagnet T2 electric current of getting back, the change of solenoid directional control valve 40 oil circuits, fluid charges into to oil cylinder 45 epicoeles, and the fluid of cavity of resorption returns fuel tank 69, by regulating the decrease speed of the one-way throttle valve 43 change oil cylinders 70 on the oil return circuit.

The action of oil cylinder can move repeatedly by above-mentioned actuation cycle, by the conversion auto-man switch, also can manual operation, and regulate moving up and down of oil cylinder 70.

The water in the pump pond 2 of surfing equipment rises to after the collecting-tank 6 through elevator pump 3, because the effect of flashboard 7, maintain in the collecting-tank outside a certain amount of water outflow, remaining water all is stored in the collecting-tank, because oil cylinder 70 drags in the hydraulic system, flashboard 7 carries out upper and lower round intermittent movement automatically, low when high when making in the collecting-tank water level, displacement is also suddenly big or suddenly small, add the variation of river course 17 gradients, make thus and produce torrent and the very grand wave that a kind of cycle changes in the river course.

Compared with prior art, surfing equipment has following advantages:

1, adopts hydraulic system, can align cylinder movement by automatic or manual, in order to drag the upper of flashboard Rise decline, therefore can make current form stream end turbulent waves.

2, this device is the special equipment of boat paradise, has concentrated artificial wave, and canyoning is large-scale The characteristics of circulating river also are one to integrate unique entertainment device recreational, interest.

3, programmable controller is housed, can controls the motion conditions of surfing device by circuit.

Claims

1, a kind of surfing equipment, it is characterized in that on the left of the collecting-tank (6) flashboard (7) being housed, there is a cylinder bracket (9) its top, flashboard suspension bracket (11) is positioned at hydraulic jack (10) top, flashboard has corresponding guide rail (8), the top in collecting-tank (6) left side is a control room (14), indoor electric apparatus control apparatus (13) and hydraulic means station (12) of being equipped with, and control room (14) below has a delivery port (15) and flashboard (7) to adapt.

2, surfing device according to claim 1, the motor (21) and (22) that it is characterized in that the hydraulic means station are arranged side by side, right side distribute an air filter (30) and oil filter (31), accumulator (23), (24) are erected to side by side, each is connected in valve group (28) with oil pipe (26), (27), this valve group (28) is connected in the oil pump that is positioned at the motor below with flowline (25) and (32) again, oil filter (31) right side is equipped with an air-cooler (29), is connected with oil filter (31) with valve group (28) with oil pipe (33), (34) respectively.

3, surfing device according to claim 1, the hydraulic system that it is characterized in that hydraulic means station (12), its oil pump (34) is connected in check valve (35), check valve (35) connects overflow valve (36) and piloted unload valve (37) successively, this unloader (37) connects an accumulator (23) again, be connected in pressure meter switch (38) and Pressure gauge (39) with oil pipe again, be connected in solenoid directional control valve (40) with oil pipe in addition, this reversal valve is connected in hydraulic control one-way valve (41) with oil pipe respectively, (42), check valve (41) connects check valve choke valve (43) and butterfly valve (44) is connected to oil cylinder (70) again, check valve (42) also order to choke valve (45) and butterfly valve (46), be connected to oil cylinder (70) again, oil shows that (34) are connected to motor (21) by shaft coupling (46).

4, surfing device according to claim 1, the motor (21) that it is characterized in that electrical apparatus control circuit connects an electrothermal relay FR1 and A.C. contactor KM1, air-break Q2 and Q1, motor (22) connects an electrothermal relay FR2 A.C. contactor KM2 air-break Q3, the winding of D.C mutual-inductor TA is connected with air-break Q1, an ammeter PA again connects, air-cooler (29) one ends are connected with air-break Q4 electrothermal relay FR1 with K switch 1, and the secondary windings of current transformer TA and voltmeter PV join and be connected to air-break Q1 and Q3 again.