Apparatus is utilized to pick up method and the apparatus structure thereof of shuttlecock during training
Technical field
The present invention relates to a kind of utilize apparatus to pick up shuttlecock method and apparatus structure.
Background technology
At present, when badminton player trains, need to use a large amount of shuttlecocks, will can consume again a large amount of manpowers to pick up the above-mentioned a large amount of shuttlecocks landed when use picked up again by the shuttlecock not stopping to land, this must cause trouble to shuttlecock training.
Summary of the invention
The object of the present invention: be exactly solve above-mentioned " trouble ".
In order to realize foregoing invention object, intend adopting following technical scheme:
Method of the present invention:
The handle of hand-held apparatus dehisces to aim at the bulb pressure of the shuttlecock of lying down on ground by a pair, the lower end arc spring lamination of apparatus, can clamp the bulb clamping and form shuttlecock and allow upright shank also inject and form the feather of shuttlecock, the grooved rail that can be made up of grooved vertical rod and upright shank pick up picking up badminton ball and are located and leave in apparatus temporarily.
The present invention structurally comprises:
Handle, with the grooved vertical rod being positioned at this lower portion thereof, be positioned at this lower portion thereof and the upright shank of its needle point being arranged on the grooved rail right opposite of grooved vertical rod downwards and for pricking the feather into shuttlecock, and its top is positioned at the arc spring lamination of dehiscing for a pair for clamping the bulb clamping shuttlecock of both sides, grooved vertical rod lower end downwards;
The spill grooved rail width of described grooved vertical rod is greater than the bulb diameter of shuttlecock;
A pair in the arc spring lamination of dehiscing downwards for described a pair distance relatively between projection is less than the bulb diameter of shuttlecock.
---described handle adopts plastics or metal.
---described upright shank is that employing is metal.
---described grooved vertical rod adopts plastics or metal.
---described arc elastic sheet adopts thin plastic or metallic resilient material to make.
Feature of the present invention:
Owing to structurally have employed above behave, this just creates condition for solving above-mentioned " trouble ".
Accompanying drawing explanation
Fig. 1 illustrates structural principle of the present invention;
Fig. 2 is the side view of Fig. 1;
Fig. 3 is the A-A view overlooked as Fig. 1.
1: handle; 2: upright shank; 3: grooved vertical rod; 4: arc spring lamination; Y: shuttlecock; A: the bulb forming shuttlecock; B: the feather forming shuttlecock.
Detailed description of the invention
Main body of the present invention is primarily of the upright shank 2 be positioned at below handle 1 and grooved vertical rod 3, and be arranged on grooved vertical rod 3 lower end for relying on its clamp to carry out a pair arc spring lamination 4 of picking up badminton ball Y several parts composition, and the downward force mechanism that the three formed by the lower extreme point of a upright shank 2 and two lower end parallel lines of a pair arc spring lamination 4 forms face picks up the shuttlecock Y's landed.
Handle 1 can be held with a firm grip with staff and be as the criterion, and can have drawn from plastics, easily locates upright shank 2 and grooved vertical rod 3 in its underpart by plastic shaping, handle 1 diameter is 3 centimeters, and length is 20 centimeters.
Upright shank 2 desirable diameter 2 millimeters long is the draw point of 80 centimeters, as long as the feather b into formation shuttlecock Y can be pricked in the tip of its draw point, therefore, its tip need not be done very sharp-pointed.
Grooved vertical rod 3 can adopt aluminium or plastic production, its length is 60 centimeters, the grooved rail degree of depth (the cell wall height of both sides) formed in this grooved vertical rod 3 is 2.5 centimeters, the spacing forming these two cell walls is only greater than the bulb a diameter forming shuttlecock Y can (can more loosely), such as: getting its spacing is 3 centimeters (groove insied widths).
A pair arc spring lamination 4 preferably adopts the steel disc of 0.1 millimeter to make, its width is the same with the height of grooved vertical rod 3 two cell walls, be connected with the bottom of grooved vertical rod 3 by rivet or glue, grooved vertical rod 3 after linking should be the same with the length of upright shank 2 with the total length of a pair arc spring lamination 4, it is 80 centimeters, further, also must be able to reach: just the bulb a forming shuttlecock Y can be clamped by this pair arc spring lamination 4 pincers when being allowed this pair arc spring lamination 4 exert a force downwards by handle 1.
The present invention picks and lands the method for shuttlecock, deposits this shuttlecock method in the present invention when namely comprising the method that picks up single shuttlecock and pick up many and account for:
Hand-held handle 1 also allows the arc spring lamination 4 of dehiscing for a pair of grooved vertical rod 3 lower end aim at the bulb a pressure of the shuttlecock Y lied down on ground and to be allowed by bulb a this pair arc spring lamination 4 clamp downwards, meanwhile, the upright shank 2 parallel with this grooved vertical rod 3 has also injected the feather b forming shuttlecock Y, and, press down allow after this pair arc spring lamination 4 lower end contacts ground when continuing through handle 1, namely the bulb a of above-mentioned shuttlecock Y can cross original pincers and clamp the arc convex that in its above-mentioned a pair arc spring lamination 4, left and right is stretched out relatively, or, when above-mentioned a pair arc spring lamination 4 picks another shuttlecock Y in the same fashion, namely can allow and be ejected in this pair arc spring lamination 4 at the bulb a of upper shuttlecock Y the arc convex relatively stretched out left and right, slip in the middle of grooved rail quite loose in the grooved vertical rod 3 on top, now, the upright shank 2 facing this vertical grooved rail also must have passed through all feather b being stored in mesoptile ball Y of the present invention, so far, the present invention is utilized to complete the whole program forking first shuttlecock Y from ground.---obviously, after namely this shuttlecock Y is now picked up by the arc spring lamination 4 that above-mentioned a pair is dehisced downwards, and to leave in the grooved rail of grooved vertical rod 3 and to assist this shuttlecock Y to locate in above-mentioned grooved rail by upright shank 2, namely make this shuttlecock Y can not come off away from the grooved rail of grooved vertical rod 3.
When hand-held handle 1 repeats above-mentioned program behavior, between the needle point of the arc spring lamination 4 can dehisced downwards above-mentioned a pair and upright shank 2 again from ground clamp insert another shuttlecock Y, and temporarily to leave in the middle of the present invention with the state that the previous shuttlecock Y picked up from bottom to top connects in adding up.
After the action through many times repeating to pick the shuttlecock Y landed, all shuttlecock Y that can will deposit in the present invention with vertical arranged in series, more again pull out to unload out from the opening of a pair arc spring lamination 4 and train for badminton player.