CN109269356A - It is a kind of to pull out target automatically - Google Patents
It is a kind of to pull out target automatically Download PDFInfo
- Publication number
- CN109269356A CN109269356A CN201811173443.5A CN201811173443A CN109269356A CN 109269356 A CN109269356 A CN 109269356A CN 201811173443 A CN201811173443 A CN 201811173443A CN 109269356 A CN109269356 A CN 109269356A
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- Prior art keywords
- bar
- rod
- spring
- bull stick
- placement
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F41—WEAPONS
- F41J—TARGETS; TARGET RANGES; BULLET CATCHERS
- F41J3/00—Targets for arrows or darts, e.g. for sporting or amusement purposes
- F41J3/0004—Archery targets
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- Engineering & Computer Science (AREA)
- General Engineering & Computer Science (AREA)
- Conveying And Assembling Of Building Elements In Situ (AREA)
- Aiming, Guidance, Guns With A Light Source, Armor, Camouflage, And Targets (AREA)
Abstract
The present invention relates to a kind of targets, more particularly to one kind to pull out target automatically.Technical problems to be solved are as follows: provide it is a kind of can be realized pull out arrow automatically, can adjust target direction as needed pull out target automatically.The technical scheme is that a kind of pull out target automatically, it include support rod, the first placement bar, bracket, the second placement bar, the first sliding rail, first sliding block etc.；Support bar top is respectively connected with the second placement bar in two sides up and down, and left part is embedded on the inside of the second placement bar of both up and down is equipped with the first sliding rail, and slidingtype is equipped with the first sliding block on the first sliding rail.The present invention is projected arrow by shooter, and arrow pushes steel plate to move right, and push rod pushes steel plate to be moved to the left, so that steel plate pushs out arrow, is so pulled out arrow without staff, be can be realized and pull out arrow automatically, can be time saving and energy saving；By staff's rotary supporting rod target is rotated, move target rotation direction without staff, can easily adjust target direction as needed, unnecessary trouble can be saved.
Description
Technical field
The present invention relates to a kind of targets, more particularly to one kind to pull out target automatically.
Background technique
Archery target generally has rectangular and two kinds round, either outdoor archery range or indoor archery field, existing instruction
The mode of white silk is all that three targets are erected on archery range by staff, and shooter and target keep certain distance, and arrow is mapped to target
On.After arrow projects, due to rapidly moving the impact force of generation, arrow, which is inserted on target, more to be consolidated, and staff is needed to go to target
The preceding arrow being shot out is pulled out, and the quite time-consuming effort of arrow is so pulled out；When needing to adjust target direction, target can not be straight in situ
The conversion of line direction is tapped into, target can only be moved by staff and rotated, this brings unnecessary fiber crops to staff
It is tired.
Summary of the invention
In order to overcome existing target to need staff that the arrow being shot out is pulled out, staff move target adjustment
The cumbersome disadvantage in direction, technical problems to be solved are as follows: one kind is provided can be realized and pull out arrow automatically, can adjust as needed
Automatically target is pulled out in whole target direction.
The technical scheme is that a kind of pull out target automatically, it include support rod, the first placement bar, bracket, second
Place bar, the first sliding rail, the first sliding block, target, the first spring, steel plate, first connecting rod, the first guide sleeve, the first guide rod, wedge shape
Block, second spring, telescopic rod, push rod, third spring, the second guide sleeve, the second guide rod, the 4th spring, baffle, the first bull stick,
Three place bars, directive wheel, wirerope, swing rod and bar, and two sides are respectively connected with the second placement bar to support bar top up and down, and upper and lower two
Left part is embedded is equipped with the first sliding rail on the inside of second placement bar of side, and slidingtype is equipped with the first sliding block on the first sliding rail, and first
It is connected with the first spring between the first sliding rail left end on the left of sliding block, is connected with steel plate between the first sliding block of both up and down, on
Left part between the second placement bar of lower two sides is placed with target, and target is located at steel plate left, and the second of both up and down places bar
Between the left and right sides be respectively connected with first connecting rod, first connecting rod is located at steel plate right, on the left of the first connecting rod of right
Lower part connection is there are two the first guide sleeve, and movable in the first guide sleeve of both up and down to be equipped with the first guide rod, the first guide rod top is opened
Have a through-hole, the first guide rod bottom end is connected with wedge block, in underlying first sliding rail of wedge block, at the top of wedge block with lower section
Second spring is connected between first guide sleeve bottom, second spring covers on the first guide rod, and support rod leading flank top is connected with
First places bar, and the first placement bar top right side is connected with telescopic rod, and telescopic rod left end is connected with push rod, push rod left end and first
The contact of guide rod right upper portion, on the right side of push rod and in the middle part of telescopic rod between be connected with third spring, third spring pocket on telescopic rod,
Bar is connected among push rod bottom, the first connecting rod leading flank lower part of right is connected with the second guide sleeve, lives in the second guide sleeve
Dynamic formula is equipped with the second guide rod, and the second guide rod left and right ends are respectively connected with baffle, baffle left side and the second guide sleeve right side of right
Between be connected with the 4th spring, for the 4th spring pocket on the second guide rod, the baffle of left is located at bar left, and first places bar left end
Rotary type is connected with swing rod, and the first placement bar right end is connected with bracket, and bracket right side is equipped with directive wheel, bracket bottom for two up and down
Rotary type is connected with the first bull stick on the right side of portion, and third is connected on the left of frame bottom and places bar, the first bull stick is located at third placement
Above bar, the first bull stick is located above swing rod, and the first bull stick top right side is connected with wirerope, wirerope bypass directive wheel and with
The baffle lower right side of left connects.
It in one of the embodiments, further include having endless glide, the second sliding block, placement plate, the second bull stick and elastic slice, branch
Strut bottom end is connected with endless glide, and slidingtype is set there are two the second sliding block in endless glide, and two the second slider bottoms connect
There is placement plate, placement plate top outer uniform intervals are provided with multiple first grooves, and endless glide bottom right rotary type is connected with
Second bull stick, the second bull stick are stuck in the first groove, are connected between the second bull stick top left side and endless glide bottom right
Elastic slice.
It in one of the embodiments, further include having elevating lever and the 5th spring, it is recessed that the second placement bar left end is provided with second
Slot, movable in the second groove to be equipped with elevating lever, lifting pole spacing places bar left outer with second in target left, elevating lever outer end
The 5th spring is connected between portion, the 5th spring pocket is on elevating lever.
It in one of the embodiments, further include having fixed link, third sliding block and the second connecting rod, endless glide top right
Side is connected with fixed link, and sliding slot is provided on the right side of fixed link, and sliding slot inner sliding type is equipped with third sliding block, the second bull stick right end rotary type
It is connected with the second connecting rod, the second connecting rod top is connect with rotary type on the right side of third slider bottom.
When initial, third spring is in compressive state.Shooter projects arrow alignment target, and arrow is shot through target and pushes steel plate
It moves right, steel plate drives the first sliding block to move right, and the first spring stretches therewith, and the first sliding block of lower section is contacted with wedge block
And wedge block is pushed to move up, wedge block drives the first guide rod to move up, and second spring is compressed therewith, and through-hole is upward therewith
Push rod is moved and is aligned, at this time under the effect of third spring, push rod is moved to the left rapidly and passes through through-hole, and push rod is contacted with steel plate
And steel plate is pushed to be moved to the left, so that steel plate pushs out arrow, arrow so is pulled out without staff, can be realized and pull out arrow automatically,
It can be time saving and energy saving.Arrow is fallen on swing rod, breaks the equilibrium state of swing rod, and then swing rod right part is swung up, swing rod right part
It touches the first bull stick and the first bull stick left part is pushed to be swung up, then to lower swing, the first bull stick passes through the first bull stick right part
Wirerope pulls the baffle of left to move right, and the baffle of left drives the second guide rod to move right, and the 4th spring stretches therewith,
The baffle of left contacts with bar and bar is pushed to move right, and bar drives push rod to move right, and third spring compresses therewith,
Push rod is worn back out of through-hole, and under second spring effect, the first guide rod moves down reset.Arrow is landed along the inclined surface of swing rod
Afterwards, swing rod restores balance state, and the first bull stick resets, and under the effect of the 4th spring, the baffle of left is moved to the left reset, shooter
It can shoot an arrow, can so be recycled again.
Staff has turned the second bull stick upwards, and elastic slice compresses therewith, can rotary supporting rod, support rod rotate so that target
Son rotation, so moves target rotation direction without staff, can easily adjust target direction as needed, can save
Go unnecessary trouble.After target goes to proper orientation, staff decontrols the second bull stick, under elastic slice effect, the second bull stick
Turn lower and be caught in corresponding first groove, is so capable of fixing target, prevents target from arbitrarily rotating during archery
And influence the precision of shooter hits target.
Archery reach certain number after, staff pull both up and down elevating lever move outward, the 5th spring with
Stretching, elevating lever no longer blocks target, and then the target poked can be removed and be replaced by staff.Replacement is completed
Afterwards, staff unclamps elevating lever, and under the effect of the 5th spring, elevating lever moves inward reset.
Staff holds and is lifted up third sliding block, and third sliding block drives the second bull stick upward by the second connecting rod
Turn, can so simplify operation, facilitates the rotation of support rod.After support rod rotates, staff decontrols third sliding block
?.
The present invention is projected arrow by shooter, and arrow pushes steel plate to move right, and push rod pushes steel plate to be moved to the left, thus steel
Plate pushs out arrow, so pulls out arrow without staff, can be realized and pull out arrow automatically, can be time saving and energy saving；Pass through staff
Rotary supporting rod rotates target, moves target rotation direction without staff, can easily adjust target as needed
Sub- direction can save unnecessary trouble；By being caught in the second bull stick in corresponding first groove, it is capable of fixing target
Son prevents target from arbitrarily rotating and influencing the precision of shooter hits target during archery；By pulling both up and down
Elevating lever moves outward, and the target that will be poked can be facilitated to remove and replaced；Operation can be simplified by third sliding block, side
Just the rotation of support rod.
Detailed description of the invention
Fig. 1 is schematic view of the front view of the invention.
Fig. 2 is the enlarged structure schematic diagram of part A of the present invention.
Fig. 3 is the enlarged structure schematic diagram of C portion of the present invention.
Fig. 4 is the enlarged structure schematic diagram of part B of the present invention.
In appended drawing reference: 1 ... support rod, 2 ... first placement bars, 3 ... brackets, 4 ... second placement bars, 5 ... first sliding rails,
6 ... first sliding blocks, 7 ... targets, 8 ... first springs, 9 ... steel plates, 10 ... first connecting rods, 11 ... first guide sleeves, 12 ... first
Guide rod, 13 ... through-holes, 14 ... wedge blocks, 15 ... second springs, 16 ... telescopic rods, 17 ... push rods, 18 ... third springs, 19 ...
Two guide sleeves, 20 ... second guide rods, 21 ... the 4th springs, 22 ... baffles, 23 ... first bull sticks, 24 ... thirds place bar, and 25 ... lead
To wheel, 26 ... wirerope, 27 ... swing rods, 28 ... bars, 29 ... endless glides, 30 ... second sliding blocks, 31 ... placement plates, 32 ...
One groove, 33 ... second bull sticks, 34 ... elastic slices, 35 ... second grooves, 36 ... elevating levers, 37 ... the 5th springs, 38 ... fixed links,
39 ... sliding slots, 40 ... third sliding blocks, 41 ... second connecting rods.
Specific embodiment
Above scheme is described further below in conjunction with specific embodiment.It should be understood that these embodiments are for illustrating
The application and be not limited to limitation scope of the present application.Implementation condition used in the examples can be done according to the condition of specific producer
Further adjustment, the implementation condition being not specified is usually the condition in routine experiment.
Embodiment 1
One kind pulling out target automatically, as shown in Figs 1-4, include support rod 1, first place bar 2, bracket 3, second placement bar 4,
First sliding rail 5, the first sliding block 6, target 7, the first spring 8, steel plate 9, first connecting rod 10, the first guide sleeve 11, the first guide rod 12,
Wedge block 14, second spring 15, telescopic rod 16, push rod 17, third spring 18, the second guide sleeve 19, the second guide rod 20, the 4th spring
21, baffle 22, the first bull stick 23, third place bar 24, directive wheel 25, wirerope 26, swing rod 27 and bar 28, and support rod 1 pushes up
The upper and lower two sides in portion are respectively connected with the second placement bar 4, and the second placement 4 inside left part of bar of both up and down is embedded to be equipped with the first cunning
Rail 5, slidingtype is equipped with the first sliding block 6 on the first sliding rail 5, is connected with first between 6 left side of the first sliding block and 5 left end of the first sliding rail
Spring 8, steel plate 9 is connected between the first sliding block 6 of both up and down, and the second of both up and down places the left part between bar 4 and place
There is target 7, target 7 is located at 9 left of steel plate, and the left and right sides between the second placement bar 4 of both up and down is respectively connected with the first company
Extension bar 10, first connecting rod 10 are located at 9 right of steel plate, and there are two the first guide sleeves for 10 left lower of the first connecting rod connection of right
11, movable in the first guide sleeve 11 of both up and down to be equipped with the first guide rod 12,12 top of the first guide rod is provided with through-hole 13, and first leads
12 bottom end of bar is connected with wedge block 14, in underlying first sliding rail 5 of wedge block 14,14 top of wedge block and the first of lower section
Second spring 15 is connected between 11 bottom of guide sleeve, 15 sets of second spring on the first guide rod 12,1 leading flank top of support rod connect
It is connected to the first placement bar 2, the first placement 2 top right side of bar is connected with telescopic rod 16, and 16 left end of telescopic rod is connected with push rod 17, pushes away
17 left end of bar is contacted with 12 right upper portion of the first guide rod, and 17 right side of push rod and telescopic rod are connected with third spring between 16 middle part
18,18 sets of third spring on telescopic rod 16, are connected with bar 28,10 front side of first connecting rod of right among 17 bottom of push rod
Face lower part is connected with the second guide sleeve 19, and movable in the second guide sleeve 19 to be equipped with the second guide rod 20,20 left and right ends of the second guide rod are equal
It is connected with baffle 22, is connected with the 4th spring 21, the 4th spring 21 between 19 right side of 22 left side of baffle and the second guide sleeve of right
It covers on the second guide rod 20, the baffle 22 of left is located at 28 left of bar, and the first placement 2 left end rotary type of bar is connected with swing rod
27, the first placement 2 right end of bar is connected with bracket 3, and 3 right side of bracket is equipped with directive wheel 25 for two up and down, and 3 bottom right of bracket turns
Dynamic formula is connected with the first bull stick 23, and 3 bottom left of bracket is connected with third and places bar 24, and the first bull stick 23 is located at third and places bar
24 tops, the first bull stick 23 are located at 27 top of swing rod, and 23 top right side of the first bull stick is connected with wirerope 26, and wirerope 26 bypasses
Directive wheel 25 is simultaneously connect with 22 lower right side of the baffle of left.
Embodiment 2
One kind pulling out target automatically, as shown in Figs 1-4, include support rod 1, first place bar 2, bracket 3, second placement bar 4,
First sliding rail 5, the first sliding block 6, target 7, the first spring 8, steel plate 9, first connecting rod 10, the first guide sleeve 11, the first guide rod 12,
Wedge block 14, second spring 15, telescopic rod 16, push rod 17, third spring 18, the second guide sleeve 19, the second guide rod 20, the 4th spring
21, baffle 22, the first bull stick 23, third place bar 24, directive wheel 25, wirerope 26, swing rod 27 and bar 28, and support rod 1 pushes up
The upper and lower two sides in portion are respectively connected with the second placement bar 4, and the second placement 4 inside left part of bar of both up and down is embedded to be equipped with the first cunning
Rail 5, slidingtype is equipped with the first sliding block 6 on the first sliding rail 5, is connected with first between 6 left side of the first sliding block and 5 left end of the first sliding rail
Spring 8, steel plate 9 is connected between the first sliding block 6 of both up and down, and the second of both up and down places the left part between bar 4 and place
There is target 7, target 7 is located at 9 left of steel plate, and the left and right sides between the second placement bar 4 of both up and down is respectively connected with the first company
Extension bar 10, first connecting rod 10 are located at 9 right of steel plate, and there are two the first guide sleeves for 10 left lower of the first connecting rod connection of right
11, movable in the first guide sleeve 11 of both up and down to be equipped with the first guide rod 12,12 top of the first guide rod is provided with through-hole 13, and first leads
12 bottom end of bar is connected with wedge block 14, in underlying first sliding rail 5 of wedge block 14,14 top of wedge block and the first of lower section
Second spring 15 is connected between 11 bottom of guide sleeve, 15 sets of second spring on the first guide rod 12,1 leading flank top of support rod connect
It is connected to the first placement bar 2, the first placement 2 top right side of bar is connected with telescopic rod 16, and 16 left end of telescopic rod is connected with push rod 17, pushes away
17 left end of bar is contacted with 12 right upper portion of the first guide rod, and 17 right side of push rod and telescopic rod are connected with third spring between 16 middle part
18,18 sets of third spring on telescopic rod 16, are connected with bar 28,10 front side of first connecting rod of right among 17 bottom of push rod
Face lower part is connected with the second guide sleeve 19, and movable in the second guide sleeve 19 to be equipped with the second guide rod 20,20 left and right ends of the second guide rod are equal
It is connected with baffle 22, is connected with the 4th spring 21, the 4th spring 21 between 19 right side of 22 left side of baffle and the second guide sleeve of right
It covers on the second guide rod 20, the baffle 22 of left is located at 28 left of bar, and the first placement 2 left end rotary type of bar is connected with swing rod
27, the first placement 2 right end of bar is connected with bracket 3, and 3 right side of bracket is equipped with directive wheel 25 for two up and down, and 3 bottom right of bracket turns
Dynamic formula is connected with the first bull stick 23, and 3 bottom left of bracket is connected with third and places bar 24, and the first bull stick 23 is located at third and places bar
24 tops, the first bull stick 23 are located at 27 top of swing rod, and 23 top right side of the first bull stick is connected with wirerope 26, and wirerope 26 bypasses
Directive wheel 25 is simultaneously connect with 22 lower right side of the baffle of left.
It further include having endless glide 29, the second sliding block 30, placement plate 31, the second bull stick 33 and elastic slice 34,1 bottom end of support rod
It is connected with endless glide 29, slidingtype is set there are two the second sliding block 30 in endless glide 29, and two 30 bottoms of the second sliding block connect
There is placement plate 31,31 top outer uniform intervals of placement plate are provided with multiple first grooves 32, the rotation of 29 bottom right of endless glide
Formula is connected with the second bull stick 33, and the second bull stick 33 is stuck in the first groove 32,33 top left side of the second bull stick and endless glide 29
Elastic slice 34 is connected between bottom right.
Embodiment 3
One kind pulling out target automatically, as shown in Figs 1-4, include support rod 1, first place bar 2, bracket 3, second placement bar 4,
First sliding rail 5, the first sliding block 6, target 7, the first spring 8, steel plate 9, first connecting rod 10, the first guide sleeve 11, the first guide rod 12,
Wedge block 14, second spring 15, telescopic rod 16, push rod 17, third spring 18, the second guide sleeve 19, the second guide rod 20, the 4th spring
21, baffle 22, the first bull stick 23, third place bar 24, directive wheel 25, wirerope 26, swing rod 27 and bar 28, and support rod 1 pushes up
The upper and lower two sides in portion are respectively connected with the second placement bar 4, and the second placement 4 inside left part of bar of both up and down is embedded to be equipped with the first cunning
Rail 5, slidingtype is equipped with the first sliding block 6 on the first sliding rail 5, is connected with first between 6 left side of the first sliding block and 5 left end of the first sliding rail
Spring 8, steel plate 9 is connected between the first sliding block 6 of both up and down, and the second of both up and down places the left part between bar 4 and place
There is target 7, target 7 is located at 9 left of steel plate, and the left and right sides between the second placement bar 4 of both up and down is respectively connected with the first company
Extension bar 10, first connecting rod 10 are located at 9 right of steel plate, and there are two the first guide sleeves for 10 left lower of the first connecting rod connection of right
11, movable in the first guide sleeve 11 of both up and down to be equipped with the first guide rod 12,12 top of the first guide rod is provided with through-hole 13, and first leads
12 bottom end of bar is connected with wedge block 14, in underlying first sliding rail 5 of wedge block 14,14 top of wedge block and the first of lower section
Second spring 15 is connected between 11 bottom of guide sleeve, 15 sets of second spring on the first guide rod 12,1 leading flank top of support rod connect
It is connected to the first placement bar 2, the first placement 2 top right side of bar is connected with telescopic rod 16, and 16 left end of telescopic rod is connected with push rod 17, pushes away
17 left end of bar is contacted with 12 right upper portion of the first guide rod, and 17 right side of push rod and telescopic rod are connected with third spring between 16 middle part
18,18 sets of third spring on telescopic rod 16, are connected with bar 28,10 front side of first connecting rod of right among 17 bottom of push rod
Face lower part is connected with the second guide sleeve 19, and movable in the second guide sleeve 19 to be equipped with the second guide rod 20,20 left and right ends of the second guide rod are equal
It is connected with baffle 22, is connected with the 4th spring 21, the 4th spring 21 between 19 right side of 22 left side of baffle and the second guide sleeve of right
It covers on the second guide rod 20, the baffle 22 of left is located at 28 left of bar, and the first placement 2 left end rotary type of bar is connected with swing rod
27, the first placement 2 right end of bar is connected with bracket 3, and 3 right side of bracket is equipped with directive wheel 25 for two up and down, and 3 bottom right of bracket turns
Dynamic formula is connected with the first bull stick 23, and 3 bottom left of bracket is connected with third and places bar 24, and the first bull stick 23 is located at third and places bar
24 tops, the first bull stick 23 are located at 27 top of swing rod, and 23 top right side of the first bull stick is connected with wirerope 26, and wirerope 26 bypasses
Directive wheel 25 is simultaneously connect with 22 lower right side of the baffle of left.
It further include having endless glide 29, the second sliding block 30, placement plate 31, the second bull stick 33 and elastic slice 34,1 bottom end of support rod
It is connected with endless glide 29, slidingtype is set there are two the second sliding block 30 in endless glide 29, and two 30 bottoms of the second sliding block connect
There is placement plate 31,31 top outer uniform intervals of placement plate are provided with multiple first grooves 32, the rotation of 29 bottom right of endless glide
Formula is connected with the second bull stick 33, and the second bull stick 33 is stuck in the first groove 32,33 top left side of the second bull stick and endless glide 29
Elastic slice 34 is connected between bottom right.
It further include having elevating lever 36 and the 5th spring 37, the second placement 4 left end of bar is provided with the second groove 35, the second groove 35
Interior movable equipped with elevating lever 36, the gear of elevating lever 36 places 4 outside left part of bar with second in 7 left of target, 36 outer end of elevating lever
Between be connected with the 5th spring 37, the 5th 37 sets of spring is on elevating lever 36.
Embodiment 4
One kind pulling out target automatically, as shown in Figs 1-4, include support rod 1, first place bar 2, bracket 3, second placement bar 4,
First sliding rail 5, the first sliding block 6, target 7, the first spring 8, steel plate 9, first connecting rod 10, the first guide sleeve 11, the first guide rod 12,
Wedge block 14, second spring 15, telescopic rod 16, push rod 17, third spring 18, the second guide sleeve 19, the second guide rod 20, the 4th spring
21, baffle 22, the first bull stick 23, third place bar 24, directive wheel 25, wirerope 26, swing rod 27 and bar 28, and support rod 1 pushes up
The upper and lower two sides in portion are respectively connected with the second placement bar 4, and the second placement 4 inside left part of bar of both up and down is embedded to be equipped with the first cunning
Rail 5, slidingtype is equipped with the first sliding block 6 on the first sliding rail 5, is connected with first between 6 left side of the first sliding block and 5 left end of the first sliding rail
Spring 8, steel plate 9 is connected between the first sliding block 6 of both up and down, and the second of both up and down places the left part between bar 4 and place
There is target 7, target 7 is located at 9 left of steel plate, and the left and right sides between the second placement bar 4 of both up and down is respectively connected with the first company
Extension bar 10, first connecting rod 10 are located at 9 right of steel plate, and there are two the first guide sleeves for 10 left lower of the first connecting rod connection of right
11, movable in the first guide sleeve 11 of both up and down to be equipped with the first guide rod 12,12 top of the first guide rod is provided with through-hole 13, and first leads
12 bottom end of bar is connected with wedge block 14, in underlying first sliding rail 5 of wedge block 14,14 top of wedge block and the first of lower section
Second spring 15 is connected between 11 bottom of guide sleeve, 15 sets of second spring on the first guide rod 12,1 leading flank top of support rod connect
It is connected to the first placement bar 2, the first placement 2 top right side of bar is connected with telescopic rod 16, and 16 left end of telescopic rod is connected with push rod 17, pushes away
17 left end of bar is contacted with 12 right upper portion of the first guide rod, and 17 right side of push rod and telescopic rod are connected with third spring between 16 middle part
18,18 sets of third spring on telescopic rod 16, are connected with bar 28,10 front side of first connecting rod of right among 17 bottom of push rod
Face lower part is connected with the second guide sleeve 19, and movable in the second guide sleeve 19 to be equipped with the second guide rod 20,20 left and right ends of the second guide rod are equal
It is connected with baffle 22, is connected with the 4th spring 21, the 4th spring 21 between 19 right side of 22 left side of baffle and the second guide sleeve of right
It covers on the second guide rod 20, the baffle 22 of left is located at 28 left of bar, and the first placement 2 left end rotary type of bar is connected with swing rod
27, the first placement 2 right end of bar is connected with bracket 3, and 3 right side of bracket is equipped with directive wheel 25 for two up and down, and 3 bottom right of bracket turns
Dynamic formula is connected with the first bull stick 23, and 3 bottom left of bracket is connected with third and places bar 24, and the first bull stick 23 is located at third and places bar
24 tops, the first bull stick 23 are located at 27 top of swing rod, and 23 top right side of the first bull stick is connected with wirerope 26, and wirerope 26 bypasses
Directive wheel 25 is simultaneously connect with 22 lower right side of the baffle of left.
It further include having endless glide 29, the second sliding block 30, placement plate 31, the second bull stick 33 and elastic slice 34,1 bottom end of support rod
It is connected with endless glide 29, slidingtype is set there are two the second sliding block 30 in endless glide 29, and two 30 bottoms of the second sliding block connect
There is placement plate 31,31 top outer uniform intervals of placement plate are provided with multiple first grooves 32, the rotation of 29 bottom right of endless glide
Formula is connected with the second bull stick 33, and the second bull stick 33 is stuck in the first groove 32,33 top left side of the second bull stick and endless glide 29
Elastic slice 34 is connected between bottom right.
It further include having elevating lever 36 and the 5th spring 37, the second placement 4 left end of bar is provided with the second groove 35, the second groove 35
Interior movable equipped with elevating lever 36, the gear of elevating lever 36 places 4 outside left part of bar with second in 7 left of target, 36 outer end of elevating lever
Between be connected with the 5th spring 37, the 5th 37 sets of spring is on elevating lever 36.
It further include having fixed link 38, third sliding block 40 and the second connecting rod 41,29 top right side of endless glide is connected with solid
Fixed pole 38, sliding slot 39 is provided on the right side of fixed link 38, and 39 inner sliding type of sliding slot is equipped with third sliding block 40, the rotation of 33 right end of the second bull stick
Formula is connected with the second connecting rod 41, and 41 top of the second connecting rod is connect with 40 bottom right rotary type of third sliding block.
When initial, third spring 18 is in compressive state.Shooter projects arrow alignment target 7, and arrow is shot through target 7 and pushes
Steel plate 9 moves right, and steel plate 9 drives the first sliding block 6 to move right, and the first spring 8 stretches therewith, the first sliding block 6 of lower section with
Wedge block 14 contacts and wedge block 14 is pushed to move up, and wedge block 14 drives the first guide rod 12 to move up, second spring 15
It compresses therewith, through-hole 13 moves up therewith and is directed at push rod 17, and at this time under the effect of third spring 18, push rod 17 is rapid to the left
Through-hole 13 is moved through, push rod 17 contacts with steel plate 9 and steel plate 9 is pushed to be moved to the left, so that steel plate 9 pushs out arrow, such as
This pulls out arrow without staff, can be realized and pulls out arrow automatically, can be time saving and energy saving.Arrow is fallen on swing rod 27, breaks swing rod 27
Equilibrium state, and then 27 right part of swing rod is swung up, and 27 right part of swing rod touches the first bull stick 23 and pushes the first bull stick 23
Left part is swung up, and for 23 right part of the first bull stick then to lower swing, the first bull stick 23 pulls the baffle 22 of left by wirerope 26
Move right, the baffle 22 of left drives the second guide rod 20 to move right, and the 4th spring 21 stretches therewith, the baffle 22 of left with
Bar 28 contacts and bar 28 is pushed to move right, and bar 28 drives push rod 17 to move right, and third spring 18 compresses therewith, pushes away
Bar 17 is worn back out of through-hole 13, and under the effect of second spring 15, the first guide rod 12 moves down reset.Arrow inclines along swing rod 27
After inclined-plane landing, swing rod 27 restores balance state, and the first bull stick 23 resets, under the effect of the 4th spring 21, the baffle 22 of left
It is moved to the left reset, shooter can shoot an arrow again, can so be recycled.
Staff has turned the second bull stick 33 upwards, and elastic slice 34 compresses therewith, can rotary supporting rod 1, support rod 1 rotate
So that target 7 rotates, 7 rotation direction of target so is moved without staff, can easily adjust 7 side of target as needed
To unnecessary trouble can be saved.After target 7 goes to proper orientation, staff decontrols the second bull stick 33, makees in elastic slice 34
Under, the second 33 turns of bull stick is lower and is caught in corresponding first groove 32, is so capable of fixing target 7, prevents target 7 from penetrating
The precision of shooter hits target 7 is arbitrarily rotated and influenced during arrow.
After archery reaches certain number, staff pulls the elevating lever 36 of both up and down to move outward, the 5th spring
37 stretch therewith, and elevating lever 36 no longer blocks target 7, and then the target 7 poked can be removed and be replaced by staff.More
After the completion of changing, staff unclamps elevating lever 36, and under the effect of the 5th spring 37, elevating lever 36 moves inward reset.
Staff holds and is lifted up third sliding block 40, and third sliding block 40 drives second turn by the second connecting rod 41
Bar 33 turns upwards, can so simplify operation, facilitates the rotation of support rod 1.After support rod 1 rotates, staff is put
Open third sliding block 40.
The above description is only an embodiment of the present invention, is not intended to limit the scope of the invention, all to utilize this hair
Equivalent structure or equivalent flow shift made by bright description is applied directly or indirectly in other relevant technology necks
Domain is included within the scope of the present invention.
Claims (4)
- It include support rod, the second placement bar, the first sliding rail, the first sliding block, target, the first bullet 1. one kind pulls out target automatically Spring, steel plate, first connecting rod, the first guide sleeve, the first guide rod and wedge block, the upper and lower two sides of support bar top are respectively connected with second and put Set bar, left part is embedded on the inside of the second placement bar of both up and down is equipped with the first sliding rail, and slidingtype is equipped with the on the first sliding rail One sliding block is connected with the first spring between the first sliding block left side and the first sliding rail left end, connects between the first sliding block of both up and down It is connected to steel plate, the left part between the second placement bar of both up and down is placed with target, and target is located at steel plate left, both up and down The left and right sides between second placement bar is respectively connected with first connecting rod, and first connecting rod is located at steel plate right, and the first of right The connection of connecting rod left lower is movable in the first guide sleeve of both up and down to be equipped with the first guide rod there are two the first guide sleeve, and first Guide rod top is provided with through-hole, and the first guide rod bottom end is connected with wedge block, and in underlying first sliding rail of wedge block, feature exists In: it further include having the first placement bar, bracket, second spring, telescopic rod, push rod, third spring, the second guide sleeve, the second guide rod, Four springs, baffle, the first bull stick, third place bar, directive wheel, wirerope, swing rod and bar, with the of lower section at the top of wedge block Second spring is connected between one guide sleeve bottom, second spring covers on the first guide rod, and support rod leading flank top is connected with One places bar, and the first placement bar top right side is connected with telescopic rod, and telescopic rod left end is connected with push rod, and push rod left end is led with first The contact of bar right upper portion is connected with third spring between push rod right side and telescopic rod middle part, and third spring pocket pushes away on telescopic rod Bar is connected among bar bottom, the first connecting rod leading flank lower part of right is connected with the second guide sleeve, activity in the second guide sleeve Formula is equipped with the second guide rod, and the second guide rod left and right ends are respectively connected with baffle, between the baffle left side and the second guide sleeve right side of right It is connected with the 4th spring, for the 4th spring pocket on the second guide rod, the baffle of left is located at bar left, and first, which places bar left end, turns Dynamic formula is connected with swing rod, and the first placement bar right end is connected with bracket, and bracket right side is equipped with directive wheel, frame bottom for two up and down Right side rotary type is connected with the first bull stick, and third is connected on the left of frame bottom and places bar, the first bull stick is located at third and places bar Top, the first bull stick are located above swing rod, and the first bull stick top right side is connected with wirerope, wirerope around directive wheel and with a left side The baffle lower right side connection of side.
- 2. as described in claim 1 a kind of pull out target automatically, it is characterised in that: further include have endless glide, the second sliding block, Placement plate, the second bull stick and elastic slice, support rod bottom end are connected with endless glide, and slidingtype sets sliding there are two second in endless glide Block, two the second slider bottoms are connected with placement plate, and placement plate top outer uniform intervals are provided with multiple first grooves, and annular is sliding Rail bottom right rotary type is connected with the second bull stick, and the second bull stick is stuck in the first groove, the second bull stick top left side and annular Elastic slice is connected between sliding rail bottom right.
- 3. one kind as claimed in claim 2 pulls out target automatically, it is characterised in that: it further include having elevating lever and the 5th spring, Second placement bar left end is provided with the second groove, and movable in the second groove to be equipped with elevating lever, lifting pole spacing is in target left, lifting It is connected with the 5th spring between left part on the outside of bar outer end and the second placement bar, the 5th spring pocket is on elevating lever.
- 4. as claimed in claim 3 a kind of pull out target automatically, it is characterised in that: further include have fixed link, third sliding block and Second connecting rod, endless glide top right side are connected with fixed link, are provided with sliding slot on the right side of fixed link, and sliding slot inner sliding type is equipped with the Three sliding blocks, the second bull stick right end rotary type are connected with the second connecting rod, turn on the right side of the second connecting rod top and third slider bottom Dynamic formula connection.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811173443.5A CN109269356B (en) | 2018-10-09 | 2018-10-09 | Automatic arrow pulling target |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811173443.5A CN109269356B (en) | 2018-10-09 | 2018-10-09 | Automatic arrow pulling target |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN109269356A true CN109269356A (en) | 2019-01-25 |
| CN109269356B CN109269356B (en) | 2020-08-28 |
Family
ID=65195210
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201811173443.5A Active CN109269356B (en) | 2018-10-09 | 2018-10-09 | Automatic arrow pulling target |
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| CN (1) | CN109269356B (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109928234A (en) * | 2019-03-14 | 2019-06-25 | 杜怡清 | A kind of sawdust loading device |
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| CN2370380Y (en) * | 1998-05-04 | 2000-03-22 | 吴骥达 | Arrow releasable target |
| CN2470782Y (en) * | 2001-05-23 | 2002-01-09 | 卓有惟 | Moveable target for shooting arrow |
| CN2624168Y (en) * | 2003-05-21 | 2004-07-07 | 邵佳沐 | Boomerang apparatus easy to withdraw |
| US20080073850A1 (en) * | 2006-09-27 | 2008-03-27 | Te-Tsao Chen | Target blocks of a dartboard and its formation mechanism |
| CN204555846U (en) * | 2015-04-03 | 2015-08-12 | 江苏工程职业技术学院 | Pull out arrow device |
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- 2018-10-09 CN CN201811173443.5A patent/CN109269356B/en active Active
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| Publication number | Priority date | Publication date | Assignee | Title |
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| US4974857A (en) * | 1988-10-20 | 1990-12-04 | Arachnid, Inc. | Electronic dart game |
| CN2370380Y (en) * | 1998-05-04 | 2000-03-22 | 吴骥达 | Arrow releasable target |
| CN2470782Y (en) * | 2001-05-23 | 2002-01-09 | 卓有惟 | Moveable target for shooting arrow |
| CN2624168Y (en) * | 2003-05-21 | 2004-07-07 | 邵佳沐 | Boomerang apparatus easy to withdraw |
| US20080073850A1 (en) * | 2006-09-27 | 2008-03-27 | Te-Tsao Chen | Target blocks of a dartboard and its formation mechanism |
| CN204555846U (en) * | 2015-04-03 | 2015-08-12 | 江苏工程职业技术学院 | Pull out arrow device |
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| CN109928234A (en) * | 2019-03-14 | 2019-06-25 | 杜怡清 | A kind of sawdust loading device |
Also Published As
| Publication number | Publication date |
|---|---|
| CN109269356B (en) | 2020-08-28 |
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