CN109914910A - A kind of fence booster and fence Enhancement Method - Google Patents
A kind of fence booster and fence Enhancement Method Download PDFInfo
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- CN109914910A CN109914910A CN201910215866.7A CN201910215866A CN109914910A CN 109914910 A CN109914910 A CN 109914910A CN 201910215866 A CN201910215866 A CN 201910215866A CN 109914910 A CN109914910 A CN 109914910A
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- 238000000034 method Methods 0.000 title claims description 25
- 238000009434 installation Methods 0.000 claims abstract description 176
- 238000003825 pressing Methods 0.000 claims abstract description 11
- 230000004308 accommodation Effects 0.000 claims abstract description 7
- 238000011900 installation process Methods 0.000 claims description 11
- 210000004209 hair Anatomy 0.000 claims description 10
- 238000001746 injection moulding Methods 0.000 claims description 4
- 230000037237 body shape Effects 0.000 claims description 2
- 210000003811 finger Anatomy 0.000 description 27
- 230000008569 process Effects 0.000 description 11
- 230000008859 change Effects 0.000 description 9
- 238000004458 analytical method Methods 0.000 description 7
- 230000001965 increasing effect Effects 0.000 description 7
- 210000001015 abdomen Anatomy 0.000 description 4
- 238000006243 chemical reaction Methods 0.000 description 4
- 230000000694 effects Effects 0.000 description 4
- 239000000243 solution Substances 0.000 description 4
- 208000003443 Unconsciousness Diseases 0.000 description 3
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- 238000000465 moulding Methods 0.000 description 3
- 230000002035 prolonged effect Effects 0.000 description 3
- 229910000838 Al alloy Inorganic materials 0.000 description 2
- 241000196324 Embryophyta Species 0.000 description 2
- 229910000831 Steel Inorganic materials 0.000 description 2
- HCHKCACWOHOZIP-UHFFFAOYSA-N Zinc Chemical compound [Zn] HCHKCACWOHOZIP-UHFFFAOYSA-N 0.000 description 2
- 230000009286 beneficial effect Effects 0.000 description 2
- 238000010586 diagram Methods 0.000 description 2
- 239000000428 dust Substances 0.000 description 2
- 238000012856 packing Methods 0.000 description 2
- 239000010959 steel Substances 0.000 description 2
- 210000003813 thumb Anatomy 0.000 description 2
- 239000011701 zinc Substances 0.000 description 2
- 229910052725 zinc Inorganic materials 0.000 description 2
- 241000124033 Salix Species 0.000 description 1
- 230000009471 action Effects 0.000 description 1
- 230000008901 benefit Effects 0.000 description 1
- 230000000903 blocking effect Effects 0.000 description 1
- 230000003139 buffering effect Effects 0.000 description 1
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- 238000004519 manufacturing process Methods 0.000 description 1
- 239000004575 stone Substances 0.000 description 1
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Abstract
The invention discloses a kind of fence boosters, are related to fence technical field of tools, comprising: installation ontology, installation ontology have toughness or elasticity, and installation ontology has force section and abutting portion, and force section exerts a force for pressing；Force application part is between abutting portion, power is transmitted to abutting portion by force section, abutting portion is for resisting the hook part in upright fence post or the vertical silk in fence netting, abutting portion has recess portion, recess portion has wall surface, wall surface is used to resist the vertical silk in fence netting, and recess portion has accommodation space, and recess portion is located at force section two sides.The present invention exerts a force to installation ontology and it is made to carry out deformation mode, the abutting portion at its both ends is not only made to engage vertical silk, but also when abutting portion engages vertical silk, the stress that installation ontology is generated by deformation persistently presses to abutting portion, abutting portion is caused persistently to exert a force to vertical silk and hook part, so that the vertical silk moment keeps tight state, prevent mesh sheet from generating shaking.
Description
Technical field
The present invention relates to fence technical field of tools, in particular to a kind of fence booster.
Background technique
Fence, that is, guardrail, fence can be divided into industrial fence (such as plant area's fence, commercial campus fence), agricultural fence
(such as field fence, animal raising rail fence), civilian fence (such as building top girth column, fence wall etc.), communal facility fence (such as road every
From column) etc..Aluminium alloy fence, zinc steel fence, barbed wire fence, electric fence, timber can be divided into according to material therefor difference to enclose
Column, Biology fence, chain link fence, ditch fence, cob wall fence, stone walled column, willow fragrant plant fence, PVC fence, enclosure
Deng.It common are aluminium alloy fence and zinc steel fence in life, with also the most extensive.It is enclosed by fixation is divided into again using requirement
Column, movable fence.
Currently, column 1 has what is extended longitudinally to fill out as shown in Figure 1, fence is made of column 1 and the intercombination of mesh sheet 4
It fills space 3 and has along the longitudinally disposed hook part 2 in filling space 3, mesh sheet 4 is by several horizontal hairs extended transversely 5 and several
The vertical silk 6 that root extends longitudinally is constituted.When fence is installed, the vertical silk 6 of mesh sheet 4 is pulled in the hook part of column 12, so that net
The vertical silk 6 of piece 4 is not detached from from the hook part of column 12, but in installation process, can be hung in hook part 2 to indulge silk 6, hook part 2
Diameter be often greater than the diameter of vertical silk 6, this, which results in hook part 2, has the space for making vertical silk 6 mobile enough, and this is moved
Space be easy to cause column 1 to connect defective tightness with mesh sheet 4, easily under external force generate shaking.Importantly, enclosing
It is that there is filling space 3 in certain columns 1 in column, effect is filling concrete with vertical columns, such as when cement is not dry,
Mesh sheet 4 or column 1 can make vertical silk 6 in hook part 2 under external force (operation of nature such as dust storm power and artificial action power) effect
It is mobile, then will fence be not connected firmly, therefore this problem urgent need is resolved.
Such as the Chinese patent of 102605991 B of notification number CN, a kind of " tightener " is disclosed, comprising: tensioned portion, hand
Shank, the tensioned portion include the first recess portion and the second recess portion.It is tiltedly put into use, tightener to be turned over downwards to 45 degree first
In grid on column and fence netting between the vertical silk of column, then holds handle portion and exert oneself tightener and stand
Column is vertical at 90 degree, so that the edge of the first recess portion and column in tensioned portion is offseted, is equivalent to and offsets with the outer wall of hook part,
Second recess portion in tensioned portion is set to offset with vertical silk also equally to reach fixed vertical silk and hook part mutual alignment and solve
The problem of shaking.Although the technical solution solves the problems, such as existing shaking between column and fence netting transverse direction, but according to
Lever principle (can refer to human body lever), and fulcrum is the first recess location part, and resistance is the second recess portion, and power is handle portion,
Handle portion (power) is between fulcrum and resistance always during installation, it is clear that, this belongs to laborious lever, however,
Force side is in handle portion position, and handle portion is to belong to the extension of tensioned portion, cause for power to be transmitted to power position away from
From changing (equivalent to increase additional resistance arm), not only need to apply handle portion more power, but also handle portion
It is and mesh sheet is inclined or vertical angle to cause handle portion to be in fence side always, increase touched space, have again
(for example people's walking is unconscious or touches and is influenced naturally by dust storm etc. consciously) it may increase under external force
The probability of moving influence (shaking) between the hook part of fence and vertical silk.
Summary of the invention
The object of the invention is shaken first is that solving the extra handle portion of tightener in the prior art and will cause laborious, increase
The problem of influencing probability.
The second object of the present invention is to providing a kind of fence Enhancement Method.
The three of the object of the invention are to provide a kind of fence booster.
One of in order to achieve the above objectives, the invention adopts the following technical scheme: a kind of fence booster, is pacifying for fence
Column is transversely tensioned with both the mesh sheet being mounted on column during dress, column have and extend longitudinally the hook of setting
Portion, the horizontal hair that is extended transversely by several of fence netting and several vertical silks extended longitudinally constitute, wherein include:
Ontology is installed, installation ontology has toughness or elasticity, and installation ontology has the function of deformation, and installation body length is greater than fence netting
In indulge gap between silk, installation body width is less than the gap in fence netting between horizontal hair, and installation ontology includes force section, applies
Power portion has force area, and force section is connected with installation ontology；Abutting portion, abutting portion with installation ontology be connected, force application part in
Between abutting portion, power is transmitted to abutting portion by force section, and abutting portion quantity at least two, abutting portion is for resisting upright fence post
In hook part or the vertical silk in fence netting, abutting portion include recess portion, recess portion is connected with abutting portion, recess portion have wall surface, wall
Face has accommodation space for resisting the vertical silk in fence netting or the hook part in upright fence post, recess portion, and accommodation space is for holding
The hook part received in vertical silk or upright fence post, recess portion are located at force section two sides.
In the above-mentioned technical solutions, fence booster is horizontally arranged by the embodiment of the present invention first, so that fence booster
Central axis is parallel to each other with vertical silk, while fence booster central axis is between vertical silk；Secondly pressing force section,
So that installation ontology or abutting portion and vertical silk squeeze, by its extruding, so that installing ontology, deformation occurs, promotes the recessed of abutting portion
It is mobile that portion is gradually close to vertical silk；Then when installing ontology deformation to a certain degree, so that recess portion engages vertical silk, at this point, by being pacified
The active force that dress ontology deformation generates is transmitted to recess portion, so that recess portion persistently exerts a force to vertical silk；Finally when recess portion area and vertical silk
When surface area reaches Maximum Contact area, unclamps and complete installation far from force section.
Further, in embodiments of the present invention, installation ontology and abutting portion are integrally formed.Installation ontology need to installed
Carry out deformation in journey, power need to be transmitted to abutting portion again in deformation process, thus install ontology and abutting portion using one at
Type is conducive to install being tightly engaged between ontology and each piece of abutting portion junction area, and non-integral molding fence is avoided to increase
Strong device junction is not that each piece of area is in and is tightly engaged into state, leads to install ontology deformation generating change in location, cause with
Connected abutting portion and the gap that generates of installation ontology it is increasing, damage fence booster.
Further, in embodiments of the present invention, installation ontology and the injection molding of abutting portion are integral.Because in integrated through injection molding mode
In there is packing stage, and since pressure is quite high, it can be ensured that semi-compressible is presented in installation ontology and abutting portion
Characteristic, this is considerably advantageous to installation ontology and the junction in abutting portion, because installation ontology is deformable, and abutting portion
It need to be in contact and be fixed with vertical silk, so the two junction is subjected to biggish pressure.
Further, in embodiments of the present invention, installation body shape is arc, installs ontology outwardly convex, raised
Surface deviates from abutting portion.During staff exerts a force to force section, installation ontology can generate deformation, here, originally by installation
The arc of body and direction setting, first, for installation ontology with vertical silk installation process, the installation ontology of arc has certain direction
It guides, this direction, which is guided, can provide the certain hint of staff, when so that staff installing, every time according to arcuate directions
It exerts a force to the specific direction of installation ontology, avoids staff from repeatedly exerting a force in the different directions of installation ontology, lead
Causing the fatigue resistance of installation ontology reduces, and reduces the service life of installation ontology；Second, ontology and vertical silk installation process are installed
In, the installation ontology of arc has certain guiding role, in installation ontology and vertical silk contact process, the installation ontology of arc
With certain inclined-plane, and vertical silk is cylinder, and working at the same time personnel is along installation again to the direction of installation ontology force
(the referring at aforementioned first point) of the bevel direction of ontology, this results in mobile along the cylindrical surface (arcwall face) of vertical silk when inclined-plane
When, indulging silk not only has the guiding role of power to installation ontology, and the two frictional force is very small, advantageously reduces installation difficulty
It realizes Fast Installation, is more advantageous to raising installation effectiveness.
Further, in embodiments of the present invention, force section shape is arc, and force section shape orientation installs ontology direction
Indent.Because the finger belly of the finger of people is arc shape, and finger is power output end again, therefore first, finger area can sufficiently with
Force section is bonded to each other, and increases finger to the contact surface of force section, reduce finger is influenced by the reaction force of force section, avoids
Finger and force section contact surface are smaller, in the generation pain for leading to finger finger belly after multiple installations, cause not can guarantee length
The working efficiency of time reduces installation effectiveness；Therefore second, the arc of force section can wrap finger to a certain extent, force
In the process, finger can be stopped by the arcwall face of force section, prevent finger from causing finger applying when generating offset during force
Sliding causes a degree of danger in power portion, here, the force section of arc gives one psychology of staff and reality
A safety guarantee, staff can unconscious or subconscious increasing power output, be conducive to Fast Installation and improve installation
Efficiency；Therefore finger is directed among force section by third, the guiding of one position of arc energy opponent's fingering row of force section,
In installation process, ontology is installed between abutting portion, when abutting portion is installed on vertical silk to installation ontology force,
In installation body central position, force is able to use minimum abutting portion is installed on vertical silk, is conducive to save strength,
It can guarantee prolonged working efficiency.
Further, in embodiments of the present invention, abutting portion also includes the first resistance angle, first resistance angle one end with it is recessed
Portion is connected, and the first resistance angle other end is connected with installation ontology, and the distance that the first resistance angle surface reaches recess portion central point is less than
Recess portion central point to recess portion wall surface distance.By Such analysis it is found that the point that the wall surface that the first resistance angle is recess portion swells, leads to
It crosses the point and stops vertical silk, can prevent vertical silk from skidding off abutting portion along the side of the wall surface of recess portion under external force, cause nothing
Method completes installation.
Further, in embodiments of the present invention, abutting portion also includes the second resistance angle, the second resistance angle and recess portion phase
Even, distance of the distance of the second resistance angle surface arrival recess portion central point less than the wall surface of recess portion central point to recess portion.By aforementioned
Analysis stops vertical silk by the point it is found that the point that the wall surface that the second resistance angle is recess portion swells, and vertical silk can be prevented in outer masterpiece
Abutting portion is skidded off along the other side of the wall surface of recess portion under, causes to be unable to complete installation.
Further, in embodiments of the present invention, the first resistance angle is arc-shaped, the first resistance angle and recess portion central point away from
It is installed with a distance from ontology and recess portion central point from being less than.There is Such analysis it is found that the first resistance angle has the guide face of circular arc, and is somebody's turn to do
Guide face is for installation ontology and recess portion, which is between installation ontology and recess portion, therefore the first resistance angle can not only
It is enough that vertical silk is oriented to when installing ontology and generating deformation, and its both ends position can also be led in installation ontology generation deformation
It sets when changing, prevents the volume at first resistance angle itself from vertical silk being hindered to engage with recess portion to a certain extent.
Further, in embodiments of the present invention, the second resistance angle is arc-shaped, the second resistance angle and recess portion central point away from
It is installed with a distance from ontology and recess portion central point from being less than.There is Such analysis it is found that the second resistance angle has the guide face of circular arc, and is somebody's turn to do
Guide face is for abutting portion and recess portion, and recess portion is between installation ontology and the guide face, therefore the second resistance angle can be recessed
Portion is oriented to (vertical silk a part may be in contact in engaging process with the second resistance angle) when engaging with vertical silk.
The beneficial effects of the present invention are:
The present invention exerts a force to installation ontology and it is made to carry out deformation mode, engages the abutting portion at its both ends
Vertical silk, but also when abutting portion engages vertical silk, the stress that installation ontology is generated by deformation persistently presses to abutting portion,
Cause abutting portion persistently to exert a force to vertical silk and hook part, so that the vertical silk moment keeps tight state, prevents mesh sheet from generating shaking.Herein
In the process, the not additional handle of the present invention not will increase additional friction arm not only and cause installation laborious, but also body of the invention
Product be far smaller than tightener in the prior art volume (tensioned portion of prior art tightener in interior hollow annular with
And there is handle portion), also there will be no additionally touched space is increased, cause to increase wobble effects probability.Such as by existing skill
The handle portion removal of tightener in art, firstly, the second recess portion is arranged approximately along a circular arc direction, the lateral wall of tensioned portion is in
Closed form, the inside of tensioned portion be it is hollow, illustrate tensioned portion similar to a ring.Secondly it needs to be held during installation, when gripping
When can only hold a part of the ring of annular tensioned portion, but hold process, the second recess portion need to be considered approximately along a circular arc side
To arrangement, then the second recess area is difficult to hold, the position held is also just limited, has led to the position held
Set and be difficult to be adjusted, adapt to different mesh sheet indulge between silk apart from when, it is difficult to according to different mesh sheet indulge between silk away from
It is changed to grip position, gripping (power) is caused hardly to change, and (second is recessed with resistance for fulcrum (the first recess portion)
Portion) can change (resistance arm changes), it cannot achieve laborsaving.Finally, when installing tightener using hold,
And the tightener of annular is influenced by volume and forced area are limited, and it, also can only be using holding for installment work can be completed
When holding force, and holding installation, hand is held into fist, will likely cause the hand held that can not go deep into confined space installation
To between the vertical silk of mesh sheet, also can not just carry out installment work, for backward, even if the hand held can be deep into mesh sheet
Vertical silk, because hand is wrapped around outside tensioned portion, taken when being installed quarter pay attention to hand rotation when whether can be with vertical silk
Friction, causes to damage, moreover during attention, and staff is certain to the subconscious control for carrying out power, prevents power excessive
Cause hand uncontrollable, with vertical silk friction, this also increases the difficulty of installation to a certain extent, and the present invention is in the confined space
Only force section need to be pressed with a thumb when interior installation, so that it is generated deformation can be completed installation, so in a limited space,
The tightener of the prior art cannot be achieved or be difficult to realize installation.
In order to achieve the above objectives two, the invention adopts the following technical scheme: a kind of fence Enhancement Method, including following step
It is rapid:
Fixed point, fence booster is horizontally arranged, so that fence booster central axis is parallel to each other with vertical silk, is made simultaneously
Fence booster central axis is obtained to be between vertical silk；
Pressing presses force section, so that installation ontology or abutting portion and vertical silk squeeze, is squeezed by it so that installation ontology
Deformation occurs, promotes the recess portion in abutting portion to be gradually close to vertical silk mobile；
Opposing force, when installing ontology deformation to a certain degree, so that recess portion engages vertical silk, at this point, by installing this
The bodily form sells of one's property raw active force and is transmitted to recess portion, so that recess portion persistently exerts a force to vertical silk and hook part；
Installation unclamps when recess portion area reaches Maximum Contact area with vertical silk table area and completes installation far from force section.
Further, in embodiments of the present invention, it states in pressing step, during pressing force section, finger and force section
Cambered surface fitting.
Further, in embodiments of the present invention, it presses in step, installation ontology is by arc to installation ontology and vertical silk
The positive direction of contact is oriented to, so that installation ontology is slided along vertical silk, meanwhile, installation ontology is by arc to work people
Member is visually indicated, so that staff exerts a force according to the direction that arc concaves towards always.
Further, in embodiments of the present invention, in opposing force step, after recess portion engages vertical silk, pass through first
Resistance angle surface reach recess portion central point distance be less than recess portion central point to recess portion wall surface distance setting so that first hinder
Power angle is in protuberance state for recess portion, stops one side direction of vertical silk in recess portion mobile.
Further, in embodiments of the present invention, in opposing force step, after recess portion engages vertical silk, pass through second
Resistance angle surface reach recess portion central point distance be less than recess portion central point to recess portion wall surface distance setting so that second hinder
Power angle is in protuberance state for recess portion, stops another side direction of vertical silk in recess portion mobile.
In order to achieve the above objectives three, the invention adopts the following technical scheme: a kind of fence booster, wherein include: peace
Ontology is filled, installation ontology has toughness or elasticity, and installation ontology has the function of deformation, and installation ontology includes force section, force section
For the walls shape of setting, force section has force area, and force section is connected with installation ontology；Abutting portion, abutting portion is along applying
The laterally opposed two sides in power portion extend, and abutting portion is connected with installation ontology, and abutting portion quantity at least two, force application part is in abutting
Between portion, power is transmitted to abutting portion when force section carries out deformation, abutting portion includes recess portion, and recess portion is connected with abutting portion, recess portion
Between be in a straight line, recess portion is located at force section two sides, and recess portion includes recess, the recess direction in two abutting portions be in it is non-relatively
Position, recess are arc, and recess has wall surface.
Further, in embodiments of the present invention, force section is the walls shape of arc.
Further, in embodiments of the present invention, abutting portion is the body of arc.
Further, in embodiments of the present invention, abutting portion also includes the first resistance angle, first resistance angle one end with it is recessed
Portion is connected, and the first resistance angle other end is connected with installation ontology, and the distance that the first resistance angle surface reaches recess portion central point is less than
Recess portion central point to recess portion wall surface distance.
Further, in embodiments of the present invention, abutting portion also includes the second resistance angle, the second resistance angle and recess portion phase
Even, distance of the distance of the second resistance angle surface arrival recess portion central point less than the wall surface of recess portion central point to recess portion.
Detailed description of the invention
Fig. 1 is the stereoscopic schematic diagram of fence in the prior art.
Fig. 2 is the scheme of installation of fence of the embodiment of the present invention and fence booster.
Fig. 3 is the schematic perspective view of fence of embodiment of the present invention booster.
Fig. 4 uses schematic diagram for fence of embodiment of the present invention booster.
In attached drawing
1, column 2, hook part 3, filling space
4, mesh sheet 5, horizontal hair 6, vertical silk
7, ontology 71, force section 72, abutting portion are installed
73, recess portion 74, the first resistance angle 75, the second resistance angle
H, longitudinal direction D, transverse direction
Specific embodiment
The purpose of the present invention, technical solution are clearly and completely described and advantage is more clearly understood in order to make, with
The embodiment of the present invention is further elaborated in lower combination attached drawing.It should be appreciated that specific embodiment described herein is
A part of the embodiment of the present invention is only used to explain the embodiment of the present invention instead of all the embodiments, is not used to limit this
Inventive embodiments, every other implementation obtained by those of ordinary skill in the art without making creative efforts
Example, shall fall within the protection scope of the present invention.
In the description of the present invention, it should be noted that term " center ", " in " "upper", "lower", "left", "right",
The orientation or positional relationship of the instructions such as "inner", "outside", "top", "bottom", " side ", "vertical", "horizontal" is based on the figure
Orientation or positional relationship is merely for convenience of description of the present invention and simplification of the description, rather than the device of indication or suggestion meaning or
Element must have a particular orientation, be constructed and operated in a specific orientation, therefore be not considered as limiting the invention.This
Outside, term " one ", " first ", " second ", " third ", " the 4th ", " the 5th ", " the 6th " are used for description purposes only, and cannot manage
Solution is indication or suggestion relative importance.
In the description of the present invention, it should be noted that unless otherwise clearly defined and limited, term " installation ", " phase
Even ", " connection " shall be understood in a broad sense, for example, it may be being fixedly connected, may be a detachable connection, or be integrally connected；It can
To be mechanical connection, it is also possible to be electrically connected；It can be directly connected, can also can be indirectly connected through an intermediary
Connection inside two elements.For the ordinary skill in the art, above-mentioned term can be understood at this with concrete condition
Concrete meaning in invention.
For concise and explanation purpose, the principle of embodiment is described by referring mainly to example.In the following description,
Many details are suggested to provide a thorough understanding of embodiments.It will however be evident that.For ordinary skill
Personnel, these embodiments can be not limited to these details in practice.In some instances, it does not describe in detail known
Fence Enhancement Method and structure, to avoid unnecessarily making these embodiments become difficult to understand.In addition, all embodiments can be with
It is used in conjunction with one another.
Embodiment one:
As shown in figure 3, a kind of fence booster, by column 1 and is mounted on column 1 during the installation process for fence
Transversely D is tensioned both mesh sheet 4, column 1 there is the hook part 2 that H is extended along longitudinal direction, fence netting 4 by several edges
The horizontal hair 5 and several vertical silks 6 that H extends along longitudinal direction that lateral D extends are constituted, wherein and it include: installation ontology, installation ontology tool
Flexible or elasticity, installation ontology have the function of deformation, and installation body length is greater than the gap indulged between silk 6 in fence netting 4, peace
Body width is filled less than the gap between horizontal hair 5 in fence netting 4, installation ontology has force section 71 and abutting portion 72, force section
71 have area, and force section 71 is connected with installation ontology, and force section 71 exerts a force for pressing；Abutting portion 72 and installation ontology
It is connected, between abutting portion 72, power is transmitted to abutting portion 72 by force section 71 for force section 71, and 72 quantity of abutting portion is at least two
A, abutting portion 72 has recess portion for resisting the hook part 2 in upright fence post 1 or the vertical silk 6 in fence netting 4, abutting portion 72
73, recess portion 73 is connected with abutting portion 72, and recess portion 73 has wall surface, and wall surface is used to resist vertical silk 6 in fence netting 4 or fence is vertical
Hook part 2 in column 1, recess portion 73 have accommodation space, and accommodation space is used to accommodate the hook in vertical silk 6 or upright fence post 1, recess portion 73
Positioned at 71 two sides of force section.
Implementation steps: as shown in Figure 2,4, fence booster is horizontally arranged first, so that fence booster central axis
It is parallel to each other with vertical silk 6, while fence booster central axis is between vertical silk 6.Secondly pressing force section 71, so that
Ontology 7 or abutting portion 72 are installed and vertical silk 6 squeezes, deformation occurs so that installing ontology 7 by its extruding, promotes abutting portion 72
It is mobile that recess portion 73 is gradually close to vertical silk 6.Then when installation 7 deformation of ontology to a certain degree so that recess portion 73 engages vertical silk 6, at this point,
It is transmitted to recess portion 73 by the active force that installed 7 deformation of ontology generates, so that recess portion 73 persistently exerts a force to vertical silk 6.Finally when
When 73 area of recess portion and vertical 6 surface area of silk reach Maximum Contact area, unclamps and complete installation far from force section 71.
Specifically, installation ontology 7 and abutting portion 72 are integrally formed.Installation ontology 7 need to carry out deformation during the installation process,
Power need to be transmitted to abutting portion 72 again in deformation process, therefore ontology 7 is installed and is conducive to pacify using integrated molding with abutting portion 72
Being tightly engaged between dress ontology 7 and each piece of 72 junction of abutting portion area avoids non-integral molding fence booster from connecting
The place of connecing is not each piece of area in state is tightly engaged into, and causes to install 7 deformation of ontology generation change in location, causes to be attached thereto
Abutting portion 72 with installation ontology 7 generate gap it is increasing, damage fence booster.
Specifically, installation ontology 7 and abutting portion 72 are molded integrally.Because having packing stage in integrated through injection molding mode,
And since pressure is quite high, it can be ensured that semi-compressible characteristic is presented in installation ontology 7 and abutting portion 72, this is to installation
The junction in ontology 7 and abutting portion 72 is considerably advantageous because installation ontology 7 be it is deformable, and abutting portion 72 need to it is vertical
Silk 6, which is in contact, to be fixed, so the two junction is subjected to biggish pressure.
Specifically, as in Figure 2-4, installation 7 shape of ontology is arc, installs 7 outwardly convex of ontology, raised surface back
From abutting portion 72.During staff exerts a force to force section 71, installation ontology 7 can generate deformation, here, passing through installation ontology
7 arc and direction setting, first, for installation ontology 7 with vertical 6 installation process of silk, the installation ontology 7 of arc has certain side
To guide, this direction, which is guided, can provide the certain hint of staff, when so that staff installing, every time according to arc square
It exerts a force to the specific direction to installation ontology 7, staff is avoided repeatedly to apply in the different directions of installation ontology 7
Power causes the fatigue resistance for installing ontology 7 to reduce, reduces the service life of installation ontology 7.Second, ontology 7 and vertical silk 6 are installed
In installation process, the installation ontology 7 of arc has certain guiding role, in installation ontology 7 and vertical 6 contact process of silk, arc
The inclined-plane that the installation ontology 7 of shape has, and vertical silk 6 is cylinder works at the same time direction that personnel exert a force to installation ontology 7 again
It is (the referring at aforementioned first point) of the bevel direction along installation ontology 7, this is resulted in when inclined-plane is along the cylindrical surface of vertical silk 6
When (arcwall face) is mobile, indulging silk 6 not only has the guiding role of power to installation ontology 7, and the two frictional force is very small, favorably
Fast Installation is realized in reducing installation difficulty, is more advantageous to raising installation effectiveness.
Specifically, as shown in figure 4,71 shape of force section is arc, 71 shape orientation of force section is installed in 7 direction of ontology
It is recessed.Because the finger belly of the finger of people is arc shape, and finger is power output end again, therefore first, finger area can sufficiently with apply
Power portion 71 is bonded to each other, and increases finger to the contact surface of force section 71, and reduce finger is influenced by the reaction force of force section 71,
Avoid finger and 71 contact surface of force section smaller, in the generation pain for leading to finger finger belly after multiple installations, causing can not
Guarantee prolonged working efficiency, reduces installation effectiveness.Therefore second, the arc of force section 71 can wrap up to a certain extent stops
Refer to, during force, finger can be stopped by the arcwall face of force section 71, prevent finger from causing when generating offset during force
Finger slides on force section 71 and causes a degree of danger, here, the force section 71 of arc gives staff one
One safety guarantee of psychology and reality, staff can unconscious or subconscious increasing power output, be conducive to quickly
Installation improves installation effectiveness.Therefore finger is directed to by third, the guiding of one position of arc energy opponent's fingering row of force section 71
Among force section 71, during the installation process, installation ontology 7 is will to support between abutting portion 72 to the installation force of ontology 7
When tight portion 72 is installed on vertical silk 6, in installation 7 center of ontology, force is able to use the installing abutting portion 72 of minimum
Onto vertical silk 6, is conducive to save strength, can guarantee prolonged working efficiency.
Specifically, as shown in Figure 3,4, abutting portion 72 also has the first resistance angle 74 and the second resistance angle 75.First resistance
74 one end of angle is connected with recess portion 73, and 74 other end of the first resistance angle is connected with installation ontology 7, and 74 surface of the first resistance angle reaches recessed
Distance of the distance of 73 central point of portion less than the wall surface of 73 central point of recess portion to recess portion 73.Second resistance angle 75 and 73 phase of recess portion
Even, 75 surface of the second resistance angle reach 73 central point of recess portion distance be less than 73 central point of recess portion to recess portion 73 wall surface away from
From.By Such analysis it is found that the first resistance angle 74 and the second resistance angle 75 are the point of the wall surface protuberance of recess portion 73, pass through two o'clock
Vertical silk 6 is stopped, in a first aspect, passing through the mutual cooperation at the first resistance angle 74 and the second resistance angle 75, can be removed in vertical silk 6
(stress that installation 7 deformation of ontology at this time generates will drive the recess portion in abutting portion 72 during the installation arrival of ontology 7 abutting portion 72
73 hit vertical silk 6) carry out certain buffering.Second aspect, by the mutual cooperation at the first resistance angle 74 and the second resistance angle 75,
The reaction force generated behind the installation arrival of ontology 7 abutting portion 72 can be removed to vertical silk 6 to stop, and prevent the vertical removal of silk 6 from supporting
The recess portion 73 in tight portion 72.The third aspect can prevent vertical silk by the mutual cooperation at the first resistance angle 74 and the second resistance angle 75
After 6 coupling recess 73, vertical silk 6 skids off abutting portion 72 along the both direction of the wall surface of recess portion 73 under external force, causes nothing
Method completes installation.
Specifically, the first resistance angle 74 is arc-shaped, and the first resistance angle 74 is less than with 73 central point of recess portion distance installs this
Body 7 and 73 central point distance of recess portion.There is Such analysis it is found that the first resistance angle 74 has the guide face of circular arc, and the guide face phase
For installation ontology 7 and recess portion 73, which is between installation ontology 7 and recess portion 73, therefore the first resistance angle 74 is not only
Vertical silk 6 can be oriented to when installing ontology 7 and generating deformation, and deformation can also be generated in installation ontology 7 to lead to it
When end positions change, prevent the volume at the first resistance angle 74 itself from vertical silk 6 being hindered to connect with recess portion 73 to a certain extent
It closes.
Specifically, the second resistance angle 75 is arc-shaped, and the second resistance angle 75 is less than with 73 central point of recess portion distance installs this
Body 7 and 73 central point distance of recess portion.There is Such analysis it is found that the second resistance angle 75 has the guide face of circular arc, and the guide face phase
For abutting portion 72 and recess portion 73, recess portion 73 is between installation ontology 7 and the guide face, therefore the second resistance angle 75 can be
Recess portion 73 is oriented to when engaging with vertical silk 6, and (vertical 6 a part of silk may connect in engaging process with the second resistance angle 75
Touching).
The beneficial effects of the present invention are:
First, the present invention exerts a force to installation ontology 7 and it is made to carry out deformation mode, not only makes the abutting at its both ends
Portion 72 engages vertical silk 6, but also when abutting portion 72 engages vertical silk 6, and the stress that installation ontology 7 is generated by deformation is persistently to supporting
Tight portion 72 presses, and abutting portion 72 is caused persistently to exert a force to vertical silk 6 with hook part 2, so that vertical 6 moment of silk keeps tight state,
Prevent mesh sheet 4 from generating shaking.In the process, the not additional handle of the present invention not will increase additional friction arm not only and cause
Installation is laborious, and volume of the invention is far smaller than the volume (prior art tightener of tightener in the prior art
Tensioned portion in interior hollow annular and there is handle portion), also there will be no additionally touched space is increased, cause to increase
Wobble effects probability.Such as the handle portion of tightener in the prior art is removed, firstly, the second recess portion is approximately along a circular arc side
To arrangement, the lateral wall of tensioned portion is in closed form, the inside of tensioned portion be it is hollow, illustrate tensioned portion similar to a ring.Secondly exist
It need to be held when installation, when gripping can only hold a part of the ring of annular tensioned portion, but when holding process, need to be in view of the
Two recess portions are arranged approximately along a circular arc direction, then the second recess area is difficult to hold, are also just limited
The position of gripping causes the position held to be difficult to be adjusted, adapt to different mesh sheet 4 indulge between silk 6 apart from when, it is difficult to
The distance between silk 6 is indulged according to different mesh sheet 4 to change grip position, and gripping (power) is caused hardly to change, and
Fulcrum (the first recess portion) and resistance (the second recess portion) can change (resistance arm changes), cannot achieve laborsaving.Finally,
Using holding when installing tightener, and the tightener of annular is influenced by volume and forced area are limited, for energy
Installment work is enough completed, when can only also exert a force using holding, and hold installation, hand is held into fist, in confined space installation
Will likely cause hold hand can not be deep between the vertical silk 6 of mesh sheet 4, also can not just carry out installment work, backward and
Speech, even if the hand held can be deep into the vertical silk 6 of mesh sheet 4, because hand is wrapped around outside tensioned portion, when being installed
It takes and pays attention to whether rubbing with vertical silk 6 when hand rotation quarter, cause to damage, moreover during attention, staff's affirmative
Can the subconscious control for carrying out power, prevent power is excessive from causing hand uncontrollable, rub with vertical silk 6, this is also to a certain extent
The difficulty of installation is increased, and a thumb need to only be used when the present invention installs in a limited space to press force section 71, makes it
Generating deformation can be completed installation, so in a limited space, the tightener of the prior art is to cannot be achieved or be difficult to reality
Now install.
Second, the present invention installs fence by horizontal positioned, so that fence booster central axis and vertical 6 phase of silk
Mutually parallel, during after installation and installation, fence booster force direction is directed towards lateral D horizontal direction always,
That is staff can realize the horizontal positioned of fence booster in a pre-installation, without in installation process and installation
Afterwards, it is adjusted when fence booster has powerful reaction force, avoids fence booster from being adjusted under stress and (turn
Dynamic fence booster, makes it become horizontal position), not only easily cause vertical silk 6 and moving up and down in hook part 2, cause horizontal hair 5 and
Hook part 2 is blocked in the junction (part having more) of vertical silk 6, and the hook part 2 that is partially disengaged for causing to block under external force is vacated
One section of space, causes to shake, and may cause in adjustment because hand power output is excessive it is handshaking, cause fence enhancing be difficult to reality
The adjustment of existing horizontal position, makes fence booster be detached from fence under external force, can not solve the problems, such as shaking.
Third, the present invention in quantity of material demand seldom, and are processed by the setting of installation ontology 7 and abutting portion 72
Difficulty is extremely low, and material can not only be saved in technique, and also helps production and promote.
4th, the present invention by installation ontology 7 toughness or elasticity carry out deformation, be conducive to adapt to mesh sheet 4 in indulge silk 6 it
Between different in width.
5th, the present invention is drawn close using the abutting portion 72 at the pulling both ends of deformation to centre, is shown through test result, is exerted a force
The abutting portion 72 that the mobile distance of 71 deformation of portion is less than both ends has mobile distance altogether, this, which is equivalent to, reduces certain resistance
Arm is to be conducive to labour-saving.
A kind of fence Enhancement Method, comprising the following steps:
Fixed point, fence booster is horizontally arranged, so that fence booster central axis is parallel to each other with vertical silk 6, simultaneously
So that fence booster central axis is between vertical silk 6.
Pressing presses force section 71, so that installation ontology 7 or abutting portion 72 and vertical silk 6 squeeze, is squeezed by it so that peace
Filling ontology 7, deformation occurs, promotes the recess portion 73 in abutting portion 72 to be gradually close to vertical silk 6 mobile.
Opposing force, when installing 7 deformation of ontology to a certain degree, so that recess portion 73 engages vertical silk 6, at this point, by being pacified
The active force that dress 7 deformation of ontology generates is transmitted to recess portion 73, so that recess portion 73 persistently exerts a force to vertical silk 6 with hook part 2.
Installation is unclamped and is completed far from force section 71 when 73 area of recess portion reaches Maximum Contact area with vertical 6 surface area of silk
Installation.
Specifically, it states in pressing step, during pressing force section 71, finger is bonded with 71 cambered surface of force section.
Specifically, press in step, installation ontology 7 by arc to the positive direction that is contacted with vertical silk 6 of installation ontology 7 into
Row guiding, so that installation ontology 7 is slided along vertical silk 6, meanwhile, installation ontology 7 carries out vision to staff by arc and refers to
Show, so that staff exerts a force according to the direction that arc concaves towards always.
Specifically, it in opposing force step, after recess portion 73 engages vertical silk 6, is reached by 74 surface of the first resistance angle
The distance of 73 central point of recess portion be less than 73 central point of recess portion to recess portion 73 wall surface distance setting and pass through the second resistance angle
75 surfaces reach 73 central point of recess portion distance be less than 73 central point of recess portion to recess portion 73 wall surface distance setting so that first
Resistance angle 74 and the second resistance angle 75 are in protuberance state for recess portion 73, and the vertical silk 6 in blocking recess portion 73 is to the left and right
Two side directions are mobile.
Embodiment two:
A kind of fence, the fence booster with above-described embodiment one.
Embodiment three:
A kind of fence installation method, has follow steps:
It hooks and closes, draw vertical silk or the horizontal hair part of mesh sheet, by vertical silk hook in the hook part of column；
Fence installation method also has the step of fence Enhancement Method of above-described embodiment one.
Example IV:
As shown in figure 3, a kind of fence booster, wherein it include: installation ontology 7, installation ontology 7 has toughness or elasticity,
Installation ontology 7 has the function of deformation, and installation ontology 7 has force section 71, abutting portion 72.Force section 71 is the wall shape erect
Shape, force section 71 have force area, and force section 71 is connected with installation ontology 7；Abutting portion 72 is opposite along 71 transverse direction D of force section
Two sides extend, and abutting portion 72 is connected with installation ontology 7, and 72 quantity at least two of abutting portion, force section 71 is located at abutting portion 72
Between, power is transmitted to abutting portion 72 when force section 71 carries out deformation, abutting portion 72 has recess portion 73, recess portion 73 and abutting portion 72
Be connected, be in a straight line between recess portion 73, recess portion 73 is located at 71 two sides of force section, recess portion 73 with recess, two abutting portions 72
Recess direction is in non-relative position, and recess is arc, and recess has wall surface.
Specifically, force section 71 is the walls shape of arc.
Specifically, abutting portion 72 is the body of arc.
Specifically, abutting portion 72 also includes the first resistance angle 74, and 74 one end of the first resistance angle is connected with recess portion 73, and first
74 other end of resistance angle is connected with installation ontology 7, and the distance that 74 surface of the first resistance angle reaches 73 central point of recess portion is less than recess portion
73 central points to recess portion 73 wall surface distance.
Specifically, abutting portion 72 also includes the second resistance angle 75, and the second resistance angle 75 is connected with recess portion 73, the second resistance
Distance of the distance of 75 surface of angle arrival, 73 central point of recess portion less than the wall surface of 73 central point of recess portion to recess portion 73.
Although the illustrative specific embodiment of the present invention is described above, in order to the technology of the art
Personnel are it will be appreciated that the present invention, but the present invention is not limited only to the range of specific embodiment, to the common skill of the art
For art personnel, as long as long as various change the attached claims limit and determine spirit and scope of the invention in, one
The innovation and creation using present inventive concept are cut in the column of protection.
Claims (10)
1. a kind of fence booster, for fence during the installation process by both column and the mesh sheet being mounted on the column edge
Lateral tension, the column have the hook part for extending longitudinally setting, and the fence netting is extended transversely by several
Horizontal hair and several vertical silks that extend longitudinally constitute, wherein include:
Ontology is installed, the installation ontology has toughness or elasticity, and the installation body length, which is greater than described in the mesh sheet, indulges
Gap between silk, the installation body width are less than the gap between horizontal hair described in the mesh sheet, and the installation ontology includes
Force section, the force section are connected with the installation ontology；
Abutting portion, the abutting portion are connected with the installation ontology, and the force application part is between the abutting portion, the force
Power is transmitted to the abutting portion, abutting portion quantity at least two by portion, and the abutting portion is used to resist the hook part
Or the vertical silk, the abutting portion include
Recess portion, the recess portion are connected with the abutting portion, the recess portion have wall surface, the wall surface for resist the vertical silk or
The hook part, the recess portion have accommodation space, and the accommodation space is for accommodating the vertical silk or the hook part, the recess portion
Positioned at the force section two sides.
2. fence booster according to claim 1, wherein the installation ontology and the abutting portion are integrally formed.
3. fence booster according to claim 1, wherein the installation ontology and abutting portion injection molding are integral.
4. fence booster according to claim 1, wherein the installation body shape be arc, the installation ontology to
The surface of outer lug, the protrusion deviates from the abutting portion.
5. fence booster according to claim 1, wherein the force section shape is arc, force section shape court
To installation ontology direction indent.
6. fence booster according to claim 1, wherein the abutting portion also includes
First resistance angle, first resistance angle one end are connected with the recess portion, first resistance angle other end and the peace
It fills ontology to be connected, the distance that the first resistance angle surface reaches the recess portion central point is less than recess portion central point to the wall of recess portion
The distance in face.
7. fence booster according to claim 1, wherein the abutting portion also includes
Second resistance angle, second resistance angle are connected with the recess portion, and the second resistance angle surface reaches in the recess portion
Distance of the distance of heart point less than the wall surface of recess portion central point to recess portion.
8. fence booster according to claim 6, wherein first resistance angle is arc-shaped, first resistance angle
It is less than the installation ontology and the recess portion central point distance with the recess portion central point distance.
9. fence booster according to claim 7, wherein the second resistance angle is arc-shaped, second resistance
Power angle and recess portion central point distance are less than the installation ontology and the recess portion central point distance.
10. a kind of fence Enhancement Method, comprising the following steps:
Fixed point, fence booster is horizontally arranged, so that fence booster central axis is parallel to each other with vertical silk, while to enclose
Column booster central axis is between vertical silk；
Pressing presses force section, so that installation ontology or abutting portion and vertical silk squeeze, by its extruding so that the installation ontology
Deformation occurs, promotes the recess portion in the abutting portion to be gradually close to vertical silk mobile；
Opposing force, when the installation ontology deformation to a certain degree so that the recess portion engages vertical silk, at this point, by being pacified
The active force that dress ontology deformation generates is transmitted to recess portion, so that recess portion persistently exerts a force to vertical silk and hook part；
Installation is unclamped and is completed far from the force section when the recess portion area reaches Maximum Contact area with vertical silk table area
Installation.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910215866.7A CN109914910B (en) | 2019-03-21 | 2019-03-21 | Rail enhancer and rail enhancing method |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910215866.7A CN109914910B (en) | 2019-03-21 | 2019-03-21 | Rail enhancer and rail enhancing method |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN109914910A true CN109914910A (en) | 2019-06-21 |
| CN109914910B CN109914910B (en) | 2023-12-01 |
Family
ID=66966037
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201910215866.7A Active CN109914910B (en) | 2019-03-21 | 2019-03-21 | Rail enhancer and rail enhancing method |
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Also Published As
| Publication number | Publication date |
|---|---|
| CN109914910B (en) | 2023-12-01 |
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