CN101927708A - Split bracket body and insulating bracket thereof - Google Patents
Split bracket body and insulating bracket thereof Download PDFInfo
- Publication number
- CN101927708A CN101927708A CN 201010295505 CN201010295505A CN101927708A CN 101927708 A CN101927708 A CN 101927708A CN 201010295505 CN201010295505 CN 201010295505 CN 201010295505 A CN201010295505 A CN 201010295505A CN 101927708 A CN101927708 A CN 101927708A
- Authority
- CN
- China
- Prior art keywords
- support
- upper body
- support upper
- full skirt
- containing cavity
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Granted
Links
Images
Landscapes
- Train Traffic Observation, Control, And Security (AREA)
- Connection Of Plates (AREA)
Abstract
The invention relates to a split bracket body and an insulating bracket thereof, belonging to devices for configuring electric conduction or insulation along a track contact or at a joint part in metros, and in particular relates to an insulating bracket used for mounting a third track of a metro. In the invention, the lower body of the bracket is provided with a lower bracket body accommodating cavity, and the upper body of the bracket is provided with a slide body used for forming slide fit with the accommodating cavity of the lower body of the bracket; a fastening and positioning component is arranged on the accommodating cavity and can be matched with a position adjustment chute on the upper body of the bracket; and a position adjustment bolt is arranged through a position adjustment bolt hole on the upper body of the bracket. In the scheme, the lower bracket body accommodating cavity is not only used for fixing the upper bracket body and the lower bracket body of the bracket into a whole, but also forms a structural relation that the slide body can be accommodated in the chute to slide, with the upper bracket body, and the lower bracket body accommodating cavity also forms a height adjustment structure with the upper bracket body; a stress centralized point can be effectively avoided so as to effectively improve the tolerance propety of components; and the bracket is convenient to dismantle and maintain the components.
Description
Technical field
The invention belongs to and follow the Car Track contact in the subway or, particularly be used to install the insulating support of subway the 3rd rail (conductor rail) at its joint configuration conduction or non-conductive device.
Background technology
Described insulating support is meant at subway the 3rd rail (conductor rail) goes up the insulating support of installing that is used to support the 3rd rail along the line, and conductor rail needs several supports to provide support along the line.
Known technology, " 200920107192.0 compound type contact rail supports; comprise the support bottom; with the upper end bonded assembly mid-stent of support bottom; with the bonded assembly support top, top of mid-stent; the support bottom is a steel pipe; its cross-sectional plane is " returning " shape are disclosed as Chinese patent application, the bottom surface of support bottom is connected with the upper surface of a supporting plate one end, mid-stent and support top are that non-metallic material is made, itself and support bottom connect as one by fastener, form a die cavity that matches with the contact rail tread between mid-stent and the support top, the inwall on support top be provided with stepped in breach, the mid-stent outer wall be provided with interior breach corresponding outside breach, interior breach and outer breach are embedded with the slide rail that is complementary with it respectively, slide rail and contact rail direct contact, and mating surfaces is circular-arc.
And for example Chinese patent discloses " 200920107191.6 1 kinds of contact rail glass fibre reinforced plastic integral insulating supports that contain sliding rail; it comprises the support bottom; with the upper end bonded assembly mid-stent of support bottom; with the bonded assembly support top, top of mid-stent; the support bottom is L-shaped; the die cavity that formation one and contact rail tread match between mid-stent and support top, on the left end inwall of support top, establish stepped in breach, on mid-stent left end outer wall, establish with interior breach corresponding outside breach, interior breach and outer breach are embedded with the slide rail that is complementary with it respectively, slide rail and contact rail direct contact, and mating surfaces is circular-arc.
For another example Chinese patent disclose " 200320101485.0 1 kinds of conductor rail supports, it comprises support component, the elbow shaped rod that support component has only an insulating material to make, its lower end is a linkage section, this linkage section is provided with draw bail; The upper end of elbow shaped rod is provided with a horizontal support section, is provided with a horizontal support face on this horizontal support section, sets firmly shield components thereon; What connect described linkage section and horizontal support section is an extension rod section, and when the horizontal support face of described elbow shaped rod was horizontal positioned, the axis of the length direction of extension rod section was a parallax; At least the cross-sectional plane vertical of extension rod section with this length direction be shaped as machicolated form, promptly the extension rod section has convex ridge and depression ditch along its length direction, and the diff-H of convex ridge or depression ditch reduces gradually from top to bottom.The cover that blocks on the protective cover that also comprises is provided with the osed top engraved structure.
The support of a kind of more new construction of industry expectation comes out, and satisfies the demand of market diversification.
Summary of the invention
This case problem to be solved is to overcome the above-mentioned defective that aforementioned techniques exists, and a kind of split rack body is provided, and wherein, described rack body is made of body under support upper body, the support; Body has body containing cavity under the support under the described support, and described support upper body has gliding mass, this gliding mass be used for support under the body containing cavity form bearing fit; The fastening locations of configuration on the described containing cavity, this fastening locations should be able to combine with the positioning chute coupling on the support upper body; The positioning bolt is installed by support upper body positioning screw.
Thus, the body containing cavity not only is used for body under the support and support upper body are fixed as one under this support, and body containing cavity and support upper body have formed chute and can hold the tectonic relationship that gliding mass slides under the support, and under the support body containing cavity and support upper body have also formed height adjustment structure; But actv. is avoided stressed focal point of stress, thereby effectively improves the tolerance performance of parts; Make things convenient for the parts change and repair.
This case technical solution problem can also take following technical scheme further to realize.
Aforementioned split rack body, wherein, the body containing cavity has first madial wall, second madial wall of symmetry each other under the described support, forms containing cavity bottom and containing cavity back between this first, second madial wall; This first, second madial wall is formed for holding the slideway of support upper body upper and lower displacement; The stop section of positioning bolt is formed on the containing cavity bottom, and fastening locations is configured in the containing cavity back; Described support upper body is made of with support upper body backboard support upper body backboard and closed support upper body wall portion and is the end, is the box-like of wall with support upper body wall portion, and forms support upper body chamber; The containing cavity back of body containing cavity is corresponding under support upper body backboard and the support; On the described support upper body backboard positioning chute is set.
Aforementioned split rack body, wherein, described support upper body wall portion is integrally formed by support upper body bottom, support upper body top and support upper body sidewall, thereby forms the wall portion of box-like support upper body chamber; Described support upper body bottom and support upper body sidewall form the wall portion of gliding mass; Described support upper body sidewall has support upper body assembling sidewall, and first, second madial wall of body containing cavity becomes bearing fit under this support upper body assembling sidewall and the support.
Aforementioned split rack body, wherein, the described support upper body first half has integrally formed mounted base, described mounted base is set to by support upper body backboard, protrudes out formation full skirt mandrel back to support upper body chamber, described full skirt mandrel end face is the supporting component department of assembly, is used to install the 3rd rail supporting component; Described full skirt mandrel has preset length and forms the support forearm, and the periphery of full skirt mandrel is the full skirt department of assembly; The full skirt mandrel has integrally formed mandrel chamber.
Aforementioned split rack body, wherein, described positioning screw is provided with by support upper body bottom is placed in the middle; Described positioning chute is arranged on support upper body backboard centre line L bilateral symmetry position, and the positioning chute is located at the middle position of this line of centers side; Described base and stand are integrally formed, and the installation bottom lengths of base is greater than the height of stand; Body is the compression moulding of glass-felt plastic one under the described support; Described adjustable bolt is the glass-felt plastic material.
Aforementioned split rack body, wherein, body is made up of base and stand under the described support, and body base one end forms body stand under the support straight up under the support; The containing cavity bottom is to satisfying default positioning height between the stand top.
This case problem to be solved is to overcome the above-mentioned defective that aforementioned techniques exists, and a kind of insulating support of split rack body is provided, and wherein, full skirt is by the full skirt department of assembly of the rack-mount body mounted base of full skirt center assembly opening; The inwall of described full skirt disk body has the full skirt circular fin.
This case technical solution problem can also take following technical scheme further to realize.
The aforementioned dielectric support, wherein, the disk body center section outer rim of described full skirt is camber line, and full skirt is have full skirt center assembly opening discoid; This full skirt mandrel and support upper body are formed in one.
The aforementioned dielectric support, wherein, described full skirt is a disk-shaped glass steel insulator; The umbrella inclination angle of described full skirt is 20 °〉α〉15 °; Described full skirt surface is provided with the water repelling anti-fouling coating.
The aforementioned dielectric support, wherein, described water repelling anti-fouling coating is the sulphurated siliastic coating.
This case problem to be solved is to overcome the above-mentioned defective that aforementioned techniques exists, and a kind of rack body of insulating support is provided, and wherein, described rack body is made of body under support upper body, the support; Body has body containing cavity under the support under the described support, and described support upper body has gliding mass, this gliding mass be used for support under the body containing cavity form bearing fit; The fastening locations of configuration on the described containing cavity, this fastening locations should be able to combine with the positioning chute coupling on the support upper body; The positioning bolt is installed by support upper body positioning screw.
Thus, the body containing cavity not only is used for body under the support and support upper body are fixed as one under this support, and body containing cavity and support upper body have formed chute and can hold the tectonic relationship that gliding mass slides under the support, and under the support body containing cavity and support upper body have also formed height adjustment structure; But actv. is avoided stressed focal point of stress, thereby effectively improves the tolerance performance of parts; Make things convenient for the parts change and repair.
This case technical solution problem can also take following technical scheme further to realize.
The rack body of aforesaid insulating support, wherein, the body containing cavity has first madial wall, second madial wall of symmetry each other under the described support, forms containing cavity bottom and containing cavity back between this first, second madial wall.
The rack body of aforesaid insulating support, wherein, this first, second madial wall is formed for holding the slideway of support upper body upper and lower displacement; The stop section of positioning bolt is formed on the containing cavity bottom, and fastening locations is configured in the containing cavity back.
The rack body of aforesaid insulating support, wherein, described support upper body is made of with support upper body backboard support upper body backboard and closed support upper body wall portion and is the end, is the box-like of wall with support upper body wall portion, and forms support upper body chamber.
The rack body of aforesaid insulating support, wherein, the containing cavity back of body containing cavity is corresponding under support upper body backboard and the support.
The rack body of aforementioned dielectric support wherein, is provided with the positioning chute on the described support upper body backboard.
The rack body of aforementioned dielectric support, wherein, described support upper body wall portion is by the wall portion of support upper body bottom, support upper body top and integrally formed this box-like support upper body chamber of support upper body sidewall.
The rack body of aforementioned dielectric support, wherein, described support upper body bottom and support upper body sidewall form the wall portion of gliding mass.
The rack body of aforementioned dielectric support, wherein, described positioning screw is provided with by support upper body bottom is placed in the middle.
The rack body of aforementioned dielectric support, wherein, described support upper body sidewall has support upper body assembling sidewall, and first, second madial wall of body containing cavity becomes bearing fit under this support upper body assembling sidewall and the support.
The rack body of aforementioned dielectric support, wherein, described positioning chute is arranged on support upper body backboard centre line L bilateral symmetry position, and the positioning chute is located at the middle position of this line of centers side.
The rack body of aforementioned dielectric support, wherein, described base and stand are integrally formed, and the installation bottom lengths of base is greater than the height of stand.
The rack body of aforementioned dielectric support, wherein, body is the compression moulding of glass-felt plastic one under the described support; Described adjustable bolt is the glass-felt plastic material.
The rack body of aforementioned dielectric support, wherein, body is made up of base and stand under the described support, and body base one end forms body stand under the support straight up under the support.
The rack body of aforementioned dielectric support, wherein, the containing cavity bottom is to satisfying default positioning height between the stand top.
The rack body of aforementioned dielectric support, wherein, the described support upper body first half has integrally formed mounted base, described mounted base is set to by support upper body backboard, protrudes out formation full skirt mandrel back to support upper body chamber, described full skirt mandrel end face is the supporting component department of assembly, is used to install the 3rd rail supporting component; Described full skirt mandrel has preset length and forms the support forearm, and the periphery of full skirt mandrel is the full skirt department of assembly.
The rack body of aforementioned dielectric support, wherein, described full skirt mandrel has integrally formed mandrel chamber 2102, problem of stress concentration when avoiding parts-moulding.
The rack body of aforementioned dielectric support, wherein, described full skirt mandrel has the preset diameters that combines with full skirt, so that support can bear from the 3rd rail and supporting component strength.
This case problem to be solved is to overcome the above-mentioned defective that aforementioned techniques exists, and provide a kind of the 3rd rail supporting component of insulating support, constitute by sub-fastener and mother buckle and track contact, sub-fastener is packed on the mother buckle, wherein, described sub-fastener is made up of lateral piece, the upright shoulder of sub-fastener, the horizontal shoulder of sub-fastener, and described lateral piece is the straight horizontal plate, the both sides of sub-fastener have convex ridge, and this convex ridge plays the convex edge that forms edge sealing from the lateral piece port through the upright shoulder of sub-fastener until the horizontal shoulder of sub-fastener; Described mother buckle is made of vertical plate part and the horizontal portion of holding, the described horizontal portion of holding has the horizontal shoulder of mother buckle, described vertical plate part is vertical mutually with the horizontal portion of holding, the described horizontal portion of holding has horizontal top plate, form the upright shoulder of mother buckle between the horizontal shoulder of this horizontal top plate and mother buckle, be extended down to vertical plate part by the horizontal shoulder of mother buckle and form horizonal base plate, form the fastener container cavity between horizonal base plate and the horizontal top plate, described horizontal top plate both sides have the top board convex ridge and form the mother buckle fitting recess, and this mother buckle fitting recess becomes to be slidingly installed with the lateral piece end.
The 3rd rail support component not only can effectively reduce the chance of occurrence of jam fault thus, also can effectively reduce vibrations and bring the superstructure loosening phenomenon.This setting not only can effectively improve the thermal diffusivity at stressed stress position, also can make the parts lightweight, and the locknut of fastener also can take this to hide oneself; The bulk strength of each parts can be further effectively strengthened in the careful setting of each component detail of this case.
This case technical solution problem can also take following technical scheme further to realize.
The 3rd rail supporting component of aforementioned dielectric support, wherein, the lateral piece end has and is used for and the sub-fastener assembly opening of mother buckle stack-mounted; Mother buckle is packed on the mounted base of support upper body by this vertical plate part.
The 3rd rail supporting component of aforementioned dielectric support wherein, has the mother buckle assembly opening that combines with sub-fastener assembly opening coupling on the horizontal top plate, sub-fastener and mother buckle install with binding bolt and locknut mode.
The 3rd rail supporting component of aforementioned dielectric support, wherein, the upright shoulder of described mother buckle is suitable with the upright shoulder height degree of sub-fastener, and the geometrical extension of horizontal shoulder of mother buckle and the horizontal shoulder of sub-fastener is suitable.
The 3rd rail supporting component of aforementioned dielectric support, wherein, mother buckle and sub-fastener fasten to form and hold the track chamber that the 3rd rail passes through; Form the track jaw between horizontal shoulder of sub-fastener and the horizontal shoulder of mother buckle.
The 3rd rail supporting component of aforementioned dielectric support, wherein, described sub-fastener width is set to 1/3 or 4/9 or 5/9 or 2/3 of track chamber width.
The 3rd rail supporting component of aforementioned dielectric support, wherein, described track contact is made of cap body and assembling bolt, and described cap body constitutes the semi-cylindrical structure by cap body bottom surface and cap body periphery, and cap body bottom surface length is 1 times of cap body bottom width or 1.5 times or 2 times or 2.5 times.
The 3rd rail supporting component of aforementioned dielectric support, wherein, described cap body bottom width is 1/3 of the horizontal shoulder elongation of sub-fastener or mother buckle.
The 3rd rail supporting component of aforementioned dielectric support, wherein, described assembling bolt diameter is 1/2 of a cap body bottom width.
The 3rd rail supporting component of aforementioned dielectric support, wherein, described cap body bottom width less than the upright shoulder of mother buckle (or the upright shoulder of sub-fastener) highly.
The 3rd rail supporting component of aforementioned dielectric support, wherein, assembling bolt middle position is in this cap body bottom surface.
The 3rd rail supporting component of aforementioned dielectric support, wherein, described track contact is configured in respectively on upright shoulder of mother buckle and the upright shoulder of sub-fastener, and on horizontal shoulder of sub-fastener and the horizontal shoulder of mother buckle.
The 3rd rail supporting component of aforementioned dielectric support, wherein, described sub-fastener is or/and mother buckle is that steel casting is one-body molded.
The 3rd rail supporting component of aforementioned dielectric support, wherein, described track contact is that nylon material or PTFE anti-wear material are one-body molded.
The 3rd rail supporting component of aforementioned dielectric support, wherein, mother buckle slightly is wider than sub-fastener, with the sub-fastener of support.
This case problem to be solved is to overcome the above-mentioned defective that aforementioned techniques exists, and a kind of full skirt that is used for insulating support is provided, and wherein, described full skirt is a disk-shaped glass steel insulator; This full skirt is have full skirt center assembly opening discoid, and described full skirt is by the full skirt department of assembly of the rack-mount body mounted base of full skirt center assembly opening.
The full skirt of aforesaid insulating support, wherein, the disk body center section outer rim of described full skirt is camber line.
The full skirt of aforesaid insulating support, wherein, the inwall of described full skirt disk body has the full skirt circular fin, and full skirt mandrel and support upper body are formed in one.
The full skirt of aforesaid insulating support, wherein, the umbrella inclination angle of described full skirt is 20 °〉α〉15 °.
The full skirt of aforesaid insulating support, wherein, described full skirt surface is provided with the water repelling anti-fouling coating.
The full skirt of aforesaid insulating support, wherein, described water repelling anti-fouling coating is the sulphurated siliastic coating.
This case compared with prior art has significant advantage and beneficial effect.
By above technical scheme as can be known, this case has following advantage at least under the structure configuration of excellence.
The setting of this case the 3rd rail supporting component can reduce vibrations and bring the superstructure loosening phenomenon; Can effectively avoid causing the accident of " jam " because of parts expand with heat and contract with cold; This case the 3rd rail supporting component parts lightweight, load is reasonable, and the bulk strength performance of parts is better.
This case rack body is for dividing body structure, and the support upper body has formed height adjustment structure in conjunction with body under the support; Avoid the tolerance performance that stressed focal point of stress effectively improves parts.This case support not only insulate, and is convenient to dismounting and changes part, and part standard can effectively reduce the industrialization manufacturing cost; Body, positioning bolt are the glass-felt plastic material under this case support upper body, the support, can guarantee that thus creep distance is a preset value; The mounted base setting of this case support upper body be the pedestal of the 3rd rail supporting component is installed, be the mandrel that full skirt is installed again, or the forearm of support.
The reasonable disposition of this case full skirt can further improve the resistant electric property of insulating support.
The reasonable disposition of this case track contact can further effectively solve the 3rd rail clip resistance phenomenon, and unit architecture is more solid durable, difficult drop-off, and this track contact is simple in structure, compatibility good, can become the industrialization gauge member.
The specific embodiment of this case is provided in detail by following examples and accompanying drawing thereof.
Below in conjunction with preferred embodiment, the specific embodiment that this case provides to foundation, feature and effect thereof, describe in detail as after; For simple and purpose clearly, hereinafter appropriate omission the description of known technology, in order to avoid those unnecessary details influences are to the description of the technical program.
Description of drawings
Fig. 1 is this case insulating support perspective view.
Fig. 1 a is this case insulating support side-looking structural representation.
Fig. 1 b is that the face structural representation is looked on the right side of 1a.
Fig. 1 c is that the A-A of Fig. 1 b is to the sectional plane structural representation.
Fig. 1 d is that this case insulating support decomposes the assembling structure scheme drawing.
Fig. 2 is a body configuration scheme drawing under this case medium-height trestle.
Fig. 2 a is this case medium-height trestle upper body structural representation.
Fig. 3 is the 3rd a rail supporting component organigram in this case.
Fig. 3 a is this case the 3rd rail supporting component neutron fastener organigram.
Fig. 3 b is a mother buckle organigram in this case the 3rd rail supporting component.
Fig. 3 c is this case the 3rd rail supporting component middle orbit contact organigram.
Fig. 4 is the perspective view of full skirt in this case.
Fig. 4 a is the center section structure scheme drawing of this case full skirt.
The specific embodiment
Below in conjunction with preferred embodiment, the specific embodiment that this case provides to foundation, feature and effect thereof, describe in detail as after; For simple and purpose clearly, hereinafter appropriate omission the description of known technology, in order to avoid those unnecessary details influences are to the description of the technical program.
Shown in Fig. 1-4, a kind of insulating support, constitute by the 3rd rail supporting component 1 and rack body 2, described the 3rd rail supporting component 1 is made of sub-fastener 11 and mother buckle 12 and track contact 13, sub-fastener is packed on the mother buckle by fastener 10, be separately installed with the track contact on sub-fastener and the mother buckle, mother buckle 12 is packed on the rack body 2, wherein by fastener 14: described rack body 2 is made of body 22 under support upper body 21, the support.
Body base one end forms body stand under the support straight up under the support.
Described support upper body 21 is made of with support upper body backboard support upper body backboard 211 and closed support upper body wall portion 212 and is the end, is the box-like of wall with support upper body wall portion, and forms support upper body chamber 213; The containing cavity back 2220d of body containing cavity is corresponding under its medium-height trestle upper body backboard 211 and the support; The lower part of support upper body forms gliding mass 21a, this gliding mass be used for support under the body containing cavity form bearing fit.
Support upper body wall portion 212 is integrally formed by support upper body bottom 2121, support upper body top 2123 and support upper body sidewall 2122,2122 ', thereby forms the wall portion of box-like support upper body chamber.
Described support upper body bottom 2121 and support upper body sidewall 2122,2122 ' form the wall portion of this gliding mass, and this support upper body bottom 2121 is provided with positioning screw 21210 between two parties, are used for cooperating with the positioning bolt, adjust support upper body height up and down; Support upper body sidewall has support upper body assembling sidewall 21220,21220 ', and first, second madial wall 2220a, the 2220b of body containing cavity become bearing fit under this support upper body assembling sidewall and the support.
Described positioning chute is arranged on support upper body backboard centre line L bilateral symmetry position, the chute of particularly transposing is located at the middle position of this line of centers one side, thus by the fastening locations of positioning chute 2111,2111 ' two 2221,2221 ' and positioning bolt 20 by positioning screw 21210, support upper body below can be provided with clamp nut (not shown) and cooperate with positioning bolt 20, further fastening location, form 3 fastening location of two dimension faces, can make support upper body 21 steadily fixing of body under support.Positioning chute 2111,2111 ' the fastening locations of support upper body thus in conjunction with body under the support, the positioning bolt has formed height adjustment structure in conjunction with the positioning screw of support upper body bottom; Stressed focal point of stress that it is generally acknowledged the conductor rail support is the junction of the 3rd rail supporting component 1 and support upper body 21, but this case actv. is avoided stressed focal point of stress, thereby effectively improves the tolerance performance of parts.
The body containing cavity not only is used for body under the support and support upper body are fixed as one under this support thus, and body containing cavity and support upper body have formed chute and can hold the tectonic relationship that gliding mass slides under the support.
Described base 221 and stand 222 are integrally formed, and the installation bottom lengths H of base is greater than the height h of stand, so that " seat " that support can be more stable on railway roadbed, body is the compression moulding of glass-felt plastic one under the support; Support not only insulate thus, and the configuration of the branch body structure of rack body, and it is more convenient to make accessory change, and helps part standard, thereby can effectively reduce production costs, and enhances productivity.
When needing to adjust the vertical dimension of the 3rd rail, fastening locations on the containing cavity back 2221,2221 ' can be unclamped, turn positioning bolt, the support upper body is in fastening locations guiding lower edge positioning chute 2111, displacement about in the of 2111 ', realize height adjustment, after adjusting to preset height, tighten each fastening locations.
The positioning bolt is the glass-felt plastic material, can guarantee that thus creep distance is a preset value.
Described support upper body first half 21b has integrally formed mounted base 210, described mounted base is set to by support upper body backboard, protrudes out formation full skirt mandrel back to support upper body chamber, described full skirt mandrel end face is supporting component department of assembly 2101, is used to install the 3rd rail supporting component 1; Described full skirt mandrel has integrally formed mandrel chamber 2102, problem of stress concentration when avoiding parts-moulding.Described full skirt mandrel has preset diameters, so that support can bear from the 3rd rail and supporting component strength; Described full skirt mandrel has preset length and forms the support forearm, so that support makes the length dimension of the 3rd rail supporting component as far as possible little, to make steel part few as far as possible with material satisfying when stretching to the predetermined distance of the 3rd rail; The periphery of full skirt mandrel is full skirt department of assembly 2103; See Fig. 1 d, Fig. 1 c, Fig. 2 a.
The mounted base of support upper body can " be taken upon oneself several posts " thus, it be the pedestal of the 3rd rail supporting component is installed, be the mandrel that full skirt is installed again, or the forearm of support.
Described full skirt 3 is a disk-shaped glass steel insulator, is used for further increasing the creep distance of insulating support, improves the resistant electric property of insulating support; This full skirt is have full skirt center assembly opening 30 discoid, and described full skirt is by the full skirt department of assembly of the rack-mount body mounted base of full skirt center assembly opening.
The disk body 31 center section outer rims of described full skirt are camber line 310, and the full skirt disk body becomes flat bowl shape thus, can effectively reduce floating dust, dirty attached to insulator surface; The inwall of full skirt disk body has full skirt circular fin 311, and this full skirt circular fin is used for further increasing creep distance; Full skirt adopts existing bonding method to be packed on the full skirt mandrel, can effectively avoid stress to concentrate and cause parts rapid wear problem; Full skirt mandrel and support upper body are formed in one, and can effectively increase the intensity at full skirt position.
The umbrella inclination angle of described full skirt is 20 °〉α〉15 °, full skirt is in that to satisfy on the basis of antifouling requirement full skirt intensity better thus.
Described full skirt surface is provided with the water repelling anti-fouling coating, such as commercially available single component long-acting water repelling anti-fouling flash color paint, includes but not limited to sulphurated siliastic (RTV) coating.
Creep distance refers between two conductive components, or between conductive component and equipment and the easy mating surfaces along the shortest space length of insulating material surface measurement. the distance along the insulating surface discharge is that leakage distance also claims creep distance, is called for short creep distance.
Described the 3rd rail supporting component 1 is made up of sub-fastener 11 and mother buckle 12, is used to the 3rd rail to provide support.
Described sub-fastener 11 is that steel casting is one-body molded, and this sub-fastener is formed " L " shape by the upright shoulder 112 of lateral piece 111, sub-fastener, the horizontal shoulder 113 of sub-fastener and constructed, and described lateral piece end has and is used for and the sub-fastener assembly opening 1110 of mother buckle stack-mounted; Described lateral piece is the straight horizontal plate, the both sides of sub-fastener have convex ridge, this convex ridge plays the convex edge that forms edge sealing from the lateral piece port through the upright shoulder of sub-fastener until the horizontal shoulder of sub-fastener, not only the lateral piece end has formed the sliding part that combines with mother buckle fitting recess coupling thus, but also can effectively strengthen the bulk strength of these parts.
Described mother buckle 12 is that steel casting is one-body molded, this mother buckle is made of vertical plate part 121 and the horizontal portion 122 of holding, the described horizontal portion of holding has the horizontal shoulder 1223 of mother buckle, described vertical plate part is vertical mutually with the horizontal portion of holding, mother buckle is packed on the mounted base 210 of support upper body by this vertical plate part, be illustrated as three-point fix and install, referring to Fig. 3; The described horizontal portion of holding has horizontal top plate 1221, form the upright shoulder 1222 of mother buckle between the horizontal shoulder 1223 of this horizontal top plate and mother buckle, be extended down to vertical plate part by the horizontal shoulder of mother buckle and form horizonal base plate 1224, form fastener container cavity 1225 between horizonal base plate and the horizontal top plate, the vertical plate part of mother buckle is not provided with the positioning structure and only is responsible for fixing assembling thus, the horizontal fastener container cavity that holds portion of mother buckle forms the hollow out structure, can effectively avoid causing because of parts expand with heat and contract with cold the accident of " jam "; Moreover it also can make the parts lightweight, and the locknut of fastener also can take this to hide oneself, and horizonal base plate also forms further the horizontal shoulder of mother buckle and the upright shoulder of mother buckle and supports; Has the mother buckle assembly opening 1210 that combines with sub-fastener assembly opening coupling on the described horizontal top plate, these horizontal top plate both sides have top board convex ridge 12211,12211 ' and form mother buckle fitting recess 12210, this mother buckle fitting recess becomes to be slidingly installed with the lateral piece end, sub-thus fastener installs by fastener 10 by the mother buckle fitting recess, this fastener includes but not limited to binding bolt and locknut mode as shown in the figure, but actv. solves sub-fastener and the loosening easily problem of mother buckle fastening position.
The upright shoulder of described mother buckle is suitable with the upright shoulder height degree b of sub-fastener, and the geometrical extension a of horizontal shoulder of mother buckle and the horizontal shoulder of sub-fastener is suitable; Mother buckle slightly is wider than sub-fastener, with the sub-fastener of support.
Mother buckle and sub-fastener fasten to have formed and hold the track chamber 16 that the 3rd rail passes through thus, form track jaw 160 between horizontal shoulder of sub-fastener and the horizontal shoulder of mother buckle; Sub-fastener width e is set to 4/9 or 5/9 or 1/3 or 2/3 of track chamber width; Contact surface with effective minimizing the 3rd rail and track chamber; Track chamber width is the upright distance of takeing between the upright shoulder of sub-fastener of mother buckle.
On upright shoulder of mother buckle and the upright shoulder of sub-fastener, and track contact assembly opening (not shown) is set respectively on horizontal shoulder of sub-fastener and the horizontal shoulder of mother buckle, with attachment rail contact 13; Described track contact 13 is made of cap body 131 and assembling bolt 132, described cap body constitutes the semi-cylindrical structure by cap body bottom surface 1310 and cap body periphery 1311, this assembling bolt middle position is in this cap body bottom surface 1310, and cap body bottom surface length is 1 times of cap body bottom width or 1.5 times or 2 times or 2.5 times; Cap body bottom width is 1/3 of the horizontal shoulder elongation of sub-fastener or mother buckle a; Assembling bolt diameter is 1/2 of a cap body bottom width; Cap body bottom width is less than the upright shoulder of mother buckle (or the upright shoulder of sub-fastener) height b, Gou Zao track contact can guarantee that the contact surface of it and the 3rd rail is very little thus, can guarantee that again the track contact is installed in son, solid durable on the mother buckle, difficult drop-off, particularly the track contact of this structure is simple in structure, compatibility is good, as " drawing pin ", can become the industrialization gauge member, easy for installation, arbitrarily " nail " is at the predeterminated position in track chamber, allow the 3rd rail contact with not formation of track chamber face, but linear contact, thereby can effectively solve the such problem that exists in the prior art: the 3rd rail and track chamber contact surface are bigger, and causing expands with heat and contract with cold causes the 3rd rail clip resistance phenomenon.
The track contact is that commercially available nylon material or PTFE anti-wear material is one-body molded.
Claims (10)
1. a split rack body is characterized in that, described rack body is made of body under support upper body, the support; Body has body containing cavity under the support under the described support, and described support upper body has gliding mass, this gliding mass be used for support under the body containing cavity form bearing fit; The fastening locations of configuration on the described containing cavity, this fastening locations should be able to combine with the positioning chute coupling on the support upper body; The positioning bolt is installed by support upper body positioning screw.
2. split rack body according to claim 1 is characterized in that, the body containing cavity has first madial wall, second madial wall of symmetry each other under the described support, forms containing cavity bottom and containing cavity back between this first, second madial wall; This first, second madial wall is formed for holding the slideway of support upper body upper and lower displacement; The stop section of positioning bolt is formed on the containing cavity bottom, and fastening locations is configured in the containing cavity back; Described support upper body is made of with support upper body backboard support upper body backboard and closed support upper body wall portion and is the end, is the box-like of wall with support upper body wall portion, and forms support upper body chamber; The containing cavity back of body containing cavity is corresponding under support upper body backboard and the support; On the described support upper body backboard positioning chute is set.
3. as split rack body as described in the claim 2, it is characterized in that described support upper body wall portion is integrally formed by support upper body bottom, support upper body top and support upper body sidewall; Described support upper body bottom and support upper body sidewall form the wall portion of gliding mass; Described support upper body sidewall has support upper body assembling sidewall, and first, second madial wall of body containing cavity becomes bearing fit under this support upper body assembling sidewall and the support.
4. as split rack body as described in the claim 3, it is characterized in that, the described support upper body first half has integrally formed mounted base, described mounted base is set to by support upper body backboard, protrudes out formation full skirt mandrel back to support upper body chamber, described full skirt mandrel end face is the supporting component department of assembly, is used to install the 3rd rail supporting component; Described full skirt mandrel has preset length and forms the support forearm, and the periphery of full skirt mandrel is the full skirt department of assembly; The full skirt mandrel has integrally formed mandrel chamber.
5. as split rack body as described in the claim 4, it is characterized in that described positioning screw is provided with by support upper body bottom is placed in the middle; Described positioning chute is arranged on support upper body backboard line of centers bilateral symmetry position, and the positioning chute is located at the middle position of this line of centers side; Described base and stand are integrally formed, and the installation bottom lengths of base is greater than the height of stand; Body is the compression moulding of glass-felt plastic one under the described support; Described adjustable bolt is the glass-felt plastic material.
6. as split rack body as described in the claim 5, it is characterized in that body is made up of base and stand under the described support, body base one end forms body stand under the support straight up under the support; The containing cavity bottom is to satisfying default positioning height between the stand top.
7. have the insulating support of one of aforementioned claim 1-6 split rack body, it is characterized in that, full skirt is by the full skirt department of assembly of the rack-mount body mounted base of full skirt center assembly opening; The inwall of described full skirt disk body has the full skirt circular fin.
8. as insulating support as described in the claim 7, it is characterized in that the disk body center section outer rim of described full skirt is camber line, full skirt is have full skirt center assembly opening discoid; Full skirt mandrel and support upper body are formed in one.
9. as insulating support as described in the claim 8, it is characterized in that full skirt is a disk-shaped glass steel insulator; The umbrella inclination angle of described full skirt is 20 °〉α〉15 °; Described full skirt surface is provided with the water repelling anti-fouling coating.
10. as insulating support as described in the claim 9, it is characterized in that, the full skirt of aforesaid insulating support, wherein, described water repelling anti-fouling coating is the sulphurated siliastic coating.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010102955057A CN101927708B (en) | 2010-09-29 | 2010-09-29 | Split bracket body and insulating bracket thereof |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010102955057A CN101927708B (en) | 2010-09-29 | 2010-09-29 | Split bracket body and insulating bracket thereof |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN101927708A true CN101927708A (en) | 2010-12-29 |
| CN101927708B CN101927708B (en) | 2012-06-20 |
Family
ID=43367245
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2010102955057A Expired - Fee Related CN101927708B (en) | 2010-09-29 | 2010-09-29 | Split bracket body and insulating bracket thereof |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN101927708B (en) |
Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US6374947B1 (en) * | 2001-04-27 | 2002-04-23 | Richard Nurkiewicz | Ladder leveling device |
| CN2716061Y (en) * | 2004-04-30 | 2005-08-10 | 铁道部电气化工程局宝鸡器材厂 | Insulated bracing or strutting arrangement for rail traffic conductor rail |
| CN2791816Y (en) * | 2005-03-10 | 2006-06-28 | 蒋尚宏 | Improved LCD moving rack structure |
| CN201457126U (en) * | 2009-04-15 | 2010-05-12 | 北京鼎昌复合材料有限责任公司 | Contact rail glass reinforced plastic integral insulation bracket with novel slide rails |
| CN201808466U (en) * | 2010-09-29 | 2011-04-27 | 天津市金锚科技发展有限公司 | Split bracket body and insulating bracket thereof |
-
2010
- 2010-09-29 CN CN2010102955057A patent/CN101927708B/en not_active Expired - Fee Related
Patent Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US6374947B1 (en) * | 2001-04-27 | 2002-04-23 | Richard Nurkiewicz | Ladder leveling device |
| CN2716061Y (en) * | 2004-04-30 | 2005-08-10 | 铁道部电气化工程局宝鸡器材厂 | Insulated bracing or strutting arrangement for rail traffic conductor rail |
| CN2791816Y (en) * | 2005-03-10 | 2006-06-28 | 蒋尚宏 | Improved LCD moving rack structure |
| CN201457126U (en) * | 2009-04-15 | 2010-05-12 | 北京鼎昌复合材料有限责任公司 | Contact rail glass reinforced plastic integral insulation bracket with novel slide rails |
| CN201808466U (en) * | 2010-09-29 | 2011-04-27 | 天津市金锚科技发展有限公司 | Split bracket body and insulating bracket thereof |
Also Published As
| Publication number | Publication date |
|---|---|
| CN101927708B (en) | 2012-06-20 |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN101934747B (en) | Third rail support assembly and insulating bracket thereof | |
| CN202050206U (en) | Cable fixation clamp | |
| CN201800567U (en) | Antifouling insulation support and support body of same | |
| CN201808466U (en) | Split bracket body and insulating bracket thereof | |
| CN201808465U (en) | Third rail support assembly and insulation support thereof | |
| US20150354243A1 (en) | Kit for mounting one or more appliances on a pole | |
| CN101927708B (en) | Split bracket body and insulating bracket thereof | |
| CN109386653A (en) | Piping lane bracket quick assembling mechanism | |
| CN101927709B (en) | Antifouling insulating bracket and body thereof | |
| CN210246206U (en) | Adjustable cable support convenient to assemble | |
| CN204664625U (en) | A kind of cable bearer being applicable to Large space and installing | |
| CN104175910B (en) | A kind of C type magnetic suspension contact rail insulating support | |
| CN109119779B (en) | A kind of multi-functional full adaptation earthing clamp | |
| CN110871713B (en) | Conductor rail supporting device and conductor rail system with same | |
| WO2014111168A1 (en) | Kit for mounting one or more appliances on a pole | |
| CN203088654U (en) | Hanging rod fixing device | |
| CN101412379B (en) | Insulating cantilever component of traffic contact system | |
| CN103367860B (en) | Assembled subway antenna bracket | |
| CN214044882U (en) | Protection groove for water and electricity installation wire tube body | |
| CN205986029U (en) | Tubular busbar's fixing device | |
| CN206958515U (en) | A kind of smart machine support | |
| CN209870168U (en) | Integral insulating support for contact rail | |
| CN204441811U (en) | A kind of hanging structure part and there is the chute of this hanging structure part | |
| CN205595750U (en) | Cable joint that can fix | |
| CN219351161U (en) | Height-adjustable wire harness bracket |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C06 | Publication | ||
| PB01 | Publication | ||
| C10 | Entry into substantive examination | ||
| SE01 | Entry into force of request for substantive examination | ||
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20120620 Termination date: 20160929 |