WO2017012272A1 - 新型工艺的摆脚式旱冰鞋 - Google Patents

新型工艺的摆脚式旱冰鞋 Download PDF

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Publication number
WO2017012272A1
WO2017012272A1 PCT/CN2015/099116 CN2015099116W WO2017012272A1 WO 2017012272 A1 WO2017012272 A1 WO 2017012272A1 CN 2015099116 W CN2015099116 W CN 2015099116W WO 2017012272 A1 WO2017012272 A1 WO 2017012272A1
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WO
WIPO (PCT)
Prior art keywords
panel
plastic
fork
insert
shaped
Prior art date
Application number
PCT/CN2015/099116
Other languages
English (en)
French (fr)
Inventor
庞明方
Original Assignee
太仓市车中宝休闲用品有限公司
Priority date (The priority date 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 date listed.)
Filing date
Publication date
Application filed by 太仓市车中宝休闲用品有限公司 filed Critical 太仓市车中宝休闲用品有限公司
Priority to US15/745,713 priority Critical patent/US10576358B2/en
Publication of WO2017012272A1 publication Critical patent/WO2017012272A1/zh

Links

Classifications

    • A—HUMAN NECESSITIES
    • A63—SPORTS; GAMES; AMUSEMENTS
    • A63C—SKATES; SKIS; ROLLER SKATES; DESIGN OR LAYOUT OF COURTS, RINKS OR THE LIKE
    • A63C17/00—Roller skates; Skate-boards
    • A63C17/04—Roller skates; Skate-boards with wheels arranged otherwise than in two pairs
    • A63C17/06—Roller skates; Skate-boards with wheels arranged otherwise than in two pairs single-track type
    • A63C17/08—Roller skates; Skate-boards with wheels arranged otherwise than in two pairs single-track type single-wheel type with single axis
    • A—HUMAN NECESSITIES
    • A63—SPORTS; GAMES; AMUSEMENTS
    • A63C—SKATES; SKIS; ROLLER SKATES; DESIGN OR LAYOUT OF COURTS, RINKS OR THE LIKE
    • A63C17/00—Roller skates; Skate-boards
    • A63C17/0033—Roller skates; Skate-boards with a castor wheel, i.e. a swiveling follow-up wheel
    • A—HUMAN NECESSITIES
    • A63—SPORTS; GAMES; AMUSEMENTS
    • A63C—SKATES; SKIS; ROLLER SKATES; DESIGN OR LAYOUT OF COURTS, RINKS OR THE LIKE
    • A63C17/00—Roller skates; Skate-boards
    • A63C17/02—Roller skates; Skate-boards with wheels arranged in two pairs
    • A—HUMAN NECESSITIES
    • A63—SPORTS; GAMES; AMUSEMENTS
    • A63C—SKATES; SKIS; ROLLER SKATES; DESIGN OR LAYOUT OF COURTS, RINKS OR THE LIKE
    • A63C17/00—Roller skates; Skate-boards
    • A63C17/04—Roller skates; Skate-boards with wheels arranged otherwise than in two pairs
    • A63C17/06—Roller skates; Skate-boards with wheels arranged otherwise than in two pairs single-track type
    • A63C17/061—Roller skates; Skate-boards with wheels arranged otherwise than in two pairs single-track type with relative movement of sub-parts on the chassis
    • A63C17/064—Roller skates; Skate-boards with wheels arranged otherwise than in two pairs single-track type with relative movement of sub-parts on the chassis comprising steered wheels, i.e. wheels supported on a vertical axis
    • A—HUMAN NECESSITIES
    • A63—SPORTS; GAMES; AMUSEMENTS
    • A63C—SKATES; SKIS; ROLLER SKATES; DESIGN OR LAYOUT OF COURTS, RINKS OR THE LIKE
    • A63C17/00—Roller skates; Skate-boards
    • A63C17/22—Wheels for roller skates
    • A63C17/226—Wheel mounting, i.e. arrangement connecting wheel and axle mount
    • A—HUMAN NECESSITIES
    • A63—SPORTS; GAMES; AMUSEMENTS
    • A63C—SKATES; SKIS; ROLLER SKATES; DESIGN OR LAYOUT OF COURTS, RINKS OR THE LIKE
    • A63C17/00—Roller skates; Skate-boards
    • A63C17/26—Roller skates; Skate-boards with special auxiliary arrangements, e.g. illuminating, marking, or push-off devices
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B21—MECHANICAL METAL-WORKING WITHOUT ESSENTIALLY REMOVING MATERIAL; PUNCHING METAL
    • B21C—MANUFACTURE OF METAL SHEETS, WIRE, RODS, TUBES OR PROFILES, OTHERWISE THAN BY ROLLING; AUXILIARY OPERATIONS USED IN CONNECTION WITH METAL-WORKING WITHOUT ESSENTIALLY REMOVING MATERIAL
    • B21C23/00—Extruding metal; Impact extrusion
    • B21C23/02—Making uncoated products
    • B21C23/04—Making uncoated products by direct extrusion
    • B21C23/14—Making other products
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B21—MECHANICAL METAL-WORKING WITHOUT ESSENTIALLY REMOVING MATERIAL; PUNCHING METAL
    • B21C—MANUFACTURE OF METAL SHEETS, WIRE, RODS, TUBES OR PROFILES, OTHERWISE THAN BY ROLLING; AUXILIARY OPERATIONS USED IN CONNECTION WITH METAL-WORKING WITHOUT ESSENTIALLY REMOVING MATERIAL
    • B21C23/00—Extruding metal; Impact extrusion
    • B21C23/02—Making uncoated products
    • B21C23/04—Making uncoated products by direct extrusion
    • B21C23/14—Making other products
    • B21C23/142—Making profiles
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B21—MECHANICAL METAL-WORKING WITHOUT ESSENTIALLY REMOVING MATERIAL; PUNCHING METAL
    • B21K—MAKING FORGED OR PRESSED METAL PRODUCTS, e.g. HORSE-SHOES, RIVETS, BOLTS OR WHEELS
    • B21K17/00—Making sport articles, e.g. skates
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B23—MACHINE TOOLS; METAL-WORKING NOT OTHERWISE PROVIDED FOR
    • B23K—SOLDERING OR UNSOLDERING; WELDING; CLADDING OR PLATING BY SOLDERING OR WELDING; CUTTING BY APPLYING HEAT LOCALLY, e.g. FLAME CUTTING; WORKING BY LASER BEAM
    • B23K9/00—Arc welding or cutting
    • B23K9/16—Arc welding or cutting making use of shielding gas
    • A—HUMAN NECESSITIES
    • A63—SPORTS; GAMES; AMUSEMENTS
    • A63C—SKATES; SKIS; ROLLER SKATES; DESIGN OR LAYOUT OF COURTS, RINKS OR THE LIKE
    • A63C2203/00—Special features of skates, skis, roller-skates, snowboards and courts
    • A63C2203/02—Special features of skates, skis, roller-skates, snowboards and courts enabling transverse riding, i.e. with one runner or skate per foot and direction transverse to the foot
    • A—HUMAN NECESSITIES
    • A63—SPORTS; GAMES; AMUSEMENTS
    • A63C—SKATES; SKIS; ROLLER SKATES; DESIGN OR LAYOUT OF COURTS, RINKS OR THE LIKE
    • A63C2203/00—Special features of skates, skis, roller-skates, snowboards and courts
    • A63C2203/42—Details of chassis of ice or roller skates, of decks of skateboards

Definitions

  • the invention relates to an entertainment article, in particular to a swing-type roller skate with a novel process and a novel process with a more perfect shape and a more modern feeling.
  • the designer first designed the concave plastic panel swing-type roller skates, and the upper and lower panel fitting type swing-type roller skates, but because of the simple plastic surface, the board surface must reach a certain thickness to meet the strength requirements. Therefore, the plastic materials should be relatively more, and the appearance is also heavy, which has room for improvement in terms of cost and appearance. Especially in the production process, a newer production process is adopted, so that it can be produced. A more perfect shape and a new style of swinging roller skates with a more modern look.
  • the object of the present invention is to provide a novel production process, which can produce a more perfect shape and a more modern appearance, and the material is more economical and the finished product is more refined. skates.
  • the object of the present invention is achieved in this way; a new type of swing-type roller skates, including aluminum inserts, panels, wear-resistant bottom strips, lower bearings, upper bearings, plastic forks with inserts, PU wheels and insert rounds
  • the cover is characterized in that: the aluminum insert is bent into a reversed shape by an H-shaped aluminum profile, and has a circular perforation with an oblique direction at each of the front end and the rear portion of the formed rear insert.
  • the front end of the aluminum insert and the oblique direction of the rear circular perforation form a forward angle of 79.5° with the inverted zigzag cross-section, and then the processed aluminum insert is molded into the panel;
  • the panel is made of plastic Injection molding, the front part of the panel is rod-shaped, the cross section of the panel rod is semi-circular in the upper half, and the lower half is in the shape of a flat ellipse in the lower half, and the rod shape of the panel is arc-shaped, and the panel is thrown.
  • the front end of the panel is integrally connected with a vertical front cylindrical shape, and the front end of the panel is vertically and cylindrically shaped with a small upper and a large taper shape, and the front end of the panel-shaped rod connected vertically and vertically is a large front small fire.
  • the shape of the material head, the front cylindrical shape of the front end of the panel is inclined forward by 79.5°, and the front end of the front and rear of the panel is cylindrically up and down.
  • Each has a counterbore, and a through hole is connected between the upper and lower counterbore at the front end of the panel, and the rear part of the panel has a flat cylindrical shape which is erected at a right angle, and the flat cylindrical cross section at the rear of the panel has a semicircular shape in the front half.
  • the rear half is a flat elliptical rear half, and the upper end of the flat cylindrical shape of the panel is integrally connected rearwardly to a vertical rear cylindrical shape, and the rear end of the panel is vertically and rearwardly cylindrically shaped with a small upper and a lower taper shape, and the rear end of the panel is rearward.
  • the cylindrical shape is inclined at a forward angle of 79.5°, and the upper and lower sides of the rear cylindrical shape of the panel each have a counterbore, the through hole at the rear end of the panel is connected with a through hole, the center line of the upper and lower counterbore of the front end of the panel, and the rear end of the panel
  • the center line of the up-and-down counterbore is at an angle of 79.5° forward with the circular bottom surface of the panel, and the middle part of the panel is located between the rod shape and the flat cylindrical shape, and has a circular-shaped bottom surface and a circular-shaped bottom surface.
  • the two sides of the middle have an upward and downward elliptical hole
  • the bottom of the outer side of the two oval holes of the disc-shaped bottom surface has an upward shallow depression, a shallow recessed end with an upwardly screwed hole, a panel upwardly screwed hole and a panel wafer
  • the bottom surface is inclined at a forward angle of 79.5°.
  • the upper end of the rod-shaped front end and the vertical cylindrical joint have a perforation with a forward inclination, and the front end of the panel is inclined upward and downward with a circular perforation at the front end of the aluminum insert, and the rear side of the panel-shaped bottom surface
  • a perforation that is inclined forwardly and the perforation of the front and back of the panel is inclined obliquely with the circular perforation at the rear of the aluminum insert, and the perforation of the belt is inclined upward and downward at the front end of the panel.
  • the upper and lower sides are stuffed with a small stuffy plug, and the front part of the panel has a rod shape and a panel wafer.
  • the left and right sides of the joint at the bottom of the bottom surface have a concave side with a concave arc shape, and the left and right sides of the flat cylindrical shape which is erected at a right angle at the right side of the panel and the bottom surface of the panel wafer have a circular arc concave shape
  • the front side of the flat cylindrical top portion which is erected at a right angle to the rear of the panel has a circular arc-shaped inclined surface, and the upper and left sides of the upper surface of the panel-shaped bottom surface have a circular arc-shaped corner.
  • the lower circumference of the circular bottom surface of the panel having a rounded corner
  • the upper and lower circumferences of the two elliptical holes on the bottom surface of the panel have arc-shaped corners, and the front side and the left and right sides of the top surface of the front end of the front end of the panel have arc-shaped corners, behind the panel
  • the rear side and the left and right sides of the top surface of the cylindrical rear end, the side has a circular arc-shaped corner, and the front side and the left and right sides of the front cylindrical lower bottom surface of the front end of the panel have arc-shaped corners, and the rear end of the panel
  • the rear side and the left and right sides of the lower cylindrical bottom surface are arc-shaped corners, and the panel-shaped bottom surface is surrounded by the upper sides of the two elliptical holes, with non-slip particles, and the anti-slip particles are tapered;
  • the utility model has a single-shaped nylon member, wherein each of the two ends of the wear-resistant bottom strip has an upward counter
  • the upper bearing is a deep groove ball bearing of type 608.
  • the two lower bearings are embedded in the front and rear sinking holes of the panel, and the upper bearings are embedded on the front and rear tops of the panel.
  • plastic forks with inserts include wheel inserts and plastic forks, wheel forks
  • the metal fork and the screw of the lock bolt are formed by a flat strip-shaped metal stamped by a flat strip metal.
  • the sides of the lower end of the metal fork are punched with each other, and the lower ends of the metal fork are mutually
  • the hole diameter of the perforation is ⁇ 8mm
  • the bottom ends of the metal fork are rounded
  • the top of the metal fork is welded by the spot welding to the barrel of the lock bolt, and then reinforced by argon arc welding, the screw rod of the lock bolt
  • the diameter is ⁇ 8mm.
  • the top side of the plastic wheel fork is thrown on the spherical surface, plastic
  • the lower side of the top of the fork is in the shape of a dome-shaped arched door.
  • the two sides of the plastic fork are integrally connected downwardly to the two forks.
  • the two forks of the plastic fork are slightly wider and narrower and have a curved surface.
  • the outer end of the plastic fork, the bottom end of the two forks is downwardly semicircular, plastic fork
  • the outer edge of the two semi-circles of the two forks is rounded, and the outer sides of the lower ends of the two forks of the plastic fork have a horizontal counterbore, and the two counterbore of the plastic fork are connected to the inner side with a transverse perforation, plastic
  • the cross-hole connection of the two transverse perforations of the fork and the fork insert are at right angles to the axial extension of the bolt of the lock bolt, and the inner ends of the two transverse perforations of the plastic fork have a convex ring; the PU wheel is inlaid in the middle of the two sides.
  • the PU wheel of the bearing is connected by two lateral perforations of the lock bolt and the plastic wheel fork with the insert;
  • the shaft of the plastic fork of the four-belt insert penetrates from the bottom to the four lower bearings embedded in the front and rear ends of the two panels and
  • the inner hole of the four upper bearing is screwed into the threaded hole of the top of the screw cylinder of the lock bolt by the flat base bolt of the four insert round cover;
  • the insert round cover is molded by a plastic round cover in a flat hexagon
  • the head of the bolt has a round hole in the middle of the top of the insert dome, and the round hole in the middle of the top of the insert dome is connected with the hexagonal counterbore of the head of the flat base bolt.
  • the four inserts are screwed to the four pairs.
  • the invention has the beneficial effects that the aluminum insert is injection molded into the panel, so that the front and rear portions of the panel can be designed into a rod shape, and the front end and the rear portion of the aluminum insert are turned into a circle with an upward and downward direction. Perforation, and the angle of the oblique line is consistent with the center line of the upper and lower countersinks of the front and rear ends of the panel, so that the injection mold of the panel only needs the upper and lower molds, without the need of a separate core mold, so that the injection mold of the panel is simplified, and the injection molding is performed.
  • the die-cutting speed is faster; the middle of the panel can be designed into a round piece with an oval hole, the appearance is more modern and more refined, and can achieve sufficient strength; the wear-resistant bottom strip is made into a flat-shaped nylon piece, By bolting to the bottom of the outer side of the two elliptical holes of the bottom surface of the invention, the overall shape of the invention has better visual perception, and can be inserted into the oval hole through the key ring and fastened to the belt buckle, which is more portable; The middle wears a pair of anti-wear bottom strips, so that the anti-wear bottom strip of this product is replaced after wear; the plastic fork with inserts is used as the skeleton of the force, and the plastic fork is used as the shape Beautiful and smooth shape, making the intensity Appearance and shape are both good, and the appearance of the panel is better.
  • the insert dome is molded on the top of the flat bolt with a plastic dome.
  • the flat base bolt can be screwed into the bolt of the lock bolt, and the plastic is
  • the dome is positioned in the up-and-down hole in the front and rear of the panel, and the cylindrical plug is inserted into the circular hole of the insert dome, so that the overall appearance of the invention is better; the invention can be made lighter, thinner and more contoured. Smaller, shorter in length, lighter in weight and more sci-fi in shape.
  • Figure 1 is a schematic view of the structure of the present invention
  • FIG. 2 is a schematic structural view of an aluminum insert of the present invention
  • FIG. 3 is a schematic structural view of a panel of the present invention.
  • Figure 4 is a structural view of a plastic wheel fork with an insert according to the present invention.
  • Figure 5 is a structural view of a fork insert of the present invention.
  • Figure 6 is a schematic view showing the structure of the insert dome of the present invention.
  • Figure 7 is a front view of the left foot of the forefoot of the present invention.
  • the plastic fork 4 of the piece further comprises: 41 - a fork insert, 42 - a plastic fork; the fork insert 41 further comprises: 411 - a metal fork, 412 - a barrel for the lock bolt.
  • the novel method of swinging type roller skates comprises an aluminum insert insert 1, a panel 2, a wear-resistant bottom strip 3, a lower bearing and an upper bearing. , plastic wheel fork 4 with inserts, PU wheel 5 and insert dome 6;
  • the aluminum insert 1 is bent into an inverted shape by an H-shaped aluminum profile, and the H-shaped aluminum profile of the aluminum insert 1 is an H-shaped aluminum extruded profile having a height of 9 mm and a width of 13 mm.
  • the H-shaped aluminum profile has upper and lower grooves, the H-shaped aluminum profile has rounded corners, and the H-shaped aluminum profile has a depth of 2.8 mm for the upper and lower grooves, and the aluminum insert 1 has a triangular front portion that is inverted.
  • the rear portion of the triangular shape of the aluminum insert 1 is upturned at a right angle, and the upper portion of the aluminum insert 1 having a right angle upturned has a long hole, and the aluminum insert is punched.
  • a long hole in the upper part of the upper slanting body is located in the upper and lower slots of the H-shaped aluminum profile, and the front end and the rear part of the aluminum insert 1 are turned up and down, each having a circular circular perforation, the aluminum insert
  • the oblique direction of the front end and the rear circular perforation of 1 forms a forward angle of 79.5° with the inverted triangular shape, and then the processed triangular shaped aluminum insert 1 is molded into the In the panel 2, the aluminum insert 1 molded in the panel 2 is located in the middle of the longitudinal direction of the panel 2.
  • the panel 2 is injection molded from plastic, and the front portion of the panel 2 has a rod shape, and the cross section of the panel 2 has a semicircular shape in the upper half and a lower half in the lower half.
  • the rod shape of the panel 2 is an arc-shaped upper throw, and the rod-shaped arc-shaped upper throw of the panel 2 corresponds to an upward arc shape of the front portion of the aluminum insert 1, and the panel 2
  • the front end is integrally connected with a vertical front cylindrical shape, and the front end of the panel 2 is vertically and vertically cylindrically shaped with a small downwardly large taper shape, and the front end of the panel 2 which is connected vertically and cylindrically is In front of the large and small small fire head shape, the front cylindrical shape of the front end of the panel 2 is inclined forward by 79.5°, and the front and rear sides of the front end of the panel 2 have a counterbore, and the front end of the panel 2 is sunken.
  • the hole is a counterbore having a diameter of ⁇ 22 mm and a depth of 9 mm
  • the sinking hole at the front end of the panel 2 is a counterbore having a diameter of ⁇ 24 mm and a depth of 8 mm
  • a through hole is connected between the upper and lower counterbore of the front end of the panel 2
  • the rear portion of the panel 2 has a flat cylindrical shape rising at a right angle
  • the flat cylindrical cross section of the rear portion of the panel 2 has a semicircular shape in the front half.
  • the rear half is a flat elliptical rear half, and the flat cylindrical shape of the panel 2 is upwardly raised at a right angle to the rear of the aluminum insert, and the flat cylindrical upper end of the panel 2 is integrally connected rearward and rearward.
  • Cylindrical the rear end of the panel 2 is vertically and rearwardly cylindrically shaped with a small upper and lower taper shape, the rear cylindrical shape of the rear end of the panel 2 is inclined at a forward angle of 79.5°, and the rear cylindrical shape of the panel 2
  • Each of the upper and lower sides has a counterbore, and the counterbore at the rear end of the panel 2 is a counterbore having a diameter of ⁇ 22 mm and a depth of 9 mm, and the sinking hole at the rear end of the panel 2 is a counterbore having a diameter of ⁇ 24 mm and a depth of 8 mm.
  • a through hole is connected between the upper and lower counterbore at the rear end of the panel 2, and a center line connecting the top and bottom counterbore of the front end of the panel 2 and a center line of the countersunk hole at the rear end of the panel 2 are rounded with the panel 2
  • the sheet-shaped bottom surface is at an angle of 79.5° forward, and the middle portion of the panel 2 is located between the rod shape and the flat cylindrical shape, and has a circular-shaped bottom surface integrally connected thereto, and the two sides of the wafer-shaped bottom surface of the panel 2 have a middle side.
  • the up-and-down direction of the front end and the vertical cylindrical joint has a perforation with a forward inclination
  • the front end of the panel 2 is inclined upward and downward with a perforation of the front end of the aluminum insert corresponding to the circular perforation at the front end of the aluminum insert, the panel 2 wafer
  • the perforation of the rear side of the circular bottom surface of the panel 2 is inclined obliquely to the circular perforation at the rear of the aluminum insert 1
  • a small stuffy plug is inserted from the top to the bottom, and the rear side of the disc-shaped bottom surface of the panel 2 is inclined upward and downward in the downward direction of the belt, from the top to the top.
  • the lower plug has a small stuffy plug, and the top end of the small boring plug in the front and rear of the panel 2 is inclined upward and upward with the upper surface of the panel 2, and the front surface of the panel 2 is flat.
  • the left and right sides of the flat cylindrical shape which is erected at a right angle at the right angle of the plate 2 and the circular-shaped bottom surface of the panel 2 have a circular arc-shaped connecting edge, and the rear portion of the panel 2 is erected at a right angle.
  • the front side of the upper top of the flat cylindrical shape has a circular arc-shaped beveled surface, and the left and right sides of the upper circumference of the disc-shaped bottom surface of the panel 2 have arc-shaped corners, and the panel 2 has a circular shape.
  • the lower circumference of the bottom surface has a circular arc-shaped corner, and the upper and lower circumferences of the two elliptical holes of the wafer-shaped bottom surface of the panel 2 have arc-shaped corners, and the front end of the panel 2 has a cylindrical top surface.
  • the front side and the left and right sides have arc-shaped corners, and the rear side and the left and right sides of the cylindrical top surface of the rear end of the panel 2 have rounded corners on the side, and the front end of the panel 2 is cylindrical.
  • the front side and the left and right sides of the lower bottom surface have arc-shaped corners, and the rear side and the left and right sides of the cylindrical lower bottom surface of the rear end of the panel 2 have arc-shaped corners, and the panel 2 wafer
  • On the upper side of the two elliptical holes on the bottom surface there are anti-slip particles, the anti-slip particles are tapered, and the longitudinal direction of the circular bottom surface of the panel 2 has a a circular warp rib, the periphery of the lower side of the two elliptical holes of the wafer-shaped bottom surface of the panel 2, with a downward convex round warp rib, and the front and back sides of the bottom of the wafer-shaped bottom surface of the panel 2 a convex convex rib, a circular warp rib at the front and the rear of the bottom of the circular bottom surface of the panel 2, and a longitudinal convex convex rib at the center of the circular bottom surface of the panel 2 And the circular ribs around the lower side of
  • the wear-resistant bottom strip 3 is a strip-shaped nylon piece, and the wear-resistant bottom strip 3 is injection-molded by modified nylon, and the two ends of the bottom surface of the wear-resistant bottom strip 3 each have a counter-hole communicating upwardly. a through hole corresponding to the counterbore of the bottom surface of the wear-resistant bottom strip 3, corresponding to the upwardly screwed holes of the shallow recesses of the panel 2, the wear-resistant bottom strip 3 passing through the self-tapping bolt and the panel 2 The screwing holes at the bottom are fixedly connected.
  • the lower bearing is a deep groove ball bearing of the 628 type
  • the upper bearing is a deep groove ball bearing of the 608 type
  • the lower bearing of the four is embedded in the sinking holes of the front end and the rear end of the two panels 2
  • Four plastic collars are placed in the through holes in the middle of the front and rear countersunk holes of the two panels 2, and are located above the lower bearings of the four, and the upper bearings are embedded in the front ends of the two panels 2 And in the counterbore at the top of the rear end, and above the four plastic collar.
  • the plastic fork 4 with inserts includes a fork insert 41 and a plastic fork 42.
  • the fork insert 41 is composed of a metal fork 411 and a screw 412 for a lock bolt.
  • the metal fork 411 is formed by a flat strip-shaped metal of 3 mm ⁇ 16 mm, and the lower ends of the metal forks 411 are punched with opposite pairs of perforations, and the lower ends of the metal forks 411 are mutually perforated.
  • the bottom hole of the metal wheel 411 is rounded, and the top of the metal wheel 411 is welded to the screw 412 of the lock bolt by spot welding, and then reinforced by argon arc welding.
  • the rod diameter of the bolt 412 of the lock bolt is ⁇ 8 mm, and an axial threaded hole is formed in the middle of the top end of the bolt of the lock bolt, and the threaded hole in the middle of the top end of the bolt 412 of the lock bolt is M6.
  • the plastic wheel fork 42 is injection molded from plastic. After the plastic wheel fork 42 is injection-molded with the wheel fork insert 41, the upper side of the top of the plastic wheel fork 42 is thrown on a spherical surface. The lower side of the top of the plastic wheel fork 42 is in the shape of a dome-shaped arched door. The two sides of the upper side of the plastic wheel fork 42 are integrally connected with two forks, and the plastic fork 42 has two fork pieces. The inner side of the plastic fork 42 has a spacing of 27 mm on the inner side of the two forks, and the inner side and the outer side of the plastic fork 42 have an average thickness of 7 mm.
  • the two forks of the plastic fork 42 The bottom of the two forks of the plastic fork 42 has a downward semicircular shape, and the edges of the two forks of the plastic fork 42 are rounded to the outer side of the semicircular shape.
  • the outer side of the lower ends of the two forks of the plastic fork 42 has a horizontal counterbore, and the diameter of the counterbore at the lower end of the two forks of the plastic fork 42 is ⁇ 13.5 mm, and the two forks of the plastic fork 42
  • the counterbore is connected to a lateral through hole, and the transverse hole of the plastic wheel fork 42 has an aperture of ⁇ 8 mm, and the plastic wheel fork 42 has two lateral perforations.
  • the hole core line and the wheel insert insert 41 are at right angles to the axis extension of the bolt 412 of the lock bolt, and the two transversely perforated holes of the plastic wheel fork 42 are connected to the shaft of the screw 412 of the pair of lock bolts.
  • the heart extensions are spaced apart by 27 mm, and the transversely-perforated cores of the plastic forks 42 are located after the axial extension of the barrel 412 of the pair of locking bolts.
  • the two forks of the plastic fork 42 are thick and thin.
  • the front fork of the plastic fork 42 is thin and has a wedge shape which is easy to be demoulded.
  • the shape of the arched door on the lower side of the top of the plastic fork 42 is inclined to the front and the rear is high, the plastic
  • the inner end of the two lateral perforations of the fork 42 has a convex ring
  • the convex ring of the plastic wheel fork 42 has a convex protrusion of 1.5 mm inward
  • the inner circle corresponds.
  • the PU wheel 5 is a PU wheel of ⁇ 80 mm, and a 608 type deep groove ball bearing is embedded in the middle of the two sides of the PU wheel 5.
  • the two deep groove ball bearings of the PU wheel 5 are also lined with a lining.
  • the inner hole of the two deep groove ball bearings in the middle of the PU wheel 6 is connected by two lateral perforations of the lock bolt and the lower end of the plastic wheel fork 4 with the insert.
  • the inserting plastic wheel 4 with the insert bolts 412 penetrates from the bottom into the inner holes of the four lower bearings and the four upper bearings embedded in the front and rear ends of the two panels 2, And the flat base bolts of the insert cover 6 are screwed into the threaded holes of the top of the screw 412 of the lock bolt.
  • the insert dome 6 comprises a plastic round cover, a flat base bolt and a cylindrical plug.
  • the plastic round cover is a plastic round cover which is rounded by a ⁇ 21 mm round shape, and the plastic round cover is injection molded on the head of the M6 ⁇ 16 mm flat base bolt.
  • the top of the plastic dome has a spherical shape, and the top of the plastic dome has a vertical hole.
  • the round hole of the plastic dome corresponds to the hexagonal counterbore of the M6 ⁇ 16mm flat-base bolt head, and the plastic round hole The hole diameter is slightly larger than the hexagonal counterbore of the flat base bolt.
  • the bottom surface of the plastic round cover has a downwardly protruding ring, and the plastic round cover has a downwardly protruding ring, which protrudes downward by 1 mm compared with the circular edge of the plastic dome of ⁇ 21 mm.
  • the cylindrical plug is a cylindrical plastic plug, the cylindrical circular shape of the cylindrical plug is the same as the diameter of the circular hole of the plastic dome, and the insert cap 6 is screwed to the screw of the four locking bolts a threaded hole of 412, and located at a top of a countersunk hole of the panel 2, screwed into the insert dome 6 in the threaded hole of the screw barrel 412 of the lock bolt, and the panel 2
  • the upper counterbore is made into a barrier-free rotary fit, and the four-column plug is inserted into the circular hole of the plastic dome of the insert cover 6 .

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Abstract

一种新型工艺的摆脚式旱冰鞋，包括铝嵌件（1）、面板（2）、防磨底条（3）、下轴承、上轴承、带嵌件的塑料轮叉（4）、PU轮（5）和嵌件圆盖（6），铝嵌件（1）注塑于面板（2）中，面板（2）的前部呈杆形、前端呈圆柱形、后部呈扁圆柱形、后端呈圆柱形、中部呈圆片状，前后杆形面板（2）前端和后端的上下侧各有一沉孔、上下沉孔连有通孔，面板（2）圆片状底面有两椭圆孔，面板（2）中部两侧底面连接防磨底条（3），上下轴承嵌于上下沉孔中，带嵌件的塑料轮叉（4）连接PU轮（5），带嵌件的塑料轮叉（4）的螺筒与上下轴承连接，通过嵌件圆盖（6）定位，嵌件圆盖（6）与上沉孔无障碍旋转配合。

Description

新型工艺的摆脚式旱冰鞋 技术领域
本发明涉及一种娱乐用品，特别涉及一种采用新型工艺的、具有更加完美造型和具有更加现代感的新型工艺的摆脚式旱冰鞋。
背景技术：
本设计人在先设计的凹形塑料面板摆脚式旱冰鞋，和上下面板嵌合式摆脚式旱冰鞋，但由于采用单纯的塑料板面，板面必须达到一定的厚度，才能符合强度要求，所以塑料的用材就要相对较多，而且外观上也显得厚重，这在成本上、外观上还有再改进的空间，特别在生产工艺上，采用更加新型的生产工艺，使之能生产出具有更加完美造型和具有更加现代感的新型工艺的摆脚式旱冰鞋。
发明内容：
本发明的目的，是要提供一种新型的生产工艺，使之能生产出具有更加完美造型和具有更加现代感外观的，而且材料更节省、成品更精致的——新型工艺的摆脚式旱冰鞋。本发明的目的是这样实现的；新型工艺的摆脚式旱冰鞋，包括铝嵌件、面板、防磨底条、下轴承、上轴承、带嵌件的塑料轮叉、PU轮和嵌件圆盖，其特征是：铝嵌件是由H型的铝型材压弯成倒放的几字形，并在成形后方嵌件的前端和后部的上下向，各转有一带斜向的圆穿孔，铝嵌件的前端和后部圆穿孔的斜向，与倒放的几字形的横划形成向前的79.5°的夹角，然后将加工完毕的铝嵌件注塑于面板中；面板是由塑料注塑而成，面板的前部呈杆形，面板杆形的截面成上半部为半圆形、下半部为扁椭圆形的下半边，面板的杆形呈圆弧状的上抛，面板的前端一体连接一竖向的前圆柱形，面板的前端竖向前圆柱形呈上小下大的锥形，与竖向前圆柱形连接的面板杆形的前端，呈前大后小的火材头形状，面板前端的前圆柱形呈向前79.5°的倾斜，面板前端前圆柱形上下侧各有一沉孔，面板前端的上下沉孔之间连有通孔，面板的后部呈直角向上竖起的扁圆柱形，面板后部的扁圆柱形的横向截面成前半部为半圆形、后半部为扁椭圆形的后半边，面板扁圆柱形上端向后一体连接一竖向的后圆柱形，面板的后端竖向后圆柱形呈上小下大的锥形，面板后端的后圆柱形呈向前79.5°的倾斜，面板的后圆柱形的上下侧各有一沉孔，面板后端的上下沉孔之间连有通孔，面板前端上下沉孔的中心连线，和面板后端上下沉孔的中心连线，都与面板圆片状底面呈向前的79.5°的夹角，面板中部、位于杆形和扁圆柱形之间，一体连有一圆片状底面，圆片状底面中间的两边各有一上下向的椭圆孔，圆片状底面两椭圆孔的外侧的底部，各有一向上的浅凹陷、浅凹陷的两头有向上拧接孔，面板向上的拧接孔与面板圆片状底面呈向前79.5°的斜向，面板杆形前端与竖向圆柱形连接处的上下向，有一带向前倾斜的穿孔，面板前端上下向带向前倾斜的穿孔与铝嵌件前端的圆穿孔相对应，面板圆片状底面后部的上下向，有一带向前倾斜的穿孔，面板圆片状底面后部上下向带向前倾斜的穿孔与铝嵌件后部的圆穿孔相对应，在面板前端上下向带向前倾斜的穿孔中，从上向下塞有一小闷塞，在面板圆片状底面后部上下向带向前倾斜的穿孔中，从上向下塞有一小闷塞，面板前部的杆形与面板圆片状底面连接处的左右两侧，带有圆弧凹形的连边，面板后部呈直角向上竖起的扁圆柱形与面板圆片状底面连接处的左右两侧，带有圆弧凹形的连边，面板后部呈直角向上竖起的扁圆柱形的上顶部的前侧呈圆弧抛面状的斜面，面板圆片状底面的上圆周左右两侧，呈圆弧形的边角，面板圆片状底面的下圆周，呈圆弧形的边角，面板圆片状底面两椭圆孔的上圆周和下圆周，呈圆弧形的边角，面板前端前圆柱形上顶面的前侧和左右两侧，呈圆弧形的边角，面板后端后圆柱形上顶面的后侧和左右两侧，侧呈圆弧形的边角，面板前端前圆柱形下底面的前侧和左右两侧，呈圆弧形的边角，面板后端后圆柱形下底面的后侧和左右两侧，呈圆弧形的边角，面板圆片状底面两椭圆孔上侧的周围，带有防滑颗粒，防滑颗粒是呈锥形；防磨底条是一条形的尼龙件，防磨底条的两头各有一向上的沉孔连通贯通孔，两防磨底条通过四自攻螺栓与面板两椭圆孔的外侧底部凹陷的四拧接孔拧接；下轴承是628型号的深沟球轴承，上轴承是608型号的深沟球轴承，两下轴承嵌于面板前端和后的下沉孔中，两上轴承嵌于面板前端和后端顶部的上沉孔中；带嵌件的塑料轮叉包括轮叉嵌件和塑料轮叉，轮叉嵌件由金属轮叉和对锁螺栓的螺筒构成，金属轮叉是用的扁条形金属冲压成的∩形，金属轮叉两下端的侧面有冲有相互的对穿孔，金属轮叉两下端相互的对穿孔的孔径为φ8mm，金属轮叉两底端冲成圆角，金属轮叉的顶部通过点焊与对锁螺栓的螺筒焊接，然后用氩弧焊加固，对锁螺栓的螺筒杆径是φ8mm，与金属轮叉焊接后，对锁螺栓的螺筒轴心线与金属轮叉两下端相互的对穿孔的连线相距27mm，轮叉嵌件的金属轮叉注塑于塑料轮叉中，轮叉嵌件对锁螺栓的螺筒的杆形，完全裸露于塑料轮叉之外，塑料轮叉与轮叉嵌件注塑连接后，塑料轮叉顶部上侧面呈球形面的上抛，塑料轮叉的顶部的下侧面，呈∩形的拱形门形状，塑料轮叉的两侧向下一体连接两叉片，塑料轮叉的两叉片略成上宽下窄、并呈弧形面的外抛，塑料轮叉两叉片的底端呈向下的半圆形，塑料轮叉两叉片向下半圆形的外侧边沿为圆角，塑料轮叉的两叉片下端的外侧，各有一横向的沉孔，塑料轮叉的两沉孔各向内侧连接一横向的穿孔，塑料轮叉两横向穿孔的孔心连线与轮叉嵌件对锁螺栓的螺筒轴心延长线成直角，塑料轮叉两横向穿孔的里端各有一凸圈；PU轮是两侧面的中间各镶嵌一轴承的PU轮，PU轮通过对锁螺栓与带嵌件的塑料轮叉两横向的穿孔连接；四带嵌件的塑料轮叉的轴从下向上穿入嵌于两面板前后端的四下轴承和四上轴承的内孔中，并用四嵌件圆盖的平基螺栓拧接于对锁螺栓的螺筒顶部的螺纹孔中定位；嵌件圆盖是由一塑料圆盖注塑于一平机内六角螺栓的顶头，嵌件圆盖顶部的中间有一圆孔，嵌件圆盖顶部中间的圆孔，与平基螺栓的顶头的内六角沉孔相对应连通，四嵌件圆盖拧接于四对锁螺栓的螺筒的螺纹孔中，并位于面板的上沉孔的顶部。
本发明的有益效果是：将铝嵌件注塑于面板中，使面板的前部和后部能设计成杆形，将铝嵌件的前端和后部转有上下向带向前斜向的圆穿孔，并使该斜向与面板前后端上下沉孔的中心连线的角度一致，使得面板的注塑模只需上下模，而无需另加抽芯模，使得面板的注塑模得以简化，并且注塑退模速度更快；面板的中部能设计成带椭圆孔的圆片状，外观更具有现代感和更加精致，而且能达到足够的强度；将防磨底条制成扁条形的尼龙件，通过螺栓拧接于本发明底面两椭圆孔的外侧的底部，本发明整体外形视觉感观更好，并能用钥匙扣穿入椭圆孔孔中扣挂于皮带扣上，更加便携；在本产品中多配一副防磨底条，让本产品防磨底条用了磨损后进行替换；采用带嵌件的塑料轮叉，将轮叉嵌件作为受力的骨架，将塑料轮叉作为外形精美流畅的造型，使得强度和外观造型两兼得，并且与面板配合后的外观效果更佳；嵌件圆盖采用塑料圆盖注塑于平机螺栓的顶部，可以将平基螺栓拧入对锁螺栓的螺筒中后，将塑料圆盖定位于面板前后的上沉孔中，并在嵌件圆盖的圆孔中塞入柱形塞，使得本发明整体外观更好；本发明可以做得更轻、厚度更薄、外形更小、长度更短、重量更轻、造型更科幻。
附图说明：
图1为本发明的构造示意暨前脚右摆后脚左摆前行图；
图2为本发明铝嵌件的构造示意图；
图3为本发明面板构造示意图；
图4为本发明带嵌件的塑料轮叉的构造图；
图5为本发明的轮叉嵌件构造图；
图6为本发明嵌件圆盖的构造示意图；
图7为本发明前脚左摆后脚右摆前行效果图；
图中：1——铝嵌件，2——面板，3——防磨底条，4——带嵌件的塑料轮叉，5——PU轮，6——嵌件圆盖；带嵌件的塑料轮叉4还包括：41——轮叉嵌件，42——塑料轮叉；轮叉嵌件41还包括：411——金属轮叉，412——对锁螺栓的螺筒。
具体实施方式：
根据图1、图3、图4、图5和图6，所述的新型工艺的摆脚式旱冰鞋，包括铝嵌件嵌件1、面板2、防磨底条3、下轴承、上轴承、带嵌件的塑料轮叉4、PU轮5和嵌件圆盖6；
所述的铝嵌件1是由H型的铝型材压弯成倒放的几字形，所述铝嵌件1的H型的铝型材是高为9mm、宽为13mm的H型的铝挤型材，H型的铝型材有上下槽，H型的铝型材的四边角为圆角，H型的铝型材上下槽的深度宽度都为2.8mm，所述铝嵌件1倒放的几字形前部呈向上的圆弧状，所述铝嵌件1倒放的几字形的后部呈直角上翘，所述铝嵌件1后部呈直角上翘的上部冲有一长孔，所述铝嵌件1上翘上部的一长孔，位于H型铝型材的上下槽之中，所述铝嵌件1的前端和后部的上下向，各转有一带斜向的圆穿孔，所述铝嵌件1的前端和后部圆穿孔的斜向，与倒放的几字形的横划形成向前的79.5°的夹角，然后将加工完毕的几字形的所述铝嵌件1注塑于所述的面板2中，注塑于所述面板2中的所述铝嵌件1，位于所述面板2纵向的中间。
所述的面板2是由塑料注塑而成，所述面板2的前部呈杆形，所述面板2杆形的截面成上半部为半圆形、下半部为扁椭圆形的下半边，所述面板2的杆形呈圆弧状的上抛，所述面板2杆形的圆弧状上抛与所述铝嵌件1前部呈向上的圆弧状相对应，所述面板2的前端一体连接一竖向的前圆柱形，所述面板2的前端竖向前圆柱形呈上小下大的锥形，与竖向前圆柱形连接的所述面板2杆形的前端，呈前大后小的火材头形状，所述面板2前端的前圆柱形呈向前79.5°的倾斜，所述面板2前端前圆柱形上下侧各有一沉孔，所述面板2前端的上沉孔，是直径为φ22mm深度为9mm的沉孔，所述面板2前端的下沉孔，是直径为φ24mm深度为8mm的沉孔，所述面板2前端的上下沉孔之间连有通孔，所述面板2的后部呈直角向上竖起的扁圆柱形，所述面板2后部的扁圆柱形的横向截面成前半部为半圆形、后半部为扁椭圆形的后半边，所述面板2向上竖起的扁圆柱形与铝嵌件后部的直角上翘，所述面板2扁圆柱形上端向后一体连接一竖向的后圆柱形，所述面板2的后端竖向后圆柱形呈上小下大的锥形，所述面板2后端的后圆柱形呈向前79.5°的倾斜，所述面板2的后圆柱形的上下侧各有一沉孔，所述面板2后端的上沉孔，是直径为φ22mm深度为9mm的沉孔，所述面板2后端的下沉孔，是直径为φ24mm深度为8mm的沉孔，所述面板2后端的上下沉孔之间连有通孔，所述面板2前端上下沉孔的中心连线，和所述面板2后端上下沉孔的中心连线，都与所述面板2圆片状底面呈向前的79.5°的夹角，所述面板2中部、位于杆形和扁圆柱形之间，一体连有一圆片状底面，所述面板2圆片状底面中间的两边各有一上下向的椭圆孔，所述面板2圆片状底面两椭圆孔的外侧的底部，各有一向上的浅凹陷，所述面板2浅凹陷的两头有向上拧接孔，所述面板2向上的拧接孔，与所述面板2圆片状底面呈向前79.5°的斜向，所述面板2杆形前端与竖向圆柱形连接处的上下向，有一带向前倾斜的穿孔，所述面板2前端上下向带向前倾斜的穿孔与铝嵌件前端的圆穿孔相对应，所述面板2圆片状底面后部的上下向，有一带向前倾斜的穿孔，所述面板2圆片状底面后部上下向带向前倾斜的穿孔，与所述铝嵌件1后部的圆穿孔相对应，在所述面板2前端上下向带向前倾斜的穿孔中，从上向下塞有一小闷塞，在所述面板2圆片状底面后部上下向带向前倾斜的穿孔中，从上向下塞有一小闷塞，在所述面板2前端和后部上下向带向前倾斜的穿孔中的小闷塞的顶端，与所述面板2的上表面镶平，所述面板2前部的杆形与所述面板2圆片状底面连接处的左右两侧，带有圆弧凹形的连边，所述面板2后部呈直角向上竖起的扁圆柱形与所述面板2圆片状底面连接处的左右两侧，带有圆弧凹形的连边，所述面板2后部呈直角向上竖起的扁圆柱形的上顶部的前侧，呈圆弧抛面状的斜面，所述面板2圆片状底面的上圆周左右两侧，呈圆弧形的边角，所述面板2圆片状底面的下圆周，呈圆弧形的边角，所述面板2圆片状底面两椭圆孔的上圆周和下圆周，呈圆弧形的边角，所述面板2前端圆柱形上顶面的前侧和左右两侧，呈圆弧形的边角，所述面板2后端圆柱形上顶面的后侧和左右两侧，侧呈圆弧形的边角，所述面板2前端圆柱形下底面的前侧和左右两侧，呈圆弧形的边角，所述面板2后端圆柱形下底面的后侧和左右两侧，呈圆弧形的边角，所述面板2圆片状底面两椭圆孔上侧的周围，带有防滑颗粒，防滑颗粒是呈锥形，所述面板2圆片状底面中间的纵向，有一下凸的圆经状凸筋，所述面板2圆片状底面两椭圆孔下侧的周围，带有下凸的圆经状凸筋，所述面板2圆片状底面底部的前边和后边，带有下凸的圆经状凸筋，所述面板2圆片状底面底部的前边和后边的圆经状凸筋，与所述面板2圆片状底面中间的纵向下凸的圆经状凸筋，和所述面板2圆片状底面两椭圆孔下侧周围的圆经状凸筋连贯。
所述的防磨底条3是一条形的尼龙件，所述的防磨底条3采用改性尼龙注塑而成，所述防磨底条3底面的两头，各有一沉孔连通向上的贯通孔，所述防磨底条3底面的沉孔连通的贯通孔，与所述面板2浅凹陷两头的向上拧接孔相对应，所述的防磨底条3通过自攻螺栓与所述面板2底部的拧接孔固定连接。
所述的下轴承是628型号的深沟球轴承，所述的上轴承是608型号的深沟球轴承，四所述的下轴承嵌于两所述面板2前端和后端的下沉孔中，将四塑料衬圈放置于两所述面板2前端和后端上下沉孔中间的贯通孔中，并位于四所述的下轴承之上，四所述的上轴承嵌于两所述面板2前端和后端顶部的上沉孔中，并位于四塑料衬圈之上。
所述的带嵌件的塑料轮叉4，包括轮叉嵌件41和塑料轮叉42，所述的轮叉嵌41是由金属轮叉411和对锁螺栓的螺筒412构成，所述的金属轮叉411是用3mm×16mm的扁条形金属冲压成的∩形，所述金属轮叉411两下端的侧面有冲有相互的对穿孔，所述金属轮叉411两下端相互的对穿孔的孔径为φ8.4mm，所述金属轮叉411两底端冲成圆角，所述金属轮叉411的顶部通过点焊与所述对锁螺栓的螺筒412焊接，然后用氩弧焊加固，所述对锁螺栓的螺筒412的杆径是φ8mm，所述对锁螺栓的螺筒顶端的中间有一轴向的螺纹孔，所述对锁螺栓的螺筒412顶端中间的螺纹孔为M6，所述对锁螺栓的螺筒412与所述金属轮叉411焊接后，所述对锁螺栓的螺筒412轴心线与所述金属轮叉411两下端相互的对穿孔的连线相距27毫米，所述轮叉嵌件41的金属轮叉411注塑于所述的塑料轮叉42中，所述轮叉嵌件41对锁螺栓的螺筒的杆形，完全裸露于所述塑料轮叉42之外。
所述的塑料轮叉42是由塑料注塑而成，所述塑料轮叉42与所述的轮叉嵌件41注塑连接后，所述塑料轮叉42顶部的上侧面呈球形面的上抛，所述塑料轮叉42的顶部的下侧面，呈∩形的拱形门形状，所述塑料轮叉42上顶的两侧向下一体连接有两叉片，所述塑料轮叉42两叉片的内侧为平面，所述塑料轮叉42两叉片开档内侧面的间距为27mm，所述塑料轮叉42两叉片内侧与外侧的平均厚度为7mm，所述塑料轮叉42的两叉片略成上宽下窄，所述塑料轮叉42两叉片的底端呈向下的半圆形，所述塑料轮叉42两叉片向下半圆形外侧的边沿为圆角，所述塑料轮叉42的两叉片下端的外侧，各有一横向的沉孔，所述塑料轮叉42的两叉片下端沉孔的直径为φ13.5mm，所述塑料轮叉42的两叉片沉孔各向内侧连接一横向的穿孔，所述塑料轮叉42的两横向穿孔的孔径为φ8mm，所述塑料轮叉42两横向穿孔的孔心连线与所述轮叉嵌件41对锁螺栓的螺筒412轴心延长线成直角，所述塑料轮叉42两横向穿孔的孔心连线，相较于所述对锁螺栓的螺筒412轴心延长线相距27mm，所述塑料轮叉42两横向穿孔的孔心连线位于所述对锁螺栓的螺筒412轴心延长线之后，所述塑料轮叉42的两叉片为前厚后薄，所述塑料轮叉42两叉片的前厚后薄形成易于脱模的楔形，所述塑料轮叉42的顶部的下侧面的拱形门形状，成前低后高的斜向，所述塑料轮叉42两横向穿孔的里端各有一凸圈，所述塑料轮叉42的凸圈向里作1.5mm凸起，所述塑料轮叉42里端的凸圈，与PU轮中心两侧的轴承的内圈相对应。
所述的PU轮5，是φ80mm的PU轮，所述PU轮5两侧面的中间各镶嵌一608型号的深沟球轴承，所述PU轮5的两深沟球轴承之间还衬有一衬圈，所述PU轮6中间的两深沟球轴承的内孔通过对锁螺栓与所述带嵌件的塑料轮叉4下端两横向的穿孔连接。
四所述带嵌件的塑料轮叉4对锁螺栓的螺筒412从下向上穿入嵌于两所述面板2前后端的四所述的下轴承和四所述的上轴承的内孔中，并用四所述的嵌件圆盖6的平基螺栓拧接于四所述对锁螺栓的螺筒412顶部的螺纹孔中定位。
所述的嵌件圆盖6包括塑料圆盖、平基螺栓和柱形塞，塑料圆盖是圆经φ21mm圆饼形的塑料圆盖，塑料圆盖注塑于M6×16mm平基螺栓的顶头，塑料圆盖顶部有球面状上抛，塑料圆盖顶部有一上下向的圆孔，塑料圆盖的圆孔与M6×16mm平基螺栓顶头的内六角沉孔对应、并连通，塑料圆盖圆孔的孔径略大于平基螺栓的内六角沉孔，塑料圆盖底面有向下的突圈，塑料圆盖向下的突圈，相较于塑料圆盖φ21mm的圆经边沿，向下突出1mm，柱形塞是一圆柱形的塑料塞，柱形塞的圆柱形的圆经与塑料圆盖圆孔的孔径相同，四所述嵌件圆盖6拧接于四所述对锁螺栓的螺筒412的螺纹孔中，并位于所述面板2的上沉孔的顶部，拧接于所述对锁螺栓的螺筒412的螺纹孔中的所述嵌件圆盖6，与所述面板2的上沉孔作无障碍旋转配合，四柱形塞塞入四所述嵌件圆盖6塑料圆盖的圆孔中。

Claims (13)

  1. 一种新型工艺的摆脚式旱冰鞋，包括铝嵌件、面板、防磨底条、下轴承、上轴承、带嵌件的塑料轮叉、PU轮和嵌件圆盖，其特征是：铝嵌件是由H型的铝型材压弯成倒放的几字形，并在成形后方嵌件的前端和后部的上下向，各钻有一带斜向的圆穿孔，铝嵌件的前端和后部圆穿孔的斜向，与倒放的几字形的横划形成向前的79.5°的夹角，然后将加工完毕的铝嵌件注塑于面板中；面板是由塑料注塑而成，面板的前部呈杆形，面板杆形的截面成上半部为半圆形、下半部为扁椭圆形的下半边，面板的杆形呈圆弧状的上抛，面板的前端一体连接一竖向的前圆柱形，面板的前端竖向前圆柱形呈上小下大的锥形，与竖向前圆柱形连接的面板杆形的前端，呈前大后小的火柴头形状，面板前端的前圆柱形呈向前79.5°的倾斜，面板前端前圆柱形上下侧各有一沉孔，面板前端的上下沉孔之间连有通孔，面板的后部呈直角向上竖起的扁圆柱形，面板后部的扁圆柱形的横向截面成前半部为半圆形、后半部为扁椭圆形的后半边，面板扁圆柱形上端向后一体连接一竖向的后圆柱形，面板的后端竖向后圆柱形呈上小下大的锥形，面板后端的后圆柱形呈向前79.5°的倾斜，面板的后圆柱形的上下侧各有一沉孔，面板后端的上下沉孔之间连有通孔，面板前端上下沉孔的中心连线，和面板后端上下沉孔的中心连线，都与面板圆片状底面呈向前的79.5°的夹角，面板中部、位于杆形和扁圆柱形之间，一体连有一圆片状底面，圆片状底面中间的两边各有一上下向的椭圆孔，圆片状底面两椭圆孔的外侧的底部，各有一向上的凹陷、凹陷的两头有向上拧接孔，面板向上的拧接孔与面板圆片状底面呈向前79.5°的斜向，面板杆形前端与竖向圆柱形连接处的上下向，有一带向前倾斜的穿孔，面板前端上下向带向前倾斜的穿孔与铝嵌件前端的圆穿孔相对应，面板圆片状底面后部的上下向，有一带向前倾斜的穿孔，面板圆片状底面后部上下向带向前倾斜的穿孔与铝嵌件后部的圆穿孔相对应，在面板前端上下向带向前倾斜的穿孔中，从上向下塞有一闷塞，在面板圆片状底面后部上下向带向前倾斜的穿孔中，从上向下塞有一闷塞，面板前部的杆形与面板圆片状底面连接处的左右两侧带有圆弧凹形的连边，面板后部呈直角向上竖起的扁圆柱形与面板圆片状底面连接处的左右两侧带有圆弧凹形的连边，面板后部呈直角向上竖起的扁圆柱形的上顶部的前侧呈圆弧抛面状的斜面，面板圆片状底面的上圆周左右两侧呈圆弧形的边角，面板圆片状底面的下圆周呈圆弧形的边角，面板圆片状底面两椭圆孔的上圆周和下圆周呈圆弧形的边角，面板前端前圆柱形上顶面的前侧和左右两侧呈圆弧形的边角，面板后端后圆柱形上顶面的后侧和左右两侧呈圆弧形的边角，面板前端前圆柱形下底面的前侧和左右两侧呈圆弧形的边角，面板后端后圆柱形下底面的后侧和左右两侧呈圆弧形的边角，面板圆片状底面两椭圆孔上侧的周围带有防滑颗粒，防滑颗粒是呈锥形；防磨底条是一条形的尼龙件，防磨底条的两头各有一向上的沉孔连通贯通孔，两防磨底条通过四自攻螺栓与面板两椭圆孔的外侧底部凹陷的四拧接孔拧接；下轴承是628型号的深沟球轴承，上轴承是608型号的深沟球轴承，两下轴承嵌于面板前端和后端的下沉孔中，两上轴承嵌于面板前端和后端顶部的上沉孔中；带嵌件的塑料轮叉包括轮叉嵌件和塑料轮叉，轮叉嵌件由金属轮叉和对锁螺栓的螺筒构成，金属轮叉是用的扁条形金属冲压成的∩形，金属轮叉两下端的侧面有冲有相互的对穿孔，金属轮叉两下端相互的对穿孔的孔径为φ8mm，金属轮叉两底端冲成圆角，金属轮叉的顶部通过点焊与对锁螺栓的螺筒焊接，然后用氩弧焊加固，对锁螺栓的螺筒杆径是φ8mm，与金属轮叉焊接后，对锁螺栓的螺筒轴心线与金属轮叉两下端相互的对穿孔的连线相距27mm，轮叉嵌件的金属轮叉注塑于塑料轮叉中，轮叉嵌件对锁螺栓的螺筒的杆形，完全裸露于塑料轮叉之外，塑料轮叉与轮叉嵌件注塑连接后，塑料轮叉顶部上侧面呈球形面的上抛，塑料轮叉的顶部的下侧面，呈∩形的拱形门形状，塑料轮叉的两侧向下一体连接两叉片，塑料轮叉的两叉片略成上宽下窄并呈弧形面的外抛，塑料轮叉两叉片的底端呈向下的半圆形，塑料轮叉两叉片向下半圆形的外侧边沿为圆角，塑料轮叉的两叉片下端的外侧，各有一横向的沉孔，塑料轮叉的两沉孔各向内侧连接一横向的穿孔，塑料轮叉两横向穿孔的孔心连线与轮叉嵌件对锁螺栓的螺筒轴心延长线成直角，塑料轮叉两横向穿孔的里端各有一凸圈；PU轮是两侧面的中间各镶嵌一轴承的PU轮，PU轮通过对锁螺栓与带嵌件的塑料轮叉两横向的穿孔连接；四带嵌件的塑料轮叉的轴从下向上穿入嵌于两面板前后端的四下轴承和四上轴承的内孔中，并用四嵌件圆盖的平基螺栓拧接于对锁螺栓的螺筒顶部的螺纹孔中定位；嵌件圆盖是由一塑料圆盖注塑于一平机内六角螺栓的顶头，嵌件圆盖顶部的中间有一圆孔，嵌件圆盖顶部中间的圆孔，与平基螺栓的顶头的内六角沉孔相对应连通，四嵌件圆盖拧接于四对锁螺栓的螺筒的螺纹孔中，并位于面板的上沉孔的顶部。
  2. 根据权利要求1所述的新型工艺的摆脚式旱冰鞋，其特征是：所述铝嵌件的H型的铝型材是高为9mm、宽为13mm的H型的铝挤型材，H型的铝型材有上下槽，H型的铝型材的四边角为圆角，H型的铝型材上下槽的深度宽度都为2.8mm。
  3. 根据权利要求1所述的新型工艺的摆脚式旱冰鞋，其特征是：所述铝嵌件倒放的几字形前部呈向上的圆弧状，所述铝嵌件倒放的几字形的后部呈直角上翘，所述铝嵌件后部呈直角上翘的上部冲有一长孔，所述铝嵌件上翘上部的一长孔，位于H型铝型材的上下槽之中，注塑于所述面板中的所述铝嵌件，位于所述面板纵向的中间。
  4. 根据权利要求1所述的新型工艺的摆脚式旱冰鞋，其特征是：所述面板前端的上沉孔是直径为φ22mm深度为9mm的沉孔，所述面板前端的下沉孔是直径为φ24mm深度为8mm的沉孔，所述面板前端的上下沉孔之间连有通孔，所述面板后端的上沉孔是直径为φ22mm深度为9mm的沉孔，所述面板后端的下沉孔是直径为φ24mm深度为8mm的沉孔。
  5. 据权利要求1所述的新型工艺的摆脚式旱冰鞋，其特征是：在所述面板前端和后部上下向带向前倾斜的穿孔中的闷塞的顶端，与所述面板的上表面镶平。
  6. 根据权利要求1所述的新型工艺的摆脚式旱冰鞋，其特征是：所述面板圆片状底面中间的纵向有一下凸的圆经状凸筋，所述面板圆片状底面两椭圆孔下侧的周围带有下凸的圆经状凸筋，所述面板圆片状底面底部的前边和后边带有下凸的圆经状凸筋，所述面板圆片状底面底部的前边和后边的圆经状凸筋与所述面板圆片状底面中间的纵向下凸的圆经状凸筋以及所述面板圆片状底面两椭圆孔下侧周围的圆经状凸筋连贯。
  7. 根据权利要求1所述的新型工艺的摆脚式旱冰鞋，其特征是：所述的防磨底条采用改性尼龙注塑而成，所述防磨底条底面的沉孔连通的贯通孔与所述面板浅凹陷两头的向上拧接孔相对应。
  8. 根据权利要求1所述的新型工艺的摆脚式旱冰鞋，其特征是：所述的金属轮叉是用3mm×16mm的扁条形金属冲压成的∩形，所述对锁螺栓的螺筒顶端的中间有一轴向的螺纹孔，所述对锁螺栓的螺筒顶端中间的螺纹孔为M6。
  9. 根据权利要求1所述的新型工艺的摆脚式旱冰鞋，其特征是：所述塑料轮叉两叉片的内侧为平面，所述塑料轮叉两叉片开档内侧面的间距为27mm，所述塑料轮叉两叉片内侧与外侧的平均厚度为7mm。
  10. 根据权利要求1所述的新型工艺的摆脚式旱冰鞋，其特征是：所述塑料轮叉的两叉片下端沉孔的直径为φ13.5mm，所述塑料轮叉的两横向穿孔的孔径为φ8mm，所述塑料轮叉两横向穿孔的孔心连线，相较于所述对锁螺栓的螺筒轴心延长线相距27mm，所述塑料轮叉两横向穿孔的孔心连线位于所述对锁螺栓的螺筒轴心延长线之后。
  11. 根据权利要求1所述的新型工艺的摆脚式旱冰鞋，其特征是：所述塑料轮叉的两叉片为前厚后薄，所述塑料轮叉两叉片的前厚后薄形成易于脱模的楔形，所述塑料轮叉的顶部的下侧面的拱形门形状，成前低后高的斜向，所述塑料轮叉的凸圈向里作1.5mm凸起，所述塑料轮叉里端的凸圈，与PU轮中心两侧的轴承的内圈相对应。
  12. 根据权利要求1所述的新型工艺的摆脚式旱冰鞋，其特征是：所述的嵌件圆盖包括塑料圆盖、平基螺栓和柱形塞，塑料圆盖是圆经φ21mm圆饼形的塑料圆盖，塑料圆盖注塑于M6×16mm平基螺栓的顶头，塑料圆盖顶部有球面状上抛，塑料圆盖顶部有一上下向的圆孔.
  13. 根据权利要求12所述的新型工艺的摆脚式旱冰鞋，其特征是：塑料圆盖圆孔的孔径略大于平基螺栓的内六角沉孔，塑料圆盖底面有向下的凸圈，塑料圆盖向下的凸圈，相较于塑料圆盖φ21mm的圆经边沿，向下突出1mm，柱形塞是一圆柱形的塑料塞，柱形塞的圆柱形的圆经与塑料圆盖圆孔的孔径相同，拧接于所述对锁螺栓的螺筒的螺纹孔中的所述嵌件圆盖，与所述面板的上沉孔作无障碍旋转配合，四柱形塞塞入四所述嵌件圆盖塑料圆盖的圆孔中。
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