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CN-224207345-U - Skating shoes

CN224207345UCN 224207345 UCN224207345 UCN 224207345UCN-224207345-U

Abstract

The utility model relates to a skating shoe, which comprises a shoe body and a protective shell, wherein the shoe body comprises two first connecting parts, at least one first connecting part comprises a first non-circular structure, the protective shell comprises two second connecting parts, at least one second connecting part comprises a second non-circular structure, a sliding component is arranged at the bottom side of the shoe body, and two pivoting mechanisms, each pivoting mechanism comprises a pivoting piece, each pivoting piece is inserted into one first connecting part and one second connecting part, the pivoting piece of at least one pivoting mechanism comprises a non-circular clamping structure, and the non-circular clamping structure can move between a locking position and a releasing position. The protective shell of the skating shoe provided by the utility model can swing, adjust and position, is convenient to put on and take off, has a simple structure and can be used for auxiliary limit without an additional binding belt.

Inventors

  • NEIL IRVING

Assignees

  • 吴方瑜

Dates

Publication Date
20260508
Application Date
20250424

Claims (10)

  1. 1. A skate, comprising: The shoe body comprises a shoe body and a protective shell, wherein the shoe body comprises two first connecting parts which are positioned at two opposite sides of the shoe body, at least one first connecting part comprises a first non-circular structure, the protective shell comprises two second connecting parts, and at least one second connecting part comprises a second non-circular structure; a sliding member provided at a bottom side of the shoe body, and The pin joint mechanism comprises a pin joint piece, each pin joint piece is inserted into the first connecting part and the second connecting part, and at least one pin joint piece of the pin joint mechanism comprises a non-circular clamping structure which can move between a locking position and a releasing position; When the non-circular clamping structure is positioned at the locking position, the non-circular clamping structure is simultaneously engaged with the first non-circular structure and the second non-circular structure in a non-rotating way, so that the protective shell is positioned and can not rotate relative to the shoe body; When the non-circular clamping structure is positioned at the release position, the non-circular clamping structure is separated from at least one of the first non-circular structure and the second non-circular structure, so that the protective shell is released and can rotate relative to the shoe body.
  2. 2. The skate of claim 1 wherein the non-circular detent structure is engageable with the first non-circular structure and the second non-circular structure.
  3. 3. The skate of claim 2 wherein the first non-circular structure comprises a first non-circular aperture and the second non-circular structure comprises a second non-circular aperture and the non-circular detent structure comprises a non-circular bar section.
  4. 4. The skate of claim 3 wherein the at least one pivoting member further comprises an actuating rod and a locking block coupled to the actuating rod, the actuating rod extending through the first non-circular structure and the second non-circular structure, the locking block comprising the non-circular rod section.
  5. 5. The skate of claim 4 wherein the first non-circular structure further comprises a non-circular end groove, the clip further comprising a non-circular flange extending radially from the non-circular bar section, the non-circular flange non-rotatably clipping into the non-circular end groove when the non-circular clip structure is in the locked position.
  6. 6. The skate of claim 5 wherein the actuating lever comprises an outer flange and a shoulder, the clip being disposed over the actuating lever and captured between the outer flange and the shoulder.
  7. 7. The skate of any of claims 1-6 wherein an elastic member is further disposed between the pivoting member and the body, the elastic member being adapted to exert a force on the pivoting member to automatically return the non-circular detent structure to the locked position.
  8. 8. The skate of any of claims 1-6 wherein the first connecting portions each comprise the first non-circular structure, the second connecting portions each comprise the second non-circular structure, and the pivot members of the two pivot mechanisms each comprise the non-circular detent structure.
  9. 9. The skate of any of claims 1-6 wherein each of the two first connecting portions further comprises a raised rib, each of the two second connecting portions further comprises a groove, and the raised rib is disposed in the groove.
  10. 10. The skate of any of claims 1-6 further comprising a base, a wear portion movably coupled to the base and including a tooth portion, and a screw rotatably inserted into the base and engaged with the tooth portion, wherein rotation of the screw drives the wear portion to move.

Description

Skating shoes Technical Field The present utility model relates to sports equipment, and is especially one kind of skating shoes. Background Skating is a popular and widespread sport and leisure activity. The skates are worn when engaged in skating activities. The conventional skates' shells (cuff) are typically rotatably attached to the base of the shoe, which requires the provision of a strap to pull and retain the shell. However, when wearing, the strap needs to be released first to enable the protective shell to swing outwards to form a larger penetration opening for the foot to penetrate into the shoe body, and then the strap needs to be pulled again to enable the skating shoe to be tightly attached to the foot. When the binding belt is not pulled, the protective shell cannot be positioned and can swing randomly. Therefore, the conventional skates are not smooth, easy, inconvenient and uncomfortable to put on and take off, and have a complex structure. Accordingly, there is a need for a new and improved skate that addresses the above-described problems. Disclosure of utility model The main purpose of the utility model is to provide a skating shoe, the protective shell of which can swing, adjust and position, is convenient to put on and take off, and has a simple structure without additional auxiliary limit of the binding belt. The utility model provides a pair of skating shoes, comprising a shoe body and a protective shell, wherein the shoe body comprises two first connecting parts, the two first connecting parts are positioned at two opposite sides of the shoe body, at least one first connecting part comprises a first non-circular structure, the protective shell comprises two second connecting parts, at least one second connecting part comprises a second non-circular structure, a sliding component is arranged at the bottom side of the shoe body, and two pivoting mechanisms, each pivoting mechanism comprises a pivoting piece, each pivoting piece is inserted into one first connecting part and one second connecting part, the pivoting piece of at least one pivoting mechanism comprises a non-circular clamping structure, the non-circular clamping structure can be moved between a locking position and a releasing position, when the non-circular clamping structure is positioned at the locking position, the non-circular clamping structure is simultaneously in non-rotary engagement with the first non-circular structure and the second non-circular structure, so that the protective shell is positioned against rotation relative to the shoe body, and when the non-circular clamping structure is positioned at least one non-circular clamping structure is positioned at the non-circular position, the non-circular clamping structure can be released from the first non-circular structure and the non-circular structure. Preferably, the non-circular locking structure is sleeved with the first non-circular structure and the second non-circular structure. Preferably, the first non-circular structure comprises a first non-circular hole, the second non-circular structure comprises a second non-circular hole, and the non-circular detent structure comprises a non-circular bar section. Preferably, the pivot piece of at least one pivot mechanism further comprises an actuating rod and a clamping block connected with the actuating rod, the actuating rod penetrates through the first non-circular structure and the second non-circular structure, and the clamping block comprises the non-circular rod section. Preferably, the first non-circular structure further comprises a non-circular end slot, and the clamping block further comprises a non-circular flange extending radially from the non-circular rod section, wherein the non-circular flange is clamped into the non-circular end slot in a non-rotating manner when the non-circular clamping structure is positioned at the locking position. Preferably, the actuating rod comprises an outer clamping edge and a blocking shoulder, and the clamping block is sleeved on the actuating rod and limited between the outer clamping edge and the blocking shoulder. Preferably, an elastic member is further disposed between the pivot member and the shoe body, and the elastic member applies force to the pivot member to enable the non-circular locking structure to automatically return to the locking position. Preferably, the two first connecting portions respectively comprise the first non-circular structure, the two second connecting portions respectively comprise the second non-circular structure, and the pivoting pieces of the two pivoting mechanisms respectively comprise the non-circular clamping structures. Preferably, the two first connecting portions further comprise a ring boss respectively, the two second connecting portions further comprise a groove respectively, and the ring boss is placed in the groove. Preferably, the shoe body further comprises a base, a wearing part and a screw rod, wherein the wear