Patent Application
20100121242
1. Field of the Invention
The present invention relates to a protective assembly, and more particularly to a knee protective assembly that is mounted around the thigh and the shank of a user with an adjustable protection capability to keep the knee from being injured when the user acts with an unsuitable pose.
2. Description of Related Art
The ligament is clustering fibrous tissue and is used to connect the joints or the bones of the human body. When a user acts with an unsuitable pose, the ligament may be pull and drag overly and suddenly and this may cause the ligament strain or sprain. Conventional protective assembly is used to keep the ligament of a user from being injured and can be mounted around the knee, the wrist or the leg of the user. With reference to
The thigh covering pad (31) is curved, is mounted around the thigh of a user and is connected to the jointing element (32) and has a top end, a bottom end, a side edge, an adjusting segment (34) and two thigh belts (36). The adjusting segment (34) is connected to the bottom end of the thigh covering pad (31), is connected to the side edge of the jointing element (33) near the top end to let the thigh covering pad (31) rotate relative to the shank covering pad (32). The thigh belts (36) are respectively connected to the top end and the bottom end of the thigh covering pad (31) to hold the thigh covering pad (31) on the thigh of a user.
However, the conventional knee protective assembly (30) always has fixed a length between the covering pads (31, 32) and cannot be adjusted in sizes to fit with the different people's legs, so the protective efficiency of the conventional knee protective assembly (30) is limited and cannot provide a preferred protection to the knee of a user.
To overcome the shortcomings, the present invention tends to provide a knee protective assembly to mitigate the aforementioned problems.
The main objective of the present invention is to provide a knee protective assembly that is mounted around the thigh and the shank of a user with a preferred protection capability to keep the knee from being injured when the user acts with an unsuitable pose.
The knee protective assembly in accordance with the present invention has a mounting device and a protective device. The mounting device has two mounting frames and two jointing elements. Each mounting frame has a mounting panel, two articulated arms, a connecting tab and an adjusting mount with multiple adjusting holes. The jointing elements are respectively connected to the articulated arms of the mounting frames. The protective device is detachably connected to the mounting device and has two protective pads. The protective pads are respectively connected to the mounting frames of the mounting device and each protective pad has two inserting rods and two fasteners.
Other objectives, advantages and novel features of the invention will become more apparent from the following detailed description when taken in conjunction with the accompanying drawings.
With reference to
The mounting device (1) is used to mount around the thigh and the shank of a user and has an upper mounting frame (10), a cover (12), two jointing elements (14) and a lower mounting frame (10A).
The upper mounting frame (10) is mounted around the thigh of a user and has a mounting panel (101), two articulated arms (102), a connecting tab (103) and an adjusting mount (104).
The mounting panel (101) is curved, is mounted around the thigh of a user and has two free ends, a middle and an external surface.
The articulated arms (102) are respectively formed on and protrude downward from the free ends of the mounting panel (101) and are parallel to each other, and each articulated arm (102) has a lower end.
The connecting tab (103) is formed on and protrudes upward from the external surface of the mounting panel ( 101) near the middle.
The adjusting mount (104) is formed on the connecting tab (103) and has an elongated groove (105) and multiple adjusting holes (106). The elongated groove (105) is formed through the adjusting mount (104), the connecting board (103) and the external surface of the mounting panel (101). The adjusting holes (106) are formed through the adjusting mount (104), the connecting board (103) and the external surface of the mounting panel (101) at intervals and communicate with the elongated groove (105).
The cover (12) is detachably mounted around the adjusting mount (104) on the connecting board (103) to cover the elongated groove (105) and the adjusting holes (106).
The jointing elements (14) are respectively and pivotally connected to the articulated arms (102) of the upper mounting frame (10) and each jointing element (14) has a top end, a bottom end, an inner side and a flexible mat (13). The top ends of the jointing elements (14) are respectively connected to the lower ends of the articulated arms (102). The flexible mats (13) are respectively mounted on the inner sides of the jointing elements (14).
The lower mounting frame (10A) is mounted around the shank of a user, is pivotally connected to the jointing element (14) and has a mounting panel (101A), two articulated arms (102A), a connecting tab (103A) and an adjusting mount (104A).
The mounting panel (101A) is curved, is mounted around the shank of a user and has two free ends, a middle and an external surface.
The articulated arms (102A) are respectively formed on and protrude upward from the free ends of the mounting panel (101A) and are parallel to each other, and each articulated arm (102A) has an upper end. The upper ends of the articulated arms (102A) are respectively and pivotally connected to the bottom ends of the jointing elements (14).
The connecting tab (103A) is formed on and protrudes downward from the external surface of the mounting panel (10A) near the middle.
The adjusting mount (104) is formed on the connecting tab (103A) and has two adjusting holes (106A). The adjusting holes (106A) are formed through the adjusting mount (104A), the connecting tab (103A) and the external surface of the mounting panel (101A) at an interval.
The protective device (2) is detachably connected to the mounting device (1) and has an upper protective pad (20) and a lower protective pad (20A).
The upper protective pad (20) is curved, is detachably connected to the upper mounting frame (10) and has an external surface, two free ends, multiple through holes (21), a connecting segment (22), two fasteners (23), two holding rings (24, 26), two belt holes (27) and two thigh belts (25).
The through holes (21) are formed through the upper-protective pad (20).
The connecting segment (22) is formed on the external surface of the upper protective pad (20) and aligns with the adjusting mount (104) and has an external surface and two inserting rods (221). The inserting rods (221) are formed on and protrude from the external surface of the connecting segment (22) and are mounted in two adjusting holes (106) of the adjusting mount (104), and each inserting rod (221) has a threaded hole (222).
The fasteners (23) are respectively screwed into the threaded holes (222) in the inserting rods (221) to connect the upper protective pad (20) with the upper mounting frame (10).
The holding rings (24, 26) are respectively connected to the free ends of the upper protective pad (20).
The belt holes (27) are respectively formed through the free ends of the upper protective pad (20) and align with the holding rings (24, 26).
The thigh belts (25) are connected to the free ends of the upper protective pad (20) between the holding rings (24, 26) and the belt holes (27) and each thigh belt (25) has an inner side, a connecting end, a pasting end and a holding pad (251). The connecting end of one of the thigh belts (25) is connected to one of the holding rings (24, 26) and the connecting end of the other thigh belt (25) is connected to the belt hole (27) that aligns with the corresponding holding ring (24, 26). The pasting ends of the thigh belts (25) are connected to the other holding ring (26) and the other belt hole (27) away from the connecting ends of the thigh belts (25) and each pasting end of the thigh belt (25) may be a velcro. The holding pads (251) are respectively mounted on the inner sides of the thigh belts (25) between the connecting ends and the pasting ends.
The lower protective pad (20A) is curved, is detachably connected to the lower mounting frame (10A) and has an external surface, two free ends, multiple through holes (21A), a connecting segment (22A), two mounting rods (23A), two holding rings (24A, 26A), two belt holes (27A) and two shank belts (25A).
The through holes (21A) are formed through the lower protective pad (20A).
The connecting segment (22A) is formed on the external surface of the lower protective pad (20A) and aligns with the adjusting mount (104A) of the lower mounting frame (10A) and has an external surface and two inserting rods (221A). The inserting rods (221A) are formed on and protrude from the external surface of the connecting segment (22A) and are mounted in the adjusting holes (106A) of the adjusting mount (104A) of the lower mounting frame (10A) and each inserting rod (221A) has a mounting hole (222A).
The mounting rods (23A) are respectively screwed into the mounting holes (222A) in the inserting rods (221A) to connect the lower protective pad (20A) with the lower mounting frame (10A).
The holding rings (24A, 26A) are respectively connected to the free ends of the lower protective pad (20A).
The belt holes (27A) are respectively formed through the free ends of the lower protective pad (20A) and align with the holding rings (24A, 26A).
The shank belts (25A) are connected to the free ends of the lower protective pad (20A) between the holding rings (24A, 26A) and the belt holes (27A) and each shank belt (25A) has an inner side, a connecting end, a pasting end and a holding pad (251A). The connecting end of one of the shank belts (25A) is connected to one of the holding rings (24A, 26A) and the connecting end of the other shank belt (25A) is connected to the belt hole (27A) that aligns with the corresponding holding ring (24A, 26A). The pasting ends of the shank belts (25A) are connected to the other holding ring (26A) and the other belt hole (27A) away from the connecting ends of the shank belts (25A) and each pasting end of the shank belt (25A) may be a velcro. The holding pads (251A) are respectively mounted on the inner sides of the shank belts (25A) between the connecting ends and the pasting ends.
With reference to
With further reference to
Even though numerous characteristics and advantages of the present invention have been set forth in the foregoing description, together with details of the structure and features of the invention, the disclosure is illustrative only. Changes may be made in the details, especially in matters of shape, size, and arrangement of parts within the principles of the invention to the full extent indicated by the broad general meaning of the terms in which the appended claims are expressed.
