RU176189U1 - VERTICAL VIBRATION EXCITATION MECHANISM APPLICABLE FOR TREATMENT OF HERNIASIS OF INTERDERBINAL DISK - Google Patents

Abstract

The utility model relates to the field of medical technology and is intended for the treatment of the spine. The vertical vibration excitation mechanism consists of an electric motor, four connected by welding the supports, a frame mounted on the supports and connected by welding, located on the frame and connected by welding corners to fix the crankshaft on them, made with two cranks, chains and an adjustable belt. Three rolling bearings are mounted on the crankshaft, welded in the middle to the corners of the crankshaft support, and rolling bearings are mounted on the cranks. The chains are welded with their middle part to the rolling bearings mounted on the cranks, the hanging ends of the chains are welded to a vertically adjustable vibration bar. The ends of the adjustable belt are rigidly fixed to the vibration bar by means of a ring or carabiner, plates and bolted connection. An electric motor is connected to one end of the crankshaft. The invention allows to treat the spine at home. 1 s.p. f-ly, 6 ill.

Description

This mechanism relates to vibration devices used to improve the human body.

Known vibration platforms Kampfer Jaring, Medical Vibro Plate, Takasima Fit Beautg TK-016 and others. However, their use in the treatment of hernias of the intervertebral discs is impossible due to the fact that: 1) the vibration platform must be installed on the couch of the exhaust device, and these couches are not designed for vertical vibration load; 2) the height of the vibrating platform when it is located under the patient’s pelvis raises the patient’s body on the couch to unacceptable parameters; 3) the size of the platform on which the patient rests has a large area, as a result, vertical vibrations affect a large area of the patient’s body, which leads to severe shaking of the patient’s head, resulting in dizziness and increased blood pressure.

Stand-up vibratory massagers are also known, such as Family 135Е, Kampfer Fitness KV-1101, Hose Fit HM-3003, Larsen Shape. This type of vibratory massagers is also impossible to apply in the treatment of herniated discs. The main reason for the impossibility of their use is that the patient does not have the opportunity to lie on the belt of the vibro massager, as this is prevented by his stand. For the treatment of hernias of the intervertebral discs of the spine, a vibratory massager of such a design is required that would allow the patient to lie down simultaneously on the vibrating element of the vibratory massager and on the couch of the mechanotherapeutic apparatus used to stretch the spine.

The vibration mechanism described below is made of alloy steel.

The mechanism consists of four bearings 1, 2, 3, 4 of the frame - the base of the crankshaft welded to the bearings, from the crankshaft onto which three thrust bearings are mounted, the shaft has two cranks with rolling bearings mounted on them, onto which the chains are welded to the middle of them circles and hanging with their ends on both sides of each bearing, a strap is welded to these ends of the chains that vibrates when the shaft rotates, a strap is hung on this strap for both its sides and the corresponding length, the strap on both ends is between the limits firs its movement on the horizontal plane under the slide bar close to its ends are oscillation amplitude adjustment bolts straps which are screwed into the nuts having a connection with the webs by welding, welded to the supports to nearby machinery. The crankshaft is made of a square pipe, which allows you to insert a spatula into it for mortising concrete from the perforator and rotate the shaft with a perforator.

The supports 1, 2, 3, 4 of the mechanism have a height of 650 mm, the distance between the nearby supports is 400 mm, the distance between the far-apart supports is 800 mm. Nearby supports are joined by welding with reinforcement 10 mm in diameter at points above their lower ends at a height of 150 mm, and at a distance of 120 mm from the upper ends of the supports, nearby supports are connected by welding with corners with a side of 40 mm, nuts with an inner diameter of 12 mm are welded to these corners into which bolts of adjustment of an amplitude of fluctuations of 180 mm in length are screwed. 80 cm long corners A and A1 of the base of the crankshaft are welded to the upper ends of the supports far from each other. Angles B, B1, B2 are welded across these corners with a side of 40 mm and a length of 400 mm, two of which are located at the ends of corners A and A1 and the third at a distance of 400 mm from them. The angles connected by welding are a support for the crankshaft. The crankshaft is made of a square pipe with a side of 20 mm, three rolling bearings are mounted on it, which are welded in the middle of the forty-centimeter corners of the shaft support. The shaft has two cranks, the fingers of which have a length of 30 mm, the distance between the fingers of the crank is 70 mm, the distance between the cranks is 290 mm, one of which is 390 mm from the nearest side of the shaft, and the other is spaced from the other side of the shaft by a distance of 17 cm. Rolling bearings are mounted on the crankshaft of the crankshaft, on which the chains are welded with their middle part to the middle of the circumference of the bearings and each having a length of 300 mm. The hanging ends of the chains are welded to a vibrating bar with a length of 1080 mm, which can and should be shortened by 200 mm. When the crankshaft rotates using a punch, the bar begins to vibrate. To transmit this vibration to the human body, a belt at both ends of 1600 mm is suspended at the ends of this bar. The length of the belt is adjustable. A person lies on the formed plane of the belt. In order to prevent the vibrating plate from swinging from side to side during vibration, and to lower it every time onto the amplitude adjustment bolt, this bolt is enclosed between two vertically standing limiters made of reinforcement with a diameter of 10 mm, which are welded with their lower ends to the corners connecting those closest to each other supports on which the adjustment nuts are welded, and the upper ends of the stops are welded to the crankshaft support frame.

All elements of the vibration mechanism may have parameters other than those described above.

Attached are seven photos of the mechanism with a description of the elements of the mechanism depicted in the photograph. Photos are numbered, numbers are written on the back of photo cards. Also, a video disc was sent to you.

Photo No. 1: arrows indicate the base - crankshaft frame, welded from corners A; A1; B B1; B2: with sides 30 mm. Arrows indicate supports 1; 2; 3; 4: mechanism. The arrows indicate the connections by the method of electric welding of the adjacent supports in the form of fittings connecting the supports 1 and 4 to each other, 2 and 3 to each other. Also visible in the photo is a drill that has contact with the crankshaft. This drill drives the crankshaft of the vibro-mechanism.

Photo No. 2: the photo shows the position of the crank located in the Upper Dead Point. Limiters of horizontal movement of the vibroplate are visible, between which there is a vibroplate. The nut of the amplitude adjustment bolt is visible, the amplitude adjustment bolt itself is visible. It can be seen that with the position of the crankshaft in V.M.T. the vibrating plate and the adjusting bolt do not touch.

Photo No. 3: the photo shows that the crankshaft cranks are in the position between V.M.T. and N.M.T. With this position of the cranks, the vibration platform is already sitting on the amplitude adjustment bolt. Shaft support bearings and the crankshaft itself are also visible.

Photo No. 4: the photograph shows a bearing mounted on a crank, shows a flexible connection between the crank bearing and the vibroplate in the form of a chain, which is connected by welding to the crank bearing and the vibroplate.

Photo No. 5: the photo shows the nut of the bolt that regulates the amplitude of vibration, this nut is welded to the support in the form of a corner, which, in turn, is welded to the nearby supports of the mechanism. Limiters of horizontal movement of the vibroplate are also visible, between which the vibroplate is located.

Photo No. 6: the shaft cranks are visible in the photo. The fingers of the cranks are visible, the length of which is 30 mm, and the distance between the fingers of each crank is 70 mm.

Photo No. 7: the photo shows a belt suspended by its two ends on a vibroplate, you can see the free space between the vibroplate and the bottom point of the belt. This space allows a person to lie on the surface of the belt with the desired part of the body.

Claims (2)

1. The mechanism of excitation of vertical vibrations, consisting of an electric motor, four connected by welding supports, a frame mounted on supports and connected by welding, located on the frame and connected by welding angles to fix the crankshaft, made with two cranks, chains and of an adjustable belt, while three rolling bearings are mounted on the crankshaft, welded in the middle to the corners of the crankshaft support, and rolling bearings are mounted on the cranks, and the chains are welded with their middle part to the base to the rolling pins mounted on cranks, the hanging ends of the chains are welded to a vertically adjustable vibration bar, the ends of the adjustable belt being rigidly fixed to the vibration bar by a ring or carbine, plates and bolt connection, and the electric motor is connected to one end of the crankshaft. 2. The mechanism for exciting vertical vibrations according to claim 1, characterized in that it has in its design bolts for adjusting the amplitude of the vertical vibrations of the vibration bar.

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