阅读说明：本技术 一种基于随机变论域fuzzy控制器医疗头盔装置 (Medical helmet device based on stochastic variable discourse domain fuzzy controller ) 是由 赵辉 王月 张元� 于 2021-09-10 设计创作，主要内容包括：本发明公开了一种基于随机变论域fuzzy控制器医疗头盔装置,它主要是由调节盘、圈梁、旋钮,滑槽等零件组成,随机变论域fuzzy控制器自动旋转顶部旋钮改变旋转速度,转动顶调节盘,调节两侧连接梁,以控制顶部内盖与头部上方的贴近程度,随机变论域fuzzy控制器自动旋转左右侧旋钮改变旋转速度,转动左右调节盘,调节前圈梁、后圈梁,以控制左右侧滑槽与头部两侧的距离,本发明的优点：只需通过随机变论域fuzzy控制器对旋钮的控制就可以改变医疗头盔与头部的接触程度,改善医疗头盔性能。(The invention discloses a medical helmet device based on a random variable discourse domain fuzzy controller, which mainly comprises an adjusting disc, a ring beam, a knob, a sliding chute and other parts, wherein the random variable discourse domain fuzzy controller automatically rotates a top knob to change the rotating speed, rotates a top adjusting disc, adjusts connecting beams at two sides to control the approaching degree of an inner cover at the top and the upper part of the head, and automatically rotates a left knob and a right knob to change the rotating speed, rotates a left adjusting disc and a right adjusting disc, and adjusts the front ring beam and the rear ring beam to control the distance between the left sliding chute and the right sliding chute and the two sides of the head, so the invention has the advantages that: the contact degree of the medical helmet and the head can be changed only by controlling the knob through the random variable domain fuzzy controller, and the performance of the medical helmet is improved.)

1. A technology of medical helmet devices based on a stochastic variable domain fuzzy controller is characterized by comprising a top adjusting structure and a left and right side adjusting structure, wherein the top adjusting structure is respectively connected with the left and right side adjusting structure through connecting beams (12) on two sides; the left side adjusting structure is connected with the right side adjusting structure through a rear ring beam (20) and a front ring beam (29).

2. The medical helmet device based on the fuzzy controller of the random variable domain according to claim 1, wherein: the top adjusting structure is used for adjusting and automatically rotating the top knob (1) through a random variable domain fuzzy controller, changing the rotating speed, extruding a spring I (13) to separate the top gland (2) from the top knob (1), and arranging a top insertion strip (11) and connecting beams (12) on two sides on the top cover (4); the top adjusting disc (5) rotates under the action of the first positioning pin and the second positioning pin (3) and adjusts the connecting beams (12) on the two sides to change the proximity degree of the electromagnet (7) close to the head in the top inner cover (9).

3. The medical helmet device based on the fuzzy controller of the random variable domain according to claim 1, wherein: the right side adjusting structure is used for adjusting and automatically rotating a right side knob (16) through a random variable domain fuzzy controller, changing the rotating speed, extruding a spring II (17), separating a right side gland (15) from the right side knob (16), adjusting a right side adjusting disc (19) at the same time, rotating the right side adjusting disc under the action of a positioning pin III and a positioning pin IV (18), and driving a front ring beam (29) and a rear ring beam (20) to stretch and control the position of a right side chute (24) to be attached to the temple; the three right chute covers (26) are arranged on the right chute (24), so that the medicine effect in the right chute (24) is optimal; the principle and the function of the left side adjusting structure and the right side adjusting structure are consistent, and the characteristics are the same.

Technical Field

The invention relates to the technical field of medical treatment, in particular to a technology of a medical helmet device based on a fuzzy controller with a random variable domain.

Background

The medical helmet can achieve the effect of relieving the diseases of senile dementia, cerebral palsy, epilepsy and the like, and avoids the occurrence of the death phenomenon caused by the fact that most families cannot treat the diseases. In the current technology, when a person wears a medical helmet, the contact position between the head of the person and various parts of the medical helmet is difficult to be adjusted to an optimal position quickly. In addition, the control process is controlled by manually rotating a knob, and the problems of low precision, slow speed, long time, frequent operation and the like exist in the process, so that the medical effect, the working efficiency and the like are influenced.

Disclosure of Invention

The invention mainly solves the technical problem of providing a medical helmet device technology based on a fuzzy controller with a random variable theory domain, so as to solve the existing problems.

In order to solve the above problems, the present invention provides the following technical solutions:

a medical helmet device technology based on a fuzzy controller with random variable discourse fields, wherein the structure comprises a top adjusting device and a left and right side adjusting device, and the top adjusting device comprises: the top knob, the top spring, the top gland, the top cover, the top adjusting disc, the connecting beams on two sides, the top embedded bar cover, the top embedded bar, the positioning pin, the top embedded cover, the top inner cover, the permanent magnet, the electromagnet and the pressing sheet; the right side adjusting device includes: the top adjusting plate rotates the top knob, the top pressing cover is separated from the top knob by the extrusion spring I, the top spring is extruded by the top knob, the top adjusting plate is rapidly adjusted under the action of the first positioning pin and the second positioning pin, the connecting beams on two sides stretch to enable the electromagnet on the inner top cover to be close to the upper part of the head, and the inner top cover is internally provided with an electromagnet and four permanent magnets which are fixed by a top pressing sheet; the right side adjusting disk rotates the right side knob, the second spring is extruded to separate the right side gland from the right side knob, the right side adjusting disk is rotated under the action of the right side knob and the second spring, the right side adjusting disk is rapidly adjusted under the action of the third positioning pin and the fourth positioning pin, the third spring is sleeved on the right side chute cover under the support of the right side pressure plate and the right side inner cover, the front ring beam and the rear ring beam stretch to the right side chute and cling to the temple, and the medicine effect in the right side chute is optimal.

The invention adopts the following further scheme that: the top adjustment disk automatically rotates the top knob through the adjustment of the random variable domain fuzzy controller to change the rotating speed, the top adjustment disk is adjusted through the extrusion spring, the connecting beams on the two sides stretch and the electromagnets in the inner cover on the top are enabled to be rapidly close to the upper part of the head, the rotating time is shortened, and the tight fitting degree of the head and the inner cover on the top is controlled.

The invention adopts the following further scheme that: the right adjusting disk automatically rotates the right knob through the adjustment of the random variable domain fuzzy controller, changes the rotating speed of the knob, and rapidly rotates the right adjusting disk so as to control the stretching degree of the front ring beam and the rear ring beam and reach the position where the right sliding groove is tightly attached to the temple.

Compared with the prior art, the invention has the beneficial effects that: when a patient wears the medical helmet, the knob is automatically rotated only through the randomly variable universe of discourse fuzzy controller, the rotation speed of the knob is changed, the top adjusting disc and the right adjusting disc are adjusted, the connecting beams on two sides are driven, the front ring beam and the rear ring beam quickly stretch to the optimal positions close to the head, the rotation speed of the knob is accelerated, the working efficiency is improved, the effect of medicines is achieved, and the medical helmet has the advantages of being simple and convenient to operate, high in control precision, fast in response speed, short in time and the like, and can be widely applied to control problems of medical treatment.

Description of the drawings:

FIG. 1 is a front elevational view of a top adjustment structure of the present invention;

FIG. 2 is an enlarged view of the top adjustment disk of the present invention;

FIG. 3 is a top view of the right adjustment structure of the present invention;

fig. 4 is an enlarged view of the right adjustment disk of the present invention.

Description of reference numerals: 1. the top knob, 2, the top gland, 3, the locating pin I, 4, the top cover, 5, the top regulating disk, 6, the permanent magnet, 7, the electro-magnet, 8, the preforming, 9, the top inner cover, 10, the top embedding cover, 11, the top fillet, 12, the both sides tie-beam, 13, the spring I, 14, the right side enclosing cover, 15, the right side gland, 16, the right side knob, 17, the spring II, 18, the locating pin III, 19, the right side regulating disk, 20, the back collar tie-beam, 21, the electro-magnet cover, 22, the right side clamp plate, 23, the right spout base, 24, the right side spout, 25, the spring III, 26, the spout lid, 27, the right side locating piece, 28, the right side inner cover, 29, the front collar tie-beam.

The specific implementation mode is as follows:

the technical solution of the present invention will be further described with reference to the drawings in the embodiments of the present invention, but the scope of the present invention is not limited to the following description.

A medical helmet device based on a stochastic variable discourse domain fuzzy controller comprises a top adjusting structure and a left and right adjusting structure; as shown in the top adjustment structure of fig. 1, the top adjustment structure mainly comprises: the device comprises a top knob (1), a top gland (2), a first positioning pin (3), a top cover (4), a top adjusting plate (5), a permanent magnet (6), an electromagnet (7), a pressing plate (8), a top inner cover (9), a top embedded cover (10), a top embedded strip (11), connecting beams (12) on two sides and a first spring (13); the top adjusting disk (5) as shown in the attached figure 2 is characterized in that a top knob (1) is automatically rotated through a random variable domain fuzzy controller, the rotating speed is changed, the top knob is separated from a top gland (2), a first spring (13) is extruded, so that the top adjusting disk (5) rapidly rotates under the action of a first positioning pin and a second positioning pin (3), connecting beams (12) on two sides are fixed on the top adjusting disk (5) through the first positioning pin and the second positioning pin (3), and electromagnets (7) on an inner top cover (9) are adjusted to reach the position above the head by driving the connecting beams (12) on two sides through the top adjusting disk (5); an electromagnet (7) and four permanent magnets (6) are arranged in the top inner cover (9) and are fixed by a top pressing sheet (8); the top insertion strip (11) is arranged below the connecting beams (12) at two sides, and a gap is reserved between the top insertion strip and the connecting beams and used for placing a circuit of the electromagnet (7); as shown in the right adjusting structure of fig. 3, the adjusting structure mainly comprises: the device comprises a right outer cover (14), a right gland (15), a right knob (16), a second spring (17), a third positioning pin (18), a right adjusting plate (19), a rear ring beam (20), an electromagnet sleeve (21), a right pressing plate (22), a right sliding groove base (23), a right sliding groove (24), a third spring (25), a sliding groove cover (26), a right positioning sheet (27), a right inner cover (28) and a front ring beam (29); the right adjusting disk (19) as shown in fig. 4 is a device which automatically rotates a right knob (16) through a random variable domain fuzzy controller, changes the rotation speed, extrudes a spring II (17) and separates from a right gland (15), so that the right adjusting disk (19) can be rapidly adjusted and rotated under the action of positioning pins III and IV (18), a front ring beam (29) and a rear ring beam (20) are respectively fixed on the right adjusting disk (19) through the positioning pins III and IV (18), and the distance of the right sliding chute (24) tightly attached to the temple is adjusted under the drive of the right adjusting disk (19); three chute covers (26) are arranged in the right chute (24), are respectively supported by a spring III (25) and are used for storing and releasing medicines; the front ring beam (29) and the rear ring beam (20) are respectively provided with two electromagnet sleeves (21), and the medicament in the right sliding groove (24) is released along with the extension of the front ring beam (29) and the rear ring beam (20), so that the medicament effect is best.

The working principle, the internal structure and the treatment effect of the left adjusting structure are consistent with those of the right adjusting structure, and the left adjusting plate is also adjusted rapidly by changing the rotating speed based on the automatic rotation of the left knob of the random variable discourse domain fuzzy controller, so that the front ring beam (29) and the rear ring beam (20) stretch and contract to change the approaching degree of the sliding grooves to the temple positions.

The medical helmet can be tightly attached to the head of a patient by repeating the above operation, and cannot rotate randomly, so that the medicine effect is realized.