CN205460735U - Tool is adjusted to polycell meticulous action training of finger and psychology - Google Patents

Abstract

The utility model provides a tool is adjusted to polycell finger fine movement psychology, is including flexible integrated carrier, still be equipped with a plurality of functional unit that is used for training finger fine movement and adjusts the action people on the flexible integrated carrier. The utility model discloses simple structure, convenient to use, cost itself is very low, easily carries, dismouting, washing, maintenance, can arouse patient's subjective initiative, transfers it and picks up with having autonomic consciousness and receive and impel progressive recovered training process for with the recovering that improves finger fine movement function, also tighten and improve self mental state, the prevention delirium makes recovered effect stable, difficult recurring.

Description

A tool for multi-unit finger fine motor training and psychological adjustment

technical field

The utility model relates to the technical field of medical rehabilitation appliances, in particular to a multi-unit finger fine movement psychological adjustment operation tool.

Background technique

Clinically, it is very difficult to treat patients such as mental retardation, hemiplegia, stroke and its sequelae, and cerebrovascular disease. Because the patient's limbs cannot move freely, his fingers cannot be stretched or stretched weakly or malfunctioning, resulting in inconvenience or inability to take care of himself. While providing necessary drug treatment to the patient, the recovery of the fine motor function of the patient's fingers is also an important part of the treatment process.

Clinically, medical staff will be used to communicate with patients, massage guidance, etc. At present, there are also special finger fine movement trainers, such as a manipulator skeleton for rehabilitation of finger functions disclosed in the patent application number 201520529525.4, including the body, The body is equipped with a side finger mechanism, a top finger mechanism and a strap fixing end. The side finger mechanism includes a thumb tailstock, a thumb electric push rod, a section of the thumb knuckle and a thumb fixing block; the thumb tailstock is connected to the thumb electric push rod; the thumb The electric push rod is connected to the thumb fixing block, and the first knuckle of the thumb is connected to the thumb fixing block; the top finger mechanism includes the tail seat of the top finger, the electric push rod of the top finger, the second knuckle of the top finger, the fixing block of the middle finger, and the first knuckle of the top finger And the front finger fixing block, the middle finger fixing block is connected to the second knuckle of the top finger, the middle finger fixing block is connected to the first knuckle of the top finger, the front finger fixing block is connected to the first knuckle of the top finger; the top finger electric push rod is connected to the middle finger fixing block , the second knuckle of the top finger is connected to the fixed block of the front finger. Compared with most patients, the cost is still relatively high. It is difficult to care for itself, easy to be damaged, and it is difficult to repair after damage, and the repair cycle is long. The cost and maintenance price It is not low. In the actual use process, it is also found that the rehabilitation effect of this kind of manipulator bone is not good and stable, and patients often have involuntary behaviors that interfere with the rehabilitation process.

In addition, there is another kind of fine-motion training device for fingers, such as a fine-motion training device for fingers of patients with upper limb hemiplegia disclosed in the patent application number 200820143274.6, which includes a box cover and a box body, and the box cover and the box body are handed over. There is a crease at the place, the box body is provided with an empty slot, and the training block in the book is placed in the empty slot, and the upper surface of the box body is provided with an array of grooves matching with the training block. This device allows the patient to perform picking actions. One-to-one correspondence between the training blocks and the grooves, this method is still relatively boring, and it is still inconvenient to carry it out. The training blocks are easy to discard and lose, and it is not easy for patients to train conveniently for a long time. The rehabilitation effect achieved in actual use is not good. Not good, so at this stage there is still an urgent need for a new type of finger fine motor rehabilitation treatment.

Contents of the invention

The technical purpose of the utility model is to provide a multi-unit finger fine movement psychological adjustment operation tool, which solves the problems of poor rehabilitation effect of the patient's fine finger function, high cost, inconvenient carrying and maintenance, and hindering the long-term training of the patient.

The specific technical scheme of the utility model is as follows: a multi-unit finger fine movement psychological adjustment operation tool includes a flexible integrated carrier, and the flexible integrated carrier is also equipped with multiple functional functions for training the fine movement of the fingers and adjusting the human heart. unit.

Preferably, the functional unit includes a first exercise part for dragging, a second exercise part for pick-and-place, a third exercise part for pinching, and a knitting exercise part. The fourth practice part, the fifth practice part for buckling action and the sixth practice part for wearing fastening action.

Preferably, the first exercise part is a zipper and/or a Velcro button; the second exercise part is a storage pocket; the third exercise part is an elastic body and/or a plastic body; the fourth exercise part is a knitting thread and/or braiding strips; the fifth exercise part includes a button and a buttonhole or buckle matched with the button; the sixth exercise part includes a strap and a perforation matched with the strap.

Preferably, the functional units form a color difference contrast with objective psychological stimulation; the functional unit and the flexible integrated carrier form a color difference contrast with objective psychological stimulation.

Preferably, the arrangement positions of the functional units on the flexible integrated carrier are staggered and disorderly.

Preferably, the flexible integrated carrier includes an exposed surface for setting the functional unit and a contact surface for covering the human body.

Preferably, the functional unit further includes a visual stimulation unit or an auditory stimulation unit; the functional unit further includes a visual stimulation unit and an auditory stimulation unit, and the visual stimulation unit and the auditory unit are set independently or in combination .

Preferably, the visual stimulation unit includes objective image recognition components, between the objective image recognition components, between the objective image recognition components and the functional unit, between the objective image recognition components and the flexible integrated carrier The color difference contrast that produces objective psychological stimulation for people is formed between them; the auditory stimulation unit includes a sounding part and a switch part for controlling the sounding part.

Preferably, the flexible integrated carrier is provided with a unit mounting base for carrying and fixing the functional unit, and the unit mounting base is fixedly or detachably connected to the functional unit.

Preferably, the unit mounting base is detachably connected to the functional unit, and the detachable connection method includes one or more of snap-fit, clip-fit, tie-fit, adhesion, and suction-fit.

Preferably, the flexible integrated carrier is provided with a connecting part for attachment and fixation with the human body.

Preferably, the connection part includes one or more of a strap, a fastener, a zipper, a retractable part, and a magnetic attractor connected to the flexible integrated carrier.

Preferably, the flexible integrated carrier is provided with a folding self-supporting support for stretching and flattening the flexible integrated carrier itself.

Preferably, the periphery of the flexible integrated carrier is provided with an outer edge enclosing part for folding and packing the flexible integrated carrier.

Preferably, the outer enclosing part includes one or more of zippers, fasteners, straps, and magnets arranged around the periphery of the flexible integrated carrier.

After repeated research and tests by the applicant, it was found that the traditional finger fine function rehabilitation training equipment is similar to the skeleton of a manipulator, and its structure is complex, easily damaged, difficult to repair, and takes a long time to repair. For most ordinary patients, its price is high and unaffordable . This kind of equipment conducts synchronous training by amplifying and stimulating the myoelectric signal generated by the patient's own muscles. The system continuously monitors but does not stimulate the response signal of the muscle. For muscle movement, patients need to passively accept the movement control of the manipulator skeleton, and have to endure an external load on the hand. During the rehabilitation process, some patients will also have rejection and aversion, and the patients themselves are less active in self-rehabilitation training. , the subjective initiative is not strong, not driven by the consciousness of self-rehabilitation, the interest in rehabilitation training is not high, and the effect of rehabilitation is not good; at the same time, in the actual process, such patients are prone to clinical brain syndrome of delirium, which will interfere unconsciously Hinder the clinical care of patients themselves, such as unconscious extubation, trance, inability to concentrate, emotional disturbance, etc., which further affect the patient's rehabilitation status; and training devices such as picking boxes, repeated the same picking operation is still It will make the patient feel boring, and there is no breakthrough in carrying. If the patient needs to take it out, he must carry such an additional box. At the same time, the training block in the box is easy to be discarded and missing during the long-term training process. , the patient is still unable to effectively and willingly carry out long-term rehabilitation training. Furthermore, when the patient is picking and matching the groove and the training block one by one, due to the habit of using the hands, the selection of objects such as the training block is difficult. Fang often only uses part of the fingers such as the thumb and index finger, and since there is only such an objective and practical movement in the entire rehabilitation training, the actual effect of the entire rehabilitation training is not comprehensive and good, and still needs to be greatly improved.

The utility model utilizes the simple flexible integrated carrier (such as cloth) and the functional units arranged on it (such as various object components in daily life, shoelaces, zippers, buttons, cloth bags, etc.) to achieve targeted During the exercise process, various parts are used to induce patients to play their subjective initiative and practice independently and actively. The positions of each part are distributed freely and disorderly, and the degree of difficulty is also different. practise. At the same time, the colors of the functional units are not the same, but also form a strong contrast with the color of the flexible integrated carrier, and the colors tend to be bright, so as to provide objective visual stimulation to the patient and enable the patient to concentrate Focus on other things, such as the infusion pipeline, to strengthen and stabilize nerve function, and prevent delirium. The functional unit further starts with the visual stimulation unit and the auditory stimulation unit to further improve the patient's performance. Mental stimulation and psychological guidance carry out rehabilitation training for patients with vivid "sound" and "color", so as to further help accelerate and improve the rehabilitation effect. Each functional unit has different forms and requirements for fine finger movements, starting with simple and common movements such as pulling, pulling, digging, pinching, pressing, pressing, etc., and gradually increasing the difficulty to movements such as weaving, tying, and buckling , while training the fine movements of a single finger, exercise the mutual cooperation of both hands, that is, multiple fingers, and perform rehabilitation training for patients from simple to complex, from easy to difficult. The self-conscious and step-by-step finger training of patients expressed above can not only strengthen the recovery of fine motor functions of fingers, strengthen the memory of fine motor movements of patients, and prevent recurrence, but also induce patients to think positively, maintain concentration, and mobilize patients. Interest in rehabilitation training to prevent delirium symptoms in patients.

The technical advantage of the utility model is that the multi-unit finger fine movement psychological adjustment operation tool is simple in structure and easy to use, its own cost is very low, it is easy to carry, disassemble, clean and maintain, and can stimulate the patient's subjective initiative and mobilize others. Consciously accept and promote the gradual rehabilitation training process, speed up and improve the recovery of fine motor functions of fingers, also strengthen and improve one's own mental state, prevent delirium, make the rehabilitation effect stable and not easy to relapse.

Description of drawings

Fig. 1 is the structural representation of the utility model embodiment;

Fig. 2 is the partial structure schematic diagram of the utility model embodiment;

Fig. 3 is the partial structure schematic diagram of the utility model embodiment;

Fig. 4 is the partial structure schematic diagram of the utility model embodiment;

Fig. 5 is the partial structure schematic diagram of the utility model embodiment;

The names of the parts corresponding to the numbers in the figure are: 1-flexible integrated carrier, 11-first exercise part, 12-second exercise part, 13-third exercise part, 14-fourth exercise part, 15-fifth exercise Components, 16-sixth exercise component, 17-objective image recognition component, 18-sound-generating component, 2-connecting component, 3-unit installation base, 4-folding self-supporting bracket, 5-outer edge enclosing component.

detailed description

Below in conjunction with accompanying drawing, the utility model will be further described by specific embodiment:

As shown in Fig. 1, a multi-unit finger fine motor psychological adjustment operation tool includes a flexible integrated carrier 1, which is optionally provided with a connecting part 2 for attaching and fixing to the human body, and is also provided with a flexible integrated carrier 1 for Multiple functional units that train fine finger movements and adjust human psychology. The flexible integrated carrier 1 is preferably made of soft cloth with a size of 40cm*50cm. It can also be sponge, nylon, etc., and its shape is similar to an apron, shawl, vest, etc. , can be worn on the human body and fixed by the connecting part 2. One side of the flexible integrated carrier 1 is a contact surface adapted to the human body, and the other side is the installation surface of the functional unit. The installation surface of the functional unit is fixed on the flexible integrated carrier 1 on the human body. The body is located on the front of the body, i.e. in front of the chest or in front of the belly, and the connecting part 2 is arranged on the side to the back of the body, i.e. the waist or back. The mechanism of use of the connection part 2 is preferably kept similar or the same as that of the exercise part provided in the functional unit when set up, and the location of the connection part 2 is preferably at the side to the rear of the patient's body after attachment to the body , and the functional unit is located in the front of the patient's body to facilitate the patient's practice in lying, sitting, etc. After the patient has practiced fine finger movements for a long time, he will naturally drive himself to do it because of comfort or self-wearing adjustments. Manually untie the connecting part 2, which is a self-awareness exercise and induction strengthening exercise, which induces the patient to play subjective initiative, trains finger movements and self-verifies the training results.

The functional unit includes a first practice part 11 for dragging, a second practice part 12 for pick-and-place, a third practice part 13 for pinching, a fourth practice part 13 for knitting. Exercise part 14, the fifth exercise part 15 for carrying out the buckle action and the sixth exercise part 16 for carrying out the wearing action, the first exercise part 11 adopts slide fastener, magic buckle, hasp etc., the second exercise part 12 Use cloth bags, sticky strips, storage boxes, etc.; the third exercise part 13 uses elastic cushions, sponge balls, sandbags, etc.; the fourth exercise part 14 uses nylon ropes, cloth strips, silk scarves, etc.; the fifth exercise part 15 uses buttons cloth straps with buttonholes, or fastened buttons and matching fastened buckles. The connecting part 2 includes one or more of laces, fasteners, zippers, rubber bands, and magnetic attractors connected to the flexible integrated carrier 1, but not limited thereto. These connecting parts 2 and the first functional unit The use mechanism of the first to sixth exercise parts is similar or the same, which is convenient for patients to wear and adjust the flexible integrated carrier 1 naturally after a long period of practice, without the help of others, helping patients to establish, restore, and improve their independent ideas and ideas. Finger fine motor function.

In addition, the components included in the functional units can be improved or upgraded in complexity. For example, the single row of shoelaces in Fig. higher requirements; single-row zippers can be designed with double-layer zippers, as shown in Figure 5. There are outer zippers and inner zippers. The outer color can be set to yellow, and the inner color can be set to purple. When the patient pulls the outer zipper When zippering the zipper, it can be visually impacted, stimulating the patient to continue to open the inner zipper actively. In addition, the outer zipper can be set as a large zipper, and the inner zipper can be a small zipper. Based on the zipper, it is connected to the closing action of the small zipper with higher fine motor ability of fingers.

The functional unit has a variety of bright colors, and the flexible integrated carrier 1 has a base color different from the performance color of the functional unit. The contrast between the various performance colors and between the performance color and the base color creates an objective impression on people. Psychological stimulation, such as using bright red, bright blue, bright orange, etc. as the color of expression, and all white, black, dark blue, etc. as the base color. Of course, the color can also be determined according to the patient's preference or objective aesthetics. The positions of the functional units on the flexible integrated carrier 1 are staggered and disorderly, which induces the patient to concentrate on exploring all areas.

In the actual coloring, the color of the flexible integrated carrier 1, that is, the soft cotton cloth is dark blue, which symbolizes the blue sky and the sea, and makes people feel peaceful. Yellow, bright and brisk, makes people feel comfortable and relaxed, and produces the patience of waiting. Therefore, the fourth exercise part 14 in Figure 1, that is, the three tethers are designed to be yellow, so that the patient can finish weaving patiently. Orange and pink are soft and bright, full of fairy tale colors, which can make people feel calm and relaxed, and can concentrate; white, it can play a regulating role in a small space, so the fifth exercise in Figure 1 is designed Part 15 and the sixth practice part 16, the cloth bottom of the buttons is orange, the cloth bottom of the shoelaces is pink, and the buttons, buttonholes, shoelaces and eyelets are all white. Seeing green, the irritated mood will be stretched and calmed, and people will feel vitality. The patient will have the desire to take the napkin and wipe the saliva by himself, so the second exercise part 12 in the design diagram 1, that is, the pocket is green. Red is a strong and prominent color, showing people's enthusiasm and fighting power, so the design of the first exercise part 11 and the second exercise part in Figure 1, i.e. the sticky button and spring pad are red, so that the patient has the power to pull the sticky button or press. While enhancing visual and tactile stimuli, the above-mentioned design calms the patient's heart, relieves anxiety, diverts attention from the dressing on the body, prevents accidental extubation, and prevents delirium. In addition, the organic matching of these colors and the existing color difference stimulation make people feel comfortable, quiet and peaceful, creating a calm, positive and optimistic color emotion for patients, beautifying people's psychological feelings, and allowing patients to recover faster. These functional module trainings are part of daily physiological self-care training for patients. After long-term persistence, patients' daily self-care ability will be strengthened and their sense of accomplishment will be enhanced.

The functional unit also includes a visual stimulation unit and an auditory stimulation unit. The visual stimulation unit and the auditory stimulation unit can be provided with only one or both, and further auditory stimulation units can be combined and arranged on the visual stimulation unit. The visual stimulation unit includes an objective image recognition component 17, which can be a reflection of triangular mountains, circular lakes, the sun, the moon, etc. that exist in the objective environment, so that people can associate it with the actual living environment at a glance. The image of both natural or artificial objects in it can also be the embodiment of classic cartoon images such as Mickey Mouse, Donald Duck, etc. The objective image recognition part 17 has a variety of expressive colors, and the flexible integrated carrier 1 has characteristics different from the objective image recognition part. The base color of the expression color of 17 forms a contrast between various expression colors and between the expression color and the base color and produces objective psychological stimulation to people. Blue, bright green, bright orange, etc., the base color is all white, all black, all gray, all dark blue, etc. The auditory stimulation unit includes a sounding part 18 and a switch part for controlling the sounding part 18. The sounding part 18 can adopt a walkman, a loudspeaker, etc., and the switching part can be a button, a touch switch light, or the part 18 itself can be generated, such as sending out The toy with amusing sound effects is the sound-generating part 18 and the switch part that causes the sound, and induces people to be interested in actively going to carry out interactive exercises with it.

As shown in FIG. 2 , the flexible integrated carrier 1 is provided with a unit mounting base 3 for carrying and fixing functional units. The detachable connection between the unit installation base 3 and the functional unit, the detachable connection method includes one or more of fastening, snapping, fastening, bonding, and suction, such as pressing by pressing strips, magic buckles Sticking, tying with a tie, sucking with a magnet, buckling with a spring, etc., of course, it is also possible to open a screw hole on the hard unit installation base 3, and then screw the functional unit with a screw. These detachable The connection method is not limited to the foregoing. The unit mounting base 3 can be a plastic base or a flexible base or the like that is fixedly connected to the flexible integrated carrier 1. The detachable connection enables the unit mounting base 3 to be separated from the functional unit, thereby facilitating the implementation of the flexible integrated carrier 1. And the maintenance, repair, cleaning, replacement and other operations of functional units, which can be replaced and facilitate the switching training of movement complexity.

Referring again to FIG. 3 , the periphery of the flexible integrated carrier 1 is provided with an outer edge enclosing part 5 for folding and packing the flexible integrated carrier 1 . The outer edge enclosing part 5 includes one or more of zippers, fasteners, laces, and magnets arranged around the periphery of the flexible integrated carrier, which can realize, for example, zipper closure after the flexible integrated carrier 1 is folded in half, Velcro fastening, lace fastening, etc., thereby becoming a light-packed piece that is easy to carry and takes up little space, easy to accommodate, easy to take away, and convenient for patients to store and use at any time.

Referring again to FIG. 4 , the flexible integrated carrier 1 is provided with a folding self-supporting support 4 for stretching and flattening the flexible integrated carrier 1 itself. Folding self-supporting support 4 is the same as the support of common folding mosquito nets on the market. It is composed of multiple vertical bars, cross bars, locking mechanisms, folding mechanisms, etc., which can be combined and realized by existing technologies. Its function It is to stretch the flexible integrated carrier 1 so that patients can more comfortably perform finger fine motor training on it, because some patients do not like to wear the flexible integrated carrier 1 on their body, or they will feel uncomfortable when they see the flexible integrated carrier 1 that is wrinkled and uneven. Irritability, so the foldable self-supporting support 4 is set on demand for targeted rehabilitation training.

The overall size of the operation tool is not large, it is just right to wear on the person, and it is very comfortable to carry. The additional functional unit stimulates the patient to concentrate and arouse the interest in the fine motor exercises of the fingers, so that they can act with voluntary consciousness , give full play to the subjective initiative, actively carry out rehabilitation training and treatment, maintain a good spirit and active thinking state, prevent delirium syndrome, and further make a good physical and psychological recovery. After the event, the maintenance of the flexible integrated carrier 1 and functional units, Operations such as maintenance and replacement are convenient and fast, which can speed up and improve the rehabilitation training of patients. The operating tool has a low coefficient of difficulty in rehabilitation operation technology, low risk, is not limited by time and space conditions, is simple and easy to operate, and is a rehabilitation method that is easy to popularize.

In addition, finger movements can greatly stimulate the finger motor centers in the cerebral cortex, thereby promoting the improvement of overall intelligence. In the human brain, the nerves associated with the fingers occupy a relatively large area. If this part of nerve cells is often stimulated, the brain will become increasingly developed and achieve dexterity. Children with mental disabilities have many physical development problems due to brain damage, such as poor fine motor development, insufficient spatial perception, and poor hand-eye coordination. slow. Therefore, fine motor training for mentally handicapped children with motor deficits is an important content of early education for mentally handicapped children, and plays an important role in promoting hand-eye coordination of mentally handicapped children. As part of the fine motor training of mentally handicapped children, this homework tool plays an important role in finger flexibility and finger coordination of mentally handicapped children. It can better develop the motor deficit rehabilitation and brain thinking ability of mentally handicapped children. It is also an effective treatment for postpartum depression patients One of the effective means of rehabilitation. When using this homework tool, the brain, eyes, and hands coordinate movements at the same time. The design of color emotions also greatly promotes the development of vision, touch and other functions. It can be used as a teaching aid for mentally handicapped children to cultivate their fine movements. Exercise the function of their fingers, gradually reach the level of stability and even dexterity, promote the coordinated development of various sense organs, and at the same time train the concentration of attention, laying a solid foundation for future self-care.

Claims (10)

1. a multiple-unit finger fine movement training and mental adjustment power tool, it is characterized in that: include flexible integration carrier (1), described flexible integration carrier (1) is additionally provided with the multiple functional element for training finger fine movement adaptation action human psychological.

A kind of multiple-unit finger fine movement mental adjustment power tool the most according to claim 1, it is characterised in that: described functional element includes the first practice component (11) for carrying out Dragging movement, for carrying out picking and placeing second practice component (12) of action, for carrying out pinching by the 3rd practice component (13) of action, for carrying out the 4th practice component (14) of woollen yarn knitting action, for carrying out the 5th practice component (15) of snap action and being the 6th practice component (16) of action for carrying out wearing.

A kind of multiple-unit finger fine movement mental adjustment power tool the most according to claim 2, it is characterised in that: described first practice component (11) is slide fastener and/or thread gluing；Described second practice component (12) is glove pocket；Described 3rd practice component (13) is elastomer and/or plastic body；Described 4th practice component (14) is braided thread and/or woollen yarn knitting article；Described 5th practice component (15) includes clasp and the buttonhole matched with described clasp or clasp；Described 6th practice component (16) includes frenulum and the perforation matched with described frenulum.

A kind of multiple-unit finger fine movement mental adjustment power tool the most according to claim 1, it is characterised in that: described functional element forms the aberration contrast with objective Psychological stimulation each other；The aberration contrast with objective Psychological stimulation is formed between described functional element and described flexible integration carrier (1).

A kind of fine disorder of internal organs of multiple-unit finger the most according to claim 1 make mental adjustment power tool, it is characterised in that: described functional element also includes visual stimulus unit or auditory stimulus unit；Described functional element also includes visual stimulus unit and auditory stimulus unit, described visual stimulus unit and the described separate setting of auditory stimulus unit or is mutually combined setting.

A kind of multiple-unit finger fine movement mental adjustment power tool the most according to claim 5, it is characterized in that: described visual stimulus unit includes objective image identification component (17), between described objective image identification component (17), between described objective image identification component (17) and described functional element, between described objective image identification component (17) and described flexible integration carrier (1), form the aberration contrast that people is produced objective Psychological stimulation；Described auditory stimulus unit includes sound-generating element (18) and is used for controlling the switch block of described sound-generating element (18).

7. according to a kind of multiple-unit finger fine movement mental adjustment power tool according to any one of claim 1 ~ 6, it is characterized in that: described flexible integration carrier (1) is provided with unit installation matrix (3) for carrying and fix described functional element, described unit is installed to fix between matrix (3) and described functional element and is connected or removably connects.

8. according to a kind of multiple-unit finger fine movement mental adjustment power tool according to any one of claim 1 ~ 6, it is characterised in that: described flexible integration carrier (1) is provided with for depending on fixing connection member (2) with human body.

9. according to a kind of multiple-unit finger fine movement mental adjustment power tool according to any one of claim 1 ~ 6, it is characterised in that: described flexible integration carrier (1) is provided with folding self supporting type support (4) for described flexible integration carrier (1) itself struts flattening.

10. according to a kind of multiple-unit finger fine movement mental adjustment power tool according to any one of claim 1 ~ 6, it is characterised in that: the periphery of described flexible integration carrier (1) is provided with outer inclusion parts (5) for described flexible integration carrier (1) folds packing.