WO2023113649A1

WO2023113649A1 - Stand for demonstrating the massage action of a device on the human body and methods for the use and manufacture of same

Info

Publication number: WO2023113649A1
Application number: PCT/RU2022/050388
Authority: WO
Inventors: Арина Евгеньевна Тополева
Original assignee: Арина Евгеньевна Тополева
Priority date: 2021-12-14
Filing date: 2022-12-14
Publication date: 2023-06-22

Abstract

The group of inventions relates to the field of special furniture and fittings for shops, storehouses and the like, such as showcases and stands for showing goods, in particular show stands having mechanical means. The essence of the invention consists in equipping a stand with a means that makes it possible to simulate the sliding movement of a device along said stand without applying a lubricant. This can be a mechanical means that rotates freely or is fastened to a rotating shaft and allows a device interacting therewith to roll rather than slide, for example a rolling element such as a wheel, a roller, a ball or a group thereof. The aim of the claimed method of use is to demonstrate a rubbing massage action by simulating sliding without the use of a lubricating material. The aim of the claimed method of manufacture is to produce a stand capable of demonstrating a reciprocating linear and/or rotary massage movement, as well as both types of movement simultaneously.

Description

STAND FOR DEMONSTRATION OF MASSAGE IMPACT OF THE DEVICE ON THE HUMAN BODY, METHOD OF ITS USE AND METHOD OF ITS MANUFACTURE

The invention relates to the section of special furniture and equipment for shops, warehouses, etc., such as showcases, stands, stands for displaying goods, in particular, demonstration stands with mechanical means.

From the application for invention RU2009118934 published on 27.11.2010, a shelf section is known, containing roller means that are designed to rotate between the display position and the position for replenishing goods. From the international application PCT/GB2007/002366 published on 27.12.2007, a stand for displaying clothes is known, made from a set of panels in the shape of a human body or body parts. From the application for invention LIS20190290025 published on September 26, 2019, a stand for demonstrating hairstyles is known, made of panels in the shape of a human body or head. This stand can be used to demonstrate the application of hair care and massage products. This stand is a prototype of the claimed invention. In addition, the following patent documents may be included in the general prior art: US6089385 publ. 07/18/2000; US20100133214 publ. 06/03/2010; US20130037501 publ. 02/14/2013; US20050279579 publ. 12/22/2005; US20070138112 publ. 06/21/2007; US5314242 publ. May 24, 1994.

Unless otherwise defined, all technical and scientific terms used herein have the same meaning as commonly understood by those skilled in the art to which this invention pertains. The terms "massage effect", "rubbing", as a whole, are used in relation to the massage effect on the soft tissues of the human body. The term "orbital rotation" is used to denote the massage effect of friction of each point of the surface along a closed rounded trajectory. The term "rotation" is used to describe the movement of elements relative to each other along an axis for a full turn or a certain angle or along a circular path.

The premise of the invention is to observe a demonstration of a massage device. Such devices are usually made of or sheathed in an elastic material, such as silicone rubber, which does not glide well on hard or elastic surfaces, on human skin. For demonstration, the user applies a lubricant to the device and/or to a body site, such as a hand, or to a simulator of a body site, and massages it with rubbing motions. Such a demonstration looks unhygienic, requires constant application of lubricant, then cleaning of lubricant, which leads to the cost of consumables, such as lubricant, wipes, cleaner, etc. In addition, additional time is required to prepare for the demonstration of the device, and the device itself with lubricant applied to it loses its attractive presentation. The demonstration is complicated if it is necessary to show the massage effect on areas of the body with mucous membranes, internal cavities, or combinations thereof.

The essence of the invention is the provision of the stand with a tool that allows you to simulate the sliding movement of the device on the stand without applying lubricant. This may be a mechanical means, freely rotating or fixed on a rotating axis, allowing the device interacting with it to roll rather than slide, for example, rolling elements such as a wheel, roller, ball, or a group of them. These means can be placed in a straight line or curved, forming a convexity or concavity to demonstrate the rotational sliding of the said product. Additionally, these means may contain auxiliary means, such as movable panels or closed belts forming a caterpillar mechanism.

The technical problem of the invention consists in expanding the arsenal of technical means by obtaining for the first time a means designed to demonstrate the massage effect by rubbing that does not require a lubricant during the demonstration process, including simultaneous demonstration of reciprocating and reciprocating rotational movements. The technical result is the implementation of the specified purpose by the invention, as well as reducing friction in the process of demonstrating the massage effect of the device, improving ergonomics by reducing the preparation time for demonstrating the device by eliminating the need to apply and clean from lubricant, and increasing the hygiene of the demonstration.

This is achieved by creating a stand for demonstrating the massage effect of the device on the human body, containing a body and at least one roller means made with the possibility of interacting with the said device in order to demonstrate the functionality said device. The roller means can be made in the form of a body of revolution with the possibility of rotation along the axis of formation of its shape relative to the said housing in the process of interaction of the surface of the said device with the surface of the said body of revolution. Said body of revolution may contain a narrowing about the axis of formation of its shape, for example with a curved profile along the arc. The surface of said body of revolution can be configured to prevent the surface of said device from sliding over it, for which, for example, the body of revolution is covered with an elastic material with a rough surface. The roller means may comprise at least two rollers connected to each other by a flexible band. The body of the stand can be made as a stand with the possibility of installing the above device on it for the purpose of demonstration. The stand may contain a mechanical drive, for example, an electromechanical crank mechanism, configured to communicate movement, for example reciprocating, to the said device. The stand may contain at least one means for indicating the interaction of said device with said roller means, mechanical, light, sound, or a combination thereof. The stand can be configured to demonstrate the massage effect by rubbing said device by moving its surface along said roller means, simulating the sliding of said device relative to said body without the use of a lubricant. The body of the stand can be made with two vertical panels, for example, from acrylic glass, and is a natural or schematic part of the human body, for example, with a designated internal area of the body and contain at least one roller, designed to demonstrate the reciprocating movement of the said device along the internal section of the human body, or with the designated internal section of the body and the external section of the body and contains at least one roller, made with the possibility of demonstrating the reciprocating movement of the said device along the inner section of the human body and at least two rollers, made with the possibility of demonstrating the reciprocating - rotational movement of said device on the outer part of the human body, and both of these demonstrations can be performed simultaneously. The objective and technical result of the method of use is the implementation of the method of using the said stand by demonstrating the massage effect by rubbing the said device by moving its surface along the said roller means, and simulating the sliding of the said device relative to the body of the said stand without the use of lubricant.

The objective and technical result of the manufacturing method is to obtain the above-mentioned stand, the manufacture of a body with two vertical panels, for example, from acrylic glass, which is a natural or schematic part of the human body, for example, with an internal part of the body marked and equipped with at least one roller designed to demonstrate the return - translational movement of the mentioned device along the internal part of the human body, or with the indicated internal part of the body and the external part of the body and equipped with at least one roller, made with the possibility of demonstrating the reciprocating movement of the said device along the internal part of the human body and at least two rollers , made with the possibility of demonstrating the reciprocating rotational movement of the said device along the outer part of the human body, and both of these demonstrations can be performed simultaneously.

Brief description of the drawings.

Fig.1 Side view of the first modification of the stand in the initial position of the demonstration.

Fig.2 Side view of the first modification of the stand in the final position of the demonstration.

Fig.3 Cross section of the first modification of the stand in Fig.1.

Fig.4 Side view of the second modification of the stand in the initial position of the demonstration.

Fig.5 Side view of the second modification of the stand in the final position of the demonstration.

Fig.6 Side view of the third modification of the stand in the initial position of the demonstration.

Fig.7 Side view of the fourth modification of the stand in the initial position of the demonstration.

Fig.8 Side view of the fifth modification of the stand with a massage device.

Fig.9 Side view of the fifth modification of the stand without a massage device. The implementation of the invention on the example of the first modification of the device. Figure 1 shows the stand 100, consisting of a horizontal panel 102, which can be installed on a shelf for goods, and a vertical panel 104 with a fixed first axis 106, on which the first cylindrical roller 108 rotates freely, and a fixed second axis 110, on which freely the second cylindrical roller 112 rotates. As a demonstration device, a massager 114 is shown with a first flexible element 116 and a second flexible element 118, which are made of an elastically deformable material, such as silicone rubber, and their free ends are separated apart from each other. Before the demonstration, the first 116 and second 118 elements are brought together, the massager 114 is held by the handle 120 and the outer surface 122 of the first element 116 is installed on the surface 126 of the first roller 108, and the outer surface 124 of the second element 118 is installed on the surface 128 of the second roller 112. The massager 114 is told linear translational movement so that the first element 116 is displaced in the direction 130, while the surfaces 122 and 126 are in contact and the first roller 108 is reported to rotate in the direction 132, and the second element 118 is displaced in the direction 134, while the surfaces 124 and 128 are in contact and the second roller 112, a rotational movement is imparted in direction 136. As massager 114 moves along stand 100, resilient members 116 and 118 unbend to their original position, as shown in FIG. The user for the handle 120 informs the massager 114 reciprocating translational motion so that the first element 116 is displaced in the direction 138, while the surfaces 122 and 126 are in contact and the first roller 108 is reported to rotate in the direction 140, and the second element 118 is displaced in the direction 142, while the surfaces 124 and 128 are in contact and the second roller 112 is given a rotational movement in the direction 144. The user repeats the cycle as many times as necessary, and can choose the distance and amplitude of the movements. Figure 3 shows a section A-A marked with a horizontal panel 102, a vertical panel 104, with fixed axles 106 and 110, on which the rollers 108 and 112 are installed, with surfaces 126 and 128 in contact with the surfaces of the device 122 and 124, elastic elements 116 and 118 respectively. The rollers may contain rolling bearings, be removable, replaceable, have an end a surface capable of visualizing rotation, such as contrast coloring.

The implementation of the invention on the example of the second modification of the device. Figure 4 shows the stand 200, consisting of a horizontal panel 202, which can be installed on a shelf for goods, and a vertical panel 204, containing a freely rotating on the axis of the first cylindrical roller 206, which marks the internal part of the human body 208, and freely rotating on the axes of the second and third cylindrical rollers 210 and 212, indicating the outer portion of the human body 214. As a demonstration device, a massager 216 is shown with a first element 220 and a second element 222 connected to each other by an unfolding element 224, which is made of an elastically deformable material, such as silicone rubber. . The massager 216 is held in the initial position by the handle 218 and the first element 220 is mounted on the roller 206, and the second element 222 is mounted on the second and third rollers 210 and 212. the first roller 206 rotates counterclockwise, and the surface of the second element 222 rotates clockwise and gives the second and third rollers 210 and 212 counterclockwise rotation. Figure 5 shows the massager 216 in the final position in which the element 224 is extended, and the massager is given a reverse linear translational movement from left to right, in which the second element 222 rotates counterclockwise, and the rollers 206, 210 and 212 rotate clockwise. The user repeats the cycle as many times as necessary, and can choose the distance and range of motion. The stand can be made with a mechanism that simulates the reciprocating movement of the movement of the hand, in which the massager 216 is fixed with the handle 218, driven by an electromechanical device.

The implementation of the invention on the example of the third modification of the device. Figure 6 shows the stand 300, made with a U-shaped body with a horizontal panel 302 and vertical panels 304 and 306, between which freely rotating rollers 308 and 310 are installed on axes 312 and 314 rigidly fixed on the vertical panels, respectively. A closed elastic tape 316, with a rough surface of the "caterpillar" type, is installed with tension on the rollers, forming a roller means. As The demonstration device shows a massager 318 with a handle 320 and a stimulation massage surface 322. The user holds the device 318 by the handle 320 and presses the stimulation surface 322 against the elastic band 316, then slides the device along the roller means from top to bottom so that the tape 316 moves on the rollers 308 and 310 clockwise in a closed loop. Next, the user performs a reverse forward movement of the device 318 or re-sets it to its original position to repeat the demonstration the required number of times, while choosing the distance and amplitude of movements. The device can be made with an anatomical imitation of the shape and surface of a human body part.

The implementation of the invention on the example of the fourth modification of the device. Figure 7 shows the stand 400, made with a U-shaped body with a horizontal panel 402 and vertical panels 404 and 406, between which a group of freely rotating rollers 408 is installed (hereinafter, only the first element of the group is marked with the position) on rigidly fixed on vertical panels axes 410 respectively. The rollers contain permanent magnets 412, and a group of sensors 414 are mounted on the front panel 404, electrically connected 416 to an imaging unit 418 containing a group of LEDs 420. A rotary massager 422 with a body 424 and stimulating massage petals 426 driven by an electric motor is shown as a demonstration device. . The user holds the device 422 by the body 424 and activates the rotation of the petals 426 on the rollers by sliding the device along the group of rollers 408. Those rollers that are in contact with the petals are rotated (in this example, the second and third from the top), and their magnets are also rotated, which reads the sensor and transmits the information to block 418, which turns on the LEDs corresponding to the rotated rollers (in this example, the second and third from the left). In this way, the massage effect is visually demonstrated with the help of LEDs, interactively demonstrating the massage effect to the user by the device. Alternatively, LEDs can be integrated into a roller, the rotation of which generates an electric current, the strength of which changes the color of the LED, so that the rotational speed indicates the degree of massage effect.

The implementation of the invention on the example of the fifth modification of the device. Figure 8 shows the stand 500, the body of which is made of acrylic glass. Between its vertical panels, the first cylindrical roller 504 is mounted on the axis 502, the second cylindrical roller 508 on the axis 506, which designate the external part of the human body, and on the axis 510 the third cylindrical roller 512, which designates the internal part of the human body. The body contains a bed 514 on which the massager 516 is mounted. Figure 9 shows the same stand without the massager and with modified rollers made with an arcuate narrowing of the profile in its central part 518, 520 and 522. This form of the roller provides advantages over the cylindrical form in in case of interaction with a cylindrical or convex massager, centering it in its recess and preventing its lateral displacement during the demonstration. To prevent slipping on the surface of the shelf, the stand can be equipped with four suction cups on the horizontal panel.

The implementation of the invention is not limited to the description, but is considered based on the understanding of the state of the art by a person skilled in the art, including indications of all the necessary electromechanical parts of the device, printed circuit boards, microprocessors, communications, software, as well as functional relationships between the component parts of the device. These embodiments of the invention are preferred and do not limit its implementation, any modifications and improvements should be considered within the scope of protection of the invention. The terminology used herein is for the purpose of describing specific embodiments and is not intended to limit the present invention. As used herein, the singular forms may also be used to include the plural form, unless the context clearly dictates otherwise. The terms "comprises" and/or "comprising", as used in this description, indicate the presence of the specified features, their units, steps, operations, elements and/or components, but does not exclude the presence or addition of one or more other features, their units, stages, operations, elements, components and/or their groups. Any combinations of technical solutions, features, elements and means listed above can be implemented in one device, depending on the possibility of their combination, and the description of their combinations in one device is advisory in nature, not limiting their implementation in another device for the same purpose.

Claims

Formula A stand for demonstrating the massage effect of a device on a human body, containing a body, characterized in that it contains at least one roller means configured to interact with said device in order to demonstrate the functionality of said device. The stand according to claim 1, characterized in that the roller means is made in the form of a body of revolution with the possibility of rotation along the axis of formation of its shape relative to the said housing in the process of interaction of the surface of the said device with the surface of the said body of revolution. Stand according to claim 2, characterized in that said body of revolution contains a narrowing relative to the axis of formation of its shape, for example with a curved profile along the arc. The stand according to claim 2, characterized in that the surface of said body of rotation is made with the possibility of preventing the surface of said device from sliding along it, for which, for example, the body of rotation is covered with an elastic material with a rough surface. Stand according to claim 1, characterized in that the roller means contains at least two rollers connected to each other by a flexible tape. Stand according to claim 1, characterized in that said housing is made as a stand with the possibility of installing said device on it for the purpose of demonstration. The stand according to claim 1, characterized in that it contains a mechanical drive, for example, an electromechanical crank mechanism, configured to communicate movement, for example, reciprocating, to the said device. Stand according to claim 1, characterized in that it contains at least one means for indicating the interaction of said device with said roller means, mechanical, light, sound, or a combination thereof. The method of using the stand according to claim 1, characterized in that they demonstrate the massage effect by rubbing the said device by moving its surface along the said roller means, thereby imitating the sliding of the said device relative to the body of the said device without the use of lubricant.

9 A method for manufacturing a stand according to claim 1, characterized in that a case is made with two vertical panels, for example, from acrylic glass, which is a natural or schematic part of the human body, for example, with a designated internal area of the body and is provided with at least one roller intended for demonstration reciprocating motion of the mentioned device along the inner part of the human body, or with the indicated inner part of the body and the outer part of the body, and is provided with at least one roller, made with the possibility of demonstrating the reciprocating motion of the said device along the inner part of the human body and at least two rollers, made with the possibility of demonstrating the reciprocating rotational movement of the said device along the outer part of the human body, and both of these demonstrations can be performed simultaneously.