RU115630U1 - CLOTHES WITH A BUILT-IN ELECTRICAL WIRING SYSTEM TO ENSURE THE FUNCTIONING OF VARIOUS ELECTRONIC DEVICES PLACED IN IT - Google Patents

Abstract

1. Clothing, mainly outerwear, for example a jacket, consisting of front and back parts, sleeves, collar and having pockets, characterized in that the clothing has a built-in system of electrical wires to ensure the functioning of various electronic devices placed in it. ! 2. Clothing according to claim 1, characterized in that the electronic devices are grouped into the following systems, used together or in various combinations: communication with the external environment, control of the physical condition of the wearer of the clothing, electrical power supply, transformation of clothing. ! 3. Clothing according to claim 1, characterized in that it has special pockets, cavities and devices for fastening and convenient placement of electronic devices in it. ! 4. Clothing according to claim 1, characterized in that a communicator with the functions of a computer, telephone, navigator and modem is used as the main electronic device of the communication system with the external environment. ! 5. Clothes according to claim 4, characterized in that a video camera is additionally placed on the clothes. ! 6. Clothing according to claims 4 and 5, characterized in that the clothing additionally contains a display that displays information from one, several or all of the following electronic devices of the communication system with the external environment: computer, telephone, navigator, modem, video camera. ! 7. Clothing according to claims 4 and 5, characterized in that the clothing additionally accommodates a microphone for voice control of one, several or all of the following functions: computer, telephone, navigator, modem. ! 8. Clothing according to claim 4, characterized in that one or more speakers are additionally placed on it. ! 9. Clothes

Description

The utility model refers to a new modern direction in the design of clothing, characterized by the author as “smart clothes”.

Known overalls (work clothes) used for various professions and used in production. These are, for example, work clothing for protection against mechanical stress and general industrial pollution, protective clothing for protection against low temperatures, waterproof protective clothing, signal protective clothing, protective clothing for protection against elevated temperatures, protective clothing for protection against toxic substances and a limited period of use, working clothing for special protection, overalls for protection against harmful biological factors and other special clothing. (one). All these types of workwear are not used in ordinary everyday life, not related to production.

Known unloading vest "Pro", worn over the clothes, including a front zipper, smooth adjustment in volume, 12 pockets for ammunition, retroreflective stripes (2). Those. the vest has many pockets, the purpose of which is not defined in the description and is worn over the clothes.

Transformable clothing is known (3), the author of which is the author of the claimed utility model. Transformable clothing has front and rear parts equipped with inflatable sections made with the possibility of increasing their thickness using an inflatable device located in one of the front parts, a collar, sleeves and lower part, also containing inflatable sections isolated from each other and connected to an inflatable device with an extensive network of flexible pipelines, and the inflatable device has a control mechanism for inflating any part of the clothing of your choice or all inflatable sections at the same time, ensuring their formedness besides changing the thickness of inflatable portions. At the same time, the collar can be transformed into a hood when inflated, the sleeves are extended by a part or the entire length, the lower part of the clothes is extended by a part or its entire length. In relation to new tasks, such a transformable clothing needs modernization.

A winter rescue suit is known, including a jacket designed specifically for central Russia, including, among other things, two layers of insulation, a removable insulated hood, reflective tapes on the sleeves and along the yoke line, an internal windproof valve, six pockets, including two internal on the lining (4).

Those. known clothing containing pockets, which can be placed a number of electronic devices (mobile phone, etc.), which is currently needed by a person. Whatever the goals when forming a set of electronic devices, in the absence of specially designed “smart” clothes, such devices will be arbitrarily allocated by the owner to their pockets and used at least inefficiently. The rescue suit is taken as a prototype.

Technical solutions to the problems presented in the claimed utility model allow to eliminate the disadvantages of analogues and prototype, as well as add additional functions to clothes.

So, in addition to the inefficient placement and subsequent use of electronic devices in ordinary and even in the above-mentioned specialized clothes, additional functions are also required related to the detection of such clothes on the territory of the owner, as well as obtaining information about his physical condition.

The situation is even more aggravated when it is necessary to use a set of electronic devices by a person who has fallen into extreme conditions. And the absence of specially designed clothes with their necessary and sufficient electronic devices by people whose profession is the constant need and willingness to work in extreme conditions, often associated with mortal risk, is completely unacceptable - the military, the Ministry of Emergency Situations and other groups of specialists of various professions, and also extremals. Electronic devices should provide the owner of such clothing with the outside world, which, in turn, must have information about the health status of the owner of such clothing in extreme conditions.

Today, there are all the conditions for the transition to a qualitatively and functionally new stage in the creation and production of clothing for humans - let's call it “smart” clothing. Such clothes will allow a person to be more sociable, will take care of health and safety herself, provide a comfortable state in changing climatic conditions, create a good mood and will change the appearance, depending on the desire and mood of the owner.

The technical solutions proposed below are aimed at creating a new direction in the production of high-tech products. The need for smart clothes in electronics, software, new materials and technologies will be an excellent incentive for the development of related industries, will allow more efficient use of Russian developments and technologies (for example, the GLONASS navigation system). Creating new jobs, increasing tax revenues, expanding sales markets for Russian goods - all this will have a beneficial effect on the welfare of Russian citizens.

Consumers of “smart” clothes can be:

1. The Ministry of Defense, Internal Affairs and the Ministry of Emergency Situations of the Russian Federation.

2. Children, adolescents (from 6 to 15 years old) - this is shockproof clothing that forms the silhouette of a super-hero-transformer, providing a comfortable temperature regime in rapidly changing, sociability, the ability for parents to constantly be aware of the safety and physical condition of the child. Also, clothes will provide high-quality communication and navigation. Allows you to wear your favorite fish in your mini-aquarium on your clothes. Luminous clothes will highlight the child in the dark.

3. Men (18 to 55 years old) -) - shockproof clothing forming various silhouettes. Clothing will create a comfortable temperature regime in rapidly changing weather conditions, increase sociability, safety, and provide control over the physical condition of the owner. Also, clothes will provide high-quality communication and navigation. Allows the wearer to carry an embedded computer in his clothing. Luminous clothing will highlight a person in the dark.

4. Women (18-55 years old) - beautiful, stylish clothes for body shaping. Clothing will create a comfortable temperature regime in rapidly changing weather conditions, increase sociability, safety, and provide control over the physical condition of the owner. Also, clothes will provide high-quality communication and navigation. The presence of an integrated computer with a flexible polymer screen will give unlimited possibilities for a fun and useful pastime. Luminous clothing will highlight a person in the dark.

5. Elderly people (from 70 years old) - a comfortable temperature regime in rapidly changing weather conditions, sociability, the ability to constantly monitor health and physical condition, transferring information to a medical center or relatives. Provides high-quality communication and navigation. Luminous clothing will highlight a person in the dark.

The inventive utility model represents various options for the implementation of "smart" clothing.

The inventive utility model of clothing, mainly the upper one, for example, a jacket, consisting of front and back parts, sleeves, a collar and having pockets, is characterized by the fact that the clothing has a built-in system of electrical wires to ensure the functioning of various electronic devices placed in it. Electrical wires are sewn into clothes and have terminals standardized and standardized with the corresponding electronic devices, and the terminals go directly to the locations of these devices.

The inventive utility model is also characterized by the fact that electronic devices are grouped into the following systems used together or in various combinations: communication with the external environment, monitoring the physical condition of the owner of the clothes, electrical power, transformation of the form of clothing.

A communication system with the external environment is understood as a complex of electronic devices, including a communicator with computer functions, connected to the Internet, and having video communication (such as Skype), including with a remote video camera, or, in extreme cases, not having such a connection and working in standalone mode, mobile communication, a navigator (both detection tools and / or constant monitoring of the location of the clothing owner), as well as a microphone, one or more speakers.

Under the control system of the physical condition of the clothing owner is meant a system of sensors and a transmitter / receiver device that provide reliable operational information about the health status of the clothing owner.

In addition, the claimed utility model is characterized in that it has special pockets, cavities and devices for mounting and convenient placement of electronic devices in it. Special pockets in size, design and method of closing are linked to the standard sizes of electronic devices, of which there are currently a great many. These are, first of all, communicators, which over time will be cheap enough for their mass use. It can also be mini-computers with displays and without them. The customer of the clothes agrees with potential consumers the sizes of electronic devices chosen by him or produces an experimental batch of clothes complete with equipment in order to identify consumer demand and the subsequent optimization of clothing sets.

The inventive utility model is also characterized by the fact that as the main electronic device of the communication system with the external environment, a communicator with the functions of a computer, telephone, navigator and modem is used.

The inventive utility model is also characterized by the fact that a video camera is additionally placed on the clothes.

The inventive utility model is also characterized by the fact that on the clothes there is an additional display that displays information from one, several or all of the following electronic devices of the communication system with the external environment: computer, phone, navigator, modem, video camera.

The inventive utility model is also characterized by the fact that a microphone is additionally placed on the clothes for voice control of one, several or all of the following functions: computer, telephone, navigator, modem, video camera. The microphone is placed in the upper part of the clothing, usually in the collar or in the upper part of the jacket (chest area: in the center or with a slight shift to the right or left).

The inventive utility model is also characterized by the fact that it additionally contains one or more speakers. One or two speakers are located in the upper front of the clothing in the area of the shoulder (s).

The inventive utility model is also characterized by the fact that it contains a set of electronic devices for monitoring the physical condition of the clothing owner, including including one or more sensors that are attached in a known manner to the body of the owner of the jacket, and one or more receivers of information from sensors connected to sensors - on the one hand, and with a computer - on the other.

In an embodiment, the claimed utility model is characterized in that the receiver of information from the sensors is combined with a computer.

In an embodiment, the claimed utility model is characterized in that the transmission of information from sensors to receivers is wireless.

The inventive utility model is also characterized by the fact that it has an electrical power system to ensure continuous operation of communication systems with the external environment, to monitor the physical condition of the clothing owner and to transform the form of clothing, including one or more batteries.

The inventive utility model is also characterized in that it has a solar system mounted on it for autonomous recharging of batteries.

The inventive utility model is also characterized by the fact that it is transformable.

The inventive utility model is also characterized in that the front and rear parts of the clothing are provided with inflatable sections made with the possibility of increasing their thickness using an inflatable device located in one of the front parts, while the clothing also has a collar and sleeves, also containing inflatable sections, isolated from each other and connected to the inflatable device with an extensive network of flexible air ducts, and the inflatable device has a control mechanism for inflating any part of the clothing at the same time or at the same time all inflatable sections, ensuring their transformation in addition to changing the thickness of the inflatable sections.

The inventive utility model is also characterized by the fact that the collar during inflation is transformed into a hood.

The claimed utility model is also characterized in that a can of compressed air is used as an inflatable device.

The inventive utility model is also characterized in that an electric air pump or a manual pump is used as an inflatable device.

The inventive utility model is characterized in that it, in combination with electronic devices, forms a set of clothes with a system of electrical wires, including the actual clothes, for example, a jacket, as well as one, several or all of the above electronic devices of the communication system with the external environment, physical control systems the state of the owner of the clothing, electrical power system, clothing transformation system, including a communicator with the functions of a computer, telephone, navigator and modem, a microphone and one or ultiple speakers, one or more sensors for monitoring physical condition and clothes holder receiver prevmonasos with pipelines and apparatus for controlling them, batteries, solar cells for charging.

The inventive utility model of clothing is presented in the following figures:

Figure 1 - clothing with a built-in system of electrical wires to ensure the functioning of various electronic devices.

Figure 2 - clothing with a built-in system of electrical wires and a system for its transformation.

Figure 1 presents the inventive utility model of clothing, mainly the upper, for example, a jacket having two front parts (left and right), back, two sleeves and a collar. On the front, mainly the left (but not necessary) part of the jacket, a system of electrical wires is built in (sewn) to ensure the functioning of various electronic devices. The electrical wire system includes one or two wires 1 for communicating the communicator 2 with a microphone 3 for voice control of the communicator (computer). Microphone 3 can be located in the collar or at the top of the jacket. A typical communicator has a display and, in particular, the functions of a computer, telephone, navigator, modem. There may be other options based on a mini-computer. The wire system also includes one or two wires 4 for connecting the communicator 2 with one or two speakers 5. In addition, the wire system includes a wire 6 for connecting the communicator 2 with a video camera 7, located in a special recess in the front of the jacket, usually on chest level. In addition, a wire 8 may be included in the wire system for connecting the communicator 2 to the remote display 9. As the display 9, a flexible display can also be used that can bend around part of the surface of the sleeve, fitting the design of the jacket. If necessary, the display can be closed with protective transparent or opaque material, which helps to protect it from unnecessary damage, for example, when walking in a crowd of people or when hiking in the forest. The above-described group of wires (1, 4, 6, 8) refers conditionally to the communication system with the external environment, although another, additional group of wires, as will be shown below, also applies to the system, which should be connected with the external environment. This is a system for monitoring the physical condition of the owner of the jacket or the person who is wearing such a jacket (hereinafter - the owner of the clothes), and this monitoring system is connected.

The importance of having a system for monitoring the physical condition of the clothing owner is difficult to overestimate. Especially in extreme conditions, for example, when the owner is in an inaccessible place - alone in the mountains, in a snow block. In addition, a person may be unconscious or have injuries, fractures. Such a system, giving information to the external environment about a person’s physical condition, including the main indicators that testify to his life or death, will allow him to adequately approach the measures for his salvation, planned terms and necessary resources, which is always very important.

The system for monitoring the physical condition of the clothing owner includes a set of medical sensors (not shown) placed on the human body (arm, chest, etc.) in a known manner, and a transmitting and receiving device 10 that provide reliable operational information about the physical condition of the clothing owner. The sensor on the hand is connected at one end to a wire 11 sewn into the sleeve and the jacket itself, the other end of the wire 11 is connected to the transmitter-receiver electronic device 10. The jacket 12 can also contain wires 12 connecting the device 10 with sensors on the body (not shown) . The transceiver 10 is connected to the communicator 2 by a wire 13, also located in the jacket. In the future, the appearance of communicators with the functions of a transmitting and receiving device for monitoring a person’s physical condition. In this case, the transceiver 10 as a separate device disappears, and all the wires (11, 12) from the sensors are placed in clothes with the possibility of connecting them directly to the communicator 2.

Figure 2 presents clothes with a built-in system of electrical wires and a system for its transformation. This clothing option is considered as an addition to the main option presented in figure 1, with the advent of additional functions in terms of changing the shape of the clothing by blowing it with air, which improves its heat-shielding qualities.

The inventive utility model according to figure 2 has front 14 and rear parts of the clothing, which are equipped with inflatable sections made with the possibility of increasing their thickness using an inflatable device 15 located in one of the front parts, while the clothing also has a collar 16 and sleeves 17, also containing inflatable sections, inflatable sections 18 and 19, isolated from each other and connected to the inflatable device with an extensive network of flexible air ducts 20, and the inflatable device has a control mechanism for inflating any part dezhdy optionally or simultaneously all inflatable portions, in addition to providing them to transform changes in the thickness of inflatable portions. The inflation control mechanism of clothes may have electrical connection and electrical wires (not shown) for communication with a power source and, if necessary, with a communicator.

The inventive utility model in addition to the inflatable collar may have an option in which the collar when inflated is transformed into a hood.

In the clothes transformation system, a can of compressed air, an electric air pump, or a manual pump can be used as an inflatable device.

The inventive utility model may have an electric power system to ensure continuous operation of communication systems with the external environment, control the physical condition of the owner of the clothes and transform the form of clothing, including one or more batteries. At the same time, the system may have a solar system mounted on clothes for autonomous recharging of batteries. Solar batteries can be made in the form of monolithic plates or rectangular "tablets", flexibly connected to each other, for example, such as knightly mini-lat, and placed in the shoulder area - both from the back, and from the side of the chest, and also, possibly , in other places that do not interfere with the convenient use of the jacket. The parameters of solar cells (area, thickness, weight, capacity and power) are calculated based on the terms of reference for their development, based on the characteristics of the complex of electronic devices planned for use with each clothing option described in the claimed utility model.

The inventive utility model of clothing may have additional functions defined by general or special requirements for it, related to seasonality, safety (retroreflective stripes), which is not, however, the subject of this utility model.

Technical solutions according to the claimed utility model are aimed at creating a new direction in the production of high-tech products. The need for smart clothes in electronics, software, new materials and technologies will be an excellent incentive for the development of related industries, will allow more efficient use of Russian developments and technologies.

Information sources:

1. www.piligrim-ltd.ru. Overalls.

2. www.piligrim-ltd.ru/?cat=267. PL-R01-MES. Vest unloading "Profi".

3. Patent for utility model No. 68251, priority of March 7, 2007. Transformable clothes. Author - Trufanov Yu.V.

4. www.piligrim-ltd.ru/?cat=229. PL-3. Winter lifeguard suit (jacket, trousers).

Claims (19)

1. Clothing, mainly upper, for example a jacket, consisting of front and back parts, sleeves, collar and having pockets, characterized in that the clothing has a built-in system of electrical wires to ensure the operation of various electronic devices placed in it. 2. Clothing according to claim 1, characterized in that the electronic devices are grouped into the following systems used together or in various combinations: communication with the external environment, monitoring the physical condition of the owner of the clothes, electrical power, transforming the form of clothing. 3. Clothing according to claim 1, characterized in that it has special pockets, cavities and devices for fastening and convenient placement of electronic devices in it. 4. Clothing according to claim 1, characterized in that a communicator with the functions of a computer, telephone, navigator and modem is used as the main electronic device of a communication system with the external environment. 5. Clothing according to claim 4, characterized in that the video camera is additionally placed on the clothes. 6. Clothing according to claims 4 and 5, characterized in that the clothing additionally has a display that displays information from one, several or all of the following electronic devices of the communication system with the external environment: computer, telephone, navigator, modem, video camera. 7. Clothing according to claims 4 and 5, characterized in that the clothing additionally has a microphone for voice control of one, several or all of the following functions: computer, telephone, navigator, modem. 8. Clothing according to claim 4, characterized in that it additionally contains one or more speakers. 9. Clothing according to claim 1, characterized in that it contains a set of electronic devices for monitoring the physical condition of the clothing owner, including, including one or more sensors that are attached in a known manner to the body of the owner of the jacket, and one or more information receivers from sensors connected to sensors on the one hand, and to a computer on the other. 10. Clothing according to claim 9, characterized in that the receiver of information from the sensors is combined with a computer. 11. Clothing according to claim 9, characterized in that the transmission of information from sensors to receivers is wireless. 12. Clothing according to claim 1, characterized in that it has an electric power supply system for ensuring continuous operation of communication systems with the external environment, monitoring the physical condition of the clothing owner and transforming the clothing form, including one or more batteries. 13. Clothing according to claim 12, characterized in that it has a solar system mounted on it for autonomous recharging of batteries. 14. Clothing according to claim 1, characterized in that it is transformable. 15. Clothing according to claim 14, characterized in that the front and rear parts of the clothing are provided with inflatable sections configured to increase their thickness by means of an inflatable device located in one of the front parts, while the clothing also has a collar and sleeves, also containing inflatable sections, isolated from each other and connected to the inflatable device with an extensive network of flexible air ducts, the inflatable device having a control mechanism for inflating any part of the clothing of your choice or all inflatable astkov, providing their transformation in addition to changing the thickness of the inflatable sections. 16. Clothing according to claim 15, characterized in that the collar transforms into a hood when inflated. 17. Clothing according to claim 15, characterized in that a can of compressed air is used as an inflatable device. 18. Clothing according to claim 15, characterized in that an electric air pump or a manual pump is used as an inflatable device. 19. Clothing according to claim 1, characterized in that it includes one, several or all of the above electronic devices of the communication system with the external environment, a system for monitoring the physical condition of the clothing owner, an electrical power system, a clothing form transformation system, including a communicator with functions of a computer, telephone, navigator and modem, a microphone and one or more speakers, one or more sensors for monitoring the physical condition of the clothing owner and receiver, an air pump with piping and a device for controlling I them, batteries, solar panels for charging batteries.