TWI569286B - Method and overhead construction for adjusting resonance effect of wave energy - Google Patents

Description

Method and structure for adjusting wave energy resonance effect

The method and architecture for adjusting the wave energy resonance effect of the present invention relates to a receiving and processing technology for biological or material wave energy, and a signal output processing architecture and method for adjustable control of wave energy receiving, using wave energy receiving and processing technology and A technique for fluctuating energy magnification and content adjustment, which outputs a resonance effect signal or a digitalized wave energy signal that interacts with a living body or an object.

“Material fluctuation energy” is the fluctuation energy generated by the material itself. The energy depends on the composition of the material. The energy signal (such as electromagnetic signal or electrical signal) formed by the physical or chemical characteristics will form a unique content. The "substance characteristic signal" of a substance, in particular, a "substance-related characteristic signal" that can lead to physical or chemical activities that characterize the organism or substance, or biophysical or chemical behavior. The organism is also composed of matter, so the biological individual has the "biological fluctuation energy" of its own unique content fluctuation energy.

The fluctuation energy of the general material is very small. It is very difficult for the current technology to obtain the original fluctuation energy signal without environmental interference. The signal amplification of the wave energy and the amplification of the wave energy are generally obtained by electronic technology. Magnification and content adjustment, but also due to the use of electronic amplification technology with signal acquisition distortion problems and amplification distortion problems.

In the past, electronic homeopathy used electronic devices to record the wave energy of homeopathic remedies into electromagnetic signals, and electronically amplified and filtered energy signals, and then processed the energy signals for electrons. Similar treatments, although there is some degree of therapeutic effect However, it is still impossible to avoid signal extraction distortion problems and amplification distortion problems.

Because the fluctuation energy of the general material itself is very small, the relative external environment can generate mutual effects with the object as long as the fluctuation energy is small. In order to avoid mutual effects between the objects, the shielding method is generally adopted, such as using metal isolation technology, but Due to the fact that metal isolation often has space limitations and isolation of the cladding surface, the problem is not good.

In order to obtain the original wave energy and solve the above-mentioned environmental interference and electronic technology signal acquisition distortion problem, one of the objects of the present invention is to provide a structure for adjusting the wave energy resonance effect, using a wave energy signal extraction processing unit, without using electronic technology, The biological or substance is directly placed in the signal extraction unit or placed on the signal extraction unit, and the technology of fluctuating energy conduction or wave energy resonance effect is directly obtained from the fluctuation energy signal, so that the fluctuation energy signal is directly obtained. Regardless of the biological or material fluctuation energy signal is very low, or the environment with interference signals, and the general power supply 50 ~ 60Hz AC mutual inductance or conducted electromagnetic interference, can be completely unaffected.

In order to solve the problem of amplification distortion of the above electronic technology, one of the objects of the present invention is to provide a wave energy transmission and reception device and an output magnification conversion and content adjustment processing method. The invention is directed to wave energy, uses energy resonance accumulation or resonance attenuation and material resonance effect technology, can perform fluctuation output ratio and content adjustment without additional energy or power, and provides processed signal output as biochemical and other technologies. application.

All substances have their own unique wave energy, their energy is very low, and there are various environmental background energy fluctuations around the environment, and energy sources such as metals or crystals can be concentrated in the encounter with material or environmental background fluctuation energy. Or the effect of an interactive conversion. The material's own unique wave energy, whose energy is much lower than the environmental background energy fluctuation, is not easy to measure. If the fluctuation energy of the material itself advances, it encounters an obstacle or passes through another energy field such as an electric field, a magnetic field, etc. A path change situation occurs, and even the original wave energy changes.

Generally, the fluctuation energy generated by the material itself can pass through the metal wire, which may cause disturbance effects due to the characteristics of the metal wire, especially the metal coil can convert the output fluctuation energy. The fluctuation energy of the general material itself is very small. The metal coil can use its combined structure (such as the turns ratio) to amplify or reduce the output amplitude. Therefore, it is not necessary to use electric energy, and the metal coil assembly structure can change the disturbance mode. Obtain the fluctuation energy of the general substance itself and control the size of the acquisition. The metal itself has the effect of concentrating the wave energy to directly collect the wave energy, and if necessary, the metal piece can be placed in front of the coil to gather the wave energy.

When the wave energy advances to encounter an energy field such as a magnetic field, the disturbance effect also occurs, and the magnets of different shapes combine to form a composite magnetic field. When the wave energy generated by the material itself passes through the composite magnetic field, the resonance magnetic superposition occurs due to the interaction of the composite magnetic field. Or the resonance subtraction makes the magnitude of the output amplitude different, and similarly, the magnitude of the fluctuation energy obtained by the general substance itself can be controlled by the disturbance action.

Since the present invention does not require additional energy or power, there is no power noise and interference with electromagnetic noise of the components. The environmental background energy fluctuations are also offset by the fact that both the output and the input are the same.

In order to solve the problem that the above metal isolation technology often has space and reality isolation surface, one of the objects of the present invention is to provide a wave energy content filtering method, using a wave energy signal filtering unit, without using electronic technology, using the material itself and structure The wave energy filtering technology of the type filters the wave energy signal to be shielded, completely shields or outputs only the required wave energy, and produces a better shielding effect.

When the fluctuation energy of a substance itself advances to encounter a metal coil, the number of turns of the metal coil and the direction of the winding will affect the content of the output fluctuation wave energy, such as the conversion size, bandwidth or band distribution, and different detour directions. The coils are combined to form a composite coil. Due to the phase interaction of the composite coils, the amplitudes of the fluctuation energy of different frequency bands are superimposed or subtracted, so that the output fluctuation energy has different amplitudes in different frequency bands. Small changes, so you can use different metal coil assembly structure to achieve the filtering effect.

When a wave of energy generated by a substance itself advances into an energy field such as a composite magnetic field, the combination of different sizes, shapes, and polar magnets in the magnetic field also changes the magnitude, bandwidth, or band distribution of the converted output fluctuating energy affected by the composite magnetic field. The ground can therefore be combined with different magnetic fields to achieve a filtering effect.

In order to achieve the above objective, the fluctuation energy resonance effect adjustment architecture of an embodiment of the present invention comprises: a wave energy signal acquisition unit that extracts the fluctuation energy of the material; and a fluctuation energy signal amplification adjustment unit that connects the fluctuation energy signal extraction unit to receive The fluctuation energy signal is amplified, and the fluctuation energy signal magnification adjustment function is provided, and an output unit converts the fluctuation energy signal to an output interface to convert or provide a signal digitized output.

In order to achieve the above object, a method for adjusting a wave energy resonance effect according to another embodiment of the present invention includes: extracting a signal, measuring a fluctuation energy of a biological or substance by using a device of a wave energy signal capturing unit; and adjusting a wave energy signal; Magnification, formed by using a lens, a metal material or a magnetic substance or using a planar coil or a three-dimensional coil, in a planar configuration or a stereo configuration, and in a single configuration or in a plurality of different configurations for serial combination or stacked combination The processing device, as a wave energy amplification adjustment unit, combines and stacks in various configurations to adjust the fluctuation energy amplification rate; output conversion, using a metal plate or a metal coil to resonate with a living body or a substance, or use a crystal transducer output The digitalized wave energy signal; and the output and application provide storage of biological or material related fluctuation energy information, and the digitalized wave energy signal can be stored as data after being output as a waveform generator for transmission or transmission to a remote user.

In order to achieve the above object, a wave energy filtering method according to another embodiment of the present invention includes: filtering a signal setting, using a lens, a metal material or a magnetic substance, or using a planar coil or a stereo coil to form a planar configuration or a stereo configuration. And processing device formed by serial combination or stacked combination in a single configuration or in several different configurations, as a wave energy filtering unit, combined with different configurations Stacking, inductive filtering of all or part of the fluctuation of the biological or material signal; output level considerations, according to the fluctuation energy output unit output fluctuation energy signal size to consider, choose to use a capture unit or directly use the fluctuation energy signal to zoom in and adjust Unit, or direct output; output conversion, choose to use a metal plate or metal coil to provide resonance effects with organisms or substances, or use a crystal transducer to output digitalized wave energy signals; and output and application to provide with organisms Or the substance performs a resonance effect, or the digitalized wave energy signal output provides storage data and provides biological or material related fluctuation energy information storage, and then provides a waveform generator to play or transmit data to the remote user.

The architecture of the wave energy resonance effect adjustment of the present invention provides a built-in or contact type biological or material wave energy signal extraction method for the problem that the wave energy is often encountered in the current technology, and no additional energy or power is needed. Perform the magnification and content adjustment of the wave energy, and propose a wave energy filtering method. The fluctuation energy signal extraction device, the wave energy amplification device, the output device, and the wave energy filtering device are used to form a method structure for adjusting the biological effect of the wave energy. Please refer to the first figure for a schematic diagram of the fluctuation energy resonance effect adjustment. The overall architecture includes a wave energy signal extraction unit 11, a wave energy signal amplification adjustment unit 12, a wave energy signal filtering unit 13 and an output processing unit 14, and data analysis. The peripheral device such as the processing device 15 and the waveform generating circuit 16. The fluctuating energy output of the present invention provides output information of all biological or material fluctuation energy related signals, and the output is not affected by the 50-60 Hz alternating current electromagnetic wave.

The wave energy signal capturing unit 11 extracts the biological or material wave energy signal, and does not need additional energy or power, so the wave energy signal is the signal emitted by the signal source itself. The fluctuating energy signal capturing unit 11 has two main types of picking devices, one is that a biological or substance can be placed therein, and the configuration can be a circular or polygonal type or a square or a combination of a circular type and a polygonal type or Any geometric shape and use gold It is a material, and the fourth picture is an example (the configuration in the figure is only for the purpose of illustration, the actual shape is not limited to this limitation); a picking device composed of metal and crystal or magnetic substance, on which the organism or substance is placed or The fifth figure is an example (the configuration in the figure is only for illustration, and the actual shape is not limited to this). The fluctuation energy signal acquisition unit 11 extracts the fluctuation energy signal of the biological or substance, and then transmits it to a fluctuation energy signal amplification adjustment unit 12.

The wave energy signal amplifying and adjusting unit 12 is connected to the wave energy signal capturing unit 11 to receive and adjust the wave energy signal magnification. The wave energy signal amplifying and adjusting unit 12 is a stacked wave energy processing device, which uses a lens, a metal material and a magnetic material. Different configurations can be used to generate different energy resonance accumulation or resonance attenuation and material interaction, and different configuration combinations can be carried out according to requirements (the sixth figure is an example, the configuration in the figure is only used for illustration, and the actual shape is not limited by this limitation) And the stacking (the seventh figure is an example, the configuration in the figure is only used for illustration, and the actual shape is not limited to this limitation), and the fluctuation energy amplification or reduction function of different ratios is provided, and the fluctuation energy amplification rate can be adjusted. In addition, two outermost circles of the same shape of the three-dimensional conical coil are connected to form a combination (the eighth figure is an example, the configuration in the figure is only used for illustration, the actual shape is not limited thereto), and the more the number of coils, the more the energy magnification The higher the magnetic energy materials are stacked in the same configuration, the higher the multi-layer energy amplification ratio is. Compared with the magnetic energy materials of the same configuration but different combinations of sizes, the larger the material shape, the higher the magnification. The wave energy amplification function can be provided without additional energy or power, and the electronic noise interference problem is significantly reduced, and the output is directly induced to resonance or connected to the output processing unit 14 via a metal material.

In another embodiment, the wave energy signal amplifying and adjusting unit 12 is configured to use a lens, a metal material or a magnetic material or a planar coil or a three-dimensional coil to form a planar configuration or a stereo configuration, and to adopt a single configuration or a plurality of The wave energy signal amplification adjustment processing device formed by the serial combination or the stacked combination of different configurations to generate different energy resonance accumulation or resonance attenuation and material mutual effects; wherein, the planar configuration is a circular shape, a hollow circle, and an ellipse Shape, hollow elliptical ring or non-hollow or hollow geometric polygon, the stereo configuration is circular or geometric The polygonal cone, the tubular body or the columnar body, the cone or the columnar body is hollow or solid, and the cross-sectional areas of the two ends of the tubular body are equal or unequal, and the upper surface of the columnar body is equal or unequal to the area of the lower surface. The wave energy signal filtering unit 13 is connected to the wave energy signal capturing unit 11 or the wave energy signal amplifying and adjusting unit 12 to filter out the unnecessary wave energy signal, and can simply take out the required wave energy signal or filter out unnecessary fluctuations. The energy signal is used to avoid mutual effects between organisms or substances. The wave energy filtering unit 13 mainly uses an induction coil and a magnetic substance, and the induction coil is wound around the center point and leads the circle core as a basic configuration ( The ninth figure is an example. The configuration in the figure is only for the purpose of illustration. The actual shape may also be square or polygonal, and is not limited to this. The configuration is serially connected and stacked (the tenth figure is an example, FIG. The middle configuration is only for the purpose of illustration, the actual shape is not limited to this, and the magnetic material is multi-polarly stacked (the eleventh figure is an example, the configuration in the figure is only for illustration, the actual shape is not limited to this), for example, different The combination of coils in the direction of rotation (clockwise or counterclockwise) will have different inductive filtering effects. The combination of magnetic materials of different polarities and sizes will have high-pass filtering or low-pass filtering. Consequently, each change in the basic configuration of the different compositions was filtered off Available in the wave energy, and are provided without any additional energy. The configuration with special filtering effect is continued to be stacked, and various combinations of changes can be constructed to meet the needs of various special inductive filtering filtering, and the output thereof is directly inductively resonant or connected to the wave energy signal amplification adjusting unit 12 or output via a metal material. The processing unit 14 (the twelfth embodiment is an embodiment of the overall architecture, including the wave energy signal capturing unit 11, the wave energy signal amplifying and adjusting unit 12 and the output processing unit 14, and the configuration shown in the figure is only one application, actually The shape is not subject to this limitation).

In another embodiment, the wave energy signal fluctuation energy signal filtering unit 13 is configured to use a lens, a metal material or a magnetic material or a planar coil or a stereo coil to form a planar configuration or a stereo configuration, and in a single configuration or A wave energy signal filtering device formed by serially or stacking a plurality of different configurations to provide different energy induction filtering, wherein the planar configuration is circular, hollow circular, elliptical, hollow Elliptical ring or non-hollow or hollow geometric polygon, the stereo configuration is a cone or tube with a circular or geometric polygonal cross section. The shape of the body or the columnar body, the cone or the columnar body is hollow or solid, and the cross-sectional areas of the two ends of the tubular body are equal or unequal, and the upper surface of the columnar body is equal or unequal to the area of the lower surface.

The output processing unit 14 provides various output interfaces including a high energy metal plate wave energy radiation output interface, a metal coil wave energy radiation output interface, a crystal transducer wave output interface, or a digitalized wave energy signal output. Interface, etc., the metal plate or metal coil wave energy radiation output provides resonance effect with the organism or other substances, the wave type output provides connection with other devices, and the digital wave energy signal output provides data analysis and processing device analysis processing, transmission and The data is stored as bio- or material-related fluctuation energy information, and the related fluctuation energy record can be transmitted to the waveform generation circuit 16 for transmission through the analysis processing code.

Moreover, the converted data is transmitted to the computer device having the fluctuation energy analysis processing code through the data transmission interface of the data analysis processing device. The transmission interface can be a wired interface (including serial communication and parallel communication interface), a radio transmission interface, remote transmission using mobile communication or network, and the like.

The method for adjusting the wave energy resonance effect of the present invention provides a more accurate method for extracting, processing, and recording resonance effects with a living body or a substance, and the method and the structure provide a biological or material wave energy extraction device and method, When extracted, the actual biological or material fluctuation energy can be more accurately extracted and provided to other scientific or biochemical applications.

Please refer to the second figure for the first method of adjusting the wave energy resonance effect of the present invention. This figure is the extraction, amplification and processing of the wave energy, and has the following steps.

Step S01: Obtaining a signal: a biological or substance that is to be subjected to fluctuating energy, and measuring the device by using a fluctuating energy signal capturing unit, the picking device is a metal container, and the configuration may be round or A triangular cone or a square or polygonal combination or any geometric shape into which a creature or substance is placed. Another embodiment is a metal and a crystal or a magnetic material The device is taken to place the organism or substance on or in it.

Step S02 Wave energy signal magnification adjustment: using a lens, a metal material and a magnetic material, and selecting a suitable configuration combination and stacking method as a wave energy amplifying device according to processing requirements, and performing configuration combination and stacking to adjust the magnification.

Step S03 Output Conversion: Select to use a metal plate or metal coil to provide a resonance effect with the organism or substance or use a crystal transducer to output a digitalized wave energy signal.

Step S04 outputs and stores, and provides storage of biological or material-related fluctuation energy information. The digitalized fluctuation energy signal can be stored as data and played as a waveform generator for transmission or transmission to a remote user.

Please refer to the third figure for the second method of adjusting the wave energy resonance effect of the present invention. This figure is the filtering and processing of the content of the wave energy, and has the following steps.

Step S11 filters out the signal setting: using the induction coil and the magnetic substance, selecting the appropriate series connection and stacking as the filtering configuration device according to the processing demand, and then facing the detecting configuration device of the wave energy filtering unit to filter the fluctuation The source of the biological or material signal of the energy, or placed on it, if it is completely filtered to form a shielding effect, there are no other steps of S12-S14.

Step S12 output level consideration: according to the filter unit output fluctuation energy signal size to consider, select to use the capture unit or directly use the fluctuation energy signal magnification adjustment unit or direct output.

Step S13 Output Conversion: Select to use a metal plate or metal coil to provide a resonance effect with the organism or substance or use a crystal transducer to output a digitalized wave energy signal.

Step S14 outputs and applies to provide a resonance effect with the organism or substance, or digitally fluctuates the energy signal output to provide the stored data. Provide biological or material related fluctuation energy information storage, and then use as waveform generator for playing or remote data communication.

The invention is not interfered by the environmental signal, and the electromagnetic wave of the 50~60 Hz alternating current of the power source can be completely unaffected by the vibration wave amplifying and the wave energy amplification without the addition of energy or electric power, except for the output and the living body. When performing mutual biological effects, simultaneously output to other substances (such as water) to indirectly test their biological characteristics, physical properties, chemical characteristics, or provide digitalized wave energy signal output for biological, physical and chemical analysis.

The embodiments described above are only for explaining the technical idea and characteristics of the present invention, and the purpose thereof is to enable those skilled in the art to understand the contents of the present invention and implement them according to the scope of the patent. That is, the equivalent changes or modifications made by the people in accordance with the spirit revealed by this creation should still be covered by the scope of the patent of this creation.

11‧‧‧Fluctuating energy signal acquisition unit

12‧‧‧ Wave energy signal amplification adjustment unit

13‧‧‧Fluctuating energy signal filtering unit

14‧‧‧Output processing unit

15‧‧‧Data analysis processing device

16‧‧‧ Waveform generating circuit

Steps of the S01-S04‧‧ method

Steps of the S11-S14‧‧ method

The first figure is a schematic diagram of the structure of the wave energy resonance effect adjustment of the present invention.

The second figure is a schematic flow chart of the method for adjusting the wave energy resonance effect of the present invention.

The third figure is a schematic flow chart of the method for filtering the fluctuation energy of the present invention.

The fourth figure and the fifth figure are schematic diagrams of the fluctuation energy extraction configuration of the wave energy resonance effect adjustment structure of the present invention.

The sixth, seventh, and eighth diagrams are schematic diagrams of the fluctuation energy magnification adjustment configuration of the wave energy resonance effect adjustment architecture of the present invention.

The ninth, tenth, and eleventh views are schematic diagrams of the fluctuation energy filtering configuration of the wave energy resonance effect adjustment architecture of the present invention.

The twelfth figure is a schematic diagram of an overall structure of the fluctuation energy resonance effect adjustment of the present invention.

11‧‧‧Fluctuating energy signal acquisition unit

12‧‧‧ Wave energy signal amplification adjustment unit

13‧‧‧Fluctuating energy signal filtering unit

14‧‧‧Output processing unit

15‧‧‧Data analysis processing device

16‧‧‧ Waveform generating circuit

Claims (10)

A wave energy resonance effect adjustment structure comprises: a wave energy signal capturing unit that measures a biological or material wave energy signal, the creature or substance does not receive any form of energy, so the wave energy signal is released for itself a wave energy signal amplification adjusting unit connected to the wave energy signal capturing unit to receive and adjust the wave energy signal magnification; a wave energy signal filtering unit connected to the wave energy signal amplification adjusting unit to filter out a part of the signal in the wave energy signal; and an output processing unit connected to the wave energy filtering unit and providing at least one signal output interface. The wave energy resonance effect adjustment structure according to claim 1, wherein the wave energy signal extraction unit is a geometric metal container or a crystal. A wave energy resonance effect adjustment structure according to claim 1, wherein the wave energy signal extraction unit is a container of a geometric metal, crystal or magnetic material. The fluctuation energy resonance effect adjustment structure according to claim 1, wherein the fluctuation energy signal amplification adjustment unit is a planar configuration or a stereo configuration using a lens, a metal material or a magnetic substance, or using a planar coil or a stereo coil. And a wave energy signal amplification adjustment processing device formed by the single configuration or the serial combination or stack combination in the plurality of different configurations to generate different energy resonance accumulation or resonance attenuation and material mutual effects, wherein The planar configuration is a circular shape, a hollow circular shape, an elliptical shape, a hollow elliptical annular shape or a non-hollow or hollow geometric polygonal shape, and the three-dimensional configuration is a cone, a tubular body or a columnar shape having a circular or geometric polygonal cross section. The cone or the columnar body is hollow or solid, and the cross-sectional areas of the two ends of the tubular body are equal or unequal, and the upper surface of the columnar body is equal or unequal to the area of the lower surface. A fluctuation energy resonance effect adjustment architecture according to claim 1, wherein The wave energy signal fluctuation energy signal filtering unit is formed by using a lens, a metal material or a magnetic material, or using a planar coil or a stereo coil, in a planar configuration or a stereo configuration, and in the single configuration or in the plurality of The wave energy filtering device formed by the serial combination or the stacked combination of different configurations provides different energy induction filtering, wherein the planar configuration is a circular, hollow circular, elliptical, hollow elliptical ring. Or a non-hollow or hollow geometric polygon, the three-dimensional configuration is a cone, a tubular body or a columnar body having a circular or geometric polygonal cross section, the tapered body or the columnar body being hollow or solid, and the two ends of the tubular body The cross-sectional areas are equal or unequal, and the upper surface of the columnar body is equal or unequal in area to the lower surface. A fluctuation energy resonance effect adjustment architecture according to claim 1, wherein the output processing unit comprises a metal plate or a metal coil wave energy radiation output interface. The fluctuation energy resonance effect adjustment structure according to claim 1, wherein the output processing unit comprises a digitalized fluctuation energy signal output device for storing the biological or material fluctuation energy information, and the analysis processing code is transmitted Transfer to a waveform generation circuit for playback. A wave energy resonance effect adjustment architecture according to claim 1, wherein the output processing unit uses a metal plate or a metal coil to provide a resonance effect with a living body or a substance, or a waveform output interface including a crystal transducer Connect a receiving device. A method for adjusting a wave energy resonance effect, comprising: extracting a signal, measuring a fluctuation energy of a biological or substance by using a device of a wave energy signal capturing unit; adjusting a fluctuation energy signal magnification, using a lens, a metal material or a magnetic substance Or using a planar coil or a stereo coil, forming a planar configuration or a stereo configuration, and forming the processing device formed by a series connection or a stack combination in a single configuration or in a plurality of different configurations, as a wave energy amplification Adjusting the unit, combining and stacking in different configurations, adjusting the fluctuation energy amplification rate; outputting the conversion, using a metal plate or metal coil with the organism or substance Performing a resonance effect, or using a crystal transducer to output a digitally oscillating energy signal; and outputting and applying to provide storage of information about the pulsating energy associated with the biological or material, the digitalized undulating energy signal output can be stored as a data to provide a waveform The generator plays or transmits to the remote user. A wave energy filtering method includes: filtering a signal setting, using a lens, a metal material or a magnetic substance, or using a planar coil or a stereo coil to form a planar configuration or a stereo configuration, and using a single configuration or a plurality of different The processing device formed by the serial combination or the stacked combination is used as a wave energy filtering unit, and combines and stacks in different configurations to inductively filter out all or part of the fluctuation energy of the biological or material signal; the output level consideration According to the size of the fluctuation energy signal outputted by the fluctuation energy filtering unit, the selection of a sampling unit or the direct use of the fluctuation energy signal amplification adjustment unit, or direct output; output conversion, selection using a metal plate or a metal coil to provide The organism or substance undergoes a resonance effect, or uses a crystal transducer to output a digitalized wave energy signal; and an output and application to provide a resonance effect with the organism or substance, or a digitalized wave energy signal output to provide storage Information and provide information about the biological or material-related fluctuation energy information, and then A waveform generator providing play or transmit data to the remote user.