KR20010096476A - A pair of ornaments - Google Patents

Abstract

PURPOSE: Provided is a twin accessory wherein a voice source part is stored in one side and a power supply part is stored at the other side so that it produces information just in contacting two sides. CONSTITUTION: The twin accessory largely consists of the voice source part and the power supply part(200). The voice source part comprises the parts of: a first housing which forms a certain depth of a first reception room; a voice production part which is placed in the first reception room to produce stored voice information; a first protection cover which protects the voice production part; and a first insulator which is between the first protection cover and the first housing to insulate them. The power supply part comprises the parts of: a second housing(210) which forms a certain depth of a second reception room(215); a power supply area which is placed in the second reception room to supply power for the voice production part; a second protection cover(270) which protects the power supply area; and a second insulator(290) which surrounds the power supply tool to insulate the second protection cover from the second housing.

Description

A pair of ornaments}

The present invention relates to a pair of ornaments, and more particularly, a pair of a sound source for storing a desired voice message from time to time and output any voice message stored when the power is supplied, and a power part for supplying power to the sound source part The present invention relates to a pair of ornaments for contacting the sound source part and the power supply part to reproduce any stored voice message.

Ornaments such as rings, necklaces, cell phone straps and key chains have valued only aesthetic values. However, in recent years, with the development of semiconductor technology, semiconductor chips have become lighter, thinner, and smaller, and as consumers prefer products that can produce unique personalities or functions, functional aspects are incorporated into accessories and dolls to satisfy the preferences of consumers. Adornments to meet are being developed.

An object of the present invention is to form a pair of a power source part for supplying power to a sound source part and a sound source part in which a predetermined voice is stored and reproduced a predetermined voice is often built in two ornaments, respectively, two pairs When combining the ornaments, the stored voice is reproduced to impart functionality to the ornaments.

Other objects of the present invention will become more apparent from the following detailed description and the accompanying drawings.

1 is a perspective view showing the structure of a sound source part according to a first embodiment of the present invention

2 is an exploded perspective view showing the structure of a sound source part according to a first embodiment of the present invention;

3 is a block diagram schematically showing an apparatus for generating speech according to the present invention.

4 is an exploded perspective view showing the structure of the power supply part of the present invention;

5 is a cross-sectional view showing a state in which the sound source part and the power supply part are coupled according to the first embodiment.

6 is an exploded perspective view showing the structure of a sound source part according to a second embodiment of the present invention;

7 is an exploded perspective view showing the structure of a voice recording part according to a second embodiment of the present invention;

8 is a perspective view showing a structure in which the sound source part and the voice recording part according to the second embodiment are combined;

In order to achieve the above object, the present invention includes a sound source for storing a predetermined voice message and outputting a stored voice message in any one of two ornaments constituting a set, and in another ornament, a sound source. The power supply part that supplies power to the part is built in so that the information can be output only when the sound source part and the power supply part contact each other.

In addition, a sound recording device is further included in the jewelry including the sound source part and the power supply part, so that the user can store a desired voice in the sound source part when the sound recording device and the sound source part are electrically connected.

Hereinafter, the structure of the speech generating apparatus according to the present invention will be described with reference to FIGS. 1 to 8.

The present invention makes two sets of predetermined ornaments, such as cell phone ornaments or pendants, into a set, where one ornament (not shown) is used to record any voice message or reproduce any recorded voice message when powered. The sound source part 100, and another ornament (not shown) is a power supply part 200 for supplying power required for the operation of the sound source part 100.

As an example, the necklace is illustrated, and the sound source part 100 according to the first embodiment includes the first housing 110, the voice reproducing unit 130, and the voice recording unit as illustrated in FIGS. 1 to 3 and 5. 150, a protective cover 170, and an insulating part 190.

The first housing 110 is formed of a conductive material to electrically connect the plus side of the voice reproducing unit 130 and the plus side of the power supply part 200. The first housing 110 is opened to open the voice recording unit 150 and the voice. A storage chamber 115 for accommodating and protecting the regeneration unit 130 is formed to a predetermined depth.

The voice reproducing unit 130 accommodated in the storage chamber 115 of the first housing 110 has a predetermined voice recorded on the printed circuit board 131 and the printed circuit board 131 on which conductive patterns are formed. The voice message transmitted from the sound source chip 140 is electrically connected to the sound source chip 140 through the sound source chip 140, the conductive patterns, and the wire 149 to store the message or reproduce the stored predetermined voice message. It consists of a speaker 148 for outputting.

Of these members, the terminal fastening grooves 132, to which the protective cover 170 is fastened, are formed at predetermined depths on the side surfaces of the printed circuit board 131 that face each other. The negative electrode pattern 134 is formed around the 132, and the negative electrode pattern 134 is electrically connected to the negative terminal of the sound source chip 140 through the conductive pattern. Meanwhile, as illustrated in FIG. 2, the positive electrode pattern 136 is formed on the lower surface of the printed circuit board 131 facing the base surface of the storage chamber 115, and the positive electrode pattern 136 is formed in the first housing ( In contact with the 110 and electrically connected to the positive terminal of the sound source chip 140 through the via hole 138 to electrically connect the first housing 110 and the sound source chip 140.

Preferably, an elastic body of a conductive material, for example, a spring 139 is installed between the base surface of the storage chamber 115 and the positive electrode pattern 136 to stably secure the first housing 110 and the positive electrode pattern 136. Contact.

On the other hand, among the members constituting the sound source part 100, the sound source chip 140 through the control unit 141 and the voice recording unit 150 for controlling the sound source part 100 as shown in FIG. Compensation unit 144 for amplifying a predetermined voice signal and passing only a frequency of a desired band, analog / digital converter 141 for converting a voice signal transmitted from the compensator 144 into a digital signal, and converting it into a digital signal. A memory 145 for storing the stored voice data according to a control signal of the controller or outputting prestored voice data, a digital / analog converter 146 for converting the voice data output from the memory 145 into an analog signal, and an analog signal And an amplifier 147 for amplifying the converted voice data and outputting the amplified voice data to the speaker 148.

Third, the voice recording unit 150 records the microphone 151 for collecting a predetermined voice introduced into the first housing 110, and electrically connects the microphone 151 and the sound source chip 140. It consists of a switch 153. Here, the recording switch 153 is the first contact pads 154a and the second contact pads 154b forming an open circuit and a closed circuit between the microphone 151 and the sound source chip 140 as shown in FIG. 5. ) Is provided between the printed circuit board 154, the body 155 coupled to the printed circuit board 154, the printed circuit board 154 and the body 155, and the first contact pad 154a. Is coupled to the leaf spring 156 and the body 155 for electrically connecting the second contact pad 154b and one end is in contact with the upper surface of the leaf spring 156, and the other end is outside of the first housing 110. The recording button 157 is exposed and presses the leaf spring 156 by an external force.

The protective cover 170 is formed of a conductive material and is combined with the printed circuit board 131 to protect the voice reproducing unit 130 and the voice recording unit 150. An accommodation space for accommodating the voice reproducing unit 130 and the voice recording unit 150 is formed in the lower surface of the protective cover 170, and corresponds to the terminal fastening groove 162 of the lower surface of the protective cover 170. The connection terminal 172 inserted into the terminal fastening groove 132 is formed to protrude to a predetermined length in the portion to be fastened to the protective cover 170 to the printed circuit board 131 as well as the protective cover 170 and the negative electrode The pattern 134 is electrically connected.

The upper surface of the protective cover 170 facing the speaker 148 is provided with a hole 174 through which a voice message is introduced or discharged into the protective cover. Here, the upper surface of the protective cover 170 in which the hole 171 is formed is formed in a hemispherical shape and protrudes to the outside of the storage chamber 115, which is formed between the speaker 148 and the upper surface of the protective cover 170. This is to increase the volume of the voice message by sufficiently resonating the voice message output from the speaker 148 at a predetermined interval. In addition, as shown in FIG. 5, when the upper surface of the voice reproducing unit 130 and the power supply part 200 are connected, the hole 174 is prevented from being completely blocked by the power supply device 200.

The insulating unit 190 is installed between the first housing 110 and the protective cover to insulate the first housing 110 through which positive current flows and the protective cover 170 through which negative current flows. The insulating unit 190 is installed between the inner insulating tape 192 and the inner insulating tape 192 and the first housing 110 to surround the outer surface of the protective cover 170 including the printed circuit board, the aesthetic function of the ornament It consists of an outer insulation cover 194 to increase.

Here, reference numerals 117, 177, 193, and 195 are button exposure holes for exposing the recording button 157 to the outside of the first housing 110.

Meanwhile, the power supply part 200 according to the first embodiment includes a second housing 210, a battery 230, a switching spring 250, a protective cover 270, and the like, as shown in FIGS. 4 and 5. It consists of an insulating part 290.

The second housing 210 is formed of a conductive material and electrically connects the plus side of the battery 250 and the first housing 110. The upper surface of the second housing 210 is provided with a storage chamber 215 for storing and protecting the battery. Formed to depth.

The battery 230 is provided with a positive electrode 236 and a negative electrode 234 so that the positive electrode 236 is in contact with the second housing 210 and the negative electrode 234 is in contact with the protective cover 270. Preferably, an elastic body of a conductive material, for example, a spring 239 is installed between the base surfaces of the positive electrode 236 and the storage chamber 215 of the battery 230, so that the plus of the second housing 210 and the battery 230 is positive. The electrode 236 is stably contacted.

In addition, a switching spring 250 is installed between the negative electrode 234 of the battery 230 and the protective cover 270. The switching spring is insulated from the negative electrode 234 and the protective cover 270 when the sound source part 100 and the power supply part 200 is separated to insulate the battery 230 and the protective cover 270 and 4, when the sound source part 100 and the power supply part 200 are in contact with each other and a predetermined pressure is applied to the protective cover 270, the switching spring 250 is compressed to have a negative electrode 234. Contacting the protective cover 270 increases the life of the battery 230.

On the other hand, the protective cover 270 is installed on the upper surface of the switching spring 250 is electrically connected to the negative electrode 234 and to protect the battery 230, and the negative electrode 234 of the battery 230 A contact protrusion 272 is formed on the lower surface of the protective cover 270 facing the cover 270 to be fitted to the switching spring 250. Preferably, the upper surface of the protective cover 270 is formed in the same hemispherical shape as the protective cover 170 of the sound source part 110.

The insulating part 290 is installed between the second housing 210 and the protective cover to insulate the second housing 210 through which positive current flows and the protective cover 270 through which negative current flows. The insulating part 290 may include an inner insulating tape 292 surrounding the side of the negative electrode 234 of the battery 230 and the edge of the positive electrode 236 along the side of the battery 230, and an inner insulating tape ( 294 and an outer insulation cover 294 installed between the second housing 210 to insulate the second housing 210 and the protective cover 270 and increase the aesthetic value of the jewelry.

If the switching spring 250 is formed of a conductive material to increase the elastic force of the switching spring 250, as shown in FIG. 5, the contact electrode 272 of the negative electrode 234 corresponds to the contact protrusion 272. The entirety of the remaining portions except for the portion is wrapped with the inner insulating tape 292 to insulate the switching spring 250 and the negative electrode 234.

The operation of the pair of jewelry according to the first embodiment configured as described above will be described with reference to FIGS. 3 and 5.

In order to emit the sound stored in the sound source chip 140 to the outside or to store the predetermined sound in the sound source chip 140, the sound source part 100 is connected to the power source part 100 and the power supply part 200. Power on. At this time, the first housing 110 of the sound source part 100 having the positive polarity and the second housing 210 of the power supply part 200 are connected, and the protective covers 170 and 270 having the negative polarity are connected to each other. . Then, since a predetermined pressure is applied to the protective covers 170 and 270 and the first and second housings 210, the switching spring 250 installed between the protective cover 270 of the power supply part 200 and the battery 230. ) Is compressed. As described above, when the switching spring 250 is compressed by an external force, the contact protrusion 272 of the protective cover 270 inserted into the switching spring 250 contacts the negative electrode 234 of the battery 230 to generate a sound source. A power supply path is formed between the part 100 and the power supply part 200.

That is, between the sound source part 100 and the power supply part 200, the second housing 210, which starts with the positive electrode 236 of the battery 230 and is connected to the positive electrode 236 through the spring 239, is formed. 2 The positive electrode pattern 136 and the positive electrode pattern 136 of the printed circuit board 131 connected to the first housing 110, the first housing 110, and the spring 139 in contact with the housing 210. The negative electrode 234 of the printed circuit board 131 electrically connected to the power supply unit 142 of the sound source chip 140, the power supply unit 142 of the sound source chip 140, and the negative electrode through the connection terminal 172. A power supply path is formed to the protective cover 170 connected to the 234, the protective cover 270 in contact with the protective cover 170, and the negative electrode 234 in contact with the protective cover 270.

When power is supplied to the sound source chip 140 through the above-described path, the controller 141 determines whether the microphone 151 and the sound source chip 140 are electrically connected. As a result of determination, when the microphone 151 and the sound source chip are not properly connected due to a short circuit between the first contact pad 154a and the second contact pad 154b, the controller 141 may signal to output the voice to the memory 145. To pass.

The memory 145 outputs the pre-stored predetermined voice data to the digital / analog converter 146 according to the control signal, and the digital / analog converter 146 converts the voice data transmitted from the memory 145 into an analog signal. The audio data is then output to the amplifier 147.

Then, the amplifier 147 amplifies the voice data applied by the digital-to-analog converter 146 and outputs the same to the speaker 148.

The speaker 148 that inputs the voice data output from the amplifier 147 reproduces the voice data into a voice that can be recognized by the user. At this time, the sound output to the outside of the speaker 148 is resonated in the space between the speaker 148 and the upper surface of the protective cover 170 and then the sound source through the hole 174 formed on the upper surface of the protective cover 170 Emitted out of the part 100.

Meanwhile, as a result of the determination of the controller 141, if the microphone and the sound source chip 140 are electrically connected, the controller 141 stores the voice signal output from the microphone 151 in the memory 145.

This will be described in more detail as follows.

When the user presses the recording button 157 protruding out of the first housing 110 to record a predetermined voice after power is supplied to the sound source chip 140, the leaf spring by the recording button 157 156 is pressed. As such, when the leaf spring 156 is pressed, the first contact pad 154a and the second contact pad 154b are electrically connected by the leaf spring 156, so that the microphone 151 and the sound source chip 140 may be closed. Is formed.

In this state, a voice capable of expressing a user's unique personality is introduced into the protective cover 170 through the hole 174 formed in the upper surface of the protective cover 170 and transmitted to the microphone 151, and the microphone 151. ) Collects the voice, converts the predetermined voice into electrical energy, and outputs the sound toward the sound source chip 140.

The voice signal output from the microphone 151 is transmitted to the compensator 144 of the sound source chip 140, and the compensator 144 amplifies the voice signal input from the microphone 151 and then filters the frequency signal of a predetermined band. Only the analog / digital converter 143 is transmitted.

The analog / digital converter 143 inputs the voice signal transmitted from the compensator 144 to convert the voice signal, which is an analog signal, into a digital signal and then transfers the voice signal to the memory 145. Then, the memory 145 stores the voice data changed into digital signals according to the control signal of the controller 141. In some cases, the voice data already stored in the memory 145 may be deleted and new voice data may be recorded, or the old voice data and the new voice data may be stored together.

According to the second embodiment of the present invention, the sound recording unit 150 is separated from the sound source part 100. The sound generating device inserted into a pair of jewelry includes a sound source part 100 and a power supply part 200 and Voice recording part 300. Here, the sound source part 100 and the power supply part 200 are built in each of the pair of ornaments and the voice recording part 300 is separated from the ornaments and connected to the sound source part 100 only when the user wants to record. do.

In the second embodiment, since the power supply part has the same components as the power supply part 200 of the first embodiment, a detailed description of the power supply part is omitted, and the sound source part 100 and the voice recording part 300 are provided. I will explain only.

Referring to FIGS. 7 and 8, the voice recording part 300 includes a printed circuit board 310, a microphone 320, a recording switch 330, and a cover 340.

A male connector 312 is formed at a predetermined portion of one side of the printed circuit board 310 to connect the voice recording part 300 to the sound source part 100. The upper surface of the printed circuit board 310 has conductive patterns and First and second contact pads (not shown) are formed, with conductive patterns extending to male connector 312.

The recording switch 330 electrically connects the microphone 320 and the sound source chip 140 of the sound source part 100 to correspond to the first and second contact pads of the upper surface of the printed circuit board 310. On the body 332 mounted on the portion, the plate spring (not shown) and the body 332 is installed between the printed circuit board 310 and the body 332 to electrically connect the first contact pad and the second contact pad. It is coupled to one end is in contact with the upper surface of the leaf spring and the other end is composed of a recording button 334 for pressing the leaf spring by the external force is exposed to the outside of the cover 340.

On the other hand, the cover 340 is fastened to the printed circuit board 310 to protect the microphone 320 and the recording switch 330, the voice input holes 342 are formed in a portion corresponding to the microphone 320 In the portion corresponding to the record button 334, a through hole 344 is formed to expose the record button 334 to the outside of the cover 340.

Next, the sound source part 100 will be described with reference to FIGS. 6 and 8, and the sound source part 100 is accommodated in the first housing 110 and the first housing 110 as shown in FIG. 6. A printed circuit board 131 having conductive patterns formed thereon, a sound source chip 140 reproducing a predetermined voice message mounted and stored on the printed circuit board 131, electrically connected to conductive patterns, and having a male connector 312. Is inserted into the female connector 160 for electrically connecting the voice recording part 300 and the sound source part 100, the conductive patterns and the wire 175 electrically connected to the sound source chip 140 and the sound source chip ( A speaker 148 for outputting the voice message transmitted from the 140 to the outside, and a protective cover 170 formed of a conductive material and combined with the printed circuit board 131 to protect the sound source chip 140 and the speaker 148. And a polarity between the protective cover 170 and the first housing 110. The insulating cover 190 insulates the other protective cover 170 from the first housing 110.

Here, the first housing 110 is formed of a conductive material to electrically connect the plus side of the voice reproducing unit 130 and the plus side of the power supply part 200, and the printed circuit board 131 and the upper surface thereof. A storage chamber 115 for accommodating and protecting the speaker 148 is formed to a predetermined depth. In addition, an insertion hole 118 into which the female connector 160 is inserted is formed in a predetermined portion of the side of the first housing 110 facing the female connector 160.

Among the elements constituting the sound source part 100, other elements except for the first housing 110 described above, that is, the printed circuit board 131, the sound source chip 140, the speaker 148, the protective cover 170, and Since the structure of the insulating portion 190 is the same as the structure of the members described in the first embodiment, it will be described in detail, and the same number as in the first embodiment.

Hereinafter, a process of recording a predetermined voice in the sound source part when the voice recording part, the sound source part, and the power supply part are connected will be described as follows.

In order to store a predetermined voice in the sound source chip 140, first, the male connector 312 of the voice recording part 300 is connected to the female connector 160 exposed to the outside of the first housing 110 through the insertion hole. Let's do it.

Thereafter, the power supply part 200 is connected to the sound source part 100 in order to supply power to the sound source part 100.

In such a state that the power is supplied to the sound source part 100, the user presses the recording button 334 installed in the voice recording part 300. Then, the leaf spring is pressed by the recording button 334 so that the leaf spring contacts the first and second contact pads to electrically connect the first contact pad and the second contact pad. Therefore, a closed circuit is formed between the voice recording part 300 and the sound source part 100.

In this state, a voice capable of expressing a user's unique personality is introduced into the protective cover 170 through the hole 174 formed in the upper surface of the protective cover 170 and transmitted to the microphone 151, and the microphone 151. ) Collects the voice, converts the predetermined voice into electrical energy, and outputs the sound toward the sound source chip 140.

The voice signal output from the microphone 151 is transmitted to the compensator 144 of the sound source chip 140, and the compensator 144 amplifies the voice signal input from the microphone 151 and then filters the frequency signal of a predetermined band. Only the analog / digital converter 143 is transmitted.

The analog / digital converter 143 inputs the voice signal transmitted from the compensator 144 to convert the voice signal, which is an analog signal, into a digital signal and then transfers the voice signal to the memory 145. Then, the memory 145 stores the voice data changed into digital signals according to the control signal of the controller 141.

Meanwhile, the sound source part 100 and the first housing 110, the second housing 210, and the protective covers 170 and 270 are in contact with each other without the voice recording part 300 connected to the sound source part 100. When the power supply part 200 is contacted, voice is output to the outside of the sound source part 100 through the process described in the first embodiment.

As described above, one of the two ornaments forming a set has a sound source for storing a predetermined voice message and outputting the stored voice message, and supplying power to the sound source part for the other ornament. The built-in power supply part allows information to be output only when the sound source part and the power supply part are in contact.

In addition, in some cases, a sound recording device may be further included in an accessory having a sound source part and a power supply part, so that the user may store a desired voice in the sound source part when the voice recording device and the sound source part are electrically connected.

Therefore, by making the ornaments compact, it emphasizes the aesthetic value of the ornaments, and enhances the functional aspect of the ornaments, thereby improving the productability of the product.

Claims (8)

A first housing made of a conductive material having a first storage chamber having a predetermined depth, A voice reproducing unit accommodated in the first accommodating chamber and configured to output stored voice information with one power receiving terminal electrically connected to the first housing; A first protective cover which is covered by the first storage chamber and protects the voice reproducing unit and is electrically connected to the other power receiving terminal of the voice reproducing unit; A sound source part disposed between the first protective cover and the first housing and configured to have a first insulator for insulating the first protective cover and the first housing; A second housing made of a conductive material having a second storage chamber having a predetermined depth, A power supply unit accommodated in the second storage chamber and electrically connected to the second housing to supply the power to the voice reproducing unit; A second protective cover covering the second storage chamber to protect the power supply unit and having a lower surface electrically connected to the other electrode of the power supply unit; A power supply part including a second insulator surrounding the outer surface of the power supply including the second protective cover to insulate the power supply and the second protective cover from the second housing; And a voice recording part electrically connected to the sound source chip to store a predetermined voice input from the outside of the sound source part in the sound source chip. The first housing and the second housing are electrically connected to each other, and the first protective cover and the second protective cover are electrically connected to supply power to the sound source part, thereby outputting voice information stored in the sound source chip. And electrically connecting the voice recording part to the sound source chip while power is supplied to the sound source part to store new voice information on the sound source chip. The apparatus of claim 1, wherein the voice reproducing unit A printed circuit board having a positive electrode pattern connected to the first housing, a negative electrode pattern connected to the protective electrode, and a signal transmission pattern; A sound source chip mounted on the printed circuit board and electrically connected to the signal transmission pattern, the positive electrode pattern and the negative electrode pattern, and storing a voice signal; And a speaker electrically connected to the signal transmission pattern and configured to output a voice signal output from the sound source chip as voice information that can be recognized by a user. The lower surface of the second protective cover facing the other electrode of the power supply unit, the contact protrusion is formed, the switching elastic body is further installed between the other electrode of the power supply and the protective cover. And the contact protrusion is connected to the other electrode of the power supply when the pressure is applied to the second protective cover. The pair of jewelry according to claim 1, wherein the voice recording part is embedded in the sound source part together with the voice reproducing unit. The method of claim 4, wherein the voice recording part A microphone mounted on the printed circuit board to collect predetermined voices introduced into the first protective cover; And a recording switch electrically connected to the signal transmission patterns and configured to electrically connect the microphone and the sound source chip when a predetermined voice is stored in the sound source chip. 2. The paired trinket of claim 1, wherein the voice recording part is separated from the sound source part and connected to the sound source part when storing new voice information on the sound source chip. The method of claim 6, wherein the sound source part is further formed with a female connector for electrically connecting the voice reproducing unit and the voice recording part, an insertion hole into which the female connector is inserted in a predetermined portion of the first housing (110) Paired ornaments, characterized in that formed. The method of claim 7, wherein the voice recording part A printed circuit board on which signal transmission patterns are formed; A male connector formed in a predetermined region of the printed circuit board and connected to the female connector; A microphone mounted in a predetermined region of the printed circuit board to collect voices introduced from the outside; A recording switch mounted on the printed circuit board and electrically connecting the microphone and the sound source chip when a predetermined voice is stored in the sound source chip; Paired jewelry, characterized in that composed of a cover coupled to the printed circuit board to protect the microphone and the recording switch.