A vest garment is provided for audio stimulation of a fetus by a birth mother includes a back and a left and a right bodice. The left and right bodice are stitched to the back along the sides and over the shoulders so that arms may be passed through an armhole opening defined by the back and each bodice. One bodice includes an audio speaker pocket strategically positioned over the stomach. The other bodice includes an audio signal source pocket which need not be strategically positioned, but which is arranged so as to counterbalance the weight of the speakers in the speaker pocket. An optional microphone input to the audio source signal pocket is provided as are supplemental headphones for the mother.

The present invention relates to clothing and more particularly to a garment designed to hold portable electronic devices and other items such as wallets, keys, etc. The garment has at least one and preferably more than one pocket to hold an electronic device, i.e., cell phone. Each pocket includes an internal passageway that leads to an interior side of the vest. The garment also includes a central passageway system which includes two passageways that are on opposite sides of the central opening of the garment. The passageways are segmented and allow for the installation of wires. The garment further includes a horizontal passageway that passes from the left side of the interior of the vest around the central portion of the back to the right side of the vest. The central passageway system, one or more wires can be removed and installed from an individual passageway segment without disturbing other wires neatly fastened in other passageway segments.

A wearable garment, usable by athletes, workers, and the elderly or infirm, incorporates an easily operated manual activator/switch located in a readily accessible position on the garment. A user wearing the garment can operate the switch by merely touching the appropriate location on the surface of the garment. The switch is electrically coupled to a signaling device, such that operation of the switch activates the signaling device to transmit a signal or signals for summoning help or identifying the geographic location of the bearer of the signaling device, or otherwise assisting the bearer. Pockets and/or other forms of support on the garment can be provided to assist in carrying signaling devices coupled to the switch as well as ancillary equipment such as power supplies. The switch can be incorporated into and enclosed within the structure of the garment to protect it from ambient conditions such as moisture or dust, and conductors or other cables can be made to extend outside the exterior of the garment structure so as to facilitate interconnection of the activator switch with necessary related equipment.

A sound generating outer garment, such as a suit, a coat, or a jacket, includes switches and a sound generating circuit. The switches are connected to the sound generating circuit, and both the switches and the sound generating circuit are mounted in the garment. The sound generating circuit produces a sound or sounds in response to the actuation of one or more of the switches. Preferably, a switch is positioned at each shoulder and at each elbow of a coat or a jacket and at each knee of a pair of pants. The sound generating outer garment may also include a transmitter for transmitting the sound or sounds that are produced to an AM or FM receiver. Each switch may include a flexible and conductive first outer lamina and a flexible and insulating second outer lamina. Interposed between the two outer laminas is a resilient insulating cushion. The cushion has a number of holes formed through its thickness. Conductive projections are positioned on the second outer lamina in alignment with the holes formed in the cushion. These projections are electrically joined together so that if pressure is exerted anywhere on either outer lamina, one or more of the projections will contact the first outer lamina and complete the circuit through the switch. Mercury switches may also be employed in a sound generating outer garment.

An audio speaker for incorporation into garments, upholstery, etc., has a diaphragm (10) and connecting wires (18) or switch (48), and a concave cover (20 or 44) made of a heat-molded textile having a ceramic textile covering. The speaker is attached by stitching (16) to an aperture (12) in a piece of conventional textile (14), for easy incorporation into a garment. The speaker may be sewn into the hood of a sports garment, or may be attached by the switch to a conducting area within a concave area of a garment such as a dress.