several preferred embodiments of the invention are described for illustrative purposes , it being understood that the invention may be embodied in other forms not specifically shown in the drawings . while the digitized music as described in the preferred embodiments is referred to as “ bedtime beats ” music , it is understood that the invention contemplates any music having a tempo of between about 60 and about 80 beats per minute . turning to fig1 , the embodiments of the present invention comprise a chip 100 having a memory 102 for storing digitized music , a digital audio signal processor 104 for processing the digitized music , an output component such as a speaker 106 for outputting the digitized music and a power source 108 for supplying power to the system . embodiments further comprise a housing 110 which can take on varying forms as would occur to a person of ordinary skill in the art , select examples of which are described in more detail below . the housing 110 may include an input 112 for receiving digital music to be stored to the memory 102 and an actuator 114 for beginning playback of the digital music . in one embodiment of the present invention as shown in fig2 , a clock 200 is embedded with 120 minutes of bedtime beats music , or other predeterminable length of time as desired . the clock housing 202 may feature a “ secret to sleep ” button or other music actuator feature 204 that the user may use to start playback of the bedtime beats music . upon activation , the bedtime beats music will play for the predetermined length of time . the clock may also feature an adjustable timer 206 and the user may be able to select the length of the music &# 39 ; s playing time ( for example , 120 , 60 , 30 , 15 minutes , or other length of time as desired ). the chip containing the bedtime beats music is housed inside the clock 200 . the clock has a speaker 208 for playing the music for the sleeper . in varying embodiments , the clock housing may contain the features of an alarm clock , a “ fall asleep ” clock , a personal music device docking station , or any combination of these features , or other features of a clock that would occur to a person of ordinary skill in the art . this technology may be featured in similar types of device housings such as clock radios , portable audio devices , home audio devices , and docking devices for portable audio and / or video devices ( e . g ., ihome docking device for apple ipod ), as will be apparent to those of ordinary skill in the art . in another embodiment of the present invention , the clock as previously described may be portable and may contain the same features as the home clock and may include 60 minutes of music , or other length of time as desired . in another embodiment of the present invention , a pillow 300 is embedded with 60 minutes of bedtime beats music , or other length of time as desired . the pillow housing 302 may be made of therapeutic foam or other soft material and may contain a protective compartment 304 to hold the chip , speaker and power source . the pillow 300 may contain an actuator for beginning playback of the music such as by squeezing the pillow 300 . in another embodiment of the present invention , a travel pillow may be similar to the standard size pillow 300 previously described but having a smaller size to facilitate easy transport during travel . the exterior may be covered in soft fleece or other soft material . turning to fig4 , shown therein is a sleep mask embodiment 400 with ear bud speakers 402 and an embedded chip containing 30 minutes of bedtime beats music , or other length of time as desired . the sleep mask 400 may have a piece of fabric , padding , or other material 404 for covering the eyes and an elastic band 406 or other mechanism for securing the mask over the eyes of the wearer . the mask may have ear bud speakers 402 attached to the fabric material 404 or , alternatively , to the elastic band 406 which allow the wearer to listen to the bedtime beats music while wearing the sleep mask 400 . in another embodiment of the present invention as shown in fig5 , a very soft , washable plush toy (“ sleepie ”) 500 is embedded with a speaker 502 and the chip containing 30 minutes of bedtime beats music , or other length of time as desired . the speaker 502 and chip may be placed in a protective compartment 504 and may be removable so that the sleepie 500 can be washed . the sleepie 500 may include an actuator 506 for beginning playback of the bedtime beats music by some action by the user such as squeezing the sleepie 500 . the toy may be in the form of a stuffed animal , plush ball , a soft / fabric book , or other soft toy for infants . the toy may also be in the form of a stationary infant toy such as a song box or other toy that may be placed on a child &# 39 ; s dresser or other location near the child &# 39 ; s place of sleep . turning to fig6 , in another embodiment of the present invention , a musical mobile 600 is embedded with a speaker 602 and a chip containing 30 minutes of bedtime beats music , or other length of time as desired . the mobile 600 may contain 6 small , rotating toys 604 , or such other number as desired . the toys 604 may be constructed of a plush material or other material and designed to take the form of animals , shapes , vehicles , or other forms . the mobile 600 may have a clip 606 for attaching it to a crib . in another embodiment , the mobile may include a stand so that it may rest on a dresser , desk , or other flat surface . in another embodiment of the present invention as shown in fig7 , a crib 700 is embedded with speakers 702 and a chip containing 30 minutes of bedtime beats music , or other length of time as desired . the crib 700 may feature a “ secret to sleep ” button 704 or other music activation feature for starting playback of the bedtime beats music . the crib 700 may also feature an adjustable timer 706 and a user may be able to select the length of the music &# 39 ; s playing time ( for example , 120 , 60 , 30 , 15 minutes , or other length of time as desired ). in another embodiment of the present invention as shown in fig8 , shown therein is an infant bouncy seat or swing 800 inside of which a child rests . typically positioned on the floor , the seat or swing is moveable . the baby swing 800 generally swings back and forth creating a rocking motion and can be battery operated or plugged in to a wall outlet . the swing 800 is embedded with speakers 802 and a chip containing 30 minutes of bedtime beats music , or other length of time as desired . the baby swing 800 may feature a “ secret to sleep ” button 804 or other music activation feature for starting playback of the bedtime beats music . the baby swing 800 may also feature an adjustable timer 806 and a user may be able to select the length of the music &# 39 ; s playing time ( for example , 120 , 60 , 30 , 15 minutes , or other length of time as desired ). similar to the baby swing 800 , the infant bouncy seat is a stand alone infant seat which contains a seat for the infant to sit inside of . the infant &# 39 ; s legs are free to touch and push off the floor to create a bouncing motion . bedtime beats music is embedded in this device as in the infant bouncy seat 800 . another embodiment of the present inventions is shown in fig9 , wherein a baby monitor 900 is embedded with a chip containing 30 minutes of bedtime beats music , or other length of time as desired . typically , a baby monitor consists of a pair of speaker / microphone combination devices , one in the parental bedroom and one in the child &# 39 ; s bedroom that allows a parent to hear , speak to , and monitor the child remotely . the bedtime beats baby monitor housing 902 contains a speaker 904 which acts as both a speaker for the parents to monitor and hear the child and for administering of bedtime beats music which can play from the parental unit 908 on the child &# 39 ; s speaker 904 . the child &# 39 ; s unit 910 will also house the bedtime beats chip and can play music when an actuator 906 is switched over to “ play ” function . the units may be battery powered or plugged in to a standard wall outlet . the parental unit 908 and the child unit 910 may be of identical design to allow for interchangeability . turning to fig1 , described therein is the process flow 1000 of the bedtime beats chip . in process step 1002 , a user activates the bedtime beats device . in process step 1004 , a preset timer begins to run . in process step 1006 , the bedtime beats music begins to play . in process step 1008 , if time remains on the timer , the music continues to play . if time has expired , the bedtime beats stops playing as shown in process step 1010 . although certain presently preferred embodiments of the disclosed invention have been specifically described herein , it will be apparent to those skilled in the art to which the invention pertains that variations and modifications of the various embodiments shown and described herein may be made without departing from the spirit and scope of the invention . accordingly , it is intended that the invention be limited only to the extent required by the appended claims and the applicable rules of law .
a device for inducing better sleep embedded with music having a tempo of about sixty to about eighty beats - per - minute . listening to music with a tempo of approximately 60 to approximately 80 beats - per - minute results in significantly better sleep quality , better perceived sleep quality , longer sleep duration and greater sleep efficiency . embodiments of the device can include , among other things , an alarm clock , a pillow , mobile , sleep mask , crib or a stuffed toy for use with children . embodiments of the device including a travel clock , travel pillow , or mobile device allowing the device to be easily transported for purposes of inducing better sleep during travel are also contemplated .