Information
-
Patent Grant
-
6444956
-
Patent Number
6,444,956
-
Date Filed
Monday, July 23, 200122 years ago
-
Date Issued
Tuesday, September 3, 200221 years ago
-
Inventors
-
-
Examiners
Agents
- Steinberger; Brian S.
- Law Offices of Brian S. Steinberger, P.A.
-
CPC
-
US Classifications
Field of Search
US
- 219 429
- 219 432
- 219 433
- 219 441
- 219 442
- 219 385
- 219 386
- 219 435
-
International Classifications
-
Abstract
A device for both warming substances and for providing a nightlight. The device can have a single opening in a upper lid portion for allowing various sized containers of substances to be inserted therein. The substances can include lotions, creams, pastes, gels, liquids, and the like. Controls such as rheostats can be adjusted to select desired nightlight intensity levels and desired temperature levels. Timers can adjust when the rheostat settings are to be turned on and off. Visual and/or audible alarms can be activated when selected levels have been reached. The device can have a clock for giving off the current time.
Description
This invention relates to liquid holders, and in particular to a combination nightlight and warmer controller for substances such as hand lotions, creams, liquids, and the like.
BACKGROUND AND PRIOR ART
A common problem with using hand lotion when going to bed is that the lotion is sometimes cool and uncomfortable when being applied. This problem is further compounded in cold climates when the lotion has been stored in a bathroom cabinet. Over the years several proposals have been made to warm liquids in receptacle devices. Similar problems occur with other types of substances such as creams, moisturizers, liquids, and the like.
Traditional nightlights such as plug-ins used adjacent to beds and/or in bathrooms are generally limited to only providing a light source and do not function for other purposes. Additionally, nightlights generally turn off when optical sensors indicate that daylight as occurred. Thus, traditional nightlights can have a short lifespan since they run continuously throughout the night.
U.S. Pat. No. 2,604,573 to Raines et al. describes a combination nightlight and bottle warmer. However, this unit is limited to only holding one bottle at a time, and not several lotions and creams that may be desirable to be warmed by the user. Additionally, short containers of liquids, creams or lotions would slip far into the tall housing of Raines et al., and be difficult to retrieve. Furthermore, this nightlight must be manually turned on and off.
U.S. Pat. No. 5,057,671 to Colson describes a solution-warming unit which can also be used as a nightlight. However, this unit is limited to cylindrical openings, in particular to “4(2 ⅝”) holes(in the lid portion) . . . to house the necessary 4(16 oz.) bottles . . . ”, and a wide open space underneath the lid portion, column 2, lines 34+. Thus, this unit is limited to being able up to only four “(16oz.)” cylindrical type bottles. Although Colson describes being able to also insert “4 oz.” Bottles, a side door is required to be opened and closed in addition to having the plural openings on the top portion. If a user tries to insert and/or retrieve the smaller bottles through the lid portion, the shorter and smaller containers can easily become lost in the wide open space underneath the lid portion. Furthermore, this nightlight must also be manually turned on and turned off.
U.S. Pat. No. 5,248,870 to Redal describes a unit similar to Colson '671 but with a cylindrical insert. Similar to Colson '671, this unit is also limited to storing one size of a bottle, and is not useable different height and sizes of containers holding liquids, lotions and creams that are used. Additionally, this device also does not teach more than manually turning on or off a nightlight.
Other patents known to the inventor that also fail to overcome the deficiencies of the above cited references include U.S. Pat. No. 1,805,291 to Monnot; U.S. Pat. No. 4,700,048 to Levy; U.S. Pat. No. 5,700,991 to Osbern; and U.S. Pat. No. 5,906,763 to Warren Van Deventer Wheeler.
Additionally, all of the prior art devices do not allow the user to control either or both the light intensity of the nightlight and the heat settings. Users desiring to heat some lotions to different degree settings have not control over the heating temperatures or the length of time that heating is to take place. Furthermore, none of the prior art devices allow the user to automatically shut off the heating and/or nightlight modes. Thus, these prior art devices may constitute a safety hazard if the heating units are left one too long. Also, too long heating could burn and ruin the lotions, creams and liquids being warmed, and can ultimately destroy expensive lotions, creams, and liquids over time. Thus, the need exists for solutions to the problems of the prior art described above.
SUMMARY OF THE INVENTION
The first objective of the invention is to provide a device for both heating liquid containers and for providing a nightlight.
The second objective of the invention is to provide a device with a single opening in a lid portion for receiving and heating several size containers of liquids, lotions, and creams of various sizes and shapes simultaneously.
The third objective of the invention is to provide a device for controlling the light intensity of the nightlight that is also used to heat various containers of liquids, lotions and creams.
The fourth objective of the invention is to provide a device for selectively controlling the temperature heating settings of a light that is used to heat containers of liquids, lotions and creams, where the light is also used as a nightlight.
The fifth objective of the invention is to provide a device for both heating containers of liquids, lotions, creams, and the like, and for also providing a nightlight, where the light and/or heat source can be selectively turned on and off at selected times.
The sixth objective of the invention is to provide a device for both heating containers of substances and for providing a nightlight, which as a safety control for deactivating the device after a preselected period of time.
The seventh objective of the invention is to provide a device for both heating containers of substances and for providing a nightlight, which adjusts the heating source and nightlight to a lower setting automatically after a preselected period of time.
The eighth objective of the invention is to provide a device for both heating containers of substances and for providing a night light having an alarm such as a visual light and/or a sound that alerts the user when a selected heating time and/or temperature has been achieved.
A preferred embodiment of the invention allows for a device to have an opening in a lid portion of a receptacle for allowing various sized containers such as but not limited to tubes, flasks, bottles, jars, and cylindrical containers to be inserted therein, and be able to easily removed by the user. A grid underneath the receptacle separates the receptacle from a housing that stores a heating and lighting source therein. The heating and light source can be an incandescent bulb, and the like. Controls such as a rheostat allow for setting various intensity and temperature settings. A timer allows for activating and deactivating the intensity and temperature settings. Visual and/or audible alarms can occur after a selected time period has occurred. The novel receptacle device can be powered by a standard AC(alternating current) outlet and allows the user to place one or more containers of liquid such as hand lotion, creams, and the like, in the upper opening of the device.
Further objects and advantages of this invention will be apparent from the following detailed description of a presently preferred embodiment which is illustrated schematically in the accompanying drawings.
BRIEF DESCRIPTION OF THE FIGURES
FIG. 1
is a perspective view of a preferred embodiment of the warmer and nightlight device without any containers inside the device.
FIG. 2
is an exploded view of the warmer and nightlight device of FIG.
1
.
FIG. 3
is a top view of the warmer and nightlight device of
FIG. 2
along arrow A.
FIG. 4
is a cross-sectional view of the warmer and nightlight device of
FIG. 3
along arrows B—B.
FIG. 5
is a side view of a second embodiment of the warmer and nightlight device.
FIG. 6
is a top view of the warmer and nightlight device of
FIG. 5
along arrow C.
FIG. 7
is a perspective view of the second embodiment with various sized containers.
FIG. 8
is a top view of the rheostat control of
FIGS. 1 and 7
along arrow D.
FIGS. 9A
,
9
B,
9
C,
9
D,
9
E and
9
F show additional side openings for the nightlight portion of the device of the preceding figures.
FIGS. 10A
,
10
B, and
10
C show examples of different containers that can be held within the receptacles of the preceding embodiments.
DESCRIPTION OF THE PREFERRED EMBODIMENT
Before explaining the disclosed embodiment of the present invention in detail it is to be understood that the invention is not limited in its application to the details of the particular arrangement shown since the invention is capable of other embodiments. Also, the terminology used herein is for the purpose of description and not of limitation.
FIG. 1
is a perspective view of a preferred embodiment
1
of the warmer and nightlight device
1
without any containers inside the device
1
.
FIG. 2
is an exploded view of the warmer and nightlight device
1
of FIG.
1
.
FIG. 3
is a top view of the warmer and nightlight device
1
of
FIG. 2
along arrow A.
FIG. 4
is a cross-sectional view of the warmer and nightlight device
1
of
FIG. 3
along arrows B—B.
Referring to
FIGS. 1-4
, the device
1
includes a lower nightlight housing
10
that can have convex type rounded side edges with openings
15
therethrough that can be circular in shape. A side-cutout
17
in the housing
10
can be sized to receive a lamp receptacle plug
30
having a replaceable light source
20
such as a small incandescent bulb, and the like, that can be easily inserted into housing
10
, and held in place by a tight type side-cutout
17
. Additionally, the side-cutout
17
can also include threads with mateable threads on the inner portion of plug insert
30
so that plug insert can be rotatably tightened into side-cutout
17
. A standard power cord
60
can attach light source
20
to a rheostat type control
40
(the details of which will be explained later in reference to
FIG. 8
) for controlling light and heat intensity of the light source
20
. The opposite end of cord
60
can include an Alternating Current(AC) plug
50
having prongs
52
for fitting into a conventional 120 volt wall power supply receptacle, and receptacles
54
on the plug
50
for allowing other electrical appliances(not shown) to be able to use the same power supply as plug
50
. A lower surface
12
of housing
10
can have a flat type surface for allowing the device
1
to be supported on a tabletop such as a nightstand, a bathroom countertop, and the like, or even a floor surface. An upper portion
14
of the housing
10
can include a neck portion
14
.
On top of base housing
10
can be a removable receptacle
80
having a cylindrical type opening
85
therethrough, with a warming portion
90
that can be a metal type plate, and the like. Receptacle
80
can also have convex type rounded sides with a lower narrow base
82
that can be sized to be received within the upper hollow neck
14
of housing
10
. Additionally, the fitting between base portion
82
and upper neck
14
of housing
10
can include mateable threads on both sections
82
and
14
so that the receptacle
80
can be rotated onto the housing
10
. Substances
70
such as lotions, creams, and liquids can be directly poured into opening
85
of receptacle
80
while receptacle
80
is attached to or not attached to housing
10
. Similarly, after the substances have been heated, the receptacle
80
can be separated from housing
10
. A separate window
19
can also be used in housing
10
having different colors, and the like so that the light source
20
is not visible through the side openings
15
of the housing
10
.
The height, H, of opening
85
of receptacle
80
can be approximately
4
inches to approximately 8 inches high, and the diameter R, of the opening
85
of the receptacle
80
can be approximately 3 inches to approximately 6 inches wide. Housing
10
and receptacle
80
can be formed from injection molded hardened plastic, fiberglass, and the like, that is not susceptible to melting at temperatures of up to approximately 120 degrees. Side openings
15
less than the diameter of light source
20
. For example, if light source
20
uses a ½ inch diameter bulb, each of the openings
15
can be approximately ¼ inch in diameter. Although, not shown an optional lid can be used on top of opening
85
if liquid is directly poured into receptacle
80
. Additionally, containers holding the substances to be warmed can also be used in the opening of receptacle
80
as later described in detail to FIG.
7
.
FIG. 5
is a side view of a second embodiment
100
of the warmer and nightlight device.
FIG. 6
is a top view of the warmer and nightlight device
100
of
FIG. 5
along arrow C.
FIG. 7
is a perspective view of the second embodiment
100
with various sized containers
210
,
220
,
230
.
FIG. 8
is a top view of the rheostat control
40
of
FIGS. 1 and 7
along arrow D.
Referring to FIGS.
1
and
5
-
8
, a rheostat type control
40
can be used with both embodiments
1
and
100
. The rheostat
40
can be located between the devices and the power plug
50
. The rheostat
40
can include several settings
43
such as a first, second, third and fourth setting for different levels of light intensity of the light source
20
to be used in the nightlight portions
10
and
110
of both embodiments
1
and
100
. The settings
43
can be on a rotatable type dial portion
42
that rotates relative to a stationary portion
46
. Dial
42
can be rotated in the directions of arrow E so that one of the settings
43
can be aligned to the marker
47
on the stationary portion
46
of the rheostat control
40
. For example, a first setting can be for approximately 80 degrees, a second setting for approximately 90 degrees, a third setting for approximately 100 degrees and a second setting for approximately 110 degrees. Each of the different settings also allows for different intensity levels of the light source
120
to be given off. For example, setting one can be a very dim intensity setting and setting four can be a very bright intensity setting. A separate off setting
44
allows the light source
120
to be turned off. Although four settings
43
are shown more or less can be used.
Similar to the first embodiment 1, bottom
112
of second embodiment housing
110
can include a flat portion for allowing the device
100
to be supported by a tabletop and/or floor surface.
The second embodiment includes an upper receptacle
180
having a cylindrical type opening
185
sized similar to that of the receptacle
80
and opening
85
of the first embodiment 1. On the floor portion of receptacle
180
can be a heat conductive plate
190
such as a metal plate, and the like, that can also have grid openings
195
therethrough for allowing additionally heat to pass therethrough.
On the side of receptacle
180
can be a timer control pad
150
can that can include a digital readout
154
that can give the current time. Push button type controls
152
can also be depressed to set selected times to turn on and turn off the light and heating source
120
. For example, a user can set their device
100
to activate at 9:30 pm so that the substances in containers
210
-
240
can be warmed by a certain time, for example by 9:45 pm. Similarly, the timer control
150
can have a selected time to deactivate the heat source
20
by shutting off the source
20
at a selected time. For example, the user may wish to set the device to turn off at 12:00 midnight. Timer control
150
can also include an alarm type indicator such as a visual light such as blinking the light source
20
to notify the user when a substance has been warmed after a selected time period. Additionally, the alarm can also be audible through speakers
156
, and the like, such as giving a whistle, or low level beeping noise to indicate when a selected time period has been reached. Still furthermore, the timing control
150
can also be used as an alarm type clock to give out an audible and/or visual alarm as a wakeup signal for the user. The timer control
150
can be powered by the same power supply as that of the light source
20
.
FIGS. 9A
,
9
B,
9
C,
9
D,
9
E and
9
F show additional side openings
210
,
220
,
230
,
240
,
250
,
260
for the nightlight portion of the device of the preceding figures. Side openings
115
of the second embodiment
100
and openings
15
of the first embodiment 1, can be circular. Additionally, the side openings can include other shapes such as geometrical shapes such as but not limited to rectangles,
230
, triangles
250
, polygons
260
, and the like. Still additionally, the openings can include sliver type shapes
220
, other various shapes such as stars
210
, and still other types of shapes such as animals
240
and the like.
FIGS. 10A
,
10
B, and
110
C show examples of different containers
210
,
220
,
230
,
240
that can be held within the receptacles
80
and
180
of the preceding embodiments. For example, cylindrical containers
230
, flasks
210
and tubes
220
can be used together or separately.
Although the preferred embodiments describe using a single type incandescent bulb to perform both the heating and lighting, more than one bulb can be used. For example, one bulb can be used for the nightlight and another bulb can be used for the heating source. Additionally, clear and/or colored bulbs such as yellow, black and the like can also be used. Still furthermore, other types of light sources such as but not limited to fluorescent type bulbs, light emitting diodes (LEDs), and the like, can also be used. Still furthermore, other types of heating sources can be used such as but not limited to a wire type resistive heating strip, and the like. Still furthermore, the controls can include separate controls for nightlight settings and a separate rheostat control for temperature levels.
The timer can shut off power to the bulb. Additionally, the timer can adjust the intensity of the bulb so that after a selected time period, the bulb brightness setting is reduced to a lower level after a selected time period.
While the preferred embodiment describes using a clock for selectively timing out the heat and light source, the invention can use other means such as but not limited to heat sensors adjacent to the receptacle for detecting when selected substance temperatures have been reached and then turning off the heat source.
Although the preferred embodiments describe using the novel device on a tabletop type surface, the substance receptacle and housing for light and heat source can be fitted with a side plug for being directly inserted into a conventional wall receptacle.
While the preferred embodiments describe the novel device for supporting various sized containers, the invention can also use a removable insert that would allow the user to temporarily insert various substances such as but not limited to lotions, creams, and liquids therein without having to use the original containers that held the lotions, creams, liquids and the like. For example, an extra large container of lotion can be stored in a medicine cabinet while a smaller portion is poured into the removable insert that is then inserted into the receptacle of the device.
Although, the preferred embodiments describe the invention for holding containers of lotions, creams, and liquids, the invention can also hold other types of substances such as but not limited to pastes, gels, tonics, shampoos, conditioners, and the like. Still furthermore, the user can temporarily store containers beverages such as but not limited to cups, bottles, glasses, and the like, of teas, coffees, water, sodas, drinks, and the like. Still furthermore, the receptacle can hold substances that give off smells, such as those used in aroma therapy, incense type substances, and the like.
While the invention has been described, disclosed, illustrated and shown in various terms of certain embodiments or modifications which it has presumed in practice, the scope of the invention is not intended to be, nor should it be deemed to be, limited thereby and such other modifications or embodiments as may be suggested by the teachings herein are particularly reserved especially as they fall within the breadth and scope of the claims here appended.
Claims
- 1. A nightlight warmer device, comprising in combination:a receptical having only a single opening having a substantially uniform interior diameter sidewalls therethrough for substantially encasing and holding various sized containers that each hold substances that include lotions in upright standing positions therein, the containers being selected from at least one of a tube, a flask, a bottle and a cylindrical container, wherein each of the containers is able to be held in a vertical upright position; a housing having a source beneath the receptical for both warming the substances in the containers and the housing having at least one side opening for providing a nightlight; and a planar flat surfaced heat conductive grill with openings therethrough for additionally allowing heat to pass therethrough, the grill being formed from a different material than that of the receptical and the housing, and the planar grill with the interior sidewalls for supporting each of the various containers in vertical upright positions in the receptical.
- 2. The nightlight and warmer device of claim 1, wherein the substances are chosen from at least one of: lotions, cream, and liquids, and the receptical substantially encases and holds plural various sized containers.
- 3. The nightlight and warmer device of claim 1, wherein the opening includes at least one geometrical shape chosen from at least one of: a rectangle, a circle, a triangle, a polygon and a octagon.
- 4. The nightlight and warmer device of claim 1, wherein the opening includes at least one shape chosen from at least one of a sliver, a star, and an animal shape.
- 5. The nightlight and warmer device of claim 1, further comprising:means for adjusting temperature of the warming source.
- 6. The nightlight and warmer device of claim 5, wherein the adjusting means includes:a rheostat having at least two temperature settings and a power off position.
- 7. The nightlight and warmer device of claim 5, wherein the adjusting means includes:a timer control for selecting a length of time for operating the device at a selected temperature.
- 8. The nightlight and warmer device of claim 5, wherein the adjusting means includes:a timer control for selecting a time to turn on and turn off a selected temperature setting.
- 9. The nightlight and warmer device of claim 5, further comprising:a visual alarm for indicating when a time period for reaching a selected temperature has occurred.
- 10. The nightlight and warmer device of claim 5, further comprising:an audible alarm for indicating when a time period for reaching a selected temperature has occurred.
- 11. The nightlight and warmer device of claim 1, further comprising:means for adjusting intensity of the source for the nightlight.
- 12. The nightlight and warmer device of claim 11, wherein the adjusting means includes:a rheostat having at least two intensity settings and a power off position.
- 13. The nightlight and warmer device of claim 11, wherein the adjusting means includes:a timer control for selecting a length of time for operating the device at a selected intensity setting.
- 14. The nightlight and warmer device of claim 1, further comprising:a clock on the device for representing current time.
- 15. A nightlight and warmer device, comprising:a receptical for holding individual containers each having a substance that includes lotions; a housing having a source for both warming the substance and for providing a nightlight; means for adjusting temperature settings of the source in order to heat the substance, and intensity levels of the nightlight; means for programming on and off times for the adjusting means; and means for indicating an alarm when a selected time period for heating the substance has been reached.
- 16. The nightlight and warmer device of claim 15, wherein the alarm includes:a visual alarm.
- 17. The nightlight and warmer device of claim 15, wherein the alarm includes:an audio alarm.
- 18. The nightlight and warmer device of claim 15, further comprising:a planar flat surfaced heat conductive grill with openings therethrough for additionally allowing heat to pass therethrough, the grill being formed from a different material than that of the receptical and the housing, and the planar grill with the interior sidewalls for supporting each of the various containers in vertical upright positions in the receptical, the grill being located within the receptical and above the housing, the individual containers being selected from at least one of a tube, a flask, a bottle and a cylindrical container.
- 19. The nightlight and warmer device of claim 18, wherein the receptical further includes:only a single opening having a substantially uniform interior diameter sidewalls therethrough for substantially encasing and holding various sized containers that each hold substances in upright standing positions therein, wherein each of the containers is held in a vertical upright position and is supported by the planar grill and the interior diameter sidewalls of the single opening.
- 20. The nightlight and warmer device of claim 19, wherein the receptical substantially encasing and holds plural various sized containers.
US Referenced Citations (17)
Foreign Referenced Citations (1)
Number |
Date |
Country |
2236386 |
Apr 1991 |
GB |