Spring loaded rechargeable battery assembly
A spring loaded rechargeable battery assembly is an apparatus that incorporates a particularly designed attachment mount in order to electrically engage a plurality of electronic cigarette/vaporizer components as part of a modular system. The apparatus utilizes an upper housing assembly, a retractable contact assembly, a battery control unit, a battery cell, a housing sleeve, and a lower housing assembly in order to function properly. Through the configuration of the upper housing assembly and the retractable contact plate, the spring loaded rechargeable battery assembly is able to form a preconfigured attachment mount that accommodates various fastener types but additionally includes an elastic pin system that engages vaporizer assembly terminals of various heights and widths.
1. A spring loaded rechargeable battery assembly comprises:
an upper housing assembly;
a retractable contact assembly;
a battery control unit;
a rechargeable battery cell;
a housing sleeve;
a lower housing assembly;
the upper housing assembly comprises a contact mount, an attachment mount, a membrane button, and a sleeve mount, wherein the membrane button is constructed of a translucent material;
the retractable contact assembly comprises an insulated mount and a contact pin assembly;
the battery control unit comprises an upper battery mount, a least one terminal coupler, and an activator switch;
the lower housing assembly comprises a sleeve mount, a lower battery mount, and an indicator light, wherein the sleeve mount of the lower housing assembly is constructed of a translucent material;
the attachment mount comprises an alignment shaft, a tapered base, and a plurality of threaded attachment points;
the insulated mount comprises a pin assembly shaft;
the contact pin assembly comprises a contact plate, an spring loaded shaft, and a contact terminal;
the activator switch comprises an indicator light;
the upper housing assembly, the retractable contact assembly, the battery control unit, the battery cell, the housing sleeve, and the lower housing being aligned collinear to each other;
the battery control unit, the battery cell, and the housing sleeve being positioned between the upper housing assembly and the lower housing assembly; and
the battery control unit being electrically engaged with the upper housing assembly, the retractable pin assembly, the lower housing assembly, and the battery cell.
2. The spring loaded rechargeable battery assembly as claimed in claim 1 comprises:
the sleeve mount of the upper housing assembly being securely coupled to the battery sleeve opposite the lower housing assembly;
the membrane button being peripherally positioned between the attachment mount and the sleeve mount of the upper housing assembly;
the membrane button being coincident with the battery control unit;
the tapered base being positioned between the alignment shaft and the membrane button;
the contact mount being positioned within the alignment shaft; and
the plurality of threaded attachment points being positioned on the tapered base and the alignment shaft.
3. The spring loaded rechargeable battery assembly as claimed in claim 2 comprises:
the plurality of threaded attachment points comprises a first threaded attachment point and a second threaded attachment point;
the first threaded attachment point being circumscribed by the alignment shaft; and
the second threaded attachment point being perimetrically positioned on the tapered base.
4. The spring loaded rechargeable battery assembly as claimed in claim 1 comprises:
the contact mount being traversed in part by the retractable contact assembly;
the insulated mount being securely coupled to the contact mount;
the pin assembly shaft traverses the contact mount;
the contact pin assembly being retractably positioned within the pin assembly shaft;
the spring loaded shaft being positioned between the contact plate and the contact terminal;
the contact plate being securely coupled to the spring loaded shaft;
the contact terminal partly traverses the pin assembly shaft;
the contact terminal being sleeved by the spring loaded shaft;
the contact plate being elastically retained against the contact terminal by way of the spring loaded shaft; and
the contact terminal being electrically coupled to the battery control unit.
5. The spring loaded rechargeable battery assembly as claimed in claim 1 comprises:
the battery cell being positioned between the battery control unit and the lower housing assembly;
the battery control unit being encircled by the housing sleeve and the upper housing assembly;
the upper battery mount being positioned between activator switch and the battery cell;
the upper battery mount being electrically coupled to the battery cell;
the activator switch being positioned collinear with the membrane button, wherein the collinear positioning provides the membrane with an actuatable alignment with the activator switch;
the indicator light of the activator switch being oriented towards the membrane button; and
the at least one terminal coupler being electrically engaged to the contact terminal.
6. The spring loaded rechargeable battery assembly as claimed in claim 1 comprises:
the housing sleeve being securely engaged between the sleeve mount of the upper housing assembly and the sleeve mount of the lower housing assembly;
the battery cell being surrounded by the housing sleeve;
the lower battery mount being encircled by the housing sleeve;
the indicator light of the lower housing assembly is electrically coupled to the battery cell; and
the indicator light of the lower housing assembly being positioned between the lower battery mount and the sleeve mount of the lower housing assembly.
7. A spring loaded rechargeable battery assembly comprises:
an upper housing assembly;
a retractable contact assembly;
a battery control unit;
a rechargeable battery cell;
a housing sleeve;
a lower housing assembly;
the upper housing assembly comprises a contact mount, an attachment mount, a membrane button, and a sleeve mount, wherein the membrane button is constructed of a translucent material;
the retractable contact assembly comprises an insulated mount and a contact pin assembly;
the battery control unit comprises an upper battery mount, a least one terminal coupler, and an activator switch;
the lower housing assembly comprises a sleeve mount, a lower battery mount, and an indicator light, wherein the sleeve mount of the lower housing assembly is constructed of a translucent material;
the attachment mount comprises an alignment shaft, a tapered base, and a plurality of threaded attachment points;
the insulated mount comprises a pin assembly shaft;
the contact pin assembly comprises a contact plate, an spring loaded shaft, and a contact terminal;
the activator switch comprises an indicator light;
the plurality of threaded attachment points comprises a first threaded attachment point and a second threaded attachment point;
the upper housing assembly, the retractable contact assembly, the battery control unit, the battery cell, the housing sleeve, and the lower housing being aligned collinear to each other;
the battery control unit, the battery cell, and the housing sleeve being positioned between the upper housing assembly and the lower housing assembly;
the battery control unit being electrically engaged with the upper housing assembly, the retractable pin assembly, the lower housing assembly, and the battery cell;
the sleeve mount of the upper housing assembly being securely coupled to the battery sleeve opposite the lower housing assembly;
the membrane button being peripherally positioned between the attachment mount and the sleeve mount of the upper housing assembly;
the membrane button being coincident with the battery control unit;
the tapered base being positioned between the alignment shaft and the membrane button;
the contact mount being positioned within the alignment shaft;
the plurality of threaded attachment points being positioned on the tapered base and the alignment shaft;
the first threaded attachment point being circumscribed by the alignment shaft; and
the second threaded attachment point being perimetrically positioned on the tapered base.
8. The spring loaded rechargeable battery assembly as claimed in claim 7 comprises:
the contact mount being traversed in part by the retractable contact assembly;
the insulated mount being securely coupled to the contact mount;
the pin assembly shaft traverses the contact mount;
the contact pin assembly being retractably positioned within the pin assembly shaft;
the spring loaded shaft being positioned between the contact plate and the contact terminal;
the contact plate being securely coupled to the spring loaded shaft;
the contact terminal partly traverses the pin assembly shaft;
the contact terminal being sleeved by the spring loaded shaft;
the contact plate being elastically retained against the contact terminal by way of the spring loaded shaft; and
the contact terminal being electrically coupled to the battery control unit.
9. The spring loaded rechargeable battery assembly as claimed in claim 7 comprises:
the battery cell being positioned between the battery control unit and the lower housing assembly;
the battery control unit being encircled by the housing sleeve and the upper housing assembly;
the upper battery mount being positioned between activator switch and the battery cell;
the upper battery mount being electrically coupled to the battery cell;
the activator switch being positioned collinear with the membrane button, wherein the collinear positioning provides the membrane with an actuatable alignment with the activator switch;
the indicator light of the activator switch being oriented towards the membrane button; and
the at least one terminal coupler being electrically engaged to the contact terminal.
10. The spring loaded rechargeable battery assembly as claimed in claim 7 comprises:
the housing sleeve being securely engaged between the sleeve mount of the upper housing assembly and the sleeve mount of the lower housing assembly;
the battery cell being surrounded by the housing sleeve;
the lower battery mount being encircled by the housing sleeve;
the indicator light of the lower housing assembly is electrically coupled to the battery cell; and
the indicator light of the lower housing assembly being positioned between the lower battery mount and the sleeve mount of the lower housing assembly.
11. A spring loaded rechargeable battery assembly comprises:
an upper housing assembly;
a retractable contact assembly;
a battery control unit;
a rechargeable battery cell;
a housing sleeve;
a lower housing assembly;
the upper housing assembly comprises a contact mount, an attachment mount, a membrane button, and a sleeve mount, wherein the membrane button is constructed of a translucent material;
the retractable contact assembly comprises an insulated mount and a contact pin assembly;
the battery control unit comprises an upper battery mount, a least one terminal coupler, and an activator switch;
the lower housing assembly comprises a sleeve mount, a lower battery mount, and an indicator light, wherein the sleeve mount of the lower housing assembly is constructed of a translucent material;
the attachment mount comprises an alignment shaft, a tapered base, and a plurality of threaded attachment points;
the insulated mount comprises a pin assembly shaft;
the contact pin assembly comprises a contact plate, an spring loaded shaft, and a contact terminal;
the activator switch comprises an indicator light;
the plurality of threaded attachment points comprises a first threaded attachment point and a second threaded attachment point;
the upper housing assembly, the retractable contact assembly, the battery control unit, the battery cell, the housing sleeve, and the lower housing being aligned collinear to each other;
the battery control unit, the battery cell, and the housing sleeve being positioned between the upper housing assembly and the lower housing assembly;
the battery control unit being electrically engaged with the upper housing assembly, the retractable pin assembly, the lower housing assembly, and the battery cell;
the sleeve mount of the upper housing assembly being securely coupled to the battery sleeve opposite the lower housing assembly;
the membrane button being peripherally positioned between the attachment mount and the sleeve mount of the upper housing assembly;
the membrane button being coincident with the battery control unit;
the tapered base being positioned between the alignment shaft and the membrane button;
the contact mount being positioned within the alignment shaft;
the plurality of threaded attachment points being positioned on the tapered base and the alignment shaft;
the first threaded attachment point being circumscribed by the alignment shaft;
the second threaded attachment point being perimetrically positioned on the tapered base;
the contact mount being traversed in part by the retractable contact assembly;
the insulated mount being securely coupled to the contact mount;
the pin assembly shaft traverses the contact mount;
the contact pin assembly being retractably positioned within the pin assembly shaft;
the spring loaded shaft being positioned between the contact plate and the contact terminal;
the contact plate being securely coupled to the spring loaded shaft;
the contact terminal partly traverses the pin assembly shaft;
the contact terminal being sleeved by the spring loaded shaft;
the contact plate being elastically retained against the contact terminal by way of the spring loaded shaft;
the contact terminal being electrically coupled to the battery control unit;
the battery cell being positioned between the battery control unit and the lower housing assembly;
the battery control unit being encircled by the housing sleeve and the upper housing assembly;
the upper battery mount being positioned between activator switch and the battery cell;
the upper battery mount being electrically coupled to the battery cell;
the activator switch being positioned collinear with the membrane button, wherein the collinear positioning provides the membrane with an actuatable alignment with the activator switch;
the indicator light of the activator switch being oriented towards the membrane button;
the at least one terminal coupler being electrically engaged to the contact terminal;
the housing sleeve being securely engaged between the sleeve mount of the upper housing assembly and the sleeve mount of the lower housing assembly;
the battery cell being surrounded by the housing sleeve;
the lower battery mount being encircled by the housing sleeve;
the indicator light of the lower housing assembly is electrically coupled to the battery cell; and
the indicator light of the lower housing assembly being positioned between the lower battery mount and the sleeve mount of the lower housing assembly.