Liner-free label and systems
View Patent ↗The invention relates to a liner-free label activator, adapted to be joined to another piece of equipment, such as a thermal printer. The activator has a housing including a reservoir for containing a solvent and a pump connected to the reservoir. The activator also has an applicator connected to the pump for applying solvent to a liner-free label passing thereby, an activator control system to connect to a control system of the printer, and structure for connecting the housing to the printer.
1. A label printing and activation system, said system comprising:
a label printer selected from the group consisting of a thermal printer, an ink jet printer, and a laser printer;
one or more sensors for detecting a liner-free label; and
a control system configured to control a cutter and a label activator in response to receiving signals from the one or more sensors, wherein:
the cutter is positioned subsequent to the label printer in a path that the liner-free label travels through the label printing and activation system, the cutter being configured to sever the liner-free label from a label material; and
the label activator is positioned subsequent to the cutter in the path that the liner-free label travels through the label printing and activation system, the label activator comprising:
a fluid containing device;
a fluid reservoir that receives a fluid supplied from the fluid-containing device;
an activating element that excites the fluid in the fluid reservoir;
a conduit in which the excited fluid is suspended, the conduit including a distribution door; and
a fan that conveys the excited fluid in the conduit through the distribution door;
wherein in response to receiving signals from the one or more sensors, said control system controls the cutter, the fan, and the activating element to:
cause the activating element to excite the fluid in the fluid reservoir;
after exciting the fluid in the fluid reservoir, cause the fan to apply the excited fluid to a first portion of a surface of the liner-free label prior to the liner-free label being severed from the label material by the cutter;
after applying the excited fluid to the first portion of the surface of the liner-free label, cause the cutter to sever the liner-free label from the label material; and
after severing the liner-free label from the label material, cause the fan to apply the excited fluid to a second, trailing edge portion of the surface of the liner-free label.
2. The label printing and activation system according to claim 1 wherein the liner-free label is movable with respect to the fan to enable the excited fluid to substantially wet the surface of the liner-free label.
3. The label printing and activation system according to claim 1 wherein the fan is selectively activated for successive ones of the liner-free label.
4. The label printing and activation system according to claim 1 wherein the control system opens or closes the distribution door to control the conveyance of the excited fluid from the conduit through the distribution door.
5. The label printing and activation system according to claim 4 further comprising one or more sensors for detecting a liner-free label, wherein the control system is responsive to said one or more sensors to control the opening and closing of the distribution door to enable the fan to apply the excited fluid to activate the first portion of the surface of the liner-free label to become adhesive.
6. The label printing and activation system according to claim 5 wherein the control system calculates a time-delay in response to detecting the liner-free label and, after the time-delay elapses, enables the fan to apply the excited fluid to activate the first portion of the surface of the liner-free label to become adhesive as the label passes by the distribution door.
7. The label printing and activation system according to claim 1 further comprising a housing of the label activator, the housing having a pair of openings characterizing a start and end of a path along which the liner-free label travels through the label activator and passes by the distribution door.
8. The label printing and activation system according to claim 1 further comprising a housing of the label activator, the housing having at least a pair of openings representing a start and end of a path along which the liner-free label travels through the label activator, and the distribution door is disposed along said path to allow the fan to apply the excited fluid to the first portion of the surface of the liner-free label as the liner-free label passes by the distribution door along said path.
9. The label printing and activation system according to claim 8 wherein when the liner-free label is received in said one of openings representing the start of said path, the liner-free label is separate from any other ones of said liner-free labels.
10. The label printing and activation system according to claim 1 wherein the distribution door is operated in accordance with a signal externally provided to the label activator.
11. The label printing and activation system according to claim 1 wherein the distribution door is disposed along a path along which the liner-free label travels to enable the distribution door to allow the fan to apply the excited fluid to the surface of the liner-free label and the distribution door is operated in accordance with at least movement or speed of the liner-free label along said path.
12. The label printing and activation system according to claim 1 wherein the distribution door is disposed along a path along which the liner-free label travels to enable the distribution door to allow the fan to apply the excited fluid to the surface of the liner-free label, and the distribution door is operated in accordance with at least location of the liner-free label along said path.
13. A label activator configured to be joined to a printer, the applicator comprising:
a fluid containing device;
a fluid reservoir that receives a fluid supplied from the fluid-containing device;
an activating element that excites the fluid in the fluid reservoir;
one or more sensors for detecting a liner-free label; and
a control system configured to control a cutter and a label activator, wherein the label activator comprises:
a conduit in which the excited fluid is suspended, the conduit including a distribution door; and
a fan that conveys the excited fluid in the conduit through the distribution door;
a housing enclosing at least the activating element, the fan, and the conduit, and the housing including a pair of openings characterizing a start and end of a path along which the liner-free label travels through the label activator and passes by the distribution door, the end of the path configured to align with a slot on the printer;
wherein in response to receiving signals from the one or more sensors, said control system controls the cutter, the fan, and the activating element to:
cause the activating element to excite the fluid in the fluid reservoir;
after exciting the fluid in the fluid reservoir, cause the fan to apply the excited fluid to a portion of a surface of the liner-free label prior to the liner-free label being severed from the label material,
after applying the excited fluid to the first portion of the surface of the liner-free label, cause the cutter to sever the liner-free label from the label material, and
cause the fan to apply the excited fluid to a second, trailing edge portion of the surface of the liner-free label after severing the liner-free label from the label material.
14. A label printing and activation system, the system comprising:
a label printer selected from the group consisting of a thermal printer, an ink jet printer, and a laser printer;
one or more sensors for detecting a label-free liner; and
a control system configured to control a cutter and a label activator, wherein the label activator comprises:
a label activator positioned subsequent to the label printer in a path along which a liner-free label travels through the label printing and activation system comprising:
a fluid containing device;
a fluid reservoir that receives a fluid supplied from the fluid-containing device;
an activating element that excites the fluid in the fluid reservoir;
a conduit in which the excited fluid is suspended, the conduit including a distribution door; and
a fan that conveys the excited fluid in the conduit through the distribution door;
a housing enclosing at least the conduit and the fan, the housing including a pair of openings characterizing a start and end of the path along which the liner-free label travels through the apparatus and passes by the applicator,
wherein in response to receiving signals from the one or more sensors, said control system controls opening and closing of the distribution door to enable the fan to apply excited fluid sufficient to activate a layer of material of the liner-free label to become adhesive and controls the cutter, the fan, and the activating element to:
cause the activating element to excite the fluid in the fluid reservoir;
after exciting the fluid in the fluid reservoir, cause the fan to apply the excited fluid to a portion of a surface of the liner-free label prior to the liner-free label being severed from the label material,
after applying the excited fluid to the first portion of the surface of the liner-free label, cause the cutter to sever the liner-free label from the label material, and
cause the applicator to apply the excited fluid to a second, trailing edge portion of the surface of the liner-free label after severing the liner-free label from the label material.
15. A label activator configured to be joined to a printer, the applicator comprising:
a fluid-containing device;
a fluid reservoir that receives a fluid supplied from the fluid-containing device;
an activating element that excites the fluid in the fluid reservoir;
one or more sensors for detecting a liner-free label; and
a control system configured to control a cutter and a label activator, wherein the label activator comprises:
a conduit in which the excited fluid is suspended, the conduit including a distribution door; and
a fan that conveys the excited fluid in the conduit through the distribution door;
a housing enclosing at least the conduit, the activating element, and the fan the housing including:
a pair of openings characterizing a start and end of a path along which the liner-free label travels through the label activator and passes by the distribution door; and
a moving mechanism configured to connect the housing to the printer,
wherein in response to receiving signals from the one or more sensors, said control system controls the cutter, the fan, and the activating element to:
cause the activating element to excite the fluid in the fluid reservoir;
after exciting the fluid in the fluid reservoir, cause the fan to apply the excited fluid to a portion of a surface of the liner-free label prior to the liner-free label being severed from the label material,
after applying the excited fluid to the first portion of the surface of the liner-free label, initiate a firing of the cutter such that the liner-free label is severed from the label material, and
cause the fan to apply the excited fluid to a second, trailing edge portion of the surface of the liner-free label after initiating after initiating the firing of the cutter to sever the liner-free label from the label material.