초록 ▼

A liquid dispensing module and nozzle or die tip for dispensing at least one liquid filament from a liquid discharge passage onto at least one moving strand. A strand guide is used for guiding each strand past the nozzle and/or locating each strand relative to the discharged liquid filament. The noz

A liquid dispensing module and nozzle or die tip for dispensing at least one liquid filament from a liquid discharge passage onto at least one moving strand. A strand guide is used for guiding each strand past the nozzle and/or locating each strand relative to the discharged liquid filament. The nozzle includes a process air outlet that supplies a stream of process air impinging each moving strand before the liquid filament is dispensed onto the strand.

대표청구항 ▼

What is claimed is: 1. A nozzle for dispensing a liquid filament onto a moving strand, comprising: a nozzle body having a liquid supply port, an air supply port, and a liquid discharge outlet coupled in fluid communication with said liquid supply port; and an air outlet formed in said nozzle body,

What is claimed is: 1. A nozzle for dispensing a liquid filament onto a moving strand, comprising: a nozzle body having a liquid supply port, an air supply port, and a liquid discharge outlet coupled in fluid communication with said liquid supply port; and an air outlet formed in said nozzle body, said air outlet coupled in fluid communication with said air supply port, and said air outlet oriented to discharge air impinging the strand without influencing movement of the liquid filament as the filament is dispensed from said liquid discharge outlet onto the strand, the air contacting the moving strand prior to the filament contacting the strand to remove particulates from the strand at a location upstream relative to said liquid discharge outlet. 2. The nozzle of claim 1, wherein said nozzle body includes a downstream surface relative to the movement of the strand and an upstream surface opposite to said downstream surface, said liquid discharge outlet being located on said downstream surface and said air outlet being located on said upstream surface. 3. The nozzle of claim 1, further comprising a strand guide including a notch, said notch positioned proximate to said liquid discharge outlet and configured to receive and guide the movement of the strand. 4. The nozzle of claim 1 wherein said nozzle body includes an upstream surface relative to the movement of the strand, said air outlet being formed in said upstream surface. 5. The nozzle of claim 3, wherein said air discharged from said air outlet is oriented to maintain a non-contacting relationship between said strand guide and the strand. 6. An applicator for dispensing a liquid filament onto a moving strand, comprising: a module having a liquid supply passage and an air supply passage; a nozzle having a liquid discharge outlet coupled in fluid communication with said liquid supply passage; a strand guide including a notch, said notch positioned proximate to said liquid discharge outlet and configured to receive and guide the movement of the strand; and an air outlet coupled in fluid communication with said air supply passage, said air outlet oriented to discharge air impinging the strand without influencing movement of the liquid filament as the filament is dispensed from said liquid discharge passage onto the strand, the air contacting the moving strand prior to the filament contacting the strand to remove particulates from the strand at a location upstream relative to said liquid discharge outlet, and the air discharged from said air outlet oriented to maintain a non-contacting relationship between said strand guide and the strand. 7. An applicator for dispensing a liquid filament onto a moving strand, comprising: a module having a liquid supply passage and an air supply passage; a nozzle having a liquid discharge outlet coupled in fluid communication with said liquid supply passage, said nozzle including a downstream surface relative to the movement of the strand and an upstream surface opposite to said downstream surface, and said liquid discharge outlet is located on said downstream surface; and an air outlet coupled in fluid communication with said air supply passage, said air outlet oriented to discharge air impinging the strand without influencing movement of the liquid filament as the filament is dispensed from said liquid discharge passage onto the strand, the air contacting the moving strand prior to the filament contacting the strand to remove particulates from the strand at a location upstream relative to said liquid discharge outlet, and said air outlet being formed in said upstream surface. 8. An applicator for dispensing a liquid filament onto a moving strand, comprising: a module having a liquid supply passage and an air supply passage; a nozzle having a liquid discharge outlet coupled in fluid communication with said liquid supply passage, said nozzle including an upstream surface relative to the movement of the strand; and an air outlet coupled in fluid communication with said air supply passage, said air outlet oriented to discharge air impinging the strand without influencing movement of the liquid filament as the filament is dispensed from said liquid discharge passage onto the strand, the air contacting the moving strand prior to the filament contacting the strand to remove particulates from the strand at a location upstream relative to said liquid discharge outlet, and said air outlet being formed in said upstream surface.