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A reclosable closure arrangement for use with packages, such as food and non-food packages, that includes a zipper closure having a slider device to open and close a pair of mating closure profiles. The slider device includes a protruding cleaning plow that is received within the pair of closure pro

A reclosable closure arrangement for use with packages, such as food and non-food packages, that includes a zipper closure having a slider device to open and close a pair of mating closure profiles. The slider device includes a protruding cleaning plow that is received within the pair of closure profiles prior to the closing profiles being brought into mating engagement. The cleaning plow removes debris from each of the closure profiles to allow for more reliable sealing of the zipper closure.

대표청구항 ▼

A reclosable closure arrangement for use with packages, such as food and non-food packages, that includes a zipper closure having a slider device to open and close a pair of mating closure profiles. The slider device includes a protruding cleaning plow that is received within the pair of closure pro

A reclosable closure arrangement for use with packages, such as food and non-food packages, that includes a zipper closure having a slider device to open and close a pair of mating closure profiles. The slider device includes a protruding cleaning plow that is received within the pair of closure profiles prior to the closing profiles being brought into mating engagement. The cleaning plow removes debris from each of the closure profiles to allow for more reliable sealing of the zipper closure. porting portion of the light-source bulb is slid and fitted on the inner peripheral surface of an annular wall formed in the rear end of the reflector in a cylindrical shape. A plurality of notches are formed through the annular cylindrical wall so as to be positioned in front of the bulb supporting portion of the light-source bulb, thus allowing the heat inside the reflector to escape to the outside through the notches and avoiding the reflector from being heated to a high temperature. : a sensor body for sensing a temperature; a sheath pin core wire electrically connected to the sensor body; a metal connector for electrically connecting between the sheath pin core wire and a lead wire and having a connecting portion with the sheath pin core wire; and a protection tube for containing the connector and the sheath pin core wire, and for protecting the connector and the sheath pin core wire; wherein a stopper is provided for limiting displacement of the connector exceeding a predetermined displacement value due to collision of the connector within the protection tube, the stopper includes a cylindrical portion for covering portions of the connector except for the connecting portion of the sheath pin core wire. 12. A temperature sensor as claimed in claim 11, wherein the connector has a lead wire calking portion in which the lead wire is fixedly calked and the core connection portion to which the sheath pin core wire is connected. 13. A temperature sensor as in claim 11, wherein the stopper is formed of a ceramic material having an insulating resistance and heat proof characteristic, each exceeding a predetermined value. 14. A temperature sensor comprising: a sensor body for sensing a temperature; a sheath pin core wire electrically connected to the sensor body; a metal connector electrically connecting between the sheath pin core wire and a lead wire; a protection tube for containing the connector and the sheath pin core wire, and for protecting the connector and the sheath pin core wire; and a bush for holding and fastening the lead wire to the protection tube by holding the lead wire; wherein a stopper is provided for limiting a displacement of the connector exceeding a predetermined displacement value due to collision of the connector therewith within the protection tube, wherein the stopper is formed of a ceramic material having an insulating resistance and heat proof characteristic, each exceeding a predetermined value. 15. A temperature sensor comprising: a sensor body for sensing a temperature; a sheath pin core wire electrically connected to the sensor body; a metal connector electrically connecting between the sheath pin core wire and a lead wire; a protection tube for containing the connector and the sheath pin core wire, and for protecting the connector and the sheath pin core wire; and a bush for holding and fastening the lead wire to the protection tube by holding the lead wire; wherein a stopper is provided for limiting a displacement of the connector exceeding a predetermined displacement value due to collision of the connector therewith within the protection tube, wherein said stopper engages a ring shaped packing to limit displacement of the stopper in said protection tube. 16. A temperature sensor as in claim 15, wherein said packing is made of alumina. 1907, 19840900, Gerstmann; US-4739153, 19880400, Rendel et al.; US-4927337, 19900500, Lustwerk; US-4954321, 19900900, Jensen; US-5043104, 19910800, Stirling; US-5085809, 19920200, Stirling; US-5088896, 19920200, Nielsen et al., 417/178; US-5220940, 19930600, Palmer; US-5410991, 19950500, Beaudry et al.; US-5509463, 19960400, Callaway; US-5676173, 19971000, Conrad et al.; US-5880378, 19990300, Berhring, II; US-5890880, 19990400, Lustwerk; US-5934328, 19990800, Conrad et al.