Patent ID: 8534512
Filing Date: 2013-09-17
Classification: D06F

Abstract:
1. A shirt press comprising: a fixed frame installed on ground; a model installed on the fixed frame, for supporting a shirt; a front iron installed on the fixed frame and movable towards the model so as to iron a front part of the shirt supported on the model; a rear iron installed on the fixed frame and moveable towards the model so as to iron a rear part of the shirt supported on the model; a sleeve supporter installed on the fixed frame, for stretching a sleeve of the shirt supported on the model; a lateral stretcher installed on the fixed frame and comprising at least one rods that are folded and unfolded in both directions with respect to the model so as to stretch lateral surfaces of the shirt supported on the model; and a shirt collar and sleeve ironing device installed on the fixed frame or front and rear irons, for ironing a collar and sleeves of a shirt, wherein the shirt collar and sleeve ironing device comprises: a frame; a sleeve supporting member installed in the frame, for supporting sleeves of a shirt; a sleeve iron installed in the frame, for ironing the sleeves of the shirt supported on the sleeve supporting member; a first actuator for moving the sleeve iron towards the sleeve supporting member; a collar supporting member installed in the frame, for supporting a collar of the shirt; a collar iron installed in the frame, for ironing the collar of the shirt supported on the collar supporting member; and a second actuator for moving the collar iron towards the collar supporting member, wherein the shirt collar and sleeve ironing device further comprises a moving member installed on a fixed frame or front and rear irons, and moveable towards the sleeve supporting member, wherein a collar supporting member on which the collar of the shirt is supported is installed on one surface of the moving member, and wherein a sleeve iron for ironing the sleeve of the shirt supported on the sleeve supporting member is installed on the other surface of the moving member.