Shandong New Beiyang Information Technology Co., Ltd.

Shangdong New Beiyang Information Technology Co., Ltd.

Hisense Refrigerator Co., Ltd.

Tao Gao

Tianxin Jiang

Qiangzi Cong

Kai Liu

Lei Zheng

Xin Wang

Min Yang

Bingqing Liu

Ming Gao

Fengbo Xu

Xiaojie Tang

Fang Xu

Chunkai Xu

Xuejun Zhang

Lu Sun

Shishui Zhang

Zhongkai Zhao

Changzheng Wu

Jiannan Cai

Nan Jia

Xueqing Liu

Tianyang Li

Haipei Liu

Provided are a banknote temporary storage mechanism () and a banknote processing device. The banknote temporary storage mechanism () is configured to enable the banknote to smoothly fall without getting jammed. The banknote temporary storage mechanism () includes a frame (), a first door () pivotally connected to the frame (), and a banknote pushing mechanism (). The first door () has an open position and a closed position. The banknote pushing mechanism () includes a banknote pushing member (). The banknote pushing member () is movably connected to the first door (), and protrudes from a banknote support surface of the first door (). The banknote pushing member () is configured to, as the first door () rotates towards the open position from the closed position, to move relative to the first door () along a direction in which a banknote is disengaged from the first door (), to push the banknote to be disengaged from the first door ().

Banknote temporary storage mechanism and banknote processing device

Disclosed are a reading assembly and a paper currency sorter. The reading assembly includes a reading component and a frame. The frame includes a first side wall and a second side wall being disposed oppositely to each other. The reading component is disposed between the first side wall and the second side wall. A first end surface of the reading component is in insertion connection with the first side wall through an insertion member. The insertion member is in linear contact or point contact with the first side wall, and can pivot on a contact position relative to the first side wall in the process of assembling. A second end surface of the reading component is fixedly connected with the second side wall through a connection piece.

Reading assembly and paper currency sorter

A cashbox having a rectangular cuboid structure, wherein external walls of the cashbox comprise a left box wall () and a right box wall () arranged oppositely, a front box wall () and a rear box wall arranged oppositely, and a top wall () and a bottom wall arranged oppositely, wherein slots () are respectively provided on two box walls which are of the external walls, arranged oppositely and parallel to an inserting direction of the cashbox, and both ends of each of the slots () in the inserting direction are inserting openings.

Cashbox and self-service terminal device using cashbox

A print head assembly and a printer using the same are disclosed. The print head assembly includes: a bracket, a print head and an elastic element. The bracket includes a first bracket body having a cavity and a lid covered on the opening of the cavity. A window is opened on the first bracket body. The print head is accommodated in the cavity of the first bracket body and hinged to the first bracket body via a first rotary shaft. The surface of a heating element of the print head is matched with the window and faces an outside paper pressing roller. The elastic element biases towards the print head so as to make the surface of the heating element of the print head have a tendency to extend outside the window. The print head assembly is capable of being detached as a whole, thus the requirements of performing single-sided printing and duplex printing in the same printer is achieved.

Print head assembly and printer using the same

A sheet medium processing device comprises a housing, a feeding mechanism () mounted on the housing, a stacking mechanism () and a switching mechanism (). The stacking mechanism (), which is located downstream of the feeding mechanism (), comprises an upper channel (), a lower channel () and a channel driving mechanism (). The lower channel is fixedly connected with the housing, and the upper channel is hinged with the housing with one end thereof separatable from or contactable with the lower channel. The channel driving mechanism is used to drive the upper and lower channels to move synchronously to transport sheet mediums. The switching mechanism () comprises a first cam () and a cam driving mechanism (), wherein the cam is joined with the upper channel to drive the upper channel to rotate. Different transporting directions are formed by adjusting the position relationship between the upper channel and the lower channel of the stacking mechanism using the switching mechanism and thus sheet mediums are transported to different destinations according to specific requirements.

Sheet medium processing device

Growing community of inventors

Shandong, China

Tao Gao