Abstract:
Disclosed is a foundation container having a discharge pump therein, in which a contents container of stretchable material for storing cosmetic contents is coupled inside a container main body, and is fixed by a middle cap, and the contents container is provided with a rounded curved portion (42) at a lower edge thereof, an annular bent portion (43) at a lower center portion thereof, and spaced protrusions (44) protruding radially on an upper bottom surface, such that the contents container is evenly pressed from the rounded curved portion during the pumping operation of the pump, and even when the contents container is compressed, the gap is secured to discharge minimal contents, whereby the contents are smoothly discharged, and by the branch structure of the distribution plate and the discharge plate, it is possible to minimize the residual contents and improve use efficiency while discharging the cosmetic contents evenly.
Abstract:
The present invention provides a push type cosmetic container that includes: an inner container (30) having a vertical tube (32) formed at the center of a storage space (31) for keeping makeup to feed the makeup vertically upward; a shoulder (40) fixed on the top of the inner container; a piston (50) inserted in the storage space (31) to be movable downward; and a valve unit (60) for discharging the makeup by opening a valve body (61) coupled to the top of the vertical tube (32) in the inner container when the piston (50) is pressed by pressing a pressing plate (63) elastically supported over the inner container (30) by a spring (65).
Abstract:
The present invention provides a rotary-push type cosmetic container. The rotary-push type cosmetic container includes: a lower case; an upper case opening up and closing down with respect to the lower case; an internal container disposed in the lower case and filled with a cosmetic through the back; a rotary plate having an extraction hole at the center and moving up the internal container by rotating about a middle case in the lower case; a piston combined to the lower portion of the rotary plate to generate pressure for extracting the cosmetic in the internal container; and a nozzle plate elastically moved up and down by a spring between the piston and the rotary plate.
Abstract:
There are provided a porous pad for the impregnation of a liquid cosmetic composition and a liquid-cosmetic-composition impregnating method using such a porous pad. The porous pad includes a first porous pad layer and a second porous pad layer. An injection hole is formed in the first porous pad layer for the injection of the liquid cosmetic composition. The second porous pad layer is disposed under the first porous pad layer, and has a dispersion hole for the dispersion of the liquid cosmetic composition that is injected through the injection hole, and one or more main storage holes that are radially arranged around the periphery of the dispersion hole.
Abstract:
Disclosed herein is a cap for a cosmetic case having an active type sealing structure. The cap includes a cap body. A rotary support is formed on a lower surface in the cap body. A sealing member is coupled to move up and down relative to the rotary support, and is not turned along the cap body when the cap body is manipulated to be open or closed, and elastically serves to support an upper surface of the neck portion of the cosmetic case in a sealing manner. A pressurizing rib is formed on the lower surface in the cap body to pressurize an upper portion of the sealing member that is placed on the upper surface of the neck portion of the cosmetic case when the cap is manipulated to be closed.
Abstract:
Disclosed is a separator in which a porous coating layer is formed of a mixture of inorganic material particles and a binder polymer on the surface of a porous substrate.
Abstract:
A receiving system and a method of processing broadcast signal are disclosed. The receiving system includes a signal receiving unit, an equalizer (2003), a block decoder (2005), and an RS frame decoder (2006). The signal receiving unit receives and demodulates a broadcast signal. The equalizer (2003) channel-equalizes a data group included in the demodulated broadcast signal. The block decoder (2005) performs turbo-decoding on mobile service data of the channel-equalized data group. And, the RS frame decoder (2006) determines a number of CRC errors of an RS frame including the turbo-decoded mobile service data, generates a reliability map including reliability information corresponding to each data byte of the RS frame. Herein, the reliability information is set-up as a soft value. Also, for each column, when the number of the determined CRC errors is greater than a number of RS parity bytes of the RS frame, the RS frame decoder (2006) sets a predetermined number of erasure points in the corresponding data bytes starting from the lowest reliability value for the corresponding column, and performs RS-erasure decoding on the column.
Abstract:
Disclosed is a receiving system which receives and processes broadcast signals containing mobile service data and a broadcast signal processing method. Said receiving system comprises a tuner, a demodulator, a block decoder and an RS frame decoder. Said tuner receives broadcast signals containing first mobile service data and second mobile service data using slots. Said slots consist of M1 number of packets, and within the M1 number of packets of said slots are M2 number of packets including first mobile service data and a plurality of base data rows. At least one packet among M3 number of remaining packets (here M1=M2+M3, M2>M3) includes the second mobile service data. Said demodulator demodulates said broadcast signal. Said block decoder turbo-decodes first and second mobile service data contained in said demodulated broadcast signal. Said RS frame decoder forms a primary RS frame by collecting said turbo-decoded first mobile service data thereby performing error correction in the decoding operation and forms a second RS frame by collecting second mobile service data thereby performing an error correction in the decoding operation.
Abstract:
A transmitting/receiving system and a method for processing broadcasting data are disclosed. The receiving system includes a demodulator, a pre-signaling decoder, a post-signaling decoder, and a block decoder. The demodulator demodulates mobile service data based upon decoded pre-signaling data, the mobile service data being received through some segments of at least one slot, wherein a transmission frame is configured of multiple sub-frames, and wherein a sub-frame is configured of multiple slots. The pre-signaling decoder decodes pre-signaling data being received through a first slot of each sub-frame. The post-signaling decoder decodes post-signaling data being received after the pre-signaling data. The block decoder turbo-decodes the demodulated mobile service data based upon the decoded post-signaling data.
Abstract:
The present invention relates to insert sheets and a method for manufacturing same. A film of the present invention is applicable to a variety of insert moldings or injection moldings to achieve appearance effects such as an excellent metal texture and the like, and maintain excellence in the overall physical properties such as surface properties, formability, scratch resistance, impact resistance, heat resistance, wear resistance, chemical resistance, and light resistance, etc.