Abstract:
PURPOSE: An apparatus for making draught Makkoli for home is provided to have simple structure without separate cooling part. CONSTITUTION: An apparatus for making draught Makkoli for home comprises: an inner tank for containing material for brewage; an inner tank lid for covering the upper part; a cylindrical outer tank(128) for containing the inner tank; an insulation member which surrounds the outer tank; a main body(101) for containing the outer tank and insulation member; a display unit(123) for indicating temperature of the outer tank and past time; a temperature sensor(115) for sensing the temperature of the outer tank; and a heater for increasing the temperature of the inner tank.
Abstract:
PURPOSE: A golf gloves having a wrist support function is provided to support the wrist and prevent the hand from slipping. CONSTITUTION: A golf gloves having a wrist support function comprises a main body member(10), a wrist fixing unit(20), a wrist clamping unit(30), a back of the hand clamping unit(40), a back of the hand expansion unit(50), and a skid-proof member. The finger of a wearer is inserted into the main body member surrounding the hand. The main body member is comprised of a hand palm part(11), a finger part(12), and a wrist part(13). The wrist clamping unit brings the main body member and wrist fixing unit into close contact with the wrist.
Abstract:
PURPOSE: A hot mixed recycling asphalt composition is provided to enable quick traffic opening after packaging construction with low pavement construction temperature, and to ensure high deformation resistance and durability. CONSTITUTION: A hot mixed recycling asphalt composition is obtained by mixing a recycling asphalt composition at 150-200 °C. The recycling asphalt composition comprises 100.0 parts by weight of aggregate blend, 2~8 parts by weight of straight asphalt, and 0.3~3 parts by weight of modified asphalt mixture. The aggregate blend consists of 25~90 weight% waste asphalt concrete, 5~70 weight% new aggregate, and 1~6 weight% filler.
Abstract:
PURPOSE: A cooling container for cooling by a separated cooling pack is provided to cool a product by a separable cooling pack from which water does not flow on a table. CONSTITUTION: A cooling container for cooling by a separated cooling pack is cylindrical. The cooling container comprises the following units. Upper/lower sides of a cooling container body(103) are opened. A cooling container cap(101) keeps a cold temperature by closing the cooling container body. Upper/lower sides of a cylindrical pack are opened. Coolant is injected into the cooling pack.
Abstract:
PURPOSE: A vegetative net and an establishing method thereof are provided to be installed regardless of the size of an installation area and to improve cohesive power and durability. CONSTITUTION: A vegetative net comprises a net body(11), a filler(12) and a filler protection inner fabric(13). The net body is formed in a cylinder structure in order to keep the shape. A filler is charged inside the net body. The filler protection inner fabric is made of a natural fiber. The filler protection inner fabric is installed between the net body and the filler.
Abstract:
PURPOSE: An asphalt concrete composition for paving using waste asphalt concrete is provided to restore aged asphalt using waste ascon, recycled aggregate and an oil-based waste regenerative additive. CONSTITUTION: An asphalt concrete composition for paving using waste asphalt contains 7~20wt% of crushed new aggregate with a particle size of 13~25 millimeters, 30~40wt% of crushed waste ascon with the particle size of 13~20 millimeters, 25~30wt% of crushed waste ascon with the particle size of 8~13 millimeters, 15~25wt% of crushed waste ascon with the particle size of under 8 millimeters, 1.5~6wt% of cement and fly ash as a filler, 3~3.5wt% of aged asphalt, 1~4wt% of emulsified asphalt, and 2~5wt% of oil-based waste regenerative additive.
Abstract:
An asphalt mixture containing recycled aggregate is provided to optimize the amount of asphalt binder used according to the kinds of waste concrete and to optimize the function of the asphalt mixture to fit construction standards. An asphalt mixture is composed of recycled aggregate including 2-6wt% of impurities besides gravels and 5-6.7wt% of asphalt binder. The asphalt mixture satisfies the properties such as the stabilizing(kgf) of 500 or greater, a flow value(1/100cm) of 10-40, the porosity of 4-6% and the saturation degree of 65-75%. The aggregate represents recycled aggregate containing granite crushed aggregate and construction waste. A 20% of the aggregate passes through a 15~20mm sieve.
Abstract:
An asphalt concrete compound is provided to change no pigment included in road paving material when exposed by ultraviolet ray and increase remarkably durability. An asphalt concrete compound comprises: a mixture selectively mixing 10-40 parts by weight of waste concrete having a diameter ranged from 13mm to 25mm or natural aggregate 10~40 parts by weight in a waste ascon mixture comprising 100 parts by weight of waste ascon having a diameter ranged from 13mm to 25mm, 65-75 parts by weight of waste ascon having a diameter ranged from 8mm to 13mm and 30-40 parts by weight of waste ascon having a diameter less than 8mm; cement 6~15 parts by weight; a composition 2~6 parts by weight by mixing and heating methylmethacrylate, buthylacrylmonomer, acrylonitrile, methylacrylicacid, emulsifier, water, catalyst; an emulsified asphalt 0.5-1 parts by weight.
Abstract:
A device for sorting out the grain size and mixing recycled aggregates is provided to collect the recycled aggregates not to be supplied to recycled aggregate hoppers containing the recycled aggregates measured completely, by a collecting unit. In a device for sorting out the grain size and mixing recycled aggregates, a transferring unit(10) delivers the recycled aggregates of various grain sizes to the open storage yard to sort out the mixed aggregates according to each kind. A sorting unit(20) sorts out the recycled aggregates transferred along the transferring unit, according to the grain size. Guiding units(30,31,32) guide the recycled aggregates sorted according to the grain size in the sorting unit. Recycled aggregate hoppers(40,41,42) store the recycled aggregates in order to measure the recycled aggregates delivered by the guiding units, by scales(90,91,92). A discharging unit(50) discharges the recycled aggregates measured in the recycled aggregate hoppers to transfer the recycled aggregates to the site. A mixing unit mixes the recycled aggregates transferred by the discharging unit, cement, and emulsified asphalt. When the recycled aggregates contained in the recycled aggregate hoppers are measured, the guiding units are turned reversely to transfer the recycled aggregates to a collecting unit(60).
Abstract:
An integrated monitoring system is provided to minimize a used frequency band and solve a frequency assignment problem by assigning a receiving time for each camera, and receiving image data through the same frequency. An integrated monitoring system includes plural sub monitoring devices(100), a local control room(300) and a central control room. The plural sub monitoring devices(100) adjust a frame of a camera and take a photograph of an image. The plurality of sub monitoring devices(100) are installed on a local area of a monitoring place and transmit the photographed image signal if the transmission of the image signal is requested. The local control room(300) generates and transmits a control signal, which requests the transmission of the image signal, and a control signal, which sets the number of frames, to the plural sub monitoring devices(100). The local control room(300) receives the photographed image transmitted from the sub monitoring devices(100), compares and analyzes the received image with a contrast image. The local control room(300) transmits the corresponding image to the central control room if the compared and analyzed result exceeds a reference value. The central control room receives the image from the local control room(300), and transmits the setting value of the control signal generated in the local control room(300).