摘要:
PROBLEM TO BE SOLVED: To provide a deodorizing technology which can be applied even in the case of a large exhaust amount. SOLUTION: A deodorizing filter includes a casing body 1, a frame body 2 which is installed on the outlet side of the casing body and in which M×N openings each having a vertical dimension of about (a) and a horizontal dimension of about b are formed in a lattice shape comprising M columns in the vertical direction and N rows in the horizontal direction, a frame body which is attachably and detachably installed on the inlet side of the casing body and in which M×N openings having a vertical dimension of about (a) and a horizontal dimension of about b are formed in a lattice shape comprising M columns in the vertical direction and N rows in the horizontal direction, (L-1) expanded metal bodies 3 which are installed so as to divide the inside the casing body between the lattice-shaped frame body 2 on the outlet side and the lattice-shaped frame body on the inlet side at intervals of about c, and M×N deodorizing bodies 4 which have a vertical dimension of a', a horizontal dimension of b', and a width dimension of c', and are stacked and filled between the frame bodies and the expanded metal body and between the expanded metal bodies. COPYRIGHT: (C)2010,JPO&INPIT
摘要翻译:要解决的问题:提供即使在大排气量的情况下也可以应用的除臭技术。 除臭过滤器包括壳体1,框体2,其安装在壳体的出口侧,并且其中M×N个开口各自具有大约(a)的垂直尺寸和水平尺寸 约b形成为包括垂直方向的M列和水平方向的N列的格子状,框体,其可拆装地安装在壳体的入口侧,并且其中M×N个开口具有 大约(a)的垂直尺寸和大约b的水平尺寸形成为包括垂直方向的M列和水平方向上的N行的(L-1)金属体3的格子状, 将外壳体的出口侧的格子状框体2与入口侧的格子状框体间隔约为c分隔,将M×N除臭体4的垂直尺寸设为“ 水平维度o f b'和宽度尺寸c',并且堆叠并填充在框架体和膨胀金属体之间以及膨胀金属体之间。 版权所有(C)2010,JPO&INPIT
摘要:
PROBLEM TO BE SOLVED: To provide a deodorizing apparatus installed in an odor generation space of a third class ventilation method. SOLUTION: This deodorizing apparatus includes a casing body having an inlet part and an outlet part, a slit-like punching metal provided in an air passage between the inlet part and the outlet part of the casing body, an air filter having lytic enzyme and provided in the air passage between the slit-like punching metal and the outlet part, fans provided in the air passage between the air filter with the lytic enzyme and the outlet part, an ion air generator device provided in the air passage between the fans and the outlet part, and a universal grill provided in the air passage between the ion air generator and the outlet part. COPYRIGHT: (C)2009,JPO&INPIT
摘要:
PROBLEM TO BE SOLVED: To provide a technique for remarkably decreasing the replacement times of a deodorant and saving deodorization running cost even in the case of replacing the deodorant since necessity of replacement of the deodorant is considerably decreased, that is, it is made easy to carry out regeneration of the deodorant used for deodorization. SOLUTION: The deodorization and regeneration apparatus comprises a casing body having an outlet part and an inlet part, a partitioning element for partitioning the inside of the casing into N rooms having N faces crossing the line between the outlet part and the inlet part (N is an integer of 2 or higher), air supply means, air guiding means for successively guiding air supplied by the air supply means to the N rooms composed by the partitioning element, and a deodorant installed in the inside of the rooms. COPYRIGHT: (C)2009,JPO&INPIT
摘要:
PROBLEM TO BE SOLVED: To provide a vacuum table which can prevent a gaseous diffusion to be generated from a part using volatile medicines.SOLUTION: A work to carve a sample organ to an appropriate size is carried out. The sample organ is placed on a first support plate 11 over a cutting board. In the work, harmful gas is generated and spreads in whole area on the first support plate 11. On the other hand, a ventilation route is formed through an exhaust duct 51, a second rectification system, an air box 31, a first rectification system when an exhaust fan 52 is turned on. The harmful gas on the first support plate 11 is guided to downward by vacuum equally by the first rectification system. The harmful gas in the air box 31 is guided by vacuum equally by the second rectification system and exhausted through the exhaust duct 51. Routine washing of the first support plate 11 becomes easy by comprising water supply and drainage systems such as a water tap 61, a second support plate 71, a sink 81 and a waste trap 86.
摘要:
PROBLEM TO BE SOLVED: To provide a rack device for storing a container filled with a volatile chemical which can prevent the volatile chemical from being volatilized in a living space even if the volatile chemical leaks from the inside of the container and which can facilitate the unloading/loading of the container filled with the volatile chemical. SOLUTION: The rack device for storing the container filled with the volatile chemical includes a can body the front side of which is opened for loading and unloading the container, gas jetting ports 4 positioned linearly in the lateral direction which are provided to the front of a loading surface for the container and jet gas toward the diagonally upper side of the inside of the can body, a gas supply device for supplying the gas to the gas jetting ports 4 at the rate of a total of Q m 3 /hr (Q is a positive value), gas discharge ports 6 positioned linearly in the lateral direction which are provided at the rear side of the top surface side of the can body with which the gas jetted from the gas jetting ports 4 is collided and which is located at the opposite side of the front side, and a gas discharge device for discharging the gas from the gas discharge ports 6 at a rate of a total of (Q+α) m 3 /hr (α is a positive value). COPYRIGHT: (C)2011,JPO&INPIT
摘要:
PROBLEM TO BE SOLVED: To provide a technique suppressing diffusion of volatile chemicals into the air even when there is no draft. SOLUTION: An environment preservation tool which is disposed on the back part of a container filled with the volatile chemicals and is used when the operation is performed by opening the cap of the container comprises: a box; a linear discharge port which is disposed on the front surface upper part of the box and ejects gas in the oblique lower direction; a gas feeder which feeds the gas in the proportion of Q (Q>0)m 3 /h to the discharge port; a planar suction port disposed on the front part of the box, and on the lower side of the linear discharge port; a suction device which sucks the gas present on the front surface part of the box in the proportion of (Q+α(α>0))m 3 /h from the suction port; a left extension plate which is extended on the front side from the left side part of the box; and a right extension plate which is extended on the front side from the right side part of the box. COPYRIGHT: (C)2011,JPO&INPIT