Abstract: In this clip for mounting a component, a first plate portion includes first engaging pawls, and a second plate portion second engaging pawls, are linked by a linking-side plate portion in the rear end region on a side having either one of the plate portions, and first and second side plate portions which bend and extend from the first and second plate portions are in contact on the side having the other plate portion. The linking-side plate portion and the first and second side plate portions cut through a gap portion formed as an opening in the rear of the first and second plate portions of the clip, and gap portions formed as openings in both sides.

Abstract: A speaker mounting structure includes a speaker including a sound output surface, a front casing containing a display panel, a rear casing which is installed on a rear of the front casing and houses the speaker such that the sound output surface faces a direction opposite to the direction that the front casing faces, and a sound-reflecting member which is mounted on the rear casing so as face the sound output surface of the speaker and which reflects the sound that is output from the sound output surface toward the front of the front casing.

Abstract: In this clip for mounting a component, a first plate portion includes first engaging pawls, and a second plate portion second engaging pawls, are linked by a linking-side plate portion in the rear end region on a side having either one of the plate portions, and first and second side plate portions which bend and extend from the first and second plate portions are in contact on the side having the other plate portion. The linking-side plate portion and the first and second side plate portions cut through a gap portion formed as an opening in the rear of the first and second plate portions of the clip, and gap portions formed as openings in both sides.

Abstract: A speaker mounting structure includes a speaker including a sound output surface, a front casing containing a display panel, a rear casing which is installed on a rear of the front casing and houses the speaker such that the sound output surface faces a direction opposite to the direction that the front casing faces, and a sound-reflecting member which is mounted on the rear casing so as face the sound output surface of the speaker and which reflects the sound that is output from the sound output surface toward the front of the front casing.

Abstract: The formation of the retaining member 42 at the forming of the main board 40 so as to be able to be cut off and the cutting-off from the main board 40 after the board forming of the main board 40 causes the retaining member 42 to be separated in a letterpress shape from the main board 40. In addition, on the main board 40, the earphone plug socket 44 is mounted with the plug-in inlet 44b facing the outer periphery, the slit is formed and the projected part 43a of the retaining member 42 is fitted into the slit as well. Further, the fitting of the retaining member 42 into the slit 46 causes the side edge 43b thereof to abut on a groove 44a at the back surface of the earphone plug socket 44.

Abstract: An accessory fixing member 15 to which accessories are fixed is arranged between the rear face of a flat panel television 100 and the inner wall of a packing box 11 when the flat panel television 100 is engaged with top reinforcing members 12 and 13 and a bottom reinforcing member 14 to be housed in the packing box 11. The accessory fixing member is formed such that the upper side of a strap cardboard is folded to U shape in cross section. The upper side of the accessory fixing member 11 supports a load of other packing boxes 11 piled on the upper face of the packing box 11.

Abstract: To fix a TV 10 (electrical apparatus to be mounted) having a power cord 12 (insulated electric wire) to a DVD player 20 (mounting object) when the TV 10 is placed on the DVD player 20, the DVD player 20 is provided with a hook member 23 around which the power cord 12 can be securely wound. Accordingly, the TV 10 can be easily fixed to the DVD 20 by utilizing the power cord 12 of the TV 10, without requiring an additional member such as a belt, for thereby effectively preventing the TV 10 from falling down in the event of an accident such as an earthquake.

Abstract: An accessory fixing member 15 to which accessories are fixed is arranged between the rear face of a flat panel television 100 and the inner wall of a packing box 11 when the flat panel television 100 is engaged with top reinforcing members 12 and 13 and a bottom reinforcing member 14 to be housed in the packing box 11. The accessory fixing member is formed such that the upper side of a strap cardboard is folded to U shape in cross section. The upper side of the accessory fixing member 11 supports a load of other packing boxes 11 piled on the upper face of the packing box 11.

Abstract: To fix a TV (electrical apparatus mounted) having a power cord (insulated electric wire) to a DVD player (mounting body) when the TV is mounted on the DVD player, the DVD player is provided with a main body (a part of a main body) and a hook member fixed to the main body. The position on the main body at which the hook member is fixed is changeable, and the cord is securely wound around the hook member. This arrangement is convenient, eliminating the necessity of separately preparing a member such as a belt, while enabling to easily and securely fix, to a mounting body, various types of TVs having respective attaching positions where an insulated electric wire is attached, to effectively prevent the TV from falling down in the event of an accident such as an earthquake.

Abstract: The cabinet includes a chassis, a pair of first and second spaced apart guide members provided on the chassis so as to stand vertically from the chassis, and a third guide member provided on a portion of the chassis between the first and second guide members so as to stand vertically from the chassis, the third guide member being formed in a lower portion thereof adjacent the chassis with cutout portions for facilitating removal of the third guide member from the chassis. A first substrate having a first predetermined width is supported to the third guide member and one of the first and second guide members. A second substrate having a second predetermined width larger than the first predetermined width is supported to the first and second guide members, after the removal of the third guide member from the chassis.

Abstract: The formation of the retaining member 42 at the forming of the main board 40 so as to be able to be cut off and the cutting-off from the main board 40 after the board forming of the main board 40 causes the retaining member 42 to be separated in a letterpress shape from the main board 40. In addition, on the main board 40, the earphone plug socket 44 is mounted with the plug-in inlet 44b facing the outer periphery, the slit is formed and the projected part 43a of the retaining member 42 is fitted into the slit as well. Further, the fitting of the retaining member 42 into the slit 46 causes the side edge 43b thereof to abut on a groove 44a at the back surface of the earphone plug socket 44.

Abstract: A cabinet (10) for a television set or an electric apparatus includes a casing having a front wall (11) and a bottom wall (12), a key top (13), guide structures (20a, 20c, 20b) for holding a narrow first printed wiring board (30) provided with a tact switch (30a) and a wide second printed wiring board (130) provided with a tact switch (1301) at different levels, respectively. Either of the first printed wiring board (30) or the second printed wiring board (130) can be held in the casing without changing the design of the cabinet (10).

Abstract: A cabinet (10) for a television set or an electric apparatus includes a casing having a front wall (11) and a bottom wall (12), a key top (13), guide structures (20a, 20c, 20b) for holding a narrow first printed wiring board (30) provided with a tact switch (30a) and a wide second printed wiring board (130) provided with a tact switch (1301) at different levels, respectively. Either of the first printed wiring board (30) or the second printed wiring board (130) can be held in the casing without changing the design of the cabinet (10).

Abstract: To fix a TV (electrical apparatus mounted) having a power cord (insulated electric wire) to a DVD player (mounting body) when the TV is mounted on the DVD player, the DVD player is provided with a main body (a part of a main body) and a hook member fixed to the main body. The position on the main body at which the hook member is fixed is changeable, and the cord is securely wound around the hook member. This arrangement is convenient, eliminating the necessity of separately preparing a member such as a belt, while enabling to easily and securely fix, to a mounting body, various types of TVs having respective attaching positions where an insulated electric wire is attached, to effectively prevent the TV from falling down in the event of an accident such as an earthquake.

Abstract: To fix a TV 10 (electrical apparatus to be mounted) having a power cord 12 (insulated electric wire) to a DVD player 20 (mounting object) when the TV 10 is placed on the DVD player 20, the DVD player 20 is provided with a hook member 23 around which the power cord 12 can be securely wound. Accordingly, the TV 10 can be easily fixed to the DVD 20 by utilizing the power cord 12 of the TV 10, without requiring an additional member such as a belt, for thereby effectively preventing the TV 10 from falling down in the event of an accident such as an earthquake.

Abstract: In a solar photovoltaic power generation device comprising a plurality of power generation units (31-34) each of which comprises first through n-th generation elements, the first through the n-th generation elements are connected in parallel and have their polarity directed in the same direction. The plurality of power generation units are arranged so that adjacent power generation units have polarities which are opposite to each other. Each of the plurality of power generation units further comprises a plurality of switch elements, each of which has active and inactive states, for connecting the first through the n-th generation elements in series in the active state. The solar photovoltaic power generation device further comprises a power control unit (37) for controlling the plurality of switch elements for placing it into the active state in each of the plurality of power generation units.

Abstract: A novel powder molding process for producing thermoplastic articles having improved surface properties and the molded articles produced thereby. Molding compositions comprising a thermoplastic polymer in the powder state and a curable additive selected from the reactive monomers and prepolymers thereof, which are liquid at the melting or softening temperatures of the thermoplastic polymers, are subjected to powder molding wherein the heating rate of the molding composition during the linear portion of the temperature-time curve after the initiation of melting or softening of the thermoplastic polymer is maintained at a very low rate, i.e., less than 25.degree.C. per minute. A curing agent may be added to the molding composition in order to control the curing time of the curable additives. The obtained thermoplastic articles have a cured thin surface layer of the curable additives, said surface layer being strongly combined with an inner layer of the thermoplastic articles.