STAPLE CONTAINER FOR ELECTRICAL STAPLER

STAPLE CONTAINER FOR ELECTRIC STAPLER

Horizontal check projections are continuously arranged from the upper part to the lower part of the inner wall surface of a case in which staple sheets are received in a layered manner. A check claw is provided on a staple press plate for pressing the staple sheets by a spring, and the check claw is engaged with a check projection of the case. The shapes of the check claw and the check projections are set so as to allow the staple press plate to descend but to prevent the plate from ascending. Further, the height of the tops of the check projections is reduced in a stepped or stepless manner from the upper part to the lower part of the inner wall surface of the case. © KIPO & WIPO 2007 ...

STAPLE CONTAINER OF MOTOR-DRIVEN STAPLER

PROBLEM TO BE SOLVED: To provide a staple container used in a motor-driven stapler, reducing the lowering driving load of a staple pressing plate. SOLUTION: A horizontal nonreturn groove 8 is continuously disposed extending from the upper part to the lower part of an inner wall surface of the container 2 stacking and storing staple sheets, and the staple pressing plate 3 for pressing the staple sheets by a spring is provided with a nonreturn claw 9, which is engaged with the nonreturn groove of the container. The shapes of the nonreturn claw and the nonreturn groove are set to allow lowering of the staple pressing plate and inhibit rising thereof, and to reduce the height of the nonreturn groove extending from the upper part of the inner wall surface of the container to the lower part thereof step by step or steplessly. As the staple pressing plate is lowered with consumption of the staple sheets, the lowering driving load of the staple pressing plate is decreased so that the staple pressing ...

Staple container for electric stapler

Horizontal check projections are continuously arranged from the upper part to the lower part of the inner wall surface of a container in which staple sheets are received in a layered manner. A check claw is provided on a staple press plate for pressing the staple sheets by a spring, and the check claw is engaged with a check projection of the container. The shapes of the check claw and the check projections are designed to allow the staple press plate to descend but to prevent the plate from ascending. Further, the height of the tops of the check projections is reduced in a stepped or stepless manner from the upper part to the lower part of the inner wall surface of the container.

Staple container for electric stapler

Staple Container For Electric Stapler

From top to bottom of an inner wall of a case in which stacked stapled sheets each composed of linear staples connected in parallel are accommodated, horizontal nonreturn projections are successively arranged. A nonreturn lug is attached to a staple pushing plate pushing the staple sheets by a spring, and the nonreturn lug is engaged with the nonreturn projections of the case. The nonreturn lug and the nonreturn projections are shaped to permit a descent of the staple pushing plate and inhibit an ascent thereof. In addition, a height of an apex of each of the nonreturn projections is reduced step-wise or with no step from top to bottom of the inner wall of the case.

Staple container for electric stapler

From top to bottom of an inner wall of a case in which stacked stapled sheets each composed of linear staples connected in parallel are accommodated, horizontal nonreturn projections are successively arranged. A nonreturn lug is attached to a staple pushing plate pushing the staple sheets by a spring, and the nonreturn lug is engaged with the nonreturn projections of the case. The nonreturn lug and the nonreturn projections are shaped to permit a descent of the staple pushing plate and inhibit an ascent thereof. In addition, a height of an apex of each of the nonreturn projections is reduced step-wise or with no step from top to bottom of the inner wall of the case.

TIMER FOR GAMES

PURPOSE: To obtain a timer ideal for games of "go" the national board game of Japan), "shogi" (Japanese chess), etc. by displaying the remaining time and the remaining time of a constant time after the consumption of the remaining time respectively with main and sub timers and announcing the remaining time by voices according to need. CONSTITUTION: When the second mover operates his own operating element 2B, the display of the time allowed for said mover set in a presetting part 7 is decreased successively with the 1st timer 12A, a counter 10A for decreasing the time for the first mover, etc. forming the main timer means for the first mover and the remaining time is displayed by a display lamp 3A until the first mover operates his own operating element 3A. The same holds true of the displaying of the residual time for the second mover. After the consumption of the remaining time, the constant short time selected with a lever 4 is displayed by display lamps 3A, 3B with automatic timer setting ...

SEALING DEVICE FOR ROTATING MACHINE

Dispositif d'étanchéité pour machine tournante. L'invention concerne un dispositif d'étanchéité pour une machine tournante. La machine comporte un corps tournant 1 et un élément fixe 33, 34, 35. L'élément fixe définit avec le corps tournant 1 une gorge intérieure qui est fermée de manière étanche par des bagues 31, 32. Dans ladite gorge est placée une bague 41 qui peut se déplacer seulement radialement et qui définit un espace intérieur avec le corps tournant 1 et un espace extérieur avec l'élément fixe. Un orifice 48, 50 permet d'alimenter la gorge intérieure en fluide d'étanchéité. Une pellicule de fluide d'étanchéité se maintient de part et d'autre de la bague 41. L'espace annulaire intérieur est divisé en une pluralité d'espaces en arc de section décroissante dans le sens de rotation du corps tournant 1. (CF DESSIN DANS BOPI) Sealing device for rotating machine. The invention relates to a sealing device for a rotating machine. The machine comprises a rotating body 1 and a fixed element 33, 34, 35. The fixed element defines with the rotating body 1 an internal groove which is sealed by rings 31, 32. In said groove is placed a ring. 41 which can only move radially and which defines an interior space with the rotating body 1 and an exterior space with the fixed element. An orifice 48, 50 makes it possible to supply the internal groove with sealing fluid. A film of sealing fluid is maintained on either side of the ring 41. The internal annular space is divided into a plurality of arcuate spaces of decreasing section in the direction of rotation of the rotating body 1. (CF DRAWING IN BOPI)

Staple container for electric stapler

From top to bottom of an inner wall of a case in which stacked stapled sheets each composed of linear staples connected in parallel are accommodated, horizontal nonreturn projections are successively arranged. A nonreturn lug is attached to a staple pushing plate pushing the staple sheets by a spring, and the nonreturn lug is engaged with the nonreturn projections of the case. The nonreturn lug and the nonreturn projections are shaped to permit a descent of the staple pushing plate and inhibit an ascent thereof. In addition, a height of an apex of each of the nonreturn projections is reduced step-wise or with no step from top to bottom of the inner wall of the case.

Contenedor de grapa para engrapadora electrica.

Desde la parte superior hasta la parte inferior de una pared interna de una cavidad en la cual se acomodan laminas de grapas apiladas, compuestas cada una de grapas lineales conectadas en forma paralela, las proyecciones sin retorno horizontales se ajustan en forma sucesiva. Una oreja sin retorno esta adherida a una placa de empuje de la grapa que empuja las laminas de grapas a traves de un resorte, y la oreja sin retorno esta encajada con las proyecciones sin retorno de la cavidad. La oreja sin retorno y las proyecciones sin retorno estan formadas para permitir el descenso de la placa de empuje de las grapas e inhibir el ascenso de la misma. Ademas, se reduce al altura de un apendice de cada una de las proyecciones sin retorno por etapas o sin etapas desde la parte superior hasta la parte inferior de la pared interna de la cavidad.

Heftklammerbehälter für elektrische heftmaschine

電動ステープラのステープルコンテナ

　ステープルシートを積層して収容するケースの内壁面の上部から下部にかけて水平な逆止突起を連続的に配置する。バネによりステープルシートを押さえるステープル押さえプレートに逆止爪を設け、ケースの逆止突起へ係合させる。逆止爪と逆止突起の形状は、ステープル押さえプレートの下降を許容し上昇を阻止するように設定するとともに、ケースの内壁面の上部から下部にかけて逆止突起の頂点の高さを段階的又は無段階に低下させる。

換気口装置

【課題】フィルタを通気路の上流側に配置することにより、風量調整バルブの汚染がなく、風量調整能力および操作性にも優れ、ガラリ本体と外筒本体の分解組立が容易で、部品点数も少なく安価な換気口装置を提供する。【解決手段】壁、床または天井等に設けられた貫通孔に取り付けられる外筒本体２と、外筒本体２に軸方向へ取外し可能に装着されるガラリ本体３とからなり、外筒本体２の内部に、通気路１ａの開度を調整する風量調整バルブ４が設けられ、ガラリ本体３の後端部に、通気路１ａを通る空気を濾過するフィルタ５が取外し可能に取り付けられ、外筒本体２にガラリ本体３が装着一体化された状態において、フィルタ５が風量調整バルブ４の上流側に配置されている。【選択図】図３

Staple container for electric stapler

From top to bottom of an inner wall of a case in which stacked stapled sheets each composed of linear staples connected in parallel are accommodated, horizontal nonreturn projections are successively arranged. A nonreturn lug is attached to a staple pushing plate pushing the staple sheets by a spring, and the nonreturn lug is engaged with the nonreturn projections of the case. The nonreturn lug and the nonreturn projections are shaped to permit a descent of the staple pushing plate and inhibit an ascent thereof. In addition, a height of an apex of each of the nonreturn projections is reduced step-wise or with no step from top to bottom of the inner wall of the case.