201002914 九、發明說明： 【發明所屬之技術領域】 本發明係棚於-種壓差式顯水箱進水控_，_是指一種 可調整馬桶水箱進水量與補水孔出水量之大小，俾達到較佳實用之功 效者。 【先前技術】 v 按，每-馬桶上必備有水箱結構設計，藉以供給沖洗馬桶所需之 水源’而水箱每-次使職便會將⑽水源使職盡，藉由進水結構 中浮球的控_重新補水，俾供給水箱_水源於—定水位時自動關 閉’因此進水結構為水箱重要的—項設計’請由第7圖配合第8、g 斤丁觀之1知-種壓差式水箱進水^，係指可有效調節控制水箱 達到所需之水位，其係包含有-瓣桿⑷、—浮球⑹、—天平桿⑹、 一壓差粒桿⑷及-進絲座⑻等、轉顺成，係由—具若干方型 螺牙之調節桿(a)，於其上螺置有—浮球⑹，又於卿桿(a)之下方預 製有-卡制缺槽(al)，恰可供—天平桿⑹上之c型扣制部⑽卡制， 其中於天平桿(c)之另端製有一栓孔(c2)，且恰可利用一軸栓㈣穿伸 定位於-壓差定位桿(d)於肋片⑻上之—對栓孔(du)上，該天平桿 (〇内部之適當部位處預置有一塞子(c3)，恰可抵住壓差定位桿⑷底 座中央部位上所延製凸起之容室，另有一進水基座（e)，於内製有一容 置凹槽（el)，於其内凸起延製有一進水槽（e2)，且進水槽(e2)内延製 有一孔徑較大之水箱出水孔(e3)，可供給水箱内所需之水份，及一孔 201002914 徑較小之補水管出水孔(e4)，又於進水槽（e2)之下方延製有一管接頭 (e5)，且於管接頭上方之適當部位處製有水源進水口（的），又於進水 基座（e)之容置凹槽(el)内置設有一呈u型之壓差閥（e7)，壓差閥（e7) 上方供一閥襯片（e8)穿置而過，並且於進水基座（6)上方螺設一蓋體 (e9)，藉此組合，使馬桶水箱之水位容量，可利用調節裴置調整水位 固定維持在一定高度上，以達節約用水之實用功效者，然而，習知一 種壓差式水箱進水器，水係由進水基座之進水槽進入，使水箱内部的 水位固I轉在-定高度，而當使用水箱㈣的水沖洗馬桶時，需再 次對水箱進行補水，但水源由進水槽進入後係對水箱出水孔(e3)及補 水管出水孔(e4)制導出’無法視前述兩出水孔所需導出水量進行調 整控制，造成水箱出水孔⑽對水箱進行補水速度變長_水管出水 孔(⑷對所需進拥权聽不足之缺失，實有必要再研發創新 者。 疋以’本發明人即有鑑於此，乃思及創作的意念，遂以多年的經 驗加以設計，經多方探討並試作樣品試驗，及多次修正改良，乃推出 本發明。 【發明内容】 欲解決之技術問題點： S知之壓差式水箱進水H，無法視需求*控侧整進水量及補水 量，造成馬桶水箱不佳使用之問題缺失，此乃欲解決之技術問題點者。 201002914 解決問題之技術特點： 一=壓差式馬桶水箱進水控制器，其係包括有1節桿、-浮球、 天平柃壓差定轉、—進水基座等構件所 座侧邊設有-組接孔，㈣^ ^ μ進尺基 > 供置入一組接頭，組接頭係呈-τ形狀，其 端又有進水孔，而另端設有一出水孔，組接頭内部形成一貫穿孔， 以供置入-調整桿及1水接頭，調整桿—端形成—圓狀之撞止部， 而另端設有-螺牙段，以供螺置—調整浮球，樞接件之側邊形成有一 斜狀之出水孔，調財虹_-突伸柱，突伸缝t-螺孔，藉 此，進水基座之組接孔係結合—組接頭，水係由進水基座流通至組接 進Jc孔水再由組接頭之出水孔流至水箱内部以便調整馬桶水 箱内部進水量的大小，轉取結合-_件，枢接件之出水孔供水 料部補水個，贿件係穿設—膽桿，機桿上方侧組結合一 調整浮球’利用調整浮球控制調整補水的時間，俾達到調整馬桶水箱 進水量及調整補水孔出水量大小之使用性。 對照先前技術之功效： 一種壓差式馬桶水箱進水控制器，主要利用進水基座結合組接 頭，以便調整馬桶水箱内部進水量之使用，而樞接件之補水孔係供水 箱外部補水之使用，並可視需求利用調整浮球控制調整補水的時間， 俾達到調整馬桶水箱進水量及調整補水孔出水量大小之使用性，並可 改善習知無法調整控制進水量之情形缺失。 201002914 【實施方式】 為使責審查委員對本發明之目的、特徵及功效能夠有更進一步 之暸解與認識，以下茲請配合【圖式簡單說明】詳述如后： 先由第1圖配合第2圖所示觀之，一種壓差式馬桶水箱進水控制 器，係包括有一調節桿（10)、一浮球(2〇)、一天平桿(3〇)、一壓差定 位桿(40)、一進水基座（50)等構件所組成，其中*進水基座(5〇)側邊 設有一組接孔(51)，以供置入一組接頭（60)，組接頭（6〇)係呈一 τ形 狀，其一端設有一進水孔(61)，而另端設有一出水孔（62)，於出水孔 (62)端緣處組設有一控制開關（63)，組接頭（60)内部形成一貫穿孔 (64)，以供置入一調整桿(70)及一樞接件(80)，調整桿(7〇)一端形成 一圓狀之擋止部（71)，而另端設有一螺牙段(72)，以供螺置一調整浮 球(90) ’樞接件（80)之側邊形成有一斜狀之補水孔(81)，又於樞接件 (80)中央設有一穿設孔(82)，調整浮球(90)上方設有一突伸柱(91)， 突伸柱(91)設有一螺孔(911)。 其組合時，請由第3圖所示觀之，進水基座（50)之組接孔（51)係 結合一組接頭（60)，水係由進水基座（50)流通至組接頭（6〇)之進水孔 (61) ’水再由組接頭（6〇)之出水孔(62)流至水箱内部，並可利用控制 開關（63)而調整水量的大小，以便調整馬桶水箱内部進水量的大小， 且組接頭（60)結合一枢接件(80)，樞接件(80)之補水孔(81)供水箱外 部補水使用，樞接件(80)係穿設一調整桿(70)，調整桿(7〇)上方係螺 組結合一調整浮球(90)，利用調整浮球(90)控制調整補水的時間，俾 201002914 達到調整馬桶水箱進水量及調整補水孔出水量大小之使用性。 其實際使用之情況，請由第4圖配合第5圖所示觀之，本發明之 壓差式馬桶水箱進水控制器係供低水箱之使用，當使用大量的水來沖 洗馬桶内部時’使水箱（A)内的水往下降’而浮球(2〇)亦跟著往下移， 此時，水由進水基座（5〇)進入組接頭（60)之進水孔(61)，再由組接頭 (60)之出水孔(62)流至水箱内部（如第4圖所示 > 可由控制開關（63) 控制進水量的大小’再者’樞接件(8〇)之補水孔(81)係供水箱外部補 水之使用（如第4、5圖所示），並利用調整浮球(90)之調整得以撵制 補水的時間，當控制開關（63)控制出水流量較大時，其樞接件(8〇)之 補水孔(81)出水流量較小，藉此，俾達到調整馬桶水箱進水量及調整 補水孔（81)出水量大小之使用性。 其另一實際使用之情況，本發明之壓差式馬桶水箱進水控制器亦 可供尚水箱之細’請由第6圖所示觀之，當伽大量的水來沖洗馬 桶内部時’使水箱（A)内的水往上升，而浮球(20)亦跟著往上移，此時， 水由進水基座（50)進入組接頭（60)之進水孔(61)，再由組接頭（6〇)之 出水孔（62)流至水箱内部，可由控制開關（63)控制進水量的大小，再 者，樞接件(80)之補水孔(81)係供水箱外部補水之使用，並利用調整 浮球(90)之調整得以控制補水的時間，當控制開關⑽控制出水流量 較大時’其樞接件⑽之補水孔⑻）出水流量較小，藉此，俾達到調 整馬桶水箱進水量及調整補水孔(81)出水量大小之使用性。 藉由上述本發明具有下列之優點者：—麵差式馬桶水箱進水控 201002914 制器主要细進水基座結合組_，以_整_水納部進水量 之使用接件之補水孔係供水箱外侧水之㈣，並可視需求利 用調整浮雜侧整的咖，俾達_整,_水箱财量及調整 補水孔出水量大小之使用性。 綜上所述，本發明確實已達突破性之結構設計，而具有改良之發 明内容’科X錢_絲上之利職與進滩，且轉明未見於 任何刊物’祕新穎性，當符合專概相·條之蚊，纽法提出 發明專利申請，懇請肖局審查委員授予合法專利權，至為感禱。 唯以上所述者，僅林發明之—触實_而已，豺能以之限 定本發明實狀細，大驗本發”料概目 與修飾，皆應仍屬本發明專利涵蓋之範圍… 料變化 201002914 【圖式簡單說明】 第1圖：係本發明之立體外觀圖。 第2圖：係本發明之局部立體分解示意圖。 第3圖··係本發明之局部組合剖視側面示意圖。 第4圖：係本發明之使用實施例之組合剖禪示意圖。 第5圖：係本發明另一使用實施例之組合剖視示意圖。 第6圖：係本發明另一實施之組合外觀局部剖視示意圖。 第7圖：係習知之立體外觀圖。 第8圖：係習知之立體分解示意圖。 第9圖：係習知之局部組合剖視側面示意圖。 【主要元件符號說明】 本發明部份： 調節桿— --(10) 浮球-------- -(20) 天平桿----- -(30) 壓差定位桿- -(40) 進水基座--- -(50) 組接孔 -(51) 組接頭----- -(60) 進水孔------ -(61) 出水孔----- -(62) 控制開關— -(63) 貫穿孔----- -(64) 調整桿------ -(70) 擔止部----- -(71) 螺牙段------ -(72) 拖接件----- -'(80) 補水孔 -(81) 穿設孔----- -(82) 調整浮球-一 -(90) 11 201002914 突伸柱----- -(91) 螺孔------- -(911) 水箱------- -(A) 知部份： 調節桿------ -(a) 卡制缺槽一- —(al) 浮球------- -(b) 天平桿—— -(〇 C型扣制部- -(cl) 栓孔------- --(c2) 塞子------- -(c3) 壓差定位桿一(d) 肋片------- -(dl) 栓孔一-— -(dll) 轴栓------- -(d2) 進水基座-- —(e) 容置凹槽-一 -(el) 進水槽 -Ce2) 水箱出水孔- -(e3) 補水管出水孔(e4) 管接頭—— -(e5) 水源進水口 —(e6) 壓差閥----- -(e7) 間概片 (e8) 蓋體--------(e9) 12201002914 IX. Description of the invention: [Technical field of invention] The invention is a shed-type pressure difference type water tank inlet water control _, _ refers to an adjustable toilet tank water inlet amount and hydration hole water output amount, 俾Better and practical effect. [Prior Art] v Press, every water tank must have a water tank structure design, in order to supply the water source needed to flush the toilet', and the water tank will make the (10) water source work every time, with the float in the water inlet structure Control _ re-filling water, 俾 supply water tank _ water source - automatically shut down when the water level is set - so the water inlet structure is important for the water tank - item design 'Please match the 8th figure with the 8th, g jin Ding Guanzhi - seed pressure The differential water tank inlet water ^ means that the water tank can be effectively adjusted to achieve the required water level, and includes a valve bar (4), a float ball (6), a balance bar (6), a pressure difference pellet (4) and a wire feeder. (8) Waiting and turning into a slewing lever (a) with a plurality of square screw teeth, on which a floating ball (6) is screwed, and a blanking groove is prefabricated under the clearing rod (a) (al), just available - the c-type buckle (10) on the balance rod (6) is clamped, wherein a bolt hole (c2) is formed at the other end of the balance rod (c), and the shaft pin (four) can be used for positioning. The pressure difference positioning rod (d) is placed on the rib (8) on the bolt hole (du), and the balance rod (c3) is preset at a suitable portion of the inner portion of the crucible, which can directly resist the differential pressure a raised chamber on the central portion of the base of the pole (4), and a water inlet base (e) having a receiving recess (el) therein for projecting a trough (e2) ), and a water tank outlet hole (e3) having a larger hole diameter is extended in the water inlet tank (e2) to supply the water required in the water tank, and a water supply hole (e4) having a smaller diameter of 201002914, and A pipe joint (e5) is extended under the water inlet tank (e2), and a water inlet port is formed at a suitable portion above the pipe joint, and a receiving groove is formed in the water inlet base (e) ( El) There is a U-shaped differential pressure valve (e7) built in, a valve lining (e8) is placed over the differential pressure valve (e7), and a cover is screwed over the water inlet base (6). Body (e9), by this combination, the water level capacity of the toilet tank can be adjusted and maintained at a certain height by adjusting the water level to achieve the practical effect of saving water. However, a differential pressure tank water inlet is known. The water system enters from the water inlet of the water inlet base, so that the water level inside the water tank is fixed at a constant height, and when the water is flushed by the water in the water tank (4), The water tank is replenished again, but after the water source enters the water tank, the water outlet hole (e3) and the water supply hole (e4) of the water tank are exported. The water volume of the water outlet can not be adjusted and controlled, resulting in the water outlet hole of the water tank. (10) The water supply speed of the water tank becomes longer. _ The water outlet hole of the water pipe ((4) is lacking in the lack of listening to the required right to support. It is necessary to research and develop the innovator. The author of this inventor is in view of this, thinking of creation and creation. , 遂 遂 遂 遂 遂 遂 遂 遂 遂 遂 遂 遂 遂 遂 遂 遂 遂 遂 遂 遂 遂 遂 遂 遂 遂 遂 遂 遂 遂 遂 遂 遂 遂 遂 遂 遂 遂 遂 遂 遂 遂 遂 遂 遂 遂 遂 遂 遂 遂 遂 遂 遂 遂According to the demand * control side of the total water intake and water supply, the problem of poor use of the toilet tank is missing, this is the technical problem to be solved. 201002914 Technical features to solve the problem: A = differential pressure toilet tank water inlet controller, which includes a side rod, - float ball, balance pressure difference rotation, - water inlet base and other components There are - set of holes, (four) ^ ^ μ into the base > for the placement of a set of joints, the set of joints in the shape of -τ, the end of which has a water inlet, and the other end is provided with a water hole, the formation of the joint inside the formation Perforation, for the insertion-adjustment rod and 1 water joint, the adjustment rod-end is formed into a round-shaped collision stop, and the other end is provided with a screw-shaped segment for screwing-adjusting the float ball, the pivot joint The side is formed with a slanted water outlet hole, the tune-saving rainbow _-projecting column, and the protruding seam t-coil hole, whereby the assembly hole of the water inlet base is combined with the group joint, and the water system is composed of water inlet The seat is circulated to the group and connected to the Jc hole water and then flows into the water tank through the outlet hole of the group joint to adjust the amount of water in the toilet tank, and the combination is transferred to the water supply hole of the pivoting member. The parts are worn--the biliary rods, and the upper side of the rods are combined with an adjustment float ball to adjust the hydration time by adjusting the float ball. Adjust the water intake of the toilet tank and adjust the use of the water volume of the hydration hole. Compared with the efficacy of the prior art: a pressure difference type toilet tank water inlet controller mainly uses the water inlet base to combine the group joints, so as to adjust the use of the water intake inside the toilet tank, and the water supply hole of the pivot joint is the external water supply of the water supply tank. Use, and adjust the float control to adjust the time of hydration according to the demand, to adjust the water intake of the toilet tank and adjust the use of the water volume of the hydration hole, and to improve the situation that the conventional control can not adjust the water intake. 201002914 [Embodiment] In order to enable the review committee to have a better understanding and understanding of the purpose, features and effects of the present invention, please refer to the following [detailed description of the drawings] as follows: First, the first figure is matched with the second As shown in the figure, a pressure difference toilet tank water inlet controller includes an adjusting rod (10), a floating ball (2 〇), a horizontal flat rod (3 〇), and a differential pressure positioning rod (40). And a water inlet base (50) and the like, wherein a side of the water inlet base (5〇) is provided with a set of holes (51) for inserting a set of joints (60), group joints (6) 〇) has a shape of τ, one end of which is provided with a water inlet hole (61), and the other end is provided with a water outlet hole (62), and a control switch (63) is arranged at the edge of the water outlet hole (62). (60) forming a continuous perforation (64) for inserting an adjustment rod (70) and a pivoting member (80), and one end of the adjustment rod (7〇) forms a circular stop portion (71), and The end is provided with a threaded section (72) for screwing an adjusting float (90). The side of the pivoting member (80) is formed with a slanted water filling hole (81) and a pivoting member (80). There is a dress in the center Hole (82), adjust the float (90) is provided with an upward projecting post (91), protruding column (91) is provided with a screw hole (911). When combined, please see Figure 3, the inlet hole (51) of the inlet base (50) is combined with a set of joints (60), and the water system is circulated to the group by the water inlet base (50). The water inlet hole (61) of the joint (6〇) flows to the inside of the water tank through the water outlet hole (62) of the joint (6〇), and the amount of water can be adjusted by the control switch (63) to adjust the toilet The amount of water in the water tank is large, and the joint (60) is combined with a pivoting member (80), the water filling hole (81) of the pivoting member (80) is used for external water supply, and the pivoting member (80) is worn. Adjusting rod (70), adjusting rod (7〇) above the screw group combined with an adjustment float (90), using the adjustment float (90) to control the adjustment of the water supply time, 俾201002914 to adjust the toilet tank water intake and adjust the water filling hole The use of the amount of water. For the actual use, please refer to Figure 4 in conjunction with Figure 5. The differential pressure toilet tank inlet controller of the present invention is used for the low water tank when a large amount of water is used to flush the interior of the toilet. The water in the water tank (A) is lowered and the float (2〇) is also moved downward. At this time, the water enters the water inlet hole (61) of the joint (60) from the water inlet base (5〇). Then, the water outlet hole (62) of the group connector (60) flows into the water tank (as shown in Fig. 4), the size of the water inlet can be controlled by the control switch (63), and the pivoting member (8 〇) The hydration hole (81) is used for external hydration of the water supply tank (as shown in Figures 4 and 5), and the adjustment of the float ball (90) can be used to control the hydration time. When the control switch (63) controls the water flow rate When the time is large, the water supply flow (81) of the pivoting member (8〇) has a small water flow rate, thereby achieving the utility of adjusting the water intake amount of the toilet water tank and adjusting the water discharge amount of the water filling hole (81). In the case of use, the water pressure controller of the differential pressure toilet tank of the present invention can also be used for the thinness of the water tank. Please view it as shown in Fig. 6, when the gamma is large When flushing the inside of the toilet, 'the water in the water tank (A) is raised, and the float ball (20) is also moved upwards. At this time, the water enters the water inlet of the group joint (60) from the water inlet base (50). The hole (61) is further flown into the water tank through the water outlet hole (62) of the group joint (6〇), and the water inlet amount can be controlled by the control switch (63), and the water supply hole of the pivot joint (80) (81) The use of the external water supply of the water supply tank, and the adjustment of the float ball (90) can be used to control the time of the water supply. When the control switch (10) controls the water flow rate is large, the water supply flow of the pivoting member (10) (the water supply hole (8)) is small. Thereby, the utility of adjusting the water intake amount of the toilet tank and adjusting the water discharge amount of the water filling hole (81) is achieved. By the above invention, the following advantages are obtained: - face difference type toilet tank water inlet control 201002914 main fine water inlet base combination group _, _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ The water outside the water supply tank (4), and the use of the adjustment of the side of the floating side of the coffee, the amount of water, and the use of the amount of water in the hydration hole can be adjusted. In summary, the present invention has indeed achieved a breakthrough structural design, and has an improved invention content 'ke X money _ silk on the job and the beach, and turned to see no publication in any publication 'secret novelty, when met Specially related to the mosquitoes, Newfa filed an invention patent application, and asked the Board of Directors to grant legal patent rights to the princess. Only the above mentioned, only the invention of the invention - the touch _ only, can limit the actual shape of the invention, the general inspection of the "material summary and modification, should still be covered by the scope of the invention patent ... Change 201002914 [Simplified illustration of the drawings] Fig. 1 is a perspective view of the present invention. Fig. 2 is a partial perspective exploded view of the present invention. Fig. 3 is a side view showing a partial combination of the present invention. 4 is a schematic cross-sectional view of a combined embodiment of the present invention. Fig. 5 is a schematic cross-sectional view showing another embodiment of the present invention. Fig. 6 is a partial cross-sectional view showing another embodiment of the present invention. Fig. 7 is a stereoscopic appearance of a conventional figure. Fig. 8 is a schematic exploded view of a conventional one. Fig. 9 is a schematic side view of a partial combination of a conventional one. [Explanation of main component symbols] Part of the invention: Adjustment Rod — --(10) Float --- - (20) Balance Rod ----- (-) (30) Differential Positioning Rod - - (40) Water Intake Base --- - ( 50) Grouping Holes - (51) Group Connector ----- (60) Inlet Hole ------ - (61) Outlet Hole ----- (-) (62) Control Switch -(63) Through-hole----- - (64) Adjusting rod ------ -(70) Supporting part----- -(71) Screw section ------ -( 72) Drag-and-slip------'(80) Hydrating hole-(81) Threading hole------(82) Adjusting the float-one-(90) 11 201002914 Stretching column--- -- -(91) Screw hole ------- -(911) Water tank ------- -(A) Know the part: Adjusting rod ------ -(a) Card missing Slot one - (al) float ------- - (b) balance rod - - (〇C-type buckle - - (cl) bolt hole ------- -- (c2 ) Plug ------- - (c3) Differential pressure positioning rod - (d) Rib ------- - (dl) Bolt hole - - (dll) Shaft bolt ----- -- - (d2) Inlet pedestal --- (e) accommodating groove - one - (el) water inlet - Ce2) water tank outlet hole - - (e3) water supply pipe outlet (e4) pipe joint - - (e5) Water inlet - (e6) Differential pressure valve ----- (e7) Between the pieces (e8) Cover ------- (e9) 12