-
1.发明授权Ratio feed detergent controller and method with automatic feed rate learning capability 失效比率饲料洗涤剂控制器和方法具有自动进料速率学习能力
公开(公告)号：US5500050A
公开(公告)日：1996-03-19
申请号：US276088
申请日：1994-07-15
CPC分类号： G05D11/138 , A47L15/0055 , A47L15/449 , A47L2401/30 , A47L2501/07 , A47L2501/26 , Y10T137/8766
摘要： A detergent dispenser controller for use with a washing device, such as a dishwasher, that measures detergent concentration in a water tank by measuring the conductivity of the detergent solution in the water tank. The detergent controller automatically learns the feed rate of the detergent dispenser used, regardless of the type of detergent dispenser being used. For each detergent feed cycle, the controller computes a Feed Factor equal to the amount of detergent feed on time required for each unit increase in the detergent concentration, which is the inverse of the detergent feed rate. The controller stores the computed Feed Factor for the last N feed cycles in a non-volatile memory, and computes a running average of the N feed factors stored in the non-volatile memory. Whenever the detergent dispenser is powered on, it determines the difference between the measured wash tank detergent concentration and a specified detergent concentration set point value. The computed average feed factor and the difference between the set point and the current detergent concentration are multiplied to compute a detergent feed on time. The detergent dispenser is then turned on for the computed feed on time, and after a suitable subsequent mixing period, the change in detergent concentration during the last feed cycle is determined and a new Feed Factor is computed and stored. The detergent concentration is preferably measured using logarithmic measurement units, and separate Feed Factors may be computed and used for at least two detergent concentration ranges.
摘要翻译： 一种洗涤剂分配器控制器，用于与诸如洗碗机的洗涤装置一起使用，其通过测量水箱中的洗涤剂溶液的电导率来测量水箱中的洗涤剂浓度。 洗涤剂控制器自动学习使用的洗涤剂分配器的进料速率，而不考虑使用的洗涤剂分配器的类型。 对于每个洗涤剂进料循环，控制器计算进料因子等于洗涤剂浓度每单位增加所需的洗涤剂进料量，这是洗涤剂进料速率的倒数。 控制器将计算的进给因子存储在非易失性存储器中的最后N个进给周期，并计算存储在非易失性存储器中的N个进给因子的运行平均值。 每当洗涤剂分配器通电时，它确定测量的洗涤剂洗涤剂浓度与规定的洗涤剂浓度设定值之间的差异。 计算平均进料因子和设定点与当前洗涤剂浓度之间的差值乘以计算洗涤剂进料的时间。 然后，洗涤剂分配器随时打开计算的进料，并且在合适的随后的混合时段之后，确定最后一个进料循环期间洗涤剂浓度的变化，并计算和储存新的进料因子。 洗涤剂浓度优选使用对数测量单位测量，并且可以计算分离的进料因子并将其用于至少两种洗涤剂浓度范围。
-
公开(公告)号：US5453131A
公开(公告)日：1995-09-26
申请号：US265493
申请日：1994-06-23
CPC分类号： A47L15/4418
摘要： A liquid chemical dispensing system for dispensing a plurality of liquid chemicals into a dishwasher includes at least a detergent pump and a rinse agent pump, a first switch indicating whether the dishwasher is a door type or a conveyor type dishwasher, a second switch indicating whether said controller is in training mode or in run mode, a non-volatile memory and a data processor. The liquid chemical dispensing system is powered on whenever the dishwasher is spraying rinse water. In the training mode, the data processor enables a user to set values for a rinse run time parameter, a detergent run time parameter, and a rinse delay time, and stores those parameters in the non-volatile memory. In the run mode for door type dishwashers, each time the system is powered on the data processor runs the detergent pump a length of time corresponding to the stored detergent run time parameter, delays running the rinse pump, from the time of each power on, by an amount of time corresponding to the stored rinse delay time parameter, and then runs the rinse pump a length of time corresponding to the stored rinse run time parameter. In the run mode for conveyor type dishwashers, the data processor runs the rinse pump each time the system is powered on, and runs the detergent pump for N seconds for each M seconds that the rinse pump is run, where N is the detergent run time parameter and M is a predefined value.
摘要翻译： 用于将多种液体化学品分配到洗碗机中的液体化学品分配系统至少包括洗涤剂泵和漂洗剂泵，指示洗碗机是门型还是传送式洗碗机的第一开关，指示所述 控制器处于训练模式或运行模式，非易失性存储器和数据处理器。 当洗碗机喷洒漂洗水时，液体化学品分配系统就开机。 在训练模式下，数据处理器使得用户能够设定冲洗运行时间参数，洗涤剂运行时间参数和冲洗延迟时间的值，并将这些参数存储在非易失性存储器中。 在门式洗碗机的运行模式中，每当系统通电时，数据处理器运行洗涤剂泵，从停电时间开始运行清洗剂运行时间参数，延长运行冲洗泵的时间， 通过与存储的冲洗延迟时间参数相对应的时间量，然后将冲洗泵运行与存储的冲洗运行时间参数相对应的一段时间。 在输送式洗碗机的运行模式下，数据处理器在每次系统通电时运行冲洗泵，并在漂洗泵运行的每M秒运行洗涤剂泵N秒，其中N是洗涤剂运行时间 参数和M是预定义值。
-
公开(公告)号：US5494061A
公开(公告)日：1996-02-27
申请号：US475855
申请日：1995-06-07
IPC分类号： A47L15/44
CPC分类号： A47L15/4418
摘要： A liquid chemical dispensing system for dispensing a plurality of liquid chemicals into a dishwasher includes at least a detergent pump and a rinse agent pump, a first switch indicating whether the dishwasher is a door type or a conveyor type dishwasher, a second switch indicating whether the controller is in training mode or in run mode, a non-volatile memory and a data processor. The liquid chemical dispensing system is powered on whenever the dishwasher is spraying rinse water. In the training mode, the data processor enables a user to set values for a rinse run time parameter, a detergent run time parameter, and a rinse delay time, and stores those parameters in the non-volatile memory. In the run mode for door type dishwashers, each time the system is powered on the data processor runs the detergent pump a length of time corresponding to the stored detergent run time parameter, delays running the rinse pump, from the time of each power on, by an amount of time corresponding to the stored rinse delay time parameter, and then runs the rinse pump a length of time corresponding to the stored rinse run time parameter. In the run mode for conveyor type dishwashers, the data processor runs the rinse pump each time the system is powered on, and runs the detergent pump for N seconds for each M seconds that the rinse pump is run, where N is the detergent run time parameter and M is a predefined value.
摘要翻译： 用于将多种液体化学品分配到洗碗机中的液体化学分配系统至少包括洗涤剂泵和冲洗剂泵，指示洗碗机是门型还是输送式洗碗机的第一开关，指示是否 控制器处于训练模式或运行模式，非易失性存储器和数据处理器。 当洗碗机喷洒漂洗水时，液体化学品分配系统就开机。 在训练模式下，数据处理器使得用户能够设定冲洗运行时间参数，洗涤剂运行时间参数和冲洗延迟时间的值，并将这些参数存储在非易失性存储器中。 在门式洗碗机的运行模式中，每当系统通电时，数据处理器运行洗涤剂泵，从停电时间开始运行清洗剂运行时间参数，延长运行冲洗泵的时间， 通过与存储的冲洗延迟时间参数相对应的时间量，然后将冲洗泵运行与存储的冲洗运行时间参数相对应的一段时间。 在输送式洗碗机的运行模式下，数据处理器在每次系统通电时运行冲洗泵，并在漂洗泵运行的每M秒运行洗涤剂泵N秒，其中N是洗涤剂运行时间 参数和M是预定义值。
-
-
搜索结果
3 条记录 (耗时 0.012 秒)
