1 wet wash amount calculate :
Double Rooms
each guest room laundry weight must be change or wash every day, such as:
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Bathroom：
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big turkish towel) 2 x 0.70 = 1.40 (kg)
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Washcloth 2 x 0.30 =0.60 (kg)
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hand towel 2 x 0.20= 0.40 (kg)
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rug on floor 1 x0.50=0.50 (kg)
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bathing dress 2x1.00 = 2.00 (kg)
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Bedroom：
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Bedsheet 2x 0.50= 1.00 (kg)
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Bedspread 2x1.00=2.00 (kg)
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Pillowcase 4x 0.20=0.80 (kg)
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total weight per guest room laundry = 8.70 (kg)
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total weight of guest room laundry X (room) Y(kg)
according to rate house 50% Y×50% （kg）（calculate）（laundry amount）
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2 Single Rooms
each guest room laundry weight must be change or wash every day, such as:
Bathroom：
big turkish towel 1 x 0.70 = 0.70 (kg)
washcloth 1 x 0.30 = 0.30 (kg)
hand towel 2 x 0.20 = 0.40 (kg)
rug on floor 1 x 0.50 = 0.50 (kg)
bathing dress 1 x 1.00 = 1.00 (kg)
Bedroom：
bedsheet 1 x 1.00 = 1.00 (kg)
bedspread 1 x 1.60 = 1.60 (kg)
pillowcase 2 x 0.20 = 0.40 (kg)
total weight per guest room laundry = 5.9 (kg)
total weight of guest room laundry) X (room) Y(kg)
according to rate house 50% Y×50% （kg）（calculate）（laundry amount）
3 restaurant
Chinese Restaurant seats X seat
tablecloths weight average everyone
dinner cloth weight 1 x 0.10 kg 0.10（kg ）
wet towel weight 1 x 0.10 kg 0.10（kg ）
each seat weight 1 x 0.05 kg 0.05 （kg）
total seat Xseat Y（kg）
rate seat 50% Y×50% （kg）
cycle every day 2 time Y×50%×2 （kg）
B：Ordinary restaurant booth washing capacity: the algorithm:
Table number×Table cloth weight×cycle every day ×rate seat=calculate laundry amount
4.staff
total of staff X人（person）
No. of staff on schedule Y% X×Y%（person）
(amount of ） Y%
1（time/1day）
weight per piece of wet wash uniform 1.5（kg）
wet wash amount/day （kg）
1+2+3+4=X/ day
Two. Calculation of dry cleaning of clothing
Refers to the guests, senior staff and other clothing dry cleaning capacity, according to data provided by your hotel, dry cleaning capacity is:
(1) employee dry cleaning: X, each 2 kg, wash once a day, every day is the dry cleaning is: 2 XKG/day
(2) the amount of guest clothing dry cleaning: W rooms, 2 people/between, according to 70% occupancy rate, about 5% of the guests need to dry cleaning every day, according to 1.0 Kg per meter, dry cleaning for a day: 2 W x 1.0 x 5% x 70% = YKg/day
(3) other washing capacity: : about 10 kg/day of total: (1) + (2) + (3) = QKg/day
(1) employee dry cleaning: X, each 2 kg, wash once a day, every day is the dry cleaning is: 2 XKG/day
(2) the amount of guest clothing dry cleaning: W rooms, 2 people/between, according to 70% occupancy rate, about 5% of the guests need to dry cleaning every day, according to 1.0 Kg per meter, dry cleaning for a day: 2 W x 1.0 x 5% x 70% = YKg/day
(3) other washing capacity: : about 10 kg/day of total: (1) + (2) + (3) = QKg/day
Three. The washing, dry-cleaning washing capacity: calculate every hour or every time
(1) water wash: fully automatic washing each 1, washing program takes about 0.67 hours a day XKg wet cleaning quantity, according to the actual operation work week, 8 hours, amount of wet cleaning every day at a time:
The total time 480 X daily work
P = present total washed every day -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- - = each washing capacity: = X present -- -- -- -- -- -- -- -- -- -- = -- -- -- -- -- -- -- --
40 points and 12 every washing time
(2) dry cleaning: full automatic dry cleaners on each 1 time washing procedure takes about an hour, a day YKg dry cleaning quantity, according to the eight hour day, the amount of dry cleaning: an hour every day
Y day total time 480 points
P = present total washed every day -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- - = each washing capacity: = X present -- -- -- -- -- -- -- -- -- -- = -- -- -- -- -- -- -- --
40 points and 12 every washing time
(1) water wash: fully automatic washing each 1, washing program takes about 0.67 hours a day XKg wet cleaning quantity, according to the actual operation work week, 8 hours, amount of wet cleaning every day at a time:
The total time 480 X daily work
P = present total washed every day -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- - = each washing capacity: = X present -- -- -- -- -- -- -- -- -- -- = -- -- -- -- -- -- -- --
40 points and 12 every washing time
(2) dry cleaning: full automatic dry cleaners on each 1 time washing procedure takes about an hour, a day YKg dry cleaning quantity, according to the eight hour day, the amount of dry cleaning: an hour every day
Y day total time 480 points
P = present total washed every day -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- - = each washing capacity: = X present -- -- -- -- -- -- -- -- -- -- = -- -- -- -- -- -- -- --
40 points and 12 every washing time
Four. Design washed, dry cleaning equipment capacity allocation and theoretical calculation
1. The washing device configuration
Each washing capacity: (1) wash offline configuration: known as XKg, now with capacity respectively...Kg washing machine X....YKg (bigger than X) automatic match of washing, the theory of wet cleaning equipment and washing capacity: the ratio of:
X wet cleaning equipment capacity
-- -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- - * 100% = -- -- -- -- -- by 100%
The theoretical calculation quantity Y
Theoretical calculation and the actual equipment basic balance capacity, conform to the principle of capacity configuration.
(2) the dryer configuration: after wash cloth grass to drying by the dryer, bedding, table cloth, dinner cloth, restaurant
Also need the dryer drying out 60-70% of the water, after reoccupy smoothing out wrinkles in machine, ironing machine can reduce working hours, can also reduce energy consumption.Dryer configuration principle is: the capacity of the dryer and washing capacity volume ratio of 1:1. 2, known YKg/time washing capacity, so the dryer configuration capacity to Y x 1.2 = 1.2 YKg/time.
Are now in capacity of Xkg dryers X...Automatic dryers with it.
Conform to the ratio of the capacity of the dryer and washing capacity allocation principles.
(3) the ironing machine configuration:
Ironing machine configuration: now with 1 double tank heating type heating iron machine, 3 - feeding speed of 25 meters/distribution.
Advice: 1, ironing, group work time for 1 shifts can conform to the principle of time speed configuration;
2, configuration, a folding machine.
2. Dry cleaning equipment: every known QKg dry cleaning quantity, now with dry cleaning capacity of...Kg of dry cleaners to match.
Advice: 1, the dry cleaning group work for X hours, can conform to the principle of time speed configuration.
Theoretical calculation and actual configuration capacity of basic balance, conform to the principle of capacity configuration.
1. The washing device configuration
Each washing capacity: (1) wash offline configuration: known as XKg, now with capacity respectively...Kg washing machine X....YKg (bigger than X) automatic match of washing, the theory of wet cleaning equipment and washing capacity: the ratio of:
X wet cleaning equipment capacity
-- -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- - * 100% = -- -- -- -- -- by 100%
The theoretical calculation quantity Y
Theoretical calculation and the actual equipment basic balance capacity, conform to the principle of capacity configuration.
(2) the dryer configuration: after wash cloth grass to drying by the dryer, bedding, table cloth, dinner cloth, restaurant
Also need the dryer drying out 60-70% of the water, after reoccupy smoothing out wrinkles in machine, ironing machine can reduce working hours, can also reduce energy consumption.Dryer configuration principle is: the capacity of the dryer and washing capacity volume ratio of 1:1. 2, known YKg/time washing capacity, so the dryer configuration capacity to Y x 1.2 = 1.2 YKg/time.
Are now in capacity of Xkg dryers X...Automatic dryers with it.
Conform to the ratio of the capacity of the dryer and washing capacity allocation principles.
(3) the ironing machine configuration:
Ironing machine configuration: now with 1 double tank heating type heating iron machine, 3 - feeding speed of 25 meters/distribution.
Advice: 1, ironing, group work time for 1 shifts can conform to the principle of time speed configuration;
2, configuration, a folding machine.
2. Dry cleaning equipment: every known QKg dry cleaning quantity, now with dry cleaning capacity of...Kg of dry cleaners to match.
Advice: 1, the dry cleaning group work for X hours, can conform to the principle of time speed configuration.
Theoretical calculation and actual configuration capacity of basic balance, conform to the principle of capacity configuration.
Five. Laundry equipment allocation analysis
Through the above analysis results chosen by the dry, wet cleaning equipment, the equipment and theory of washing clothes washing capacity basically achieve balance between quantity, can satisfy the requirement of the expensive unit washing.Therefore, our laundry equipment configuration scheme is established on the basis of scientific theory the feasibility of the scheme.
Through the above analysis results chosen by the dry, wet cleaning equipment, the equipment and theory of washing clothes washing capacity basically achieve balance between quantity, can satisfy the requirement of the expensive unit washing.Therefore, our laundry equipment configuration scheme is established on the basis of scientific theory the feasibility of the scheme.
