Hi Megahertz, the code below is tested for a PIC12F675, it's the Henrik's code but with 3 minor modifications (Sens var type, Aliases index, and inverted counter)
All the credit is to Mr. Olsson

Code:
    #CONFIG
    __config _INTRC_OSC_NOCLKOUT & _WDT_OFF & _MCLRE_OFF & _CP_OFF & _CPD_OFF
    #ENDCONFIG

DEFINE OSCCAL_1K 1              'Internal Clock Auto-cal (for reliable RS232)
ansel=0                         'Don't use ADC's
cmcon=7                         'Don't use analog comparators

DEFINE DEBUG_REG GPIO           'Set Debug pin port 
DEFINE DEBUG_BIT 0              'Set Debug pin bit
DEFINE DEBUG_BAUD 2400          'Set Debug baud rate
DEFINE DEBUG_MODE 0             'Set Debug mode: 0 = true, 1 = inverted

Sens VAR Byte                   ' 5bit array for sensor bits 

Sens1 VAR Sens[1]               ' Aliases to the array bits.
Sens2 VAR Sens[2]
Sens3 VAR Sens[3]
Sens4 VAR Sens[4]
Sens5 VAR Sens[5]

Multiplicator VAR WORD
Value VAR WORD
i VAR BYTE

Begin:

sens1 = 1                         'Sensor 1 is high
sens2 = 0                         'Sensor 2 is low
sens3 = 1                         'Sensor 3 is high
sens4 = 0                         'Sensor 4 is low
sens5 = 1                         'Sensor 5 is high

CalculateValue:
    Multiplicator = 1
    Value = 0
    
    For i = 5 to 1 step -1      ' Index the 5 sensor bits of the array
        IF Sens[i] THEN
            Value = Value + (i * Multiplicator)
            Multiplicator = Multiplicator * 10
        ENDIF
    NEXT
debug "Sensors : ",#value,13,10
pause 1000
goto begin
Ivan.