surface fastener bands 1 find various applications to many fields . a surface fastener band 1 can be used to bind a plurality of electrical cables together . and , it can be also used as a medical compression band which is firmly wrapped around a bleeding arm of a person to stop bleeding such as in an emergency situation , e . g ., traffic accident . as shown in fig7 the surface fastener band 1 is made by connecting two fastener halves 2 , 3 at the respective ends 12 , 13 such as by welding ; one fastener half 2 being a hooked fastener and the other 3 a looped fastener , as shown in fig6 . the hooked fastener half 2 comprises a base fabric 4 and a multiplicity of hook - like fastener elements 5 planted or anchored thereof as shown in fig1 . the looped fastener half 3 comprises a base fabric 6 and a multiplicity of loop - like fastener elements 7 planted or anchored on one surface thereof as shown in fig9 . alternatively , each fastener half 8 may be a mixed hook / loop fastener 8 comprising a base fabric 9 and a multiplicity of hook - like fastener elements 10 and a multiplicity of loop - like fastener 11 provided on one and the same surface thereof , as shown in fig1 . as shown in fig7 a pair of matching fastener halves 2 , 3 are attached at their respective meeting edges 12 , 13 to each other by welding them with the welding device , as closely described hereinafter , to provide the surface fastener band 1 . in use , the surface fastener band 1 is wrapped around something such as cables and has its both distal ends 12 &# 39 ;, 13 &# 39 ; attached to each other by engaging the hook - like fastener elements 5 and the loop - like fastener elements 7 together , as shown in fig8 . referring now to fig1 an apparatus for manufacturing surface fastener bands 1 according to the present invention broadly comprises : a pair of grippers 31 , 31 &# 39 ;; a joining means 33 for intermittently joining leading ends 35 &# 39 ;, 36 &# 39 ; of a pair of continuous mating material tapes 35 , 36 at a joining station 37 to provide a complete surface fastener band 1 ; an endless belt conveyor mechanism 39 for continuously feeding the complete surface fastener bands 1 to a withdrawal station 41 ; and pressing means 38 for pressing the fastener bands 1 against the endless belt conveyor mechanism 39 for surface - to - surface engagement of the fastener band 1 with an endless belt 75 , as described hereinbelow . as shown in fig1 a pair of grippers 31 , 31 &# 39 ; are slidably mounted on respective gripper rails ( not shown ) for movable toward and away from the joining station 37 from opposite sides for intermittently transporting the two mating material fastener tapes 35 , 36 to the joining station 37 . as shown in fig1 the left ( as viewed in fig1 ) gripper 31 grips the hook - like material tapes 35 while the right gripper 31 &# 39 ; grips the loop - like material tapes 36 . the grippers 31 , 31 &# 39 ; place the mating material tapes 35 , 36 with their leading ends 35 &# 39 ;, 36 &# 39 ; overlapped to each other , as better shown in fig3 . the joining means 33 comprises an upper stationary ultrasonic horn 51 and a lower anvil 53 disposed in vertically opposed relation to each other . the stationary ultrasonic horn 51 has its lower operative end disposed slightly above the transportation path of the continuous material tapes 35 , 36 . the lower anvil 53 is vertically movable toward and away from the stationary ultrasonic horn 51 for intermittently welding the leading ends 35 &# 39 ;, 36 &# 39 ; of the mating material tapes 35 , 36 disposed therebetween . as shown in fig1 through 4 , a pair of compression air nozzles 55 , 55 &# 39 ; are mounted one on each side of the stationary ultrasonic horn 51 . each nozzle 55 is directed downward so as to jet compressed air downward . as shown in fig1 an endless belt conveyor mechanism 39 has its upstream end beside the joining station 37 . the endless belt conveyor mechanism 39 is disposed normal to the transportation path of the mating material tapes 35 , 36 . the endless belt conveyor mechanism 39 comprises a belt frame 71 , a plurality of rollers 73 ( only end rollers are seen in fig1 ) mounted in a line on the belt frame 71 and an endless belt 75 wrapped around the rollers 73 . one of the rollers 73 , such as the one shown near the joining station 37 , is operatively connected to any suitable driving means such as an electrical motor 74 for rotating the endless belt 75 continually . an elongated hooked fastener tape 77 is attached to the entire upper surface of the endless belt 75 for the purpose described hereinbelow . the pressing means 38 is disposed above the upstream end of the endless belt conveyor mechanism 39 and vertically movable toward and away from the upper side of the endless belt 75 . the pressing means 38 comprises a vertically movable roller frame 81 and a presser roller 83 free - rotatably mounted on the frame 81 for pressing the surface fastener bands 1 against the upper surface of the hook - like surface fastener tape 77 wrapped around the endless belt 75 . a punch - and - die cutting device p , p &# 39 ; is provided upstream of each gripper 31 , 31 &# 39 ; for severing the continuous surface fastener material tapes 35 , 36 into surface fastener halves 2 , 3 . since the construction and operation of the punch - and - die cutting device p , p &# 39 ; is well known in this field , any further explanation is not necessary . a withdrawal station 41 is provided in any position intermediate between the opposed ends of the endless belt conveyor mechanism 39 . at the withdrawal station 41 , a worker or a robot hand takes the complete surface fastener bands 1 out of engagement with the endless surface fastener tape 77 . in addition , detecting means 101 such as a photodiode and a light - emitting diode is disposed slightly upstream of the downstream end of the endless belt conveyor mechanism 39 . the detecting means 101 is designed for detecting whether any surface fastener band 1 remains engaged on the endless surface fastener tape 77 by mistake . if it detects a surface fastener band 1 remaining on the endless fastener tape 77 , then the detecting mans transmit a signal to deenergize the whole apparatus , thereby preventing trouble in the withdrawing operation of complete surface fastener bands 1 . in operation , the continuous mating surface fastener tapes 35 , 36 are transported to the joining station 37 from the opposed side by the grippers 31 , 31 &# 39 ; along the path of transportation . slightly before the leading ends 35 &# 39 ;, 36 &# 39 ; of the mating material surface tapes 35 , 36 reach the joining station 37 , as shown in fig2 the right ( as viewed in fig2 ) nozzle 55 jets compressed air downward so as to deflect the leading end 36 &# 39 ; of the right material surface tape 36 downward . the mating continuous surface fastener tapes 35 , 36 advance toward each other to the joining station 37 with the leading end 36 &# 39 ; of the right tape 36 remaining deflected beneath the leading end 35 &# 39 ; of the left tape 35 until the respective leading ends 35 &# 39 ;, 36 &# 39 ; of the continuous material tapes 35 , 36 are overlapped with each other , as shown in fig3 . at this instant , as shown in fig4 the lower movable anvil 53 ascends to lift the thus overlapped leading ends 35 &# 39 ;, 36 &# 39 ; of the continuous material tapes 35 , 36 against the ultrasonic horn 51 so that the continuous material tapes 35 , 36 are welded along their overlapped ends 35 &# 39 ;, 36 &# 39 ; under ultrasonic energy . at the same time , the continuous material tapes 35 , 36 are severed on the opposed sides of the joining station 37 by the punch - and - die cutting devices p , p &# 39 ; to thus provide a complete surface fastener tape band 1 shown in fig7 . as the foregoing cycle is repeated , a succession of surface fastener tape bands 1 can be produced . as shown in fig5 the movable anvil 53 descends and at the same time the presser roller 83 also descends to depress the thus produced surface fastener band 1 against the upper surface of the continuous hook - like surface fastener tape 77 wrapped around the endless belt 75 so that the surface fastener tape bands 1 are tentatively attached to the endless belt 75 in a succession , as better shown in fig1 . as the surface fastener tape bands 1 are produced at the joining station , they are fed by the endless belt conveyer mechanism 39 to the withdrawal station 41 . when the surface fastener tape bands 1 reach the withdrawal station 41 , either a worker or a robot hand takes them from the continuous surface fastener tape 77 and packs them into a box 103 . alternatively , the surface fastener tape band 1 may go to a subsequent step in which a connecting ring ( not shown ) is to be attached to either end of the surface fastener tape band 1 . the driving speed of the endless belt conveyer mechanism 39 may be suitably adjusted in timed relation with the operation speed of the joining station and the operation speed of the withdrawal station . it is to be noted that which type of continuous surface fastener tape 77 must be wrapped around the endless belt 75 , a hook - like one or a loop - like one , depends on which type of surface fastener band 1 the endless belt 75 engage . if the surface fastener bands 1 are hook - like ones , then loop - like continuous surface fastener tape 77 must be wrapped around the endless belt 75 , and vice and versa . so , if a continuous surface fastener tape 77 of the mixed hook / loop surface fastener as shown in fig1 is wrapped around the belt 75 , this tape 77 is advantageously applicable to both hook - like and loop - like surface fastener bands 1 . with the construction as set forth hereinabove , as surface fastener bands are manufactured , they are fed to withdrawal station positively and smoothly without unnecessary engagement with each other during the feeding so that they are packed easily and neatly at the withdrawal station . although the present invention has been described with reference to a specific embodiment , those of skill in the art will recognize that changes may be made thereto without departing from the scope and spirit of the invention as set forth in the appended claims .