1. Method for affixing a reusable fastener that consists of a fastener tape and a fastener strip to a baby diaper,
whereby strips that consist of a carrier and a material laminated on, having fastener elements in the form of loops or hooks, are cut from a material web with a cut crosswise to the running direction of the web and passed to a first workstation by means of a rotating transfer device,
whereby in the first workstation the strips are applied without adhesive to a web from which diapers or part of diapers are produced and are basted on and merely fixed in place by means of local melting and flow processes by means of ultrasound bonding,
whereby afterwards the web is passed through a spatially separate second workstation, in which the strips are firmly bonded to the web by means of cold pressing.
2. Method according to claim 1, wherein the strips are cut from a material web, with a cut transverse to the web running direction, and passed to the first workstation by means of a transfer device, in which the strips are applied to a web from which the diapers or parts of the diapers are produced, and basted on by means of thermobonding or ultrasound bonding, and that afterwards, the web is passed through the second workstation, in which the strips are firmly bonded to the web.
3. Method according to claim 2, wherein a rotating transfer device is used, which passes the strips to the workstation with a rotational movement in the same direction as the running direction of the web.
4. Method according to claim 1, wherein a bond is produced between strip and diaper, which consists of attachment points disposed densely next to one another.
The claims below are in addition to those above.
All refrences to claim(s) which appear below refer to the numbering after this setence.
1. An internal sleeve in a double-lamp socket comprising:
a tubular socket having an upper opening, a lower opening, a through hole in a middle periphery communicating to a longitudinal slot in upper periphery, a pair of hooks each facing a block plate symmetrically formed on lower opposing outer peripheries so as to define a pair of gaps therebetween, an elongate inlaid groove and a first short inlaid groove symmetrically formed in upper opposing inner peripheries and a second short inlaid groove in a lower inner periphery under said first short inlaid groove;
a common contact plate disposed in said elongate inlaid groove of said socket;
an internal sleeve disposed in said first short inlaid groove and having a concave in a guide groove and a pair of lateral sides stopped against a pair of lateral walls of said first short inlaid groove;
a first electric wire inserted into said internal sleeve via said through hole and having a first contact plate inlaid into said concave of said internal sleeve;
a second electric wire inserted into said socket via said through hole and having a second contact plate inlaid into said second short inlaid groove;
a first lamp inserted into the upper opening of said socket and having an inverse L-shaped stop plate on one side of a base engaged within said longitudinal slot, a first bulb on top and a pair of lead-in wires attached to lateral side of said base respectively engaged with said common contact plate and said first contact plate;
a second lamp inserted into the lower opening of said socket and having a pair of L-shaped stop plates symmetrically formed on opposing outer peripheries of a base respectively engaged within said gaps, a second bulb on lower end and a pair of lead-in wires attached to lateral sides of said base respectively engaged with said common contact plate and said second contact plate;
whereby, a series circuit is therefore constituted inside said socket.
2. The internal sleeve as recited in claim 1, wherein said hooks are provided to hook said electric wires and a non-conductive wire.
3. The internal sleeve as recited in claim 1, wherein said double-lamp sockets are capable of making a string of Christmas lights andor a network of Christmas lights by adding a non-conductive wire therein.
4. An internal sleeve in a double-lamp socket comprising:
a tubular socket having an upper opening, a lower opening, a through hole in a middle periphery, a pair of hooks each facing a block plate symmetrically formed on lower opposing peripheries so as to define a pair of gaps therebetween, an elongate inlaid groove and a first short inlaid groove symmetrically formed in upper opposing inner peripheries, and a second short inlaid groove in a lower inner periphery under said first short inlaid groove;
a common contact plate disposed in said elongate inlaid groove of said socket;
a pair of first and second internal sleeves of same structure symmetrically and respectively disposed into said first and second short inlaid grooves each having a concave in a guide groove and a pair of lateral sides stopped against a pair of lateral walls of said short inlaid grooves;
a first electric wire inserted into said socket via said through hole and having a first contact plate inlaid into said concave of said first internal sleeve;
a second electric wire inserted into said socket via said through hole and having a second contact plate inlaid into said concave of said second internal sleeve;
a first lamp inserted into the upper opening of said socket and having a bulb on top and a pair of lead-in wires attached on lateral sides of a base respectively engaged with said common contact plate and said first contact plate;
a second lamp inserted into the lower opening of said socket and having a bulb on lower end of a base, a pair of L-shaped stop plates respectively engaged within said gaps and a pair of lead-in attached on lateral sides of said base respectively engaged with said common contact plate and said second contact plate;
whereby, a series circuit is therefore constituted inside said socket.
5. The internal sleeve as recited in claim 4, wherein said hooks are provided to hook said electric wires and a non-conductive wire.
6. The internal sleeve as recited in claim 4, wherein said double-lamp sockets a capable of making a string of Christmas lights andor a network of Christmas lights by adding a non-conductive wire therein.