47results about How to "Maximize contact surface" patented technology

A token includes a flat body made of a plastic material. The flat body has at least two parallel faces and a cavity which opens to at least one of the at least two parallel faces. The cavity receives an electronic identification device. At least one plug made of a plastic material is included. The plug is inserted into the cavity to retain the electronic device. The electronic device is in the form a pellet having outer film layers enveloping the electronic elements. The film layers are perforated.

Provided are a stator for a brushless direct-current (BLDC) motor, a BLDC motor having a double-rotor / single-stator structure, and a vehicle cooler using the same, which uses a printed circuit board for an assembly that automatically sets an assembly position of stator core assemblies, to thereby secure waterproof, light-weight, and high power features. The stator includes a holder, a boss which has built-in bearings in order to support a rotational axis, and which enables the rotational axis to be rotated, a number of stator core assemblies which respectively enclose bobbins having inner and outer flanges at the inner and outer sides of a number of division type stator cores and in which coils are wound around the bobbins, and a printed circuit board for an assembly in which each stator core assembly is automatically position-set and then assembled and both end portions of the coil are mutually connected by each phase of U, V and W. After each stator core assembly has been temporarily assembled on the assembly PCB, the stator core assembly is insert molded using thermosetting resin to thereby integrally form the holder and the boss in the stator.

A method of making a token, wherein the token includes a flat body made of a plastic material. The flat body has at least two parallel faces and a cavity which opens to at least one of the at least two parallel faces. The cavity receives an electronic identification device. At least one plug made of a plastic material is included. The plug is inserted into the cavity to retain the electronic device. The electronic device is in the form a pellet having outer film layers enveloping the electronic elements. The film layers are perforated. The method includes making the flat body, forming the cavity in the flat body, placing the electronic identification device in the cavity, inserting the at least one plug in the cavity, and fixing the at least one plug to the flat body using compression and heat so that the plastic material of the plug flows through the pellet.

The invention relates to a pen incapable of being opened by a child. The pen comprises a pen holder, a pen case and a pen refill, the pen refill is arranged in the pen holder, a first press rod capable of pressing the pen refill out of the pen holder is arranged in the pen case, a plurality of fixing rods are fixedly arranged outside the pen case, bumps are arranged on sides of the fixing rods, the outer side wall of the pen holder is rotatably connected with a plurality of arc-shaped fixing plates, through holes are formed in all the arc-shaped fixing plates, the width of each through hole is matched with that of each fixing rod, sliding grooves matched with the bumps are horizontally formed in the inner walls of the through holes, a first baffle plate is fixedly arranged on the outer side wall of the pen refill, a plurality of annularly distributed holes are formed in the pen holder, the press rod penetrates the holes and extends into the pen holder, and a second baffle plate is fixedly arranged at one end of the press rod positioned in the pen holder and is connected with the inner side wall of the pen holder through a first elastic component. The child can be prevented from opening a pen cap or pressing out the pen refill, and safety is high.

The invention belongs to the field of machines, and particularly relates to a movement track. The movement track comprises a conveying belt, a first mounting plate and a second mounting plate. A synchronous belt is supported by a first supporting part and a second supporting part to form a ring, wherein the upper surface of the ring is in a disconnected state. The two ends of the disconnected position are fixed to the first mounting plate and the second mounting plate separately, and the first mounting plate and the second mounting plate are connected through a connecting piece. The distance between the first mounting plate and the second mounting plate can be adjusted through the connecting piece. The movement track has the advantages that as being disconnected, the ring-shaped conveyingbelt can be installed on the supporting parts conveniently; and as the disconnected position of the conveying belt is installed on the first mounting plate and the second mounting plate, the distancebetween the first mounting plate and the second mounting plate can be adjusted through the connecting piece, so that the degree of tightness of the conveying belt is adjusted without replacing the conveying belt.

A four-point seat belt system for restraining a vehicle occupant in a vehicle seat is disclosed. The system includes a four-point seat belt restraint system mounted on a vehicle seat that includes a first lap belt portion having a back side and a second lap belt portion having a back side. A portion of at least one of the back side of the first lap belt portion or the back side of the second lap belt portion has a contour which substantially corresponds to the contour of the lap of the seated vehicle occupant. The contour is defined by a convex surface. Each of the buckle portion and the tongue portion may include a button release.

The invention relates to an annular connection clamp with a first clamping flange (22) which protrudes radially inwards and with an axial counter bearing (24) which is spaced from the clamping flange and which is made of a first and a second half-ring segment (20), each half-ring segment having a first and a second segment end. The first segment end of the first half-ring segment (20) has latching means (281) of a first type, and the second segment end of the second half-ring segment has corresponding latching means (282) of a second type, said latching means being pushed into each other in a tangential direction, thereby being latchable together. The second segment end of the half-ring segment (20) has latching means (282) of a second type, and the first segment end of the second half-ring segment (20) has latching means (281) of a first type, said latching means being pushed into each other in a tangential direction, thereby being latchable together.