31 results about "Transverse band" patented technology

A method and system for capturing and analyzing an image of a moving web of cigarette paper having a plurality of transverse banded regions. The captured images of the moving web of cigarette paper are analyzed to determine various characteristics of a population of cigarettes made with the cigarette paper. Each captured image is decomposed into a matrix of grey scale values associated with individual pixels of the image. The values are further processed to determine a width of a banded region on the cigarette paper. The average widths of banded regions, as well as the standard deviation of widths may be analyzed and correlated to freeburn and ignition propensity characteristics of a population of cigarettes formed from the measured cigarette paper.

Folding, flat storable box including a foldable inner container, formed by a first longitudinal band closed on itself and forming a first deformable prism unfoldable between a flat position and a deployed position, and secured to a second transverse band secured, on a base, to a third longitudinal band deformable between a flat position and a folded position where the third band closed on itself surrounds the inner container which can be folded over, when the inner container is in a deployed and folded down position, in abutment on the main base, where the base includes at least one projecting indexing element for holding the inner container in a single particular deployed position of the first prism on the base, when the inner container is in the position folded over onto the base.

A backlight includes a light guide and a first and second light source adapted for independent operation and arranged to inject a first and second light beam, respectively, into the light guide through different portions of the light injection surface. Each light source includes a lamp and a concave reflector to partially collimate light from the lamp. One major surface of the light guide includes prismatic structures that are parallel to a first axis. Another major surface of the light guide includes lenticular structures that are parallel to each other but perpendicular to the prismatic structures. The lenticular structures limit spatial spreading for light that remains in the light guide.; Each light source cooperates with the light guide to provide light that is substantially laterally confined to a transverse band of the light guide, even though the light guide contains no gaps that define slats to accomplish such confinement.

The invention discloses a transversely heated ice melting blade of wind turbine and a device and a method of melting. The blade of wind turbine is provided with a heating layer, an insulation layer and a lighting protection layer which the cover of blades. The heating layer is embedded in the heating material by the heating power wire. The heating layer adopts the method of radial conduction and the transverse heating. The heating layer consists of heating material and heating power wire on radial conduction. The heating layer consists of a transverse wire, a heating tape and an insulated tape on the transverse heating. The heating transverse tape and the insulated transverse tape distributes in interval. The heating transverse tape involves two kinds: the transverse banding and the transverse opened-window. The automatic melting device consists of a switching circuit, a microprocessor and a communication module. The microprocessor makes control for the switching circuit under the control of control center, and then drives procedure of microprocessor and the automatic ice melting subroutine to melt or finish melting. The transversely heated ice melting blade of wind turbine and a device and a method of melting can judge the blade whether freeze or not and the automatically melt in time to avoid turbine stopping working for freezing.

The invention discloses an apparatus for nondestructive detection of the underline structure of a high speed railway. The apparatus comprises: an m column * n row sensor array formed by using m*n sensors, wherein every wave detector is correspondingly arranged in every intersection; and a recorder respectively connected with the m*n wave detectors, wherein m and n are natural numbers being more than or equal to 2. The apparatus for nondestructive detection of the underline structure of a high speed railway connects the wave detectors through using transverse bands and longitudinal bands to form a movable integral body, so the problems of influences of great manpower and long time consumed in the arrangement, recovery and movement process of the wave detectors on the working efficiency in the prior art and influences of long-time occupation of a track board on the traffic and the safety of the high-speed rail are solved.

The invention discloses a material sawing mechanism of a full-automatic brick cutting machine. The mechanism mainly comprises a machine frame, a longitudinal material sawing mechanism and a transverse material sawing mechanism, wherein the longitudinal material sawing mechanism mainly comprises a longitudinal driving motor, a longitudinal band saw, paired longitudinal belt wheels and a material retaining plate, and the transverse material sawing mechanism mainly comprises a transverse material sawing frame, a transverse rail, paired transverse belt wheels, a transverse driving motor and a transverse band saw. The mechanism has the advantages that the band saw is used as the material sawing tool, and the effect of one saw special for one brick is realized, so the material sawing efficiency is effectively improved, the quantity of saw dust wastes is little, and the size of saw dust is precise; under the action of matching of an electric control cabinet, a hydraulic pump, each oil cylinder and each travel control probe, the full-automatic operation is realized.

A chewing gum pocket having a flexible sheet with a smooth surface with a first surface, an obverse second surface, a longitudinal axis and a transverse axis. Tacky adhesive is applied as transverse bands at opposing ends of said first side of said sheet. Said sheet is scored along a generally transverse axis, generally bisecting said sheet. The sheet can then be folded so as to form a pocket with a smooth surface for temporarily store previously chewed gum for continued use or a tacky interior surface for disposal of said chewing gum. Said pocket is manufactured in a sterile environment. Releaseable sheets cover said first and second sides of said sheet and are enclosed in an envelope for convenient distribution.

Provided is a file box with buckles with six bands. The file box is composed of a box body and a box cover and is characterized in that the inner buckles and the outer buckles are arranged, the inner buckles are composed of three transverse bands and two plug pins, and the outer buckles are composed of three longitudinal bands and two plug pins; the two ends of each of four bands forming an inserting sleeve are implanted and penetrate out from inside to outside and then are implanted and penetrate from another two holes, the bands are knotted by themselves to be fixed or connected end to end to be fixed, and the two ends of two bands fixing each plug pin are implanted and penetrate from inside to outside to be tied on the plug pin; and during use, the file box can be firmly buckled simply by inserting the plug pins into the corresponding inserting sleeves, the firmly buckled inner buckles and the three transverse bands are connected into a whole, and the firmly buckled outer buckles and the three longitudinal bands are connected into a whole. The file box has the beneficial effects that the six ropes are directly implanted into the inside and outside of the box body and the box cover to form the inserting sleeves and fix the plug pins, the obstacles caused by a glue fixing system to file work are eliminated, the harm caused by formaldehyde to a file manager is eliminated, binding is firm, and the file box is environment-friendly and durable.

The invention discloses a repairing and reinforcing method for a partition type outer wall outer heat insulation system. The repairing and reinforcing method comprises the following steps that (1) a plurality of transverse band-shaped areas are cut out on an original outer wall surface at equal intervals, cutting is conducted until reaching a base layer wall body, the original heat insulation system is removed and cleaned up, and interface treatment is conducted on the band-shaped areas by painting an interface agent; (2) a plurality of rectangular mortar blocks are whitewashed out in the transverse band-shaped areas at equal intervals by using premixed mortar, and each rectangular mortar block is flush with the original outer wall surface in thickness; (3) lightweight heat insulation mortar is whitewashed in the rest areas of the transverse band-shaped areas, and the lightweight heat insulation mortar is flush with the original outer wall surface in thickness; (4) fiber cloth is laidand attached by using an adhesion agent in the longitudinal direction along the parts with the rectangular mortar blocks, and interfacial roughening is conducted by scattering sand on the surface of the adhesion agent before the adhesion agent is not fully solidified; (5) flexible crack-resistant mortar is whitewashed on the entire outer wall surface in a batched mode, and an alkali-resistant fiberglass mesh is embedded in and is reinforced by using anchor bolts; and (6) finally, a decorative finish layer is restored. The repairing and reinforcing method for the partition type outer wall outerheat insulation system is small in reconstruction area, convenient to construct, low in cost, short in period and little in influence.

A medical pressurizing staltic waist band unit for the intervention therapy is composed of a transverse band with fixing ring, an oblique left band, and an oblique right band perpendicular to said left one and with two ends able to be stuck together.

An intelligent detection device for customizing personalized cups comprises a corseting transverse band, a left cup detection unit and a right cup detection unit, the corseting transverse band comprises a band free end, a band body and a band fixed end which are connected in sequence, and a long sliding groove coaxial with the band body is formed in the front face of the middle of the band body, the left cup detection unit and the right cup detection unit are both located above the bridle body and are oppositely arranged left and right; the left cup detection unit and the right cup detection unit are similar in structure, the left cup detection unit comprises a left vertical strap and a plurality of left measuring straps, a left fixing part is arranged at the top end of the left vertical strap, the bottom end of the left vertical strap is connected with the top ends of all the left measuring straps, the bottom ends of the left measuring straps penetrate through the interior of the left sliding block, the back face of the left sliding block is in sliding fit along the long sliding groove. According to the design, the measuring effect is good, the shape and pressure of the cups can be considered, the customization effect better conforms to the use state, and the comfort level is high.

The invention discloses a portable special chest-back band of a power transmission split-phase grounding wire, which comprises a transverse band which can be wound on the chest and the back, a snap fastener which can be engaged and fixedly together is respectively installed on the junction of two ends of the transverse band, the upper side of the transverse band is symmetrically provided with two shoulder belts as well as hooks and hanging rings of the shoulder belts, and three pockets with a pocket mouth facing upwards and being capable of holding grounding wires are uniformly and symmetrically arranged on the front surface of the transverse band. When in use, the portable special chest-back band is fixed on the chest and the back, three grounding wires are respectively arranged inside each pocket, and the special chest-back band has the advantages of stability in carrying and no influence on safety.