30results about How to "Laborious and time-consuming" patented technology

A device is provided for testing surfaces of a card for the presence of explosives, drugs or other substances of interest. The device includes a slot for receiving the card. Thin metallic wiper blades are dispose in alignment with the slot and wipe over surfaces of the card as the card is passed through the slot. Thus, substances on the surface of the card are transferred to the wiper blade. The wiper blade then is enclosed and rapidly heated to desorb the material retrieved from the card. The enclosure then is placed in communication with a detector to test for the presence of substances of interest.

Disclosed herein a reversible terminator nucleotides and methods of use.

The invention relates to labeling and/or printing devices, methods and systems for applying coding and/or labeling to containers that are stacked or otherwise organized in a group (e.g., containers stacked on a pallet). In embodiments of the invention, labeling and/or printing devices are mounted on carriages that are capable of moving in a vertical direction to apply labels as they move. Horizontal movement is imparted either by moving such carriages in a horizontal direction adjacent to the containers, or by moving the containers themselves (or the pallet holding them) in a horizontal direction adjacent to such carriages. Multiple carriages with labeling devices may be provided to provide simultaneous labeling to more than one side of a group of stacked containers. Embodiments of the invention are capable of providing labeling of containers that are uniformly or non-uniformly grouped or stacked.

The present invention concerns a frame member (10), a frame formed from the frame member (10) and a panel including the frame for use in a cladding assembly for cladding a structure. The frame member (10) of the present invention is adapted to be joined together with other frame members (10) to form the frame, each frame member (10) includes at least four walls including an inner frame wall (11), an opposed outer frame wall (12), a panel abutting wall (13) and an opposed structure abutting wall (14) having a free end (15) with an outer edge protrusion (16). A receiving opening (19) is defined between a portion of the outer frame wall (12) and the outer edge protrusion (16) for receiving one or more fasteners which engage the outer edge protrusion (16) for, in use, fastening the frame member (10) and thereby the frame and preformed panel to the structure.

A new product and process for producing an integrated textile embellishments such as patches, emblems, appliqués, labels and cut textile parts (including woven, knits and nonwoven structures made of both natural and or synthetic fibers) incorporating adhesives that permanently bond by heat-sealing to waterproof and/or waterproof-breathable fabrics including Gore-Tex®, Sympatex™ and other fabrics having durable water repellant finishes (DWR). This eliminates the tedious and cost intensive sewing operations previously needed to attach textile embellishments to such fabrics. The product and process includes a top layer decorative element, a second layer bonded to the top layer through lamination or chemical bonding to create a more uniform or smooth surface, and a thermal adhesive layer bonded to the second layer and capable of heat-application to textile based textile based products such as apparel and or accessories, headwear, outdoor furnishings and luggage. Products of this type can survive multiple washes and are desired by manufactures for their ease of application, saving time, money and reducing complexity in the application process

A method of wash-durably bonding integrated textile emblems such as patches, emblems, labels and cut textile parts to another textile article by laminating a pressure sensitive acrylic polymer adhesive to the back surface of the textile emblem. The acrylic polymer adhesive has a storage modulus that is greater than a loss modulus throughout a frequency range of from 0.1885 Hz to 628 Hz where bonding and debonding are expected to occur, and is devoid of any cross linking additives or reagents. The integrated textile emblem with laminated pressure sensitive acrylic polymer adhesive has improved adhesion to low-to-high energy surfaces, is not water soluble and is of adequate thickness to provide a wash-durable textile-to-textile bond capable of seaming or permanently attaching items such as textile panels, appliqué bearing text, numbers, logos and other indicia for the apparel, accessory and other industries.

This covers a game kit, system, method, and device for the balloon games. A game kit for the Balloon Stomper/popping/hitting/kicking/bursting game. The kit consists of a balloon, a tether for the balloon, and a device for attaching the balloon to a player, as an example. As one example, the game involves tying a balloon to the ankle of each player. Then the players try to stomp on each other's balloons, while protecting their own balloon. The winner is the last person or team with a balloon that has not been popped. There are many other variations for the game/rules as explained here in more details. One problem with the game is that preparing a large number of game set-ups is time consuming and labor intensive. This is intended to make both set-up and clean-up of the balloon stomper game simpler. It also deals with the balloon weight setup and system.

In certain embodiments, a method includes forming a composite semiconductor structure for altering a rate of thermal expansion of a first substrate. The composite semiconductor structure is formed by atomically bonding a first surface of a thermal matching substrate to a first surface of the first substrate, and atomically bonding a second surface of the thermal matching substrate to a first surface of a balancing substrate. The thermal matching substrate is adapted to alter the rate of thermal expansion of the first substrate and the balancing substrate is adapted to substantially prevent warping of the composite semiconductor structure.

The invention relates to the field of crop selection and crop breeding, particularly to selection methods for breeding colony varieties of crops involving self-pollination and normal cross-pollination. Selection methods include crossing male parents with female parents to obtain crop populations, wherein the female parents are individual plants in a segregation population or self-crossed descendants of early segregation generations, said segregation population obtained by hybridizing pairs of parental plants with different desired characteristics to produce population F1, and then hybridizing pairs of F1 one more time. The male parents are homozygous breeding lines, varieties, F1, heterozygous plants in the segregation generations or individual plants produced in the same manner as for the female group. Crop populations and colony varieties of crops display characteristics of consistency, stability, specificity, disease resistance, high yield, and high adaptability while permitting farmers to reserve seeds properly and companies to exploit pedigreed seed on a large scale.

The objects of the present invention are to provide a durable magnetic field molding device for producing molded bodies for ferrite magnets, which needs a controlled amount of releasing agent, reduces production cost and improves productivity, and die and magnetic field molding method. The lower die 12B of the die 12 is coated, on the surface which defines the cavity 11, with the coating film 30 with a high hardness and a low friction coefficient, which improves resistance of the lower die 12B surface to wear by the solid component (fine powder) in the slurry, thereby greatly improving durability of the coating film 30 itself and reducing lubricant usage.

Disclosed are methods for isolating sperm cells from an aqueous sample and kits for isolating sperm cells from an aqueous sample.

A miter coupling is provided, together with a method for using the miter coupling to join a pair of square metal tubes at a desired angle using a welding process. The miter coupling, in a preferred embodiment, comprises a single piece of metal formed into a shape that is adapted to receive the ends of two square metal tubes at a desired angle. The miter coupling is shaped to form a pair of parallel elbow members, where the elbow members are formed into a desired angle, and the elbow members are interconnected by a cross support. This arrangement provides a stronger joint, and eliminates the time consuming steps of cutting the square metal tubes at specific angles and grinding the welds to form a smooth seam.

A rack attachment device configured for attaching an electronic device to a rack. The rack attachment device includes a housing for coupling to the electronic device, a pawl mounted for movement relative to the housing, a slide mounted for movement relative to the housing, where the slide is positionable to contact the pawl, and a handle extending from the housing and coupled to the slide. In an unlocked position, the handle is in a first handle position and the slide is in a first slide position, such that the slide prevents the pawl from moving toward a rack aperture defined in the rack. In a locked position, the handle is in a second handle position and the slide is in a second slide position, such that the slide permits the pawl to enter the rack aperture when the slide is in the second slide position.

A nestably stackable bedding foundation assembly replaces the traditional border wire and disposed coil spring foundation assembly in a so-called box spring. The foundation assembly may be nestably stacked with numerous other such assemblies for transportation, thereby avoiding the need to compress and tie the assembly for shipping. Each foundation assembly includes a number of corrugated support wires having alternating peaks and valleys. The valleys of selected support wires are twisted relative to their associated peaks to provide a more stable mounting to a base and offer a variety of firmness to specific zones of the assembly.

A charging device including a charging base and at least one hook portion is provided. The charging base has a receiving chamber for receiving a battery. The receiving chamber includes a first sidewall. The first sidewall has a first side and a second side opposing the first side. The hook portion is disposed on the first sidewall, positioned proximate to the first side of the first sidewall, and adapted to fix the battery in place. When the battery begins to rotate under an applied force and therefore disconnect from the hook portion, the fulcrum of the rotating battery is positioned proximate to the second side of the first sidewall. The battery can be firmly inserted into the charging device. It is easy to insert and take out the battery.

A pin displacement assembly displaces a pin from a socket. The pin may be broken off from a connection plug and thereby difficult to access from inside a cavity in the socket. The assembly utilizes a lever and fulcrum system to leverage a force used to displace the pin from the cavity. The assembly includes a pin contact member that at least partially positions inside the cavity for facilitated access to the pin. A motion transmission device leverages the force for displacing the pin. The motion transmission device includes an arm. The arm includes an arm lever end and an arm pin end. A hinge positions between the arm lever end and the arm pin end. The hinge alters the direction of the force in the form of torque, by rotating the arm about the hinge. In this manner, the optimal mechanical advantage is realized.