11results about "Labelling" patented technology

Provided is an applicator for applying a film to a substrate, the applicator including a shank, a body comprising a convex engagement surface, and a joint capable of providing both x-axis rotation and y-axis rotation. The joint operatively couples the shank and the body to each other. These features help the applicator remain nearly orthogonal to the substrate surface as it is used. The applicator is provided with a contacting surface that glides easily along the film when disposed on the substrate, which can significantly reduce defects in the application process.

The embodiment of the present application provides a kind of medical equipment assembly production line, for assembling the medical equipment with first shell and second shell, medical equipment assembly production line includes handling transport module, carousel transport module, automatic fastening module and automatic labeling module;Handling transport module includes the component handling submodule with handling robot and the component transport submodule with conveying line, handling robot at least includes the material handling of first shell and second shell to conveying line, conveying line is transported to artificial assembly station;Carousel transport module includes slewing device and carousel with product placement area, slewing device is rotated by driving carousel, so that product placement area is at least switched between artificial assembly station, fastening station and labeling station in turn;The medical equipment assembly production line of the embodiment of the present application can improve production efficiency.

To provide a sticking device provided in a robot arm and a sticking method, capable of sticking a film to an object in a close contact state, even if an uneven part is arranged in the object.SOLUTION: A sticking device 10 provided in a robot arm is provided in a robot arm R for sticking a film 40 arranged on an object 30 to the object 30. A sticking device 10 includes a bag body 12 capable of pressing a film 40 arranged on an object 30 and capable of expanding and contracting, and a spherical body 13 stored in the bag body 12.SELECTED DRAWING: Figure 1

A design system for generating odors includes a frame, an input receiver, an input processor, a dispenser, a container, and a filling platform. The dispenser includes a dispensing station and a storage chamber. And the batching station and the filling platform are mounted on the frame. The dosing station includes a plurality of pumps. The heating system regulates the temperature of the associated pump. The storage chamber includes a scent storage pouch containing a corresponding scent. Each pump comprises an inlet and an outlet, and is associated with a corresponding heating system and a corresponding odor; maintaining fluid communication with an odor storage bag containing a corresponding odor through an inlet; and the corresponding smell is distributed through the outlet. The container is movably placed on the filling platform and receives the corresponding odor of each pump. The input receiver receives data. The input processor computes data to determine a recipe for a respective odor.

A device and a method for quality control of packaging units (12) are disclosed, wherein the packaging units (12) are each formed by primary packagings (16) secondarily wrapped with shrink film (30). On a conveyor section (22, 52) extending through a shrink device (36), the primary packagings (16) wrapped with shrink film (30) are conveyed for heat treatment by the shrink device (36). An optical detection device (54) is arranged at the outlet of the shrinking device (36) for optosensory scanning of at least one outer surface of the packaging units (12) passing through the outlet. Image signals (60) supplied by the optical detection devices (54) to the respective packaging unit (12) are compared with predefined target signals. If a deviation of the detected image signals (60) from the target signals is detected, which is below a predefinable limit value, or if detected image signals (60) are within a target range, a heating device located in the shrinking device (36) or supplying the shrinking device (36) with an increased shrinking temperature is throttled at least to such an extent that a shrinking temperature prevailing within the shrinking device (36) is reduced by a defined value.

A system for generating a scent design includes a frame, an input receiver, an input processor, a dispenser, a container, and a filling platform. The dispenser includes a dosing station and a storage chamber. The dosing station and the filling platform are mounted on the frame. The dosing station includes a plurality of pumps. A heating system regulates a temperature of the associated pumps. The storage chamber includes scent storage bags containing respective scents. Each pump includes an inlet and an outlet, associated with a respective heating system and a respective scent; is in fluid communication with a scent storage bag containing the respective scent through the inlet; and dispenses its respective scent through the outlet. The container is movably placed on the filling platform to receive the respective scents from each pump. The input receiver receives data. The input processor calculates the data to determine a recipe of the respective scents.

A wireless communication tape, dispenser of the same and methods of usage of the wireless tape and the dispenser in asset tracking applications are disclosed. The wireless communication tape can be manufactured in an ultrathin form factor by laminating a stack of layers to impart functionality to the wireless communication tape. Methods of use and operation of the wireless communication tape are disclosed to save battery resources of the communication tape.

[Problem] To provide a heat-shrinkable polyester film that has excellent shrink finishing properties by having sufficient heat shrinkability in the lengthwise direction and low shrinkage stress in the lengthwise direction, and undergoing little change (so-called neck in) in the film non-shrinkage direction. [Solution] Disclosed is a polyester film that is heat-shrinkable in the longitudinal (lengthwise) direction, the heat-shrinkable polyester film being characterized by satisfying the following requirements (1) to (6). (1) The shrinkage rate in the lengthwise direction after immersion for 10 seconds in hot water of 80°C is from 45% to 70%; (2) the shrinkage rate in a direction (width direction) orthogonal to the lengthwise direction after immersion for 10 seconds in hot water of 80°C is from -8% to 7%; (3) the rate of change in the film width direction as found by fixing the film only in the lengthwise direction in a constant-length state in the lengthwise direction and gripping the film for 10 seconds under hot air of 90°C is from 5% to 22%; (4) the rate of change in the film width direction as found by fixing the film only in the lengthwise direction in a state with 10% slack in the lengthwise direction and gripping the film for 10 seconds under hot air of 90°C is from 5% to 20%; (5) the maximum heat shrinkage stress measured in the lengthwise direction under hot air of 90°C is from 5 MPa to 15 MPa; and (6) the stress at 10% elongation (so-called F10) measured under hot air of 90°C is from 1 MPa to 5 MPa in the lengthwise direction and from 0.5 MPa to 3 MPa in the width direction.

This invention discloses a machine and method for applying a tubular shrink sleeve material to an object. The machine for applying the tubular membrane to the object includes: a mandrel around which the tubular membrane passes; a punching assembly for forming punch lines across the width of the tubular membrane before the tubular membrane moves onto the mandrel; and a sleeve discharge device associated with the mandrel to separate the tubular membrane along the punch lines to create a tubular sleeve discharged from the mandrel onto the object. The punching assembly includes a punching unit mounted for movement along the width of the tubular membrane, the punching unit including a punching blade rotating on the tubular membrane to apply the punch lines as the punching unit moves along the width of the tubular membrane.