39results about How to "Reduce littering" patented technology

A dispensing utensil 10 comprising: a handle portion 11 having a first end portion and a second end portion and a frangible connection intermediate the first and second end portions; an implement portion 12; a cavity 15 for storing dispensable contents, the cavity 15 defined by a first wall means 13, 14 and a second wall means 19 closing the cavity 15; characterized in that a first portion 20 of the first wall means 13, 14 is openable about a hinge formed by the second wall means 19, thereby allowing the contents to be dispensed.

A dispensing utensil 10 comprising: a handle portion 11; an implement portion 12; a cavity 15 for storing dispensable contents, the cavity 15 defined by a first wall means 13, 14 and a second wall means 19 closing the cavity 15; characterised in that a first portion 20 of the first wall means 13, 14 is openable about a hinge formed by the second wall means 19, thereby allowing the contents to be dispensed.

This invention relates to a can end (1) providing improved tab access for a consumer. A further aspect of the present invention relates to a container incorporating such a can end (1). The can end (1) includes a moveable portion (30) located beneath all or part of the handle (20b) of the can end, with the moveable portion deformable from an ‘up’ position (30a) to a ‘down’ position (30b) to provide increased tab access for a consumer. The can end (1) is provided with one or more downwardly inclined annular steps (31), which has been found to greatly increase the force required to deform the panel from the ‘down’ to the ‘up’ position, therefore resulting in a far greater likelihood of the consumer receiving a container (40) incorporating the can end (1) with the moveable portion (30) in the ‘down’ position (30b), thereby facilitating tab access.

A low-cost sportscap (2) has a nozzle (6) defining a drinking orifice. The nozzle is assembled from below into an outer shell (4) which is moulded as one piece and includes an overcap (16) and a base (14). A foil annulus (8) is used to seal a coupling part (50) of the nozzle to the outer shell (4) and also preferably to provide a mechanism by means of which the closure can be assembled to a container neck (10). A primary ex-factory seal is created by a valve (42) inside the overcap engaging with the drinking orifice. This can be resealed by the user when the overcap (16) is attached to the base by hinge means (32).

The invention discloses an intelligent trash can management system comprising an intelligent trash can set, a converging center module, a terminal and a wireless handheld terminal. The intelligent trash can set is composed of a plurality of intelligent trash cans, the converging center module is used for collecting and processing trash information of the intelligent trash cans, and the wireless handheld terminal is used for receiving trash filled-up information of the intelligent trash cans. The intelligent trash can management system has the advantages that a dustman only needs to clear up the relative intelligent trash cans according to the information on the wireless handheld terminal, so that work efficiency of the dustman is improved; when the intelligent trash cans are filled up, a voice guidance module can inform pedestrians of location information of emptier trash cans nearby, so that littering of trash by the pedestrians is reduced; and further, public health authorities can acquire trash distribution information of the whole city or districts from the terminal, and distribution of the intelligent trash cans can be regulated according to actual needs so as to improve overall city planning layout and reduce resource waste.

The present invention provides a garbage information collection system based on image recognition. The garbage information collection system based on image recognition includes: a camera device and an image processing module, wherein: the camera device is set near the target trash can for photographing the target garbage image of the area near the barrel to obtain the image of the target trash can; the image processing module includes an image storage unit, an image analysis unit and a database unit, wherein the image storage unit stores the image of the target trash can sent by the camera device; the image analysis unit reads the image storage unit the stored image of the target trash can, and identify the image of the target trash can to obtain the information of the target trash can; the database unit is used to store the information of the target trash can identified by the image analysis unit.

The present invention provides a garbage monitoring system based on the Internet of Things. The garbage monitoring system based on the Internet of Things includes: an image collection module for collecting image data of a target trash can; an image analysis module for collecting the images The image data collected by the module is analyzed to obtain an analysis result; the garbage supervision module is used to supervise the garbage in the target garbage bin according to the analysis result of the image analysis module. According to the garbage supervision system based on the Internet of Things of the present invention, the Internet of Things technology can be used to replace part of the work of community workers, saving manpower and material resources, improving work efficiency, and can realize 24-hour unattended, retrospective playback after the event, smart events The push of alarm information is convenient for management personnel to manage, improve the work efficiency of community workers, reduce littering, make garbage stations more tidy, and improve the quality of life of community residents.

The invention relates to a smart community management system based on the Internet of Things, comprising: a water consumption collection unit, a travel monitoring unit, a central control analysis unit and a feedback unit. The central control analysis unit of the present invention is equipped with a community building distribution map, and generates a community area matrix A0 according to the street division. The water consumption collection unit counts the actual water consumption in a single area Ai, and the central control analysis unit adjusts the garbage in the area according to the water consumption. The amount of buckets put in; the central control analysis unit is connected to the Internet and can judge the current season. The central control analysis unit can perform secondary adjustments to the amount of trash cans in the area according to the season; the present invention accurately adjusts a single area of ​​the community through the water consumption of a single area and the season The amount of garbage cans in the area can prevent too much garbage cans in the area, which is not conducive to garbage cleaning and affect the appearance of the street. At the same time, it can prevent too little garbage cans from causing garbage littering; it beautifies the community environment and sanitation.

The invention discloses a multi-cylinder cooperative compression compensation system for garbage compressors, which comprises a compression chamber, a first compression cylinder and a second compression cylinder, the end of the piston rod of the first compression cylinder is connected with a first pressure head, and the second The end of the piston rod of the compression cylinder is connected with a second pressure head that can work together with the first pressure head to act on the garbage block. The multi-cylinder cooperative compression compensation system for the garbage compressor also includes a rodless chamber connected to the first compression cylinder and the second pressure head. The pressure compensation oil circuit between the rodless chambers of the two compression cylinders is provided with a pressure compensation cylinder, the rodless chamber of the pressure compensation cylinder is connected with the rodless chamber of the second compression cylinder, and the pressure compensation cylinder has a The rod chamber is connected with the rodless chamber of the first compression oil cylinder. The system aims to solve the technical problems of large size changes of rubbish blocks generated during the actual working process of the multi-cylinder system of the rubbish compressor in the prior art, sticking of the pressure head, and garbage falling at the rear of the pressure head.