33results about How to "Extended replacement intervals" patented technology

A clamping assembly is disclosed that includes a tapered collar extending radially inward towards an axis. A clamping sleeve is movable along the axis relative to the tapered collar. The clamping sleeve includes flexible arms. An actuator is coupled to the clamping sleeve and is configured to move the clamping sleeve along the axis between extended and retracted positions. A collet is supported relative to the sleeve. The collet includes a body having an axially extending opening configured to receive the material and circumferential fingers arranged about the opening. The clamping sleeve forces the fingers radially inward with the clamping sleeve in the extended position to clamp and hold the material. The biasing member urges the fingers radially outward with the clamping sleeve in the retracted position. Replaceable inserts can also be secured to each finger facing the opening.

The invention discloses a stable feeding table. The stable feeding table comprises an operation platform and a material rack and is characterized in that a feeding channel and a discharge channel arearranged on the surface of the operation platform, a material rack pusher is arranged in the feeding channel, one end of the feeding channel is a feeding part, one end of the discharge channel is in through connection with the feeding part, an inverted-n-shaped positioning conveying plate is arranged between the feeding channel and the discharge channel, the material rack is arranged in the feeding channel and is pushed towards the feeding part through the material rack pusher, the inverted-n-shaped positioning conveying plate conveys the material rack in the feeding part into the discharge channel, a discharge push plate is further arranged in the discharge channel, and four universal spherical wheels are arranged at the bottom of the material rack. The stable feeding table is capable ofstably supplying substrates, smooth in operation and less prone to jamming.

Methods and systems for regenerating an after treatment device are disclosed. In one example, the possibility of introducing fuel to oil during after treatment device regeneration is reduced. The methods and systems may reduce engine degradation and improve engine emissions.

This disclosure relates to a combination of a sensing device and a charging system. The sensing device is configured to be applied to a surface of an absorbent article for sensing a characteristic of moisture in the absorbent article, and it is configured such that a transmitter for transmitting data from the sensing device is attached or attachable to the sensing device. The charging system is configured to charge a transmitter battery, and it is configured such that a transmitter, which is attached or attachable to the sensing device, is also attachable to the charging device.

Method for managing a regeneration of a particulate filter (DPF), particulate filter comprising an inlet and an outlet, the method comprising a first checking process of a first condition, a function of a differential pressure calculated between said inlet and said outlet of the particulate filter, and a second checking process of a second condition, a function of a temperature measurement at the outlet of the particulate filter, and wherein the method provides to interrupt said regeneration process when one of said first and/or second checking process gives a positive outcome.

The purpose of the present invention is to improve power generation efficiency, to reduce the floor area, and to increase the amount of power generation while reducing the costs for construction, maintenance, and the like. A solar power generation system is provided with a plurality of solar power generation panels (2) provided such that an upper power generation surface (6) is inclined toward the incident direction of sunlight by means of a gantry (3). The solar power generation panel (2) is formed from a double-sided incident solar power generation panel provided with power generation surfaces (6, 12) on both upper and lower surfaces, a light passage space (13) is provided below the power generation surface (12) on the lower surface, and a reflector (4) is laid so as to cover the lower part of the double-sided incident solar power generation panel (2) and a ground surface (7) around the double-sided incident solar power generation panel (2). The front surface side of the reflector (4), which faces the lower power generation surface (12), is provided with a reflective layer (14) that is formed of a thin sheet material having a high light reflectance, said thin sheet material reflecting direct light and scattered light of sunlight toward the lower power generation surface (12). The back surface side of the reflector (4), which faces the ground surface (7) and is in contact with the ground surface (7), is provided with a grass-proof layer (15) formed by a grass-proof sheet material, and the reflecting layer (14) and the grass-proof layer (15) are integrally formed in a laminated manner.

The invention provides a gradient heating sheet for a power battery of a new energy automobile, relates to the technical field of batteries of new energy automobiles, and solves the problems that duston a storage battery cannot be cleaned in a linkage manner and the cleaned dust cannot be automatically cleaned when a heating device is dismounted, temporary storage of heat cannot be realized in the use process, and the problem of heat waste is easily caused. The gradient heating sheet comprises a shell, a storage battery body is installed in the shell, and three heating piece structures are further installed in the shell. A cleaning plate is welded on a heating piece main body, is in contact with the bottom end surface of the inner wall of the shell, and is aligned to the slag discharginghole; the front end face of the cleaning plate is of an inclined structure, so that when the heating piece body is pulled, the cleaning plate can automatically achieve collection of dust cleaned by the cleaning brush, and finally the dust is discharged through the slag discharging holes.

The invention relates to an electric lamp comprising a light bulb (2) on which a sensory mechanism (7) is disposed that is designed to detect operating parameters of the lamp (1).

The present invention relates to an internal combustion engine with an improved oil treatment system. The internal combustion engine may be a splash lubricated engine in which oil is passed through an oil circulation circuit by a passive pump. In another aspect, a dipstick tube comprising a portion of the oil circulation circuit may be provided. In yet another aspect, the internal combustion engine includes one or more protrusions that automatically pierce the oil treatment device when the oil treatment device is mounted to the internal combustion engine, thereby fluidly coupling the oil treatment device to the oil circulation circuit.

The invention relates to an elastic traction means (1) having at least one belt body (2) and at least one carcass (7a, 7b, 7c, 7d), which is embedded in the belt body (2), the at least one carcass (7a, 7b, 7c, 7d) running in the belt body (2) in the longitudinal direction (30) of the traction means (1), and the belt body (2) having at least one cut-out (3, 4). According to the invention, the at least one carcass (7a, 7b, 7c, 7d) is arranged in the belt body (2) such that none of the carcasses (7a, 7b, 7c, 7d) is severed by the at least one cut-out (3, 4). The invention also relates to a methodfor producing this traction means.