Abstract:
A fluid applicator device includes a cover layer and a pouch positioned adjacent a back side of said cover layer. A fluid composition is contained within the pouch. Exit structure is configured at a location on the pouch and is adjacent to the cover layer. The exit structure is in isolated fluid communication with a defined portion of the cover layer that is permeable to the fluid composition within the defined portion such that the fluid composition released from the pouch migrates through the cover layer only within the defined portion.
Abstract:
The invention relates to a method of transmitting data between and/or synchronising at least two welding devices (1, 27) or current sources or with another component and another device, which are supplied with energy via a supply network (35), whereby the functions of the welding process are controlled and/or regulated by means of a control system (4, 30) of the welding device (1, 27). The data, signals and welding parameters or synchronisation signals to be transmitted from a welding device (1, 27) or a welding current source or another component and another device, in particular by a processor, a PLC controller, a data module or a computer, etc., are converted by means of a communication unit (36, 37) into a data protocol which is then modulated by a communication unit (36, 37), in particular a modulation module (42, 43), across the supply network (35). The modulated data protocol is demodulated and processed by means of the preferably integrated communication unit (36, 37), in particular by means of a demodulation module (44, 45), of another welding device (1, 27) or a current source or another component or another device, and another data exchange, in particular a two-way data transfer, is optionally run.
Abstract:
Disclosed herein is a device for treating surfaces, and/or cleaning and/or polishing surfaces. The device comprises a hollow member having an open end adapted for the insertion of two or more fingers. The hollow member is defined between a first sheet layer which includes an elastic layer and a second sheet layer including a fibrous nonwoven web layer having an outer surface. The fibrous nonwoven web layer is impregnated on at least a portion of the outer surface with a treating composition such as a buffing, cleaning polishing or other treating composition.
Abstract:
The invention describes a method of detecting welding process voltage, whereby the welding process voltage between a welding torch (10) and a workpiece (16) is detected and the welding process voltage is calculated in real time taking account of the interference variables of a welding system, in particular an inductance and a resistance.
Abstract:
An internal combustion engine for a work tool has a cylinder with a combustion chamber. A piston is reciprocatingly mounted in the cylinder and delimits the combustion chamber. The crankshaft has bearing pins and at least one crank web. The bearing pin has a mounting end, and the crank web has a first receiving bore and a second receiving bore. The mounting end of the bearing pin is mounted in the first receiving bore. A crankcase is provided in which the crankshaft is rotatably mounted by the bearing pins. The crankshaft has a crank pin with a mounting end that is mounted in the second receiving bore of the crank web. A connecting rod has a first end connected to the piston and a second end connected to the crank pin. The crank pin has a longitudinal center axis and the crankshaft has an axis of rotation extending parallel to the longitudinal center axis. The longitudinal center axis and the axis of rotation are spaced at a stroke spacing from one another. The stroke spacing is identical to or smaller than the sum of the bearing pin radius of the mounting end of the bearing pin and a crank pin radius of the mounting end of the crank pin. The bearing pin radius and the crank pin radius are measured in the plane of the crank web.
Abstract:
Microencapsulated delivery vehicles comprising an active agent are disclosed. In one embodiment, the microencapsulated delivery vehicles are heat delivery vehicles capable of generating heat upon activation. The microencapsulated heat delivery vehicles may be introduced into wet wipes such that, upon activation, the wet wipe solution is warmed resulting in a warm sensation on a user's skin. Any number of other active ingredients, such as cooling agents and biocides, can also be incorporated into a microencapsulated delivery vehicle.
Abstract:
The invention relates to a fabric cleaning article highly suited for household, commercial or industrial cleaning of fabrics which have become soiled or stained. The fabric cleaning article may desirably be used to remove spots or stains from such fabrics as clothing, upholstery and carpeting, etc., and provides for mess-free and convenient all-in-one cleaning. The fabric cleaning article includes a reservoir containing a cleaning composition for removing spots or stains, and at least a first absorbent layer secured or attached to a liquid barrier layer which keeps a user's hands and/or shoes isolated from liquids involved in the spill and from the cleaning composition.
Abstract:
In one embodiment, a cleaning device comprises a holder and a cleaning pad removably attached to the holder. The cleaning pad comprises a non-woven web having a length along a length dimension and a width along a width dimension, and having a height along a height dimension, wherein the length and the width define a cleaning surface, wherein the height and the length defining a side surface. The width is less than the height which is less than the length. The cleaning surface is capable of cleaning other surfaces.
Abstract:
In one example form, the present invention relates to a decal for treating a surface. The decal includes a web and an agent for treating the surface. The agent is attached to the web. The decal further includes a bonding material that attaches the decal to the surface. The bonding material is also attached to the web. In some embodiments, the agent may be attached to the web while in other embodiments the agent may form part of the web. In addition, the agent may be at least partially, or wholly, soluble in the web, or may be suspended in the web. In another form, the present invention relates to a method of treating a surface. The method includes attaching a decal to the surface and treating the surface with the decal. Attaching a decal to the surface may include adhering the decal to the surface with an adhesive.