Abstract: A method including operations of displaying a scheduling interface including a first work item user interface element corresponding to a first work item, the first work item user interface element displayed to visually indicate a scheduled start date of the first work item and a scheduled end date for the first work item; receiving forecast data generated in respect of the first work item; determining, based on the forecast data, a first forecast range in respect of the first work item; and displaying a first forecast user interface element on the scheduling interface, the first forecast user interface element corresponding to the first work item and having an appearance based on the first forecast range.

Abstract: The invention relates to a heat-resistant glove, in particular a fire department glove, comprising at least one protector, wherein the protector is located in the area of the back of the hand, the inner surface of the hand and/or the edge of the hand and has a convex or concave curvature and has a temperature resistance for at least 9 seconds at a temperature of at least 200 degrees Celsius.

Abstract: The invention relates to a glove, in particular a pilot's glove, having a lining comprising at least one outer layer made up of several material blanks with a glove outer surface, and the outer layer of the lining has no joining point on at least a volar zone and preferably a distal zone in the finger tip region of one or more glove finger(s). The material blanks comprise at least an inner hand part, a top hand part, several finger side parts and optionally a thumb part, and the inner hand part is joined to the other material blanks along a single continuously extending join line 5 to form the at least one glove finger. The invention further relates to a lining comprising material blanks joined to one another and an intermediate element is stitched into the join formed by a seam.

Abstract: The invention relates to a protective glove (1) for protecting certain regions of a user's hand (2) against foreign bodies impacting with it such as bullets and/or stabbing or cutting devices, with a lining (4) made from a material that is not or not very resistant to stabs, cuts or incisions and is not bullet-proof, for example a textile fabric, a leather, a laminate or similar, comprising several glove fingers (10 to 14), and a glove top face (17) extends on an external surface (3) of the lining (4) in the region of finger top sides (19) and in a top hand region (15), and a bullet-proof and/or cut or stab inhibiting protective padding (20) is built up on or placed on certain regions of the glove top face (17) starting from a padding bottom face (21) and is attached to the lining (4) at joining points (22), and the protective padding (20) prevents penetration by foreign bodies impacting with it to a glove interior lying underneath it.

Abstract: An internal lining of several layers having anti-microbial effect is described for an item of equipment suitable for at least temporarily covering body parts; in particular, the layers include at least one layer made from a woven fabric and/or knitted and/or non-woven fabric with an anti-microbial effect wherein the fabric contains a metal, which metal is integrated in a filament, a fiber and/or a spunbonded fiber or spunbonded yarn; and at least one other layer of a semi-permeable membrane made from polytetrafluoroethylene (PTFE), and/or a polymeric laminate. The method of production of the multiple layered internal lining with an antimicrobial effect is also disclosed.

Abstract: The invention relates to an item of clothing (1), in particular a glove (2), a shoe or headwear, comprising at least one material layer (4), and the at least one material layer (4) is formed by a sealing, in particular fluid-tight functional layer (6), and having in particular a tubular shaft (15) with an attachment (16), which attachment (16) can be coupled with a specifically tubular connecting piece (17) of another item of clothing (3) to form a sealed connection preventing penetration by foreign substances into an interior (5, 26).

Abstract: A portable power supply assembly (24) capable of providing electrical power to an electric motor of a flexible shutter assembly (13) and a torsion spring assembly (21) capable of reducing load on the electric motor of a shutter assembly. The portable power supply assembly includes a portable supply of power (26), a detachable body (24) capable of electrically connecting the portable supply of power (26) to the receiving port(25) and a means of controlling the portable supply of power (29). The torsion spring assembly (21) includes a housing (57, 58) able to be mounted at or towards one end of the shaft; a torsion spring (56) mounted within the housing, one end (63) of the torsion spring being held with respect to the housing (57, 58) and a shaft adapter (64) rotatably mounted with respect to the housing, the other end (67) of the torsion spring being held with respect to the shaft adapter.

Abstract: The invention describes a fireproof glove (1) with a layered structure comprising at least one liquid-tight functional layer (18) and a heat-resistant and/or fire-retarding layer (20) with low thermal conductivity. Furthermore, the invention describes a glove (1) comprising a material precut (3) with one or more reinforced areas (24). Moreover, the invention describes a glove (1) with a shaft (15) extending over a wrist area (16) and conically widening in the direction of the open face end area (10) of the shaft, whereby provision is made in the area of the shaft (15) for a first and one other adjusting device (39, 42). Furthermore, the invention describes a glove (1) that is formed by at least one material layer (17) consisting of an inelastic and non-expanding material, and comprising a tubular and cylindrical shaft (15). In its face end area (10) with a slip-in opening (11), said shaft has a circumference on the external surface (23) in the range of from 20 cm to 40 cm.

Abstract: An inner lining for an item of equipment used at least temporarily to cover parts of the body includes at least one layer of cut sections, at least one textile material (2) and at least one semipermeable membrane (1), attached together on joining lines. The individual layers are thereby assembled over their entire areas in a non-slip and semipermeable manner. The joining lines (8a) of the membrane parts (1', 1") are welded, while those (8b) of the parts (2', 2") of a first textile material are joined independently of the membrane (1), preferably by sewing.