Abstract: This invention relates to a novel continuous process for making alkyl 7-amino-5-methyl-[1,2,5]-oxadiazolo¬[3,4-b]pyridine-carboxylate, wherein R is C1-3-alkyl. The process of the invention present invention overcomes disadvantages of processes of the prior art by avoiding the highly energetic intermediates, using readily available and inexpensive starting materials and reagents, and avoiding the isolation of intermediates. The process according to the invention is suitable for use on industrial scale.

Abstract: A wall-mountable sanitary conduit connection device with integrated valve. More particularly, a wall-mountable sanitary conduit connection device includes a wall-mountable base body and a valve fastenable to the base body. The sanitary conduit connection device according to an illustrative embodiment includes a wall-mountable base body having a receiving sleeve and a water inlet duct which, with an inlet duct outflow, leads peripherally into the receiving sleeve, an electrically controllable valve having a cylindrical valve cartridge which is axially insertable into the receiving sleeve and in which a valve unit is located, which valve cartridge has an electrical valve connection unit on a first end face and a pipe connection coupling on a second end face and includes, on a peripheral side, a valve inlet opening which is capable of being coupled to the inlet duct outflow in a fluid-tight manner, and a fastening unit for fastening the valve cartridge in a fixed position in the receiving sleeve.

Abstract: This invention relates to a novel continuous process for making alkyl 7-amino-5-methyl-[1,2,5]-oxadiazolo[3,4-b]pyridine-carboxylate.

Abstract: Animal hoof protector, comprising a base (1) coupled onto the animal hoof, having a supporting sole (4); a rear shield (2) closing the base at the back; a protecting skin (3), attached and fixed onto the inner surface of the rear shield; and means for pivotally connecting the rear shield (2) to the base (1),

Abstract: A wall-mountable sanitary conduit connection device with integrated valve. More particularly, a wall-mountable sanitary conduit connection device includes a wall-mountable base body and a valve fastenable to the base body. The sanitary conduit connection device according to an illustrative embodiment includes a wall-mountable base body having a receiving sleeve and a water inlet duct which, with an inlet duct outflow, leads peripherally into the receiving sleeve, an electrically controllable valve having a cylindrical valve cartridge which is axially insertable into the receiving sleeve and in which a valve unit is located, which valve cartridge has an electrical valve connection unit on a first end face and a pipe connection coupling on a second end face and includes, on a peripheral side, a valve inlet opening which is capable of being coupled to the inlet duct outflow in a fluid-tight manner, and a fastening unit for fastening the valve cartridge in a fixed position in the receiving sleeve.

Abstract: A sanitary conduit, in particular for a shower device, is useful, for example, as a shower arm conduit in a shower system. The sanitary conduit has a rigid, hollow conduit housing including a base body (10?a) and a housing wall removably attached to the base body. At least one flexible conduit (12a, 12b) is inserted in the hollow conduit housing and is made from a flexural conduit material.

Abstract: The invention proposes a sanitary valve device in which a temperature limiting valve is used to protect a user from water that is too cold. The valve device is designed such that when a water outlet, for example a shower, is switched on, the water is first passed through a first water duct containing the temperature limiting valve, in which duct the temperature limiting valve permits the passage of water below a limit temperature, but blocks it off when above the limit temperature. The fact that either no water or a heavily reduced quantity of water is discharged from the outlet of the sanitary fitting indicates to the user that the cold water has flowed away. He can now operate the changeover valve to directly draw hot water, the temperature limiting valve now being switched off.

Abstract: A cover is designed such that it can be fastened to and removed from a housing without a tool, wherein the cover can be plugged by a protruding engagement section into the housing to a variable depth. The engagement section has a retaining device which has a U-shaped retaining spring which is mounted on the cover in the plug-in direction and is intended for the supporting clamping bearing against an inner wall of the housing for fastening purposes. The retaining spring has a mounting section and an outwardly pointing retaining arm, with a free space in between in which the clamping section engages in order to press apart the retaining spring and to prevent a movement of the retaining spring away from the clamping bearing against the inner wall of the housing.

Abstract: Process for preparing arylboron and alkylboron compounds of the formulae (II) and (III) by reacting arylmagnesium and alkylmagnesium halides of the formula (I) with boron compounds in microreactors in accordance with equation I or equation II, 1

Abstract: A cheese-producing textile machine (1), having a central control unit (37), a plurality of work stations (2), and a service unit (23), which automatically supplies the work stations (2). The work stations (2) each have a winding device with a winding drum (17), which is individually driven by a motor, and a work station computer (39). The central control unit (37) is connected via a machine bus (40) with the work station computers (39) and with a control device (39) of the service unit (23). Specific winding drum data (x, y), in particular the number of traverses (g) of the winding drum (17) of the work stations (2), are stored in a memory, e.g., integrated in the central control unit (37). During the yarn pickup by means of the yarn lifter (41) of the service unit (23) in the course of a cheese change, the individual electric motor drive (50) of the winding drum (17) is controlled to match the number of revolutions of the winding drum (17) to the number of traverses (g) thereof.

Abstract: A steering wheel unit for mounting on a steering column of a motor vehicle has a steering wheel including an inner frame with a steering wheel rim and with at least one spoke connected to the steering wheel rim and extending radially inwardly toward a steering column. The steering wheel includes a molded plastic envelope enclosing the inner frame. An air-bag anti-impact device is mounted on the steering wheel. A cap for covering the air-bag anti-impact device is provided. The air-bag anti-impact device has a folded air-bag and a gas producer for inflating the air-bag when tripped. The air-bag has a delimiting edge and is connected with the delimiting edge to the steering wheel to thereby delimit a gas inlet opening for gas produced by the gas producer upon tripping. The cap is opened by the force of the air-bag when being inflated by the gas producer.

Abstract: A cheese-producing textile machine 1 has a plurality of winding stations 2 and a service unit 23 for servicing the winding stations 2. The textile machine 1 has a central control unit 37 as well as separate winding station computers 39 for the individual winding stations 2. The service unit 23 has a control computer 38 which is connected by a machine bus 40 with the central control unit 37 as well as with the winding station computers 39. During the process of exchanging a cheese with an empty bobbin performed by the service unit 23, the yarn tensioner 14 of the respective winding station 2 is actuated via the machine bus 40 in accordance with the control computer 38 of the service unit 23, to set the tension of the yarn 30 optimally according to the respectively existing processing conditions.

Abstract: The invention relates to a safety device for motor vehicles in the form of an impact protection arrangement, wherein the pot-shaped housing of the sensor for the activation of the ignition device of the gas generator, has a form fitting with the flange of the gas generator housing, and is attached to it in such a way that part of the gas generator housing is contained in the sensor housing, thereby forming an air gap which is electromagnetically shielded against interfering influences. An example embodiment is described and shown in the figures of the drawings.

Abstract: A housing for a gas generator for inflating a safety bag in a passenger vehicle is constructed of modular units preferably having a tubular or cylindrical tubular configuration. At least one combustion chamber and one filter casing are joined to each other so that the longitudinal axes of the units align with each other longitudinally. An axially facing gas exit from the combustion chamber into the filter casing provides an initially axial gas flow which is then diverted radially outwardly from the filter casing into the safety bag.

Abstract: A gas generator has a gas generating combustion chamber with an igniter or fuse for igniting an ignitable charge needed for the gas generation. At least one filter housing is attached to the gas generating chamber. The generated pressurized gases enter into the filter housing in one direction, for example an axial direction, and pass out of the filter in another direction, for example in a radial direction, under the influence of a gas flow distribution member which makes sure that the filter volume is efficiently used by uniformly distributing the gas volume throughout the filter volume. The gas exiting from the filter housing inflates a safety bag for the protection of persons in a vehicle.