A bogie and side frame thereof; the two vertical sides of the side frame are provided with a support base (1) connected with the end of a connecting rod and integrally cast with the side frame; the support base (1) comprises a support plate (11), a middle vertical bar (12), and a first side surface vertical bar (13); the support plate (11) is provided with a through hole thereon; the connecting rod is connected to the support base (1) via beveled post threads fixedly provided in the through hole. The side frame reduces the welding process, ensures the installation precision of the support base (1), and improves the strength of the support base (1).

An apparatus for treating organic mass. The apparatus comprises a treatment chamber and agitation means provided in the chamber to agitate the organic mass. The agitation means comprises a rotatable shaft extending through the chamber, a plurality of agitator arms extending from the shaft, and a paddle connected to each agitator arm. The paddle is arranged to make a first angle with respect to the longitudinal axis of the agitator arm and a second angle with respect to the longitudinal axis of the shaft. There is also provided a system for recycling ammonia generated from the treated organic mass by the apparatus.

A cap with a mushroom head and a tamper indicator, including a cap body with a stem extending axially from a head, both of substantially cylindrical shape, the head being wider than the stem, and a tamper indicator disposed to indicate the first removal of the cap from a bottle capped with the cap. The tamper indicator comprises a collar rigid with the head of the cap and a skirt which is rigid at the outset with the collar but may be removed by tearing it therefrom when the bottle is first opened, said skirt being provided with hook means disposed to hook the cap by means of the collar to a hook take-up means on the bottle when the bottle is first capped.

A concrete storage module (26) is adapted to slideably receive a cylindrical canister assembly (12) therein. Heat dissipation fins (62) and a tubular heat shield (96) are disposed within the module to help dissipate heat emitted from the nuclear fuel assemblies stored in the canister to air flowing through the module. The canister assembly (12) is composed of a basket assembly (70) constructed from multi-layer structural plates disposed in cross-cross or egg carton configuration. A single port tool (106) is provided for draining water from the canister (12) and replacing the drain water with make-up gas. The single port tool is mounted in the cover (100) of the canister and is in fluid flow communication with the interior of the canister.

Compounds disclosed herein including compounds of formula (I') and salts thereof are provided. Pharmaceutical compositions comprising compounds disclosed herein, processes for preparing compounds disclosed herein, intermediates useful for preparing compounds disclosed herein and therapeutic methods for treating an HIV infection using compounds disclosed herein are also provided.

The inventions relate to a pipeline valve. The connection joint and the pipeline valve element comprise a connecting piece formed on the rigid body of a rectilinear fitting, a thin-walled sleeve with a flange on the outside on one of the end faces, said sleeve being arranged within a connectable end of the pipe made of polymeric material, with the flange providing support in the end face at the end of the pipe, a union nut, a crimping bushing and a sealing ring. The connecting piece (2) has an external-thread section (10) and an internal opening (11) with a cylindrical surface perpendicular to the axis of an internal step (12), and also has an internal conical surface (13) which faces the free end face (14) of the connecting piece and is open from the direction of the free end face of the connecting piece. The union nut (7) has an internal radial annular projection (15) with a conical surface (16) which faces the inside of the union nut cavity and is arranged along the internal edge of the annular projection. The crimping bushing (8) is manufactured from a metal alloy and has a continuous shape in the direction of the generatrices of the surfaces thereof and is mounted so as to be joined to the external surface of the end of the pipe and so as to be inserted into the material at the end of the pipe (5). The technical result consists in ensuring reliable hermetic sealing and an increase in the loading capacity and reliability of the connection.

The invention relates to construction. The valve comprises a housing with an inlet pipe, an outlet pipe, a drainage pipe and a valved pipe, and a controllable valve assembly with a bushing, a stem and a valve disc. The inlet and outlet pipes are disposed on the same axis and are separated by a solid partition. The drainage pipe is disposed at a right angle to the aforesaid pipes and communicates with the cavity of the inlet pipe. The valved pipe is disposed perpendicular to the plane of the axes of the inlet, outlet and drainage pipes. The cavity of the drainage pipe communicates via an opening with the cavity of the inlet pipe, and via a channel with the cavity of the outlet pipe. The minimum cross-sectional area of said channel and likewise the cross-sectional area of the aforementioned opening are less than the cross-sectional area of the opening that connects the cavity of the inlet pipe to the cavity of the valved pipe. The technical result is an increase in the range of means for smoothly adjusting the temperature intensity of a heating device connected to a single-pipe heating system, as well as an increase in reliability both in operation and during the start-up stage.

The invention relates to construction. The technical result is an increase in the range of pipe components for shut-off and cleaning fittings, which components can be compactly arranged in a single housing to produce assemblies that perform the functions of shutting off pipes, carrying out filtration and regulating the pressure of a transported fluid. The valve comprises a housing with an inlet coupling pipe and an outlet coupling pipe disposed on opposite sides on the same axis, and with a filter chamber and a pressure reducer chamber disposed radially relative to the axis of the aforesaid pipes. The space in the housing cavity between the pipes is closed off by a separating partition. The filter chamber has an annular centering element which abuts one end of a filter element. A ball valve is mounted in the housing between the separating partition and the inlet coupling pipe. The pressure reducer chamber has a cylindrical cavity, the latter communicating with the cavity of the outlet pipe via an opening, and is closed by a cap. The stem of the pressure reducer has a piston part at one end and a pressure reducer disc secured to the other end, and is provided with an open axial seat which communicates with a radial opening in the stem. A gap exists between the stem and the cap, which gap communicates with the seat cavity.

The present invention concerns a can for containing a liquid comprising a top end, said top end comprising: (a) A dispense area (3A) defined on said top end by a first score line (31A), (b) A pull tab (2A) coupled to the top end by a first rivet (4A), said pull tab (2A) being suitable for puncturing the dispense area (3A) to open a dispense aperture (13A) upon lifting an actuating end (22A) of said pull tab away from the top end, (c) A vent area (3B) defined on said top end by a second score line (31B), (d) A secondary lever (2B) coupled to the top end by a second rivet (4B), said secondary lever (2B) comprising a puncturing end (21B) suitable for puncturing the vent area (3B) to open a vent aperture (13B) upon lifting an opposite, actuating end (22B) of said secondary lever away from the top end, Characterized in that, the secondary lever (3B) and pull tab (3A) are interlocked such that the lifting of the actuating end (22A) of the pull tab triggers the lifting of the actuating end (22B) of the secondary lever (2B) thus yielding the opening of both dispensing and vent apertures (13A, 13B) in a single move.

The invention consists in application of fluorine doped tin (IV) oxide SnO2:F (FTO) for making a heating layer on a photovoltaic panel. The invention consists also in a photovoltaic panel characterized in that its front part (1) is covered with a conductive layer (2) of fluorine doped tin (IV) oxide SnO2:F, with the electrodes (3) deposited thereon. The conductive layer (2) becomes a heating layer when connected to the source of electric current. In preferred embodiment a transarent polymer film (4) is applied thereon, inseparably and permanently bound with the conductive layer (2) of fluorine doped tin (IV) oxide SnO2:F and the photovoltaic cell (5).