mhurhangee/ep-ind-claims huggingface dataset:
Agricultural cultivator, having a frame which is designed to be self-propelled in a transport direction or to be pullable by a tractor in the transport direction, having a part of the frame running transversely to the transport direction as a support, having a plurality of individually mountable cultivator elements, which can be positioned side by side and spaced from one another on the support, wherein the support is constructed from a plurality of support sections (12, 13, 14, 15) and has a folding mechanism which enables the support sections (12, 13, 14, 15) to be folded onto one another about folding axes (31, 32, 33) running parallel to the transport direction, wherein one or more mounting rails (42, 43, 44, 45) are provided, wherein the mounting rail(s) (42, 43, 44, 45) can be removably mounted on the support, and wherein the cultivator elements can be removably mounted on the mounting rail(s) (42, 43, 44, 45), and the agricultural cultivator is characterised by a selection of mounting rails having different length dimensions, which selection has just a suitable overall length depending on the envisaged spacing of the cultivator elements from one another.
Retractable lock for doors, in particular of thin-walled switching cabinets, having a tray, which is to be mounted on the front side of the door panel and is designed for retractably receiving a lever handle, wherein said lever handle can be fixed in its position in which it is retracted into the tray using a closing device (16, 17) and can be swivelled out from the tray into an activation position about a pivot axle formed in the tray, and the activation movement of the lever handle, which is oriented in the plane perpendicular to the door panel and stabilized by a spring resting on the tray, can be converted into the rotation of an externally toothed pinion driving at least one locking rod, characterized in that in the inside of the tray two sliders (22, 23), which surround the pinion between them in a plane parallel to the door plane, each having one toothing system that engages in the external toothing system of the pinion and therefore executes a reverse movement during rotation of the pinion, are arranged such that they can be longitudinally displaced, of which one slider via a connector, hinged thereto and also hinge-connected to the lever handle, is connected to the lever handle in such a way that the pivoting of the lever handle taking place perpendicular to the door panel is converted into a longitudinal movement of the slider connected to the lever handle, said movement driving the pinion, wherein at their opposite ends the sliders (22, 23) have connecting structures penetrating the door panel in assigned recesses, for connecting in each case one locking rod extending on the inside of the door panel.
Process for producing pulverulent solids comprising alkali metal organosiliconates, wherein aqueous solutions of the alkali metal organosiliconates are prepared by reaction of one or more organosilanes of the general formula 1 (R 1) a Si b (-Si(R 2) 3-c c) d or hydrolysis/condensation products thereof, or by reaction of the organosilanes of the general formula 1 together with hydrolysis/condensation products thereof, with water and a basic alkali metal salt and removal of the dissociation products HY liberated, where R 1, R 2 are each a methyl radical, Y is hydrogen, F, Cl, Br or O R 4 and R 4 is a methyl, ethyl, 1-propyl or 2-propyl group, a is 1, 2 or 3 and b, c, d are each 0, 1, 2 or 3, with the proviso that b+c ≥ 1 and a+b+d = 4, where the amount of basic alkali metal salt is such that there is at least 0.1 mol and not more than 3 mol of alkali metal cations per 1 mol of silicon, wherein the water is removed from the aqueous solutions of alkali metal organosiliconates having a molar ratio of alkali metal to silicon of from 0.1 to 3, a content of alcohols of less than 0.02% by weight and a content of halide anions of not more than 1% by weight by spray drying. or hydrolysis/condensation products thereof, or by reaction of the organosilanes of the general formula 1 together with hydrolysis/condensation products thereof, with water and a basic alkali metal salt and removal of the dissociation products HY liberated, where R 1, R 2 are each a methyl radical, Y is hydrogen, F, Cl, Br or O R 4 and R 4 is a methyl, ethyl, 1-propyl or 2-propyl group, a is 1, 2 or 3 and b, c, d are each 0, 1, 2 or 3, R 1, R 2 are each a methyl radical, Y is hydrogen, F, Cl, Br or O R 4 and R 4 is a methyl, ethyl, 1-propyl or 2-propyl group, a is 1, 2 or 3 and b, c, d are each 0, 1, 2 or 3, with the proviso that b+c ≥ 1 and a+b+d = 4, where the amount of basic alkali metal salt is such that there is at least 0.1 mol and not more than 3 mol of alkali metal cations per 1 mol of silicon, wherein the water is removed from the aqueous solutions of alkali metal organosiliconates having a molar ratio of alkali metal to silicon of from 0.1 to 3, a content of alcohols of less than 0.02% by weight and a content of halide anions of not more than 1% by weight by spray drying.
A fibrous structure for reinforcing a composite material part, said structure being woven integrally by three-dimensional or multilayer weaving between a plurality of layers of weft threads and a plurality of layers of warp threads, the fibrous structure extending in a longitudinal direction (D c) corresponding to the warp direction and in a transverse direction (D T) corresponding to the weft direction, characterized in that the fibrous structure comprises, in the transverse direction: - first and second portions (210, 211) in each of which all the layers of warp threads are bound together by weft threads of the plurality of layers of weft threads, the first and second portions respectively forming first and second longitudinal edges of the fibrous structure, and - a third portion present between the first and second portions (210, 211), the third portion comprising a debonding zone delimiting a housing inside the fibrous structure extending over a determined distance in the longitudinal direction (D c) and in the transverse direction (D T), the separation zone separating a first skin from a second skin, each of the skins comprising a portion of layers of warp threads bound together by weft threads of the plurality of weft threads, and in that strands (230, 231, 232) extend in the housing in the longitudinal direction (D c), the strands having a size greater than or equal to the size of the warp threads of the plurality of layers of warp threads so as to give the third portion a thickness greater than the thickness of the first and second portions. - first and second portions (210, 211) in each of which all the layers of warp threads are bound together by weft threads of the plurality of layers of weft threads, the first and second portions respectively forming first and second longitudinal edges of the fibrous structure, and - a third portion present between the first and second portions (210, 211), the third portion comprising a debonding zone delimiting a housing inside the fibrous structure extending over a determined distance in the longitudinal direction (D c) and in the transverse direction (D T), the separation zone separating a first skin from a second skin, each of the skins comprising a portion of layers of warp threads bound together by weft threads of the plurality of weft threads,
A bogie for high-speed railway vehicles, comprising a wheelset, a frame, a primary suspension system and a secondary suspension system; wherein the frame comprises side beams and an intermediate crossbeam, a middle part of each of the side beams has a concave portion, and both ends of the intermediate crossbeam are separately connected with the concave portions of the side beams; the primary suspension system comprises one or more primary axle box suspension devices, one end of each of the primary axle box suspension devices is connected with a wheel axle of the wheelset, and the other end is supported at one end of one of the side beams; and the secondary suspension system comprises at least two spring sets, which are arranged at intervals on the intermediate crossbeam and located between the side beams, and upper parts of the spring sets are connected with a carbody, the bogie is characterized in that, the secondary suspension system further comprises one or more secondary vertical dampers, one or more secondary transverse dampers and one or more yaw dampers; one end of each of the secondary vertical dampers is connected with the frame, and the other end is connectable with the carbody; one end of each of the secondary transverse dampers is connected with the frame, and the other end is connectable with the carbody; and one end of each of the yaw dampers is connected with an outer side of the side beam, and the other end is connectable with the carbody.
A door locking device (1,11) for a household appliance, adapted to engage into the closed position a door of an operational cavity of said household appliance, comprising: - a hook (5,50) movable to at least one condition of engagement with said door, - locking means cooperating with the hook in order to hold it in said engaged condition, said locking means comprising at least one cursor and bistable latching means adapted to allow said cursor to take at least two distinct positions of stable equilibrium as a result of the repetition of an actuation force of said cursor, wherein said cursor comprises at least one body cooperating with the bistable latching means to ensure that said cursor takes said at least two distinct positions of stable equilibrium as a result of a movement thereof, whereby said cursor comprises at least one head distinct from said body and coupled thereto through recovery means), wherein said recovery means comprise at least an elastic means or at least one spring so arranged as to allow a relative elastic movement between the head and the body. - a hook (5,50) movable to at least one condition of engagement with said door, - locking means cooperating with the hook in order to hold it in said engaged condition,
A jig configured for use in the repair of a component having a tang with a hole, comprising: a main body defining a standard line; a positioning pin (33, 37; 77)detachably attached to the main body and so dimensioned as to fit in the hole to make an axial center of the hole align with the standard line; and a clamp (51, 57) so structured as to catch hold of the tang to secure the component to the main body in a state where the axial center is aligned with the standard line. a main body defining a standard line; a positioning pin (33, 37; 77)detachably attached to the main body and so dimensioned as to fit in the hole to make an axial center of the hole align with the standard line; and a clamp (51, 57) so structured as to catch hold of the tang to secure the component to the main body in a state where the axial center is aligned with the standard line.
A system for supporting a load, across lateral or athwartship beams in an aircraft the system comprising: - a plurality of non-intersecting beams; each respective beam of said plurality of non-intersecting beams having a web depending from an upper chord; said upper chord being generally parallel with a chordal plane; - at least one crossing member; each respective crossing member of said at least one crossing member intersecting a selected non-intersecting beam of said plurality of non-intersecting beams at at least one respective intersection locus; - at each said respective intersection locus said respective non-intersecting beam presenting a channel structure configured for receiving said respective crossing member in a substantially nesting orientation when said respective non-intersecting beam and said respective crossing member are in an installed orientation; and - said respective crossing member including an integral support expanse configured for a substantially nestingly abutting relation with said upper chord; characterized by: - a plurality of ribs (22, 24) extending generally perpendicular from said web integrally coupling said web with said upper chord; and - at least one tension resisting member extending between and in engaged relation with two adjacent ribs (22, 24) of said plurality of ribs (22, 24) and traversing said respective crossing member for resisting tension forces on said upper chord in said installed orientation. - a plurality of non-intersecting beams; each respective beam of said plurality of non-intersecting beams having a web depending from an upper chord; said upper chord being generally parallel with a chordal plane; - at least one crossing member; each respective crossing member of said at least one crossing member intersecting a selected non-intersecting beam of said plurality of non-intersecting beams at at least one respective intersection locus; - at each said respective intersection locus said respective non-intersecting beam presenting a channel structure configured for receiving said respective crossing member in a substantially nesting orientation when said respective non-intersecting beam and said respective crossing member are in an installed orientation; and - said respective crossing member including an integral support expanse configured for a substantially nestingly abutting relation with said upper chord; - a plurality of ribs (22, 24) extending generally perpendicular from said web integrally coupling said web with said upper chord; and - at least one tension resisting member extending between and in engaged relation with two adjacent ribs (22, 24) of said plurality of ribs (22, 24) and traversing said respective crossing member for resisting tension forces on said upper chord in said installed orientation.
Continuous casting and rolling equipment switching between continuous rolling and batch rolling, comprising: a continuous casting unit; a first rolling portion and a second rolling portion, disposed in a direction of movement of a slab produced by the continuous casting unit and rolling the slab; a coiling box disposed between the first rolling portion and the second rolling portion and configured to allow the slab having passed through the first rolling portion to be coiled and uncoiled during batch rolling and to merely pass through the coiling box during continuous rolling; and at least one cutter (30, 40) disposed between the first rolling portion and the coiling box; characterized in that the equipment further comprises: a sensor for measuring a slab temperature disposed on a rear portion of the first rolling portion; and a control unit connected to the first rolling portion, the second rolling portion, the coiling box, the cutter (30, 40), and the sensor for measuring a slab temperature, wherein the control unit is configured to enable the cutter (30, 40) to cut a portion of the slab cast in an initial stage of casting based on a value measured by the sensor for measuring a slab temperature during an initial stage of casting and is configured to enable the coiling box to allow the slab connected to the continuous casting unit to pass through the coiling box. a continuous casting unit; a first rolling portion and a second rolling portion, disposed in a direction of movement of a slab produced by the continuous casting unit and rolling the slab; a coiling box disposed between the first rolling portion and the second rolling portion and configured to allow the slab having passed through the first rolling portion to be coiled and uncoiled during batch rolling and to merely pass through the coiling box during continuous rolling; and at least one cutter (30, 40) disposed between the first rolling portion and the coiling box; a sensor for measuring a slab temperature disposed on a rear portion of the first rolling portion; and a control unit connected to the first rolling portion, the second rolling portion, the coiling box, the cutter (30, 40), and the sensor for measuring a slab temperature, wherein the control unit is configured to enable the cutter (30, 40) to cut a portion of the slab cast in an initial stage of casting based on a value measured by the sensor for measuring a slab temperature during an initial stage of casting and is configured to enable the coiling box to allow the slab connected to the continuous casting unit to pass through the coiling box.
A refrigerant compressor comprising a drive motor, a compressor unit which compresses a refrigerant entering through a suction inlet and allows it to exit through a pressure outlet, and means for detecting a first saturation temperature in the suction inlet and means for detecting a second saturation temperature in the pressure outlet, characterized in that the refrigerant compressor comprises a compressor monitoring system which is integrated into a compressor control system and which determines a compressor condition by means of a first condition value that corresponds to a first saturation temperature in the suction inlet and a second condition value that corresponds to a second saturation temperature in the pressure outlet, and which compares the compressor condition with permissible compressor conditions lying in a preset compressor-specific field of application of an operating diagram which is surrounded by an application boundary defining an enclosed border of the field of application, and which, when the compressor condition departs from the field of application, initiates a process of switching-off the refrigerant compressor, wherein, for the purposes of switching-off the drive motor, the compressor monitoring system cooperates directly with the motor control system of the compressor control system.
An optical module comprising a collimator, a photosensitive unit, and a wiring structure, wherein the photosensitive unit is arranged on a surface of one side of the collimator, and the wiring structure is arranged on a surface of one side, away from the collimator, of the photosensitive unit; wherein the photosensitive unit and the wiring structure are directly formed on a surface of one side of the collimator; wherein the optical module further comprises a wiring protection layer, wherein the wiring protection layer is arranged on a surface of one side, away from the photosensitive unit, of the wiring structure; wherein the optical module further comprises a circuit board, wherein the circuit board is connected to the wiring structure, and the circuit board and the wiring protection layer are located on a same side of the wiring structure; wherein a part of the wiring structure is bonded to the circuit board, and another part of the wiring structure is bonded to the wiring protection layer. wherein the photosensitive unit and the wiring structure are directly formed on a surface of one side of the collimator; wherein the optical module further comprises a wiring protection layer, wherein the wiring protection layer is arranged on a surface of one side, away from the photosensitive unit, of the wiring structure; wherein the optical module further comprises a circuit board, wherein the circuit board is connected to the wiring structure, and the circuit board and the wiring protection layer are located on a same side of the wiring structure; wherein a part of the wiring structure is bonded to the circuit board, and another part of the wiring structure is bonded to the wiring protection layer.
A three-dimensional printing system for manufacturing a three-dimensional article comprising: a build chamber; an overflow chamber adjacent to the build chamber; a motorized build plate; a powder coater including a vibration generator; a lateral movement mechanism coupled to the powder coater; and a controller characterized in that the controller is configured to perform a process to remove accumulated powder from surfaces of the powder coater according to the steps: operate the lateral movement mechanism to position the powder coater over a location outside of the build chamber; and operate the vibration generator to shake the accumulated powder onto the location outside of the build chamber. a build chamber; an overflow chamber adjacent to the build chamber; a motorized build plate; a powder coater including a vibration generator; a lateral movement mechanism coupled to the powder coater; and a controller characterized in that the controller is configured to perform a process to remove accumulated powder from surfaces of the powder coater according to the steps: operate the lateral movement mechanism to position the powder coater over a location outside of the build chamber; and operate the vibration generator to shake the accumulated powder onto the location outside of the build chamber. operate the lateral movement mechanism to position the powder coater over a location outside of the build chamber; and operate the vibration generator to shake the accumulated powder onto the location outside of the build chamber.
An apparatus for measuring thread features of a threaded pipe or tube end, comprising: an optical sensor configured to measure a first thread feature by detecting light that reaches from a light source located on the opposite side of the pipe or tube axis and runs substantially in parallel to the thread grooves; a contact sensor configured to measure a second thread feature, which relates to measurement of a thread flank surface, by contacting a contact probe onto the thread flank surface and detecting the space coordinates of the contact probe at a time of contact; and a processor configured to calculate thread features from the combination of the first thread feature and the second thread feature, wherein the thread flank surface includes a hooked flank surface (A8h) having a hook shape, and wherein the processor is configured for combining the first thread feature measured with the optical sensor and the second thread feature measured with the contact sensor, whereby the second thread feature is used for the hooked flank surface (A8h). an optical sensor configured to measure a first thread feature by detecting light that reaches from a light source located on the opposite side of the pipe or tube axis and runs substantially in parallel to the thread grooves; a contact sensor configured to measure a second thread feature, which relates to measurement of a thread flank surface, by contacting a contact probe onto the thread flank surface and detecting the space coordinates of the contact probe at a time of contact; and a processor configured to calculate thread features from the combination of the first thread feature and the second thread feature, wherein the thread flank surface includes a hooked flank surface (A8h) having a hook shape, and wherein the processor is configured for combining the first thread feature measured with the optical sensor and the second thread feature measured with the contact sensor, whereby the second thread feature is used for the hooked flank surface (A8h).