mhurhangee/ep-ind-claims huggingface dataset:
Oil-lubricated motor vehicle vacuum pump comprising: a pump chamber, in which a pump rotor rotates in a compressing manner, an outlet chamber, into which the compressed gas escapes from the pump chamber, a separating wall which separates the pump chamber from the outlet chamber, and at least one outlet valve (20 1, 20 2) in the separating wall, which is designed as a check valve and through which the compressed gas escapes from the pump chamber into the outlet chamber, wherein the outlet valve (20 1, 20 2) is formed by a valve opening (24 1, 24 2) in the separating wall, a valve seat which is provided around the valve opening (24 1, 24 2), and a leaf spring (40 1, 40 2) as a valve body, wherein the leaf spring (40 1, 40 2) is movable between a closed position of the outlet valve (20 1, 20 2) in which the leaf spring (40 1, 40 2) abuts on the valve seat, and an open position of the outlet valve (20 1, 20 2) in which the leaf spring (40 1, 40 2) is spaced from the valve seat, the valve seat is formed with a raised shape, characterized in that the radial overlap of the valve seat and the leaf spring (40 1, 40 2) is less than 1.5 mm, the radial projection of the leaf spring (40 1, 40 2) is larger than 1.0 mm, and the elevation of the valve seat is at least 0.5 mm, preferably at least 1.0 mm. a pump chamber, in which a pump rotor rotates in a compressing manner, an outlet chamber, into which the compressed gas escapes from the pump chamber, a separating wall which separates the pump chamber from the outlet chamber, and at least one outlet valve (20 1, 20 2) in the separating wall, which is designed as a check valve and through which the compressed gas escapes from the pump chamber into the outlet chamber, wherein the outlet valve (20 1, 20 2) is formed by a valve opening (24 1, 24 2) in the separating wall, a valve seat which is provided around the valve opening (24 1, 24 2), and a leaf spring (40 1, 40 2) as a valve body, wherein the leaf spring (40 1, 40 2) is movable between a closed position of the outlet valve (20 1, 20 2) in which the leaf spring (40 1, 40 2) abuts on the valve seat, and an open position of the outlet valve (20 1, 20 2) in which the leaf spring (40 1, 40 2) is spaced from the valve seat, the valve seat is formed with a raised shape, the leaf spring (40 1, 40 2) is movable between a closed position of the outlet valve (20 1, 20 2) in which the leaf spring (40 1, 40 2) abuts on the valve seat, and an open position of the outlet valve (20 1, 20 2) in which the leaf spring (40 1, 40 2) is spaced from the valve seat, the valve seat is formed with a raised shape, characterized in that the radial overlap of the valve seat and the leaf spring (40 1, 40 2) is less than 1.5 mm, the radial projection of the leaf spring (40 1, 40 2) is larger than 1.0 mm, and the elevation of the valve seat is at least 0.5 mm, preferably at least 1.0 mm.
A planographic printing plate precursor comprising: a support; an image recording layer formed on the support; and a water-soluble compound having a molecular weight in a range of 60 to 300 and a solubility of 10 g/L or greater in water at 20°C, wherein a content of the water-soluble compound per unit area in a region on the image recording layer side from an end portion of the planographic printing plate precursor to a portion inside the end portion by 5 mm is greater than a content of the water-soluble compound per unit area in a region other than the above-described region by an amount of 50 mg/m 2 or greater. a support; an image recording layer formed on the support; and a water-soluble compound having a molecular weight in a range of 60 to 300 and a solubility of 10 g/L or greater in water at 20°C,
A connecting assembly for fastening a mount-on part to a carrier part, comprising a clip which includes a deformable locking section for fastening the clip to the carrier part, and a separate locking pin which is adapted to be received by the clip by a movement in a mounting direction along a mounting axis, the clip and the locking pin including cooperating latching members (24, 26) which form snap connections in a preassembly position and a locking position to fix the locking pin axially on the clip, the locking pin and the clip, when in the preassembly position, forming a preassembled connecting assembly which is insertable into mounting openings (28, 30) of the mount-on part and of the carrier part by a movement along the mounting axis and is movable to a fastening position, and upon movement to the fastening position, the locking section of the clip producing a snap connection with the mount-on part and/or the carrier part, in the preassembly position, the snap connection between the clip and the locking pin having an axial holding force which is greater than an axial force of resistance when the connecting assembly is moved to or out of the fastening position, characterized in that the clip is a U-shaped metal clip and includes a web and exactly two opposite side walls connected by the web, the side walls each including a deformable locking section, the clip and the locking pin being configured such that when the connecting assembly is dismounted starting from the locking position, the locking pin moves in relation to the clip by means of pulling axially in a dismounting direction opposite to the mounting direction until the preassembly position is reached.
Nacelle for a wind turbine comprising a generator, a load-carrying structure, a support structure, an electrical system, a yaw system, a control system and a housing, - wherein the generator comprises a rotating part and a stationary part and the stationary part is connectable to the load-carrying structure, - wherein the load-carrying structure comprises the yaw system and the control system, - wherein the support structure comprises the electrical system and the support structure is connectable to the load-carrying structure, - wherein the housing is segmented and is connectable to at least the load-carrying structure, - wherein the generator, the load-carrying structure and the support structure are separate modules (11, 12, 13), - wherein the separate modules (11, 12, 13) and the segmented housing are connectable at an erection site of the wind turbine to build the nacelle characterized in that - the generator comprises a hydraulic unit, which comprises a pump, mounted to the stationary part of the generator. - wherein the generator comprises a rotating part and a stationary part and the stationary part is connectable to the load-carrying structure, - wherein the load-carrying structure comprises the yaw system and the control system, - wherein the support structure comprises the electrical system and the support structure is connectable to the load-carrying structure, - wherein the housing is segmented and is connectable to at least the load-carrying structure, - wherein the generator, the load-carrying structure and the support structure are separate modules (11, 12, 13), - wherein the separate modules (11, 12, 13) and the segmented housing are connectable at an erection site of the wind turbine to build the nacelle characterized in that - the generator comprises a hydraulic unit, which comprises a pump, mounted to the stationary part of the generator.
An aircraft tractor comprising: a front end and a rear end opposite the front end; an aircraft tractor hitch; and a universal hitch adapter system including: at least one force sensor disposed between one of the front end and the rear end and the aircraft tractor hitch; and at least one input operable to receive force measurements from the at least one force sensor; characterized by further including: a memory storing a plurality of aircraft thereon; a user input interface operable to receive a user's selection of one of the plurality of aircraft stored in the memory; and at least one processor communicatively coupled to the at least one input, the memory, and the user input interface and operably configured to determine, based on the user's selection of one of the plurality of aircraft, at least one shear pin breaking force threshold. a front end and a rear end opposite the front end; an aircraft tractor hitch; and a universal hitch adapter system including: at least one force sensor disposed between one of the front end and the rear end and the aircraft tractor hitch; and at least one input operable to receive force measurements from the at least one force sensor; at least one force sensor disposed between one of the front end and the rear end and the aircraft tractor hitch; and at least one input operable to receive force measurements from the at least one force sensor; characterized by further including: a memory storing a plurality of aircraft thereon; a user input interface operable to receive a user's selection of one of the plurality of aircraft stored in the memory; and at least one processor communicatively coupled to the at least one input, the memory, and the user input interface and operably configured to determine, based on the user's selection of one of the plurality of aircraft, at least one shear pin breaking force threshold. a memory storing a plurality of aircraft thereon; a user input interface operable to receive a user's selection of one of the plurality of aircraft stored in the memory; and at least one processor communicatively coupled to the at least one input, the memory, and the user input interface and operably configured to determine, based on the user's selection of one of the plurality of aircraft, at least one shear pin breaking force threshold.
A variable vane assembly (60; 62; 64) comprising: a variable stator vane disposed in a main flow gaspath, the variable stator vane having a vane stem; a case located at a radially outward location of the variable stator vane, the vane stem extending through a port of the case, the port defined by a port wall; a synchronization ring spaced from the case to define a gap; and a vane arm operatively coupled to a synchronization ring and to the vane stem, characterized by: a clearance defined by the vane stem and a port wall to allow gas from the main flow gaspath to pass therethrough; the vane arm redirecting gas from the main flow gaspath to the synchronization ring, and the vane arm comprising at least one channel to redirect gas from the main flow gaspath to the synchronization ring. a variable stator vane disposed in a main flow gaspath, the variable stator vane having a vane stem; a case located at a radially outward location of the variable stator vane, the vane stem extending through a port of the case, the port defined by a port wall; a synchronization ring spaced from the case to define a gap; and a vane arm operatively coupled to a synchronization ring and to the vane stem, characterized by: a clearance defined by the vane stem and a port wall to allow gas from the main flow gaspath to pass therethrough; the vane arm redirecting gas from the main flow gaspath to the synchronization ring, and the vane arm comprising at least one channel to redirect gas from the main flow gaspath to the synchronization ring.
A system for recycling gas from a mixed liquid-gas stream comprising: a separation device having an inlet in fluid communication with the mixed liquid-gas stream, a liquid outlet, and a gas outlet, the separation device configured to separate the mixed liquid-gas stream into a liquid in fluid communication with the liquid outlet and a separated gas in fluid communication with the gas outlet; and a water treatment device comprising a vessel containing a bed of filtration media and a draft tube system that comprises one or more draft tubes for introducing gas through one or more draft tube inlets positioned within the draft tube and configured to generate the mixed liquid-gas stream during a backwash process, the water treatment device further having a gas inlet in fluid communication with at least a portion of the separated gas and a mixed liquid-gas stream outlet in fluid communication with the mixed liquid-gas stream, a pressurization device in fluid communication with the separated gas and configured to pressurize the separated gas in fluid communication with the gas inlet of the water treatment device. a separation device having an inlet in fluid communication with the mixed liquid-gas stream, a liquid outlet, and a gas outlet, the separation device configured to separate the mixed liquid-gas stream into a liquid in fluid communication with the liquid outlet and a separated gas in fluid communication with the gas outlet; and a water treatment device comprising a vessel containing a bed of filtration media and a draft tube system that comprises one or more draft tubes for introducing gas through one or more draft tube inlets positioned within the draft tube and configured to generate the mixed liquid-gas stream during a backwash process, the water treatment device further having a gas inlet in fluid communication with at least a portion of the separated gas and a mixed liquid-gas stream outlet in fluid communication with the mixed liquid-gas stream, a pressurization device in fluid communication with the separated gas and configured to pressurize the separated gas in fluid communication with the gas inlet of the water treatment device.
Method for supporting the load of a line section to be severed from a line by using a device for supporting the load of a line section to be severed from a line, comprising at least one holding element (4, 15, 16) to be fastened to the line in a force-transmitting manner, a carrier arm fastened to the at least one holding element in a force-transmitting manner and having a pulling means, which can be connected to the line section to be severed in order to support the load of the same, in which at least one holding element of the device is fastened to the line in a force-transmitting manner, and the pulling means is connected to the line section to be severed.
A method for manufacturing a turbomachine casing comprising composite material comprising a fibrous reinforcement densified by a matrix, comprising the following successive steps: - creating a layer for protection against galvanic corrosion based on a braid of dry glass fibers, a strip of dry glass fibers or a spiral of dry glass fibers so as to obtain a semi-rigid protective layer against galvanic corrosion, preformed to the dimensions of a mandrel and of an annular radial flange, the mandrel having a profile corresponding to that of the casing to be manufactured and comprising the annular radial flange, - disposing the protective layer against galvanic corrosion on the mandrel by applying the protective layer against the annular radial flange of the mandrel, - forming the fibrous reinforcement on the mandrel by covering the protective layer against galvanic corrosion, and - densifying the fibrous reinforcement using a matrix. - creating a layer for protection against galvanic corrosion based on a braid of dry glass fibers, a strip of dry glass fibers or a spiral of dry glass fibers so as to obtain a semi-rigid protective layer against galvanic corrosion, preformed to the dimensions of a mandrel and of an annular radial flange, the mandrel having a profile corresponding to that of the casing to be manufactured and comprising the annular radial flange, - disposing the protective layer against galvanic corrosion on the mandrel by applying the protective layer against the annular radial flange of the mandrel, - forming the fibrous reinforcement on the mandrel by covering the protective layer against galvanic corrosion, and - densifying the fibrous reinforcement using a matrix.
A method comprising: indicating and adapting a data rate associated with a data packet to be transmitted from a transmitting device to a receiving device in a Bluetooth long-range wireless network, wherein the data packet comprises a preamble, a first packet portion, and a second packet portion; encoding the first packet portion using a first modulation and coding scheme in accordance with a first data rate, wherein the first packet portion comprises an access address field and a rate indication field, wherein the access address field and the rate indication field are convolution forward error correction encoded with a predetermined rate; encoding the second packet portion using a second modulation and coding scheme in accordance with a second data rate based on a value of the rate indication field; and transmitting the data packet to the receiving device in the wireless network. indicating and adapting a data rate associated with a data packet to be transmitted from a transmitting device to a receiving device in a Bluetooth long-range wireless network, wherein the data packet comprises a preamble, a first packet portion, and a second packet portion; encoding the first packet portion using a first modulation and coding scheme in accordance with a first data rate, wherein the first packet portion comprises an access address field and a rate indication field, wherein the access address field and the rate indication field are convolution forward error correction encoded with a predetermined rate; encoding the second packet portion using a second modulation and coding scheme in accordance with a second data rate based on a value of the rate indication field; and transmitting the data packet to the receiving device in the wireless network.
Penetrometer, comprising: - at least one central rod, a first end of which finishes in a measuring tip; - at least one hollow tube surrounding the central rod, said rod being capable of sliding inside the hollow tube; - a measurement cell which is in contact with the hollow tube and intended to transmit a force applied by bearing means so as to drive the hollow tube and the central rod into the soil in static mode; said penetrometer comprising a compressible system which provides an elastic link between the measurement cell and a second end of the central rod, said penetrometer being characterized in that said compressible system comprises: - a first oil chamber which is formed in the measurement cell and a first plunger which is rigidly connected to a second end of the central rod and capable of sliding in the first chamber; - at least one column which is offset with respect to the axis of the central rod and comprises a second oil chamber in fluid communication with the first chamber, a second plunger capable of sliding in the second chamber, and a calibrated compressible device in contact with the second plunger; - a pressure sensor connected to the second chamber and/or a displacement sensor capable of measuring the length of the calibrated compressible device. - at least one central rod, a first end of which finishes in a measuring tip; - at least one hollow tube surrounding the central rod, said rod being capable of sliding inside the hollow tube; - a measurement cell which is in contact with the hollow tube and intended to transmit a force applied by bearing means so as to drive the hollow tube and the central rod into the soil in static mode; - a first oil chamber which is formed in the measurement cell and a first plunger which is rigidly connected to a second end of the central rod and capable of sliding in the first chamber; - at least one column which is offset with respect to the axis of the central rod and comprises a second oil chamber in fluid communication with the first chamber, a second plunger capable of sliding in the second chamber, and a calibrated compressible device in contact with the second plunger; - a pressure sensor connected to the second chamber and/or a displacement sensor capable of measuring the length of the calibrated compressible device.
A collapsible container comprising a base, a first pair of opposed walls and a second pair of opposed walls, the first pair of opposed walls and the second pair of opposed walls defining an opening in the top of the container, wherein the container further comprises a pair of stacking members which, when the container is erected, are movable between a stacking position in which the stacking members are positioned to support the base of another container stacked thereon and a filling position in which the stacking members are removed from the opening in the top of the container, and wherein the container further comprises a pair of releasable locking mechanisms, each of the releasable locking mechanisms operable to retain one wall of the first pair of opposed walls in an upstanding position and locked to both the walls of the second pair of walls when the walls of the second pair of walls are also in an upstanding position, and wherein the pair of releasable locking mechanisms are independent of the stacking members, each of the second pair of opposed walls comprise a first recess located at either end on the inner face of each of the second pair of opposed walls charaterised in that each of the first recesses comprise an angled face extending from the surface of the recess that interacts with the outer edge of the stacking member and with the outermost vertical surface of one of the first pair of opposed walls, wherein the interaction at either end of the one of the first pair of opposed walls with the first recesses pushes both of the second pair of opposed walls out past vertical.
A visible cladding system for attaching laminate panels onto a building wall comprising: at least one laminate panel support beam (20, 25) configured to be mounted onto the building wall and comprising at least one track; at least one secondary support beam mounted to the at least one laminate panel support beam (20, 25), at least two sliding clips slidingly coupled to the at least one track; a joint closure disposed between the two sliding clips; and at least two laminate panels each coupled to one of the at least two sliding clips and thereby slidable along the track, wherein the laminate panels are configured to be fastened to the secondary support beam, characterized in that the at least one track comprises two longitudinal U shaped open channels, with openings facing opposite directions; and the at least two sliding clips are C-shaped, each one comprising one downwardly longitudinal lip and one upwardly longitudinal lip facing each other, situated at the end of branches of the C-shaped clip and engaging the two longitudinal U shaped channels. at least one laminate panel support beam (20, 25) configured to be mounted onto the building wall and comprising at least one track; at least one secondary support beam mounted to the at least one laminate panel support beam (20, 25), at least two sliding clips slidingly coupled to the at least one track; a joint closure disposed between the two sliding clips; and at least two laminate panels each coupled to one of the at least two sliding clips and thereby slidable along the track, wherein the laminate panels are configured to be fastened to the secondary support beam, characterized in that the at least one track comprises two longitudinal U shaped open channels, with openings facing opposite directions; and the at least two sliding clips are C-shaped, each one comprising one downwardly longitudinal lip and one upwardly longitudinal lip facing each other, situated at the end of branches of the C-shaped clip and engaging the two longitudinal U shaped channels.