mhurhangee/ep-ind-claims huggingface dataset:
A bogie (4, 100) for a railway vehicle, the bogie (4, 100) comprising: - a chassis having a first side and a second side opposite the first side, the first side and the second side being separated from each other by a median longitudinal plane (Pm) of the chassis, - a first front wheel and a first rear wheel on the first side, - a second front wheel and a second rear wheel on the second side, - at least one motor (34, 102, 104) disposed on the first side and attached to the chassis, the or each motor (34, 102, 104) extending along a longitudinal axis between the first front wheel and the first rear wheel on the first side, - a front axle integral with the front wheels (26, 30), - a rear axle integral with the rear wheels (28, 32), and - for each axle (36, 38), at least two primary suspension members (40, 42, 44, 46) of the axle (36, 38) relative to the chassis, including a first primary suspension member (40, 42) located on the first side of the chassis and a second primary suspension member (44, 46) located on the second side of the chassis, each primary suspension member (40, 42, 44, 46) comprising: - an arm articulated about a first transverse axis on the chassis, and about a second transverse axis on the associated axle (36, 38), and - a resilient member interposed between the arm and the chassis away from the first transverse axis, characterised in that the resilient member of each first primary suspension member (40, 42) is located between a motor (34, 102, 104) and the articulated arm of said first primary suspension member (40, 42). - a chassis having a first side and a second side opposite the first side, the first side and the second side being separated from each other by a median longitudinal plane (Pm) of the chassis, - a first front wheel and a first rear wheel on the first side, - a second front wheel and a second rear wheel on the second side, - at least one motor (34, 102, 104) disposed on the first side and attached to the chassis, the or each motor (34, 102, 104) extending along a longitudinal axis between the first front wheel and the first rear wheel on the first side, - a front axle integral with the front wheels (26, 30), - a rear axle integral with the rear wheels (28, 32), and - for each axle (36, 38), at least two primary suspension members (40, 42, 44, 46) of the axle (36, 38) relative to the chassis, including a first primary suspension member (40, 42) located on the first side of the chassis and a second primary suspension member (44, 46) located on the second side of the chassis, - an arm articulated about a first transverse axis on the chassis, and about a second transverse axis on the associated axle (36, 38), and - a resilient member interposed between the arm and the chassis away from the first transverse axis, characterised in that the resilient member of each first primary suspension member (40, 42) is located between a motor (34, 102, 104) and the articulated arm of said first primary suspension member (40, 42).
A stand for a touch screen device (118, 318), comprising - a base (102, 202, 302, 402) comprising at least two wheels (104, 204, 304, 404, 504); - a frame (106, 206, 306, 406, 506) comprising a first end (108, 208, 308, 408) and a second end (110, 210, 310, 410), attached by its first end to the base; - a support for the touch screen device, attachable to the frame at the proximity of the second end of the frame, and - a battery (220, 320) and means for connecting the battery to the touch screen device, wherein the wheels are retractable within the base and the support for the touch screen comprises - means (116, 216, 316) for rotating the support with respect to the frame, and - means for locking the support with respect to the frame, - a board for writing arrangeable on the support, on an opposing side with respect to the touch screen device; wherein the stand further comprising, for each wheel of the at least two wheels, a support structure that is configured to support a wheel of the at least two wheels (104, 204, 304, 404, 504), the support structure comprises two parts, one of the parts is connected to the other part of the support structure via a hinge at one end of the part, and is additionally connected to the other part of the support structure via an actuator at an other end of the part, wherein the actuator is configured to drop or retract the wheel through the support structure. - a base (102, 202, 302, 402) comprising at least two wheels (104, 204, 304, 404, 504); - a frame (106, 206, 306, 406, 506) comprising a first end (108, 208, 308, 408) and a second end (110, 210, 310, 410), attached by its first end to the base; - a support for the touch screen device, attachable to the frame at the proximity of the second end of the frame, and - a battery (220, 320) and means for connecting the battery to the touch screen device, wherein the wheels are retractable within the base and the support for the touch screen comprises - means (116, 216, 316) for rotating the support with respect to the frame, and - means for locking the support with respect to the frame, - means (116, 216, 316) for rotating the support with respect to the frame, and - means for locking the support with respect to the frame, - a board for writing arrangeable on the support, on an opposing side with respect to the touch screen device;
A comber comprising: a frame including a frame structure in which a right frame and a left frame are arranged such that a plurality of combing heads are interposed between the right frame and the left frame; and a plurality of rails extending in parallel between and coupled to the right and the left frames (25, 24), characterized in that the frame structure of the comber is configured such that a right frame unit including the right frame and a left frame unit including the left frame are coupled to each other and is dividable into the right frame unit and the left frame unit, the right frame unit includes a plurality of rail members forming parts of the respective rails and each coupled to the right frame at one end of the rail member of the right frame unit, the left frame unit includes a plurality of rail members forming parts of the respective rails and each coupled to the left frame at one end of the rail member of the left frame unit, one of the right frame unit and the left frame unit includes a middle frame to which the other ends of the rail members (28, 27) of the right and the left frame units (U2, U1) are coupled, and the other of the right frame unit and the left frame unit includes a rail supporting frame that supports the rail members (28, 27) of the other. a frame including a frame structure in which a right frame and a left frame are arranged such that a plurality of combing heads are interposed between the right frame and the left frame; and a plurality of rails extending in parallel between and coupled to the right and the left frames (25, 24), characterized in that the frame structure of the comber is configured such that a right frame unit including the right frame and a left frame unit including the left frame are coupled to each other and is dividable into the right frame unit and the left frame unit, the right frame unit includes a plurality of rail members forming parts of the respective rails and each coupled to the right frame at one end of the rail member of the right frame unit, the left frame unit includes a plurality of rail members forming parts of the respective rails and each coupled to the left frame at one end of the rail member of the left frame unit, one of the right frame unit and the left frame unit includes a middle frame to which the other ends of the rail members (28, 27) of the right and the left frame units (U2, U1) are coupled, and the other of the right frame unit and the left frame unit includes a rail supporting frame that supports the rail members (28, 27) of the other.
Trailer for heavy loads, in particular flat-bed trailer, with a loading platform, wherein the trailer has a towing device and a frame-like chassis with a plurality of interconnected longitudinal members (6, 7, 8, 9) and crossmembers (10, 11, 12, 13, 75), wherein the chassis has a plurality of crossmembers (10, 11, 12, 13, 75) which abut obtusely against the longitudinal members (6, 7, 8, 9) and are connected by bolt-like connecting elements, characterized in that a side frame of the chassis has a wheel recess, with lower crossmembers (11, 12, 13).
Filter device, particularly for filtering hydraulic media, having a filter housing and a filter element arranged therein, the air contained in the filter housing being able to be removed from said housing by suction using a degassing device that generates a negative pressure, said degassing device comprising a vacuum chamber, a jet pump and a valve device, particularly in the form of a slide valve, which brings air from the filter housing into the vacuum chamber and closes the flow path leading therein in the presence of inflowing hydraulic medium, wherein the degassing device comprises an extraction device that acts as a diaphragm or restrictor, which, in addition to or as an alternative to the valve device, allows air or oil to flow into the vacuum chamber from the filter housing, wherein the inlet side of the vacuum chamber is permanently connected to the valve device and/or the extraction device and the outlet side is also permanently connected to the jet pump, wherein the filter housing is suitable for receiving filter elements, through which the flow of fluid to be cleaned can pass from the outside to the inside in a first alternative or from the inside to the outside in a second alternative, wherein a channel passage (76, 94, 96) is provided in an upper end cap of the filter element for the first alternative, said channel passage leading from the highest point of the fluid container to the vacuum chamber, wherein channels (88, 90) are provided in the end cap for the second alternative, said channels leading from the inflow side of the filter element to the vacuum chamber, and wherein the channel passage (76, 94, 96) leads to a control chamber of the valve device and the channels (88, 90) in the end cap are connected to the vacuum chamber, preferably via the diaphragm or restrictor serving as an extraction device.
A refillable device, comprising: a liquid chamber in the refillable device, the liquid chamber being configured for storing tobacco liquid; a connection end configured to be connected with an open end of a liquid injecting container; a sealing component arranged in the connection end, the sealing component defining a liquid inlet; and a rotating mechanism tightly abutting against the sealing component; wherein the rotating mechanism is rotatable between a first position where the liquid inlet is opened, and a second position where the liquid inlet is sealed; characterized in that the refillable device further comprises an elastic piece arranged in the connection end, the elastic piece is configured for sealing the liquid inlet, and is deformable to open the liquid inlet when pushed by the liquid injecting container. a liquid chamber in the refillable device, the liquid chamber being configured for storing tobacco liquid; a connection end configured to be connected with an open end of a liquid injecting container; a sealing component arranged in the connection end, the sealing component defining a liquid inlet; and a rotating mechanism tightly abutting against the sealing component; wherein the rotating mechanism is rotatable between a first position where the liquid inlet is opened, and a second position where the liquid inlet is sealed; characterized in that the refillable device further comprises an elastic piece arranged in the connection end, the elastic piece is configured for sealing the liquid inlet, and is deformable to open the liquid inlet when pushed by the liquid injecting container.
An automated method of checking data content implemented on a computer system comprising an input sub-system, a plurality of respective separate and independent checking means (110, 112), a data store, and an output sub-system, the method comprising the steps of: a) using the input sub-system to receive and encrypt data, and deposit the encrypted data in the data store; b) applying multiple independent content checks to a decrypted copy of the data using the plurality of checking means whereby each respective checking means decrypts the encrypted data to generate a decrypted copy of the data, implements a content check and, if the data passes the content check, applies a digital signature to it associated with that check, and stores the digital signature and decrypted data in the data store; and c) using the output sub-system to retrieve the decrypted data from the data store, and if, upon checking, digital signatures are received from each of the respective checking means, make the data available in unencrypted form for passing on. a) using the input sub-system to receive and encrypt data, and deposit the encrypted data in the data store; b) applying multiple independent content checks to a decrypted copy of the data using the plurality of checking means whereby each respective checking means decrypts the encrypted data to generate a decrypted copy of the data, implements a content check and, if the data passes the content check, applies a digital signature to it associated with that check, and stores the digital signature and decrypted data in the data store; and c) using the output sub-system to retrieve the decrypted data from the data store, and if, upon checking, digital signatures are received from each of the respective checking means, make the data available in unencrypted form for passing on.
A fluid reservoir including a neck defining a wide opening that is closed by a dish in stationary and leaktight engagement with the neck, the reservoir being characterized in that the dish comprises a main body in engagement with the neck and a stopper (4; 4') that is mounted on the main body in removable manner, the stopper (4; 4') being movable between a closed initial position in which the stopper (4; 4') is mounted on the main body in leaktight manner, and an open final position in which a feed opening is formed between the main body and the stopper (4; 4').
A terminal in a radio communication system, the terminal comprising: a receiving section adapted to receive signals that are transmitted by beams, each of the beams respectively corresponding to synchronization signal blocks each having a synchronization signal block index, and each of the synchronization signal blocks being a resource or a resource set including at least one of a Primary Synchronization Signal, PSS, a Secondary Synchronization Signal, SSS, and a Physical Broadcast Channel, PBCH; and a measurement section adapted to perform cell-level measurement and beam-level measurement based on the signals received in the synchronization signal blocks, the cell-level measurement being performed by measuring received power per cell based on synchronization signal blocks associated with the same cell by a cell ID, the beam-level measurements being measurements in which a distinction is drawn between the measurement results of different beams, wherein in the cell-level measurement and the beam-level measurement, the measurement section is further adapted to measure the received power by using the SSS and a Demodulation Reference Signal, DMRS, for the PBCH that are respectively corresponding to the synchronization signal block with the same synchronization signal block index. a receiving section adapted to receive signals that are transmitted by beams, each of the beams respectively corresponding to synchronization signal blocks each having a synchronization signal block index, and each of the synchronization signal blocks being a resource or a resource set including at least one of a Primary Synchronization Signal, PSS, a Secondary Synchronization Signal, SSS, and a Physical Broadcast Channel, PBCH; and a measurement section adapted to perform cell-level measurement and beam-level measurement based on the signals received in the synchronization signal blocks, the cell-level measurement being performed by measuring received power per cell based on synchronization signal blocks associated with the same cell by a cell ID, the beam-level measurements being measurements in which a distinction is drawn between the measurement results of different beams, wherein in the cell-level measurement and the beam-level measurement, the measurement section is further adapted to measure the received power by using the SSS and a Demodulation Reference Signal, DMRS, for the PBCH that are respectively corresponding to the synchronization signal block with the same synchronization signal block index.
A communication apparatus capable of communicating with another apparatus, the communication apparatus comprising: an engagement portion (300, 301) detachably engaged with one of a plurality of types of attachments (40, 50) in a selective manner; a communicator configured to communicate with the other apparatus; and a vibrator configured to vibrate in accordance with a signal received from the other apparatus, characterized by a part of at least one screwing mechanism configured to be screwed to the attachment to fix the attachment to a main body of the communication apparatus, and at least one latch portion latched with the attachment by way of a positional relationship between the at least one latch portion and the attachment satisfying a particular relationship, wherein the attachment is fixed to the main body of the communication apparatus by the at least one screwing mechanism and the at least one latch portion, and wherein the part of one of the at least one screwing mechanism and one of the at least one latch portion are at positions on opposite sides of a battery accommodation portion of the main body of the communication apparatus covered by the attachment. an engagement portion (300, 301) detachably engaged with one of a plurality of types of attachments (40, 50) in a selective manner; a communicator configured to communicate with the other apparatus; and a vibrator configured to vibrate in accordance with a signal received from the other apparatus, characterized by a part of at least one screwing mechanism configured to be screwed to the attachment to fix the attachment to a main body of the communication apparatus, and at least one latch portion latched with the attachment by way of a positional relationship between the at least one latch portion and the attachment satisfying a particular relationship, wherein the attachment is fixed to the main body of the communication apparatus by the at least one screwing mechanism and the at least one latch portion, and wherein the part of one of the at least one screwing mechanism and one of the at least one latch portion are at positions on opposite sides of a battery accommodation portion of the main body of the communication apparatus covered by the attachment.
A surgical imaging system comprising: a surgical microscope; a light source, configured to generate an imaging light beam; a beam guidance system, configured to guide the imaging light beam from the light source; a beam scanner, configured: to receive the imaging light from the beam guidance system, and to generate a scanned imaging light beam; a beam coupler configured: to redirect the scanned imaging light beam into an optical pathway of the surgical microscope; and a wide field of view (WFOV) lens configured: to contact a procedure eye, and to guide the redirected scanned imaging light beam into a target region of a procedure eye; wherein the beam coupler comprises a primary mirror and an auxiliary mirror, and is configured to redirect the light beam to angles larger than 15 degrees from an optical axis of the procedure eye, and wherein the scanned imaging light beam is reflected from the primary mirror to the auxiliary mirror and through the wide field of view (WFOV) lens into the procedure eye. a surgical microscope; a light source, configured to generate an imaging light beam; a beam guidance system, configured to guide the imaging light beam from the light source; a beam scanner, configured: to receive the imaging light from the beam guidance system, and to generate a scanned imaging light beam; to receive the imaging light from the beam guidance system, and to generate a scanned imaging light beam; a beam coupler configured: to redirect the scanned imaging light beam into an optical pathway of the surgical microscope; and to redirect the scanned imaging light beam into an optical pathway of the surgical microscope; and a wide field of view (WFOV) lens configured: to contact a procedure eye, and to guide the redirected scanned imaging light beam into a target region of a procedure eye; to contact a procedure eye, and to guide the redirected scanned imaging light beam into a target region of a procedure eye;
Crystal Form A of a compound of formula, wherein the Crystal Form A has characteristic peaks at 4.46, 11.30, 13.59, 18.17, 21.38, 22.03, 25.89 in the X-ray powder diffraction pattern obtained by Cu-Kα radiation and represented by diffraction angle 2θ angle, wherein the error range of each characteristic peak 2θ is ±0.2,
Electromagnetic switching valves for a fuel injection system of an internal combustion engine, having: - a valve region with a closing element and with a valve seat, which interact for the purposes of closing the switching valve; - an actuator region for moving the closing element with an actuator force along a movement axis; wherein the actuator region has a fixed pole piece and an armature which is movable along the movement axis and which is coupled to the closing element for the purposes of moving the closing element and which, during operation, moves along the movement axis towards the pole piece, wherein the armature has an armature magnet, and wherein the pole piece has a pole piece magnet, wherein the armature magnet and the pole piece magnet are arranged such that a magnetic repelling force (F AB) acts between them during operation, wherein the actuator region has a solenoid for generating a magnetic attracting force (F AN) between armature and pole piece, wherein the solenoid is configured such that the attracting force (F AN) generated during operation overpowers the magnetic repelling force (F AB) that acts owing to armature magnet and pole piece magnet, and wherein the armature magnet and the pole piece magnet are configured such that, as armature and pole piece approach one another, the magnetic repelling force (F AB) exceeds the attracting force (F AN) before the armature and the pole piece make contact. - a valve region with a closing element and with a valve seat, which interact for the purposes of closing the switching valve; - an actuator region for moving the closing element with an actuator force along a movement axis;
A method of harvesting crops using a carriage provided with a harvesting device, the method comprising the sequential steps of: a) harvesting plural crops using the harvesting device; b) measuring or estimating the ground height at each harvested crop in order to generate baseline ground data, wherein the generated baseline ground data comprises average ground height data and/or variations in ground height; c) determining a height of a subsequent crop to determine a desired harvest height; and d) comparing the baseline ground data to the desired harvest height to decide whether to harvest the subsequent crop. a) harvesting plural crops using the harvesting device; b) measuring or estimating the ground height at each harvested crop in order to generate baseline ground data, wherein the generated baseline ground data comprises average ground height data and/or variations in ground height; c) determining a height of a subsequent crop to determine a desired harvest height; and d) comparing the baseline ground data to the desired harvest height to decide whether to harvest the subsequent crop.