mhurhangee/ep-ind-claims huggingface dataset:
A lift mechanism for a wheel assembly, the lift mechanism comprising: a lever arm comprising a first axis of rotation; a first torque transfer plate comprising a second axis of rotation coincident with the first axis of rotation; and, a lift block engagable by the first torque transfer plate, the lift block having a first angularly disposed surface and a resting surface adjacent to the first angularly disposed surface, wherein the lift mechanism is configured such that rotation of the lever arm causes the first torque transfer plate to rotate into engagement with the lift block, thereby causing linear motion of the lift block, and causing the wheel assembly to be raised and lowered by contact between a portion of the wheel assembly and the first angularly disposed surface of the lift block and held in a raised position when the portion of the wheel assembly is positioned with respect to the resting surface, and wherein the first torque transfer plate is a torque transfer fork that comprises a slot and the lift block comprises a pin that is positioned within the slot. a lever arm comprising a first axis of rotation; a first torque transfer plate comprising a second axis of rotation coincident with the first axis of rotation; and, a lift block engagable by the first torque transfer plate, the lift block having a first angularly disposed surface and a resting surface adjacent to the first angularly disposed surface, wherein the lift mechanism is configured such that rotation of the lever arm causes the first torque transfer plate to rotate into engagement with the lift block, thereby causing linear motion of the lift block, and causing the wheel assembly to be raised and lowered by contact between a portion of the wheel assembly and the first angularly disposed surface of the lift block and held in a raised position when the portion of the wheel assembly is positioned with respect to the resting surface, and wherein the first torque transfer plate is a torque transfer fork that comprises a slot and the lift block comprises a pin that is positioned within the slot.
A gas turbine engine comprising: a bypass duct defining a bypass flow path for a bypass airflow; a fan section configured to drive bypass airflow along the bypass flow path; a core engine section including a core flow path through a compressor section, a combustor section and a turbine section; a diffuser case receiving a core flow from the compressor section and including a heat exchanger portion, the diffuser case including an inlet in communication with the bypass flow path for communicating a bypass airflow to the heat exchanger portion; and characterised by an outlet passage extending through the bypass duct to exhaust airflow exiting the heat exchanger portion outside of the bypass duct. a bypass duct defining a bypass flow path for a bypass airflow; a fan section configured to drive bypass airflow along the bypass flow path; a core engine section including a core flow path through a compressor section, a combustor section and a turbine section; a diffuser case receiving a core flow from the compressor section and including a heat exchanger portion, the diffuser case including an inlet in communication with the bypass flow path for communicating a bypass airflow to the heat exchanger portion; and characterised by an outlet passage extending through the bypass duct to exhaust airflow exiting the heat exchanger portion outside of the bypass duct.
A method for transmitting data, comprising: a sending end device generating a first packet data convergence protocol, PDCP, protocol data unit, PDU,; wherein the first PDCP PDU comprises type information, and the type information is used to indicate that a type of a first data packet in the first PDCP PDU is one of an Ethernet data packet, an Internet protocol, IP, data packet, and an Ethernet data packet comprising an IP packet header; characterized in that the first data packet and a second data packet are mapped to a same data radio bearer, DRB, the type of the first data packet is different from a type of the second data packet, the type information is a first configuration file identifier of the first data packet, and the method further comprises the sending end device determining, according to a second mapping relationship between a configuration file identifier and a data packet type, that a data packet type corresponding to the first configuration file identifier is the type of the first data packet. a sending end device generating a first packet data convergence protocol, PDCP, protocol data unit, PDU,; wherein the first PDCP PDU comprises type information, and the type information is used to indicate that a type of a first data packet in the first PDCP PDU is one of an Ethernet data packet, an Internet protocol, IP, data packet, and an Ethernet data packet comprising an IP packet header; characterized in that the first data packet and a second data packet are mapped to a same data radio bearer, DRB, the type of the first data packet is different from a type of the second data packet, the type information is a first configuration file identifier of the first data packet, and the method further comprises the sending end device determining, according to a second mapping relationship between a configuration file identifier and a data packet type, that a data packet type corresponding to the first configuration file identifier is the type of the first data packet.
A method for preparing a compound, which either corresponds to the general formula RGaCl 2 or is a mixture of RGaCl 2 with R 2 GaCl, comprising the reaction steps of a1) reacting gallium with an alkyl donor in the presence of an activator to form compound, a2) and optionally isolating said compound from the reaction mixture, wherein R is a branched or unbranched alkyl group having 1 to 4 carbon atoms, and the alkyl donor is added at a predetermined constant pressure of from 1.5 to 6 bar, the alkyl donor has the general formula: RCl wherein R is as defined above and is gaseous in step a1), and the activator is a compound or a mixture of compounds of the following general formula: R a Ga b Cl c, wherein a is a number selected from 0, 1, 2 and 3; and b is a number selected from 1 and 2; and c is a number selected from 0, 1, 2 and 3; wherein a and c are not simultaneously 0; and wherein a + b + c = 4 or a multiple of 4; and wherein R is as defined above; and wherein the sum of a and c is equal to 3 when b is equal to 1; or wherein the sum of a and c is equal to 6 when b is equal to 2. a1) reacting gallium with an alkyl donor in the presence of an activator to form compound, a2) and optionally isolating said compound from the reaction mixture,
A speaker comprising: a magnetic circuit having a magnetic gap; a voice coil disposed in the magnetic gap and driven by electromagnetic interaction when current is applied to the voice coil; a diaphragm that vibrates in conjunction with the voice coil; a damper that elastically supports the voice coil and the diaphragm; a frame that holds the outer periphery of the diaphragm and the outer periphery of the damper; and a duct protruded from the frame, an open end of the duct on the distal end side thereof facing an external space, an opening provided in the frame being an open end of the duct on the base end side thereof, wherein a space surrounded by the frame on one side of the diaphragm is separated by the damper into a first internal space and a second internal space, the first internal space is caused to face one part of the opening, the second internal space is caused to face the other part of the opening, and thereby the first and second internal spaces (S1, S2) are caused to communicate with the external space. a magnetic circuit having a magnetic gap; a voice coil disposed in the magnetic gap and driven by electromagnetic interaction when current is applied to the voice coil; a diaphragm that vibrates in conjunction with the voice coil; a damper that elastically supports the voice coil and the diaphragm; a frame that holds the outer periphery of the diaphragm and the outer periphery of the damper; and a duct protruded from the frame, an open end of the duct on the distal end side thereof facing an external space, an opening provided in the frame being an open end of the duct on the base end side thereof, wherein a space surrounded by the frame on one side of the diaphragm is separated by the damper into a first internal space and a second internal space, the first internal space is caused to face one part of the opening, the second internal space is caused to face the other part of the opening, and thereby the first and second internal spaces (S1, S2) are caused to communicate with the external space.
An optical fiber having a coating made from a UV curable resin formed on the outer surface of a bare optical glass fiber, characterized in that the coating comprises at least two layers, the UV curable resin comprises urethane acrylate, an oxidation inhibitor and a photoinitiator, a polyisocyanate component in the urethane acrylate being an aromatic polyisocyanate, the photoinitiator comprising an acetophenone photoinitiator and an acrylphosphine-oxide photoinitiator; an inner layer of the at least two layers includes only the acylphosphine-oxide photoinitiator as the photoinitiator; an outer layer of the at least two layers includes the acetophenone photoinitiator and the acylphosphine-oxide photoinitiator as the photoinitiator; the acetophenone photoinitiator is 1-hydroxycyclohexyl phenylketone; the acylphosphine-oxide photoinitiator is 2,4,6-trimethylbenzoyl diphenylphosphine oxide; and the coated material comprises an unreacted photoinitiator in an amount of 2.4 × 10 -3 mole equivalent or less in 1 g of the material.
A scented article, comprising, at least one olfactory-active composition, a structural component comprising an absorbent matrix material, and a coating composition covering a portion of the structural component, wherein at least one olfactory-active composition is releasably retained in the absorbent matrix material wherein the structural component comprises a rod shape, formed by winding said matrix material, which is paper matrix, around a vertical axis, so that a rod, having a length longer than its diameter is formed wherein each layer formed by the complete revolution of the paper matrix around the axis is referred to as a ply characterized in that the plys have different absorbencies such that from the inner plys to the outer plys the absorbency increases, or from the inner plys to the outer plys, the absorbency decreases. wherein the structural component comprises a rod shape, formed by winding said matrix material, which is paper matrix, around a vertical axis, so that a rod, having a length longer than its diameter is formed wherein each layer formed by the complete revolution of the paper matrix around the axis is referred to as a ply characterized in that the plys have different absorbencies such that from the inner plys to the outer plys the absorbency increases, or from the inner plys to the outer plys, the absorbency decreases.
Profiled section for securing a solar panel, said profiled section comprising: - an upright wall with an outer surface finished to glue said solar panel to, and an inner surface; - a first channel-like element which extends from said outer surface of said upright wall and whose bottom side is aligned with the bottom side of said upright wall; and - a second channel-like element which extends from said inner surface of said upright wall at the location of the top side of said upright wall, - wherein said first channel-like element and said second channel-like element are formed in such a way that an inverted L-shaped filler piece, placed upside down next to said solar panel, can be clamped into said profiled section. - an upright wall with an outer surface finished to glue said solar panel to, and an inner surface; - a first channel-like element which extends from said outer surface of said upright wall and whose bottom side is aligned with the bottom side of said upright wall; and - a second channel-like element which extends from said inner surface of said upright wall at the location of the top side of said upright wall, - wherein said first channel-like element and said second channel-like element are formed in such a way that an inverted L-shaped filler piece, placed upside down next to said solar panel, can be clamped into said profiled section.
An insert ring for a pallet box having the standard dimensions of a wire mesh box, with four side walls (A, B, C, D), wherein at least one side wall has holding means for a flexible compartment arrangement, wherein two opposite side walls (A, B) are designed as double-walled plastics surface parts composed of an interior and an exterior shell thereby forming hollow chambers or hollow cavities between interior and exterior shell, and wherein the two remaining side walls (C, D) are formed at least in sections by dimensionally stable transverse struts which are connected to the plastics surface parts, characterized in that the insert ring has wall portions with integrally molded transverse grooves which are distributed over the height of the wall portions, in which the transverse struts are embedded and fixed by means of fastening elements, wherein each transverse groove is assigned a termination recess of a supporting back arranged at the same level, in order to receive corresponding face ends of the dimensionally stable transverse struts in the rectangular assembled state of the insert ring.
A simulator ride comprising: an annular structure comprising a path integrated with the annular structure and arranged along an interior surface of the annular structure, wherein the path is arranged along at least a portion of the annular structure to form at least a partial annulus; a passenger support system within the annular structure and coupled to the path and configured to move along the path of the annular structure to rotate the passenger support system about a center axis of the annular structure when the simulator ride is in operation, wherein the passenger support system, in use, holds the passenger in a seated position having a forward-facing direction co-planar to the annular structure; and a ride base configured to support the annular structure and configured to rotate and/or tilt the annular structure in one or more degrees of freedom, wherein the annular structure is configured to rotate relative to the ride base. an annular structure comprising a path integrated with the annular structure and arranged along an interior surface of the annular structure, wherein the path is arranged along at least a portion of the annular structure to form at least a partial annulus; a passenger support system within the annular structure and coupled to the path and configured to move along the path of the annular structure to rotate the passenger support system about a center axis of the annular structure when the simulator ride is in operation, wherein the passenger support system, in use, holds the passenger in a seated position having a forward-facing direction co-planar to the annular structure; and a ride base configured to support the annular structure and configured to rotate and/or tilt the annular structure in one or more degrees of freedom, wherein the annular structure is configured to rotate relative to the ride base.
A goods storage and retrieval system, comprising a multilevel warehouse racking system, and a materials handling vehicle disposed on a vehicle transit surface, wherein: the materials handling vehicle comprises a vehicle body, a fork carriage assembly, a carriage control unit, a picking attachment secured to the fork carriage assembly, and a navigation subsystem, characterized in that the vehicle further comprises a cart engagement subsystem and one or more vehicular controllers in communication with the carriage control unit, the picking attachment, the cart engagement subsystem, and the navigation subsystem; wherein the goods storage and retrieval system comprises a mobile storage cart and a cart home position, and wherein the cart engagement subsystem comprises a cart engagement field of view; the one or more vehicular controllers of the materials handling vehicle executes vehicle functions to: (i) use the navigation subsystem to navigate the materials handling vehicle along the vehicle transit surface to a localized engagement position where the cart home position is within the cart engagement field of view; and (ii) use the cart engagement subsystem to engage the mobile storage cart in the cart home position with the fork carriage assembly. the materials handling vehicle comprises a vehicle body, a fork carriage assembly, a carriage control unit, a picking attachment secured to the fork carriage assembly, and a navigation subsystem, characterized in that the vehicle further comprises a cart engagement subsystem and one or more vehicular controllers in communication with the carriage control unit, the picking attachment, the cart engagement subsystem, and the navigation subsystem; wherein the goods storage and retrieval system comprises a mobile storage cart and a cart home position, and wherein the cart engagement subsystem comprises a cart engagement field of view; the one or more vehicular controllers of the materials handling vehicle executes vehicle functions to: (i) use the navigation subsystem to navigate the materials handling vehicle along the vehicle transit surface to a localized engagement position where the cart home position is within the cart engagement field of view; and (ii) use the cart engagement subsystem to engage the mobile storage cart in the cart home position with the fork carriage assembly. (i) use the navigation subsystem to navigate the materials handling vehicle along the vehicle transit surface to a localized engagement position where the cart home position is within the cart engagement field of view; and (ii) use the cart engagement subsystem to engage the mobile storage cart in the cart home position with the fork carriage assembly.
A digital mammography device comprising: a pressure pad configured to be movably installed between an X-ray generator for irradiating X-ray and a detector for receiving the X-ray penetrating through a subject, and configured to compress the subject; a pressure pad driving part configured to include a motor and a power transferring part for moving the pressure pad using power of the motor; and an applied pressure transferring part configured to include a coupling block to which the pressure pad is fixed and a moving block fixed to the power transferring part and relatively and movably connected to the coupling block, and configured to provide an electrical signal depending on a relative movement displacement between the coupling block and the moving block, characterized in that: the pressure pad driving part comprises a pair of vertical and parallel guide shafts, configured to enable only vertical movement of a guide block configured to be guided by the guide shafts and coupled to the applied pressure transferring part. a pressure pad configured to be movably installed between an X-ray generator for irradiating X-ray and a detector for receiving the X-ray penetrating through a subject, and configured to compress the subject; a pressure pad driving part configured to include a motor and a power transferring part for moving the pressure pad using power of the motor; and an applied pressure transferring part configured to include a coupling block to which the pressure pad is fixed and a moving block fixed to the power transferring part and relatively and movably connected to the coupling block, and configured to provide an electrical signal depending on a relative movement displacement between the coupling block and the moving block, characterized in that: the pressure pad driving part comprises a pair of vertical and parallel guide shafts, configured to enable only vertical movement of a guide block configured to be guided by the guide shafts and coupled to the applied pressure transferring part.
Method for dressing of a grinding worm by means of a dressing roll in which the dressing roll, which is provided with an abrasive profile, is brought into engagement with the grinding worm to profile its helical grinding profile, wherein the abrasive profile of the dressing roll is at least partially designed tooth-shaped in a radial cross section and extends radially (r) from a root region to a tip region, wherein the dressing roll is produced by the steps: a) Producing of a disk-shaped base body, wherein the base body is provided with a profiled surface for the reception of a layer of abrasive particles, wherein the surface is at least partially tooth-shaped in a radial cross section, b) Positioning of a layer of abrasive particles on the profiled surface of the base body, c) Profiling of the base body which is provided with abrasive particles by removing outer sections of the abrasive particles with a profiling tool in such a manner that the abrasive desired profile of the dressing roll is created, characterized in that the production of the abrasive desired profile according to step c) takes place in such a manner that the distance (x) between the tooth-shaped surface and the abrasive profile is changing during advancing from the root region to the tip region at least at one flank (10, 11) of the tooth-shaped surface, measured in the radial cross section perpendicular to the tooth-shaped surface, wherein the production of the abrasive desired profile according to step c) takes place in such a manner that the distance (x) between the tooth-shaped surface and the abrasive profile is increasing during advancing from the root region to the tip region, measured in the radial cross section perpendicular to the tooth-shaped surface. a) Producing of a disk-shaped base body, wherein the base body is provided with a profiled surface for the reception of a layer of abrasive particles, wherein the surface is at least partially tooth-shaped in a radial cross section, b) Positioning of a layer of abrasive particles on the profiled surface of the base body, c) Profiling of the base body which is provided with abrasive particles by removing outer sections of the abrasive particles with a profiling tool in such a manner that the abrasive desired profile of the dressing roll is created,
Structure consisting of two or more semifinished components (2, 3) joined together by a butt joint, said semifinished components being formed from wall panels (6, 7) which are spaced apart by means of rod-shaped and/or planar stabilizing elements that extend substantially at right angles to the planes of the wall panels (6, 7), said wall panels extending substantially in parallel planes with respect to one another and in each case forming a join at the butt joint, wherein the intermediate spaces between the wall panels (6, 7) can be filled with a curable compound, and wherein positionable multidirectional reinforcing elements are provided in the region of the butt joint, said reinforcing elements cooperating with stabilizing elements and being arranged between the stabilizing elements in such a way as to be movable from a position in which they do not span the butt joint to a second position in which they do span the butt joint, and in that the stabilizing elements are arranged in such a way that free spaces are created for the insertion of the reinforcing elements, characterized in that the positionable multidirectional reinforcing elements are three-directional cages.