mhurhangee/ep-ind-claims huggingface dataset:
Franking machine with an ink printing device onto which a flat good is pressed by means of a contact pressure device, wherein the ink printing device comprises exchangeable ink cartridges and the contact pressure device comprises exchangeable modules; wherein a security housing (2, 5) encloses the ink printing device and its control unit, characterized in that the franking machine has a shaft-shaped opening (5.2) in the floor (5.1) of the lower housing shell of the security housing that can be sealed by a cover (5.5); that the lower housing shell is designed accordingly to accommodate assemblies (15, 16.1, 16.2, 17) that can be contaminated with ink; that the assemblies (15, 16.1, 16.2, 17) that can be contaminated with ink comprise an ink capture container, at least one service module (16.1, 16.2) and an ink receptacle; that each service module (16.1, 16.2) respectively includes a free-spraying shaft (16.10, 16.20); and that the ink receptacle includes a sponge (17.1) that is arranged in a sponge mount (17.2); and that the assemblies (15, 16.1, 16.2, 17) that can be contaminated with ink are situated in an insecure region of the franking machine and are accessible via the aforementioned opening when a cover (5.5) of the shaft-shaped opening (5.2) is opened.
An acrylic pressure-sensitive adhesive composition comprising: an acrylic polymer; and a (meth) acrylic polymer that includes, as a monomer unit, a (meth) acrylic monomer having a tricyclic or higher alicyclic structure and that has a weight average molecular weight of 1000 or more and less than 30000. an acrylic polymer; and a (meth) acrylic polymer that includes, as a monomer unit, a (meth) acrylic monomer having a tricyclic or higher alicyclic structure and that has a weight average molecular weight of 1000 or more and less than 30000.
A rotor assembly, comprising: at least one driven member; at least one driving member consisting of a turbine rotor and a tension bolt; and at least one rotating thermal insulator rigidly attached to the driven member; the tension bolt tending to axially force the driven member and driving member together, thereby providing axial constraint between the driven member and the driving member; wherein: a male tapered hexagonal protrusion is provided on the turbine rotor, and a matching tapered female hexagonal hole is provided in an end of the thermal insulator, together forming a joint that allows radial sliding, relative centering, and torque transmission between the driven member and the driving member. at least one driven member; at least one driving member consisting of a turbine rotor and a tension bolt; and at least one rotating thermal insulator rigidly attached to the driven member; the tension bolt tending to axially force the driven member and driving member together, thereby providing axial constraint between the driven member and the driving member; wherein: a male tapered hexagonal protrusion is provided on the turbine rotor, and a matching tapered female hexagonal hole is provided in an end of the thermal insulator, together forming a joint that allows radial sliding, relative centering, and torque transmission between the driven member and the driving member.
Use of a particulate combustion catalyst for combustion of soot particulate matter discharged from a diesel internal combustion engine, characterized in that the particulate combustion catalyst comprises a carrier formed of monoclinic zirconium oxide particles, and metallic Ag or Ag oxide, which serves as a catalyst component and is supported on the carrier, wherein the amount of the catalyst component is 0.5 to 10 mass%, as reduced to metallic Ag, on the basis of the mass of the carrier, and that the particulate combustion catalyst exhibits a combustion initiation temperature (Tig) of 300 °C or lower.
An image reading apparatus, comprising: a medium transportation path along which a medium is transported; a read unit that reads the medium and is provided on the medium transportation path; and a control unit that processes read data read by the read unit and controls transportation of the medium along the medium transportation path; wherein the control unit sets an abnormality determination area for a leading-edge area of the read data and performs abnormality determination processing for the abnormality determination area, the abnormality determination processing includes first determination processing; characterized in that the first determination processing includes acquiring, at an upstream position in a medium transportation direction of the abnormality determination area, a distance WL from a center position in a medium width direction intersecting with the medium transportation direction to one edge in the medium width direction and a distance WR from the center position to the other edge in the medium width direction, and comparing a value R that is a ratio between the distance WL and the distance WR or a difference therebetween with a threshold R0 determined in advance. a medium transportation path along which a medium is transported; a read unit that reads the medium and is provided on the medium transportation path; and a control unit that processes read data read by the read unit and controls transportation of the medium along the medium transportation path; wherein the control unit sets an abnormality determination area for a leading-edge area of the read data and performs abnormality determination processing for the abnormality determination area, the abnormality determination processing includes first determination processing; characterized in that the first determination processing includes acquiring, at an upstream position in a medium transportation direction of the abnormality determination area, a distance WL from a center position in a medium width direction intersecting with the medium transportation direction to one edge in the medium width direction and a distance WR from the center position to the other edge in the medium width direction, and comparing a value R that is a ratio between the distance WL and the distance WR or a difference therebetween with a threshold R0 determined in advance. acquiring, at an upstream position in a medium transportation direction of the abnormality determination area, a distance WL from a center position in a medium width direction intersecting with the medium transportation direction to one edge in the medium width direction and a distance WR from the center position to the other edge in the medium width direction, and comparing a value R that is a ratio between the distance WL and the distance WR or a difference therebetween with a threshold R0 determined in advance.
Snow clearing device for clearing of snow from tracks and track areas, where the snow clearing device is designed to be carried by a trackbound vehicle, where the snow clearing device comprises a frame part that can be fixed to the trackbound vehicle and a on the frame part displaceably arranged plough device, where the plough device is movable between an inactive elevated parking position and an active lowered clearing position in which clearing position different plough settings are possible, characterized in, that the plough device comprises a plough comprising several articulately connected plough segments (10, 12, 14, 16), and that the snow clearing device further comprises an operator cabin arranged to be displaced on the frame part simultaneously with the plough device.
A compound represented by the formula wherein R 1 is an amino group substituted by one substituent selected from an amino group, a C 3-6 cycloalkyl group substituted by 1 to 3 substituents selected from a halogen atom and a hydroxyl group, and a tetrahydropyranyl group substituted by 1 to 3 hydroxyl groups, R 2 and R 3 are the same and each is a hydrogen atom or a halogen atom, or R 2 is a hydrogen atom, and R 3 is a halogen atom, X is -CH= or -N=, and ring A is a phenyl group wherein the 4-position is substituted by a substituent selected from (i) a C 1-3 alkoxy group, (ii) a carbamoyl group, (iii) a pyrazolyl group optionally substituted by 1 to 3 C 1-3 alkyl groups and (iv) a pyridyl group substituted by 1 to 3 C 1-3 alkyl groups, or a salt thereof. R 1 is an amino group substituted by one substituent selected from an amino group, a C 3-6 cycloalkyl group substituted by 1 to 3 substituents selected from a halogen atom and a hydroxyl group, and a tetrahydropyranyl group substituted by 1 to 3 hydroxyl groups, an amino group, a C 3-6 cycloalkyl group substituted by 1 to 3 substituents selected from a halogen atom and a hydroxyl group, and a tetrahydropyranyl group substituted by 1 to 3 hydroxyl groups, R 2 and R 3 are the same and each is a hydrogen atom or a halogen atom, or R 2 is a hydrogen atom, and R 3 is a halogen atom, X is -CH= or -N=, and ring A is a phenyl group wherein the 4-position is substituted by a substituent selected from (i) a C 1-3 alkoxy group, (ii) a carbamoyl group, (iii) a pyrazolyl group optionally substituted by 1 to 3 C 1-3 alkyl groups and (iv) a pyridyl group substituted by 1 to 3 C 1-3 alkyl groups, or a salt thereof.
A method for handling a communication operation, the method performed by a network of a wireless communication system in a time-division duplexing, TDD, mode, the method comprising: determining an uplink/downlink, called UL/DL hereinafter, reconfiguration set, the reconfiguration set being equal to three UL/DL configurations; scheduling a UL/DL configuration of the reconfiguration set for a frame; determining a reference UL/DL configuration according to the reconfiguration set wherein the reference UL/DL configuration is one of the three UL/DL configurations; transmitting information comprising the reference UL/DL configuration to a communication device of the wireless communication system; and performing a communication operation in the frame with the communication device according to the reference UL/DL configuration, irrespective of the UL/DL configuration previously scheduled for the frame, wherein the communication operation is a transmission, or the communication operation is a reception; wherein each DL subframe of each of the three UL/DL configurations with a same subframe index corresponds to a DL subframe of the reference UL/DL configuration. determining an uplink/downlink, called UL/DL hereinafter, reconfiguration set, the reconfiguration set being equal to three UL/DL configurations; scheduling a UL/DL configuration of the reconfiguration set for a frame; determining a reference UL/DL configuration according to the reconfiguration set wherein the reference UL/DL configuration is one of the three UL/DL configurations; transmitting information comprising the reference UL/DL configuration to a communication device of the wireless communication system; and performing a communication operation in the frame with the communication device according to the reference UL/DL configuration, irrespective of the UL/DL configuration previously scheduled for the frame, wherein the communication operation is a transmission, or the communication operation is a reception; wherein each DL subframe of each of the three UL/DL configurations with a same subframe index corresponds to a DL subframe of the reference UL/DL configuration.
A method for checking an effected initial operation of a portable data carrier having a non-volatile memory, a memory controller, a memory interface via which an end device can access the memory, and a second interface, characterized in that an effected initial operation of the data carrier is checked (S5b, S10b) through a request (S5a, S10a) to a security unit of the data carrier via the second interface, security interface, of the data carrier, which interface is connected to the security unit, that the data carrier is initially operated by the memory interface, which is arranged in the data carrier before the initial operation such that it cannot be connected to an end device, being laid open (S9a) such that it can be connected to an end device, and an electrical connection between the security unit and the security interface is permanently disconnected (S9b) substantially simultaneously with the laying open (S9a) of the memory interface, wherein the memory interface is laid open (S9a) by a memory portion of the data carrier comprising at least the memory interface being folded out (S9a) of a body portion of the data carrier comprising at least the security interface.
A modular filtration frame assembly for holding components of a pipe system, the modular frame assembly comprising: a skid formed by a base and a central spine; the base having at least two legs and at least one lateral support disposed between the two legs; the spine having two uprights and at least one cross bar disposed between the two uprights; a component support member adjustably attached along one of said at least one cross bar of said spine for supporting the pipe system component so that a centerline of the pipe system component is substantially parallel to said cross bar of the spine. a skid formed by a base and a central spine; the base having at least two legs and at least one lateral support disposed between the two legs; the spine having two uprights and at least one cross bar disposed between the two uprights; a component support member adjustably attached along one of said at least one cross bar of said spine for supporting the pipe system component so that a centerline of the pipe system component is substantially parallel to said cross bar of the spine.
An assembly to support a wing leading or trailing edge device during deployment and retraction of said wing leading or trailing edge device from a wing of an aircraft, the assembly comprising a fixed support member attachable to the support structure of an aircraft wing, an intermediate link arm having one end pivotally mounted to the support member for rotation relative to the support member about a first axis (A-A) and, a primary link arm having a first end attached to the opposite end of the intermediate link arm such that the primary link arm and intermediate link arm are movable relative to each other, a second end of the primary link arm being configured for attachment to a wing leading or trailing edge device; wherein: the first end of the primary link arm is attached to said opposite end of the intermediate link arm via a bearing element so that the primary link arm, together with a wing leading or trailing edge device attached to the second end of the primary link arm, can move relative to the intermediate link arm in any direction during deployment or retraction of said wing leading or trailing edge device from an aircraft wing; or the first end of the primary link arm is attached to the opposite end of the intermediate link arm for rotation relative to the intermediate link arm about a second axis (B-B) during deployment or retraction of said wing leading or trailing edge device from an aircraft wing, and the second end of the primary link arm is configured for attachment to a wing leading or trailing edge device via a bearing element so that a wing leading or trailing edge device can move relative to the primary link arm in any direction during deployment or retraction of said wing leading or trailing edge device from an aircraft wing, characterized in that the first axis is substantially vertical. the first end of the primary link arm is attached to said opposite end of the intermediate link arm via a bearing element so that the primary link arm, together with a wing leading or trailing edge device attached to the second end of the primary link arm, can move relative to the intermediate link arm in any direction during deployment or retraction of said wing leading or trailing edge device from an aircraft wing; or the first end of the primary link arm is attached to the opposite end of the intermediate link arm for rotation relative to the intermediate link arm about a second axis (B-B) during deployment or retraction of said wing leading or trailing edge device from an aircraft wing, and the second end of the primary link arm is configured for attachment to a wing leading or trailing edge device via a bearing element so that a wing leading or trailing edge device can move relative to the primary link arm in any direction during deployment or retraction of said wing leading or trailing edge device from an aircraft wing, characterized in that the first axis is substantially vertical.
A vortex generator for a wind turbine blade, comprising: a platform portion to be fixed to a surface of the wind turbine blade; and at least one fin erected on the platform portion, wherein the platform portion includes marks disposed on a pair of opposite positions in an outer edge region of the platform portion and indicating orientation of the vortex generator, characterized in that the platform portion has a circular shape in a top view, and a line (L A, L B) connecting the pair of opposite positions passes through a center of the circular shape of the platform portion. a platform portion to be fixed to a surface of the wind turbine blade; and at least one fin erected on the platform portion, wherein the platform portion includes marks disposed on a pair of opposite positions in an outer edge region of the platform portion and indicating orientation of the vortex generator, characterized in that the platform portion has a circular shape in a top view, and a line (L A, L B) connecting the pair of opposite positions passes through a center of the circular shape of the platform portion.
A device for maintaining the temperature of burning charcoal briquettes substantially at a desired temperature in a BBQ pan that generate heat within the pan resulting in a coating of ash on the charcoal briquettes as combustion takes place, the level of heat generated by the briquettes being a function of the extent of coating of ash on the charcoal briquettes, comprising; vibrating means for vibrating the pan and thereby vibrate, shake or agitate the charcoal briquettes supported therein to remove ash accumulated on the briquettes due to combustion; responsive means for selectively generating a signal upon the occurrence of a predetermined event; characterized by control means responsive to said signal for selectively activating said vibrating means only upon detection of said signal to selectively impart vibrations to the charcoal briquettes and selectively remove ash thereon to control the level of heat emitted by the charcoal briquettes by controlling the reaction rate between the briquettes and ambient oxygen to increase and restore the temperature to substantially said desired temperature. vibrating means for vibrating the pan and thereby vibrate, shake or agitate the charcoal briquettes supported therein to remove ash accumulated on the briquettes due to combustion; responsive means for selectively generating a signal upon the occurrence of a predetermined event; characterized by control means responsive to said signal for selectively activating said vibrating means only upon detection of said signal to selectively impart vibrations to the charcoal briquettes and selectively remove ash thereon to control the level of heat emitted by the charcoal briquettes by controlling the reaction rate between the briquettes and ambient oxygen to increase and restore the temperature to substantially said desired temperature.
A hoist mechanism, for loading into or unloading from a load carrying space of a vehicle, comprising a stepless adjustment system comprising an inner section received within an outer section in a telescoping arrangement, wherein the outer section comprises first and second body portions (44A,44B) each provided with engagement features which interlock, in use, with corresponding engagement features provided on the inner section, and wherein a gap is provided between at least one of the engagement features of the first and second body portions (44A,44B) and at least one of the engagement features provided on the inner section to allow rotation of the first and/or second body portions (44A,44B) when the first and second body portions (44A,44B) are forced together, wherein the hoist mechanism is installable in said vehicle and comprises a lifting arm (22,24) pivotally connected to an actuator, the inclination of said lifting arm (22,24) being controlled by the actuator, and wherein the lifting arm (22,24) is variable in upstanding height by the provision of the inner section slidably connected to the outer section of the lifting arm, and characterised in that the lifting arm (22,24) is connected to the actuator at a mounting point located within an outer profile of the lifting arm (22,24).
A computer-implemented method for preprocessing of capture files (305, 620) for replay of a workload in a target database system, the method being executed by one or more processors and comprising: receiving a capture file (305, 620), the capture file (305, 620) comprising data representative of a workload executed in a source database system; and processing the capture file (305, 620) to provide a replay file, the replay file being in a format that is executable by a replayer to replay the workload in a target database system; characterized in that processing the capture file (305, 620) comprises: processing the capture file (305, 620) to provide a set of intermediate files in a first pass, wherein the first pass includes an extraction subprocess, a reading and joining sub-process, and a writing sub-process, and processing the set of intermediate files in a second pass to generate a set of replay files, wherein the second pass includes an in-memory merge sort and manipulations sub-process. receiving a capture file (305, 620), the capture file (305, 620) comprising data representative of a workload executed in a source database system; and processing the capture file (305, 620) to provide a replay file, the replay file being in a format that is executable by a replayer to replay the workload in a target database system; characterized in that processing the capture file (305, 620) comprises: processing the capture file (305, 620) to provide a set of intermediate files in a first pass, wherein the first pass includes an extraction subprocess, a reading and joining sub-process, and a writing sub-process, and processing the set of intermediate files in a second pass to generate a set of replay files, wherein the second pass includes an in-memory merge sort and manipulations sub-process. processing the capture file (305, 620) to provide a set of intermediate files in a first pass, wherein the first pass includes an extraction subprocess, a reading and joining sub-process, and a writing sub-process, and processing the set of intermediate files in a second pass to generate a set of replay files, wherein the second pass includes an in-memory merge sort and manipulations sub-process.