mhurhangee/ep-ind-claims huggingface dataset:
Method for hot forming, in particular for forging, a workpiece, in which a) the workpiece is formed during a working stroke in a working room of two tools (4, 6) of a forming machine which are moved towards each other in a forming process, and b) the workpiece is held during the forming process in a forming position located in the working room by means of a handling device, whereby c) the handling device pre-positions the workpiece in the working room in a predetermined pre-position at a distance from the tools (4, 6) before the forming process, and whereby d1) the workpiece pre-positioned in the pre-position is moved from the pre-position to the forming position by a tool moved in the working stroke along a tool movement axis to the forming position, and/or d2) the workpiece pre-positioned in the pre-position is moved to the forming position by the handling device in a movement synchronised with a tool moved in the working stroke along a tool movement axis to the forming position; whereby e) the handling device comprises a gripper system and a manipulator designed for the spatial movement of the gripper system, the gripper system being connected to the manipulator via an interposed damper element, and f) the gripper system is or becomes elastically decoupled from the manipulator via the damper element when the workpiece is pre-positioned, characterised in that the gripper system is supported or gets supported at least in the pre-position of the workpiece by a preload element with a variably adjustable or a fixed preload force on or against the manipulator. a) the workpiece is formed during a working stroke in a working room of two tools (4, 6) of a forming machine which are moved towards each other in a forming process, and b) the workpiece is held during the forming process in a forming position located in the working room by means of a handling device, whereby c) the handling device pre-positions the workpiece in the working room in a predetermined pre-position at a distance from the tools (4, 6) before the forming process, and whereby d1) the workpiece pre-positioned in the pre-position is moved from the pre-position to the forming position by a tool moved in the working stroke along a tool movement axis to the forming position, and/or d2) the workpiece pre-positioned in the pre-position is moved to the forming position by the handling device in a movement synchronised with a tool moved in the working stroke along a tool movement axis to the forming position; whereby e) the handling device comprises a gripper system and a manipulator designed for the spatial movement of the gripper system, the gripper system being connected to the manipulator via an interposed damper element, and f) the gripper system is or becomes elastically decoupled from the manipulator via the damper element when the workpiece is pre-positioned, characterised in that the gripper system is supported or gets supported at least in the pre-position of the workpiece by a preload element with a variably adjustable or a fixed preload force on or against the manipulator.
A data transmission method applied by a mobile terminal, wherein the method comprises: in a process of triggering a blind retransmission mechanism, obtaining retransmission times circularly; and when the retransmission times are less than a preset retransmission time threshold, retransmitting data to a receiving terminal and updating the retransmission times, so as to limit the retransmission times of the data through updating the retransmission times, wherein the retransmission times include blind retransmission times and HARQ retransmission times, and the retransmission time threshold includes a blind retransmission time threshold and an HARQ retransmission time threshold; and when the retransmission times are less than the preset retransmission time threshold, retransmitting the data to the receiving terminal and updating the retransmission times comprises: when the blind retransmission times are less than the blind retransmission time threshold, and a sum of the blind retransmission times and the HARQ retransmission times is less than the HARQ retransmission time threshold, retransmitting the data to the receiving terminal and updating the blind retransmission times; when the blind retransmission times are not less than the blind retransmission time threshold, or the sum of the blind retransmission times and the HARQ retransmission times is not less than the HARQ retransmission time threshold, stopping the retransmitting of the data to the receiving terminal. in a process of triggering a blind retransmission mechanism, obtaining retransmission times circularly; and when the retransmission times are less than a preset retransmission time threshold, retransmitting data to a receiving terminal and updating the retransmission times, so as to limit the retransmission times of the data through updating the retransmission times, wherein the retransmission times include blind retransmission times and HARQ retransmission times, and the retransmission time threshold includes a blind retransmission time threshold and an HARQ retransmission time threshold; and when the retransmission times are less than the preset retransmission time threshold, retransmitting the data to the receiving terminal and updating the retransmission times comprises: when the blind retransmission times are less than the blind retransmission time threshold, and a sum of the blind retransmission times and the HARQ retransmission times is less than the HARQ retransmission time threshold, retransmitting the data to the receiving terminal and updating the blind retransmission times; when the blind retransmission times are not less than the blind retransmission time threshold, or the sum of the blind retransmission times and the HARQ retransmission times is not less than the HARQ retransmission time threshold, stopping the retransmitting of the data to the receiving terminal.
An inspection device for an auto loading feeder having a tape guide main body, extending along a conveyance direction of a carrier tape, in which a cover tape for closing an accommodation section for accommodating an electronic component therein is affixed to a base tape on which the accommodation section is provided, and a peeling blade, extending in the conveyance direction with an cutting edge thereof directed towards an upstream side in the conveyance direction, which is configured to peel off the cover tape from the base tape of the carrier tape guided by the tape guide main body, the inspection device comprising: a height detection sensor configured to output a signal corresponding to a height position of the peeling blade with respect to a reference point on the tape guide main body; and a height discrimination section configured to discriminate, based on an output signal of the height detection sensor, whether the height position of the peeling blade stays within a predetermined range with respect to the carrier tape guided by the tape guide main body. a height detection sensor configured to output a signal corresponding to a height position of the peeling blade with respect to a reference point on the tape guide main body; and a height discrimination section configured to discriminate, based on an output signal of the height detection sensor, whether the height position of the peeling blade stays within a predetermined range with respect to the carrier tape guided by the tape guide main body.
A postural support bracket for attaching a postural support to a seat, wherein the postural support bracket comprises a first positioning member comprising a first portion comprising a longitudinal axis, a second portion comprising a longitudinal axis, and a middle portion extending at an angle between the first and second portions (121, 122) so that the first and second portions (121, 122) are offset from each other, wherein the first portion of the first positioning member is configured to rotatably attach to the seat and the second portion is rotatably attached to a support brace for supporting the postural support, characterised in that the support brace comprises a body having at least one tilt adjustment slot and in that postural support bracket also comprises a second positioning member comprising a first portion comprising a longitudinal axis, a second portion comprising a longitudinal axis, and a middle portion extending at an angle between the first and second portions (121, 122) so that the first and second portions (121, 122) are offset from each other, wherein the first portion of the second positioning member is configured to rotatably attach to the seat and the second portion is rotatably and slidingly attached to the tilt adjustment slot of the support brace to slide along the tilt adjustment slot to rotate the support brace about the longitudinal axis of the second portion of the second positioning member to vary the angle of tilt of the support brace.
Serial connection for connecting a listener to at least two drivers through a single serial bus, wherein each driver is also connected to the listener through a common connection carrying an external trigger signal, characterized by the fact that each driver comprises: • a first receiver transmitter of the FIFO type, connected in between the output and a data transmitter connected to data generation means, the first receiver transmitter being configured as a transmitter, • an external trigger input connected to the common connection, to a timer and a data latch, • a high impedance output control connected to the output of the first receiver transmitter, configured to not allow data through unless a command is received from a toggle signal transmitter, • the timer connected between the toggle signal transmitter and the high impedance output control, configured to allow the command from the toggle signal transmitter to go through after lapsing of a predetermined duration starting as an external trigger event happens, the external trigger event being based on the external trigger signal, the predetermined duration being different for each driver. • the data latch connected between the data transmitter and the first receiver transmitter, configured to allow the data through upon detecting the external trigger event. • a first receiver transmitter of the FIFO type, connected in between the output and a data transmitter connected to data generation means, the first receiver transmitter being configured as a transmitter, • an external trigger input connected to the common connection, to a timer and a data latch, • a high impedance output control connected to the output of the first receiver transmitter, configured to not allow data through unless a command is received from a toggle signal transmitter, • the timer connected between the toggle signal transmitter and the high impedance output control, configured to allow the command from the toggle signal transmitter to go through after lapsing of a predetermined duration starting as an external trigger event happens, the external trigger event being based on the external trigger signal, the predetermined duration being different for each driver. • the data latch connected between the data transmitter and the first receiver transmitter, configured to allow the data through upon detecting the external trigger event.
Flow field plate (100; 200) for a bipolar plate or bipolar plate assembly of a fuel cell or a fuel cell stack, having an electrode facing front side, a backside and at least a cooling fluid manifold (102; 202) for supplying cooling fluid to the flow field plate (100; 200), wherein the backside comprises a cooling fluid flow field (110; 210) for substantially uniformly distributing the cooling fluid over the flow field plate (100; 200), the flow field plate (100; 200) further comprises a cooling fluid sub-manifold (112; 212) which is adapted to distribute cooling fluid from the cooling fluid manifold (102; 202) to a cooling fluid flow field (210; 110), characterized in that the cooling fluid sub-manifold (112; 212) is fluidly disconnected from the cooling fluid flow field (110; 210) of the flow field plate (100; 200).
A multi-screen display apparatus comprising: (i) a plurality of display devices in an array, wherein each display device comprises: a screen; an information receiver for receiving information from a remote control device and a manually operable on/off switch for enabling and disabling the information receiver; (ii) at least one connector for allowing the display devices to communicate with each other; and (iii) at least one controller configured to control each information receiver and each on/off switch, wherein the at least one controller is configured such that when a first on/off switch on a first display device is activated, the at least one controller enables the information receiver of said first display device by sending a first command to the information receiver of the first display device and disables all other information receivers in the array by sending a second command to other display devices in the array. (i) a plurality of display devices in an array, wherein each display device comprises: a screen; an information receiver for receiving information from a remote control device and a manually operable on/off switch for enabling and disabling the information receiver; a screen; an information receiver for receiving information from a remote control device and a manually operable on/off switch for enabling and disabling the information receiver; (ii) at least one connector for allowing the display devices to communicate with each other; and (iii) at least one controller configured to control each information receiver and each on/off switch,
Electrode for electrolytic cell comprising a valve metal substrate, an internal catalytic coating and an external catalytic coating of different composition and higher activity overlaid thereto, the roughness profile of said substrate having an R a value of 4 to 8 μm and an R z value of 20 to 50 μm, said internal catalytic coating containing oxides of iridium, ruthenium and a valve metal selected between tantalum and niobium with an overall specific loading of iridium and ruthenium expressed as metals of 2 to 5 g/m 2, said external catalytic coating containing noble metal oxides with a specific loading not lower than 7 g/m 2, wherein said external catalytic coating comprises a mixture of oxides of iridium, ruthenium and titanium with a molar concentration of ruthenium of 12-18%, a molar concentration of iridium of 6-10% and a molar concentration of titanium of 72-82%, and, wherein said internal catalytic coating contains a mixture of oxides of iridium, ruthenium and tantalum with a molar concentration of ruthenium of 42-52%, a molar concentration of iridium of 22-28% and a molar concentration of tantalum of 20-36%. wherein said external catalytic coating comprises a mixture of oxides of iridium, ruthenium and titanium with a molar concentration of ruthenium of 12-18%, a molar concentration of iridium of 6-10% and a molar concentration of titanium of 72-82%, and, wherein said internal catalytic coating contains a mixture of oxides of iridium, ruthenium and tantalum with a molar concentration of ruthenium of 42-52%, a molar concentration of iridium of 22-28% and a molar concentration of tantalum of 20-36%.
A compound of the general formula: or a pharmacologically acceptable salt, solvate, or hydrate thereof, wherein A is: R 1 is a group OR 5 and R 2 is an oxygen atom that is taken together with the β-carbonyl unit to form a metal complex of the general formula: wherein M b is a non electroactive metal ion under its divalent state selected from zinc, magnesium, calcium, copper, or M is trivalent iron; and R 5 is a hydrogen atom or an acetyl group; R 3 is a C 1 -C 6 alkyl or a C 1 -C 6 alkoxy group; R 4 is a nitro, cyano, sulphur pentafluoride, -SO 3 H, -SO 2 NH 2, an optionally substituted C 1 -C 6 alkyl or an optionally substituted C 1 -C 6 alkoxy group, which may be substituted with one or more fluorine, chlorine, bromine or iodine atoms or by -OH, =O, -SH, =S, NH 2, =NH or -NO 2 group(s); and Z 1, Z 2, Z 3, and Z 4, each and independently of each other represent a hydrogen atom, halogen atom, cyano, nitro, an alkyl, an alkenyl, an alkynyl, a heteroalkyl, a cycloalkyl, a heterocycloalkyl, an alkylcycloalkyl, a heteroalkylcycloalkyl, an aryl, a heteroaryl, an aralkyl or a heteroaralkyl group, or a compound selected from: M b is a non electroactive metal ion under its divalent state selected from zinc, magnesium, calcium, copper, or M is trivalent iron; and R 5 is a hydrogen atom or an acetyl group; R 3 is a C 1 -C 6 alkyl or a C 1 -C 6 alkoxy group; R 4 is a nitro, cyano, sulphur pentafluoride, -SO 3 H, -SO 2 NH 2, an optionally substituted C 1 -C 6 alkyl or an optionally substituted C 1 -C 6 alkoxy group, which may be substituted with one or more fluorine, chlorine, bromine or iodine atoms or by -OH, =O, -SH, =S, NH 2, =NH or -NO 2 group(s); and Z 1, Z 2, Z 3, and Z 4, each and independently of each other represent a hydrogen atom, halogen atom, cyano, nitro, an alkyl, an alkenyl, an alkynyl, a heteroalkyl, a cycloalkyl, a heterocycloalkyl, an alkylcycloalkyl, a heteroalkylcycloalkyl, an aryl, a heteroaryl, an aralkyl or a heteroaralkyl group, or a compound selected from:
Polyurethane (meth)acrylate oligomer, wherein it has a tri-block symmetric structure B-A-B, comprising a polyether central block A linked by urethane bonds of two diisocyanate molecules, to respectively two terminal hydrophobic blocs B based on hydrophobic polyester oligomers generated from polylactones, having a terminal (meth)acryloyloxy alkylene group.
A cosmetic composition, comprising: a charge-neutral, hydrophobic block copolymer and an ester-terminated polyesteramide polymer dissolved in at least one solvent, wherein the charge-neutral, hydrophobic block copolymer is styrene-isobutylene-styrene present in an amount ranging from 0.01 weight % to 50 weight % based on the total weight of the composition, wherein the ester-terminated polyesteramide polymer is a bis-stearyl ethylenediamine/neopentylglycol/ stearyl hydrogenated dimer dilinoleate copolymer present in an amount ranging from 0.01 weight % to 50 weight % based on the total weight of the composition, and one or more of: film formers, emulsifiers, rheology modifiers, polymers, fillers, coloring agents, cosmetic vehicles or microspheres. a charge-neutral, hydrophobic block copolymer and an ester-terminated polyesteramide polymer dissolved in at least one solvent, wherein the charge-neutral, hydrophobic block copolymer is styrene-isobutylene-styrene present in an amount ranging from 0.01 weight % to 50 weight % based on the total weight of the composition, wherein the ester-terminated polyesteramide polymer is a bis-stearyl ethylenediamine/neopentylglycol/ stearyl hydrogenated dimer dilinoleate copolymer present in an amount ranging from 0.01 weight % to 50 weight % based on the total weight of the composition, and one or more of: film formers, emulsifiers, rheology modifiers, polymers, fillers, coloring agents, cosmetic vehicles or microspheres.
Transporting and working system for plough of the carried type, said system comprising: - at least one supporting structure of the ploughshares of the plough; and - at least one head connected on one side to said supporting structure and on another side to tractor means of said plough; - a wheel connected to said supporting structure and adapted, during the transporting phase of said plough, to assume a non-pivoting operating position for the transport while said head assumes a steering position with respect to the tractor means, and, during the working phase of said plough, to assume an operating working position to keep a correct working depth of the plough by alternating the right or left position in synchronism with the working side of the plough, while said head assumes a fixed or half-fixed positions with respect to the tractor means, during the working phases, by overturning the plough from the right side to the left side and vice versa, the wheel being adapted to change its own position to be adapted to the correct working side, through a lateral half-rotation with respect to the plough, characterized in that the rotation axis is parallel to the running direction, instead of being perpendicular; and in that - a blocking device for blocking further rotation of the wheel about said axis upon reaching the correct position after the half-rotation. - at least one supporting structure of the ploughshares of the plough; and - at least one head connected on one side to said supporting structure and on another side to tractor means of said plough; - a wheel connected to said supporting structure and adapted, during the transporting phase of said plough, to assume a non-pivoting operating position for the transport while said head assumes a steering position with respect to the tractor means, and, during the working phase of said plough, to assume an operating working position to keep a correct working depth of the plough by alternating the right or left position in synchronism with the working side of the plough, while said head assumes a fixed or half-fixed positions with respect to the tractor means, during the working phases, by overturning the plough from the right side to the left side and vice versa, the wheel being adapted to change its own position to be adapted to the correct working side, through a lateral half-rotation with respect to the plough, characterized in that the rotation axis is parallel to the running direction, instead of being perpendicular; and in that - a blocking device for blocking further rotation of the wheel about said axis upon reaching the correct position after the half-rotation.