mhurhangee/ep-ind-claims huggingface dataset:
A toy track comprising a supporting piece and a connecting piece, wherein the connecting piece comprises a flexible tube, a first connector, and a second connector, wherein the first connector and the second connector are respectively connected to two ends of the flexible tube and coaxially arranged with respect to the flexible tube, the first connector is provided with a plug-in groove, the second connector is provided with a plug-in convex part matched with the plug-in groove, the flexible tube has a first annular outer diameter, the first connector has a second annular outer diameter, the second connector has a third annular outer diameter, the first annular outer diameter, the second annular outer diameter, and the third annular outer diameter are equal to each other, so that a surface of the flexible tube, a surface of the first connector, and a surface of the second connector are on a same annular surface after the plug-in convex part is plugged into the plug-in groove, and a plurality of clamping grooves with intervals are arranged on the supporting piece, and the size of each of the clamping grooves is matched with the first annular outer diameter, characterized in that the supporting piece comprises a circular body/elliptical body, and three or more clamping grooves are arranged on an inner wall of the circular body/elliptical body.
A driver adapter (12, 112) for use with a driver handle (24, 29) of a driver (14, 28), and operable to transfer torque to the driver, the driver adapter, comprising: an elongate body having a first end and a second end spaced longitudinally apart from the first end; a first socket formed in the first end, the first socket having an internal configuration sized and shaped to receive a driver handle of a first driver, and to transfer torque to the first driver upon rotation of the driver adapter; a second socket formed in the second end, the second socket having an internal configuration sized and shaped to receive a driver handle of a second driver, and to transfer torque to the second driver upon rotation of the driver adapter; and a plurality of through holes formed through and distributed longitudinally along a length of the elongate body between the first end and the second end, the plurality of through holes sized and configured to receive a torque lever that facilitates rotation of the driver adapter; characterised in that there is further comprised a third socket formed in the elongate body between the first and second sockets, the third socket having a third configuration sized and shaped to receive a driver handle of a third driver, wherein the third socket extends from the first socket to the second socket so that the third socket is accessible from both the first end and the second end. an elongate body having a first end and a second end spaced longitudinally apart from the first end; a first socket formed in the first end, the first socket having an internal configuration sized and shaped to receive a driver handle of a first driver, and to transfer torque to the first driver upon rotation of the driver adapter; a second socket formed in the second end, the second socket having an internal configuration sized and shaped to receive a driver handle of a second driver, and to transfer torque to the second driver upon rotation of the driver adapter; and a plurality of through holes formed through and distributed longitudinally along a length of the elongate body between the first end and the second end, the plurality of through holes sized and configured to receive a torque lever that facilitates rotation of the driver adapter; characterised in that there is further comprised a third socket formed in the elongate body between the first and second sockets, the third socket having a third configuration sized and shaped to receive a driver handle of a third driver, wherein the third socket extends from the first socket to the second socket so that the third socket is accessible from both the first end and the second end.
A kit for conducting luminescence assays in multi-well plates, the kit comprising: (a) a multi-well assay test plate comprising a plurality of assay wells for said assay and a test plate identifier; (b) an auxiliary plate comprising a plurality of auxiliary wells and an auxiliary plate identifier, said plurality of auxiliary wells comprising one or more dry assay reagents for use in said assay with said assay test plate, wherein the test plate identifier and the auxiliary plate identifier each comprise a device selected from the group consisting of an Electrically Erasable Programmable Read Only Memory (EEPROM) and a Radio Frequency Identification device (RFID), and wherein the test plate identifier and the auxiliary plate identifier store information used to identify the test plate and auxiliary plate, respectively, and further comprise information that identifies both the test plate and the auxiliary plate as components of the kit. (a) a multi-well assay test plate comprising a plurality of assay wells for said assay and a test plate identifier; (b) an auxiliary plate comprising a plurality of auxiliary wells and an auxiliary plate identifier, said plurality of auxiliary wells comprising one or more dry assay reagents for use in said assay with said assay test plate, wherein the test plate identifier and the auxiliary plate identifier each comprise a device selected from the group consisting of an Electrically Erasable Programmable Read Only Memory (EEPROM) and a Radio Frequency Identification device (RFID), and wherein the test plate identifier and the auxiliary plate identifier store information used to identify the test plate and auxiliary plate, respectively, and further comprise information that identifies both the test plate and the auxiliary plate as components of the kit.
A plasma processing apparatus, comprising: a plasma chamber configured to be able to hold a plasma; a dielectric window forming at least a portion of a wall of the plasma chamber; a gas supply configured to supply a process gas to the plasma chamber; an inductive coupling element located proximate the dielectric window, the inductive coupling element configured to generate a plasma from the process gas in the plasma chamber when energized with radio frequency energy; a processing chamber having a workpiece support configured to support a workpiece, the processing chamber being in fluid communication with the plasma chamber; an electrostatic shield located between the inductive coupling element and the dielectric window, the electrostatic shield having a stray capacitance to the inductive coupling element; and a tunable reactive impedance circuit coupled between the inductive coupling element and the electrostatic shield, the tunable reactive impedance circuit configured to adjust a reactance between the inductive coupling element and the electrostatic shield between a condition of capacitive reactance and a condition of inductive reactance at a frequency of RF energy supplied to the inductive coupling element; wherein the tunable reactive impedance circuit is operable to achieve an inductive reactance at least approximately equal to the capacitive reactance of the stray capacitance. a plasma chamber configured to be able to hold a plasma; a dielectric window forming at least a portion of a wall of the plasma chamber; a gas supply configured to supply a process gas to the plasma chamber; an inductive coupling element located proximate the dielectric window, the inductive coupling element configured to generate a plasma from the process gas in the plasma chamber when energized with radio frequency energy; a processing chamber having a workpiece support configured to support a workpiece, the processing chamber being in fluid communication with the plasma chamber; an electrostatic shield located between the inductive coupling element and the dielectric window, the electrostatic shield having a stray capacitance to the inductive coupling element; and a tunable reactive impedance circuit coupled between the inductive coupling element and the electrostatic shield, the tunable reactive impedance circuit configured to adjust a reactance between the inductive coupling element and the electrostatic shield between a condition of capacitive reactance and a condition of inductive reactance at a frequency of RF energy supplied to the inductive coupling element; wherein the tunable reactive impedance circuit is operable to achieve an inductive reactance at least approximately equal to the capacitive reactance of the stray capacitance.
Agricultural pneumatic distribution machine for distributing at least one granular material to be distributed, preferably seed and/or fertilizer, having - at least one distributor head, which is connected to a metering member via a delivery line, wherein the distributor head has a plurality of outlet openings (36a, 361), and - a plurality of return devices (46, 46a-461), which are each arranged between an outlet opening (36a, 361) of the at least one distributor head and a dispensing line connected to at least one dispensing element, wherein a diverter having a switchover element is arranged in each of the return devices (46, 46a-461), said switchover element being shiftable between a dispensing position and a return position, wherein, in the return position of the switchover element, the diverter feeds an air/material mixture to a return path of the particular return device (46, 46a-461) that is connected to the delivery line and has a branch, at which the return path is connected via a bypass line to a dispensing path connected to a dispensing line; characterized in that the bypass line is configured such that material that has passed into the bypass line via the return path is at least partially fed back to the return path, wherein the bypass line has a material deflection portion, which is set up to deflect material that has passed into the bypass line via the return path in the direction of the return path. - at least one distributor head, which is connected to a metering member via a delivery line, wherein the distributor head has a plurality of outlet openings (36a, 361), and - a plurality of return devices (46, 46a-461), which are each arranged between an outlet opening (36a, 361) of the at least one distributor head and a dispensing line connected to at least one dispensing element,
A thread traversing device for traversing a thread at a work station of a textile machine producing cross-wound spools, comprising - a thread laying unit having a thread guide movable between a first end position and a second end position, and - an electromotive drive connected to the thread laying unit for the oscillating adjustment of the thread guide between the first and the second end position, characterized by a temperature control system comprising a heating unit having a control unit for heating the thread laying unit. - a thread laying unit having a thread guide movable between a first end position and a second end position, and - an electromotive drive connected to the thread laying unit for the oscillating adjustment of the thread guide between the first and the second end position,
A method characterized by: receiving a call in a first core of a multicore processor from a policy manager indicating a core switch between the first core and a second core to cause a workload to be moved from the first core to the second core; performing a set of actions to complete pending accesses and to prevent interrupts to the first core; storing a state of the first core in a shared memory coupled to the first core and setting a mutual exclusion location of the shared memory; and initiating a timer and determining if the timer is cleared prior to an expiration of the timer; sending an event from the first core to the second core after initiating the timer to cause the second core to wake up; clearing the timer to indicate that the core switch was performed successfully; and causing the first core to resume execution of the workload responsive to the timer expiration without the core switch. receiving a call in a first core of a multicore processor from a policy manager indicating a core switch between the first core and a second core to cause a workload to be moved from the first core to the second core; performing a set of actions to complete pending accesses and to prevent interrupts to the first core; storing a state of the first core in a shared memory coupled to the first core and setting a mutual exclusion location of the shared memory; and initiating a timer and determining if the timer is cleared prior to an expiration of the timer; sending an event from the first core to the second core after initiating the timer to cause the second core to wake up; clearing the timer to indicate that the core switch was performed successfully; and causing the first core to resume execution of the workload responsive to the timer expiration without the core switch.
A valve device comprising: a casing including a valve chamber; a valve seat disposed in the valve chamber and including a valve hole: a float disposed in the valve chamber and movable in accordance with an amount of drain in the valve chamber to thereby open and close the valve hole; and a support supporting the float in a state of being seated on the valve seat and closing the valve hole, wherein the support includes a base including an opening through which space above the base and space below the base communicate with each other in the valve chamber and two float seats disposed in the base, the float in the state of being seated on the valve seat and closing the valve hole being seated on the two float seats, characterized in that the support has a closed frame shape which surrounds the opening. a casing including a valve chamber; a valve seat disposed in the valve chamber and including a valve hole: a float disposed in the valve chamber and movable in accordance with an amount of drain in the valve chamber to thereby open and close the valve hole; and a support supporting the float in a state of being seated on the valve seat and closing the valve hole, wherein the support includes a base including an opening through which space above the base and space below the base communicate with each other in the valve chamber and two float seats disposed in the base, the float in the state of being seated on the valve seat and closing the valve hole being seated on the two float seats, characterized in that the support has a closed frame shape which surrounds the opening. a float disposed in the valve chamber and movable in accordance with an amount of drain in the valve chamber to thereby open and close the valve hole; and a support supporting the float in a state of being seated on the valve seat and closing the valve hole, wherein the support includes a base including an opening through which space above the base and space below the base communicate with each other in the valve chamber and two float seats disposed in the base, the float in the state of being seated on the valve seat and closing the valve hole being seated on the two float seats, characterized in that the support has a closed frame shape which surrounds the opening.
A light emitting arrangement arranged and configured to realize antifouling of a protected surface to be immersed, at least during a part of the lifetime thereof, in a fouling liquid containing biofouling organisms, the light emitting arrangement comprising: - an optical medium and a light source for emitting anti-fouling light, the optical medium comprising material that is configured to allow at least part of the anti-fouling light to distribute through the optical medium, - wherein the optical medium comprises an emission surface for emitting the anti-fouling light in a direction away from the protected surface when the light emitting arrangement is in an operational position with respect to the protected surface, and a back surface for facing the protected surface, and - wherein the light emitting arrangement comprises a group of three zones (1, 2, 3) covered by anti-fouling light from the light source, namely a first zone which is arranged and configured to predominantly make the anti-fouling light reflect in a specular manner towards the emission surface of the optical medium, through the optical medium, a second zone which is arranged and configured to predominantly realize propagation of the anti-fouling light through the optical medium by total internal reflection, and a third zone which is arranged and configured to predominantly make the anti-fouling light scatter out of the optical medium, through the emission surface of the optical medium, the first zone being closer to the light source than the second zone, and the second zone being closer to the light source than the third zone. - an optical medium and a light source for emitting anti-fouling light, the optical medium comprising material that is configured to allow at least part of the anti-fouling light to distribute through the optical medium, - wherein the optical medium comprises an emission surface for emitting the anti-fouling light in a direction away from the protected surface when the light emitting arrangement is in an operational position with respect to the protected surface, and a back surface for facing the protected surface, and - wherein the light emitting arrangement comprises a group of three zones (1, 2, 3) covered by anti-fouling light from the light source, namely a first zone which is arranged and configured to predominantly make the anti-fouling light reflect in a specular manner towards the emission surface of the optical medium, through the optical medium, a second zone which is arranged and configured to predominantly realize propagation of the anti-fouling light through the optical medium by total internal reflection, and a third zone which is arranged and configured to predominantly make the anti-fouling light scatter out of the optical medium, through the emission surface of the optical medium, the first zone being closer to the light source than the second zone, and the second zone being closer to the light source than the third zone.
A wireless station to operate as a per-symbol relay device for retransmission of symbols between client devices and a master device using millimeter-wave links (103; 105), the relay device arranged to: receive one or more of independent symbol streams from the master device, each independent symbol stream comprising packets that include groups of one or more symbols, each group within a packet being destined for a different one of the client devices; and separately decode each symbol or group of symbols for recoding and retransmission to the client devices using beamforming, wherein the relay device is configurable to receive symbols or groups of symbols within the packet from the master device that are encoded with different modulation and coding schemes 'MCSs', wherein the relay device is configurable to retransmit groups of symbols or group of symbols to the client devices using the different MCSs, wherein the relay device is arranged to perform link adaptation with the master device and with the associated client devices for determination of the MCSs, wherein the MCS for symbols or groups of symbols destined for a same client device is selected based on link characteristics between the relay device and the master device and link characteristics between the relay device and the client device, and wherein the relay device is arranged to receive, decode, recode and retransmit each received symbol or group of symbols within a delay that is bounded by a number of symbols in the group. receive one or more of independent symbol streams from the master device, each independent symbol stream comprising packets that include groups of one or more symbols, each group within a packet being destined for a different one of the client devices; and separately decode each symbol or group of symbols for recoding and retransmission to the client devices using beamforming, wherein the relay device is configurable to receive symbols or groups of symbols within the packet from the master device that are encoded with different modulation and coding schemes 'MCSs', wherein the relay device is configurable to retransmit groups of symbols or group of symbols to the client devices using the different MCSs, wherein the relay device is arranged to perform link adaptation with the master device and with the associated client devices for determination of the MCSs, wherein the MCS for symbols or groups of symbols destined for a same client device is selected based on link characteristics between the relay device and the master device and link characteristics between the relay device and the client device, and wherein the relay device is arranged to receive, decode, recode and retransmit each received symbol or group of symbols within a delay that is bounded by a number of symbols in the group.
A method of determining if an agrochemical in a container is approved for use with downstream agrochemical equipment, comprising: (a) providing the container, the container having an outlet including a valve, and providing a pump to move when operated the agrochemical in the container downstream through a conduit to the agrochemical equipment; (b) providing a chemical marker in addition to the agrochemical in the container, which chemical marker can be used to determine if the agrochemical is approved for said use; (c) using a probe to extend through an opening of the container to contact the agrochemical and sense the chemical marker; (d) communicating the sensed information to a control module to determine if the agrochemical is approved; (e) based on the sensed information, determining if the agrochemical is approved; and (f) upon approval of the agrochemical, permitting the agrochemical to be used with said agricultural equipment by operation of the pump to deliver the agrochemical from the container to the agricultural equipment; otherwise not permitting the agrochemical to be used with said agricultural equipment. (a) providing the container, the container having an outlet including a valve, and providing a pump to move when operated the agrochemical in the container downstream through a conduit to the agrochemical equipment; (b) providing a chemical marker in addition to the agrochemical in the container, which chemical marker can be used to determine if the agrochemical is approved for said use; (c) using a probe to extend through an opening of the container to contact the agrochemical and sense the chemical marker; (d) communicating the sensed information to a control module to determine if the agrochemical is approved; (e) based on the sensed information, determining if the agrochemical is approved; and (f) upon approval of the agrochemical, permitting the agrochemical to be used with said agricultural equipment by operation of the pump to deliver the agrochemical from the container to the agricultural equipment; otherwise not permitting the agrochemical to be used with said agricultural equipment.
Method of maintaining and/or repairing the spout region of a metallurgical vessel, in which a sleeve of substantially hollow-cylindrical construction located in an apertured block of the metallurgical vessel is removed, characterised in that the method comprises the steps of: a) forming at least one radially extending slot in the sleeve, whereby the sleeve is interrupted at at least one circumferential location; b) engaging a pulling tool behind the sleeve or segments (3', 3") thereof; c) withdrawing the sleeve or the segments (3', 3") thereof from the apertured block; and d) inserting a new sleeve or new block material in the apertured block. a) forming at least one radially extending slot in the sleeve, whereby the sleeve is interrupted at at least one circumferential location; b) engaging a pulling tool behind the sleeve or segments (3', 3") thereof; c) withdrawing the sleeve or the segments (3', 3") thereof from the apertured block; and d) inserting a new sleeve or new block material in the apertured block.