mhurhangee/ep-ind-claims huggingface dataset:
A straddle vehicle comprising: a body frame; an article storage portion including: a case portion which is supported by the body frame and opens in a vehicle width direction; and a lid portion attached to the case portion so as to be openable and closable, and having a storage space therein; a lock unit for locking the lid portion to the case portion; an antenna unit for receiving radio waves, and a tray member provided in an upper portion of the case portion in the storage space of the article storage portion, characterized in that the lock unit and the antenna unit are accommodated in the tray member, wherein the antenna unit is supported by a stay member, which is formed of metal and supports the lock unit. a body frame; an article storage portion including: a case portion which is supported by the body frame and opens in a vehicle width direction; and a lid portion attached to the case portion so as to be openable and closable, and having a storage space therein; a lock unit for locking the lid portion to the case portion; an antenna unit for receiving radio waves, and a tray member provided in an upper portion of the case portion in the storage space of the article storage portion, characterized in that the lock unit and the antenna unit are accommodated in the tray member, wherein the antenna unit is supported by a stay member, which is formed of metal and supports the lock unit.
An implantable medical device, comprising: a generally tubular member comprising a plurality of circumferential ring members each comprising a plurality of strut members interconnected by first hinge regions; and a plurality of interconnecting members configured to connect adjacent pairs of circumferential ring members, each of the interconnecting members having a first non-hinge region, a second non-hinge region, and a second hinge region disposed between the first and second non-hinge regions; where the plurality of strut members and the first hinge regions have an austenitic phase in vivo to permit at least one of elastic or pseudoelastic circumferential expansion in vivo; characterised in that the first and second non-hinge regions of the plurality of interconnecting members have an austenitic phase in vivo to permit at least one of elastic or pseudoelastic circumferential expansion in vivo; and the second hinge regions are martensitic regions to permit plastic or pseudoplastic deformation of the tube member along the longitudinal axis of the device in vivo. a generally tubular member comprising a plurality of circumferential ring members each comprising a plurality of strut members interconnected by first hinge regions; and a plurality of interconnecting members configured to connect adjacent pairs of circumferential ring members, each of the interconnecting members having a first non-hinge region, a second non-hinge region, and a second hinge region disposed between the first and second non-hinge regions;
An order picking station (48, 49) for picking articles from loading aids (2, 6), such as containers, boxes, trays etc., by an order picker, said order picking station adjoining automated conveyor systems (20, 21, 41, 42) disposed on different height levels, wherein loading aids (2, 6) are conveyed to the order picking station (48, 49) on a first conveyor system (20, 21) and loading aids (2, 6) are conveyed away from the order picking station (48, 49) on a second conveyor system (41, 42), and comprising a loading aid supply apparatus, an automated first loading aid transport apparatus for transporting loading aids (2, 6) to the loading aid supply apparatus and an automated second loading aid transport apparatus for transporting loading aids (2, 6) away from the loading aid supply apparatus, wherein the first loading aid transport apparatus comprises a first carrying unit for a loading aid (2, 6) displaceable essentially in the vertical direction and the second loading aid transport apparatus comprises a second carrying unit for a loading aid (2, 6) displaceable essentially in the horizontal direction, characterised in that the first carrying unit and second carrying unit are each connected to a reversible positioning drive (65, 66), wherein the positioning drives (65, 66) are coupled with a common drive station with a reversible drive motor.
An amplifier apparatus comprising: a power amplification unit (3, 4) for amplifying a power of an input audio signal by switching a power supply voltage using a pulse width modulation signal appropriate for a level of the input audio signal; a power-supply voltage control unit for detecting an amplitude level of the input audio signal and applying a target set voltage appropriate for the detected amplitude level of the input signal to the power amplification unit as the power supply voltage; a PWM modulation unit; and a feedback unit negatively feeding output of the power amplification unit back to the PWM modulation unit, the PWM modulation unit including: a pulse width conversion unit for converting the input audio signal to a pulse width modulation signal with a pulse width appropriate for the level; and a pulse width correction unit (24, 25, 26) for correcting the pulse width of the pulse width modulation signal generated by the pulse width conversion unit based on the target set voltage to cancel out a change in amplification gain of the power amplification unit, and applying the corrected pulse width modulation signal to the power amplification unit. a power amplification unit (3, 4) for amplifying a power of an input audio signal by switching a power supply voltage using a pulse width modulation signal appropriate for a level of the input audio signal; a power-supply voltage control unit for detecting an amplitude level of the input audio signal and applying a target set voltage appropriate for the detected amplitude level of the input signal to the power amplification unit as the power supply voltage; a PWM modulation unit; and a feedback unit negatively feeding output of the power amplification unit back to the PWM modulation unit, the PWM modulation unit including: a pulse width conversion unit for converting the input audio signal to a pulse width modulation signal with a pulse width appropriate for the level; and a pulse width correction unit (24, 25, 26) for correcting the pulse width of the pulse width modulation signal generated by the pulse width conversion unit based on the target set voltage to cancel out a change in amplification gain of the power amplification unit, and applying the corrected pulse width modulation signal to the power amplification unit. a pulse width conversion unit for converting the input audio signal to a pulse width modulation signal with a pulse width appropriate for the level; and a pulse width correction unit (24, 25, 26) for correcting the pulse width of the pulse width modulation signal generated by the pulse width conversion unit based on the target set voltage to cancel out a change in amplification gain of the power amplification unit, and applying the corrected pulse width modulation signal to the power amplification unit.
A method for producing lithium bis(fluorosulfonyl)imide represented by the following Formula 1, the method comprising the steps of: reacting bis(chlorosulfonyl)imide with a fluorinating reagent in a solvent wherein the fluorinating reagent is ammonium fluoride (NH 4 F) and has a water content of 0.01 to 3,000 ppm, followed by treatment with an alkaline reagent, thereby producing ammonium bis(fluorosulfonyl)imide; and reacting the ammonium bis(fluorosulfonyl)imide with a lithium base: reacting bis(chlorosulfonyl)imide with a fluorinating reagent in a solvent wherein the fluorinating reagent is ammonium fluoride (NH 4 F) and has a water content of 0.01 to 3,000 ppm, followed by treatment with an alkaline reagent, thereby producing ammonium bis(fluorosulfonyl)imide; and reacting the ammonium bis(fluorosulfonyl)imide with a lithium base:
Method for hardening a clothing wire for processing textile fibres, wherein the clothing wire includes a sequence of teeth disposed in the longitudinal direction thereof, and wherein, in a wire running direction, the clothing wire is guided through a heating area for contacting at least one open flame, wherein the heating area is followed by a quenching bath having a quenching liquid, and a subsequent annealing device, characterized in that, in a transfer area between the contacting area having the open flame and the entry into the quenching liquid, a protecting medium is flowing around the clothing wire moving in the wire running direction.
Method for emptying a reactor containing at least one bed of spent catalyst particles and that comprises at least one dump tube, which opens into the reactor in the bottom portion of said bed of particles or underneath the latter, the method comprising the following successive steps: - a first step of causing a proportion of the catalyst bed to flow out of the reactor via said dump tube; then - a second step of expelling out of the reactor the catalyst remainder (3a, 3b, 3c, 3') by driving towards the opening of the dump tube the catalyst particles remaining in the reactor at the end of the first step, this step being performed by means of a removable device introduced into the reactor via the dump tube, characterised in that said removable device comprises an articulated arm bearing one or more protuberances spirally disposed about a rotary axis (6, 6', 6"). - a first step of causing a proportion of the catalyst bed to flow out of the reactor via said dump tube; then - a second step of expelling out of the reactor the catalyst remainder (3a, 3b, 3c, 3') by driving towards the opening of the dump tube the catalyst particles remaining in the reactor at the end of the first step, this step being performed by means of a removable device introduced into the reactor via the dump tube,
An environmental air conditioning system (10, 110, 10', 10", 10"') for conditioning airflow path compressed air for supply as conditioned air, the system comprising: an airflow path comprising a compressor (20, 120) that receives the airflow path compressed air (12, 112), a first heat exchanger (26, 126) that receives and cools air from the compressor, a first turbine (40, 140) that receives air from the heat exchanger and discharges said air as conditioned air; a second turbine (48, 148) that receives compressed air and discharges it as exhaust (54, 154) and a power transfer path (46, 146, 46') that transfers power output from the first turbine and power output from the second turbine to the compressor; characterized in that the system is configured to operate in a first mode in which power is transferred from the second turbine to the compressor in response to the first turbine not providing sufficient power for the system to deliver conditioned air at specified parameters, and a second mode in which power is not transferred from the second turbine to the compressor in response to the first turbine providing sufficient power for the system to deliver conditioned air at the specified parameters. an airflow path comprising a compressor (20, 120) that receives the airflow path compressed air (12, 112), a first heat exchanger (26, 126) that receives and cools air from the compressor, a first turbine (40, 140) that receives air from the heat exchanger and discharges said air as conditioned air; a second turbine (48, 148) that receives compressed air and discharges it as exhaust (54, 154) and a power transfer path (46, 146, 46') that transfers power output from the first turbine and power output from the second turbine to the compressor; characterized in that the system is configured to operate in a first mode in which power is transferred from the second turbine to the compressor in response to the first turbine not providing sufficient power for the system to deliver conditioned air at specified parameters, and a second mode in which power is not transferred from the second turbine to the compressor in response to the first turbine providing sufficient power for the system to deliver conditioned air at the specified parameters.
A pallet conveying apparatus, comprising: a guide rail (21, 31); a circulating endless first belt provided along the guide rail (21, 31); and one, two or more pallets movably mounted on the guide rail (21, 31), the pallet including locking means to be locked to the first belt; wherein: the pallet mounted on the guide rail (21, 31) is conveyed while being locked to the circulating first belt; and characterised in that the locking means is a pulley configured to roll by having an outer periphery held in contact with the first belt or an endless second belt configured to circulate while partially overlapping the first belt; and a motor configured to rotate the pulley or circulate the second belt is provided on the pallet. a guide rail (21, 31); a circulating endless first belt provided along the guide rail (21, 31); and one, two or more pallets movably mounted on the guide rail (21, 31), the pallet including locking means to be locked to the first belt; wherein: the pallet mounted on the guide rail (21, 31) is conveyed while being locked to the circulating first belt; and characterised in that the locking means is a pulley configured to roll by having an outer periphery held in contact with the first belt or an endless second belt configured to circulate while partially overlapping the first belt; and a motor configured to rotate the pulley or circulate the second belt is provided on the pallet. the pallet mounted on the guide rail (21, 31) is conveyed while being locked to the circulating first belt; and characterised in that the locking means is a pulley configured to roll by having an outer periphery held in contact with the first belt or an endless second belt configured to circulate while partially overlapping the first belt; and a motor configured to rotate the pulley or circulate the second belt is provided on the pallet.
A pump/mixer device comprising: a main inlet located at a top or upper region of the pump/mixer device, the main inlet configured to be secured to or integrated into a bottom of a vessel or container; an outer chamber disposed in the pump/mixer device and fluidically connected to the main inlet; a plurality of lower chambers disposed in the pump/mixer device beneath the outer chamber and fluidically connected to the outer chamber by respective check valves interposed between the outer chamber and the plurality of lower chambers; a central chamber disposed in the pump/mixer device, the central chamber fluidically connected to the plurality of lower chambers with respective check valves interposed between the central chamber and the plurality of lower chambers; at least one outlet fluidically connected to the central chamber; one or more additional inlets fluidically coupled to the central chamber via respective inlet check valve(s); and a moveable diaphragm disposed in each of the plurality of lower chambers, the moveable diaphragms interfacing with a respective actuating element driven by a wobble plate or nutating disk operatively coupled to a motor or drive unit, wherein actuation causes each of the moveable diaphragms to move in opposing directions. a main inlet located at a top or upper region of the pump/mixer device, the main inlet configured to be secured to or integrated into a bottom of a vessel or container; an outer chamber disposed in the pump/mixer device and fluidically connected to the main inlet; a plurality of lower chambers disposed in the pump/mixer device beneath the outer chamber and fluidically connected to the outer chamber by respective check valves interposed between the outer chamber and the plurality of lower chambers; a central chamber disposed in the pump/mixer device, the central chamber fluidically connected to the plurality of lower chambers with respective check valves interposed between the central chamber and the plurality of lower chambers; at least one outlet fluidically connected to the central chamber; one or more additional inlets fluidically coupled to the central chamber via respective inlet check valve(s); and a moveable diaphragm disposed in each of the plurality of lower chambers, the moveable diaphragms interfacing with a respective actuating element driven by a wobble plate or nutating disk operatively coupled to a motor or drive unit, wherein actuation causes each of the moveable diaphragms to move in opposing directions.
A plate for a 3D scanning system, comprising: a plate body configured to mount to a 3D scanning system; a plurality of artifact alignment apertures defined in the plate body arranged in a predetermined pattern to allow a predetermined mounting arrangement of one or more artifacts (104a, 204b), wherein the artifact alignment apertures are configured to allow an artifact to be mounted to the plate body; and characterized by a plurality of mounting apertures defined in the plate body for mounting of one or more holding fixtures and/or parts and arranged in a similar pattern to the predetermined pattern of the artifact alignment apertures, wherein the mounting apertures are interspersed between the artifact alignment apertures; wherein the predetermined pattern includes a plurality of rows and columns, the plate further comprising position indices on a surface of the plate body and associated with at least one of the plurality of rows and columns of the artifact alignment apertures, wherein the position indices include a plurality of letters for one of the plurality of rows or columns, and a plurality of numbers for the other of the plurality of rows or columns; wherein the mounting apertures are not in the plurality of rows and columns of the artifact alignment apertures and are not indexed. a plate body configured to mount to a 3D scanning system; a plurality of artifact alignment apertures defined in the plate body arranged in a predetermined pattern to allow a predetermined mounting arrangement of one or more artifacts (104a, 204b), wherein the artifact alignment apertures are configured to allow an artifact to be mounted to the plate body; and characterized by a plurality of mounting apertures defined in the plate body for mounting of one or more holding fixtures and/or parts and arranged in a similar pattern to the predetermined pattern of the artifact alignment apertures, wherein the mounting apertures are interspersed between the artifact alignment apertures; wherein the predetermined pattern includes a plurality of rows and columns, the plate further comprising position indices on a surface of the plate body and associated with at least one of the plurality of rows and columns of the artifact alignment apertures, wherein the position indices include a plurality of letters for one of the plurality of rows or columns, and a plurality of numbers for the other of the plurality of rows or columns; wherein the mounting apertures are not in the plurality of rows and columns of the artifact alignment apertures and are not indexed.
An article of footwear comprising an upper and a sole structure, at least a portion of the upper being a non-woven textile formed from a plurality of filaments that include a thermoplastic polymer material, wherein the upper is structured to extend along a lateral side of the foot, along a medial side of the foot, over the foot, and under the foot, such that the void within the upper is shaped to accommodate the foot, wherein the upper is for receiving a foot of a wearer and the sole structure is secured to a lower area of the upper, and the non-woven textile of the upper is heatbonded to the sole structure, wherein the heatbonding involves a softening or melting of the thermoplastic polymer material within the non-woven textile such that at least a portion of the upper is secured to the sole structure when cooled, without the use of adhesives, and wherein the sole structure includes a polymer foam material, wherein the heatbonding involves at least a portion of the thermoplastic polymer material within the non-woven textile extending into or infiltrating crevices or cavities formed in the structure of the sole structure to secure the upper to the sole structure, or the heatbonding involves at least a portion of the thermoplastic polymer material within the non-woven textile intermingling with a thermoplastic polymer material of the sole structure to secure the upper to the sole structure.
A vehicle seat partitioning system comprising a partition structure, wherein the partition structure is configured to be attached to a first backrest structure and a second backrest structure of a vehicle seat unit, wherein the first backrest structure and/or the second backrest structure are arranged to be foldable between a raised position (P R) and a lowered position (P L) in relation to a common seating structure, wherein the partition structure comprises a first side edge and a second side edge, wherein the first side edge is configured to be connected to the first backrest structure and the second side edge is configured to be connected to the second backrest structure, wherein the system further comprises a first track unit configured to be arranged on the first backrest structure and/or a second track unit configured to be arranged on the second backrest structure, wherein the first side edge comprises a first connection member connected to and movably arranged in relation to the first track unit and/or the second side edge comprises a second connection member connected to and movably arranged in relation to the second track unit, characterized in that the first track unit is arranged on a first rear side of the first backrest structure and/or the second track unit is arranged on a second rear side of the second backrest structure. wherein the system further comprises a first track unit configured to be arranged on the first backrest structure and/or a second track unit configured to be arranged on the second backrest structure, wherein the first side edge comprises a first connection member connected to and movably arranged in relation to the first track unit and/or the second side edge comprises a second connection member connected to and movably arranged in relation to the second track unit, characterized in that the first track unit is arranged on a first rear side of the first backrest structure and/or the second track unit is arranged on a second rear side of the second backrest structure.
An assembly comprising a group of manoeuvre for moving a blade of a switch point, said group of manoeuvre comprising a coupling element connected to a manoeuvre hook through a seat obtained at an end of the coupling element and into which an end of the manoeuvre hook engages slidingly and rotatably, the end further presenting a surface (17, 17') of contact with the sliding seat which has a circular shape according to a section plane coinciding with the medium plane passing longitudinally along the length of the manoeuvre hook and further a curve that develops in the direction of the longitudinal axis of the end, characterized in that the seat is further open on one side in such a way as to allow the fall outside of eventual external residues and/or residues of fretting interposed in the connection.