mhurhangee/ep-ind-claims huggingface dataset:
A machine tool comprising: a main machine configured to machine a workpiece; a pallet change unit adjacent to the main machine; a main body cover disposed on the pallet change unit; and a machine entry door mounted on the main body cover through a hinge for entering a work area; characterized by an internal machine cover (120, 140) mounted on an open edge of the machine entry door through a hinge; wherein the pallet change unit comprises an internal passage area that communicates with the work area and defined by the machine entry door and the internal machine cover (120, 140), and the machine entry door and the internal machine cover (120, 140) are configured to sweep the internal passage area, so that presence of an operator in the internal passage area prevents the machine entry door from being closed. a main machine configured to machine a workpiece; a pallet change unit adjacent to the main machine; a main body cover disposed on the pallet change unit; and a machine entry door mounted on the main body cover through a hinge for entering a work area; characterized by an internal machine cover (120, 140) mounted on an open edge of the machine entry door through a hinge; wherein the pallet change unit comprises an internal passage area that communicates with the work area and defined by the machine entry door and the internal machine cover (120, 140), and the machine entry door and the internal machine cover (120, 140) are configured to sweep the internal passage area, so that presence of an operator in the internal passage area prevents the machine entry door from being closed.
A clip for removably securing a device to a plurality of straps, the clip comprising: - a main part having a first surface and an opposite second surface, a first main part end and a second main part end, wherein the main part comprises a first main part, a second main part and an intermediate part, the intermediate part connecting the first main part and the second main part, - a first hook part arranged at the first main part end, the first hook part comprising a first front, the first front arranged on a first side of the main part, - a second hook part arranged at the second main part end, the second hook part comprising a second front, the second front arranged on a second side of the main part opposite the first side, wherein the first front overlaps with less than or equal to 75% of a length of the main part and the second front overlaps with less than or equal to 25% of the length of the main part, and wherein the first main part is offset from the second main part in a direction perpendicular to the second surface towards the second front and the second main part is offset from the first main part in a direction perpendicular to the first surface towards the first front, characterized in that the main part comprises a mounting part configured to mount the clip to a device to be secured to the plurality of straps. - a main part having a first surface and an opposite second surface, a first main part end and a second main part end, wherein the main part comprises a first main part, a second main part and an intermediate part, the intermediate part connecting the first main part and the second main part, - a first hook part arranged at the first main part end, the first hook part comprising a first front, the first front arranged on a first side of the main part, - a second hook part arranged at the second main part end, the second hook part comprising a second front, the second front arranged on a second side of the main part opposite the first side,
An open roof assembly for use in a vehicle roof of a vehicle, the open roof assembly comprising a moveably arranged closure member for selectively covering or at least partially exposing an opening in the vehicle roof, an electric motor operatively coupled to the closure member through a mechanical drive assembly for moving the closure member, an electric driving unit for providing a supply signal to the electric motor and a control unit operatively coupled to the electric driving unit for controlling operation of the electric motor, wherein the electric driving unit comprises four switching devices (S1 - S4) in a bridged configuration and wherein the control unit is configured to a. control a motion of the closure member by controlling operation of the switching devices, b. incur a safety stop during a motion of the closure member by an immediate reversal of a polarity of the supply signal; and c. incur a predetermined stop of the motion of the closure member by short-circuiting the electric motor. a. control a motion of the closure member by controlling operation of the switching devices, b. incur a safety stop during a motion of the closure member by an immediate reversal of a polarity of the supply signal; and c. incur a predetermined stop of the motion of the closure member by short-circuiting the electric motor.
An apparatus comprising: a chassis including an array plate, the array plate having a plurality of first openings formed thereon; a plurality of floating inserts, each of the floating inserts being disposed in a different one of the first openings, each of the floating inserts including a first floating insert member and a second floating insert member that is inserted in the first floating insert member and arranged to move laterally with respect to the first floating insert member; a main board having a plurality of second openings formed thereon, the main board being coupled to the array plate via a plurality of alignment pins, each of the alignment pins having a first portion and a second portion, the first portion of each of the alignment pins extending through a respective one of the plurality of second openings and into the second floating insert member of a respective one of the plurality of floating inserts; and an electronic module assembly coupled to the main board, the electronic module assembly having a first connector and an alignment socket that are formed on a first side of the electronic module assembly, the first connector being mated with a second connector that is disposed on the main board, and the alignment socket being mated with the second portion of a given one of the plurality of alignment pins; and wherein the electronic module assembly and the main board are disposed on opposite sides of the array plate, and the second connector is exposed by a third opening in the array plate. a chassis including an array plate, the array plate having a plurality of first openings formed thereon; a plurality of floating inserts, each of the floating inserts being disposed in a different one of the first openings, each of the floating inserts including a first floating insert member and a second floating insert member that is inserted in the first floating insert member and arranged to move laterally with respect to the first floating insert member; a main board having a plurality of second openings formed thereon, the main board being coupled to the array plate via a plurality of alignment pins, each of the alignment pins having a first portion and a second portion, the first portion of each of the alignment pins extending through a respective one of the plurality of second openings and into the second floating insert member of a respective one of the plurality of floating inserts; and an electronic module assembly coupled to the main board, the electronic module assembly having a first connector and an alignment socket that are formed on a first side of the electronic module assembly, the first connector being mated with a second connector that is disposed on the main board, and the alignment socket being mated with the second portion of a given one of the plurality of alignment pins; and wherein the electronic module assembly and the main board are disposed on opposite sides of the array plate, and the second connector is exposed by a third opening in the array plate.
A needle plate replacement device with a lock that attaches and detaches a needle plate on a bed portion of a sewing machine, the needle plate replacement device with a lock comprising: positioning mechanisms (17, 18, 27, 28) that are provided in the needle plate and the bed portion so as to oppose each other, the positioning mechanisms being configured to position the needle plate to an attaching position in the bed portion, a lock mechanism (16, 33) including a locking member provided in the bed portion and a locked member provided in the needle plate, wherein by mounting the needle plate on the attaching position in the bed portion, the locking member and the locked member are configured to be locked to each other and a locked state is maintained; a push-up mechanism that is provided in the bed portion, the push-up mechanism being configured to push up the needle plate that is mounted on the bed portion towards a dismount position above the bed portion; and a release mechanism configured to cancel the locked state between the locking member and the locked member of the lock mechanism (16, 33) by being interlocked with an operation of the push-up mechanism, characterized in that the locking member of the lock mechanism (16, 33) includes a hook-shaped locking claw portion that is provided in the bed portion so as to be capable of reciprocating, and a lock spring that biases the locking claw portion in a locking direction, and the locked member of the lock mechanism is suspended down from an underside of the needle plate and includes a lock support plate to which the locking claw portion is locked. positioning mechanisms (17, 18, 27, 28) that are provided in the needle plate and the bed portion so as to oppose each other, the positioning mechanisms being configured to position the needle plate to an attaching position in the bed portion, a lock mechanism (16, 33) including a locking member provided in the bed portion and a locked member provided in the needle plate, wherein by mounting the needle plate on the attaching position in the bed portion, the locking member and the locked member are configured to be locked to each other and a locked state is maintained; a push-up mechanism that is provided in the bed portion, the push-up mechanism being configured to push up the needle plate that is mounted on the bed portion towards a dismount position above the bed portion; and a release mechanism configured to cancel the locked state between the locking member and the locked member of the lock mechanism (16, 33) by being interlocked with an operation of the push-up mechanism, characterized in that the locking member of the lock mechanism (16, 33) includes a hook-shaped locking claw portion that is provided in the bed portion so as to be capable of reciprocating, and a lock spring that biases the locking claw portion in a locking direction, and the locked member of the lock mechanism is suspended down from an underside of the needle plate and includes a lock support plate to which the locking claw portion is locked.
A laser oscillation cooling device comprising: a light emitting section that is configured to emit laser excitation light; a laser excitation section that is configured to be excited by the laser excitation light to emit laser light, the laser excitation section having a heat generating region where heat is locally generated in operation; a storage tank capable of storing liquid nitrogen; and a jetting supply section that is configured to remove heat from the laser excitation section by jetting the liquid nitrogen in the sub-cool state onto the laser excitation section, wherein the laser oscillation cooling device has a pressurizing section that is configured to bring the liquid nitrogen into a sub-cool state by pressurizing the inside of the storage tank; the jetting supply section is configured to jet the liquid nitrogen in the sub-cool state from a plurality of jet ports arrayed in a two-dimensional manner onto the laser excitation section; and characterized in that the jetting supply section includes a porous member that is disposed on an upstream side of the jet ports when viewed from a jetting direction of the liquid nitrogen from the ports and has a plurality of pore portions formed to pass through the porous member in the jetting direction for uniformizing the flow rate of the liquid nitrogen over the extending region of the porous member. a light emitting section that is configured to emit laser excitation light; a laser excitation section that is configured to be excited by the laser excitation light to emit laser light, the laser excitation section having a heat generating region where heat is locally generated in operation; a storage tank capable of storing liquid nitrogen; and a jetting supply section that is configured to remove heat from the laser excitation section by jetting the liquid nitrogen in the sub-cool state onto the laser excitation section, wherein the laser oscillation cooling device has a pressurizing section that is configured to bring the liquid nitrogen into a sub-cool state by pressurizing the inside of the storage tank; the jetting supply section is configured to jet the liquid nitrogen in the sub-cool state from a plurality of jet ports arrayed in a two-dimensional manner onto the laser excitation section; and characterized in that the jetting supply section includes a porous member that is disposed on an upstream side of the jet ports when viewed from a jetting direction of the liquid nitrogen from the ports and has a plurality of pore portions formed to pass through the porous member in the jetting direction for uniformizing the flow rate of the liquid nitrogen over the extending region of the porous member.
A system comprising: a first converter comprising first switching circuitry configured to convert an input voltage into a plurality of discrete voltages; a second converter comprising second switching circuitry configured to convert the plurality of discrete voltages into a plurality of modulated voltages modulated according to a modulation scheme, wherein each modulated voltage of the plurality of modulated voltages comprises two voltage levels equal, respectively, to two of the discrete voltages of the plurality of discrete voltages; and a selection circuit configured to alternatively output each modulated voltage of the plurality of modulated voltages across a pair of output terminals, characterized in that the modulation scheme of the second converter is at least one of: pulse width modulation, frequency modulation, or variable frequency and variable pulse width. a first converter comprising first switching circuitry configured to convert an input voltage into a plurality of discrete voltages; a second converter comprising second switching circuitry configured to convert the plurality of discrete voltages into a plurality of modulated voltages modulated according to a modulation scheme, wherein each modulated voltage of the plurality of modulated voltages comprises two voltage levels equal, respectively, to two of the discrete voltages of the plurality of discrete voltages; and a selection circuit configured to alternatively output each modulated voltage of the plurality of modulated voltages across a pair of output terminals, characterized in that the modulation scheme of the second converter is at least one of: pulse width modulation, frequency modulation, or variable frequency and variable pulse width.
A method, in a mobile terminal, for handling connections to wireless local area networks and cellular telecommunications networks, wherein the cellular telecommunications network is a 3GPP network, the method comprising: receiving a value, T, from the cellular telecommunications network; while connected to a wireless local area network and in an idle state, 3GPP IDLE state with no connection between the cellular telecommunications network and the mobile terminal, with respect to a cellular telecommunications network, determining that a first trigger condition has been satisfied, wherein the first trigger condition is satisfied upon expiry of a timer which is started or restarted upon reception or transmission of data over the wireless local area network and expires when a duration of time defined by the value, T, has elapsed since start or restart of the timer; responsive to said first trigger condition, automatically establishing or reestablishing a connection to the cellular telecommunications network; and receiving from the cellular telecommunications network, after said establishing or reestablishing of the connection, an update of trigger conditions for subsequent reestablishments of connections to the cellular telecommunications network, wherein the update of trigger conditions comprises an update of the value, T. receiving a value, T, from the cellular telecommunications network; while connected to a wireless local area network and in an idle state, 3GPP IDLE state with no connection between the cellular telecommunications network and the mobile terminal, with respect to a cellular telecommunications network, determining that a first trigger condition has been satisfied, wherein the first trigger condition is satisfied upon expiry of a timer which is started or restarted upon reception or transmission of data over the wireless local area network and expires when a duration of time defined by the value, T, has elapsed since start or restart of the timer; responsive to said first trigger condition, automatically establishing or reestablishing a connection to the cellular telecommunications network; and receiving from the cellular telecommunications network, after said establishing or reestablishing of the connection, an update of trigger conditions for subsequent reestablishments of connections to the cellular telecommunications network, wherein the update of trigger conditions comprises an update of the value, T.
A joint connection structure (28, 128, 228, 328) comprising: a column (26, 126, 226, 326); and a beam (24, 124, 224, 324) supported by said column; a pair of elongate horizontal cover plates (50-56,150-156, 250-256, 350-356) arranged in a vertically spaced pair sandwiching therebetween and united with an end part of said beam proximate to said column, and said pair of cover plates also connecting with said column so as to transfer force and strain between said column and said beam, characterised by at least one of said pair of cover plates at a distal portion thereof spaced from said column defining a yieldable portion adapted to communicate and distribute strain over a volume of said beam; whereby, during an extreme event effecting cyclic rotational movements of said joint connection structure the at least one of said pair of cover plates is plastically deformed progressively within said distal portion thereof with successive cycles of rotational movement, and said beam is also plastically deformed progressively in said volume thereof; whereby said yieldable portion comprises a yieldable tongue portion (50t, 150t, 250t, 350t, 354t) extending distally along a length dimension of said beam. a column (26, 126, 226, 326); and a beam (24, 124, 224, 324) supported by said column; a pair of elongate horizontal cover plates (50-56,150-156, 250-256, 350-356) arranged in a vertically spaced pair sandwiching therebetween and united with an end part of said beam proximate to said column, and said pair of cover plates also connecting with said column so as to transfer force and strain between said column and said beam, characterised by at least one of said pair of cover plates at a distal portion thereof spaced from said column defining a yieldable portion adapted to communicate and distribute strain over a volume of said beam; whereby, during an extreme event effecting cyclic rotational movements of said joint connection structure the at least one of said pair of cover plates is plastically deformed progressively within said distal portion thereof with successive cycles of rotational movement, and said beam is also plastically deformed progressively in said volume thereof; whereby said yieldable portion comprises a yieldable tongue portion (50t, 150t, 250t, 350t, 354t) extending distally along a length dimension of said beam.
A user equipment, UE, comprising: a sending unit, configured to send a radio resource control, RRC, connection request message; and a receiving unit, configured to receive an RRC connection setup message through a first signaling radio bearer SRB0 that uses a common control channel, CCCH, logical channel, wherein the RRC connection setup message is used for establishing a second signaling radio bearer SRB1 that uses a first dedicated control channel, DCCH, logical channel and a third signaling radio bearer SRB1bis that uses a second dedicated control channel, DCCH, logical channel, the RRC connection setup message includes configuration information for the second signaling radio bearer SRB1 and the third signaling radio bearer SRB1bis, the second signaling radio bearer SRB1 has a first logical channel identifier, the third signaling radio bearer SRB1bis has a second logical channel identifier, and wherein the first logical channel identifier of SRB1 is different from the second logical channel identifier of SRB Ibis.
A method implemented using a processor (122, 514), comprising: determining respective poses of first and second eyes of a wearer of a head-mounted display, HMD; the method being characterized by selecting a portion of a first image rendered on a first display of the HMD based on the pose of the first eye of the wearer; matching the portion of the first image to a portion of a second image rendered on a second display of the HMD; and determining an eye tracking calibration error based on the pose of the second eye of the wearer and a location of the portion of the second image. determining respective poses of first and second eyes of a wearer of a head-mounted display, HMD; the method being characterized by selecting a portion of a first image rendered on a first display of the HMD based on the pose of the first eye of the wearer; matching the portion of the first image to a portion of a second image rendered on a second display of the HMD; and determining an eye tracking calibration error based on the pose of the second eye of the wearer and a location of the portion of the second image.
An electric motor system comprising: a drive shaft rotatable around an axis; a first electric motor and a second electric motor each configured to rotate the drive shaft; a first inverter configured to supply power for generating a torque to the first electric motor; a second inverter configured to supply power for generating a torque to the second electric motor; and a control unit configured to control the first inverter and the second inverter and configured to be able to change a ratio between an output torque of the first electric motor and an output torque of the second electric motor, characterized in that the first electric motor and the second electric motor are constituted by bearingless motors, and the control unit is configured to be able to change the ratio between the output torque of the first electric motor and the output torque of the second electric motor, based on a first index value indicating a bearing load of the first electric motor and a second index value indicating a bearing load of the second electric motor. a drive shaft rotatable around an axis; a first electric motor and a second electric motor each configured to rotate the drive shaft; a first inverter configured to supply power for generating a torque to the first electric motor; a second inverter configured to supply power for generating a torque to the second electric motor; and a control unit configured to control the first inverter and the second inverter and configured to be able to change a ratio between an output torque of the first electric motor and an output torque of the second electric motor, the first electric motor and the second electric motor are constituted by bearingless motors, and the control unit is configured to be able to change the ratio between the output torque of the first electric motor and the output torque of the second electric motor, based on a first index value indicating a bearing load of the first electric motor and a second index value indicating a bearing load of the second electric motor.