mhurhangee/ep-ind-claims huggingface dataset:
Mechanism, comprising: - a support; - a first cog wheel mobile in rotation in relation to the support around a first axis; - a second cog wheel mobile in rotation in relation to the support around a second axis; wherein: - the axes (A1; A2) are parallel within a horizontal or vertical reference plane; and - the cog wheels (12; 22) engage one with the other using a unitary transmission ratio and are mobile in rotation (R1; R2) in opposing directions; the mechanism being characterised in that it comprises: - a first eccentric element integral with the first cog wheel in rotation and generating a first moment of gravity force around the first axis; and - a second eccentric element integral with the second cog wheel in rotation and generating a second moment of gravity force around the second axis; in that the moments (M1; M2) of gravity force (P1; P2) of the eccentric elements (14; 24) have a same value and a same direction, both being variable depending on their angular position around the axes (A1; A2); and in that for each angular position of the cog wheels (12; 22) and of the eccentric elements (14; 24) around the axes (A1; A2), the mechanism presents an equilibrium configuration at rest. - a support; - a first cog wheel mobile in rotation in relation to the support around a first axis; - a second cog wheel mobile in rotation in relation to the support around a second axis; - the axes (A1; A2) are parallel within a horizontal or vertical reference plane; and - the cog wheels (12; 22) engage one with the other using a unitary transmission ratio and are mobile in rotation (R1; R2) in opposing directions; - a first eccentric element integral with the first cog wheel in rotation and generating a first moment of gravity force around the first axis; and - a second eccentric element integral with the second cog wheel in rotation and generating a second moment of gravity force around the second axis;
A clutch device comprising: a first input side, a second input side, a first output side and a second output side, wherein the first input side, the second input side, the first output side and the second output side can be rotated about a common axis of rotation; a first clutch between the first input side and the first output side; a second clutch between the first input side and the second output side; a third clutch between the first input side and the second input side; and a passive actuator for the third clutch when the second input side rotates faster than the first input side, wherein the passive actuator comprises a freewheel that transmits torque only from the second input side to the first input side, characterised in that the freewheel comprises a leaf spring element which is inclined with respect to a plane of rotation about the axis of rotation and the axial ends thereof are in contact with the first input side or the second input side. a first input side, a second input side, a first output side and a second output side, wherein the first input side, the second input side, the first output side and the second output side can be rotated about a common axis of rotation; a first clutch between the first input side and the first output side; a second clutch between the first input side and the second output side; a third clutch between the first input side and the second input side; and a passive actuator for the third clutch when the second input side rotates faster than the first input side, wherein the passive actuator comprises a freewheel that transmits torque only from the second input side to the first input side, characterised in that the freewheel comprises a leaf spring element which is inclined with respect to a plane of rotation about the axis of rotation and the axial ends thereof are in contact with the first input side or the second input side.
A terminal device configured for communicating with a base station device, the terminal device comprising: a radio resource control, RRC, sublayer; and a medium access control, MAC, sublayer being a lower sublayer than the RRC sublayer, the RRC sublayer being configured for starting a timer (T300bis) used in an RRC connection establishment procedure, a value of the timer (T300bis) for a terminal device that supports coverage enhancement always exceeding a value range of the timer for a terminal device that does not support coverage enhancement, and creating an RRC connection request message corresponding to the RRC connection establishment procedure, and the MAC sublayer being configured for executing a random access procedure relating to the RRC connection establishment procedure on a serving cell, the terminal device being characterized in that the MAC sublayer is further configured for: determining a value of a level corresponding to the number of repetitions in the random access procedure, selecting a random access preamble group on the basis of the determined value of the level, and selecting a random access preamble from the selected random access preamble group. a radio resource control, RRC, sublayer; and a medium access control, MAC, sublayer being a lower sublayer than the RRC sublayer, the RRC sublayer being configured for starting a timer (T300bis) used in an RRC connection establishment procedure, a value of the timer (T300bis) for a terminal device that supports coverage enhancement always exceeding a value range of the timer for a terminal device that does not support coverage enhancement, and creating an RRC connection request message corresponding to the RRC connection establishment procedure, and starting a timer (T300bis) used in an RRC connection establishment procedure, a value of the timer (T300bis) for a terminal device that supports coverage enhancement always exceeding a value range of the timer for a terminal device that does not support coverage enhancement, and creating an RRC connection request message corresponding to the RRC connection establishment procedure, and the MAC sublayer being configured for executing a random access procedure relating to the RRC connection establishment procedure on a serving cell, the terminal device being characterized in that the MAC sublayer is further configured for: determining a value of a level corresponding to the number of repetitions in the random access procedure, selecting a random access preamble group on the basis of the determined value of the level, and selecting a random access preamble from the selected random access preamble group. executing a random access procedure relating to the RRC connection establishment procedure on a serving cell, the terminal device being characterized in that the MAC sublayer is further configured for: determining a value of a level corresponding to the number of repetitions in the random access procedure, selecting a random access preamble group on the basis of the determined value of the level, and selecting a random access preamble from the selected random access preamble group.
A method for processing a bonded dual alloy rotor, comprising: obtaining a bonded dual alloy rotor including rotor blades bonded to a hub disk, the rotor blades composed of a first alloy, and the hub disk composed of a second alloy different than the first alloy; establishing a minimum processing temperature (T DISK_PROCESS_MIN) for the hub disk and a maximum critical temperature for the rotor blades (T BLADE_MAX), T BLADE _ MAX less than T DISK _ PROCESS _ MIN; and performing a differential heat treatment process on the bonded dual alloy rotor during which the hub disk is heated to processing temperatures equal to or greater than T DISK _ PROCESS _ MIN, while at least a volumetric majority of each of the rotor blades is maintained at temperatures below T BLADE _ MAX. obtaining a bonded dual alloy rotor including rotor blades bonded to a hub disk, the rotor blades composed of a first alloy, and the hub disk composed of a second alloy different than the first alloy; establishing a minimum processing temperature (T DISK_PROCESS_MIN) for the hub disk and a maximum critical temperature for the rotor blades (T BLADE_MAX), T BLADE _ MAX less than T DISK _ PROCESS _ MIN; and
A blister packing device comprising: a frame; a main hopper attached to the frame and configured to receive tablets; a rotation module located below the main hopper and including a plurality of cells and configured to sequentially receive the tablets in the plurality of cells and convey the plurality of cells containing the tablets to a discharge region; a buffer including a plurality of areas phys ically divided and configured to receive the tablets in the pl urality of areas corresponding to a plurality of cells (2 40) located in the discharge region and discharge the tablets to a blister pack; and an openable/closable shutter below the discharge region to discharge the conveyed tablets to the plurality of areas of the buffer. a frame; a main hopper attached to the frame and configured to receive tablets; a rotation module located below the main hopper and including a plurality of cells and configured to sequentially receive the tablets in the plurality of cells and convey the plurality of cells containing the tablets to a discharge region; a buffer including a plurality of areas phys ically divided and configured to receive the tablets in the pl urality of areas corresponding to a plurality of cells (2 40) located in the discharge region and discharge the tablets to a blister pack; and an openable/closable shutter below the discharge region to discharge the conveyed tablets to the plurality of areas of the buffer.
A connector assembly for fastening filter elements onto a supporting plate of a press filter, comprising a first cylindrical core; a first flange extending outward circumferentially and vertically from one end of the first cylindrical core, the first flange suitable for being in firm connection with the respective filter element; a second cylindrical core; and a second flange extending outward circumferentially and vertically from one end of the second cylindrical core, the second flange suitable for being in firm connection with the respective filter element; wherein the first cylindrical core is shaped and dimensioned such that this cylindrical core is suitable for snugly passing through and being meshed with a central through hole of the supporting plate, and the second cylindrical core is shaped and dimensioned such that this cylindrical core snugly passes through and is meshed with the first cylindrical core; and characterized in that both the first cylindrical core and the first flange and both the second cylindrical core and the second flange are respectively molded as one piece from a felt non-woven fabric which has the ability of self-sustaining and shape maintenance, and is moldable and which is able to be molded into a desired shape, and is capable of persistently retaining said desired shape under external pressure after the fabric is molded, such that the connector assembly molded from the felt non-woven fabric is able to retain its shape without any support.
A modular wall system with mountable furniture (104, 106, 402), the modular wall system comprising: at least one vertical wall (102, 404), the at least one vertical wall compris-ing: a frame (114, 414); a tile attachable to the frame; and a horizontally extending cantilever channel (116, 416) having an opening to an outer face of the at least one vertical wall (102, 404); a piece of furniture (104, 106, 402) that has a support surface (128, 432) for supporting items or a person thereon; and characterized in that it comprises a horizontal side support bar selectively mountable at least partially within the cantilever channel, the horizontal side support bar be-ing parallel to the cantilever channel, the side support bar having a channel extending through at least a portion of the length thereof and a roller assembly connected to the piece of furniture (102, 404) and disposable at least partially within the channel, the roller assembly and the channel cooperating to enable the piece of furniture (102, 404) to be selectively repositioned along the length of the side support bar. a frame (114, 414); a tile attachable to the frame; and a horizontally extending cantilever channel (116, 416) having an opening to an outer face of the at least one vertical wall (102, 404); a piece of furniture (104, 106, 402) that has a support surface (128, 432) for supporting items or a person thereon; and characterized in that it comprises a horizontal side support bar selectively mountable at least partially within the cantilever channel, the horizontal side support bar be-ing parallel to the cantilever channel, the side support bar having a channel extending through at least a portion of the length thereof and a roller assembly connected to the piece of furniture (102, 404) and disposable at least partially within the channel, the roller assembly and the channel cooperating to enable the piece of furniture (102, 404) to be selectively repositioned along the length of the side support bar.
An apparatus comprising: a plurality of phase change memory cells, wherein individual memory cells of the plurality of memory cells are in a set state or a reset state, have a threshold voltage, and are configured to store one or more bits of data; a bias logic coupled with the individual memory cells, the bias logic to: apply a dummy-read voltage to the plurality of memory cells to return the plurality of memory cells that are in a set state to a voltage pre-drift state; apply, subsequent to the application of the dummy-read voltage, a read voltage to the plurality of memory cells in order to identify, based on a current detected in response to application of the read voltage, a state of a bit of data in a memory cell of the individual memory cells; and characterized in that the bias logic is further to: apply, subsequent to the application of the read voltage, a voltage bias pulse to a subset of the plurality of memory cells that are in the reset state to accelerate a voltage drift of the memory cells in the reset state, wherein application of the voltage bias pulse is different than application of a reset pulse to the plurality of memory cells. a plurality of phase change memory cells, wherein individual memory cells of the plurality of memory cells are in a set state or a reset state, have a threshold voltage, and are configured to store one or more bits of data; a bias logic coupled with the individual memory cells, the bias logic to: apply a dummy-read voltage to the plurality of memory cells to return the plurality of memory cells that are in a set state to a voltage pre-drift state; apply, subsequent to the application of the dummy-read voltage, a read voltage to the plurality of memory cells in order to identify, based on a current detected in response to application of the read voltage, a state of a bit of data in a memory cell of the individual memory cells; and characterized in that the bias logic is further to: apply, subsequent to the application of the read voltage, a voltage bias pulse to a subset of the plurality of memory cells that are in the reset state to accelerate a voltage drift of the memory cells in the reset state, wherein application of the voltage bias pulse is different than application of a reset pulse to the plurality of memory cells. apply a dummy-read voltage to the plurality of memory cells to return the plurality of memory cells that are in a set state to a voltage pre-drift state; apply, subsequent to the application of the dummy-read voltage, a read voltage to the plurality of memory cells in order to identify, based on a current detected in response to application of the read voltage, a state of a bit of data in a memory cell of the individual memory cells; and characterized in that the bias logic is further to: apply, subsequent to the application of the read voltage, a voltage bias pulse to a subset of the plurality of memory cells that are in the reset state to accelerate a voltage drift of the memory cells in the reset state, wherein application of the voltage bias pulse is different than application of a reset pulse to the plurality of memory cells.
A RFID system (1; 10; 100) configured to be attached to fabrics, said RFID system (1; 10; 100) comprising at least a device, said device comprising: - at least one dielectric base layer; - at least one dielectric cover layer; - a conductive foil comprising at least one slit, the foil being provided between the at least one dielectric base layer and the at least one dielectric cover layer; - at least one rigid electronic module comprising an antenna; said RFID system (1; 10; 100) being characterized in that: - said RFID system (1; 10; 100) is a HF and/or a NFC RFID system, - the at least one rigid electronic module comprising the antenna is provided between the conductive foil and the at least one dielectric cover layer, wherein the antenna has dimensions such that it fits on the slit, - said device comprises at least one fabric layer structurally supporting said device and being provided on an outside of the at least one dielectric base layer, - said slit being longitudinal and centred on the foil to allow distribution of the magnetic field lines, thereby reversing the direction of the magnetic field, wherein the magnetic field crosses the conductive foil through the slit, thereby activating the electronic module and amplifying a signal emitted by said module, - the at least one dielectric base layer, the module, the foil, the at least one dielectric cover layer and the fabric layer are fused together. - at least one dielectric base layer; - at least one dielectric cover layer; - a conductive foil comprising at least one slit, the foil being provided between the at least one dielectric base layer and the at least one dielectric cover layer; - at least one rigid electronic module comprising an antenna; said RFID system (1; 10; 100) being characterized in that: - said RFID system (1; 10; 100) is a HF and/or a NFC RFID system, - the at least one rigid electronic module comprising the antenna is provided between the conductive foil and the at least one dielectric cover layer, wherein the antenna has dimensions such that it fits on the slit, - said device comprises at least one fabric layer structurally supporting said device and being provided on an outside of the at least one dielectric base layer, - said slit being longitudinal and centred on the foil to allow distribution of the magnetic field lines, thereby reversing the direction of the magnetic field, wherein the magnetic field crosses the conductive foil through the slit, thereby activating the electronic module and amplifying a signal emitted by said module, - the at least one dielectric base layer, the module, the foil, the at least one dielectric cover layer and the fabric layer are fused together.
A hearing device, comprising: an input transducer for converting an acoustic input signal to an electric input signal, an output transducer for converting a processed electric output signal to an acoustic output signal, an electric signal path extending between the input and output transducers, wherein the signal path comprises a processing unit for processing the electric input signal and providing the processed electric output signal, a transceiver (20; 20, 35) for establishing a data communications link to another hearing device, a sensing unit for detecting whether a telephone handset is placed close to the hearing device, and a control unit for controlling at least the acoustic output signal and the transceiver in at least a first and second control mode, wherein in the first, normal mode, the control unit is adapted for enabling the acoustic output signal, and characterized in that in the second, Tx-mode, when a telephone handset including a speaker is detected by the sensing unit, the control unit is adapted for inhibiting or attenuating the acoustic output signal and for enabling the transmission of an electric signal tapped from the signal path to the another hearing device via the data communications link, said electric signal tapped from the signal path includes a signal picked up by the input transducer and originating from said speaker of said telephone handset. an input transducer for converting an acoustic input signal to an electric input signal, an output transducer for converting a processed electric output signal to an acoustic output signal, an electric signal path extending between the input and output transducers, wherein the signal path comprises a processing unit for processing the electric input signal and providing the processed electric output signal, a transceiver (20; 20, 35) for establishing a data communications link to another hearing device, a sensing unit for detecting whether a telephone handset is placed close to the hearing device, and a control unit for controlling at least the acoustic output signal and the transceiver in at least a first and second control mode, wherein in the first, normal mode, the control unit is adapted for enabling the acoustic output signal, and characterized in that in the second, Tx-mode, when a telephone handset including a speaker is detected by the sensing unit, the control unit is adapted for inhibiting or attenuating the acoustic output signal and for enabling the transmission of an electric signal tapped from the signal path to the another hearing device via the data communications link, said electric signal tapped from the signal path includes a signal picked up by the input transducer and originating from said speaker of said telephone handset.