mhurhangee/patent-ind-claim-en huggingface dataset:
An input device comprising: a right held portion having an upper surface on which a first right operation member operated by a finger of a right hand is arranged; a left held portion having an upper surface on which a first left operation member operated by a finger of a left hand is arranged; a middle portion located between the right held portion and the left held portion ; a first microphone arranged inside the middle portion and located behind a center of the middle portion in a front-rear direction; and a second microphone arranged inside the middle portion , characterized in that the input device further comprises a circuit board arranged inside the middle portion , wherein the first microphone is arranged above the circuit board , and the second microphone is arranged below the circuit board , or in that the first microphone is directed upward, the second microphone is directed downward, and the middle portion has an outer surface having a first sound hole formed above the first microphone and a second sound hole formed below the second microphone . a right held portion having an upper surface on which a first right operation member operated by a finger of a right hand is arranged; a left held portion having an upper surface on which a first left operation member operated by a finger of a left hand is arranged; a middle portion located between the right held portion and the left held portion ; a first microphone arranged inside the middle portion and located behind a center of the middle portion in a front-rear direction; and a second microphone arranged inside the middle portion , characterized in that the input device further comprises a circuit board arranged inside the middle portion , wherein the first microphone is arranged above the circuit board , and the second microphone is arranged below the circuit board , or in that the first microphone is directed upward, the second microphone is directed downward, and the middle portion has an outer surface having a first sound hole formed above the first microphone and a second sound hole formed below the second microphone .
Tanker aircraft comprising a passive referencing system for relative positioning a receiver aircraft during in-flight refueling operation via a hose and drogue system , wherein the referencing system comprises an array of references congregated on a spot of the rear part of the tanker aircraft , preferably of the tail cone thereof, wherein the array of references defines a plurality of sectors originated from the spot , a sector being defined by its amplitude in angle, wherein, for each one of these sectors , the array of references is configured to provide a distinguishable visual indicator, and the array of references is configured to be adjusted before taking-off with respect to: - at least one flight parameter of the tanker aircraft , and - at least one in-flight refueling operation parameter. wherein the referencing system comprises an array of references congregated on a spot of the rear part of the tanker aircraft , preferably of the tail cone thereof, wherein the array of references defines a plurality of sectors originated from the spot , a sector being defined by its amplitude in angle, wherein, for each one of these sectors , the array of references is configured to provide a distinguishable visual indicator, and the array of references is configured to be adjusted before taking-off with respect to: - at least one flight parameter of the tanker aircraft , and - at least one in-flight refueling operation parameter. - at least one flight parameter of the tanker aircraft , and - at least one in-flight refueling operation parameter.
A head unit comprising: a first member in which a pressure chamber that stores a liquid to be discharged from a nozzle (N, N1, N2) is formed; a piezoelectric element disposed on the first member, the piezoelectric element being configured to deform in response to a driving signal for varying a pressure of the liquid in the pressure chamber; a first substrate configured to cover the piezoelectric element , the first substrate being disposed on the first member; an integrated circuit configured to supply the driving signal to the piezoelectric element , the integrated circuit being disposed on the first substrate ; a second member disposed on the first member, and including a holding chamber (RB1, RB2) configured to hold the liquid; and a third member formed from a metal, the third member being disposed on the second member ; wherein the second member includes a heat dissipation opening configured to dissipate heat of the integrated circuit , and the heat dissipation opening is located between the integrated circuit and the third member ; and the third member has a concave portion ; and the piezoelectric element , the integrated circuit , the first member , and the second member are disposed inside the concave portion of the third member . a first member in which a pressure chamber that stores a liquid to be discharged from a nozzle (N, N1, N2) is formed; a piezoelectric element disposed on the first member, the piezoelectric element being configured to deform in response to a driving signal for varying a pressure of the liquid in the pressure chamber; a first substrate configured to cover the piezoelectric element , the first substrate being disposed on the first member; an integrated circuit configured to supply the driving signal to the piezoelectric element , the integrated circuit being disposed on the first substrate ; a second member disposed on the first member, and including a holding chamber (RB1, RB2) configured to hold the liquid; and a third member formed from a metal, the third member being disposed on the second member ; wherein the second member includes a heat dissipation opening configured to dissipate heat of the integrated circuit , and the heat dissipation opening is located between the integrated circuit and the third member ; and the third member has a concave portion ; and the piezoelectric element , the integrated circuit , the first member , and the second member are disposed inside the concave portion of the third member .
A method comprising: detecting initiation of a call from a caller to a recipient, wherein the call causes visual caller ID content to be accessible to a visual caller ID application executing on a call-receiving device of the recipient; while waiting for detection of a call delivery signal during pausing of delivery of the call, presenting a visual caller ID configuration user interface on a call-originating device of the caller, the visual caller ID configuration user interface facilitating providing the visual caller ID content for the call by enabling selection from a plurality of visual caller ID content options to the caller, wherein the visual caller ID content options include: existing content, at least one alternate content, and generation of content via a camera function of the call-originating device ; and responsive to a user selection of one of the visual caller ID content options, generating the call delivery signal for delivery of the call. detecting initiation of a call from a caller to a recipient, wherein the call causes visual caller ID content to be accessible to a visual caller ID application executing on a call-receiving device of the recipient; while waiting for detection of a call delivery signal during pausing of delivery of the call, presenting a visual caller ID configuration user interface on a call-originating device of the caller, the visual caller ID configuration user interface facilitating providing the visual caller ID content for the call by enabling selection from a plurality of visual caller ID content options to the caller, wherein the visual caller ID content options include: existing content, at least one alternate content, and generation of content via a camera function of the call-originating device ; and responsive to a user selection of one of the visual caller ID content options, generating the call delivery signal for delivery of the call.
A method for providing personalized audio content (272 (x)), the method comprising: determining, via one or more processors , a first emotional state (252 ) associated with a first user based on sensor data from one or more sensors ; determining that a first version of a first song is targeted for output to the first user; acquiring a second version of the first song, wherein the second version of the first song comprises a multi-track version of the first song or a Musical Instrument Digital Interface, MIDI, version of the first song; performing one or more audio operations on the second version of the first song based on the first emotional state (252 ) to generate first personalized audio content (272 ); causing a first audio device associated with the first user to output the first personalized audio content (272 ); acquiring a second personalized audio content (272 (N)), wherein the second personalized audio content (272 (N)) is based on a second emotional state (252 (N)) associated with a second user that is co-located with the first user, wherein the first user and the second user are occupants of a vehicle ; and causing a second audio device associated with the second user to output the second personalized audio content (272 (N)) while the first audio device outputs the first personalized audio content (272 ), wherein the second personalized audio content (272 (N)) is different from the first personalized audio content (272 ). determining, via one or more processors , a first emotional state (252 ) associated with a first user based on sensor data from one or more sensors ; determining that a first version of a first song is targeted for output to the first user; acquiring a second version of the first song, wherein the second version of the first song comprises a multi-track version of the first song or a Musical Instrument Digital Interface, MIDI, version of the first song; performing one or more audio operations on the second version of the first song based on the first emotional state (252 ) to generate first personalized audio content (272 ); causing a first audio device associated with the first user to output the first personalized audio content (272 ); acquiring a second personalized audio content (272 (N)), wherein the second personalized audio content (272 (N)) is based on a second emotional state (252 (N)) associated with a second user that is co-located with the first user, wherein the first user and the second user are occupants of a vehicle ; and causing a second audio device associated with the second user to output the second personalized audio content (272 (N)) while the first audio device outputs the first personalized audio content (272 ), wherein the second personalized audio content (272 (N)) is different from the first personalized audio content (272 ).
A computer-implemented method , comprising the steps of: - displaying on at least one display , a set of 3D objects; - receiving from at least one input interface a selection by a user of at least one first 3D object belonging to said set; - modifying appearance parameters of said selection; characterized by, before the modifying step: - calculating a 3D projection of said selection on said display; - obtaining the outcome of a comparison of at least one size of said 3D projection to at least one threshold; - if said outcome is negative , wherein the outcome is negative if said at least one size is lower than a minimum threshold or higher than a maximum threshold, respectively adding to or removing from said selection at least one second 3D object. - displaying on at least one display , a set of 3D objects; - receiving from at least one input interface a selection by a user of at least one first 3D object belonging to said set; - modifying appearance parameters of said selection; - calculating a 3D projection of said selection on said display; - obtaining the outcome of a comparison of at least one size of said 3D projection to at least one threshold; - if said outcome is negative , wherein the outcome is negative if said at least one size is lower than a minimum threshold or higher than a maximum threshold, respectively adding to or removing from said selection at least one second 3D object.
A pharmaceutical combination comprising a cyclin-dependent kinase (CDK) inhibitor and at least one thioredoxin reductase inhibitor, for use in the treatment of cancer, wherein the CDK inhibitor is selected from alvocidib, riviciclib, and voruciclib.
A device for sensing a neurological signal while stimulation therapy is being provided wherein the stimulation therapy involves application of a stimulation signal comprising a stimulation phase and a passive recharge phase , comprising: a sensing electrode configured to sense the neurological signal; a blanking switch comprising a distal end and a proximal end; an electrically conductive pathway connected between the sensing electrode and the distal end of the blanking switch; a sensing amplifier connected to the proximal end of the blanking switch and configured to amplify the neurological signal; a controller configured to maintain the blanking switch in a non-conducting state during at least a portion of the recharge phase and until the stimulation phase of the stimulation signal that follows the recharge phase has ended and to maintain the blanking switch in a conducting state during at least another portion of the recharge phase. a sensing electrode configured to sense the neurological signal; a blanking switch comprising a distal end and a proximal end; an electrically conductive pathway connected between the sensing electrode and the distal end of the blanking switch; a sensing amplifier connected to the proximal end of the blanking switch and configured to amplify the neurological signal; a controller configured to maintain the blanking switch in a non-conducting state during at least a portion of the recharge phase and until the stimulation phase of the stimulation signal that follows the recharge phase has ended and to maintain the blanking switch in a conducting state during at least another portion of the recharge phase.
A spike domain asynchronous neuron circuit comprising: a first spike to exponential circuit for emulating kinetic dynamics at a neuron input and converting voltage spikes into exponentials, the first spike to exponential circuit having a first plurality of voltage-type spike domain inputs and having a first voltage-type spike exponential output; a first adjustable gain circuit for emulating homeostatic plasticity coupled to the first voltage-type spike exponential output and having a first current output; a neuron core circuit coupled to the first current output for emulating a neuron core and having a spike encoded voltage output; a filter and comparator circuit coupled to the spike encoded voltage output and having a gain control output coupled to the first adjustable gain circuit for controlling a gain of the first adjustable gain circuit; and an adjustable delay circuit for emulating an axonal delay coupled to the spike encoded voltage output and having an axonal delay output. a first spike to exponential circuit for emulating kinetic dynamics at a neuron input and converting voltage spikes into exponentials, the first spike to exponential circuit having a first plurality of voltage-type spike domain inputs and having a first voltage-type spike exponential output; a first adjustable gain circuit for emulating homeostatic plasticity coupled to the first voltage-type spike exponential output and having a first current output; a neuron core circuit coupled to the first current output for emulating a neuron core and having a spike encoded voltage output; a filter and comparator circuit coupled to the spike encoded voltage output and having a gain control output coupled to the first adjustable gain circuit for controlling a gain of the first adjustable gain circuit; and an adjustable delay circuit for emulating an axonal delay coupled to the spike encoded voltage output and having an axonal delay output.
A sterile, pharmaceutical, physically stable and injectable suspension, injectable through a 25G needle or thinner, comprising the following components: - sterile, crystalline, non-micronized 3-beta-hydroxy-5-alpha-pregnan-20-one particles; - mixture of acylglycerols; and - cholesterol; wherein said suspension is prepared by mixing said components under aseptic conditions within 24 hours or less. - sterile, crystalline, non-micronized 3-beta-hydroxy-5-alpha-pregnan-20-one particles; - mixture of acylglycerols; and - cholesterol;
Alumina-based abrasive particle , having six plane-parallel volume bodies , wherein each volume body has two triangular walls parallel to each other and a ridge face and the triangular walls each have two catheti of equal length which join in a central region of the abrasive particle and a longer hypothenuse , wherein it has a flattened tetrahedral outer shape with four lateral regions each with a triangular shape, wherein the six ridge faces are formed between the lateral regions , and recesses are formed in the lateral regions .
A connection element of a vehicle seat comprising a body on which a backrest and a seat cushion of the seat are intended to be mounted, the body defining a first edge and at least one first through slot extending longitudinally in a first direction (D1) from the first edge and defining a first inner end , the connection element furthermore comprising a first bridge extending along at least part of the first edge opposite the first slot , the first bridge having a curved shape, characterized in that the first bridge closes the first through slot and in that the first bridge forms one end of the first through slot opposite the first lower end . the connection element furthermore comprising a first bridge extending along at least part of the first edge opposite the first slot , the first bridge having a curved shape, characterized in that the first bridge closes the first through slot and in that the first bridge forms one end of the first through slot opposite the first lower end .
A method for wireless communications by a mobile device within a heterogeneous network of synchronous and asynchronous devices, comprising: receiving , from a base station, timing information for the base station; and being characterized by transmitting a timing signal comprising the timing information, the timing signal being transmitted using one or more symbols at a first frequency during a first portion of a sub-frame reserved for device-to-device discovery, wherein an additional timing signal is transmitted using one or more symbols at a second frequency during a second portion of the sub-frame, the additional timing signal comprising timing information for an additional base station. receiving , from a base station, timing information for the base station; and being characterized by transmitting a timing signal comprising the timing information, the timing signal being transmitted using one or more symbols at a first frequency during a first portion of a sub-frame reserved for device-to-device discovery, wherein an additional timing signal is transmitted using one or more symbols at a second frequency during a second portion of the sub-frame, the additional timing signal comprising timing information for an additional base station.
A battery module comprising a battery cell assembly comprising a plurality of pouch-type battery cells and lead junction parts in which respective leads of the battery cells are joined to each other, the battery module comprising: a thermoelectric device in which a heat absorbing portion is located on surfaces of the battery cells which are located at both outsides among the battery cells in the battery cell assembly , the surfaces of the battery cells corresponding to a side surface of the battery cell assembly , characterized by a constant voltage device configured to bypass a current of the battery module to the thermoelectric device when an overvoltage of the battery module occurs, wherein the thermoelectric device is driven to electronically cool the battery cell assembly of the battery module when the overvoltage of the battery module occurs. a thermoelectric device in which a heat absorbing portion is located on surfaces of the battery cells which are located at both outsides among the battery cells in the battery cell assembly , the surfaces of the battery cells corresponding to a side surface of the battery cell assembly , characterized by a constant voltage device configured to bypass a current of the battery module to the thermoelectric device when an overvoltage of the battery module occurs, wherein the thermoelectric device is driven to electronically cool the battery cell assembly of the battery module when the overvoltage of the battery module occurs.
A failure processing method, the method is applied to a terminal device wherein the method comprising: receiving a first radio resource control, RRC, configuration of a secondary network device from the secondary network device , sending first indication information to a primary network device , wherein the first indication information is used to indicate that the first RRC configuration fails, receiving a second RRC configuration of the secondary network device from the primary network device , sending a second message to the primary network device if the second RRC configuration fails, wherein the second message is used to request RRC connection reestablishment between the primary network device and the terminal device , wherein the primary network device and the secondary network device are base stations. receiving a first radio resource control, RRC, configuration of a secondary network device from the secondary network device , sending first indication information to a primary network device , wherein the first indication information is used to indicate that the first RRC configuration fails, receiving a second RRC configuration of the secondary network device from the primary network device , sending a second message to the primary network device if the second RRC configuration fails, wherein the second message is used to request RRC connection reestablishment between the primary network device and the terminal device , wherein the primary network device and the secondary network device are base stations.
An apparatus comprising: a counter to count between a start value and an end value according to a local clock signal; a first register to store an output of the counter, wherein the first register is to be sampled according to a recovered clock signal received by the apparatus; a mirror elastic buffer to store samples of the counter output received from the first register, wherein the mirror elastic buffer is to mirror an elastic buffer of a receiver circuit ; and a resolution logic to receive a counter output sample from the mirror elastic buffer and a current counter value output from the counter, and to detect a transit latency for a data element to traverse the receiver circuit based at least in part on the counter output sample and the current counter value. a counter to count between a start value and an end value according to a local clock signal; a first register to store an output of the counter, wherein the first register is to be sampled according to a recovered clock signal received by the apparatus; a mirror elastic buffer to store samples of the counter output received from the first register, wherein the mirror elastic buffer is to mirror an elastic buffer of a receiver circuit ; and a resolution logic to receive a counter output sample from the mirror elastic buffer and a current counter value output from the counter, and to detect a transit latency for a data element to traverse the receiver circuit based at least in part on the counter output sample and the current counter value.