mhurhangee/patent-ind-claim-en huggingface dataset:
A portable system for user-controlled audio output or display output, comprising a wearable physical activity monitoring device comprising: a wireless proximity detection module comprising at least one antenna a memory storing a detection database configured to store mapping information; a user interface configured to provide an audio output and a display output to a user of the portable system; wherein the wireless proximity detection module is configured to detect a proximity of an input control entity with respect to the physical activity monitoring device and to output a control signal as a response to the detection by performing: a) measuring the proximity of the input control entity by measuring a change in an antenna impedance or in an antenna resonance frequency caused by moving the input control entity with respect to the at least one antenna; b) mapping, by using the detection database, the measured proximity to the control signal, and c) outputting the control signal; a user interface controller configured to generate, as a response to the control signal from the wireless proximity detection module, an adjustment of an audio parameter or a display parameter of the user interface, wherein the proximity is a non-zero distance between the input control entity and the training computer. a wireless proximity detection module comprising at least one antenna a memory storing a detection database configured to store mapping information; a user interface configured to provide an audio output and a display output to a user of the portable system; wherein the wireless proximity detection module is configured to detect a proximity of an input control entity with respect to the physical activity monitoring device and to output a control signal as a response to the detection by performing: a) measuring the proximity of the input control entity by measuring a change in an antenna impedance or in an antenna resonance frequency caused by moving the input control entity with respect to the at least one antenna; b) mapping, by using the detection database, the measured proximity to the control signal, and c) outputting the control signal; a) measuring the proximity of the input control entity by measuring a change in an antenna impedance or in an antenna resonance frequency caused by moving the input control entity with respect to the at least one antenna; b) mapping, by using the detection database, the measured proximity to the control signal, and c) outputting the control signal; a user interface controller configured to generate, as a response to the control signal from the wireless proximity detection module, an adjustment of an audio parameter or a display parameter of the user interface, wherein the proximity is a non-zero distance between the input control entity and the training computer.
A method for accessing a network by a network node, applied to a first network node having gained access to a preset network, the method comprising: receiving (S100) a probe message broadcast by a second network node seeking access to the preset network, wherein the probe message carries a second Internet Protocol, IP, address of the second network node; in response to that the probe message comprises a configuration mechanism identifier, unicasting (S200), based on the second IP address, a reply message of the probe message to the second network node, wherein the reply message carries a first IP address of the first network node, wherein the first IP address is configured for establishing a network communication channel between the second network node and the first network node; and sending (S300) network configuration information to the second network node through the network communication channel, wherein the network configuration information is configured to allow the second network node to access the preset network, characterized in that the configuration mechanism identifier is configured to indicate that the second network node meets a network access condition, wherein the method further comprises: in response to that the probe message comprises no configuration mechanism identifier, sending no reply message to the second network node. receiving (S100) a probe message broadcast by a second network node seeking access to the preset network, wherein the probe message carries a second Internet Protocol, IP, address of the second network node; in response to that the probe message comprises a configuration mechanism identifier, unicasting (S200), based on the second IP address, a reply message of the probe message to the second network node, wherein the reply message carries a first IP address of the first network node, wherein the first IP address is configured for establishing a network communication channel between the second network node and the first network node; and sending (S300) network configuration information to the second network node through the network communication channel, wherein the network configuration information is configured to allow the second network node to access the preset network, characterized in that the configuration mechanism identifier is configured to indicate that the second network node meets a network access condition, wherein the method further comprises: in response to that the probe message comprises no configuration mechanism identifier, sending no reply message to the second network node.
A surgical fastener comprising: a coil body including a plurality of coil windings , the coil body having a proximal end and a distal end; and a separate head attached to the proximal end of the coil body, the head including one or more external threads , the one or more external threads having at least one combined turn adapted to engage with a corresponding internal thread of a delivery device , the head further including a non-circular through hole adapted to receive a rod therethrough to guide and drive the surgical fastener from the delivery device. a coil body including a plurality of coil windings , the coil body having a proximal end and a distal end; and a separate head attached to the proximal end of the coil body, the head including one or more external threads , the one or more external threads having at least one combined turn adapted to engage with a corresponding internal thread of a delivery device , the head further including a non-circular through hole adapted to receive a rod therethrough to guide and drive the surgical fastener from the delivery device.
Chassis for a rail vehicle, having at least one chassis frame, to which at least one first wheel set is coupled, wherein at least one chassis component is coupled by means of at least one first bearing apparatus , which is connected to at least one first spring apparatus , by way of the at least first spring apparatus to the at least one chassis frame , wherein the at least first bearing apparatus is arranged so as to protrude into a first cut-out of a first carrier of the at least one chassis frame and the at least first spring apparatus is arranged in the first cut-out , wherein the first carrier in the region of the first cut-out has at least one first opening , which is closed by means of a first cover , wherein the first cut-out is formed from a first belt , a second belt , a web and a first side wall and a second side wall , and wherein the at least first opening is provided in the first belt or in the second belt , characterised in that the at least first spring apparatus is arranged so as to protrude into the at least first opening and make contact with the first cover .
A clothes drying apparatus, comprising: a chamber configured to accommodate clothes to be dried, an air duct structure communicated with the chamber and a negative pressure generating device communicated with the chamber ; wherein, the air duct structure is configured to convey a cold airflow into the chamber , the cold airflow is used to solidify water moisture in the clothes to be dried; the negative pressure generating device is configured to form a negative pressure environment in the chamber , such that a solidified water moisture in the clothes to be dried undergoes sublimation in the negative pressure environment; wherein the air duct structure is further configured to convey a hot airflow into the chamber , wherein, the hot airflow is used to heat the clothes to be dried in the negative pressure environment, so as to promote the sublimation of the solidified water moisture in the clothes to be dried; further comprising: a refrigerating portion , configured to cool an airflow in the air duct structure ; and a heating portion , configured to heat an airflow in the air duct structure ; characterised in that : further comprising: a heat pump system ; wherein, the heat pump system comprises a first heat exchanger and a second heat exchanger disposed on a refrigerant circulation flow path of the heat pump system , the refrigerating portion is formed by the first heat exchanger , and the heating portion is formed by the second heat exchanger . wherein the air duct structure is further configured to convey a hot airflow into the chamber , wherein, the hot airflow is used to heat the clothes to be dried in the negative pressure environment, so as to promote the sublimation of the solidified water moisture in the clothes to be dried; further comprising: a refrigerating portion , configured to cool an airflow in the air duct structure ; and a heating portion , configured to heat an airflow in the air duct structure ; characterised in that : further comprising: a heat pump system ; wherein, the heat pump system comprises a first heat exchanger and a second heat exchanger disposed on a refrigerant circulation flow path of the heat pump system , the refrigerating portion is formed by the first heat exchanger , and the heating portion is formed by the second heat exchanger .
A semiconductor light-emitting diode, comprising: a light-emitting region, wherein the light-emitting region comprises an array of non-uniformly-sized nano-pillars ; and wherein the semiconductor light-emitting diode is characterised in that the array of non-uniformly-sized nano-pillars have different diameters (102A - 102D) and different strain relaxations resulting in the ability to emit a continuous broadband spectrum. a light-emitting region, wherein the light-emitting region comprises an array of non-uniformly-sized nano-pillars ; and wherein the semiconductor light-emitting diode is characterised in that the array of non-uniformly-sized nano-pillars have different diameters (102A - 102D) and different strain relaxations resulting in the ability to emit a continuous broadband spectrum.
Headphones , comprising: a first ear piece housing configured to be arranged relative to a first ear of a wearer, wherein the first ear piece housing includes a first driver configured to output acoustic signals; a second ear piece housing configured to be arranged relative to a second ear of the wearer, wherein the second ear piece housing includes a second driver configured to output acoustic signals; a first touch screen display arranged on an outward-facing surface of the first ear piece housing , wherein the first touch screen display is configured to display a first image related to the acoustic signals output by the first driver , and wherein the first touch screen display is configured to receive a first tactile command from the wearer that controls the acoustic signals; cha racterized in that the headphone further comprises a second touch screen display arranged on an outward-facing surface of the second ear piece housing , wherein the second touch screen display is configured to display a second image related to the acoustic signals output by the second driver , wherein the second touch screen display is configured to receive a second tactile command from the wearer that controls the acoustic signals, and wherein the first tactile command and the second tactile command, when performed simultaneously, are configured to provide a third tactile command. a first ear piece housing configured to be arranged relative to a first ear of a wearer, wherein the first ear piece housing includes a first driver configured to output acoustic signals; a second ear piece housing configured to be arranged relative to a second ear of the wearer, wherein the second ear piece housing includes a second driver configured to output acoustic signals; a first touch screen display arranged on an outward-facing surface of the first ear piece housing , wherein the first touch screen display is configured to display a first image related to the acoustic signals output by the first driver , and wherein the first touch screen display is configured to receive a first tactile command from the wearer that controls the acoustic signals; cha racterized in that the headphone further comprises a second touch screen display arranged on an outward-facing surface of the second ear piece housing , wherein the second touch screen display is configured to display a second image related to the acoustic signals output by the second driver , wherein the second touch screen display is configured to receive a second tactile command from the wearer that controls the acoustic signals, and wherein the first tactile command and the second tactile command, when performed simultaneously, are configured to provide a third tactile command.
A procedure for the selective management of the alarms of at least part of an automatic machine for manufacturing or packing consumer articles; the automatic machine comprising a plurality of actuators, each capable of assuming a plurality of different positions and moving, during the manufacturing, with a nominal movement (NM) of its own; the procedure comprises the steps of: determining, only once, an interference matrix , which indicates, for each position of an actuator , the presence or absence of interferences relative to the possible positions of the other actuators; checking, upon occurrence of an alarm of said actuator and by means of the interference matrix ; for the presence or absence of actuators (RM) at risk, which, during their own nominal movement (NM), risk interfering with the actuator (AM) subjected to the alarm. the automatic machine comprising a plurality of actuators, each capable of assuming a plurality of different positions and moving, during the manufacturing, with a nominal movement (NM) of its own; the procedure comprises the steps of: determining, only once, an interference matrix , which indicates, for each position of an actuator , the presence or absence of interferences relative to the possible positions of the other actuators; checking, upon occurrence of an alarm of said actuator and by means of the interference matrix ; for the presence or absence of actuators (RM) at risk, which, during their own nominal movement (NM), risk interfering with the actuator (AM) subjected to the alarm. determining, only once, an interference matrix , which indicates, for each position of an actuator , the presence or absence of interferences relative to the possible positions of the other actuators; checking, upon occurrence of an alarm of said actuator and by means of the interference matrix ; for the presence or absence of actuators (RM) at risk, which, during their own nominal movement (NM), risk interfering with the actuator (AM) subjected to the alarm.
A device comprising: a housing defining a housing lumen extending from a housing proximal end to a housing distal end ; a cannula defining a cannula lumen extending from a cannula proximal end to a cannula distal end , the cannula being mechanically coupled to the housing distal end ; and a needle assembly comprising a needle and at least one needle guide , wherein the housing is configured to house the needle assembly ; said needle of the needle assembly configured to be locked in a deployed configuration in which the needle extends within the cannula lumen and protrudes from the cannula distal end , the needle being configured to slide proximally through the cannula lumen from the deployed configuration into a retracted configuration in which at least a portion of the needle is within the housing lumen ; and wherein the at least one needle guide is configured to maintain the needle along a path in the housing lumen substantially parallel to the needle guide as the needle moves between the deployed configuration and the retracted configuration characterized in that said device further comprises a cap secured to the needle , wherein the cap is configured to rotate from a locked configuration in which the needle is maintained in the deployed configuration to an unlocked configuration in which the needle is configured to retract to the retracted configuration. a housing defining a housing lumen extending from a housing proximal end to a housing distal end ; a cannula defining a cannula lumen extending from a cannula proximal end to a cannula distal end , the cannula being mechanically coupled to the housing distal end ; and a needle assembly comprising a needle and at least one needle guide , wherein the housing is configured to house the needle assembly ; said needle of the needle assembly configured to be locked in a deployed configuration in which the needle extends within the cannula lumen and protrudes from the cannula distal end , the needle being configured to slide proximally through the cannula lumen from the deployed configuration into a retracted configuration in which at least a portion of the needle is within the housing lumen ; and wherein the at least one needle guide is configured to maintain the needle along a path in the housing lumen substantially parallel to the needle guide as the needle moves between the deployed configuration and the retracted configuration characterized in that said device further comprises a cap secured to the needle , wherein the cap is configured to rotate from a locked configuration in which the needle is maintained in the deployed configuration to an unlocked configuration in which the needle is configured to retract to the retracted configuration.
A control method for an internal combustion engine which includes a variable compression ratio mechanism which is arranged to vary a compression ratio, and in which a target compression ratio is varied at the variation of the compression ratio so that an actual compression ratio cannot follow the target compression ratio, the control method comprising: controlling the compression ratio by using a control target compression ratio whose a variation amount per unit time is limited to be equal to or smaller than a predetermined variation amount threshold value, and which is varied so that a difference between the control target compression ratio and the actual compression ratio is smaller than a difference between the target compression ratio and the actual compression ratio, in place of the target compression ratio; and setting a first variation amount threshold value which is the variation amount threshold value of the control target compression ratio toward a high compression ratio side, to be smaller than a second variation amount threshold value which is the variation amount threshold value of the control target compression ratio toward a low compression ratio side. controlling the compression ratio by using a control target compression ratio whose a variation amount per unit time is limited to be equal to or smaller than a predetermined variation amount threshold value, and which is varied so that a difference between the control target compression ratio and the actual compression ratio is smaller than a difference between the target compression ratio and the actual compression ratio, in place of the target compression ratio; and setting a first variation amount threshold value which is the variation amount threshold value of the control target compression ratio toward a high compression ratio side, to be smaller than a second variation amount threshold value which is the variation amount threshold value of the control target compression ratio toward a low compression ratio side.
A cooking assistance device having a temperature sensor and an electronic circuit arrangement to which there is supplied an output value of the temperature sensor , wherein data for regulating the temperature of a cooking vessel , heatable by a hotplate, is transmittable wirelessly to a receiving unit from the electronic circuit arrangement , characterised in that the cooking assistance device is formed in the manner of a tumbler which rights itself on a plane, horizontal bottom of the cooking vessel in a righted state.
A pharmaceutical composition comprising a eutectic of mannitol and Cyclobenzaprine HCl.
A motorcycle, comprising: a four stroke engine having four pistons of cylinders per crankshaft; a device for controlling combustions of the engine, the device comprising: a first module for causing simultaneous combustions of two cylinders among the four cylinders, when a crank phase angle is at a predetermined crank phase angle, the two cylinders having a same crank pin angle; and a second module for causing a combustion of at least one of the other cylinders, when a crank phase angle is offset from the predetermined crank phase angle by a first crank phase angle, wherein the first module repeats the simultaneous combustions of the first two cylinders in a combustion stroke every time when a crank phase angle is further offset by a second crank phase angle, and causes the simultaneous combustions of the two cylinders every time the crank phase angle reaches the predetermined crank phase angle during operation of the engine. a four stroke engine having four pistons of cylinders per crankshaft; a device for controlling combustions of the engine, the device comprising: a first module for causing simultaneous combustions of two cylinders among the four cylinders, when a crank phase angle is at a predetermined crank phase angle, the two cylinders having a same crank pin angle; and a second module for causing a combustion of at least one of the other cylinders, when a crank phase angle is offset from the predetermined crank phase angle by a first crank phase angle, a first module for causing simultaneous combustions of two cylinders among the four cylinders, when a crank phase angle is at a predetermined crank phase angle, the two cylinders having a same crank pin angle; and a second module for causing a combustion of at least one of the other cylinders, when a crank phase angle is offset from the predetermined crank phase angle by a first crank phase angle, wherein the first module repeats the simultaneous combustions of the first two cylinders in a combustion stroke every time when a crank phase angle is further offset by a second crank phase angle, and causes the simultaneous combustions of the two cylinders every time the crank phase angle reaches the predetermined crank phase angle during operation of the engine.