mhurhangee/patent-ind-claim-en huggingface dataset:
A semiconductor die assembly, comprising: a first semiconductor die comprising a plurality of through-silicon vias ; a second semiconductor die carrying the first semiconductor die, the second semiconductor die having a peripheral portion extending laterally outward beyond at least one side of the first semiconductor die, wherein the first semiconductor die defines a first thermal path away from the second semiconductor die; a thermal transfer feature at the peripheral portion of the second semiconductor die, wherein the thermal transfer feature is configured to define a second thermal path that transfers heat away from the second semiconductor die, the first thermal path being separate from the second thermal path; and a plurality of electrically conductive elements positioned between the first semiconductor die and the second semiconductor die, wherein the plurality of through-silicon vias are aligned with corresponding said electrically conductive elements; and characterized by a plurality of thermally conductive elements positioned interstitially between the plurality of electrically conductive elements, wherein the thermally conductive elements are pillars, columns, studs, or bumps and are not electrically coupled to the through-silicon vias. a first semiconductor die comprising a plurality of through-silicon vias ; a second semiconductor die carrying the first semiconductor die, the second semiconductor die having a peripheral portion extending laterally outward beyond at least one side of the first semiconductor die, wherein the first semiconductor die defines a first thermal path away from the second semiconductor die; a thermal transfer feature at the peripheral portion of the second semiconductor die, wherein the thermal transfer feature is configured to define a second thermal path that transfers heat away from the second semiconductor die, the first thermal path being separate from the second thermal path; and a plurality of electrically conductive elements positioned between the first semiconductor die and the second semiconductor die, wherein the plurality of through-silicon vias are aligned with corresponding said electrically conductive elements; and characterized by a plurality of thermally conductive elements positioned interstitially between the plurality of electrically conductive elements, wherein the thermally conductive elements are pillars, columns, studs, or bumps and are not electrically coupled to the through-silicon vias.
A device for the preparation of a brewed beverage, with a vessel support for supporting a drinking vessel or a serving vessel, with a holding device for holding a receptacle for containing a brewing substance, especially tea, wherein the holding device comprises at least one locking element , wherein the receptacle with the brewing substance can be locked into the holding device by the at least one locking element , and with a displacement unit for the displacement of the holding device , wherein the displacement unit is configured in such a manner that, during the preparation of the brewed beverage, the holding device is moved automatically up-and-down and/or to-and-fro and/or in rotation in the drinking vessel or in the serving vessel, characterised in that the holding device comprises a tubular body , which is configured in such a manner that the receptacle with the brewing substance can be inserted into the holding device, and that the locking elements are held in a moveable manner in an aperture of the tubular body facing towards the drinking vessel or the serving vessel and configured to prevent an undesired slipping of the receptacle with the brewing substance. with a vessel support for supporting a drinking vessel or a serving vessel, with a holding device for holding a receptacle for containing a brewing substance, especially tea, wherein the holding device comprises at least one locking element , wherein the receptacle with the brewing substance can be locked into the holding device by the at least one locking element , and with a displacement unit for the displacement of the holding device , wherein the displacement unit is configured in such a manner that, during the preparation of the brewed beverage, the holding device is moved automatically up-and-down and/or to-and-fro and/or in rotation in the drinking vessel or in the serving vessel, characterised in that the holding device comprises a tubular body , which is configured in such a manner that the receptacle with the brewing substance can be inserted into the holding device, and that the locking elements are held in a moveable manner in an aperture of the tubular body facing towards the drinking vessel or the serving vessel and configured to prevent an undesired slipping of the receptacle with the brewing substance.
A random access method, comprising: receiving , by a terminal device , a first control channel resource set used to monitor a common physical downlink control channel, PDCCH, and a second control channel resource set used to monitor a specific PDCCH that are sent by a network device , wherein the first control channel resource set corresponds to a first search space, and the second control channel resource set corresponds to a second search space; sending , by the terminal device , a first message to the network device , wherein the first message comprises a random access preamble and a physical uplink shared channel PUSCH; monitoring, by the terminal device , the second search space to receive the specific PDCCH, wherein the specific PDCCH is used to schedule the PDSCH that carries the response message of the first message, and the response message comprises the response to the PUSCH; and monitoring, by the terminal device , the first search space to receive the common PDCCH, wherein the common PDCCH is used to schedule the PDSCH that carries the response message of the first message, and the response message comprises the response to the random access preamble. receiving , by a terminal device , a first control channel resource set used to monitor a common physical downlink control channel, PDCCH, and a second control channel resource set used to monitor a specific PDCCH that are sent by a network device , wherein the first control channel resource set corresponds to a first search space, and the second control channel resource set corresponds to a second search space; sending , by the terminal device , a first message to the network device , wherein the first message comprises a random access preamble and a physical uplink shared channel PUSCH; monitoring, by the terminal device , the second search space to receive the specific PDCCH, wherein the specific PDCCH is used to schedule the PDSCH that carries the response message of the first message, and the response message comprises the response to the PUSCH; and monitoring, by the terminal device , the first search space to receive the common PDCCH, wherein the common PDCCH is used to schedule the PDSCH that carries the response message of the first message, and the response message comprises the response to the random access preamble.
A system for analyzing signal quality of a plurality of electrodes in contact with a surface of a heart, the system comprising: an electronic control unit configured to: acquire electrophysiology signals from the plurality of electrodes; process the electrophysiology signals to derive a plurality of orientation independent local E field data points associated with the plurality of electrodes; and analyze the E field data points associated with the plurality of electrodes to determine whether a far field artifact is causing low quality indices of the electrophysiology signals when an E span value is less than 0.5 mV/mm, wherein the E span value is a maximum dimension |E i - E j | over all pairs of the local E field data points at time points i and j. acquire electrophysiology signals from the plurality of electrodes; process the electrophysiology signals to derive a plurality of orientation independent local E field data points associated with the plurality of electrodes; and analyze the E field data points associated with the plurality of electrodes to determine whether a far field artifact is causing low quality indices of the electrophysiology signals when an E span value is less than 0.5 mV/mm, wherein the E span value is a maximum dimension |E i - E j | over all pairs of the local E field data points at time points i and j.
A method for indicating a sanitation status of a surface, the method comprising: contacting a coating on a surface with a cleaning composition, wherein the coating comprises a chromic material and exhibits a baseline optical state under illumination with light having a first wavelength prior to contact with the cleaning composition and an altered optical state under illumination with light having a second wavelength after contact with the cleaning composition, the cleaning composition configured to induce a switch from the baseline optical state to the altered optical state; and illuminating the coating with the first wavelength of light and the second wavelength of light to reveal a sanitation status of the surface; wherein the first wavelength of light is provided by ambient light and the second wavelength of light is provided by ultraviolet (UV) light or infrared (IR) light; and wherein either: a) the baseline optical state is clear under illumination with ambient light, and the altered optical state is colored under illumination with ambient light and photoemissive under illumination with UV light or IR light; or b) the baseline optical state is colored under illumination with ambient light, and the altered optical state is a different colored optical state under illumination with ambient light and photoemissive under illumination with UV light. contacting a coating on a surface with a cleaning composition, wherein the coating comprises a chromic material and exhibits a baseline optical state under illumination with light having a first wavelength prior to contact with the cleaning composition and an altered optical state under illumination with light having a second wavelength after contact with the cleaning composition, the cleaning composition configured to induce a switch from the baseline optical state to the altered optical state; and illuminating the coating with the first wavelength of light and the second wavelength of light to reveal a sanitation status of the surface; wherein the first wavelength of light is provided by ambient light and the second wavelength of light is provided by ultraviolet (UV) light or infrared (IR) light; and wherein either: a) the baseline optical state is clear under illumination with ambient light, and the altered optical state is colored under illumination with ambient light and photoemissive under illumination with UV light or IR light; or b) the baseline optical state is colored under illumination with ambient light, and the altered optical state is a different colored optical state under illumination with ambient light and photoemissive under illumination with UV light. a) the baseline optical state is clear under illumination with ambient light, and the altered optical state is colored under illumination with ambient light and photoemissive under illumination with UV light or IR light; or b) the baseline optical state is colored under illumination with ambient light, and the altered optical state is a different colored optical state under illumination with ambient light and photoemissive under illumination with UV light.
A liposome within which RNA encoding an immunogen of interest is encapsulated, wherein the liposome comprises a lipid with a cationic head group, a lipid with a zwitterionic head group and has a diameter in the range of 60-180nm, and wherein the immunogen is an Orthomyxovirus hemagglutinin.
Condition monitoring system for bearing units for a vehicle, the system comprising at least one condition monitoring unit for measuring at least one operating parameter of one bearing unit and a control unit for receiving and processing signals obtained from the condition monitoring unit ; characterized in that the control unit is configured to activate or deactivate the at least one condition monitoring unit upon reaching at least one predetermined waypoint stored in a waypoint memory of said control unit , and in that the system further comprises a waypoint setting unit for setting said at least one waypoint at which the at least one condition monitoring unit shall be activated or deactivated and storing said waypoint in the waypoint memory, wherein said waypoint setting unit is configured to process route data including data on at least a curviness of at least one route on which the vehicle is intended to travel, said processing of route data including extracting at least one route section within which the curviness of the route is in a predetermined range and setting the at least one waypoint within said extracted route section.
An injection device for being manually operated by a user, the injection device comprising: a syringe including a tubular body , the body having, in a peripheral wall , an opening having a rectangular shape in a plan view; a conversion portion connected to a rear end portion of a gasket disposed on a tip side of the body , the conversion portion being contained in the body ; a button disposed on a side near the opening of the conversion portion and supported by the conversion portion with side portions of the button sandwiched between both side walls of the opening ; the injection device being characterized by a slider disposed in the opening in the peripheral wall of the body and configured to move the conversion portion and the button in a tip direction that is a direction in which the gasket moves toward a tip of the body , wherein the button has a cross-sectional U-shape on a plane perpendicular to the tip direction and includes a pair of leg portions disposed so as to straddle the conversion portion and having front slopes inclined with respect to the tip direction by a set angle (θ), and wherein the conversion portion includes a pair of engaging portions formed so as to correspond to the pair of leg portions and having rear slopes that slidingly contact the front slopes and is configured to move in the tip direction in accordance with an operation of pushing down the button toward inside of the body . a syringe including a tubular body , the body having, in a peripheral wall , an opening having a rectangular shape in a plan view; a conversion portion connected to a rear end portion of a gasket disposed on a tip side of the body , the conversion portion being contained in the body ; a button disposed on a side near the opening of the conversion portion and supported by the conversion portion with side portions of the button sandwiched between both side walls of the opening ; the injection device being characterized by a slider disposed in the opening in the peripheral wall of the body and configured to move the conversion portion and the button in a tip direction that is a direction in which the gasket moves toward a tip of the body , wherein the button has a cross-sectional U-shape on a plane perpendicular to the tip direction and includes a pair of leg portions disposed so as to straddle the conversion portion and having front slopes inclined with respect to the tip direction by a set angle (θ), and wherein the conversion portion includes a pair of engaging portions formed so as to correspond to the pair of leg portions and having rear slopes that slidingly contact the front slopes and is configured to move in the tip direction in accordance with an operation of pushing down the button toward inside of the body .
A communication method to be performed in a communication device, the communication device comprising at least a first integrated main control board and a second integrated main control board, each integrated main control board comprising a management and control processing unit, MCU, and a hardware forwarding unit, HFU, wherein the management and control processing unit comprises a determining unit and a control unit, and the hardware forwarding unit comprises a fabric unit, FU, and a service forwarding unit, SFU, and is configured to forward a service packet, and wherein a control signal exchange path is provided between the MCU in the first integrated main control board and the HFU in the second integrated main control board, and the method comprising: determining (S101), by the MCU in the first integrated main control board, whether the FU and the SFU in the second integrated main control board need to be controlled, and when the FU and the SFU in the second integrated main control board need to be controlled, connecting, by the MCU in the first integrated main control board, the control signal path between the MCU in the first integrated main control board and the HFU in the second integrated main control board; and controlling (S102), by the MCU in the first integrated main control board, the FU and the SFU in the second integrated main control board using the connected control signal exchange path and the FU and SFU integrated in the first integrated main control board. determining (S101), by the MCU in the first integrated main control board, whether the FU and the SFU in the second integrated main control board need to be controlled, and when the FU and the SFU in the second integrated main control board need to be controlled, connecting, by the MCU in the first integrated main control board, the control signal path between the MCU in the first integrated main control board and the HFU in the second integrated main control board; and controlling (S102), by the MCU in the first integrated main control board, the FU and the SFU in the second integrated main control board using the connected control signal exchange path and the FU and SFU integrated in the first integrated main control board.
A camera assembly, comprising: an enclosed housing comprising a plastic material; a lens module located within the enclosed housing and configured to receive light via a front surface; a circuit board comprising communication circuitry located within the enclosed housing and configured to wirelessly communicate over a plurality of different communication protocols, the communication circuitry including one or more transceivers configured for communication over a first communication protocol and a second communication protocol; a first antenna arranged at a first location on the circuit board , the first antenna configured for communication over the first communication protocol, the first antenna having a first orientation; and a second antenna arranged at a second location on an inner surface of the enclosed housing , the second antenna configured for communication over the second communication protocol, and wherein the second antenna is arranged at the second location on the inner surface of the enclosed housing by an adhesive material, wherein the second antenna has a second orientation different from the first orientation such that an impact from the presence and interference of each other antenna is suppressed. an enclosed housing comprising a plastic material; a lens module located within the enclosed housing and configured to receive light via a front surface; a circuit board comprising communication circuitry located within the enclosed housing and configured to wirelessly communicate over a plurality of different communication protocols, the communication circuitry including one or more transceivers configured for communication over a first communication protocol and a second communication protocol; a first antenna arranged at a first location on the circuit board , the first antenna configured for communication over the first communication protocol, the first antenna having a first orientation; and a second antenna arranged at a second location on an inner surface of the enclosed housing , the second antenna configured for communication over the second communication protocol, and wherein the second antenna is arranged at the second location on the inner surface of the enclosed housing by an adhesive material, wherein the second antenna has a second orientation different from the first orientation such that an impact from the presence and interference of each other antenna is suppressed.
Plastic strand pelletiser for pelletising plastic strands , comprising: - a cutting rotor which is rotatable about an axis of rotation , - a blade bar arranged relative to the cutting rotor such that the blade bar and the cutting rotor together form a cutting gap for pelletising plastic strands fed to the plastic strand pelletiser, and - an adjustment mechanism for adjusting the cutting gap by shifting a position of the blade bar relative to the cutting rotor , characterised in that the adjustment mechanism comprises at least one actuator having a differential thread with reducing transmission ratio, by means of which the position of the blade bar is adjustable, wherein the adjustment mechanism has a pivot axis about which the blade bar is pivotably mounted, and a pivot position of the blade bar is adjustable by means of the at least one actuator . - a cutting rotor which is rotatable about an axis of rotation , - a blade bar arranged relative to the cutting rotor such that the blade bar and the cutting rotor together form a cutting gap for pelletising plastic strands fed to the plastic strand pelletiser, and - an adjustment mechanism for adjusting the cutting gap by shifting a position of the blade bar relative to the cutting rotor , characterised in that the adjustment mechanism comprises at least one actuator having a differential thread with reducing transmission ratio, by means of which the position of the blade bar is adjustable, wherein the adjustment mechanism has a pivot axis about which the blade bar is pivotably mounted, and a pivot position of the blade bar is adjustable by means of the at least one actuator . characterised in that the adjustment mechanism comprises at least one actuator having a differential thread with reducing transmission ratio, by means of which the position of the blade bar is adjustable, wherein the adjustment mechanism has a pivot axis about which the blade bar is pivotably mounted, and a pivot position of the blade bar is adjustable by means of the at least one actuator .