mhurhangee/patent-ind-claim-en huggingface dataset:
A cover assembly of a secondary battery , comprising: a cover plate with an air hole ; a blocker extending into and blocking the air hole ; a sealing member disposed between the blocker and the cover plate , surrounding the air hole , and configured to seal a gap between the blocker and the cover plate ; and a fastener disposed inside the air hole , wherein the fastener is connected to the cover plate , the blocker is connected to the cover plate through the fastener , and the fastener is configured to get deformed in response to a temperature rise, so that the blocker exits a state of blocking the air hole ; wherein a melting point of the fastener ranges from 80°C to 200°C, and the blocker is a metal block; wherein the blocker comprises a body and a connection portion , the body is flat-plate shaped, and the body completely covers the air hole and is located on an outer side of the cover plate , and one end of the connection portion is connected to the body , and the other end of the connection portion extends into the air hole and is connected to the fastener ; and wherein the blocker further comprises a limiting element , the limiting element is connected to an end of the connection portion facing away from the body , a limiting step is disposed on a side of the fastener facing away from the body , and the limiting element abuts against the limiting step . a cover plate with an air hole ; a blocker extending into and blocking the air hole ; a sealing member disposed between the blocker and the cover plate , surrounding the air hole , and configured to seal a gap between the blocker and the cover plate ; and a fastener disposed inside the air hole , wherein the fastener is connected to the cover plate , the blocker is connected to the cover plate through the fastener , and the fastener is configured to get deformed in response to a temperature rise, so that the blocker exits a state of blocking the air hole ; wherein a melting point of the fastener ranges from 80°C to 200°C, and the blocker is a metal block; wherein the blocker comprises a body and a connection portion , the body is flat-plate shaped, and the body completely covers the air hole and is located on an outer side of the cover plate , and one end of the connection portion is connected to the body , and the other end of the connection portion extends into the air hole and is connected to the fastener ; and wherein the blocker further comprises a limiting element , the limiting element is connected to an end of the connection portion facing away from the body , a limiting step is disposed on a side of the fastener facing away from the body , and the limiting element abuts against the limiting step .
An apparatus, comprising: a hardware platform comprising a processor and a memory; and instructions encoded within the memory to instruct the processor to: receive stored performance data for an aircraft battery , the stored performance data including data that correlate power density to temperature and remaining charge; simulate a planned flight for an aircraft (100; 801; 901), including predicting a plurality of temperature and remaining charge values; and direct operation of a heat exchange apparatus to precondition the aircraft battery to a selected temperature before the planned flight; wherein the selected temperature is selected to minimize the operating temperature of the aircraft battery within an operational window during the planned flight, wherein the operational window is defined between a lower threshold, below which the aircraft battery is not able to provide enough power to perform its intended function, and an upper threshold above which the battery delivers sufficient power density but at which there is a long-term impact on the battery. a hardware platform comprising a processor and a memory; and instructions encoded within the memory to instruct the processor to: receive stored performance data for an aircraft battery , the stored performance data including data that correlate power density to temperature and remaining charge; simulate a planned flight for an aircraft (100; 801; 901), including predicting a plurality of temperature and remaining charge values; and direct operation of a heat exchange apparatus to precondition the aircraft battery to a selected temperature before the planned flight; wherein the selected temperature is selected to minimize the operating temperature of the aircraft battery within an operational window during the planned flight, wherein the operational window is defined between a lower threshold, below which the aircraft battery is not able to provide enough power to perform its intended function, and an upper threshold above which the battery delivers sufficient power density but at which there is a long-term impact on the battery. receive stored performance data for an aircraft battery , the stored performance data including data that correlate power density to temperature and remaining charge; simulate a planned flight for an aircraft (100; 801; 901), including predicting a plurality of temperature and remaining charge values; and direct operation of a heat exchange apparatus to precondition the aircraft battery to a selected temperature before the planned flight; wherein the selected temperature is selected to minimize the operating temperature of the aircraft battery within an operational window during the planned flight, wherein the operational window is defined between a lower threshold, below which the aircraft battery is not able to provide enough power to perform its intended function, and an upper threshold above which the battery delivers sufficient power density but at which there is a long-term impact on the battery.
A method of distributing utility applications to a plurality of devices, the method implemented by a utility application store implemented on a first computing device comprising computing resources capable of storing and/or providing access to a plurality of applications for smart sensors and other computing devices, the method comprising: receiving, at the utility application store, a request to install a first application (506 ) on a second computing device, wherein the second computing device is mobile device or personal computer of a user; identifying, by the first computing device, a complementary application (506 ) associated with the first application based on an application index that includes a listing of applications by topic, category, feature, or product or metadata associated with the first or complementary applications, the complementary application configured for execution by a third computing device, wherein the third computing device is a utility network computing device associated with a user or a user account, wherein the complementary application is configured to receive, provide, or both receive and provide, additional functionality and/or data to the first application or includes a feature similar or supplemental to a feature included in the first application; and sending, by the first computing device, a notification of availability of the complementary application to a utility supplier of the user, wherein the notification includes a graphical user interface "GUI" control usable to cause installation of the complementary application on the third computing device. receiving, at the utility application store, a request to install a first application (506 ) on a second computing device, wherein the second computing device is mobile device or personal computer of a user; identifying, by the first computing device, a complementary application (506 ) associated with the first application based on an application index that includes a listing of applications by topic, category, feature, or product or metadata associated with the first or complementary applications, the complementary application configured for execution by a third computing device, wherein the third computing device is a utility network computing device associated with a user or a user account, wherein the complementary application is configured to receive, provide, or both receive and provide, additional functionality and/or data to the first application or includes a feature similar or supplemental to a feature included in the first application; and sending, by the first computing device, a notification of availability of the complementary application to a utility supplier of the user, wherein the notification includes a graphical user interface "GUI" control usable to cause installation of the complementary application on the third computing device.
A capacitance variation detection circuit, configured to detect a capacitance variation of a detection capacitor (Ctp), wherein one terminal of the detection capacitor (Ctp) is connected to a reference ground and the other terminal of the detection capacitor (Ctp) is connected to a first power source (Vch); wherein the detection circuit comprises: an operational amplifier (SOP1), a denoising capacitor (C1), an integrating capacitor (C2) and a plurality of switches, wherein the plurality of switches comprises a first switch (SW3), a second switch (SW2), a third switch (SW4), a fourth switch (SW5), a fifth switch (SW6) and a sixth switch (SW7); wherein a positive input terminal of the operational amplifier (SOP1) is connected to a second power source (Vcm), and a negative input terminal of the operational amplifier (SOP1) is connected to the other terminal of the detection capacitor (Ctp) via the first switch (SW3); wherein one terminal of the denoising capacitor (C1) is connected to the other terminal of the detection capacitor (Ctp) via the second switch (SW2) and is connected to the reference ground via the third switch (SW4), and the other terminal of the denoising capacitor is connected to the first power source (Vch) via the fourth switch (SW5) and is connected to the reference ground via the fifth switch (SW6); and wherein two terminals of the integrating capacitor (C2) are connected via the sixth switch (SW7), and two terminals of the integrating capacitor (C2) are connected between the negative input terminal of the operational amplifier (SOP1) and an output terminal of the operational amplifier (SOP1). an operational amplifier (SOP1), a denoising capacitor (C1), an integrating capacitor (C2) and a plurality of switches, wherein the plurality of switches comprises a first switch (SW3), a second switch (SW2), a third switch (SW4), a fourth switch (SW5), a fifth switch (SW6) and a sixth switch (SW7); wherein a positive input terminal of the operational amplifier (SOP1) is connected to a second power source (Vcm), and a negative input terminal of the operational amplifier (SOP1) is connected to the other terminal of the detection capacitor (Ctp) via the first switch (SW3); wherein one terminal of the denoising capacitor (C1) is connected to the other terminal of the detection capacitor (Ctp) via the second switch (SW2) and is connected to the reference ground via the third switch (SW4), and the other terminal of the denoising capacitor is connected to the first power source (Vch) via the fourth switch (SW5) and is connected to the reference ground via the fifth switch (SW6); and wherein two terminals of the integrating capacitor (C2) are connected via the sixth switch (SW7), and two terminals of the integrating capacitor (C2) are connected between the negative input terminal of the operational amplifier (SOP1) and an output terminal of the operational amplifier (SOP1).
A medical device having a barrel , a retractable needle , a needle retraction assembly , and a plunger that slidably engages the barrel , wherein the needle retraction assembly is biased to project the needle rearwardly relative to the barrel during retraction of the needle and is held in place relative to the barrel prior to retraction of the needle at least in part by a retainer member that contacts the barrel ; and the plunger has a plunger tubular body and an interior retraction cavity configured to receive enough of the needle retraction assembly that the needle is not exposed following retraction; the medical device further comprises an elastomeric plunger seal having an annular body disposed on the plunger , the plunger seal further comprising a pierceable transverse elastomeric web , integrally formed with the annular body, that spans and seals an opening into the retraction cavity prior to or during retraction of the needle ; wherein the needle retraction assembly comprises a rearwardly projecting structure that is configured to contact, stretch and rupture the elastomeric web as the plunger is moved forwardly inside the barrel , wherein the plunger contacts the retainer member to release the needle retraction assembly from the barrel as the plunger is advanced inside the barrel . characterized in that the annular body is rearwardly moveable on the plunger , and wherein the plunger seal comprises an annular recess to receive and slide over an annular positioning ring of the plunger tubular body .
A method of making a cylinder block of an opposed-piston engine, the method comprising: making a printed casting core for a cylinder block with at least one cylinder having a bore, the cylinder being configured to receive a pair of pistons disposed in opposition in the bore; creating a molding assembly for the cylinder block using the printed casting core; casting metal into the cylinder block using the molding assembly; and removing the molding assembly; characterised in that the printed casting core comprises a ceramic core portion and one or more sand core components ; and wherein the ceramic core portion defines cooling features around a middle portion of the cylinder. making a printed casting core for a cylinder block with at least one cylinder having a bore, the cylinder being configured to receive a pair of pistons disposed in opposition in the bore; creating a molding assembly for the cylinder block using the printed casting core; casting metal into the cylinder block using the molding assembly; and removing the molding assembly; characterised in that the printed casting core comprises a ceramic core portion and one or more sand core components ; and wherein the ceramic core portion defines cooling features around a middle portion of the cylinder.
A method of transmitting a multicast signal (S6000) in a multicast transmitting signal system, the method comprising: performing header compression on an IP, Internet Protocol, stream made up of IP packets including multicast service data for a multicast service and outputting a header-compressed IP stream; generating (S6010) first signaling information including information related to the header compression; generating (S6010) second signaling information including information related to the multicast service; characterized in that it further comprises: encapsulating the header-compressed IP stream into a first GSE, Generic Stream Encapsulation, stream; encapsulating the first signaling information and the second signaling information into a second GSE stream; and transmitting the first GSE stream and the second GSE stream. performing header compression on an IP, Internet Protocol, stream made up of IP packets including multicast service data for a multicast service and outputting a header-compressed IP stream; generating (S6010) first signaling information including information related to the header compression; generating (S6010) second signaling information including information related to the multicast service; characterized in that it further comprises: encapsulating the header-compressed IP stream into a first GSE, Generic Stream Encapsulation, stream; encapsulating the first signaling information and the second signaling information into a second GSE stream; and transmitting the first GSE stream and the second GSE stream. encapsulating the header-compressed IP stream into a first GSE, Generic Stream Encapsulation, stream; encapsulating the first signaling information and the second signaling information into a second GSE stream; and transmitting the first GSE stream and the second GSE stream.
A cultivator containing an operating element with distributed spiral teeth , in the upper part connected to each other in the shape of a regular polygon , wherein the spiral teeth are made with a pointed part with a sharpening angle α = 20°-40°, a tilt angle to the horizon β=25°-45° and with the possibility of rotation of the tooth full penetration in the interval γ = 40°-120°, wherein the spiral teeth form an open circular profile in the plan.
Winding support for at least partially receiving a stator coil of a stator , the winding support having a plurality of protrusions , which can each be inserted in a direction of insertion (E) into an intermediate space , which is formed by two adjacent stator pole teeth (60, 10; 10, 20; 20, 30; 30, 40; 40, 50; 50, 60) of a laminated core of the stator , at least one of the protrusions (1 3, 5) having a different length in the direction of insertion (E) than at least one of the other protrusions , characterized in that at least two, preferably three, adjacent protrusions have the same length
An outer loop link adaptation adjustment method, comprising: obtaining , by a base station, at least one type of channel quality information of a terminal device; determining , by the base station based on the at least one type of channel quality information of the terminal device and channel quality ranges of a plurality of clusters in a cell, a target cluster to which the terminal device belongs; updating , by the base station, a signal to interference plus noise ratio, SINR, error adjustment amount of the target cluster based on the at least one type of channel quality information of the terminal device; updating , by the base station, a channel quality fluctuation parameter of the cell based on the at least one type of channel quality information of the terminal device; if no initial value of an outer loop link adaptation, OLLA, adjustment amount is set for the terminal device, determining , by the base station, an initial value of the OLLA adjustment amount of the terminal device based on an updated SINR error adjustment amount of the target cluster and an updated channel quality fluctuation parameter of the cell; and based on the initial value of the OLLA adjustment amount of the terminal device, adjusting , by the base station, a measurement SINR of the terminal device, and updating the OLLA adjustment amount of the terminal device, until the OLLA adjustment amount of the terminal device meets a convergence condition. obtaining , by a base station, at least one type of channel quality information of a terminal device; determining , by the base station based on the at least one type of channel quality information of the terminal device and channel quality ranges of a plurality of clusters in a cell, a target cluster to which the terminal device belongs; updating , by the base station, a signal to interference plus noise ratio, SINR, error adjustment amount of the target cluster based on the at least one type of channel quality information of the terminal device; updating , by the base station, a channel quality fluctuation parameter of the cell based on the at least one type of channel quality information of the terminal device; if no initial value of an outer loop link adaptation, OLLA, adjustment amount is set for the terminal device, determining , by the base station, an initial value of the OLLA adjustment amount of the terminal device based on an updated SINR error adjustment amount of the target cluster and an updated channel quality fluctuation parameter of the cell; and based on the initial value of the OLLA adjustment amount of the terminal device, adjusting , by the base station, a measurement SINR of the terminal device, and updating the OLLA adjustment amount of the terminal device, until the OLLA adjustment amount of the terminal device meets a convergence condition.
An expandable antenna comprising: a hub having an outer circumferential portion forming a circular or polygonal shape; a plurality of ribs arranged with a regulated angular pitch at the outer circumferential portion of the hub ; and a metal mesh installed between the plurality of adjacent ribs , wherein each of the plurality of ribs includes at least one flat plate with elasticity, and a segment to which the metal mesh is attached is formed in a parabolic shape, wherein a flat plane of each of the plurality of ribs is arranged so as to be substantially parallel to a central axis (X) of the hub , said expandable antenna is configured to expand to form a parabolic shape, and characterized in that the expandable antenna further comprises a predetermined means configured to: at the time of storage, restrain each of the plurality of ribs wound around the hub from an end portion to a tip portion ; and at the time of expansion, release the restraint for each of the plurality of ribs to allow each of the plurality of ribs to be unwound and expanded by elasticity of each of the plurality of ribs , wherein the predetermined means is displaced from a first position to a second position, wherein the predetermined means at the first position contacts an outer surface of each of the plurality of ribs to restrain the plurality of ribs , and wherein the predetermined means at the second position is separated from the plurality of ribs to release the plurality of ribs . a hub having an outer circumferential portion forming a circular or polygonal shape; a plurality of ribs arranged with a regulated angular pitch at the outer circumferential portion of the hub ; and a metal mesh installed between the plurality of adjacent ribs , wherein each of the plurality of ribs includes at least one flat plate with elasticity, and a segment to which the metal mesh is attached is formed in a parabolic shape, wherein a flat plane of each of the plurality of ribs is arranged so as to be substantially parallel to a central axis (X) of the hub , said expandable antenna is configured to expand to form a parabolic shape, and characterized in that the expandable antenna further comprises a predetermined means configured to: at the time of storage, restrain each of the plurality of ribs wound around the hub from an end portion to a tip portion ; and at the time of expansion, release the restraint for each of the plurality of ribs to allow each of the plurality of ribs to be unwound and expanded by elasticity of each of the plurality of ribs , wherein the predetermined means is displaced from a first position to a second position, wherein the predetermined means at the first position contacts an outer surface of each of the plurality of ribs to restrain the plurality of ribs , and wherein the predetermined means at the second position is separated from the plurality of ribs to release the plurality of ribs .