mhurhangee/patent-ind-claim-en huggingface dataset:
An atomization assembly, comprising an atomization cup for heating a tobacco material to produce a smoke, and a smoke guiding cup for conveying the smoke from the atomization cup to a smoke filter to be filtered; wherein: the atomization cup comprises a cup body, the cup body comprises a first side wall , a first cavity confined by the first side wall, and a through hole ; wherein the first cavity is configured to accommodate the tobacco material; the through hole is configured to convey the smoke out of the atomization cup into the smoke guiding cup; the through hole communicates with the first cavity; the first side wall comprises a heating element ; the cup body comprises an opening ; the opening communicates with the first cavity, and the cup body is configured to receive or remove the tobacco material via the opening; the smoke guiding cup comprises a support part and a connection part, wherein the support part is configured to receive and support the atomization cup, and the support part comprises a second side wall and a second cavity confined by the second side wall; the connection part is connected to the support part, and is configured to be connected to the smoke filter; the first side wall is configured to be disposed in second cavity; characterised in that: the atomization cup comprises a first flange , the first flange extends circumferentially and radially out from the outer peripheral surface of one end of the first side wall; and the first flange is configured to abut against one end of the second sidewall, whereby the atomization cup is supported by and detachable from the smoke guiding cup. the atomization cup comprises a cup body, the cup body comprises a first side wall , a first cavity confined by the first side wall, and a through hole ; wherein the first cavity is configured to accommodate the tobacco material; the through hole is configured to convey the smoke out of the atomization cup into the smoke guiding cup; the through hole communicates with the first cavity; the first side wall comprises a heating element ; the cup body comprises an opening ; the opening communicates with the first cavity, and the cup body is configured to receive or remove the tobacco material via the opening; the smoke guiding cup comprises a support part and a connection part, wherein the support part is configured to receive and support the atomization cup, and the support part comprises a second side wall and a second cavity confined by the second side wall; the connection part is connected to the support part, and is configured to be connected to the smoke filter; the first side wall is configured to be disposed in second cavity; the atomization cup comprises a first flange , the first flange extends circumferentially and radially out from the outer peripheral surface of one end of the first side wall; and the first flange is configured to abut against one end of the second sidewall, whereby the atomization cup is supported by and detachable from the smoke guiding cup.
A method of wireless communication comprising: identifying a set of uplink resource element groups, REGs, wherein each uplink REG of the set of uplink REGs comprises a portion of a respective resource block, RB, of a set of RBs in a symbol period, wherein each RB of the set of RBs comprises one or more reference signal resource elements, REs, and one or more data REs; mapping an uplink control channel for a wireless communication link to the set of uplink REGs; and communicating on the uplink control channel using the set of uplink REGs. identifying a set of uplink resource element groups, REGs, wherein each uplink REG of the set of uplink REGs comprises a portion of a respective resource block, RB, of a set of RBs in a symbol period, wherein each RB of the set of RBs comprises one or more reference signal resource elements, REs, and one or more data REs; mapping an uplink control channel for a wireless communication link to the set of uplink REGs; and communicating on the uplink control channel using the set of uplink REGs.
An apparatus for treating obesity in a human patient, the apparatus comprising: two or more volume filling device segments 10b, 10c, 561a-d) adapted to be assembled to an implantable volume filling device of a controlled size, wherein the implantable volume filling device is adapted to be at least substantially invaginated by a stomach wall portion of the patient, wherein the implantable volume filling device is adapted to be placed with an outer surface of the implantable volume filling device resting against the stomach wall, such that the volume of the food cavity is reduced in size by a volume substantially exceeding the volume of the implantable volume filling device, when the implantable volume filling device is invaginated in the stomach wall, and wherein the implantable volume filling device is adapted to disassemble into its volume filling device segments if the implantable volume filling device leaves its implanted invaginated stomach position, wherein said segments are adapted to separately pass through the food passage way, thereby reducing risk for causing obstruction/ileus in the patient's intestine.
A circuit for ground disconnection protection, comprising: a first power metal oxide semiconductor field-effect transistor (MOSFET) having a first drain terminal coupled to a first ground , a first source terminal, and a first gate terminal; a second power MOSFET having a second drain terminal coupled to a second ground , a second source terminal coupled to the first source terminal, and a second gate terminal coupled to the first gate terminal; a first diode having a first cathode coupled to the first gate terminal, and having a first anode; a second diode having a second cathode coupled to the first anode, and a second anode coupled to the first drain terminal; a third diode having a third cathode coupled to the second gate terminal, and having a third anode; a fourth diode having a fourth cathode coupled to the third anode, and a fourth anode coupled to the second drain terminal; and a resistor coupled at a first terminal to the gate terminals of the first and second power MOSFETs , and coupled at a second terminal to the source terminals of the first and second power MOSFETs . a first power metal oxide semiconductor field-effect transistor (MOSFET) having a first drain terminal coupled to a first ground , a first source terminal, and a first gate terminal; a second power MOSFET having a second drain terminal coupled to a second ground , a second source terminal coupled to the first source terminal, and a second gate terminal coupled to the first gate terminal; a first diode having a first cathode coupled to the first gate terminal, and having a first anode; a second diode having a second cathode coupled to the first anode, and a second anode coupled to the first drain terminal; a third diode having a third cathode coupled to the second gate terminal, and having a third anode; a fourth diode having a fourth cathode coupled to the third anode, and a fourth anode coupled to the second drain terminal; and a resistor coupled at a first terminal to the gate terminals of the first and second power MOSFETs , and coupled at a second terminal to the source terminals of the first and second power MOSFETs .
Method for transmitting a packet comprising at least one piece of information identifying a transmitter in an ad hoc network, the packet being intended for at least one receiver, characterized in that the method comprises the steps, carried out by the transmitter every time a packet is transmitted, of: - inserting (E80), into the packet, a first signal for a predetermined first duration, the first signal being, in the baseband state, of the form: S t = Ae i 2 πf S t + iφ where t ∈ [0, T S ] is the time interval over which the first signal is defined, A is amplitude, f S is the frequency of the first signal in the baseband state and φ ∈ [0,2 π ] is an arbitrarily chosen phase, the first signal enabling frequency synchronization by the receiver, - inserting (E81), into the packet, a second signal having the characteristics of a frequency-modulated signal the centre frequency of which is equal to the frequency of the first signal, the second signal being obtained on the basis of a phase defined on the basis of a pseudoperiodic signal, the second signal having been allocated to the transmitter beforehand and having a predetermined second duration, the second signal being different from and orthogonal to every other second signal allocated to other transmitters and enabling time synchronization by the receiver, - inserting (E82), into the packet, data in association with the first and second signals, - transferring the packet after transposition into a frequency plane over a radio medium. - inserting (E80), into the packet, a first signal for a predetermined first duration, the first signal being, in the baseband state, of the form: S t = Ae i 2 πf S t + iφ where t ∈ [0, T S ] is the time interval over which the first signal is defined, A is amplitude, f S is the frequency of the first signal in the baseband state and φ ∈ [0,2 π ] is an arbitrarily chosen phase, the first signal enabling frequency synchronization by the receiver, where t ∈ [0, T S ] is the time interval over which the first signal is defined, A is amplitude, f S is the frequency of the first signal in the baseband state and φ ∈ [0,2 π ] is an arbitrarily chosen phase, the first signal enabling frequency synchronization by the receiver, - inserting (E81), into the packet, a second signal having the characteristics of a frequency-modulated signal the centre frequency of which is equal to the frequency of the first signal, the second signal being obtained on the basis of a phase defined on the basis of a pseudoperiodic signal, the second signal having been allocated to the transmitter beforehand and having a predetermined second duration, the second signal being different from and orthogonal to every other second signal allocated to other transmitters and enabling time synchronization by the receiver, - inserting (E82), into the packet, data in association with the first and second signals, - transferring the packet after transposition into a frequency plane over a radio medium.
A communication method, comprising: sending, by a first entity in a centralized unit control plane, CU-CP, an access request of a terminal to a second entity in the CU-CP; determining, by the second entity based on the access request, whether to allow access of the terminal, and sending, by the second entity and based on the determination result of whether to allow access to the terminal, an access response to the first entity; in response to determining that the access response indicates that access of the terminal is allowed, sending, by the first entity, a radio bearer setup request to the second entity; determining, by the second entity, whether to allow setup of a radio bearer, RB, to the terminal, and sending , by the second entity and based on the determination result of whether to allow setup of the RB to the terminal, a radio bearer setup response to the first entity; and in response to determining that the radio bearer setup response indicates that setup of the RB to the terminal is allowed, triggering, by the first entity, setup of the RB to the terminal. sending, by a first entity in a centralized unit control plane, CU-CP, an access request of a terminal to a second entity in the CU-CP; determining, by the second entity based on the access request, whether to allow access of the terminal, and sending, by the second entity and based on the determination result of whether to allow access to the terminal, an access response to the first entity; in response to determining that the access response indicates that access of the terminal is allowed, sending, by the first entity, a radio bearer setup request to the second entity; determining, by the second entity, whether to allow setup of a radio bearer, RB, to the terminal, and sending , by the second entity and based on the determination result of whether to allow setup of the RB to the terminal, a radio bearer setup response to the first entity; and in response to determining that the radio bearer setup response indicates that setup of the RB to the terminal is allowed, triggering, by the first entity, setup of the RB to the terminal.
A heat storage apparatus , comprising: - a heat storage tank including a heat storage material having heat storage property and heat dissipation property; - a heat source machine configured to generate heat to be supplied to the heat storage material ; - a first heat medium flow path , in which a first heat medium is able to flow, and which is thermally connected to each of the heat storage material and the heat source machine ; - a circulation pump configured to circulate the first heat medium; and - heat storage amount estimation means for estimating a heat storage amount stored in the heat storage tank , - wherein the heat source machine is configured to generate the heat based on a result of the estimation of the heat storage amount by the heat storage amount estimation means , characterised by : - a second heat medium flow path , in which a second heat medium is able to flow, which is thermally connected to the heat storage material , wherein the second heat medium is able to flow through the second heat medium flow path to move to a heat transport means and then to one or more heat consuming devices ; - heat output estimation means for estimating an amount of heat exchange between the heat storage tank and the second heat medium; and - heat output/heat storage amount conversion means for estimating the heat storage amount from a result of the estimation by the heat output estimation means, wherein the heat source machine is configured to generate the heat based on results of the estimation of the heat storage amount by the heat output/heat storage amount conversion means. - a heat storage tank including a heat storage material having heat storage property and heat dissipation property; - a heat source machine configured to generate heat to be supplied to the heat storage material ; - a first heat medium flow path , in which a first heat medium is able to flow, and which is thermally connected to each of the heat storage material and the heat source machine ; - a circulation pump configured to circulate the first heat medium; and - heat storage amount estimation means for estimating a heat storage amount stored in the heat storage tank , - wherein the heat source machine is configured to generate the heat based on a result of the estimation of the heat storage amount by the heat storage amount estimation means , - a second heat medium flow path , in which a second heat medium is able to flow, which is thermally connected to the heat storage material , wherein the second heat medium is able to flow through the second heat medium flow path to move to a heat transport means and then to one or more heat consuming devices ; - heat output estimation means for estimating an amount of heat exchange between the heat storage tank and the second heat medium; and - heat output/heat storage amount conversion means for estimating the heat storage amount from a result of the estimation by the heat output estimation means,
A communication method, comprising: obtaining , by a first device, a data packet, wherein the data packet comprises a first packet header, the first packet header comprises first indication information and a value of first packet header information, the first indication information is used to indicate a location of the value of the first packet header information, and the first packet header information is device identification information; wherein when a value of the first indication information is less than or equal to a threshold, the first indication information is the value of the first packet header information and when the value of the first indication information is greater than the threshold, the first indication information is used to indicate the location of the value of the first packet header information; and processing , by the first device, the first indication information and the value of the first packet header information of the data packet. obtaining , by a first device, a data packet, wherein the data packet comprises a first packet header, the first packet header comprises first indication information and a value of first packet header information, the first indication information is used to indicate a location of the value of the first packet header information, and the first packet header information is device identification information; wherein when a value of the first indication information is less than or equal to a threshold, the first indication information is the value of the first packet header information and when the value of the first indication information is greater than the threshold, the first indication information is used to indicate the location of the value of the first packet header information; and processing , by the first device, the first indication information and the value of the first packet header information of the data packet.
A method for detecting a leak in a connection system (S) comprising: - a distribution member fluidly connected to a first environment (E1) comprising a gas (G) having a first pressure (P1), the distribution member comprising first connection means , - a reception member in contact with a second environment (E2) having a second pressure (P2) lower than the first pressure (P1) of the gas (G), the reception member comprising second connection means mechanically cooperating with the first connection means of the distribution member , - first sealing means and second sealing means disposed at the interface between the first connection means of the distribution member and the second connection means of the reception member allow for redundant sealed cooperation between the distribution member and the reception member , - a control enclosure defined between the first sealing means and second sealing means , the default pressure (Pd) in the control enclosure being lower than the second pressure (P2) of said second environment (E2) and - means for measuring the current pressure (Pc) in the control enclosure so as to detect a leak of gas (G), - monitoring means the method comprising: - a step of measuring the current pressure (Pc) of the control enclosure , and - the first sealing means being in contact with the first environment (E1), a step of issuing an alarm for leak of the first sealing means if the current pressure (Pc) in the control enclosure is greater than the second pressure (P2) of the second environment (E2), sealing being provided by the second sealing means . - a distribution member fluidly connected to a first environment (E1) comprising a gas (G) having a first pressure (P1), the distribution member comprising first connection means , - a reception member in contact with a second environment (E2) having a second pressure (P2) lower than the first pressure (P1) of the gas (G), the reception member comprising second connection means mechanically cooperating with the first connection means of the distribution member , - first sealing means and second sealing means disposed at the interface between the first connection means of the distribution member and the second connection means of the reception member allow for redundant sealed cooperation between the distribution member and the reception member , - a control enclosure defined between the first sealing means and second sealing means , the default pressure (Pd) in the control enclosure being lower than the second pressure (P2) of said second environment (E2) and - means for measuring the current pressure (Pc) in the control enclosure so as to detect a leak of gas (G), - monitoring means - a step of measuring the current pressure (Pc) of the control enclosure , and - the first sealing means being in contact with the first environment (E1), a step of issuing an alarm for leak of the first sealing means if the current pressure (Pc) in the control enclosure is greater than the second pressure (P2) of the second environment (E2), sealing being provided by the second sealing means .
An image projection structure comprising: a first transparent layer having an irregular surface; a reflection layer arranged on the irregular surface of the first transparent layer; an adhesion layer arranged on the reflection surface; and a second transparent layer arranged on the adhesion layer, wherein the adhesion layer is configured of linear polymers with a mold shrinkage factor of less than 3%, and wherein the second transparent layer is configured of a resin having a cross-linking structure. a first transparent layer having an irregular surface; a reflection layer arranged on the irregular surface of the first transparent layer; an adhesion layer arranged on the reflection surface; and a second transparent layer arranged on the adhesion layer, wherein the adhesion layer is configured of linear polymers with a mold shrinkage factor of less than 3%, and wherein the second transparent layer is configured of a resin having a cross-linking structure.
A respiratory device for providing a supply of breathable gas to a patient breathing in successive cycles, each cycle including an inspiration phase and an expiration phase, the respiratory device comprising: a blower including a motor configured to accelerate to reach an inspiration pressure provided during the inspiration phase and decelerate to reach an expiration pressure provided during the expiration phase; a first power source arranged to provide a supply of power to run the motor of the blower ; and an energy storage unit configured to store energy generated by the motor when the motor decelerates; wherein when a voltage present in the energy storage unit exceeds a first threshold, the supply of power from the first power source to the motor is turned off and the motor is energized by the energy in the energy storage unit and when the voltage in the energy storage unit falls below a second threshold the supply of power from the first power source to the motor is turned on. a blower including a motor configured to accelerate to reach an inspiration pressure provided during the inspiration phase and decelerate to reach an expiration pressure provided during the expiration phase; a first power source arranged to provide a supply of power to run the motor of the blower ; and an energy storage unit configured to store energy generated by the motor when the motor decelerates; wherein when a voltage present in the energy storage unit exceeds a first threshold, the supply of power from the first power source to the motor is turned off and the motor is energized by the energy in the energy storage unit and when the voltage in the energy storage unit falls below a second threshold the supply of power from the first power source to the motor is turned on.
A compound for decreasing apo(a) expression comprising a modified oligonucleotide consisting of 15 to 30 linked nucleosides and having a nucleobase sequence comprising a portion of at least 15 contiguous nucleobases complementary to an equal length portion of nucleobases 3900 to 3923 of SEQ ID NO: 1, and wherein the nucleobase sequence of the modified oligonucleotide is at least 80% complementary to SEQ ID NO: 1.