mhurhangee/patent-ind-claim-en huggingface dataset:
An aerosol delivery system , comprising: a control body portion including a first elongate tubular member having opposed ends, and a power source disposed therein; a cartridge body portion including a second tubular member having opposed first and second ends, the first end being engaged with one of the opposed ends of the control body portion , the cartridge body portion further comprising a first aerosol generation arrangement disposed within the second tubular member and configured to operably engage the power source upon engagement between the one of the opposed ends of the control body portion and the first end of the cartridge body portion , the first aerosol generation arrangement comprising an aerosol precursor composition and having one heat generation component, the second end of the cartridge body portion facing toward a mouth-engaging end of the aerosol delivery system ; a second aerosol generation arrangement disposed between the first aerosol generation arrangement and the mouth-engaging end of the aerosol delivery system , the second aerosol generation arrangement being either removably engaged with the cartridge body portion or housed within the second tubular member of the cartridge body portion ; and a first separating element disposed within the second tubular member between the first aerosol generation arrangement and the second aerosol generation arrangement . a control body portion including a first elongate tubular member having opposed ends, and a power source disposed therein; a cartridge body portion including a second tubular member having opposed first and second ends, the first end being engaged with one of the opposed ends of the control body portion , the cartridge body portion further comprising a first aerosol generation arrangement disposed within the second tubular member and configured to operably engage the power source upon engagement between the one of the opposed ends of the control body portion and the first end of the cartridge body portion , the first aerosol generation arrangement comprising an aerosol precursor composition and having one heat generation component, the second end of the cartridge body portion facing toward a mouth-engaging end of the aerosol delivery system ; a second aerosol generation arrangement disposed between the first aerosol generation arrangement and the mouth-engaging end of the aerosol delivery system , the second aerosol generation arrangement being either removably engaged with the cartridge body portion or housed within the second tubular member of the cartridge body portion ; and a first separating element disposed within the second tubular member between the first aerosol generation arrangement and the second aerosol generation arrangement .
An aircraft refuelling safety module , the module comprising: a memory , and one or more processors in communication with the memory, characterised in that the one or more processors are configured to: compare data in a data structure wirelessly received from an RFID tag located at an aircraft, the RFID tag data comprising: data identifying the aircraft , and the type of fuel required by the aircraft, data manually entered by an operator, the operator-entered data comprising: data identifying the aircraft, and the type of fuel required by the aircraft; determine, based on the comparison , if the RFID tag data matches the operator-entered data; and if the RFID tag data matches the operator-entered data, transmit an enable signal to allow fuel to be dispensed to the aircraft, or if the RFID tag data does not match the operator-entered data, transmit a disable signal to prevent fuel from being dispensed to the aircraft. a memory , and one or more processors in communication with the memory, characterised in that the one or more processors are configured to: compare data in a data structure wirelessly received from an RFID tag located at an aircraft, the RFID tag data comprising: data identifying the aircraft , and the type of fuel required by the aircraft, data identifying the aircraft , and the type of fuel required by the aircraft, data manually entered by an operator, the operator-entered data comprising: data identifying the aircraft, and the type of fuel required by the aircraft; determine, based on the comparison , if the RFID tag data matches the operator-entered data; and if the RFID tag data matches the operator-entered data, transmit an enable signal to allow fuel to be dispensed to the aircraft, or if the RFID tag data does not match the operator-entered data, transmit a disable signal to prevent fuel from being dispensed to the aircraft. data identifying the aircraft, and the type of fuel required by the aircraft; determine, based on the comparison , if the RFID tag data matches the operator-entered data; and if the RFID tag data matches the operator-entered data, transmit an enable signal to allow fuel to be dispensed to the aircraft, or if the RFID tag data does not match the operator-entered data, transmit a disable signal to prevent fuel from being dispensed to the aircraft.
Modular climate control system , in particular for cold and/or heat generation, comprising one or more modules (M, M', M1, M2, .., Mn), in which modules (M, M', M1, M2, .., Mn) in each case a working medium or refrigerant is compressed, condensed, depressurized and evaporated again in a circuit , and the heat or cold thus generated is discharged to corresponding secondary circuits via heat exchangers (15, .., 18), wherein, for a plurality of modules (M, M', M1, M2, .., Mn), a common collector (K) is provided which is constructed from collecting tubes (21, .., 24; 41, 42) and to which the modules (M, M', M1, M2, .., Mn) are detachably connected, and which connects the modules (M, M', M1, M2, .., Mn) to the respective common secondary circuit, and wherein the collector (K) with its collecting tubes (21, .., 24; 41, 42) extends horizontally in a longitudinal direction, characterized in that a series of reception spaces (AR) for the reception of modules (M, M', M1, M2, .., Mn) are provided on the collector (K) in the longitudinal direction, in that the collecting tubes (21, .., 24; 41, 42) are formed above the reception spaces (AR) continuously over a plurality of reception spaces (AR), and in that , to connect the modules (M, M', M1, M2, .., Mn) to the collecting tubes (21, .., 24; 41, 42), in each case corresponding outlets are provided on the collecting tubes (21, .., 24; 41, 42) in the region of a reception space (AR).
A system for reducing the energy consumption of a vehicle, said system comprising a memory for storing a set of user-preferred settings being adjustable by a user and a switch, wherein said user-preferred settings are configured to control a plurality of functions in the vehicle, whereof at least one function is energy-demanding, each of said user-preferred settings is configured to controls at least one of said plurality of functions, wherein said plurality of functions comprises functions related to a climate control system, said system being configured such that when said switch is activated, said set of user-preferred settings is retrieved from said memory of the control system and applied for controlling said vehicle functions controlled by said set, characterized in that said system is configured such that when said switch is not activated, the vehicle functions are controlled without applying said set of user-preferred settings, said system being provided with means adapted to present the energy saved by applying said set of user-preferred settings, compared to if said set of user-preferred settings is not applied, when controlling the vehicle functions.
A data transmission method comprising: classifying , by using a transmission time interval, TTI, as a classification basis, TTIs on a carrier in a cell into a time division multiplexing, TDM, TTI and a code division multiplexing, CDM, TTI; and sending , to a user equipment, UE, control information carrying the classified result for instructing the UE to send uplink data in the TDM TTI or the CDM TTI according to the classified result and a data scheduling type of the UE wherein the classified result is characterized by : a common process number that is used to identify each TTI obtained by means of the classification, and a bit that is in a one-to-one correspondence with each common process number, wherein different bits are respectively used to identify the TDM TTI and the CDM TTI that are obtained by means of the classification. classifying , by using a transmission time interval, TTI, as a classification basis, TTIs on a carrier in a cell into a time division multiplexing, TDM, TTI and a code division multiplexing, CDM, TTI; and sending , to a user equipment, UE, control information carrying the classified result for instructing the UE to send uplink data in the TDM TTI or the CDM TTI according to the classified result and a data scheduling type of the UE wherein the classified result is characterized by : a common process number that is used to identify each TTI obtained by means of the classification, and a bit that is in a one-to-one correspondence with each common process number, wherein different bits are respectively used to identify the TDM TTI and the CDM TTI that are obtained by means of the classification.
A method for preparing lipid nanoparticles (LNP), the method comprising: a) introducing i) one or more streams of a lipid solution via a first set of one or more inlet ports of a manifold and ii) one or more streams of an aqueous solution via a second set of two or more inlet ports of the manifold, thereby mixing the lipid solution and the aqueous solution so as to produce an LNP solution; and b) recovering the LNP solution via one or more outlet ports of the manifold; wherein the angle between at least one lipid and at least one aqueous solution inlet ports is not 180° and at least two aqueous solution inlet ports and at least one lipid solution inlet port are not in the same plane. a) introducing i) one or more streams of a lipid solution via a first set of one or more inlet ports of a manifold and ii) one or more streams of an aqueous solution via a second set of two or more inlet ports of the manifold, thereby mixing the lipid solution and the aqueous solution so as to produce an LNP solution; and i) one or more streams of a lipid solution via a first set of one or more inlet ports of a manifold and ii) one or more streams of an aqueous solution via a second set of two or more inlet ports of the manifold, thereby mixing the lipid solution and the aqueous solution so as to produce an LNP solution; and b) recovering the LNP solution via one or more outlet ports of the manifold;
System comprising an apparatus for controlling interference and a radio network controller , RNC, the apparatus comprising: an interference information receiving unit configured to receive interference information about at least one subchannel which is allocated to at least one node (421-424, 530) in an Orthogonal Frequency Division Multiple Access, OFDMA, system; a determination unit configured to determine that a data rate of the at least one node is greater than a threshold; an interference list creating unit configured to limit interference in the at least one subchannel when the data rate of the at least one node is greater than the threshold, and to create an interference list comprising the limited interference information; and a reporting unit configured to transmit the interference list comprising the limited interference information to the RNC, wherein the apparatus is included in a station controlled by the RNC , and the interference list transmitted to the RNC enables the RNC to create a base station list and a relay station list to limit data transmission for each subchannel allocated to the OFDMA system, and to transmit the base station list and relay station list to at least one base station in the OFDMA system. an interference information receiving unit configured to receive interference information about at least one subchannel which is allocated to at least one node (421-424, 530) in an Orthogonal Frequency Division Multiple Access, OFDMA, system; a determination unit configured to determine that a data rate of the at least one node is greater than a threshold; an interference list creating unit configured to limit interference in the at least one subchannel when the data rate of the at least one node is greater than the threshold, and to create an interference list comprising the limited interference information; and a reporting unit configured to transmit the interference list comprising the limited interference information to the RNC, wherein the apparatus is included in a station controlled by the RNC , and the interference list transmitted to the RNC enables the RNC to create a base station list and a relay station list to limit data transmission for each subchannel allocated to the OFDMA system, and to transmit the base station list and relay station list to at least one base station in the OFDMA system.
Implantable textile anchor, comprising: a collapsible member including a first end , a second end and a plurality of eyelets arranged between the first end and the second end, and at least one filament, which is guided through eyelets of the collapsible member so that by pulling on the at least one filament the collapsible member collapses to a form with an increased lateral extension, characterized in that the collapsible member is braided to form alternatingly tubular central portions and bifurcating and converging tubular branch portions , which define the eyelets, wherein the at least one filament is knotted to an eyelet and/or wherein the at least one filament and at least a second filament (13, 15, 17-19) are made integral with the collapsible member by braiding the collapsible member and the filaments (12-19) together. a collapsible member including a first end , a second end and a plurality of eyelets arranged between the first end and the second end, and at least one filament, which is guided through eyelets of the collapsible member so that by pulling on the at least one filament the collapsible member collapses to a form with an increased lateral extension,
A compound of Formula (I): or a salt thereof, wherein: R 1 and R 2 are methyl.
A facemask sized to fit over a user's nose, a user's nose and mouth, or a user's nose, mouth, and eyes, the facemask comprising: a) a housing defining a facemask chamber , the housing comprising a continuous attachment flange ; and b) a sealing element attached to the attachment flange, the sealing element configured to form a seal between the housing and the face of a user, the sealing element comprised of a formed flexible material having a durometer value of 60 or less on a Type 000 scale and having three primary external faces comprising: (i) a facemask attachment face ; (ii) a skin contact face occupying an outer perimeter of the sealing element; and (iii) a third face occupying an inner perimeter of the sealing element; wherein the continuous attachment flange comprises an attachment surface, the facemask attachment face is in contact with the attachment surface and the third face extends from the attachment surface; wherein, when the sealing element is viewed in cross-section, the skin contact face is the longest of the three primary external faces; and wherein, when the sealing element is viewed in cross section, the third face has a length which is less than 70% to 90% of a length of the skin contact face, characterized in that the sealing element is triangular in cross-section, and the transition between the skin contact face and the third face is rounded, slightly rounded or flat. a) a housing defining a facemask chamber , the housing comprising a continuous attachment flange ; and b) a sealing element attached to the attachment flange, the sealing element configured to form a seal between the housing and the face of a user, the sealing element comprised of a formed flexible material having a durometer value of 60 or less on a Type 000 scale and having three primary external faces comprising: (i) a facemask attachment face ; (ii) a skin contact face occupying an outer perimeter of the sealing element; and (iii) a third face occupying an inner perimeter of the sealing element; (i) a facemask attachment face ; (ii) a skin contact face occupying an outer perimeter of the sealing element; and (iii) a third face occupying an inner perimeter of the sealing element; wherein the continuous attachment flange comprises an attachment surface, the facemask attachment face is in contact with the attachment surface and the third face extends from the attachment surface; wherein, when the sealing element is viewed in cross-section, the skin contact face is the longest of the three primary external faces; and wherein, when the sealing element is viewed in cross section, the third face has a length which is less than 70% to 90% of a length of the skin contact face, characterized in that the sealing element is triangular in cross-section, and the transition between the skin contact face and the third face is rounded, slightly rounded or flat.
A washing machine , comprising: a tub to contain wash water; a drum having a cylindrical shape and provided in the tub , the drum rotates with laundry loaded therein; a balancing unit configured to move along a circumference of the drum to reduce imbalance due to an unbalanced distribution of the laundry; a wireless power transmitter provided at the tub comprising a transmission coil to generate a wireless power signal and transmit power wirelessly to the balancing unit , and a transmission converter configured to apply power at a driving frequency to the transmission coil ; characterized in that the wireless power transmitter further comprises a voltage measurer configured to measure a transmission voltage, which is a voltage of the transmission coil ; and a transmission controller configured to control the transmission converter based on the transmission voltage measured by the voltage measurer , wherein the transmission controller is configured to convert the transmission voltage to a coil current, which is an electric current, and to change the driving frequency of the transmission converter according to the coil current. a tub to contain wash water; a drum having a cylindrical shape and provided in the tub , the drum rotates with laundry loaded therein; a balancing unit configured to move along a circumference of the drum to reduce imbalance due to an unbalanced distribution of the laundry; a wireless power transmitter provided at the tub comprising a transmission coil to generate a wireless power signal and transmit power wirelessly to the balancing unit , and a transmission converter configured to apply power at a driving frequency to the transmission coil ; characterized in that the wireless power transmitter further comprises a voltage measurer configured to measure a transmission voltage, which is a voltage of the transmission coil ; and a transmission controller configured to control the transmission converter based on the transmission voltage measured by the voltage measurer , wherein the transmission controller is configured to convert the transmission voltage to a coil current, which is an electric current, and to change the driving frequency of the transmission converter according to the coil current.
Method for inductively heating an inductively heatable cooking vessel by means of at least one induction coil (L2) of an induction cooking appliance , the induction cooking appliance comprising: - at least one primary induction coil (L2), - a cover over the primary induction coil (L2), - a power supply (VS) for the primary induction coil (L2), - a cooking appliance control connected to the power supply (VS), wherein a display (25a-d, 130a-d) for an operator is provided, in order to show an operator whether or not a transmission coaster is positioned in an optimum position above the primary induction coil (L2), characterized by at least one transmission coaster which is freely movable independently of the cooking appliance , in order to place it onto any position on the cover above the primary induction coil (L2), wherein the transmission coaster has at least one oscillating circuit including at least one oscillating circuit coil (L3) and at least one oscillating circuit capacitor (C3) for transmission of inductive power from the primary induction coil (L2) via the oscillating circuit into the cooking vessel placed on the transmission coaster , wherein the following steps are provided: - detecting a position of the transmission coaster relative to the primary induction coil (L2), - in case of a deviation of the position by more than a limit distance from a predefined optimum position, giving information to the operator on the display (25a-d, 130a-d) in which direction the transmission coaster is to be moved, in order to obtain the optimum position. - at least one primary induction coil (L2), - a cover over the primary induction coil (L2), - a power supply (VS) for the primary induction coil (L2), - a cooking appliance control connected to the power supply (VS), - detecting a position of the transmission coaster relative to the primary induction coil (L2), - in case of a deviation of the position by more than a limit distance from a predefined optimum position, giving information to the operator on the display (25a-d, 130a-d) in which direction the transmission coaster is to be moved, in order to obtain the optimum position.
A docking system comprising: a mechanical telemanipulator comprising at least one master link , at least one handle having at least one handle link , at least one slave link , and at least one end-effector having at least one end-effector link ; characterized in further comprising: at least one docking element disposed on at least one reference body ; wherein the at least one handle link of the mechanical telemanipulator comprises a docked element configured to be attachable to the docking element , wherein the attachment between the docked element and the docking element is accomplished by a system of magnets, or by friction forces, or by velcro surfaces, or by matching geometries selected from the group consisting of rigid and compliant elements, or wherein the docking element comprises a wire-like component where the docked element can be hooked. a mechanical telemanipulator comprising at least one master link , at least one handle having at least one handle link , at least one slave link , and at least one end-effector having at least one end-effector link ; characterized in further comprising: at least one docking element disposed on at least one reference body ; wherein the at least one handle link of the mechanical telemanipulator comprises a docked element configured to be attachable to the docking element , wherein the attachment between the docked element and the docking element is accomplished by a system of magnets, or by friction forces, or by velcro surfaces, or by matching geometries selected from the group consisting of rigid and compliant elements, or wherein the docking element comprises a wire-like component where the docked element can be hooked. at least one docking element disposed on at least one reference body ; wherein the at least one handle link of the mechanical telemanipulator comprises a docked element configured to be attachable to the docking element , wherein the attachment between the docked element and the docking element is accomplished by a system of magnets, or by friction forces, or by velcro surfaces, or by matching geometries selected from the group consisting of rigid and compliant elements, or wherein the docking element comprises a wire-like component where the docked element can be hooked.