mhurhangee/patent-ind-claim-en huggingface dataset:
A method, comprising: establishing, by a processor of a computer , a local connection to a mobile endpoint device ; the method comprising: receiving, by the processor, a parameter based on data that is transmitted over a wireless connection between the mobile endpoint device and a wireless network ; calculating, by the processor, a first quality score associated with the wireless connection of the mobile endpoint device based on the parameter associated with the wireless connection ; and selecting, by the processor, between maintaining a network connection to a communication network or changing to the wireless network via the local connection to the mobile endpoint device based on a comparison of the first quality score and a second quality score, wherein the second quality score is associated with the network connection between the computer and the communication network ; wherein a number of changes to the network connection that can be made is limited to a maximum number of changes for a certain time period. establishing, by a processor of a computer , a local connection to a mobile endpoint device ; the method comprising: receiving, by the processor, a parameter based on data that is transmitted over a wireless connection between the mobile endpoint device and a wireless network ; calculating, by the processor, a first quality score associated with the wireless connection of the mobile endpoint device based on the parameter associated with the wireless connection ; and selecting, by the processor, between maintaining a network connection to a communication network or changing to the wireless network via the local connection to the mobile endpoint device based on a comparison of the first quality score and a second quality score, wherein the second quality score is associated with the network connection between the computer and the communication network ; wherein a number of changes to the network connection that can be made is limited to a maximum number of changes for a certain time period. receiving, by the processor, a parameter based on data that is transmitted over a wireless connection between the mobile endpoint device and a wireless network ; calculating, by the processor, a first quality score associated with the wireless connection of the mobile endpoint device based on the parameter associated with the wireless connection ; and selecting, by the processor, between maintaining a network connection to a communication network or changing to the wireless network via the local connection to the mobile endpoint device based on a comparison of the first quality score and a second quality score, wherein the second quality score is associated with the network connection between the computer and the communication network ; wherein a number of changes to the network connection that can be made is limited to a maximum number of changes for a certain time period.
A vehicle battery pack , characterized by comprising: a battery unit , formed of a plurality of battery modules , and including a plurality of air circulation surfaces that perform heat exchange with air for cooling and are arranged in a predetermined direction; an electrical component arranged adjacent to the battery unit ; and a duct including a plurality of flow path forming portions respectively forming a plurality of flow paths that extend along a surface of the battery unit having the air circulation surface and are arranged at intervals in the predetermined direction, wherein the duct includes a first partition portion that bridges adjacent flow path forming portions and extends in the predetermined direction, and wherein a low heat conductivity layer having a heat conductivity lower than a heat conductivity of the first partition portion is provided between the first partition portion and the battery unit , wherein the air circulation surface is provided on an upper surface of the battery module , wherein the electrical component is arranged adjacent to a side of the battery unit , and wherein the vehicle battery pack further comprises a fourth partition portion partitioning between the electrical component and the battery unit . a battery unit , formed of a plurality of battery modules , and including a plurality of air circulation surfaces that perform heat exchange with air for cooling and are arranged in a predetermined direction; an electrical component arranged adjacent to the battery unit ; and a duct including a plurality of flow path forming portions respectively forming a plurality of flow paths that extend along a surface of the battery unit having the air circulation surface and are arranged at intervals in the predetermined direction, wherein the duct includes a first partition portion that bridges adjacent flow path forming portions and extends in the predetermined direction, and wherein a low heat conductivity layer having a heat conductivity lower than a heat conductivity of the first partition portion is provided between the first partition portion and the battery unit , wherein the air circulation surface is provided on an upper surface of the battery module , wherein the electrical component is arranged adjacent to a side of the battery unit , and wherein the vehicle battery pack further comprises a fourth partition portion partitioning between the electrical component and the battery unit .
A peptide consisting of 4 linked epitopes, wherein the 4 epitope peptides are selected from the group consisting of CTL epitope peptides: the peptide as shown in SEQ ID NO: 1 (PEP1); the peptide as shown in SEQ ID NO: 2 (PEP2); the peptide as shown in SEQ ID NO: 4 (PEP4); the peptide as shown in SEQ ID NO: 5 (PEP5); the peptide as shown in SEQ ID NO: 6 (PEP6); the peptide as shown in SEQ ID NO: 7 (PEP7); the peptide as shown in SEQ ID NO: 8 (PEP8); the peptide as shown in SEQ ID NO: 9 (PEP9); the peptide as shown in SEQ ID NO: 10 (PEP10); the peptide as shown in SEQ ID NO: 13 (PEP13); the peptide as shown in SEQ ID NO: 15 (PEP15); the peptide as shown in SEQ ID NO: 17 (PEP17); and the peptide as shown in SEQ ID NO: 18 (PEP18), linked via linkers, the peptide consisting of 4 linked epitopes optionally comprise other peptide sequences consisting of hydrophilic amino acids, and the peptide consisting of 4 linked epitopes has one or more features selected from the features to below: the peptide comprises 3 CTL epitope peptides selected from among PEP1, PEP7, PEP8, and PEP13, and wherein PEP2 is disposed at the C terminus of the peptide, except for the peptide comprising PEP7 and PEP8 at the N terminus successively disposed in such order from the N terminus via a linker; the peptide comprises PEP4 at the C terminus; the peptide comprises 3 CTL epitope peptides selected from among PEP1, PEP13, PEP15, PEP17, and PEP18, and wherein PEP10 is disposed at the C terminus of the peptide; the peptide comprises 2 CTL epitope peptides, PEP1 and PEP7, and wherein PEP6 and PEP5 are successively disposed at the C terminus in such order from the N terminus via a linker; and the peptide comprises 3 CTL epitope peptides, PEP5, PEP6, and PEP18, and wherein PEP9 is disposed at the C terminus of the peptide. the peptide comprises 3 CTL epitope peptides selected from among PEP1, PEP7, PEP8, and PEP13, and wherein PEP2 is disposed at the C terminus of the peptide, except for the peptide comprising PEP7 and PEP8 at the N terminus successively disposed in such order from the N terminus via a linker; the peptide comprises PEP4 at the C terminus; the peptide comprises 3 CTL epitope peptides selected from among PEP1, PEP13, PEP15, PEP17, and PEP18, and wherein PEP10 is disposed at the C terminus of the peptide; the peptide comprises 2 CTL epitope peptides, PEP1 and PEP7, and wherein PEP6 and PEP5 are successively disposed at the C terminus in such order from the N terminus via a linker; and the peptide comprises 3 CTL epitope peptides, PEP5, PEP6, and PEP18, and wherein PEP9 is disposed at the C terminus of the peptide.
Flexible hose , particularly vacuum cleaner hose, with an inner hose which is profiled for itself in wave shape and by an inner side bounds a cavity for the conveying of media along a longitudinal axis of the hose and which is surrounded at an outer side by a substantially smooth sheathing and provided at at least one of its two ends with a connecting member , wherein an electrical conductor extending from one end to the other end of the inner hose and ending in the connecting member for electrical contact-making is arranged radially between the inner hose and the sheathing , characterized in that the electrical conductor is formed by a resilient flat conductor arrangement which extends along the hose parallel to the longitudinal axis substantially without pre-stress and with electrical insulation and which is held on the wave-shaped profiling of the inner hose by the sheathing .
An optical stack , comprising: an infrared reflector portion ; an infrared absorber portion disposed on the infrared reflector portion ; wherein for substantially normally incident light of at least a first wavelength in a first wavelength range extending at least from about 900 nm to about 1200 nm and for each of orthogonal first and second polarization states: the infrared reflector portion reflects at least 60% of the incident light; and the infrared absorber portion absorbs at least 60% of the incident light; and a reflective polarizer portion disposed between the infrared reflector portion and the infrared absorber portion ; wherein for substantially normally incident light of at least a second wavelength in a second wavelength range extending at least from about 450 nm to about 700 nm, the reflective polarizer portion reflects at least 80% of the incident light having the first polarization state and transmits at least 80% of the incident light having the second polarization state. an infrared reflector portion ; an infrared absorber portion disposed on the infrared reflector portion ; wherein for substantially normally incident light of at least a first wavelength in a first wavelength range extending at least from about 900 nm to about 1200 nm and for each of orthogonal first and second polarization states: the infrared reflector portion reflects at least 60% of the incident light; and the infrared absorber portion absorbs at least 60% of the incident light; and a reflective polarizer portion disposed between the infrared reflector portion and the infrared absorber portion ; the infrared reflector portion reflects at least 60% of the incident light; and the infrared absorber portion absorbs at least 60% of the incident light; and a reflective polarizer portion disposed between the infrared reflector portion and the infrared absorber portion ; wherein for substantially normally incident light of at least a second wavelength in a second wavelength range extending at least from about 450 nm to about 700 nm, the reflective polarizer portion reflects at least 80% of the incident light having the first polarization state and transmits at least 80% of the incident light having the second polarization state.
A display panel (DP) comprising: a base substrate (BP) in which a first area (AR1), a second area (AR2), and a third area (AR3) are sequentially defined in a first direction (DR1); pixels (PX) disposed on the first area (AR1); signal lines (SL) disposed on the base substrate (BP) and electrically connected to the pixels (PX); characterized by a power line (PL) disposed on the base substrate (BP), wherein the power line (PL) supplies a power to the pixels (PX); signal pads (SPD) disposed on the second area (AR2), arranged in a second direction (DR2) crossing the first direction (DR1), and electrically connected to the signal lines (SL); power pads (PD1, PD2, PD3, PD4) disposed on the second area (AR2), arranged in the second direction (DR2), and electrically connected to the power line (PL); and a conductive portion (CP) disposed on the second area (AR2) and the third area (AR3) of the base substrate (BP), electrically connected to the power pads (PD1, PD2, PD3, PD4), and extending from an area overlapping the power pads to an edge (EG) of the base substrate (BP), wherein an opening (OP) is defined in the conductive portion (CP) by a removed portion thereof. a base substrate (BP) in which a first area (AR1), a second area (AR2), and a third area (AR3) are sequentially defined in a first direction (DR1); pixels (PX) disposed on the first area (AR1); signal lines (SL) disposed on the base substrate (BP) and electrically connected to the pixels (PX); characterized by a power line (PL) disposed on the base substrate (BP), wherein the power line (PL) supplies a power to the pixels (PX); signal pads (SPD) disposed on the second area (AR2), arranged in a second direction (DR2) crossing the first direction (DR1), and electrically connected to the signal lines (SL); power pads (PD1, PD2, PD3, PD4) disposed on the second area (AR2), arranged in the second direction (DR2), and electrically connected to the power line (PL); and a conductive portion (CP) disposed on the second area (AR2) and the third area (AR3) of the base substrate (BP), electrically connected to the power pads (PD1, PD2, PD3, PD4), and extending from an area overlapping the power pads to an edge (EG) of the base substrate (BP), wherein an opening (OP) is defined in the conductive portion (CP) by a removed portion thereof.
System, intended for a flying machine, for receiving and managing satellite signals, said system comprising a plurality of antennas (6A to 6D), each of said antennas (6A to 6D) being able to receive satellite signals from satellites (S1A to S1E, S2) relating to various services, characterized in that it additionally comprises: - a plurality of modems (M1, M2, MN), each of said modems (M1, M2, MN) being configured so as to manage data received from at least one antenna (6A to 6D), said data being representative of signals received by the antenna (6A to 6D), each of said modems (M1, M2, MN) being configured so as to manage the service relating to a given satellite; - a switching unit able to be controlled and configured so as to manage, in real time, on the basis of its command, at least the allocation and the transmission of the data from the various antennas (6A to 6D) to the various modems (M1, M2, MN), the data from any one of said antennas (6A to 6D) being able to be allocated and transmitted to any one of said modems (M1, M2, MN), the allocation of the data from the various antennas (6A to 6D) to the various modems (M1, M2, MN) depending at least on current positions of the antennas (6A to 6D) and on satellite position information. - a plurality of modems (M1, M2, MN), each of said modems (M1, M2, MN) being configured so as to manage data received from at least one antenna (6A to 6D), said data being representative of signals received by the antenna (6A to 6D), each of said modems (M1, M2, MN) being configured so as to manage the service relating to a given satellite; - a switching unit able to be controlled and configured so as to manage, in real time, on the basis of its command, at least the allocation and the transmission of the data from the various antennas (6A to 6D) to the various modems (M1, M2, MN), the data from any one of said antennas (6A to 6D) being able to be allocated and transmitted to any one of said modems (M1, M2, MN), the allocation of the data from the various antennas (6A to 6D) to the various modems (M1, M2, MN) depending at least on current positions of the antennas (6A to 6D) and on satellite position information.
A breathing apparatus , comprising: a filter arranged to filter air entering the breathing apparatus ; an air flow generator arranged to receive and pressurize the filtered air; and a mask for providing the filtered air to an airway of a user; the filter and the airflow generator are housed in a generator unit arranged substantially around the back of a neck of the user and remotely from the mask ; characterized in that : a bypass valve is provided and arranged to allow the filtered air to pass therethrough in a single direction; and a manifold is provided in connection with an airway for conveying the filtered air from the manifold to the mask, the manifold having a first pathway for receiving air from the air flow generator and a second pathway , positioned parallel to the first air pathway , for receiving air from the bypass valve when the air flow generator does not operate, the bypass valve positioned within the second air pathway, and whereby the filtered air is provided to the mask either through the air flow generator or via the bypass valve when the air flow generator does not operate. a filter arranged to filter air entering the breathing apparatus ; an air flow generator arranged to receive and pressurize the filtered air; and a mask for providing the filtered air to an airway of a user; the filter and the airflow generator are housed in a generator unit arranged substantially around the back of a neck of the user and remotely from the mask ; characterized in that : a bypass valve is provided and arranged to allow the filtered air to pass therethrough in a single direction; and a manifold is provided in connection with an airway for conveying the filtered air from the manifold to the mask, the manifold having a first pathway for receiving air from the air flow generator and a second pathway , positioned parallel to the first air pathway , for receiving air from the bypass valve when the air flow generator does not operate, the bypass valve positioned within the second air pathway, and whereby the filtered air is provided to the mask either through the air flow generator or via the bypass valve when the air flow generator does not operate. a bypass valve is provided and arranged to allow the filtered air to pass therethrough in a single direction; and a manifold is provided in connection with an airway for conveying the filtered air from the manifold to the mask, the manifold having a first pathway for receiving air from the air flow generator and a second pathway , positioned parallel to the first air pathway , for receiving air from the bypass valve when the air flow generator does not operate, the bypass valve positioned within the second air pathway, and
An urine specimen collection system having a control unit which is able to execute a working algorithm (A) for the usage during the urination of a person, the working algorithm (A) consisting of the following steps; - Measurement of the weight of a collection container , - Closure of a valve in the proximity of the lower part of the collection container in order to perform measurements on the collected urine , - Measurement of the weight of urine produced by patients in the collection container by a load cell , - Recording of the difference between first and final weights and the time dependent weight change of the collection container for the purpose of determination the amount of urine present in the collection container , - Operation of a pump for the discharge of urine , - Opening of the valve located at the lower part of the collection container to discharge the remaining urine left in the collection container and to transfer the remaining urine into a specimen container for the collection of a urine specimen from the urine transferred from the patient into the collection container . - Measurement of the weight of a collection container , - Closure of a valve in the proximity of the lower part of the collection container in order to perform measurements on the collected urine , - Measurement of the weight of urine produced by patients in the collection container by a load cell , - Recording of the difference between first and final weights and the time dependent weight change of the collection container for the purpose of determination the amount of urine present in the collection container , - Operation of a pump for the discharge of urine , - Opening of the valve located at the lower part of the collection container to discharge the remaining urine left in the collection container and to transfer the remaining urine into a specimen container for the collection of a urine specimen from the urine transferred from the patient into the collection container .
A method of preparing a dry powder inhaler pharmaceutical formulation, the method comprising: providing a first solution comprising a first solvent and an active agent, providing a second solution comprising a second solvent and at least one excipient; and removing the first and second solvents by simultaneously drying to a dry powder both the first and second solutions in a spray dryer having an external mixing three-fluid nozzle that produces one or more particles comprising both the active agent and the one or more excipient; wherein the first solvent is an organic solvent or a mixture containing at least an organic solvent and water and wherein the second solvent is water or a mixture containing at least water and an organic solvent.
A glass composition consisting of: 60 to 83 wt% SiO 2 ; 10 to 15 wt% Li 2 O; 2 to 6 wt% P 2 O 5 working as a nuclei formation agent; 1 to 5 wt% Al 2 O 3 for increasing a glass transition temperature and a softening point and enhancing chemical durability of glass; 0.1 to 3 wt% SrO for increasing the softening point of the glass; 0.1 to 2 wt% ZnO; 1 to 5 wt% colorants; and 2.5 to 6 wt% of a mixture of Na 2 O and K 2 O for increasing a thermal expansion coefficient of the glass. 60 to 83 wt% SiO 2 ; 10 to 15 wt% Li 2 O; 2 to 6 wt% P 2 O 5 working as a nuclei formation agent; 1 to 5 wt% Al 2 O 3 for increasing a glass transition temperature and a softening point and enhancing chemical durability of glass; 0.1 to 3 wt% SrO for increasing the softening point of the glass; 0.1 to 2 wt% ZnO; 1 to 5 wt% colorants; and 2.5 to 6 wt% of a mixture of Na 2 O and K 2 O for increasing a thermal expansion coefficient of the glass.
A sheet stretching system for attaching a sheet to a frame over a portion surrounded by the frame, comprising: a sheet; a frame; one or more retaining grooves , wherein the retaining grooves are formed along a length direction of a front surface of the frame; one or more retaining plates , wherein the retaining plates have rectangular cross sections which are suitable to be fitted into the retaining grooves, and wherein the retaining plates are attached to the peripheral edge portion of the sheet; wherein the retaining plates are formed of an elastic material and wherein the thicknesses of the retaining plates 4 are equal to the width of the retaining grooves; characterised in that a plurality of projections are formed at certain intervals in the width direction of the retaining plates wherein the projections are formed on a side surface of the retaining plates, wherein said side surface is at the opposite of the side surface where the sheet is attached to; and wherein the retaining plates are fitted into the retaining grooves, and wherein the distance between portions of the retaining plates which are protruded from the retaining grooves is substantially equal to or less than the distance between the retaining grooves. a sheet; a frame; one or more retaining grooves , wherein the retaining grooves are formed along a length direction of a front surface of the frame; one or more retaining plates , wherein the retaining plates have rectangular cross sections which are suitable to be fitted into the retaining grooves, and wherein the retaining plates are attached to the peripheral edge portion of the sheet; wherein the retaining plates are formed of an elastic material and wherein the thicknesses of the retaining plates 4 are equal to the width of the retaining grooves; characterised in that a plurality of projections are formed at certain intervals in the width direction of the retaining plates wherein the projections are formed on a side surface of the retaining plates, wherein said side surface is at the opposite of the side surface where the sheet is attached to; and wherein the retaining plates are fitted into the retaining grooves, and wherein the distance between portions of the retaining plates which are protruded from the retaining grooves is substantially equal to or less than the distance between the retaining grooves.