mhurhangee/ep-ind-claims huggingface dataset:
An organic electroluminescence device, comprising a cathode, an anode and sandwiched between the cathode and the anode, at least a hole transporting layer and a light emitting layer containing a phosphorescent light emitting material and an electron transporting host material, wherein the hole transporting layer comprises a hole transporting material having a triplet energy of 2.52 to 3.70 eV and a hole mobility of 10 -6 cm 2 /Vs or higher as measured at a field intensity of 0.1 to 0.6 MV/cm, and the host material contained in the light emitting layer is represented by the following formula or: (Cz-) m A Cz-A n wherein Cz represents a substituted or unsubstituted carbazolyl group or a substituted or unsubstituted azacarbazolyl group, A represents an aryl-substituted nitrogen-containing ring group, a diaryl-substituted nitrogen-containing ring group or a triaryl-substituted nitrogen-containing ring group, wherein the nitrogen-containing ring is selected from the group consisting of imidazole, benzimidazole, triazole, tetrazole, oxadiazole, thiadiazole, oxatriazole, thiatriazole, triazine, quinoxaline, quinoline, benzopyrimidine, pyridine, pyrazine, pyrimidine, and imidazopyridine, m is an integer of 1 to 3, and n is an integer of 1 to 3, provided that the following configurations for an electroluminescent device with a layered structure are excluded: ITO/CuPc/TPAC/PB102+K-3/Alq/Alq+Li/Al, ITO/CuPc/TPAC/PB115+K-3/Alq/Alq+Li/Al, ITO/CuPc/TPAC/PB102+K-3/BAlq+Li/Al, ITO/TPAC/PB115+K-10/Alq/Alq+Li/Al, ITO/CuPc/TCTA/PB115+K-23/A-7/Alq+Li/Al, and ITO/CuPc/TCTA/PB115+K-23/C-15/Alq+Li/Al, wherein ITO is indium-tin-oxide, CuPc is copper phthalocyanine, TPAC is represented by the following formula: TCTA is represented by the following formula: PB102 is represented by the following formula: PB115 is represented by the following formula: K-3 is represented by the following formula: K-10 is represented by the following formula: K-23 is represented by the following formula: Alq is represented by the following formula: BAlq is represented by the following formula: A-7 is represented by the following formula: and C-15 is represented by the following formula: ITO/CuPc/TPAC/PB102+K-3/Alq/Alq+Li/Al, ITO/CuPc/TPAC/PB115+K-3/Alq/Alq+Li/Al, ITO/CuPc/TPAC/PB102+K-3/BAlq+Li/Al, ITO/TPAC/PB115+K-10/Alq/Alq+Li/Al, ITO/CuPc/TCTA/PB115+K-23/A-7/Alq+Li/Al, and ITO/CuPc/TCTA/PB115+K-23/C-15/Alq+Li/Al,
An anti-PVRIG (Poliovirus receptor-related immunoglobulin domain-containing protein) antibody comprising i) the heavy chain variable domain of SEQ ID NO:1434 and ii) the light chain variable domain of SEQ ID NO:1453, for use in treatment of cancer by activating T-cells in a patient. i) the heavy chain variable domain of SEQ ID NO:1434 and ii) the light chain variable domain of SEQ ID NO:1453, for use in treatment of cancer by activating T-cells in a patient.
A method for scheduling Orthogonal Frequency-Division Multiple Access, OFDMA, resources to be allocated to a transmitter station that is actively involved in a peer-to-peer communication with a receiver station using existing OFDMA resources previously allocated by a base station, characterized in that the method comprising: generating, at the base station, a request for Quality-of-Service, QoS, performance metric measurements with respect to the existing OFDMA resources; receiving the request at the receiver station, and determining measured values for the QoS performance metrics being requested for the existing OFDMA resources; and determining, at the receiver station based on the measured values for the QoS performance metrics, whether to continue using the existing OFDMA resources or whether to request a new allocation of OFDMA resources. generating, at the base station, a request for Quality-of-Service, QoS, performance metric measurements with respect to the existing OFDMA resources; receiving the request at the receiver station, and determining measured values for the QoS performance metrics being requested for the existing OFDMA resources; and determining, at the receiver station based on the measured values for the QoS performance metrics, whether to continue using the existing OFDMA resources or whether to request a new allocation of OFDMA resources.
Isolated driver module for electrically supplying lighting means, comprising - a galvanic isolation barrier, preferably a SELV isolation barrier, that galvanically isolates a primary side and a secondary side of the isolated driver module from each other, wherein the lighting means are electrically connectable to the secondary side, - a control circuit, preferably a microcontroller, arranged on the secondary side, - a status indication module with at least one indicator LED comprising a supply means wherein the status indication module is configured to be electrically supplied via the supply means, wherein the status indication module is arranged on the secondary side, and - wherein a switching circuit is part of the status indication module, - a communication module, preferably a wireless communication module, - wherein the control circuit is configured to control the electrical supply of the at least one indicator LED via the supply means for controlling a visual indication of the status of the isolated driver module by the at least one indicator LED, characterized in that - the communication module is arranged on the primary side, - the switching circuit is configured to switch a supply current (Is) for the at least one indicator LED, such that a modulated current (Is) is supplied via the supply means to the at least one indicator LED, in order to electromagnetically transmit information from the status indication module to the communication module. - a galvanic isolation barrier, preferably a SELV isolation barrier, that galvanically isolates a primary side and a secondary side of the isolated driver module from each other, wherein the lighting means are electrically connectable to the secondary side, - a control circuit, preferably a microcontroller, arranged on the secondary side, - a status indication module with at least one indicator LED comprising a supply means wherein the status indication module is configured to be electrically supplied via the supply means, wherein the status indication module is arranged on the secondary side, and - wherein a switching circuit is part of the status indication module, - a communication module, preferably a wireless communication module, - wherein the control circuit is configured to control the electrical supply of the at least one indicator LED via the supply means for controlling a visual indication of the status of the isolated driver module by the at least one indicator LED, - the communication module is arranged on the primary side, - the switching circuit is configured to switch a supply current (Is) for the at least one indicator LED, such that a modulated current (Is) is supplied via the supply means to the at least one indicator LED, in order to electromagnetically transmit information from the status indication module to the communication module.
A method of charging a user for parking a vehicle (103, 165, 166) in a chargeable parking facility (122, 132, 142), the method comprising: receiving signals from at least one signal source at a receiver disposed relative to the vehicle; using the received signals to identify an approximate path of travel of the vehicle; determining if the vehicle's approximate path of travel crosses a geofence (135, 145, 152) associated with at least one boundary region of the chargeable parking facility; expanding the geofence biased orthogonally to a direction of the approximate path of travel by a dynamic degree based on local building height and density; if the vehicle's approximate path of travel has also crossed the expanded geofence, determining, with a degree of certainty, whether a park point approximating a location where the vehicle has come to rest lies inside the chargeable parking facility; if the park point is determined to lie inside the chargeable parking facility, associating the park point with a charge; and assessing the charge to the user. receiving signals from at least one signal source at a receiver disposed relative to the vehicle; using the received signals to identify an approximate path of travel of the vehicle; determining if the vehicle's approximate path of travel crosses a geofence (135, 145, 152) associated with at least one boundary region of the chargeable parking facility; expanding the geofence biased orthogonally to a direction of the approximate path of travel by a dynamic degree based on local building height and density; if the vehicle's approximate path of travel has also crossed the expanded geofence, determining, with a degree of certainty, whether a park point approximating a location where the vehicle has come to rest lies inside the chargeable parking facility; if the park point is determined to lie inside the chargeable parking facility, associating the park point with a charge; and assessing the charge to the user.
A heart rhythm detection control method, applied to a terminal, wherein the method comprises: detecting motion data of the terminal in response to a heart rhythm detection instruction input by a user; and if the motion data is greater than a motion data threshold, displaying first prompt information in a user interface, wherein the first prompt information is used to prompt the user that heart rhythm detection is suspended, characterised in that, when it is detected that the motion data is greater than the motion data threshold, the method further comprises: recognizing ambient sound information of an environment in which the terminal is located; and if the ambient sound information comprises preset vehicle characteristic information, displaying vehicle prompt information in a user interface, wherein the vehicle prompt information is used to prompt the user that the terminal is currently in a running vehicle. detecting motion data of the terminal in response to a heart rhythm detection instruction input by a user; and if the motion data is greater than a motion data threshold, displaying first prompt information in a user interface, wherein the first prompt information is used to prompt the user that heart rhythm detection is suspended, characterised in that, when it is detected that the motion data is greater than the motion data threshold, the method further comprises: recognizing ambient sound information of an environment in which the terminal is located; and if the ambient sound information comprises preset vehicle characteristic information, displaying vehicle prompt information in a user interface, wherein the vehicle prompt information is used to prompt the user that the terminal is currently in a running vehicle. recognizing ambient sound information of an environment in which the terminal is located; and if the ambient sound information comprises preset vehicle characteristic information, displaying vehicle prompt information in a user interface, wherein the vehicle prompt information is used to prompt the user that the terminal is currently in a running vehicle.
A method for treating hair comprising: A) carrying out the following sequence of steps: i) applying a first composition comprising one or more first cationic polymer(s) to a first portion of the hair; and ii) applying a second composition comprising one or more first anionic polymer(s) to a second portion of the hair; and B) applying a third composition comprising one or more cationic surfactant(s) to a third portion of hair, wherein the cationic surfactant(s) comprise one or more linear or branched group(s) comprising from 8 to 22 carbon atoms, more preferably one or more linear or branched group(s) comprising from 10 to 22 carbon atoms, most preferably one or more linear or branched group(s) comprising from 16 to 22 carbon atoms, wherein the first, second and third portions have at least one first common area, wherein the method further comprises between steps A) and B): a) applying a fourth composition comprising one or more second cationic polymer(s), which are cationic coloured polymers, wherein the fourth portion of the hair has at least one common area with the first common area. A) carrying out the following sequence of steps: i) applying a first composition comprising one or more first cationic polymer(s) to a first portion of the hair; and ii) applying a second composition comprising one or more first anionic polymer(s) to a second portion of the hair; and i) applying a first composition comprising one or more first cationic polymer(s) to a first portion of the hair; and ii) applying a second composition comprising one or more first anionic polymer(s) to a second portion of the hair; and B) applying a third composition comprising one or more cationic surfactant(s) to a third portion of hair, wherein the cationic surfactant(s) comprise one or more linear or branched group(s) comprising from 8 to 22 carbon atoms, more preferably one or more linear or branched group(s) comprising from 10 to 22 carbon atoms, most preferably one or more linear or branched group(s) comprising from 16 to 22 carbon atoms, a) applying a fourth composition comprising one or more second cationic polymer(s), which are cationic coloured polymers, wherein the fourth portion of the hair has at least one common area with the first common area.
An integrated circuit package, comprising: an integrated circuit that includes programmable circuitry (18, 310); and a memory die that is mounted on the integrated circuit and that stores configuration bit streams for configuring the programmable circuitry (18, 310) in the integrated circuit characterized in that the programmable circuitry (18, 310) comprises a plurality of logic sectors that are coupled to associated logic sector managers, wherein the logic sector managers are adapted to retrieve the configuration bit streams from the memory die and in that a logic sector in the plurality of logic sectors comprises: a first sub-array of memory cells; a second sub-array of memory cells; a first data register coupled to the first sub-array of memory cells; and a second data register coupled to the second sub-array of memory cells, wherein the logic sector manager associated with the logic sector controls the first and second data registers to load a selected one of the configuration bit streams into the first and second sub-arrays of memory cells in parallel. an integrated circuit that includes programmable circuitry (18, 310); and a memory die that is mounted on the integrated circuit and that stores configuration bit streams for configuring the programmable circuitry (18, 310) in the integrated circuit characterized in that the programmable circuitry (18, 310) comprises a plurality of logic sectors that are coupled to associated logic sector managers, wherein the logic sector managers are adapted to retrieve the configuration bit streams from the memory die and in that a logic sector in the plurality of logic sectors comprises: a first sub-array of memory cells; a second sub-array of memory cells; a first data register coupled to the first sub-array of memory cells; and a second data register coupled to the second sub-array of memory cells, wherein the logic sector manager associated with the logic sector controls the first and second data registers to load a selected one of the configuration bit streams into the first and second sub-arrays of memory cells in parallel. a first sub-array of memory cells; a second sub-array of memory cells; a first data register coupled to the first sub-array of memory cells; and a second data register coupled to the second sub-array of memory cells, wherein the logic sector manager associated with the logic sector controls the first and second data registers to load a selected one of the configuration bit streams into the first and second sub-arrays of memory cells in parallel.
A method of operating a system for monitoring one or more operating conditions of a structure, comprising: providing sensor nodes at locations around the structure for sensing operating conditions of the structure; positioning the structure proximate another structure; directing radiated energy from the other structure at one or more of the sensor nodes; scavenging the radiated energy at one or more of the sensor nodes; and using the scavenged energy at one or more of the sensor nodes to transmit sensed operating conditions from one or more of the sensor nodes to one or more readers, the readers being connected to the other structure, either intermittently or continuously; and the other structure determining if data received from one of more sensor nodes is an exception characterised in that, if the data is an exception, then determining if trend data would be sufficient for health determination. providing sensor nodes at locations around the structure for sensing operating conditions of the structure; positioning the structure proximate another structure; directing radiated energy from the other structure at one or more of the sensor nodes; scavenging the radiated energy at one or more of the sensor nodes; and using the scavenged energy at one or more of the sensor nodes to transmit sensed operating conditions from one or more of the sensor nodes to one or more readers, the readers being connected to the other structure, either intermittently or continuously; and the other structure determining if data received from one of more sensor nodes is an exception characterised in that, if the data is an exception, then determining if trend data would be sufficient for health determination.
A coupler to engage a work attachment that includes a first pin and a second pin, including: a body, a first jaw to receive the first pin, a moveable jaw, an actuator to move the moveable jaw along a path of movement so as to engage the second pin, a locking mechanism, characterised in that the locking mechanism is multi-centered to secure the moveable jaw with respect to the work attachment at different positions along its path of movement, and wherein the actuator is connected to the locking mechanism so that deliberate movement of the actuator moves the locking mechanism to a release position prior to moving the jaw. a body, a first jaw to receive the first pin, a moveable jaw, an actuator to move the moveable jaw along a path of movement so as to engage the second pin, a locking mechanism, characterised in that the locking mechanism is multi-centered to secure the moveable jaw with respect to the work attachment at different positions along its path of movement, and wherein the actuator is connected to the locking mechanism so that deliberate movement of the actuator moves the locking mechanism to a release position prior to moving the jaw.
Tea light holder consisting of two rectangular plate-shaped blanks (A, B) each having an upper edge (8, 9) and a lower edge (10, 11), wherein said two blanks (A, B) each have a rectangular clearance (12, 13) which terminates in the upper edge (8, 9) in an open manner and wherein one blank has a slit which extends approximately perpendicularly downwards from the base of its clearance which terminates in the upper edge in an open manner and the other blank has a slit which extends approximately perpendicularly upwards from the lower edge and wherein the two blanks (A, B) can be joined together, via the slits (17, 20), to form a four-armed structure which is approximately cross-like in plan view and forms the tea light holder and in which the two clearances (12, 13) in the blanks (A, B) complement each other while forming a receptacle for a tea light, characterised in that the blanks (A, B) have, on their lower side (10 and 11), stacking slits (42, 44; 46, 48) close to their sides (35, 37; 38, 40) which extend parallel to said sides (35, 37; 38, 40) and the width of which corresponds to the thickness of the blanks (A, B), the distance of the stacking slits (42, 44; 46, 48) from the sides (35, 37; 38, 40) being smaller than the distance of the clearances (12, 13) on the upper sides of the blanks (A, B) from said sides (35, 37, 38, 40) of the blanks.
A secondary battery, comprising: a cathode; an anode; and an electrolytic solution including a sulfuric acid compound represented by the following formula, X n+ [M(Rf) a b (S0 4) c] m-... where X n+ is one of a metal ion and an onium ion, M is one of transition metal elements, and Group 13 elements, Group 14 elements, and Group 15 elements in the long form of the periodic table of the elements, Rf is one of a fluorine group (-F) and a monovalent fluorinated hydrocarbon group, a is an integer of 0 to 4, b is an integer of 0 to 5, c is an integer of 1 to 4, m is an integer of 1 to 3, and n is an integer of 1 or 2, characterized in that the cathode, the anode, and the electrolytic solution being provided inside a film-like outer package member. a cathode; an anode; and an electrolytic solution including a sulfuric acid compound represented by the following formula, X n+ [M(Rf) a b (S0 4) c] m-... where X n+ is one of a metal ion and an onium ion, M is one of transition metal elements, and Group 13 elements, Group 14 elements, and Group 15 elements in the long form of the periodic table of the elements, Rf is one of a fluorine group (-F) and a monovalent fluorinated hydrocarbon group, a is an integer of 0 to 4, b is an integer of 0 to 5, c is an integer of 1 to 4, m is an integer of 1 to 3, and n is an integer of 1 or 2, characterized in that the cathode, the anode, and the electrolytic solution being provided inside a film-like outer package member.
A method of managing data transfer from a server to a portable electronic device via a cellular network, the method comprising: by the portable electronic device, initiating a data transfer to the portable electronic device; identifying a network connection type by the portable electronic device to the cellular network, wherein identifying the network connection type comprises identifying a generation of a cellular network connection; setting, by the portable electronic device, a filter size for data record transmission to the portable electronic device, the filter size set based on the network connection type, wherein the filter size is a number of data records to be requested in a single request from the portable electronic device; requesting, by the portable electronic device, a quantity of data records from the server, wherein the quantity of data records is a number of data records equal to the filter size; receiving the quantity of data records at the portable electronic device; and repeating requesting, by the portable electronic device, the quantity of data records from the server until all data records for the portable electronic device are received at the portable electronic device. by the portable electronic device, initiating a data transfer to the portable electronic device; identifying a network connection type by the portable electronic device to the cellular network, wherein identifying the network connection type comprises identifying a generation of a cellular network connection; setting, by the portable electronic device, a filter size for data record transmission to the portable electronic device, the filter size set based on the network connection type, wherein the filter size is a number of data records to be requested in a single request from the portable electronic device; requesting, by the portable electronic device, a quantity of data records from the server, wherein the quantity of data records is a number of data records equal to the filter size; receiving the quantity of data records at the portable electronic device; and repeating requesting, by the portable electronic device, the quantity of data records from the server until all data records for the portable electronic device are received at the portable electronic device.