mhurhangee/ep-ind-claims huggingface dataset:
A method for re-partitioning a flash memory device of a target system, said flash memory device comprising a plurality of physical partitions and partition tables, each partition table associated to a respective partition, the method comprising: - receiving a software component responsible for re-partitioning, wherein the software component responsible for re-partitioning includes partition tables that need to replace partition tables stored on the flash memory device; - generating a re-partitioning control structure in the flash memory device; - executing re-partitioning steps; and - recording the executed re-partitioning steps and currently valid locations of data that needs to be moved in the flash memory device during re-partitioning in the re-partitioning control structure, wherein the currently valid locations are recorded in a block translation table of the re-partitioning control structure, wherein the block translation table comprises information for translating a first range of logical blocks as described by an entry of a partition table to a second range of logical blocks that will be used by a low-layer driver of the flash memory device for actual flash accesses while a re-partitioning sequence is ongoing. - receiving a software component responsible for re-partitioning, wherein the software component responsible for re-partitioning includes partition tables that need to replace partition tables stored on the flash memory device; - generating a re-partitioning control structure in the flash memory device; - executing re-partitioning steps; and - recording the executed re-partitioning steps and currently valid locations of data that needs to be moved in the flash memory device during re-partitioning in the re-partitioning control structure, wherein the currently valid locations are recorded in a block translation table of the re-partitioning control structure, wherein the block translation table comprises information for translating a first range of logical blocks as described by an entry of a partition table to a second range of logical blocks that will be used by a low-layer driver of the flash memory device for actual flash accesses while a re-partitioning sequence is ongoing.
A method for controlling a wireless access point, comprising: in response to detecting that a control event for a smart device is triggered, acquiring (101, 302) a service set identifier SSID corresponding to the control event; generating a specified Wireless Fidelity Wi-Fi broadcast message according to the SSID corresponding to the control event; and broadcasting (103, 304) the specified Wi-Fi broadcast message; and receiving at a further smart device the specified Wi-Fi broadcast message, wherein the further smart device is configured to enable its own wireless access point according to the Wi-Fi broadcast message. in response to detecting that a control event for a smart device is triggered, acquiring (101, 302) a service set identifier SSID corresponding to the control event; generating a specified Wireless Fidelity Wi-Fi broadcast message according to the SSID corresponding to the control event; and broadcasting (103, 304) the specified Wi-Fi broadcast message; and receiving at a further smart device the specified Wi-Fi broadcast message, wherein the further smart device is configured to enable its own wireless access point according to the Wi-Fi broadcast message.
A hoistway door separation preventing device for a lift comprising: hoistway doors (1a, 1b) installed on the left and right sides to divide a platform; left and right connection plates (2a, 2b) provided with driving pulleys and installed on an upper side of the hoistway doors; a hanger plate installed on an upper portion of a hoistway doorframe and provided with a rail formed thereon to be engaged with the driving pulleys; an installation plate installed between the left and right connection plates; a stepped portion formed by bending a lower portion of the installation plate; and a fixing member fixed to the lower portion of the stepped portion and having both end portions installed to be in close contact with the connection plates. hoistway doors (1a, 1b) installed on the left and right sides to divide a platform; left and right connection plates (2a, 2b) provided with driving pulleys and installed on an upper side of the hoistway doors; a hanger plate installed on an upper portion of a hoistway doorframe and provided with a rail formed thereon to be engaged with the driving pulleys; an installation plate installed between the left and right connection plates; a stepped portion formed by bending a lower portion of the installation plate; and a fixing member fixed to the lower portion of the stepped portion and having both end portions installed to be in close contact with the connection plates.
A cloud-based mainframe integration system for providing at least one client (101, 102, 103) access to at least one mainframe, the at least one mainframe being accessible over a persistent communication connection, wherein the cloud-based mainframe integration system comprises: a. at least one mainframe integration server (MIS; 201), adapted for routing communications between the at least one client (101, 102, 103) and the at least one mainframe; b. wherein the at least one MIS is located within a cloud computing environment separate from a computer network in which the at least one mainframe is located; c. wherein the at least one MIS is adapted for communicating with the separate network over a non-persistent communication connection; and d. wherein the cloud-based mainframe integration system further comprises at least one mainframe communication bridge (MCB; 301) located within the network of the at least one mainframe, the at least one MCB being adapted for maintaining a persistent communication connection with the at least one mainframe and further adapted for communicating with the cloud computing environment over the non-persistent communication connection; e. wherein the at least one MIS is adapted for storing a session state relating to a request/response cycle of the communication between the at least one client (101, 102, 103) and the at least one mainframe, the session state being usable for subsequent request/response cycles between the at least one client (101, 102, 103) and the at least one mainframe; and f. wherein the at least one MIS is adapted for sending the session state to the at least one MCB for being stored at the at least one MCB. a. at least one mainframe integration server (MIS; 201), adapted for routing communications between the at least one client (101, 102, 103) and the at least one mainframe; b. wherein the at least one MIS is located within a cloud computing environment separate from a computer network in which the at least one mainframe is located; c. wherein the at least one MIS is adapted for communicating with the separate network over a non-persistent communication connection; and d. wherein the cloud-based mainframe integration system further comprises at least one mainframe communication bridge (MCB; 301) located within the network of the at least one mainframe, the at least one MCB being adapted for maintaining a persistent communication connection with the at least one mainframe and further adapted for communicating with the cloud computing environment over the non-persistent communication connection; e. wherein the at least one MIS is adapted for storing a session state relating to a request/response cycle of the communication between the at least one client (101, 102, 103) and the at least one mainframe, the session state being usable for subsequent request/response cycles between the at least one client (101, 102, 103) and the at least one mainframe; and f. wherein the at least one MIS is adapted for sending the session state to the at least one MCB for being stored at the at least one MCB.
A device for connecting sanitary equipment to a pipe, the device comprising a T-shaped fitting, having: - a first opening; - a second opening; - a third opening opening into the fitting between the first opening and the second opening, wherein the device comprises a deflector member intended to be mounted in the fitting, and comprising: - a stop portion, - a deflecting wall extending the stop portion and penetrating into the fitting, the deflecting wall forming a guide for the flow of water coming from the sanitary equipment from the first opening alone, towards the third opening characterised in that the deflector member has a leg projecting from the deflecting wall and bearing against a wall of the fitting. - a first opening; - a second opening; - a third opening opening into the fitting between the first opening and the second opening, - a stop portion, - a deflecting wall extending the stop portion and penetrating into the fitting, the deflecting wall forming a guide for the flow of water coming from the sanitary equipment from the first opening alone, towards the third opening
A control device for a hybrid vehicle which includes an internal combustion engine, an electric motor, and a power storage device that stores electric power to be supplied to said electric motor, and which runs using at least one of said internal combustion engine and said electric motor, comprising: means for setting first output power in accordance with operation by a driver; means for setting second output power greater than said first output power; means for controlling said internal combustion engine to drive in accordance with said second output power, characterized by means for stopping said internal combustion engine when said second output power is equal to or smaller than a predetermined threshold value in a first state; and stop means for stopping said internal combustion engine when said first output power is equal to or smaller than said threshold value in a second state different from said first state. means for setting first output power in accordance with operation by a driver; means for setting second output power greater than said first output power; means for controlling said internal combustion engine to drive in accordance with said second output power, characterized by means for stopping said internal combustion engine when said second output power is equal to or smaller than a predetermined threshold value in a first state; and stop means for stopping said internal combustion engine when said first output power is equal to or smaller than said threshold value in a second state different from said first state.
A portioning device for portioning and conveying elongate casings stuffed with a mass, in particular synthetic or natural gut casings stuffed with sausage meat, comprising two circulating conveyor belts (26, 28) arranged adjacently to each other for conveying the stuffed casing and which are drivable by at least one drive means, wherein each conveyor belt (26, 28) has a conveying area which in operation is moved in a conveying direction, and a return area, wherein the stuffed casing is introduced between the conveying areas of the two conveyor belts and can then be conveyed in the conveying direction, at least one divider arranged on each conveyor belt (26, 28) and projecting laterally from the conveyor belt (26, 28), wherein the divider has a first plate-shaped constriction portion for engaging with the stuffed casing and a second plate-shaped constriction portion, wherein two dividers of the adjacent conveyor belts (26, 28) cooperate in the conveying area in such a way that the stuffed casing is constricted, characterized in that the first plate-shaped constriction portion extends in operation substantially at a slant relative to a plane defined as perpendicular to the conveying direction, and the first plate-shaped constriction portion and the second plate-shaped constriction portion substantially enclose an angle of 150° ± 15°. at least one divider arranged on each conveyor belt (26, 28) and projecting laterally from the conveyor belt (26, 28), wherein the divider has a first plate-shaped constriction portion for engaging with the stuffed casing and a second plate-shaped constriction portion, wherein two dividers of the adjacent conveyor belts (26, 28) cooperate in the conveying area in such a way that the stuffed casing is constricted, characterized in that the first plate-shaped constriction portion extends in operation substantially at a slant relative to a plane defined as perpendicular to the conveying direction, and the first plate-shaped constriction portion and the second plate-shaped constriction portion substantially enclose an angle of 150° ± 15°.
An electrode assembly, comprising: one or more first electrodes comprising a cathode; one or more second electrodes comprising an anode; and a separator sheet interposed between the first electrodes and the second electrodes to be laminated alternately so as to separate them and having multiple folded portions, wherein the multiple folded portions in the separator sheet is obtained by folding in a zigzag form, and the electrode assembly has a zigzag-folded structure, wherein the separator sheet comprises a first porous polymer substrate, a first coating layer formed on one surface of the first porous polymer substrate and comprising a polymer binder and inorganic particles, the first coating layer being faced with the cathode, and a second coating layer formed on the other surface of the first porous polymer substrate and comprising a mixture of a polymer binder and inorganic particles, the second coating layer being faced with the anode and having a composition, a thickness and a porosity different from those of the first porous coating layer, and wherein the thickness ratio of the first porous coating layer and the second porous coating layer ranges from 1:9 to 4:6. one or more first electrodes comprising a cathode; one or more second electrodes comprising an anode; and a separator sheet interposed between the first electrodes and the second electrodes to be laminated alternately so as to separate them and having multiple folded portions, wherein the multiple folded portions in the separator sheet is obtained by folding in a zigzag form, and the electrode assembly has a zigzag-folded structure, wherein the separator sheet comprises a first porous polymer substrate, a first coating layer formed on one surface of the first porous polymer substrate and comprising a polymer binder and inorganic particles, the first coating layer being faced with the cathode, and a second coating layer formed on the other surface of the first porous polymer substrate and comprising a mixture of a polymer binder and inorganic particles, the second coating layer being faced with the anode and having a composition, a thickness and a porosity different from those of the first porous coating layer, and wherein the thickness ratio of the first porous coating layer and the second porous coating layer ranges from 1:9 to 4:6.
A compound of formula, or a pharmaceutically acceptable salt thereof, or a stereoisomer thereof or mixture of stereoisomers, wherein: n is an integer from 0 to 10; R 1 is a biradical selected from the group consisting of CH 2, O, NH and S; and R 2 is a (C 3 -C 15)alkyl radical. n is an integer from 0 to 10; R 1 is a biradical selected from the group consisting of CH 2, O, NH and S; and R 2 is a (C 3 -C 15)alkyl radical.
Apparatus for feeding film bags to a filling machine including a magazine having a plurality of parallel arranged magazine shafts for providing the film bags, where a transfer arm for grasping a film bag in the magazine shaft is assigned to each magazine shaft, characterised in that film bag holders for receiving and transporting the received film bags are positionable below the magazine shafts and each transfer arm being configured for transferring the grasped film bag to the film bag holder positioned below the magazine shaft.
A container comprising: a housing, comprising: a stackable, machine-manipulable rigid portion; and an expandable membrane sealingly attached to the stackable, machine-manipulable rigid portion to form an internal volume within the housing, the internal volume configured to store at least one crystalline hydration chemical and at least one crystalline therapeutic drug; a first port in the housing, the first port configured to receive sterile water for reconstitution of the at least one crystalline hydration chemical and the at least one crystalline therapeutic drug; and a second port in the housing, the second port configured to receive an intravenous set connector for delivery of a medical fluid formed from the at least one crystalline hydration chemical, the at least one crystalline therapeutic drug, and the sterile water, characterized in that wherein the stackable, machine-manipulable rigid portion includes at least one feature (600, 602) configured to engage with a corresponding feature of a second stackable, machine-manipulable container for stacking of the container and the second stackable, machine-manipulable container. a housing, comprising: a stackable, machine-manipulable rigid portion; and an expandable membrane sealingly attached to the stackable, machine-manipulable rigid portion to form an internal volume within the housing, the internal volume configured to store at least one crystalline hydration chemical and at least one crystalline therapeutic drug; a stackable, machine-manipulable rigid portion; and an expandable membrane sealingly attached to the stackable, machine-manipulable rigid portion to form an internal volume within the housing, the internal volume configured to store at least one crystalline hydration chemical and at least one crystalline therapeutic drug; a first port in the housing, the first port configured to receive sterile water for reconstitution of the at least one crystalline hydration chemical and the at least one crystalline therapeutic drug; and a second port in the housing, the second port configured to receive an intravenous set connector for delivery of a medical fluid formed from the at least one crystalline hydration chemical, the at least one crystalline therapeutic drug, and the sterile water, characterized in that wherein the stackable, machine-manipulable rigid portion includes at least one feature (600, 602) configured to engage with a corresponding feature of a second stackable, machine-manipulable container for stacking of the container and the second stackable, machine-manipulable container.
Apparatus, comprising: a sensor unit: an explosion-proof housing; and an interface between the sensor unit and the explosion-proof housing, wherein an amplifier is arranged in the explosion-proof housing, characterized in that the amplifier is arranged on a plug-in unit formed in the sensor unit. an explosion-proof housing; and an interface between the sensor unit and the explosion-proof housing, wherein an amplifier is arranged in the explosion-proof housing, characterized in that the amplifier is arranged on a plug-in unit formed in the sensor unit.
A recombinant influenza A virus comprising a mutant M gene, wherein the mutant M gene comprises two stop codons at a position corresponding to nucleotides 786-791 of SEQ ID NO: 28, and a deletion of the nucleotides corresponding to nucleotides 792-842 of SEQ ID NO: 28, wherein the sequence of the two stop codons at nucleotides corresponding to nucleotides 786-791 of SEQ ID NO: 28 is TAATAG.
A method of measuring the heat flow through a structure having a thickness, which construction comprises a first surface having a first surface temperature, and a second surface located on the opposite side of the construction relative to the first surface, wherein a temperature difference (ΔT) is formed transversely through the thickness of the construction, between the first and the second surface, according to which method - at least two temperature sensors (G1, G2) are connected to the first surface, - at least one first temperature sensor is insulated thermally from a second temperature sensor, so that the temperature (T1'), which is detected by the thermally insulated sensor, is affected by the heat flow through the construction more than the temperature (T1"), which is detected by the second temperature sensor, and the temperature difference (T1"-T1') between the second sensor and the first sensor is determined, characterized in that - in order to reduce the temperature difference, (T1"-T1') o energy (E Q) is supplied to the first sensor by warming the first surface in a region surrounding the first sensor or o energy (E Q) is discharged from the first sensor by cooling the first surface in a region surrounding the first sensor and - based on the amount of energy which ia supplied to or discharged from the first sensor, the heat flow through the construction, which heat flow depends on the temperature difference (ΔT) through the construction, is determined - at least two temperature sensors (G1, G2) are connected to the first surface, - at least one first temperature sensor is insulated thermally from a second temperature sensor, so that the temperature (T1'), which is detected by the thermally insulated sensor, is affected by the heat flow through the construction more than the temperature (T1"), which is detected by the second temperature sensor, and the temperature difference (T1"-T1') between the second sensor and the first sensor is determined, - in order to reduce the temperature difference, (T1"-T1') o energy (E Q) is supplied to the first sensor by warming the first surface in a region surrounding the first sensor or o energy (E Q) is discharged from the first sensor by cooling the first surface in a region surrounding the first sensor and o energy (E Q) is supplied to the first sensor by warming the first surface in a region surrounding the first sensor or o energy (E Q) is discharged from the first sensor by cooling the first surface in a region surrounding the first sensor and - based on the amount of energy which ia supplied to or discharged from the first sensor, the heat flow through the construction, which heat flow depends on the temperature difference (ΔT) through the construction, is determined
A method of operation of a Radio Access Network, RAN, base station (12, 16) in a cellular communications network, characterised by: sending, to a User Equipment, UE, a release message for moving the UE to a RAN controlled inactive state, wherein said release message comprises a configuration of a timer value T for a periodic updating timer.
Crane controller for controlling travel movements of a crane, in particular a gantry crane, the crane controller having control electronics and at least one input device which is connected to the control electronics and which has a grip part, a main axis of the grip part being pivotable together with the grip part in at least two pivoting directions (14, 15) oriented, in particular orthogonally, in relation to one another and electrical signals for activating at least one actuator (9, 10) of the crane being able to be generated by the control electronics as a function of an adjustment of the grip part relative to an original position of the grip part, characterised in that the grip part is displaceable with the main axis additionally in at least two, preferably three, different displacement directions (17, 18, 19) relative to the original position and electrical signals for activating the at least one actuator (9, 10) of the crane can be generated by the control electronics as a function of the adjustment of the grip part relative to the original position.