mhurhangee/ep-ind-claims huggingface dataset:
A system for the project-related management of a plurality of battery packs for one or more electric tools, wherein - the system comprises a database, which stores a project schedule for a project and a selection of electric tools to be employed during the project, - the project includes a number of working steps, which can be performed using the selection of electric tools to be employed; - the project schedule includes one or more nominal periods of time or nominal completion points of time for the working steps of the project; - the system comprises a storage device for storing the plurality of battery packs, wherein the storage device includes at least one charging device (5, 5') for selectively charging and discharging the plurality of battery packs; - the system comprises a control system, which is configured to determine a charging strategy depending on the project schedule and on the selection of electric tools to be employed and to control the at least one charging device (5, 5') according to the charging strategy for charging and/or discharging the plurality of battery packs; - the control system is configured to determine a charging schedule for charging and/or discharging the plurality of battery packs depending on the project schedule and on the selection of electric tools to be employed as a part of the charging strategy and to control the at least one charging device (5, 5') according to the charging schedule for charging and/or discharging the plurality of battery packs. - the system comprises a database, which stores a project schedule for a project and a selection of electric tools to be employed during the project, - the project includes a number of working steps, which can be performed using the selection of electric tools to be employed; - the project schedule includes one or more nominal periods of time or nominal completion points of time for the working steps of the project; - the system comprises a storage device for storing the plurality of battery packs, wherein the storage device includes at least one charging device (5, 5') for selectively charging and discharging the plurality of battery packs; - the system comprises a control system, which is configured to determine a charging strategy depending on the project schedule and on the selection of electric tools to be employed and to control the at least one charging device (5, 5') according to the charging strategy for charging and/or discharging the plurality of battery packs; - the control system is configured to determine a charging schedule for charging and/or discharging the plurality of battery packs depending on the project schedule and on the selection of electric tools to be employed as a part of the charging strategy and to control the at least one charging device (5, 5') according to the charging schedule for charging and/or discharging the plurality of battery packs.
A two-piece packaging box comprising a tray which can store an article therein, and a cover which can cover the tray, wherein the tray and the cover can be fixed together to form the packaging box, and can be disconnected from each other to unpack the packaging box, wherein the tray has vertical ridges of which at least one is formed with a window, the cover has vertical ridges of which at least one is formed with a cut defining an engaging portion, and the cover is formed with cut lines, wherein the tray and the cover are configured such that with the tray covered by the cover, when the engaging portion is pushed in, the engaging portion is engaged in the window, thereby fixing the cover to the tray, characterized in that the tray and the cover are further configured such that when the cover is cut along the cut lines, the cover becomes collapsible such that the cover is separable from the tray, wherein the cover comprises an outer periphery comprising side walls (21 a) and end walls opposed to each other and adjacent to the side walls (21 a), and a top wall comprising top flaps integrally connected to a top end of the outer periphery and superposed on and fixed to each other, wherein the cut lines are each formed in each of the end walls to extend from an intermediate portion of a lower end edge of the corresponding end wall to two corresponding corners of the top wall.
One or more computer-readable media having instructions that, when executed, cause an evolved NodeB, eNB, to perform operations to transmit synchronization signals for time and frequency synchronization between the eNB and user equipments, UEs, for narrowband Internet of Things, NB-IoT, the operations comprising: concatenating a plurality of short Zadoff-Chu, ZC, sequences each having a different root index; generating an NB-IoT Primary Synchronization Signal, NB-PSS, using the concatenated ZC sequences, the ZC sequences being ordered to indicate an offset for use by a UE, wherein changing order of ZC sequences changes ordering of root indices to indicate different offsets; and transmitting the resulting NB-PSS by the eNB in a periodic manner to the UE, wherein, the offset is identified by the order of the ZC sequences. concatenating a plurality of short Zadoff-Chu, ZC, sequences each having a different root index; generating an NB-IoT Primary Synchronization Signal, NB-PSS, using the concatenated ZC sequences, the ZC sequences being ordered to indicate an offset for use by a UE, wherein changing order of ZC sequences changes ordering of root indices to indicate different offsets; and transmitting the resulting NB-PSS by the eNB in a periodic manner to the UE, wherein, the offset is identified by the order of the ZC sequences.
A power transmission device comprising a clutch outer that is linked to a power input side and retains a friction plate, a clutch hub that is supported relatively rotatably with respect to the clutch outer and retains a clutch plate that can be in frictional contact with the friction plate, an active gear that is linked to the clutch hub and has an engagement projection, a follower gear having an engagement recess and being coaxially supported with respect to the active gear which is displaceable in an axial direction, wherein the engagement projection engages with the engagement recess when moving the active gear in the axial direction from an axial reference position to an operating position, and a friction damper that is present between the clutch outer and the clutch hub.
A non-contact charging device, comprising: a power receiving device (1B, 2B) having at least a power receiving coil which is configured to receive electric power from a power transmitting coil in a non-contact manner by magnetic coupling; a battery which is configured to be charged by the electric power; a state-of-charge detection unit which is configured to detect the state of charge of the battery; and a charge control unit which is configured to control charging power for the battery according to the state of charge detected by the state-of-charge detection unit, characterized by further comprising: a permissible charging range setting unit configured to set a permissible charging range indicating the range of the position of the power transmitting coil relative to the position of the power receiving coil, in which the charging of the battery is possible and permitted, according to the state of charge detected by the state-of-charge detection unit, wherein the permissible charging range setting unit is configured to set the permissible charging range wider as the state of charge is higher. a power receiving device (1B, 2B) having at least a power receiving coil which is configured to receive electric power from a power transmitting coil in a non-contact manner by magnetic coupling; a battery which is configured to be charged by the electric power; a state-of-charge detection unit which is configured to detect the state of charge of the battery; and a charge control unit which is configured to control charging power for the battery according to the state of charge detected by the state-of-charge detection unit, characterized by further comprising: a permissible charging range setting unit configured to set a permissible charging range indicating the range of the position of the power transmitting coil relative to the position of the power receiving coil, in which the charging of the battery is possible and permitted, according to the state of charge detected by the state-of-charge detection unit, wherein the permissible charging range setting unit is configured to set the permissible charging range wider as the state of charge is higher. a permissible charging range setting unit configured to set a permissible charging range indicating the range of the position of the power transmitting coil relative to the position of the power receiving coil, in which the charging of the battery is possible and permitted, according to the state of charge detected by the state-of-charge detection unit, wherein the permissible charging range setting unit is configured to set the permissible charging range wider as the state of charge is higher.
An apparatus for controlling a linear compressor, the apparatus comprising: a driver that drives a linear compressor including a motor, based on a control signal; a current detector that detects a motor current of the linear compressor; a voltage detector that detects a motor voltage of the linear compressor; and a controller, characterized in that: the controller generates the control signal, based on the motor current and the motor voltage, wherein the controller applies a test signal to the linear compressor and identifies a kind of the motor, based on the motor current and the motor voltage, which are measured, and wherein the test signal may be one of different kinds of signals, and wherein as the test signal is applied, each one of the motor current and the motor voltage is differently output in units of two or more time sections. a driver that drives a linear compressor including a motor, based on a control signal; a current detector that detects a motor current of the linear compressor; a voltage detector that detects a motor voltage of the linear compressor; and a controller, characterized in that: the controller generates the control signal, based on the motor current and the motor voltage, wherein the controller applies a test signal to the linear compressor and identifies a kind of the motor, based on the motor current and the motor voltage, which are measured, and wherein the test signal may be one of different kinds of signals, and wherein as the test signal is applied, each one of the motor current and the motor voltage is differently output in units of two or more time sections. the controller generates the control signal, based on the motor current and the motor voltage, wherein the controller applies a test signal to the linear compressor and identifies a kind of the motor, based on the motor current and the motor voltage, which are measured, and wherein the test signal may be one of different kinds of signals, and wherein as the test signal is applied, each one of the motor current and the motor voltage is differently output in units of two or more time sections.
A dryer comprising a monitoring device, wherein the monitoring device includes a means for sensing a physical parameter at a sensing locus within the dryer, said means comprising an optical sensing fiber (38, 62), characterised in that the optical sensing fiber (38, 62) has at least one fiber Bragg grating (54, 64).
A computer-implemented method of optimizing execution of a query that accesses data by a computer, the method comprising: representing a given set of multidimensional data including a plurality of data points having a value by a hierarchical tree data structure including nodes (815, 820, 825, 830, 835), each node (815, 820, 825, 830, 835) representing a distribution of a subset of the points in the data set and being partitioned into tiles; characterized in that the method further comprises calculating a bounding rectangle of the set of all given data points; entering all non-empty tiles into a queue; processing of the queue can continue until a computational memory space limit is reached or until a desired estimation resolution is met; encoding the resulting tree structure, the tree structure providing a mechanism for generating cardinality estimates; determining compression scales for the hierarchical tree data structure, the compression scale including a compression factor and a decompression factor; persisting a record of the compression scales; and during the processing of the queue, compressing and decompressing the nodes (815, 820, 825, 830, 835) using the compression scales. representing a given set of multidimensional data including a plurality of data points having a value by a hierarchical tree data structure including nodes (815, 820, 825, 830, 835), each node (815, 820, 825, 830, 835) representing a distribution of a subset of the points in the data set and being partitioned into tiles; characterized in that the method further comprises calculating a bounding rectangle of the set of all given data points; entering all non-empty tiles into a queue; processing of the queue can continue until a computational memory space limit is reached or until a desired estimation resolution is met; encoding the resulting tree structure, the tree structure providing a mechanism for generating cardinality estimates; determining compression scales for the hierarchical tree data structure, the compression scale including a compression factor and a decompression factor; persisting a record of the compression scales; and during the processing of the queue, compressing and decompressing the nodes (815, 820, 825, 830, 835) using the compression scales.
A cathode active material, which comprises a lithium-free metal oxide and a lithium-containing material with high irreversible capacity, wherein the material with high irreversible capacity loses 50% or more of its initially charged capacity by an irreversible phase transition upon a first lithium deintercalation cycle, the material with high irreversible capacity is at least one compound selected from the group consisting of: Li 2+x Ni 1-y M y O 2+α (wherein -0.5≤x≤0.5; 0 ≤y≤1; 0≤α<0.3; M is at least one element selected from the group consisting of P, B, C, Al, Sc, Sr, Ti, V, Zr, Mn, Fe, Co, Cu, Zn, Cr, Mg, Nb, Mo and Cd); Li x VO 3 (wherein 1≤x≤6); Li 3 Fe 2 (PO 4) 3; Li 3 Fe 2 (SO 4) 3; and Li 3 V(PO 4) 3, the lithium-free metal oxide is at least one compound selected from the group consisting of V 6 O 13, Cr 3 O 8, CrO 2, Al 2 O 3, ZrO 2, AlPO 4, TiO 2 and MgO, and said cathode active material is characterised in that the lithium-free metal oxide and the lithium-containing material with high irreversible capacity are mixed with each other.
A method for providing, by a receiving apparatus, UE, configured with at least one serving cell including a primary cell, simultaneous feedback on reconfiguration attempts of search spaces for enhanced physical downlink control channels, E-PDCCH, and feedback on at least one downlink transmission to a transmitting apparatus, eNB, the method comprising the following steps performed by said receiving apparatus, UE: receiving said at least one downlink transmission via the at least one serving cell from the transmitting apparatus, receiving from the transmitting apparatus reconfiguration information for reconfiguration of the search spaces for at least one serving cell, determining for said at least one downlink transmission whether the received downlink transmission can be decoded successfully, and determining whether the received reconfiguration information can be decoded successfully, characterised by: generating a feedback tuple including ACK/NACK/DTXs determined based on the successful/un-successful decoding of the at least one downlink transmission and including ACK/DTXs determined based on the successful/un-successful decoding of the reconfiguration information, transmitting the feedback tuple as a combination of: - a selected one of a plurality of uplink resources available for transmitting the feedback tuple via the primary cell, and - a selected one of a plurality of modulation symbols of a modulation scheme for transmission on the selected uplink resource. receiving said at least one downlink transmission via the at least one serving cell from the transmitting apparatus, receiving from the transmitting apparatus reconfiguration information for reconfiguration of the search spaces for at least one serving cell, determining for said at least one downlink transmission whether the received downlink transmission can be decoded successfully, and determining whether the received reconfiguration information can be decoded successfully, characterised by: generating a feedback tuple including ACK/NACK/DTXs determined based on the successful/un-successful decoding of the at least one downlink transmission and including ACK/DTXs determined based on the successful/un-successful decoding of the reconfiguration information, generating a feedback tuple including ACK/NACK/DTXs determined based on the successful/un-successful decoding of the at least one downlink transmission and including ACK/DTXs determined based on the successful/un-successful decoding of the reconfiguration information, transmitting the feedback tuple as a combination of: - a selected one of a plurality of uplink resources available for transmitting the feedback tuple via the primary cell, and - a selected one of a plurality of modulation symbols of a modulation scheme for transmission on the selected uplink resource. - a selected one of a plurality of uplink resources available for transmitting the feedback tuple via the primary cell, and - a selected one of a plurality of modulation symbols of a modulation scheme for transmission on the selected uplink resource.
A camera assembly comprising: a camera body; a camera lens; a cradle that communicates signals between the camera body and the camera lens, wherein the cradle includes a bayonet mount to selectively receive modules; a short wave infrared sensor module selectively received within the cradle, and wherein the cradle includes a first portion positioned axially between the camera body and the short wave infrared sensor module when the short wave infrared sensor module is received within the cradle, and a second portion positioned axially between the short wave infrared sensor module and the camera lens when the short wave infrared sensor module is received within the cradle, and wherein the cradle includes a lid that is secured to the first portion and the second portion to secure the short wave infrared sensor module within the cradle. a camera body; a camera lens; a cradle that communicates signals between the camera body and the camera lens, wherein the cradle includes a bayonet mount to selectively receive modules; a short wave infrared sensor module selectively received within the cradle, and wherein the cradle includes a first portion positioned axially between the camera body and the short wave infrared sensor module when the short wave infrared sensor module is received within the cradle, and a second portion positioned axially between the short wave infrared sensor module and the camera lens when the short wave infrared sensor module is received within the cradle, and wherein the cradle includes a lid that is secured to the first portion and the second portion to secure the short wave infrared sensor module within the cradle.
A preparation including a base containing 0.5% or 1% of (2,6-dichlorophenyl)amide salt of carbopentoxysulfanilic acid of the general formula: wherein X is Na, K, or NH 4, for use in treating recurring diseases of the skin and mucous membranes caused by HSV-1 or HSV-2, wherein the preparation is applied twice daily for 3-5 days as a first course and then 1-2 times daily for 2-3 days as a second course when signs of relapse appear.
An implantable occlusion device for filling an aneurysm, the occlusion device comprising: a support structure comprising a wire, the support structure comprising a proximal end and a distal end; and a plurality of mesh components (404, 408) longitudinally spaced along the support structure, each mesh component (404, 408) comprising a porosity, each mesh component (404, 408) being configured to transition between a compressed state and an uncompressed state, wherein each mesh component (404, 408) forms a conical shape in the uncompressed state so that each mesh component (404, 408) comprises an apex and an open end, the apex of each mesh component (404, 408) being attached to the support structure, and characterised in that in the compressed state, each mesh component (404, 408) is wrapped around the support structure. a support structure comprising a wire, the support structure comprising a proximal end and a distal end; and a plurality of mesh components (404, 408) longitudinally spaced along the support structure, each mesh component (404, 408) comprising a porosity, each mesh component (404, 408) being configured to transition between a compressed state and an uncompressed state, wherein each mesh component (404, 408) forms a conical shape in the uncompressed state so that each mesh component (404, 408) comprises an apex and an open end, the apex of each mesh component (404, 408) being attached to the support structure, and characterised in that in the compressed state, each mesh component (404, 408) is wrapped around the support structure.
Shoe sole including a stability element within the sole, wherein the stability element has respectively one medial and one lateral end, and is disposed in a substantially arcuate manner along the toe region of the shoe sole and extends in this regard along the medial and lateral sides of the sole in the toe region, wherein the medial end of the stability element is located approximately at the level of the big toe, and characterised in that the lateral end of the stability element is located approximately at the level of the little toe.
Gas turbine engine diffuser defined between an external casing and an internal casing of said engine and supplied with air via an upstream annular diffuser duct, comprising a combustion chamber of the convergent type, forming an external annular duct with the external casing and an internal annular duct with the internal casing, said combustion chamber being positioned in the diffuser so as to distribute between said external and internal annular ducts at least a portion of the air flowing from said diffuser to enter the combustion chamber, characterised in that it comprises a cowling arranged between the external casing and the combustion chamber and partially closing off the external annular duct, the cowling comprising a body substantially in the form of a part exhibiting symmetry of revolution about a cowling axis, the body having a substantially flat cross section and having a radially external end and a radially internal end, the cowling comprising an external edge extending from said radially external end and an internal edge extending from said radially internal end, the external edge bearing against an internal face of the external casing.
A wafer processing laminate comprising a support, a temporary adhesive material layer formed on the support, and a wafer laminated on the temporary adhesive material layer, the wafer having a circuit-forming front surface and a back surface to be processed, wherein the temporary adhesive material layer comprises a complex temporary adhesive material layer having a two-layered structure that includes a first temporary adhesive layer composed of a thermoplastic organopolysiloxane polymer layer having a film thickness of less than 100 nm and a second temporary adhesive layer composed of a thermosetting siloxane-modified polymer layer, the first temporary adhesive layer being releasably laminated to the front surface of the wafer, the second temporary adhesive layer being releasably laminated to the first temporary adhesive layer and the support.