mhurhangee/patent-ind-claim-en huggingface dataset:
An extrusion blow mold machine forming hollow containers from a tube or parison of resin material, the blow mold machine comprising: at least one pair of opposing half molds that combine to form a mold and define a mold cavity, each of the half molds positioned on a respective carrier plate , and a closing unit that engages at least one of the carrier plates to move the at least one carrier plate and its respective half mold toward and away from the opposing half mold and its respective carrier plate , thereby closing and opening the mold, characterized in that each of the half molds includes a first mold segment , a second mold segment , and a third mold segment mounted adjacent to a path of the tube or parison of resin material that will form the container , the first and third mold segments are movable with respect to each other and with respect to both the second mold segment and the axis of the tube between an open position that permits passage of the tube between the mold segments , and a closed position in which the mold segments cooperate to form a closed mold cavity for blow molding the container; and a mechanical structure creating vertical movement of the first and third mold segments relative to the second mold segment as the mold opens horizontally, without the aid of any electrical, hydraulic, or pneumatic device. at least one pair of opposing half molds that combine to form a mold and define a mold cavity, each of the half molds positioned on a respective carrier plate , and a closing unit that engages at least one of the carrier plates to move the at least one carrier plate and its respective half mold toward and away from the opposing half mold and its respective carrier plate , thereby closing and opening the mold, characterized in that each of the half molds includes a first mold segment , a second mold segment , and a third mold segment mounted adjacent to a path of the tube or parison of resin material that will form the container , the first and third mold segments are movable with respect to each other and with respect to both the second mold segment and the axis of the tube between an open position that permits passage of the tube between the mold segments , and a closed position in which the mold segments cooperate to form a closed mold cavity for blow molding the container; and a mechanical structure creating vertical movement of the first and third mold segments relative to the second mold segment as the mold opens horizontally, without the aid of any electrical, hydraulic, or pneumatic device.
An inoculant for microbial copper extraction from concentrated copper sulfide ores, which is an aqueous suspension consisting of: a) a thermophilic, acidophilic bacterium isolated from the copper sulfide ore to be processed, b) sulfuric acid, c) nitrogen, phosphorus and potassium sources as nutrients, d) dissolved oxygen, and e) a concentrated copper sulfide ore prepared from the copper sulfide ore to be processed. a) a thermophilic, acidophilic bacterium isolated from the copper sulfide ore to be processed, b) sulfuric acid, c) nitrogen, phosphorus and potassium sources as nutrients, d) dissolved oxygen, and e) a concentrated copper sulfide ore prepared from the copper sulfide ore to be processed.
A method for charging-discharging interaction, comprising: transmitting (S201), by a charging-discharging device , a vehicle-to-grid (V2G) function confirmation message to a battery management system of a target vehicle ; transmitting (S202), by the charging-discharging device , a first indication message to a cloud server to indicate that the target vehicle is V2G-disabled, when no V2G function feedback message fed back by the battery management system is received within a preset period of time after transmitting the V2G function confirmation message; performing (S203), by the charging-discharging device , a non-V2G charging for the target vehicle , in response to a non-V2G charging instruction received from the cloud server , wherein the non-V2G charging instruction is transmitted by the cloud server in response to the first indication message or a non-V2G charging mode selection instruction from a terminal device communicatively connected with the cloud server . transmitting (S201), by a charging-discharging device , a vehicle-to-grid (V2G) function confirmation message to a battery management system of a target vehicle ; transmitting (S202), by the charging-discharging device , a first indication message to a cloud server to indicate that the target vehicle is V2G-disabled, when no V2G function feedback message fed back by the battery management system is received within a preset period of time after transmitting the V2G function confirmation message; performing (S203), by the charging-discharging device , a non-V2G charging for the target vehicle , in response to a non-V2G charging instruction received from the cloud server , wherein the non-V2G charging instruction is transmitted by the cloud server in response to the first indication message or a non-V2G charging mode selection instruction from a terminal device communicatively connected with the cloud server .
Pneumatic vehicle tyre, in particular utility-vehicle tyre, having a tread with at least one profile rib which runs around in a circumferential direction, is delimited on at least one side by a circumferential channel formed to a profile depth (T 1 ) and is traversed by sipes , said sipes, in plan view, at least in groups, extending parallel to one another and extending at an angle of 0° to 50° to the axial direction and having a width (b E ) of 0.4 mm to 3.0 mm, wherein each sipe has a sipe main portion and opens out by way of a respective sipe edge portion into each circumferential channel that delimits the profile rib , wherein the sipe main portion and the sipe edge portion have respective depths (t a , t b ) in a radial direction, wherein the depth (t b ) of the sipe main portion is less than the depth (t a ) of the sipe edge portion and the depth (t a ) of the sipe edge portion is 200% to 400% of the depth (t b ) of the sipe main portion , wherein, in the interior of the profile rib , the sipe edge portion , over its entire extent, opens out into a cavity (4, 4 I to 4 III ) which departs from the circumferential channel and which is of wider form in comparison with the sipe , characterized in that the sipe main portion has a length (l b ), determined along the midline (m E ) of the sipe , of 65% to 90% of the length (l E ), determined in a corresponding manner, of the sipe , wherein the depth (t b ) of the sipe main portion is 10% to 30% of the profile depth (T 1 ), and wherein the cavity (4, 4 I to 4 III ), as seen in a cross section of the sipe , is elongate in the radial direction and has in the radial direction a length (l HR ) of 25% to 45% of the profile depth (T 1 ).
A contact member comprising: a metal base ; and a coating disposed on at least part of the metal base , characterized in that the coating contains fluorinated oil having a polar group, and metal particles surface-treated with a fluorine-based compound having a polar group, the metal particles have an average primary particle size of 0.2 um to 10.0 um, and the average primary particle size of the metal particles being an arithmetic average value obtained by measuring the diameters of 20 or more metal particles using an electron microscope. a metal base ; and a coating disposed on at least part of the metal base , characterized in that the coating contains fluorinated oil having a polar group, and metal particles surface-treated with a fluorine-based compound having a polar group, the metal particles have an average primary particle size of 0.2 um to 10.0 um, and the average primary particle size of the metal particles being an arithmetic average value obtained by measuring the diameters of 20 or more metal particles using an electron microscope.
An article of footwear , comprising: an upper ; and a sole attached to the upper, the upper and sole forming an interior void ; and a control device comprising a button module , the button module comprising: a raised standoff assembly comprising a first standoff portion and a second standoff portion wherein the first standoff portion is joined to the second standoff portion by an intermediate standoff portion; and a circuit board including a panel portion , the panel portion including a first button and a second button the first and second buttons mounted on the panel portion, wherein the raised standoff assembly is secured on the panel portion of the circuit board; wherein the first standoff portion includes a first annular ridge that surrounds the first button, the first annular ridge having a first ridge height that is at least as high as a first button height of the first button; wherein the second standoff portion includes a second annular ridge that surrounds the second button, the button module being disposed adjacent to an inner surface of the upper within the interior void of the article of footwear. an upper ; and a sole attached to the upper, the upper and sole forming an interior void ; and a control device comprising a button module , the button module comprising: a raised standoff assembly comprising a first standoff portion and a second standoff portion wherein the first standoff portion is joined to the second standoff portion by an intermediate standoff portion; and a circuit board including a panel portion , the panel portion including a first button and a second button a raised standoff assembly comprising a first standoff portion and a second standoff portion wherein the first standoff portion is joined to the second standoff portion by an intermediate standoff portion; and a circuit board including a panel portion , the panel portion including a first button and a second button the first and second buttons mounted on the panel portion, wherein the raised standoff assembly is secured on the panel portion of the circuit board; wherein the first standoff portion includes a first annular ridge that surrounds the first button, the first annular ridge having a first ridge height that is at least as high as a first button height of the first button; wherein the second standoff portion includes a second annular ridge that surrounds the second button, the button module being disposed adjacent to an inner surface of the upper within the interior void of the article of footwear.
An evaporator comprising: a refrigerant evaporation unit including a flow passage in which a refrigerant evaporates; and a phase change material (PCM) accommodation unit coupled to the refrigerant evaporation unit and configured to accommodate a PCM; and a protrusion that is provided in the PCM accommodation unit in correspondence with the flow passage , and protrudes outward to form an inner space, characterised in that the PCM is disposed to be in direct contact with an outer surface of the refrigerant evaporation unit inside the PCM accommodation unit , and that the refrigerant evaporation unit is disposed to form at least one side wall of an accommodation space inside the accommodation unit . a refrigerant evaporation unit including a flow passage in which a refrigerant evaporates; and a phase change material (PCM) accommodation unit coupled to the refrigerant evaporation unit and configured to accommodate a PCM; and a protrusion that is provided in the PCM accommodation unit in correspondence with the flow passage , and protrudes outward to form an inner space, characterised in that the PCM is disposed to be in direct contact with an outer surface of the refrigerant evaporation unit inside the PCM accommodation unit , and that the refrigerant evaporation unit is disposed to form at least one side wall of an accommodation space inside the accommodation unit .
A device for quickly adjusting a vehicle glass water nozzle, characterized by , comprising: a nozzle direction adjusting body ; a position control assembly , disposed on the nozzle direction adjusting body , wherein the position control assembly comprises a first position control subassembly , a second position control subassembly and a subassembly driving mechanism, the subassembly driving mechanism being configured to adjust the position of the first position control subassembly and/or the position of the second position control subassembly , thereby changing the position of an intersection point of edges of the first and the second position control subassembly; and an adjusting body , configured to abut on an intersection point of edges of the first and the second position control subassemblies, wherein an end of the adjusting body is configured to be connected with a jet of a nozzle and thereby adjust a direction of the jet of the nozzle . a nozzle direction adjusting body ; a position control assembly , disposed on the nozzle direction adjusting body , wherein the position control assembly comprises a first position control subassembly , a second position control subassembly and a subassembly driving mechanism, the subassembly driving mechanism being configured to adjust the position of the first position control subassembly and/or the position of the second position control subassembly , thereby changing the position of an intersection point of edges of the first and the second position control subassembly; and an adjusting body , configured to abut on an intersection point of edges of the first and the second position control subassemblies, wherein an end of the adjusting body is configured to be connected with a jet of a nozzle and thereby adjust a direction of the jet of the nozzle .
Pyrotechnic switch comprising an igniter , a separating element , and a busbar , wherein a first connection and a second connection are arranged on the busbar , wherein the pyrotechnic switch is designed such that, in the activated state, the separating element disconnects the busbar , wherein the pyrotechnic switch has at least one third connection with a line , wherein the pyrotechnic switch is designed such that, in the activated state, the second connection is electrically connected to the third connection , wherein a contact element is provided which is designed to electrically contact the line of the third connection , characterized in that the contact element is of a nail-shaped design.
A method for transmitting broadcast signals, the method comprising: mapping input streams onto Physical Layer Pipes, PLPs, wherein each PLP carries at least one service component; Forward Error Correction, FEC, encoding data in each PLP; Quadrature Amplitude Modulation, QAM, mapping the encoded data with 16-QAM constellations to output first QAM symbols and second QAM symbols; Multi-input Multi-Output, MIMO, processing the first and second QAM symbols to output first and second broadcast signals, wherein the MIMO processing is performed by applying a MIMO processing matrix, the MIMO processing matrix being represented as: 1 1 + a 2 1 a a − 1 = 1 1 + a 2 a 1 + a 2 a 1 + a 2 − 1 1 + a 2 = cos ⁢ θ sin ⁢ θ sin ⁢ θ − cos ⁢ θ where a = 2 + 4 2 + 2 ; time interleaving the first and second broadcast signals; building first and second signal frames including the time interleaved first and second broadcast signals; frequency interleaving data in the built first and second signal frames; modulating the frequency interleaved data in the built first and second signal frames by an Orthogonal Frequency Division Multiplexing, OFDM, method; and transmitting the modulated data. mapping input streams onto Physical Layer Pipes, PLPs, wherein each PLP carries at least one service component; Forward Error Correction, FEC, encoding data in each PLP; Quadrature Amplitude Modulation, QAM, mapping the encoded data with 16-QAM constellations to output first QAM symbols and second QAM symbols; Multi-input Multi-Output, MIMO, processing the first and second QAM symbols to output first and second broadcast signals, wherein the MIMO processing is performed by applying a MIMO processing matrix, the MIMO processing matrix being represented as: 1 1 + a 2 1 a a − 1 = 1 1 + a 2 a 1 + a 2 a 1 + a 2 − 1 1 + a 2 = cos ⁢ θ sin ⁢ θ sin ⁢ θ − cos ⁢ θ where a = 2 + 4 2 + 2 ; time interleaving the first and second broadcast signals; building first and second signal frames including the time interleaved first and second broadcast signals; frequency interleaving data in the built first and second signal frames; modulating the frequency interleaved data in the built first and second signal frames by an Orthogonal Frequency Division Multiplexing, OFDM, method; and transmitting the modulated data.
A method for managing a system; the system comprising a wind turbine operable to generate electricity using wind energy, a control server comprising a wind turbine management module communicably coupled to the wind turbine; the method comprising: receiving, in the wind turbine management module , operational information on operational characteristics related to the operation of the wind turbine ; analyzing the operational information based on a set of rules , the set of rules including conditions to be met for automatic reset of the wind turbine, determining whether a fault of the wind turbine is automatically resettable based on the analysis; and, reseting the wind turbine if the fault of the wind turbine is determined to be automatically resettable, and in a rules engine , configuring the set of rules. receiving, in the wind turbine management module , operational information on operational characteristics related to the operation of the wind turbine ; analyzing the operational information based on a set of rules , the set of rules including conditions to be met for automatic reset of the wind turbine, determining whether a fault of the wind turbine is automatically resettable based on the analysis; and, reseting the wind turbine if the fault of the wind turbine is determined to be automatically resettable, and in a rules engine , configuring the set of rules.
A vehicle dead reckoning and GNSS-aided map-matching navigation system comprising: an estimator ; and a map-match navigation module in a handheld device, the module configured to: send map-match feedback messages to the estimator via a port , the messages including vehicle position, heading, and position variance and heading variance computed from at least one of a road width, an average road heading, a length of a snap distance vector, and road choice probabilities; receive vehicle state estimates from the estimator, the estimator including a recursive Bayesian filter that computes maximum likelihood vehicle position and heading estimates based on: GNSS position estimates, vehicle speed estimates from a speed sensor , inertial navigation estimates from inertial sensors and the map-match feedback messages received via the port including the position variance and the heading variance; receive map updates via a data-in module ; and provide navigation output via a user interface device ; the map-match navigation module further being configured to accumulate vehicle speed and heading change history based on vehicle speed estimates and inertial navigation estimates and to fit the speed and heading change history to map data to estimate vehicle position. send map-match feedback messages to the estimator via a port , the messages including vehicle position, heading, and position variance and heading variance computed from at least one of a road width, an average road heading, a length of a snap distance vector, and road choice probabilities; receive vehicle state estimates from the estimator, the estimator including a recursive Bayesian filter that computes maximum likelihood vehicle position and heading estimates based on: GNSS position estimates, vehicle speed estimates from a speed sensor , inertial navigation estimates from inertial sensors and the map-match feedback messages received via the port including the position variance and the heading variance; receive map updates via a data-in module ; and provide navigation output via a user interface device ; the map-match navigation module further being configured to accumulate vehicle speed and heading change history based on vehicle speed estimates and inertial navigation estimates and to fit the speed and heading change history to map data to estimate vehicle position.
Communication apparatus for facilitating setting up of a network slice for service provision in a time division duplex, 'TDD', system, the communication apparatus comprising: a receiver configured to receive a request for a network slice for at least one service; a processor configured to specify, for the requested network slice, at least one of an uplink/downlink, 'UL/DL', configuration and a reconfiguration timescale identifying a predetermined time duration associated with the requested network slice; and a transmitter configured to notify at least one of a communication entity of a radio access network and a communication entity of a core network of the UL/DL configuration and the reconfiguration timescale a receiver configured to receive a request for a network slice for at least one service; a processor configured to specify, for the requested network slice, at least one of an uplink/downlink, 'UL/DL', configuration and a reconfiguration timescale identifying a predetermined time duration associated with the requested network slice; and a transmitter configured to notify at least one of a communication entity of a radio access network and a communication entity of a core network of the UL/DL configuration and the reconfiguration timescale
A circuit board assembly, comprising: a circuit board ; a backing plate fixedly connected to one side of the circuit board , wherein the backing plate is provided with an accommodation portion ; an electronic element accommodated in the accommodation portion and connected to the circuit board ; and a board-to-board connector fixedly connected to one side of the backing plate that is away from the circuit board , characterised in that the accommodation portion is a through via provided on the backing plate , and the through via passes through along a height direction of the circuit board assembly; and the board-to-board connector covers the through via. a circuit board ; a backing plate fixedly connected to one side of the circuit board , wherein the backing plate is provided with an accommodation portion ; an electronic element accommodated in the accommodation portion and connected to the circuit board ; and a board-to-board connector fixedly connected to one side of the backing plate that is away from the circuit board , characterised in that the accommodation portion is a through via provided on the backing plate , and the through via passes through along a height direction of the circuit board assembly; and the board-to-board connector covers the through via.