mhurhangee/patent-ind-claim-en huggingface dataset:
A work machine used for carrying, lowering and lifting of any materials such as precast panels, railway panels etc. in work sites having restrictions such as tunnel, channel, holes etc. in width and height and showing differences along route due to such restrictions and characterized in comprising • a crane operator cabin where operator is placed to use mechanism providing control of crane for loading of cargo onto vehicle or unloading thereof, • at least a crane boom providing taking cargo from a point near to vehicle without need for lifting arms of the crane, • a crane body comprising crane operator cabin and crane boom thereon providing contact of crane with vehicle, • a chassis meeting vehicle's weight, weight of cargo carried and/ or stress occurring during crane running, • a common axis providing equal distribution of cargo carried onto tyres during travel of the vehicle, • a rear rigid axis and a front rigid axis located on tyres of vehicle, fixed onto chassis and travel system, and • a front support foot and mid-support foot meeting moment transmission during crane running and thus providing balance of vehicle, characterised in that it further comprises at least two operator cabins namely, rear and front, located on both end area of the vehicle, wherein operator sits to use vehicle, and in that the rear rigid axis and the front rigid axis located on tyres of vehicle are fixed onto chassis and travel system without suspension. • a crane operator cabin where operator is placed to use mechanism providing control of crane for loading of cargo onto vehicle or unloading thereof, • at least a crane boom providing taking cargo from a point near to vehicle without need for lifting arms of the crane, • a crane body comprising crane operator cabin and crane boom thereon providing contact of crane with vehicle, • a chassis meeting vehicle's weight, weight of cargo carried and/ or stress occurring during crane running, • a common axis providing equal distribution of cargo carried onto tyres during travel of the vehicle, • a rear rigid axis and a front rigid axis located on tyres of vehicle, fixed onto chassis and travel system, and • a front support foot and mid-support foot meeting moment transmission during crane running and thus providing balance of vehicle, characterised in that it further comprises at least two operator cabins namely, rear and front, located on both end area of the vehicle, wherein operator sits to use vehicle, and in that the rear rigid axis and the front rigid axis located on tyres of vehicle are fixed onto chassis and travel system without suspension.
A composition comprising nicotinamide mononucleotide and a pharmaceutical excipient, for use in treating vascular endothelial dysfunction in a subject, wherein the composition is for administering from 0.1 mg to 50 mg of nicotinamide mononucleotide per kg body weight per day.
A paper sheet handling apparatus comprising: an image sensor unit which includes an image capturing element that captures a paper sheet so as to discriminate the paper sheet; a controller that controls the image sensor unit; and a first attachment part that includes: a connection terminal that connects the image sensor unit and the controller with each other, the first attachment part, to which the image sensor unit is attached to be detachable, being arranged in a conveyance path for conveying the paper sheet, wherein the image sensor unit includes: a plurality of image capturing elements; a storage element that stores correction information for correcting outputs of the plurality of image capturing elements; and a circuit board on which the plurality of image capturing elements and the storage element are arranged; and the correcting includes correcting an output of the image sensor unit based on the correction information stored in the storage element of the image sensor unit. an image sensor unit which includes an image capturing element that captures a paper sheet so as to discriminate the paper sheet; a controller that controls the image sensor unit; and a first attachment part that includes: a connection terminal that connects the image sensor unit and the controller with each other, the first attachment part, to which the image sensor unit is attached to be detachable, being arranged in a conveyance path for conveying the paper sheet, wherein a connection terminal that connects the image sensor unit and the controller with each other, the first attachment part, to which the image sensor unit is attached to be detachable, being arranged in a conveyance path for conveying the paper sheet, wherein the image sensor unit includes: a plurality of image capturing elements; a storage element that stores correction information for correcting outputs of the plurality of image capturing elements; and a circuit board on which the plurality of image capturing elements and the storage element are arranged; and a plurality of image capturing elements; a storage element that stores correction information for correcting outputs of the plurality of image capturing elements; and a circuit board on which the plurality of image capturing elements and the storage element are arranged; and the correcting includes correcting an output of the image sensor unit based on the correction information stored in the storage element of the image sensor unit.
An NFC card activation method, applied to a first electronic device, wherein a Bluetooth function is enabled in the first electronic device, and the method comprises: detecting (S91) that a Bluetooth connection event occurs between Bluetooth identifiers of multiple second electronic devices and the first electronic device, wherein each of the second electronic devices is associated with a different Bluetooth identifier; selecting (S94) the Bluetooth identifier with the highest Bluetooth signal strength of the respective second electronic device from the Bluetooth identifiers as a target Bluetooth identifier; and activating (S96) NFC cards corresponding to the target Bluetooth identifier. detecting (S91) that a Bluetooth connection event occurs between Bluetooth identifiers of multiple second electronic devices and the first electronic device, wherein each of the second electronic devices is associated with a different Bluetooth identifier; selecting (S94) the Bluetooth identifier with the highest Bluetooth signal strength of the respective second electronic device from the Bluetooth identifiers as a target Bluetooth identifier; and activating (S96) NFC cards corresponding to the target Bluetooth identifier.
A mutant Hin DNA ligase that has at least 70%, at least 80% or at least 90%, or at least 95% or at least 99% identity to Hin DNA ligase sequence provided in Table 1C which ligase comprises two amino acid mutations at positions 93 and 193 of Hin DNA ligase sequence provided in Table 1C which consist of changing the glycine at position 193 to aspartic acid or glutamic acid and changing the threonine at position 93 to serine.
Method for producing three-dimensional work pieces, the method comprising the following steps: - supplying gas to a process chamber accommodating a carrier and a powder application device , - applying a layer of raw material powder onto the carrier by means of the powder application device , - selectively irradiating electromagnetic or particle radiation onto the raw material powder applied onto the carrier by means of an irradiation device , and - discharging gas containing particulate impurities from the process chamber , characterized in that the method further comprises the steps of - filtering the particulate impurities from the discharged gas stream, and - controlling the operation of the irradiation device by means of a control unit such that a radiation beam emitted by at least one radiation source of the irradiation device is guided over the layer of raw material powder applied onto the carrier according to a radiation pattern containing a plurality of scan vectors (V, V'), wherein the scan vectors (V, V'), in at least a section of the radiation pattern (56, 56"), extend substantially parallel to each other and are directed in opposite directions, and wherein the scan vectors (V, V') of the substantially parallel scan vectors (V, V') extend at an angle (γ, γ') between 30° and 60°, between 120° and 150°, between 210° and 240° or between 300° and 330° with respect to a direction of flow (F) of a gas stream flowing through the process chamber . - supplying gas to a process chamber accommodating a carrier and a powder application device , - applying a layer of raw material powder onto the carrier by means of the powder application device , - selectively irradiating electromagnetic or particle radiation onto the raw material powder applied onto the carrier by means of an irradiation device , and - discharging gas containing particulate impurities from the process chamber , characterized in that the method further comprises the steps of - filtering the particulate impurities from the discharged gas stream, and - controlling the operation of the irradiation device by means of a control unit such that a radiation beam emitted by at least one radiation source of the irradiation device is guided over the layer of raw material powder applied onto the carrier according to a radiation pattern containing a plurality of scan vectors (V, V'), wherein the scan vectors (V, V'), in at least a section of the radiation pattern (56, 56"), extend substantially parallel to each other and are directed in opposite directions, and wherein the scan vectors (V, V') of the substantially parallel scan vectors (V, V') extend at an angle (γ, γ') between 30° and 60°, between 120° and 150°, between 210° and 240° or between 300° and 330° with respect to a direction of flow (F) of a gas stream flowing through the process chamber .
Heat exchanger of the brazed plate type comprising a stack of plates arranged parallel to one another and to a longitudinal direction (z) so as to define between said plates a plurality of passages designed for the flow of at least a first fluid in the longitudinal direction (z), said passages being delimited by sealing bars positioned between the plates , at least one sealing bar extending parallel to the longitudinal direction (z) and at least one sealing bar extending in a lateral direction (x) perpendicular to the longitudinal direction (z), characterized in that at least one blind orifice is formed in at least one of the sealing bars sealing at least one passage and opens to the outside of the stack via an opening , a temperature probe being arranged in the orifice .
An array microphone system comprising: a substrate ; and a plurality of microphones arranged, on the substrate , in a number of concentric, nested rings of varying sizes, each ring comprising a subset of the plurality of microphones positioned at predetermined intervals along a circumference of the ring, wherein the rings are positioned at different radial distances from a central point of the substrate to form a nested configuration, and wherein the rings are harmonically nested. a substrate ; and a plurality of microphones arranged, on the substrate , in a number of concentric, nested rings of varying sizes, each ring comprising a subset of the plurality of microphones positioned at predetermined intervals along a circumference of the ring, wherein the rings are positioned at different radial distances from a central point of the substrate to form a nested configuration, and wherein the rings are harmonically nested.
A display device for a vehicle, comprising: a first frame configured to be coupled to a dashboard of the vehicle; a first roller coupled to the first frame and configured to rotate about a first rotary shaft (S1); a second roller located vertically above the first roller and coupled to the first frame , the second roller being configured to rotate about a second rotary shaft (S2) that extends parallel to the first rotary shaft (S1); a driving track disposed around the first roller and the second roller , at least a portion of the driving track being configured to bend; a second frame coupled to the driving track and configured to reciprocate upward and downward relative to the first frame ; a flexible display having a first portion coupled to the second frame and a second portion coupled to the driving track , the flexible display being configured to receive power from the vehicle; and an actuator configured to receive power from the vehicle and to move the second frame upward and downward relative to the first frame , wherein the driving track comprises: a first coupling disposed at a first end of the driving track and coupled to a lower end of the second frame ; and a second coupling disposed at a second end of the driving track and coupled to the second frame , the second coupling being disposed vertically above the first coupling . a first frame configured to be coupled to a dashboard of the vehicle; a first roller coupled to the first frame and configured to rotate about a first rotary shaft (S1); a second roller located vertically above the first roller and coupled to the first frame , the second roller being configured to rotate about a second rotary shaft (S2) that extends parallel to the first rotary shaft (S1); a driving track disposed around the first roller and the second roller , at least a portion of the driving track being configured to bend; a second frame coupled to the driving track and configured to reciprocate upward and downward relative to the first frame ; a flexible display having a first portion coupled to the second frame and a second portion coupled to the driving track , the flexible display being configured to receive power from the vehicle; and an actuator configured to receive power from the vehicle and to move the second frame upward and downward relative to the first frame , wherein the driving track comprises: a first coupling disposed at a first end of the driving track and coupled to a lower end of the second frame ; and a second coupling disposed at a second end of the driving track and coupled to the second frame , the second coupling being disposed vertically above the first coupling . a first coupling disposed at a first end of the driving track and coupled to a lower end of the second frame ; and a second coupling disposed at a second end of the driving track and coupled to the second frame , the second coupling being disposed vertically above the first coupling .
A circuit module comprising a first module and a second module , the first module comprising: a ground connection ; a power connection ; a shunt regulator coupled to the power connection and to the ground connection; wherein the shunt regulator includes an active current sink, the active current sink is adjusted by the shunt regulator to regulate a voltage between the power connection and the ground connection to a predetermined target voltage; a current measuring circuit that measures a current flowing between the power connection and the ground connection; one or more communication connections ; and a digital logic circuit coupled to the one or more communication connections to send and receive communications, wherein the digital logic circuit responds to communications addressed to a communication address with the communication address based on the current measured by the current measuring circuit; wherein the first module is identical to the second module; a first power voltage is coupled to the first module via a first source resistor ; and a second power voltage is coupled to the second module via a second source resistor , wherein the first source resistor is not the same as the second source resistor. a ground connection ; a power connection ; a shunt regulator coupled to the power connection and to the ground connection; wherein the shunt regulator includes an active current sink, the active current sink is adjusted by the shunt regulator to regulate a voltage between the power connection and the ground connection to a predetermined target voltage; a current measuring circuit that measures a current flowing between the power connection and the ground connection; one or more communication connections ; and a digital logic circuit coupled to the one or more communication connections to send and receive communications, wherein the digital logic circuit responds to communications addressed to a communication address with the communication address based on the current measured by the current measuring circuit; wherein the first module is identical to the second module; a first power voltage is coupled to the first module via a first source resistor ; and a second power voltage is coupled to the second module via a second source resistor , wherein the first source resistor is not the same as the second source resistor.
Arrangement comprising - a module of a modular multilevel converter , which module has a first module terminal , a second module terminal , a first electronic switching element , a second electronic switching element and an electrical energy storage unit , - a mechanical bypass switch , which is arranged between the first module terminal and the second module terminal and which electrically bypasses the module in the state in which it is switched on, and - an electronic switching unit , which is arranged between the first module terminal and the second module terminal and which electrically bypasses the module in the state in which it is switched on, characterized in that - the arrangement is configured so that the electronic switching unit and the mechanical bypass switch are supplied with the same switch-on signal or simultaneously produced switch-on signals so that the switch-on process is initiated in the electronic switching unit and the mechanical bypass switch simultaneously. - a module of a modular multilevel converter , which module has a first module terminal , a second module terminal , a first electronic switching element , a second electronic switching element and an electrical energy storage unit , - a mechanical bypass switch , which is arranged between the first module terminal and the second module terminal and which electrically bypasses the module in the state in which it is switched on, and - an electronic switching unit , which is arranged between the first module terminal and the second module terminal and which electrically bypasses the module in the state in which it is switched on, characterized in that - the arrangement is configured so that the electronic switching unit and the mechanical bypass switch are supplied with the same switch-on signal or simultaneously produced switch-on signals so that the switch-on process is initiated in the electronic switching unit and the mechanical bypass switch simultaneously.
A driver for a micro-electro-mechanical-system, MEMS, device, the driver comprising: a first input configured to receive a first direct current, DC, command signal (Vincm); a second differential input configured to receive a second alternating current, AC, command signal (Vinp, Vinn); and a differential amplifier configured to receive a high voltage supply, the differential amplifier configured to provide, to the MEMS device, a closed-loop output signal responsive to both the first DC command signal (Vincm) and the second AC command signal (Vinp, Vinn) in a first state, and to provide an open loop output signal configured to substantially span a voltage range of the high voltage supply in a second state. a first input configured to receive a first direct current, DC, command signal (Vincm); a second differential input configured to receive a second alternating current, AC, command signal (Vinp, Vinn); and a differential amplifier configured to receive a high voltage supply, the differential amplifier configured to provide, to the MEMS device, a closed-loop output signal responsive to both the first DC command signal (Vincm) and the second AC command signal (Vinp, Vinn) in a first state, and to provide an open loop output signal configured to substantially span a voltage range of the high voltage supply in a second state.
A method for manufacturing a composite material structure using a co-curing process, the structure being formed by at least one structural component positioned on a base laminate , the method comprising the following steps: a) for each uncured structural component , manufacturing it by laying-up and forming steps so that the structural component comprises a foot (1.1) adapted to contact on the base laminate wherein such foot (1.1) comprises a peripheral tapered foot edge (1.1.1); each uncured structural component being surrounded by a vacuum strip secured between curing tools; b) positioning each of the at least one uncured structural component on an uncured base laminate in the areas foreseen for the attachment, the vacuum strip of each uncured structural component forming a vacuum bag with complementary pieces (4.1, 4.2) of the same material so that the resulting vacuum bag extends over the entire uncured base laminate ; c) applying a curing cycle to the assembly resulting from the previous step for curing together each of the at least one structural components with the base laminate , manufacturing the composite material structure thereby. a) for each uncured structural component , manufacturing it by laying-up and forming steps so that the structural component comprises a foot (1.1) adapted to contact on the base laminate wherein such foot (1.1) comprises a peripheral tapered foot edge (1.1.1); each uncured structural component being surrounded by a vacuum strip secured between curing tools; b) positioning each of the at least one uncured structural component on an uncured base laminate in the areas foreseen for the attachment, the vacuum strip of each uncured structural component forming a vacuum bag with complementary pieces (4.1, 4.2) of the same material so that the resulting vacuum bag extends over the entire uncured base laminate ; c) applying a curing cycle to the assembly resulting from the previous step for curing together each of the at least one structural components with the base laminate , manufacturing the composite material structure thereby.
A cleaning system for surfaces in an application space, configured for automatic and autonomous operation, comprising at least one automatically movable supply robot and at least one automatically movable cleaning satellite , wherein a control link for co-operative operation exists between the at least one supply robot and the at least one cleaning satellite , characterized in that the at least one supply robot can provision at least one auxiliary material for continuous or discontinuous delivery from an auxiliary material storage tank to the at least one cleaning satellite , and that the at least one supply robot can automatically draw the at least one auxiliary material and energy from a service station and return to the location of the cleaning task on the surface to at least transfer the at least one auxiliary material to the at least one cleaning satellite .