mhurhangee/patent-ind-claim-en huggingface dataset:
A tool which can be mounted on a first satellite for opening an access component of a second satellite , the access component on the second satellite having rotatable and static features coaxially aligned along a first axis , comprising: a housing including a motor mounted in said housing , a gear shifter coupled to said motor ; an adjustable wrench mechanism mounted in said housing including at least first and second adjustable wrenches coaxially aligned one on top of the other along a second axis , each of said at least first and second adjustable wrenches being configured to engage the access component with features of different sizes; a differential gearbox mounted in said housing coupled to said at least first and second adjustable wrenches, the gearbox being configured to split the torque received by the gear shifter evenly between said at least first and second adjustable wrenches; and wherein, when the tool is positioned with the adjustable wrench mechanism down over; the access component with the second axis coincident with the first axis , one of said at least two adjustable wrenches is configured to engage the rotatable feature of the access component and the other of said at least two adjustable wrenches is configured to engage the static feature of the access component such that the adjustable wrench mechanism applies equal and opposite forces to the rotatable feature and the static feature to apply bi-directional torque to the rotatable feature while reacting the torque on the static feature. a motor mounted in said housing , a gear shifter coupled to said motor ; an adjustable wrench mechanism mounted in said housing including at least first and second adjustable wrenches coaxially aligned one on top of the other along a second axis , each of said at least first and second adjustable wrenches being configured to engage the access component with features of different sizes; a differential gearbox mounted in said housing coupled to said at least first and second adjustable wrenches, the gearbox being configured to split the torque received by the gear shifter evenly between said at least first and second adjustable wrenches; and wherein, when the tool is positioned with the adjustable wrench mechanism down over; the access component with the second axis coincident with the first axis , one of said at least two adjustable wrenches is configured to engage the rotatable feature of the access component and the other of said at least two adjustable wrenches is configured to engage the static feature of the access component such that the adjustable wrench mechanism applies equal and opposite forces to the rotatable feature and the static feature to apply bi-directional torque to the rotatable feature while reacting the torque on the static feature.
A braking simulation system for a continental railroad car, the braking simulation system comprising: a locomotive provided with a braking system ; two or more freight carriages installed at a rear of the locomotive and connected thereto, the two or more freight carriages being connected to each other; a running rail on which the locomotive and freight carriages are driven; characterized in that it comprises a braking module in which braking devices provided in the two or more freight carriages of the railroad car are modularized in a stackable form, wherein the braking module comprises braking modules connected in series to the braking system of the locomotive and stacked in multiple layers on an upper part of each freight carriage . a locomotive provided with a braking system ; two or more freight carriages installed at a rear of the locomotive and connected thereto, the two or more freight carriages being connected to each other; a running rail on which the locomotive and freight carriages are driven; characterized in that it comprises a braking module in which braking devices provided in the two or more freight carriages of the railroad car are modularized in a stackable form, wherein the braking module comprises braking modules connected in series to the braking system of the locomotive and stacked in multiple layers on an upper part of each freight carriage .
An absorbent article comprising: a chassis comprising an outer layer , an absorbent layer and inner layer , wherein the chassis further comprises: a first portion , a second portion having a top edge , a waist margin extending along the second portion top edge, wherein a length of the waist margin is separated from the second portion top edge by a void extending along a section of the second portion top edge, a center portion extending between the first and second portions, and a plurality of side panels connected with the first portion and second portion, wherein the first portion, second portion and side panels form a waist opening and first and second leg openings ; and a pouch attached to the chassis second portion outer layer , the pouch having a margin extending along a top edge of the pouch, wherein a length of the pouch margin is separated from the pouch top edge by a void extending along a section of the pouch top edge; wherein the second portion waist margin void and the pouch margin void form first and second handles . a first portion , a second portion having a top edge , a waist margin extending along the second portion top edge, wherein a length of the waist margin is separated from the second portion top edge by a void extending along a section of the second portion top edge, a center portion extending between the first and second portions, and a plurality of side panels connected with the first portion and second portion, wherein the first portion, second portion and side panels form a waist opening and first and second leg openings ; and a pouch attached to the chassis second portion outer layer , the pouch having a margin extending along a top edge of the pouch, wherein a length of the pouch margin is separated from the pouch top edge by a void extending along a section of the pouch top edge; wherein the second portion waist margin void and the pouch margin void form first and second handles .
A fiber mat reinforced resin composite comprising a reinforcing constituent of fibers in the form of at least one mat embedded within a resin matrix, characterized in that the resin matrix comprises thermoset resin and lignin crosslinked with a curing agent, and in that the fibers are natural fibers originating from a plant and/or animal source and having an average length of 150 μm - 9 mm as determined with a Kajaani Fiberlab device by the method according to standard ISO 16065-1, and wherein lignin is penetrated between the fibers of the at least one mat.
A method for detecting the temperature of electrical apparatuses in an industrial cabinet , comprising the steps of a) preparing a map of sensitive points inside the cabinet , said map comprising a list of coordinates of said sensitive points, preferably as pairs of X- and Y-axis coordinates with respect to a predetermined origin point, and, for each sensitive point of said map: b) moving a radiometric video camera at the sensitive point, c) performing, by means of said radiometric video camera , a preliminary detection of the temperatures in a measurement area located around the sensitive point, d) identifying, within the measurement area, a region at maximum temperature with respect to the detected temperatures, e) measuring the temperature of the region at maximum temperature by means of a spot temperature sensor. a) preparing a map of sensitive points inside the cabinet , said map comprising a list of coordinates of said sensitive points, preferably as pairs of X- and Y-axis coordinates with respect to a predetermined origin point, and, for each sensitive point of said map: b) moving a radiometric video camera at the sensitive point, c) performing, by means of said radiometric video camera , a preliminary detection of the temperatures in a measurement area located around the sensitive point, d) identifying, within the measurement area, a region at maximum temperature with respect to the detected temperatures, e) measuring the temperature of the region at maximum temperature by means of a spot temperature sensor.
Headlamp having a plurality of semiconductor light sources , a single-piece primary optical system field and a secondary optical system , wherein each semiconductor light source has a main emission direction , wherein the semiconductor light sources are arranged in at least one row (18, 20; 50), wherein the one-piece primary optical system field has a primary optical system region for each semiconductor light source , wherein the primary optical system regions are likewise arranged in at least one row, wherein each primary optical system region has a light entry surface facing a semiconductor light source and a light exit surface facing the secondary optical system , wherein precisely one main emission direction of precisely one semiconductor light source extends through the light entry surface and the light exit surface of each primary optical system region , wherein the secondary optical system is designed, due to its light-deflecting properties and its arrangement, to image the light exit surfaces of the primary optical system regions in a light distribution of the headlamp , and wherein the light entry surfaces and the light exit surfaces of the primary optical system regions are free-form surfaces, wherein adjacent light entry surfaces are separated from one another by a sharp first edge lying therebetween, adjacent light exit surfaces are separated from one another by a second sharp edge lying therebetween, and wherein the light exit surfaces of at least two primary optical system regions which are not at the start or end of a row differ from one another in form, and wherein the one-piece primary optical system field is multi-row, characterized in that each primary optical system region forms a free-form lens in which light of the semiconductor light source , the main emission direction of which extends through the light entry surface and the light exit surface of the primary optical system region , passes through the primary optical system region without an internal total reflection and emerges from the light exit surface , and in that the primary optical system field has, on its light entry surface, at least one rib projecting from the light entry surface in the direction of the optical axes of the primary lens regions and extending between the rows in the row direction.
A radio terminal comprising: means for receiving a first bandwidth part, BWP, configuration for a first BWP and a second BWP configuration for a second BWP, the first BWP is associated with a cell defining synchronization signal block, SSB; means for switching an active downlink BWP between the first BWP and the second BWP; and means for continuing to use, for Radio Link Monitoring, RLM, measurements, the cell defining SSB which is associated with the first BWP if an active downlink BWP is the second BWP, if the active downlink BWP is switched between the first BWP and the second BWP without a change of the cell defining SSB, and if a reference signal type for RLM measurements for the first BWP is SSB. means for receiving a first bandwidth part, BWP, configuration for a first BWP and a second BWP configuration for a second BWP, the first BWP is associated with a cell defining synchronization signal block, SSB; means for switching an active downlink BWP between the first BWP and the second BWP; and means for continuing to use, for Radio Link Monitoring, RLM, measurements, the cell defining SSB which is associated with the first BWP if an active downlink BWP is the second BWP, if the active downlink BWP is switched between the first BWP and the second BWP without a change of the cell defining SSB, and if a reference signal type for RLM measurements for the first BWP is SSB.
Arrangement for igniting spark gaps using a trigger electrode (T) that is located on or in one of the main electrodes (H2) and is insulated from this main electrode (H2), wherein the trigger electrode (T) is electrically connected to the further main electrode (H1) via at least one voltage-switching or voltage-monitoring element (A) and an air gap exists between the trigger electrode (T) and the further main electrode (H1), wherein the trigger electrode (T) forms a sandwich structure with an insulation layer (I) and a layer of a material (M) having lower conductivity than the material of one of the main electrodes (H1, H2), the insulation layer (I) is designed as a thin film or lacquer layer and the layer of the material (M) having lower conductivity is in contact with the main electrode (H2) or rests on it, characterised in that for dissipation of energetically weak overvoltage events without response of the spark gap that is formed between the main electrodes (H1; H2), the insulation layer (I) of the sandwich structure outside the ignition region is interrupted by an interruption (U) and/or an electrical component that influences the response behaviour is connected between the trigger electrode (T) and the main electrode (H2).
System for the collection and provision of three-dimensional characteristic data of the bone, soft tissue and mouth situation of a patient, with a field generator for generating a reference field varying in a space zone at least in the vicinity of said field generator regionally in a characteristic way such that said reference field has specific properties depending on the position and with a number of sensors associated to said field generator , each generating a data set characteristic for their current position in space, depending on their properties present in their respective positions of the reference field generated by said field generator , and connected to a common analysis unit on the data side, at least one of the sensors being configured as sensing sensor , mounted on a handgrip equipped with a grip surface and being activatable via a manual control element to collect measurement data sets and at least one of said sensors being configured as drill monitoring sensor and being mounted on an angle piece provided as a carrier for a dentist drill and wherein said analysis unit is configured to determine position data sets by comparison of measurement data sets collected by said sensing sensor respectively by said drill monitoring sensor with a reference data set collected simultaneously by a reference sensor , said sensor configured as a reference sensor being firmly mounted in the carrier anchorable in the patient's mouth.
A cell line that is genetically modified to reduce the expression of (i) GnTIVa and/or GnTIVb, and (ii) GnTV. (i) GnTIVa and/or GnTIVb, and (ii) GnTV.
An optical add/drop multiplexing OADM node in a wavelength division multiplexing WDM system, comprising an adding unit, wherein the adding unit comprises: a plurality of colorless optical transmitters , a first arrayed waveguide grating , a first waveband filter configured to divide an input optical signal into M sub-signals of different wavebands, a first optical switch , and a first optical coupler/a first optical combiner , wherein M is an integer greater than 1, and the M sub-signals of different wavebands are respectively output by M output ends of the first waveband filter ; a transmit end of each of the colorless optical transmitters is coupled to an input end of the first waveband filter by using the first arrayed waveguide grating ; the M output ends of the first waveband filter are coupled to an input end of the first optical coupler/the first optical combiner by using the first optical switch ; the first optical switch is configured to connect a target output end to the input end of the first optical coupler/the first optical combiner according to a control signal, wherein the target output end is one of the M output ends of the first waveband filter ; and an output end of the first optical coupler/the first optical combiner is coupled to an optical transmission path.
A method for managing a remote electronic device (10.1-10.4) using a user interface on an electronic device , the electronic device being operatively connected to a database associating, for each given device identifier, alternative argument values and graphical elements, the method comprising: receiving a user input through the user interface on the electronic device; determining a first device identifier based on the user input; accessing the database to retrieve a first graphical element associated with a first alternative argument value of the first device identifier, said first alternative argument value matching the user input; rendering the user input by outputting the retrieved first graphical element. receiving a user input through the user interface on the electronic device; determining a first device identifier based on the user input; accessing the database to retrieve a first graphical element associated with a first alternative argument value of the first device identifier, said first alternative argument value matching the user input; rendering the user input by outputting the retrieved first graphical element.
A hybrid-electric propulsion system for an aircraft comprising: a propulsor ; a turbomachine comprising a high pressure turbine drivingly coupled to a high pressure compressor through a high pressure spool ; an electrical system comprising a first electric machine , a second electric machine , and an electric energy storage unit electrically connectable to the first and second electric machines, the first electric machine coupled to the high pressure spool of the turbomachine and the second electric machine coupled to the propulsor for driving the propulsor to provide a propulsive benefit for the aircraft ; an electrical power source; and a controller configured to provide electrical power from the electric power source to the first electric machine to drive the first electric machine to start, or assist with starting, the turbomachine when an acceleration of a core of the turbomachine falls below zero. a propulsor ; a turbomachine comprising a high pressure turbine drivingly coupled to a high pressure compressor through a high pressure spool ; an electrical system comprising a first electric machine , a second electric machine , and an electric energy storage unit electrically connectable to the first and second electric machines, the first electric machine coupled to the high pressure spool of the turbomachine and the second electric machine coupled to the propulsor for driving the propulsor to provide a propulsive benefit for the aircraft ; an electrical power source; and a controller configured to provide electrical power from the electric power source to the first electric machine to drive the first electric machine to start, or assist with starting, the turbomachine when an acceleration of a core of the turbomachine falls below zero.
A process for the preparation of a calcined mixed oxide comprising Al-, Ce- and Zr-oxides, comprising the steps of (a) providing an aqueous slurry comprising hydroxides of cerium and zirconium, (b) contacting the hydroxides of cerium and zirconium with Boehmite having crystallite sizes of 4 to 40 nm, measured at the reflection to obtain an aqueous suspension of solids, (c) isolating the solids from the aqueous suspension and drying to obtain a solid composition, (d) calcining the solid composition of step (c) at a temperature from 450°C to 1200°C for at least 1 hour to obtain a calcined mixed oxide. (a) providing an aqueous slurry comprising hydroxides of cerium and zirconium, (b) contacting the hydroxides of cerium and zirconium with Boehmite having crystallite sizes of 4 to 40 nm, measured at the reflection to obtain an aqueous suspension of solids, (c) isolating the solids from the aqueous suspension and drying to obtain a solid composition, (d) calcining the solid composition of step (c) at a temperature from 450°C to 1200°C for at least 1 hour to obtain a calcined mixed oxide.
Device for autonomous drive of a wheel-equipped apparatus , said wheel-equipped apparatus comprising drive means operationally connected to control means adapted to control said drive means ; said control means being adapted to be operated manually by a user into a plurality of different manual controls, with each of said plurality of manual controls controlling a different operation of said wheel-equipped apparatus , an electric signal being outputted from said control means at each of said plurality of different manual controls, each electric signal corresponding to one of said different operations of said wheel-equipped apparatus , wherein said device is adapted to be operationally connected to said drive means and comprises storage means adapted to store each electric signal being outputted from said control means as the control means are manually operated to each of said plurality of different manual controls, and wherein said device is adapted to autonomously control said drive means , as an alternative to said control means , by means of said at least one electric signal stored in said storage means .
A battery, comprising: a cathode which comprises a cathode active substance and a cathode current collector; an anode which comprises an anode active substance and an anode current collector; and an aqueous electrolyte solution which comprises first metal ions and second metal ions, wherein in a charging/discharging process, the first metal ions are reversibly deintercalated-intercalated at the cathode, the second metal ions are reduced and deposited as a second metal at the anode, and the second metal is oxidized and dissolved back to the second metal ions, wherein the first metal ions are lithium ions and the second metal ions are zinc ions; wherein a lead-containing substance is provided on a surface of the anode active substance and/or in the electrolyte solution; and wherein a mass ratio of lead in the lead containing substance to the electrolyte solution or to the anode active substance is not greater than 1000 ppm. a cathode which comprises a cathode active substance and a cathode current collector; an anode which comprises an anode active substance and an anode current collector; and an aqueous electrolyte solution which comprises first metal ions and second metal ions, wherein in a charging/discharging process, the first metal ions are reversibly deintercalated-intercalated at the cathode, the second metal ions are reduced and deposited as a second metal at the anode, and the second metal is oxidized and dissolved back to the second metal ions, wherein the first metal ions are lithium ions and the second metal ions are zinc ions; wherein a lead-containing substance is provided on a surface of the anode active substance and/or in the electrolyte solution; and wherein a mass ratio of lead in the lead containing substance to the electrolyte solution or to the anode active substance is not greater than 1000 ppm.