mhurhangee/ep-ind-claims huggingface dataset:
A controller for limiting electrical current provided to a motor for an electric power steering system, said controller being configured to: determine a first estimated temperature of the motor for a first time step; filter the first estimated temperature of the motor with a filter to produce a first filtered estimated temperature of the motor; determine a second estimated temperature of the motor for a second time step subsequent to the first time step; compare the first filtered estimated temperature of the motor with the second estimated temperature of the motor to determine whether the motor is heating or cooling; adjust a smoothing factor of the filter in response to determining whether the motor is heating or cooling; filter the second estimated temperature of the motor with the adjusted filter to produce a second filtered estimated temperature of the motor; and set a limit on electrical current provided to the motor using the second filtered estimated temperature of the motor. determine a first estimated temperature of the motor for a first time step; filter the first estimated temperature of the motor with a filter to produce a first filtered estimated temperature of the motor; determine a second estimated temperature of the motor for a second time step subsequent to the first time step; compare the first filtered estimated temperature of the motor with the second estimated temperature of the motor to determine whether the motor is heating or cooling; adjust a smoothing factor of the filter in response to determining whether the motor is heating or cooling; filter the second estimated temperature of the motor with the adjusted filter to produce a second filtered estimated temperature of the motor; and set a limit on electrical current provided to the motor using the second filtered estimated temperature of the motor.
A method performed by a terminal in a wireless communication system, the method comprising: receiving, from a base station, first information associated with a time division duplex, TDD, configuration through system information; receiving, from the base station, second information associated with a search space configuration for a paging; receiving, from the base station, third information associated with a position for at least one synchronization signal block, SSB, through the system information; receiving, from the base station, a parameter to be used to determine a number of a physical downlink control channel, PDCCH, monitoring occasion; identifying the PDCCH monitoring occasion for the paging based on the first information, the second information, the third information, and the parameter, wherein the PDCCH monitoring occasion is not overlapped with one or more uplink symbols determined based on the first information; and monitoring a PDCCH addressed to a paging radio network temporary identifier, P-RNTI, in the PDCCH monitoring occasion for the paging, wherein a number of transmitted SSBs is determined based on the third information associated with the position for the at least one SSB, and wherein the number of the PDCCH monitoring occasion is determined based on the number of transmitted SSBs and the parameter. receiving, from a base station, first information associated with a time division duplex, TDD, configuration through system information; receiving, from the base station, second information associated with a search space configuration for a paging; receiving, from the base station, third information associated with a position for at least one synchronization signal block, SSB, through the system information; receiving, from the base station, a parameter to be used to determine a number of a physical downlink control channel, PDCCH, monitoring occasion; identifying the PDCCH monitoring occasion for the paging based on the first information, the second information, the third information, and the parameter, wherein the PDCCH monitoring occasion is not overlapped with one or more uplink symbols determined based on the first information; and monitoring a PDCCH addressed to a paging radio network temporary identifier, P-RNTI, in the PDCCH monitoring occasion for the paging, wherein a number of transmitted SSBs is determined based on the third information associated with the position for the at least one SSB, and wherein the number of the PDCCH monitoring occasion is determined based on the number of transmitted SSBs and the parameter.
A system for simultaneously determining viability of a plurality of eggs in an incubation tray, the system including: an incubation tray; a tester unit locatable entirely from one side of the incubation tray, such that the tester unit is entirely above or entirely below the incubation tray, in close proximity to the incubation tray while avoiding contact with the eggs in the incubation tray, wherein the tester unit is operable to determine the locations within the incubation tray of the viable eggs or of the non-viable eggs; the tester unit includes a plurality of sub-systems having housings and being integrated to form a top or a bottom of the incubation tray such that the top or bottom of the incubation tray monitors the eggs in the incubation tray as well as either a bottom of eggs in another incubation tray above or a top of eggs in another incubation tray below respectively, wherein each of the sub-systems corresponds to a single egg and includes a source of electromagnetic radiation and a respective electromagnetic sensor both locatable from said side of the incubation tray; such that during operation of the system, each of the electromagnetic radiation sources of the respective sub-system is configured to emit electromagnetic radiation directed to incident on the respective egg in said incubation tray from said one side to illuminate the interior of the egg, and the respective electromagnetic sensor is configured and operable to sense a portion of the electromagnetic radiation scattered from the interior of the egg. an incubation tray; a tester unit locatable entirely from one side of the incubation tray, such that the tester unit is entirely above or entirely below the incubation tray, in close proximity to the incubation tray while avoiding contact with the eggs in the incubation tray, wherein the tester unit is operable to determine the locations within the incubation tray of the viable eggs or of the non-viable eggs; the tester unit includes a plurality of sub-systems having housings and being integrated to form a top or a bottom of the incubation tray such that the top or bottom of the incubation tray monitors the eggs in the incubation tray as well as either a bottom of eggs in another incubation tray above or a top of eggs in another incubation tray below respectively, wherein each of the sub-systems corresponds to a single egg and includes a source of electromagnetic radiation and a respective electromagnetic sensor both locatable from said side of the incubation tray; such that during operation of the system, each of the electromagnetic radiation sources of the respective sub-system is configured to emit electromagnetic radiation directed to incident on the respective egg in said incubation tray from said one side to illuminate the interior of the egg, and the respective electromagnetic sensor is configured and operable to sense a portion of the electromagnetic radiation scattered from the interior of the egg.
Optical instrument, in particular an endoscope, with a hollow instrument housing for receiving optical elements (3, 4), wherein the instrument housing is closed in a fluid-tight manner at the distal end or proximal end via an end window, wherein the end window is sealed off in a fluid-tight manner with respect to the instrument housing via at least one spring-loaded sealing element, wherein the at least one spring-loaded sealing element is spring-loaded in the direction of the end window via at least one spring element, wherein a respective spring-loaded sealing element is arranged in front of and behind the end window in the axial direction of the instrument housing, wherein the sealing elements at both sides are spring-loaded in the direction of the end window via respective spring elements, characterized in that the spring elements are designed as an outer spring disc, and as an inner spring sleeve mounted coaxially on the instrument housing.
A reciprocating compressor, comprising: a shell provided with a discharge pipe; a cylinder provided inside of the shell and having a compression chamber; a muffler assembly having a discharge chamber in which refrigerant compressed in the compression chamber flows; and a discharge hose that extends from the muffler assembly to discharge the refrigerant, the discharge hose being coupled to the discharge pipe, characterized in that at least one portion of the muffler assembly and the discharge hose are integrally formed using injection molding. a shell provided with a discharge pipe; a cylinder provided inside of the shell and having a compression chamber; a muffler assembly having a discharge chamber in which refrigerant compressed in the compression chamber flows; and a discharge hose that extends from the muffler assembly to discharge the refrigerant, the discharge hose being coupled to the discharge pipe, characterized in that at least one portion of the muffler assembly and the discharge hose are integrally formed using injection molding.
A satellite aerobraking device including a deployable wing characterized in that the wing, once deployed, is an asymmetrical three-dimensional structure (2, 3, 5, 6, 7) adapted to achieve the braking of an unstable satellite regardless of its orientation and for which the wing includes at least two disjoint wing elements (2, 3).
A reconfigurable robotic device capable of assembly and disassembly, comprising: a first flexible body having a first magnetic connecting component; a second hard component having a second magnetic connecting component, the first and second magnetic connecting components (255, 240) capable of compliant contact with each other to form a seal between the flexible body and hard component; characterised in that it comprises an inflatable bladder disposed, at least in part, between the first flexible component and second hard component, wherein upon pressurization the bladder expands and decouples the flexible body and hard component. a first flexible body having a first magnetic connecting component; a second hard component having a second magnetic connecting component, the first and second magnetic connecting components (255, 240) capable of compliant contact with each other to form a seal between the flexible body and hard component; characterised in that it comprises an inflatable bladder disposed, at least in part, between the first flexible component and second hard component, wherein upon pressurization the bladder expands and decouples the flexible body and hard component.
Ultrasound flow meter for fluid media, having a connecting fitting comprising an inlet, an outlet, connecting elements (19, 20) for connecting the connecting fitting to a pipeline, a measuring cell having an ultrasound measurement section, at least one inlet duct connected to the ultrasound measurement section and the inlet of the connecting fitting and at least one outlet duct connected to the measurement section and the outlet of the connecting fitting, the connecting fitting having a connecting region on which the measuring cell is mounted, being located on the connecting region, which is open on one side, both of the inlet duct and of the outlet duct, and the flow being deflected in the area of the connecting fitting, the measuring cell having a housing, characterized in that the connecting fitting has an upper side, on which there is provided a connecting region that is open on one side and communicates with an open underside of the measuring cell, the inlet in the deflected part of the connecting fitting being annular or at least partly angular and, via the connecting region, merging in its extension into a likewise annular inlet duct of the measuring cell, the outlet duct of the measuring cell being located within the annular inlet duct, so that the inlet duct and the outlet duct are arranged concentrically with respect to each other, and the ultrasound measurement section being arranged substantially parallel to the course of the pipeline connected to the connecting fitting. an inlet, an outlet, connecting elements (19, 20) for connecting the connecting fitting to a pipeline, an ultrasound measurement section, at least one inlet duct connected to the ultrasound measurement section and the inlet of the connecting fitting and at least one outlet duct connected to the measurement section and the outlet of the connecting fitting,
A method for predicting a refining characteristic of an oil sample of an unknown oil for planning, controlling, and optimizing refinery operation of the unknown oil, the method comprising: receiving values for a plurality of physical properties of the oil sample, wherein the plurality of physical properties includes at least one of Conradson Carbon Residue content, Ramsbottom Carbon Residue and Micro Carbon Residue, and at least one other parameter selected from API Gravity and Sulphur content; and determining the refining characteristic of the oil sample based on a prediction model by using the received values as an input to the prediction model, wherein the prediction model is based on coefficients of regression obtained from correlating the refining characteristic with the plurality of physical properties for known crude oils, wherein a correlation between carbon residue content and the refining characteristic is substantially inverse of the correlation between the at least one other parameter and the refining characteristic, and wherein the refining characteristic is at least one of distillate yield profile, residue yield profile, processability, hydrogen consumption in hydro processing, and refinery processing cost of the unknown oil. receiving values for a plurality of physical properties of the oil sample, wherein the plurality of physical properties includes at least one of Conradson Carbon Residue content, Ramsbottom Carbon Residue and Micro Carbon Residue, and at least one other parameter selected from API Gravity and Sulphur content; and determining the refining characteristic of the oil sample based on a prediction model by using the received values as an input to the prediction model, wherein the prediction model is based on coefficients of regression obtained from correlating the refining characteristic with the plurality of physical properties for known crude oils, wherein a correlation between carbon residue content and the refining characteristic is substantially inverse of the correlation between the at least one other parameter and the refining characteristic, and wherein the refining characteristic is at least one of distillate yield profile, residue yield profile, processability, hydrogen consumption in hydro processing, and refinery processing cost of the unknown oil.
An Address Resolution Function in a mobile communication network comprising: a transceiver; and a processor arranged to: receive a first request from a function in the mobile communication network including a UE identity and a UE network address, wherein the UE network address applies to a first mobile data connection having a first user-plane function; determine whether the UE is located in a first service area based on a UE location; forward a DNS request received from the UE network address to a first DNS server associated with the first service area in response to determining that the UE is located in the first service area; receive a DNS reply from the first DNS server; send the DNS reply in response to the first request; and send a second request to a policy function in the mobile communication network in response to determining that the DNS reply includes a first IP address, wherein the second request is used to insert a second user-plane function into the first mobile data connection, wherein the second user-plane function provides a local route to the first IP address. a transceiver; and a processor arranged to: receive a first request from a function in the mobile communication network including a UE identity and a UE network address, wherein the UE network address applies to a first mobile data connection having a first user-plane function; determine whether the UE is located in a first service area based on a UE location; forward a DNS request received from the UE network address to a first DNS server associated with the first service area in response to determining that the UE is located in the first service area; receive a DNS reply from the first DNS server; send the DNS reply in response to the first request; and send a second request to a policy function in the mobile communication network in response to determining that the DNS reply includes a first IP address, wherein the second request is used to insert a second user-plane function into the first mobile data connection, wherein the second user-plane function provides a local route to the first IP address. receive a first request from a function in the mobile communication network including a UE identity and a UE network address, wherein the UE network address applies to a first mobile data connection having a first user-plane function; determine whether the UE is located in a first service area based on a UE location; forward a DNS request received from the UE network address to a first DNS server associated with the first service area in response to determining that the UE is located in the first service area; receive a DNS reply from the first DNS server; send the DNS reply in response to the first request; and send a second request to a policy function in the mobile communication network in response to determining that the DNS reply includes a first IP address, wherein the second request is used to insert a second user-plane function into the first mobile data connection, wherein the second user-plane function provides a local route to the first IP address.
A water-based plaster wherein a water-based adhesive base containing a water-soluble polymer and a crosslinking agent as main ingredients contains a higher fatty acid which is a liquid at room temperature and has a viscosity of 1,000 (mPa·s, 20°C) or more as a crosslinking modifier.
An image forming lens consisting of: a first optical system positioned on an object side, a second optical system positioned on an image side, and an aperture stop interposed between the first optical system and the second optical system, wherein the first optical system consists of a first F lens group which is positioned on the object side and has at least two negative lenses (E1, E2), and a first R lens group which is positioned on the aperture stop side and has at least one positive lens (E3, E4), wherein a distance between the first F lens group and the first R lens group is the largest in the first optical system, and characterised in that the second optical system consists of a second F lens group in which, in the order from the aperture stop side, only a first positive lens, a first negative lens, a second negative lens, and a second positive lens are arranged sequentially, and a second R lens group positioned on the image side and having at least one lens (E8, E9).
A coil actuator for a low and medium voltage switching apparatus comprising a coil electromagnet, a power and control unit, which comprises a power circuit operatively connected to said coil electromagnet and a processing unit operatively connected to said power circuit and controlling the trip of said coil electromagnet through said power circuit wherein said power and control unit comprises: - an optical port, which is suitable to be operatively connected to an optical fiber cable; - a first detection unit, which is operatively connected to said optical port and to said processing unit, said first detection unit being suitable to receive a light signal from said optical port and to output a first detection signal (D 1) indicative of the presence of a arc fault, depending on said light signal, said processing unit being suitable to receive said first detection signal (D 1) from said first detection unit and to control the trip of said coil electromagnet, depending on said first detection signal; characterised by - a second detection unit operatively connected to said processing unit, said second detection unit being suitable to output a second detection signal (D 2) indicative of the voltage level supplied to said power and control unit, said processing unit being suitable to receive said second detection signal (D 2) from said second detection unit and to control the trip of said coil electromagnet, depending on said second detection signal. - an optical port, which is suitable to be operatively connected to an optical fiber cable; - a first detection unit, which is operatively connected to said optical port and to said processing unit, said first detection unit being suitable to receive a light signal from said optical port and to output a first detection signal (D 1) indicative of the presence of a arc fault, depending on said light signal, said processing unit being suitable to receive said first detection signal (D 1) from said first detection unit and to control the trip of said coil electromagnet, depending on said first detection signal; characterised by - a second detection unit operatively connected to said processing unit, said second detection unit being suitable to output a second detection signal (D 2) indicative of the voltage level supplied to said power and control unit, said processing unit being suitable to receive said second detection signal (D 2) from said second detection unit and to control the trip of said coil electromagnet, depending on said second detection signal.
A weight applicator (10, 100, 200) for a wheel of a tire-wheel assembly, comprising: an arm portion; and an applicator portion (14, 202) connected to the arm portion, wherein the applicator portion (14, 202) includes a radially-extending flange portion, wherein the radially-extending flange portion is connected to the arm portion, and a first plunger portion (18, 18a, 18b) movably-connected to the radially-extending flange portion by one or more first radial arms; wherein the first plunger portion (18, 18a, 18b) includes an outer, substantially arcuate surface, and characterised in that the first plunger portion (18a, 18b) defines a cavity, wherein a biased pressure applicator is connected to the first plunger portion (18a, 18b) and disposed within the cavity. an arm portion; and an applicator portion (14, 202) connected to the arm portion, wherein the applicator portion (14, 202) includes a radially-extending flange portion, wherein the radially-extending flange portion is connected to the arm portion, and a first plunger portion (18, 18a, 18b) movably-connected to the radially-extending flange portion by one or more first radial arms; a radially-extending flange portion, wherein the radially-extending flange portion is connected to the arm portion, and a first plunger portion (18, 18a, 18b) movably-connected to the radially-extending flange portion by one or more first radial arms; wherein the first plunger portion (18, 18a, 18b) includes an outer, substantially arcuate surface, and characterised in that the first plunger portion (18a, 18b) defines a cavity, wherein a biased pressure applicator is connected to the first plunger portion (18a, 18b) and disposed within the cavity.