mhurhangee/patent-ind-claim-en huggingface dataset:
Oil filtration system for off-line filtering of contaminated oil from diesel machinery , the oil filtration system comprising - a system inlet for receiving an inlet flow of contaminated oil from the diesel machinery , - a system outlet for releasing an outlet flow of filtered oil to the diesel machinery , - an oil filtration unit which is in fluid communication with the system inlet and the system outlet , the oil filtration unit comprising an oil filter which is a fine filter and is adapted to receive the contaminated oil and to release the filtered oil, - a pumping unit which is arranged upstream of the oil filtration unit, the pumping unit being adapted to provide a flow of contaminated oil in a direction from the system inlet to the oil filtration unit, - a temperature sensor for measuring an oil temperature, the temperature sensor comprising a signal transmitter adapted to transmit a first electrical signal reflecting the measured oil temperature, and - a control unit adapted to receive the first electrical signal, characterised in that - the oil filtration system is adapted to be operated both when the diesel machinery is running and at standstill, - the control unit is adapted to compare the measured oil temperature with at least one reference temperature and to adjust the pumping flow rate of the pumping unit according to the comparison of the measured oil temperature and the at least one reference temperature, and in that - the temperature sensor is positioned at the inlet of the oil filter in order to measure the oil temperature of the contaminated oil when it is received by the oil filter . - a system inlet for receiving an inlet flow of contaminated oil from the diesel machinery , - a system outlet for releasing an outlet flow of filtered oil to the diesel machinery , - an oil filtration unit which is in fluid communication with the system inlet and the system outlet , the oil filtration unit comprising an oil filter which is a fine filter and is adapted to receive the contaminated oil and to release the filtered oil, - a pumping unit which is arranged upstream of the oil filtration unit, the pumping unit being adapted to provide a flow of contaminated oil in a direction from the system inlet to the oil filtration unit, - a temperature sensor for measuring an oil temperature, the temperature sensor comprising a signal transmitter adapted to transmit a first electrical signal reflecting the measured oil temperature, and - a control unit adapted to receive the first electrical signal, characterised in that - the oil filtration system is adapted to be operated both when the diesel machinery is running and at standstill, - the control unit is adapted to compare the measured oil temperature with at least one reference temperature and to adjust the pumping flow rate of the pumping unit according to the comparison of the measured oil temperature and the at least one reference temperature, and in that - the temperature sensor is positioned at the inlet of the oil filter in order to measure the oil temperature of the contaminated oil when it is received by the oil filter .
A method implemented by one or more processors, the method comprising: acquiring one or more digital images that depict a subject in an area ; detecting , as one or more detected face images, one or more portions of the one or more digital images that depict a face of the subject; comparing features of each of the one or more detected face images with features of each of a set of subject reference templates, the set of subject reference templates being associated with a given subject in a subject reference database , wherein the subject reference database stores subject reference templates related to a plurality of subjects; based on the comparing, selecting a subject reference template from the set of subject reference templates associated with the given subject; determining similarity measures between a given detected face image of the one or more detected face images and the selected subject reference template; and determining an identity of the subject based on the similarity measures, wherein the similarity measures include: a first similarity measure that is calculated based on a version of the given detected face image that is geometrically aligned with the selected subject reference template; and a second similarity measure that is calculated based directly on the given detected face image; wherein the identity of the subject is determined based on the greater of the first and second similarity measures. acquiring one or more digital images that depict a subject in an area ; detecting , as one or more detected face images, one or more portions of the one or more digital images that depict a face of the subject; comparing features of each of the one or more detected face images with features of each of a set of subject reference templates, the set of subject reference templates being associated with a given subject in a subject reference database , wherein the subject reference database stores subject reference templates related to a plurality of subjects; based on the comparing, selecting a subject reference template from the set of subject reference templates associated with the given subject; determining similarity measures between a given detected face image of the one or more detected face images and the selected subject reference template; and determining an identity of the subject based on the similarity measures, wherein the similarity measures include: a first similarity measure that is calculated based on a version of the given detected face image that is geometrically aligned with the selected subject reference template; and a second similarity measure that is calculated based directly on the given detected face image; wherein the identity of the subject is determined based on the greater of the first and second similarity measures. a first similarity measure that is calculated based on a version of the given detected face image that is geometrically aligned with the selected subject reference template; and a second similarity measure that is calculated based directly on the given detected face image; wherein the identity of the subject is determined based on the greater of the first and second similarity measures.
A use of a composition for resin surface roughening, the composition comprising an aliphatic polycarbonate and an alkali metal compound.
A computer implemented method, comprising: etching, by a system operatively coupled to a processor , a superconducting material and a dielectric material associated with the superconducting material to form a trench in the dielectric material and to create circuit components of a quantum computing circuit on the superconducting material and forming, by the system, a junction component of the circuit, and electrical leads that connect the circuit components to the junction component , by evaporation of a first portion of a material along a first direction and evaporation of a second portion of the material along a second direction , wherein an oxidation is performed in between the evaporation of the first portion of the material and the evaporation of the second portion of the material, and wherein the first direction is distinct from the second direction . etching, by a system operatively coupled to a processor , a superconducting material and a dielectric material associated with the superconducting material to form a trench in the dielectric material and to create circuit components of a quantum computing circuit on the superconducting material and forming, by the system, a junction component of the circuit, and electrical leads that connect the circuit components to the junction component , by evaporation of a first portion of a material along a first direction and evaporation of a second portion of the material along a second direction , wherein an oxidation is performed in between the evaporation of the first portion of the material and the evaporation of the second portion of the material, and wherein the first direction is distinct from the second direction .
A method performed by a wireless transmit and receive unit, WTRU, the method comprising: receiving , from a spaceborne satellite, system information that includes a position of, and trajectory parameters about, the spaceborne satellite; determining a position of the WTRU using a global navigation satellite system, GNSS; estimating a propagation delay based on the determined WTRU position and the position of, and the trajectory parameters about, the spaceborne satellite; determining a timing advance, TA, based on the estimated propagation delay; and transmitting a connection request for initial access using the TA. receiving , from a spaceborne satellite, system information that includes a position of, and trajectory parameters about, the spaceborne satellite; determining a position of the WTRU using a global navigation satellite system, GNSS; estimating a propagation delay based on the determined WTRU position and the position of, and the trajectory parameters about, the spaceborne satellite; determining a timing advance, TA, based on the estimated propagation delay; and transmitting a connection request for initial access using the TA.
A device intended to toast a wooden barrel intended for winemaking, the device comprising: - an enclosure extending in a substantially horizontal longitudinal direction and around which the barrel is intended to be placed, - a water spraying system disposed in the enclosure and configured to spray water inside the enclosure , and - a heating apparatus disposed in the enclosure and configured to heat the enclosure and to generate a water vapor stream from the sprayed water, the enclosure having an outer surface configured to carry out a heat exchange with the barrel and a passage for the water vapor stream in the direction of the barrel . - an enclosure extending in a substantially horizontal longitudinal direction and around which the barrel is intended to be placed, - a water spraying system disposed in the enclosure and configured to spray water inside the enclosure , and - a heating apparatus disposed in the enclosure and configured to heat the enclosure and to generate a water vapor stream from the sprayed water,
A method for manufacturing recycled pulp that can be reused as a sanitary product by recovering pulp fibers from a used sanitary product containing pulp fibers and superabsorbent polymer, comprising the steps of: degrading the used sanitary product into pulp fibers and other materials by allowing a mechanical force to act on the used sanitary product in an aqueous solution containing polyvalent metal ion or an acidic aqueous solution having a pH of 2.5 or lower, separating the pulp fibers from the mixture of pulp fibers and other materials formed in the degrading step, and treating the separated pulp fibers with an ozone-containing aqueous solution having a pH of 2.5 or lower. degrading the used sanitary product into pulp fibers and other materials by allowing a mechanical force to act on the used sanitary product in an aqueous solution containing polyvalent metal ion or an acidic aqueous solution having a pH of 2.5 or lower, separating the pulp fibers from the mixture of pulp fibers and other materials formed in the degrading step, and treating the separated pulp fibers with an ozone-containing aqueous solution having a pH of 2.5 or lower.
Smoothing trowel , which comprises a smoothing blade and a handle and in which a handle holder connects the handle to the smoothing blade , the handle holder being connected to the smoothing blade by a plurality of bolts , wherein openings are provided in the smoothing blade and the bolts are guided into these openings , characterised in that the handle holder is connected to the smoothing blade with a plurality of bolts by welded joints.
Wiping device, in particular wiping device for a motor vehicle pane, comprising a retaining unit (10a - 10e) which has a retaining element (12a - 12e) with a longitudinal guide channel (14a - 14e) for guiding a spring element (16a - 16e), and comprising a spoiler unit (22a - 22), wherein the retaining element (12a - 12e) has at least one fastening means (18a - 18e, 20a - 20e) which, with a free end (24a - 24e, 26a - 26e), faces the longitudinal guide channel (14a - 14e) and is provided for forming an interlocking connection with the spoiler unit (22a - 22e), wherein the longitudinal guide channel (14a - 14e) for guiding the spring element (16a - 16e) has side walls (52a - 52e, 54a - 54e) which extend from an intermediate wall (56a - 56e), which ends the longitudinal guide channel (14a - 14e) towards a wiper strip (40a - 40e), in a direction facing away from the wiper strip (40a - 40e), characterized in that the respective fastening means (18a - 18e, 20a - 20e) is integrally formed on the side walls (52a - 52e, 54a - 54e), wherein the spoiler unit (22a - 22d) has two spoiler subelements (32a - 32d; 34a - 34d) differing in hardness and the harder spoiler subelement (34a - 34d) bears in an interlocking manner against the fastening means (18a - 18d, 20a - 20d).
A vehicle climate system configured to generate a snow effect within a vehicle occupant compartment of a vehicle , characterised in that the vehicle climate system comprises: a liquid container configured to contain a liquid for generating artificial snow; an air inlet configured to supply air to the inside of the vehicle for generating artificial snow; and at least a first cooler outlet in fluid communication with the liquid container and the air inlet and configured to output artificial snow inside of the vehicle . a liquid container configured to contain a liquid for generating artificial snow; an air inlet configured to supply air to the inside of the vehicle for generating artificial snow; and at least a first cooler outlet in fluid communication with the liquid container and the air inlet and configured to output artificial snow inside of the vehicle .
Method for detecting the presence and the state from among the three red/orange/green states of a traffic light on a road scene from the processing of images captured by at least one camera embedded on a motor vehicle, characterized in that one and the same traffic light is detected and tracked from images captured by a first front-end camera and from images captured by at least one vision camera from among a plurality of vision cameras of an embedded peripheral vision system, and in that it comprises, in succession: - a first step (S 2 ) of detection and of tracking of the state from among the three red/orange/green states of a first traffic light from images captured only from said first front-end camera, and of estimation of the distance from the motor vehicle to the first light; - a second step (S 4 ) of detection and of tracking of the state from among the three red/orange/green states of a second traffic light from images captured from said at least one vision camera, and of estimation of the distance from the motor vehicle to the second light; - a step (S 5 ) of correlation of the detections of the first light and of the second light and of the estimated distances to deduce that the first light and the second light constitute one and the same light. - a first step (S 2 ) of detection and of tracking of the state from among the three red/orange/green states of a first traffic light from images captured only from said first front-end camera, and of estimation of the distance from the motor vehicle to the first light; - a second step (S 4 ) of detection and of tracking of the state from among the three red/orange/green states of a second traffic light from images captured from said at least one vision camera, and of estimation of the distance from the motor vehicle to the second light; - a step (S 5 ) of correlation of the detections of the first light and of the second light and of the estimated distances to deduce that the first light and the second light constitute one and the same light.
A cooling unit (100; 200; 300; 400; 500; 600; 700; 900) for an electronics device, the cooling unit comprising a channel (110; 210; 710; 810) with an inlet for intake of pressurized airflow and one or more outlet nozzles (120; 220; 320; 420; 720; 820) arranged along the channel, wherein each of the outlet nozzles is configured to, driven by the pressurized airflow (102; 202), suck surrounding air (104; 204a, 204b) from one or more additional openings formed between the outlet nozzle and a diffuser (122; 222), wherein the diffuser surrounds the outlet nozzle and the one or more openings comprise a first opening defined by the area between the diffuser and a first side of the outlet nozzle and a second opening defined by the area between the diffuser and a second side of the outlet nozzle .
Method of distributing and retrieving data on a computer network with peer nodes , comprising: (a)encrypting, with a secret key , a file containing said data; (b)splitting the encrypted file into blocks and splitting the secret key into secret shares ; (c) distributing the blocks and the secret shares to the peer nodes ; (d)upon request of a client to access the file , retrieving via one of the peer nodes the encrypted blocks for reconstructing the encrypted file , retrieving at least some of the secret shares for reconstructing the secret key , and decrypting the encrypted file with the reconstructed secret key ; characterized in that the peer nodes share a blockchain so as to form a blockchain network ; at step (c), the secret shares are transmitted to the peer nodes via messages sent over the blockchain network ; and at step (d), requesting and retrieving the secret shares is done via messages sent over the blockchain network . (a)encrypting, with a secret key , a file containing said data; (b)splitting the encrypted file into blocks and splitting the secret key into secret shares ; (c) distributing the blocks and the secret shares to the peer nodes ; (d)upon request of a client to access the file , retrieving via one of the peer nodes the encrypted blocks for reconstructing the encrypted file , retrieving at least some of the secret shares for reconstructing the secret key , and decrypting the encrypted file with the reconstructed secret key ; characterized in that the peer nodes share a blockchain so as to form a blockchain network ; at step (c), the secret shares are transmitted to the peer nodes via messages sent over the blockchain network ; and at step (d), requesting and retrieving the secret shares is done via messages sent over the blockchain network .
A vehicle that receives electric power, in a non-contact manner, from an electric power transmitting coil provided externally to the vehicle , the vehicle comprising: an electric power receiving coil that is disposed at a bottom of the vehicle and receives electric power from the electric power transmitting coil via one of electromagnetic field resonance, electromagnetic induction and microwaves; characterized in that it further comprises: an image capturing device that captures an image of an outside viewed from the vehicle ; a display unit that displays an outside view from the vehicle that is captured by the image capturing device ; and a guiding control portion that guides the vehicle to the power transmitting coil based on a status of a power supply from the electric power transmitting coil to the electric power receiving coil , wherein an area under the bottom of the vehicle is out of the view area of the image capturing device and the electric power receiving coil is disposed at a position that is offset toward a peripheral face of the vehicle, on which the image capturing device is disposed, with respect to a center of the bottom in a longitudinal direction of the vehicle . an electric power receiving coil that is disposed at a bottom of the vehicle and receives electric power from the electric power transmitting coil via one of electromagnetic field resonance, electromagnetic induction and microwaves; characterized in that it further comprises: an image capturing device that captures an image of an outside viewed from the vehicle ; a display unit that displays an outside view from the vehicle that is captured by the image capturing device ; and a guiding control portion that guides the vehicle to the power transmitting coil based on a status of a power supply from the electric power transmitting coil to the electric power receiving coil , wherein an area under the bottom of the vehicle is out of the view area of the image capturing device and the electric power receiving coil is disposed at a position that is offset toward a peripheral face of the vehicle, on which the image capturing device is disposed, with respect to a center of the bottom in a longitudinal direction of the vehicle .
A method for determining an access right, comprising: acquiring (S501) a security identifier of a first account and a security identifier of target data when a target user accesses the target data by using the first account; and determining (S502) that the target user has a right to access the target data in condition that the security identifier of the first account matches the security identifier of the target data; wherein the acquiring the security identifier of the first account comprises: acquiring a target role of the first account from a role forest, wherein the role forest comprises a correspondence between an account and a role; and acquiring a security identifier corresponding to the target role and taking the security identifier corresponding to the target role as the security identifier of the first account; wherein before the acquiring the target role of the first account from the role forest, the method further comprises: acquiring the role forest set by a first object for a plurality of accounts, wherein each of the plurality of accounts has one or more roles; and allocating each of the plurality of accounts to a respective user. acquiring (S501) a security identifier of a first account and a security identifier of target data when a target user accesses the target data by using the first account; and determining (S502) that the target user has a right to access the target data in condition that the security identifier of the first account matches the security identifier of the target data; wherein the acquiring the security identifier of the first account comprises: acquiring a target role of the first account from a role forest, wherein the role forest comprises a correspondence between an account and a role; and acquiring a security identifier corresponding to the target role and taking the security identifier corresponding to the target role as the security identifier of the first account; wherein before the acquiring the target role of the first account from the role forest, the method further comprises: acquiring the role forest set by a first object for a plurality of accounts, wherein each of the plurality of accounts has one or more roles; and allocating each of the plurality of accounts to a respective user.