mhurhangee/ep-ind-claims huggingface dataset:
A screen display system of construction equipment, comprising: a plurality of cameras generating camera image data; an AVM controller generating an AVM (Around View Monitor) image data based on the camera image data and selecting at least one of the AVM image data and the camera image data as a first image data based on a first failure flag; and a main display displaying an image corresponding to the first image data, characterized in that the AVM controller selects the AVM image data as the first image data when the first failure flag represents a normal state, and selects at least one of the camera image data as the first image data when the first failure flag represents a failure state. a plurality of cameras generating camera image data; an AVM controller generating an AVM (Around View Monitor) image data based on the camera image data and selecting at least one of the AVM image data and the camera image data as a first image data based on a first failure flag; and a main display displaying an image corresponding to the first image data, characterized in that the AVM controller selects the AVM image data as the first image data when the first failure flag represents a normal state, and selects at least one of the camera image data as the first image data when the first failure flag represents a failure state.
Secure element for connection to a mobile telephone network, comprising, in local memory, two short numbers denoting the same remote subscription management server in a mobile network infrastructure for two respective mobile network operators, each short number being specific to one of the mobile network operators and being associated with a different operator subscriber profile (21, 22) in the secure element, and said secure element is configured to recover from the local memory the short number associated with the subscriber profile being used and, to send an SMS message to said recovered short number, said SMS message including a secure element status notification, thus allowing transmission of said status notification to the remote subscription management server via a short message service SMS-C server specific to the mobile network operator associated with the recovered short number.
A method for controlling motion of a heavy-duty vehicle, the method comprising obtaining input data (561, 562) related to one or more tyre parameters of a tyre (150, 160, 170) on the heavy-duty vehicle, estimating at least part of the one or more tyre parameters based on the input data, configuring a tyre model, wherein the tyre model is parameterized by the one or more tyre parameters, estimating a vehicle motion state, and controlling motion of the heavy-duty vehicle based on the tyre model and on the vehicle motion state, the method being characterized in that the tyre model defines a relationship between tyre wear rate and vehicle motion state. obtaining input data (561, 562) related to one or more tyre parameters of a tyre (150, 160, 170) on the heavy-duty vehicle, estimating at least part of the one or more tyre parameters based on the input data, configuring a tyre model, wherein the tyre model is parameterized by the one or more tyre parameters, estimating a vehicle motion state, and controlling motion of the heavy-duty vehicle based on the tyre model and on the vehicle motion state, the method being characterized in that the tyre model defines a relationship between tyre wear rate and vehicle motion state.
A hydrogen-based decentralized drinking water production device characterized in that the device comprises: a fuel cell which produces electrical energy and water by receiving hydrogen and oxygen; an energy storage part in which the electrical energy produced by the fuel cell is stored; a water storage tank in which the water produced by the fuel cell is stored; a drinking water production part which produces drinking water by receiving the water stored in the water storage tank; and a first valve allowing the drinking water produced by the drinking water production part to flow selectively to one of a drinking water supply line and a domestic water supply line; a second valve which regulates a flow of the water supplied to the drinking water production part from the water storage tank, characterized in that the drinking water production part comprises: a capacitive deionization part which removes heavy metal ions from the water supplied from the water storage tank in an ion adsorption method, and a remineralization part which produces drinking water by adding minerals to water from which the heavy metal ions are removed by the capacitive deionization part. a fuel cell which produces electrical energy and water by receiving hydrogen and oxygen; an energy storage part in which the electrical energy produced by the fuel cell is stored; a water storage tank in which the water produced by the fuel cell is stored; a drinking water production part which produces drinking water by receiving the water stored in the water storage tank; and a first valve allowing the drinking water produced by the drinking water production part to flow selectively to one of a drinking water supply line and a domestic water supply line; a second valve which regulates a flow of the water supplied to the drinking water production part from the water storage tank, characterized in that the drinking water production part comprises: a capacitive deionization part which removes heavy metal ions from the water supplied from the water storage tank in an ion adsorption method, and a remineralization part which produces drinking water by adding minerals to water from which the heavy metal ions are removed by the capacitive deionization part. a capacitive deionization part which removes heavy metal ions from the water supplied from the water storage tank in an ion adsorption method, and a remineralization part which produces drinking water by adding minerals to water from which the heavy metal ions are removed by the capacitive deionization part.
A radiation therapy system comprising: a gantry comprising a stationary frame and a rotatable ring configured to rotate up to about 70 rotations per minute, RPM, wherein the rotatable ring comprises a drum having a first ring-shaped end surface, a second ring-shaped end surface opposite the first end surface, and a length therebetween such that deflection of the first and second end surfaces is less than about 0.5 mm when the ring rotates up to about 70 RPM; a slip-ring located between the stationary frame and the rotatable ring and configured to communicate electrical signals therebetween while the rotatable ring rotates up to about 70 RPM; a therapeutic radiation source comprising a linear accelerator, linac, and a magnetron having a cathode supported by a cathode support, wherein the linac is attached along the length of the drum by a first mounting assembly and enclosed in a radiation shield that is separate from the linac and first mounting assembly, and wherein the magnetron is radially mounted along the length of the drum such that the cathode support of the magnetron is aligned with a direction of a centripetal force that is generated while the rotatable ring rotates up to about 70 RPM; one or more PET detectors (118, 120) mounted along the length of the drum; and a temperature management system configured to transfer heat from the rotatable ring to a cooling fluid on the stationary frame. a gantry comprising a stationary frame and a rotatable ring configured to rotate up to about 70 rotations per minute, RPM, wherein the rotatable ring comprises a drum having a first ring-shaped end surface, a second ring-shaped end surface opposite the first end surface, and a length therebetween such that deflection of the first and second end surfaces is less than about 0.5 mm when the ring rotates up to about 70 RPM; a slip-ring located between the stationary frame and the rotatable ring and configured to communicate electrical signals therebetween while the rotatable ring rotates up to about 70 RPM; a therapeutic radiation source comprising a linear accelerator, linac, and a magnetron having a cathode supported by a cathode support, wherein the linac is attached along the length of the drum by a first mounting assembly and enclosed in a radiation shield that is separate from the linac and first mounting assembly, and wherein the magnetron is radially mounted along the length of the drum such that the cathode support of the magnetron is aligned with a direction of a centripetal force that is generated while the rotatable ring rotates up to about 70 RPM; one or more PET detectors (118, 120) mounted along the length of the drum; and a temperature management system configured to transfer heat from the rotatable ring to a cooling fluid on the stationary frame.
A friction clutch having a centrifugal pendulum-type absorber, a hub and a common axis of rotation, wherein the centrifugal pendulum-type absorber has at least one flange and a plurality of pendulum masses, wherein the pendulum masses are arranged on the at least one flange such that they move at least in a radial direction in relation to the axis of rotation and in relation to the at least one flange; wherein the centrifugal pendulum-type absorber can be non-rotatably connected to the hub in a switchable manner; wherein the at least one flange and the hub can be non-rotatably connected by a wrap-around band, characterised in that the wrap-around band extends between a first end and a second end in a circumferential direction around the axis of rotation.
A railway line with grooved rails in which at least one of the grooved rails is provided with one or more through holes which are made through a part of the rail delimiting the groove and which lead into the groove, the line comprising at least one lubricator device in turn comprising: grease dispensing means which are connected to at least one through hole, the dispensing means being designed to dispense, during operation, the grease on a surface of the rail groove which is close to the through hole; and first feed means for feeding grease to the dispensing means; characterised in that the lubricator device also comprises: grease spraying means connected to at least one through hole, the spraying means being designed to spray, during operation, the grease on a surface of the rail groove which is opposite the through hole; the first feed means also feeding the grease to the spraying means; second feed means for feeding a pressurised thrust fluid to the spraying means for activating them; and at least one control unit operatively connected at least to the first feed means and the second feed means, and programmed for, during operation: activating the first feed means for feeding grease to the dispensing means and to the spraying means and for causing the grease to be dispensed through the dispensing means; and once the grease has been fed to the spraying means, activating the second feed means for causing the grease to be sprayed by the spraying means. grease dispensing means which are connected to at least one through hole, the dispensing means being designed to dispense, during operation, the grease on a surface of the rail groove which is close to the through hole; and first feed means for feeding grease to the dispensing means; characterised in that the lubricator device also comprises: grease spraying means connected to at least one through hole, the spraying means being designed to spray, during operation, the grease on a surface of the rail groove which is opposite the through hole; the first feed means also feeding the grease to the spraying means; second feed means for feeding a pressurised thrust fluid to the spraying means for activating them; and at least one control unit operatively connected at least to the first feed means and the second feed means, and programmed for, during operation: activating the first feed means for feeding grease to the dispensing means and to the spraying means and for causing the grease to be dispensed through the dispensing means; and once the grease has been fed to the spraying means, activating the second feed means for causing the grease to be sprayed by the spraying means. activating the first feed means for feeding grease to the dispensing means and to the spraying means and for causing the grease to be dispensed through the dispensing means; and once the grease has been fed to the spraying means, activating the second feed means for causing the grease to be sprayed by the spraying means.
An information processing apparatus, comprising: a communication unit configured to communicate data; and a setting unit configured to set a timing as a new communication timing that is later than a set communication timing by a first time period if, when the set communication timing comes, communication with a communication counterpart is impossible; the setting unit being configured to set a timing as a new communication timing that is later than the set communication timing by a second time period, which is shorter than the first time period, if a predetermined condition is satisfied that is different from the condition that communication with a communication counterpart is impossible; and the communication unit configured to start, when the set communication timing comes, communication of data with the communication counterpart if the predetermined condition is not satisfied and also communication with the communication counterpart is possible. a communication unit configured to communicate data; and a setting unit configured to set a timing as a new communication timing that is later than a set communication timing by a first time period if, when the set communication timing comes, communication with a communication counterpart is impossible; the setting unit being configured to set a timing as a new communication timing that is later than the set communication timing by a second time period, which is shorter than the first time period, if a predetermined condition is satisfied that is different from the condition that communication with a communication counterpart is impossible; and the communication unit configured to start, when the set communication timing comes, communication of data with the communication counterpart if the predetermined condition is not satisfied and also communication with the communication counterpart is possible.
Method of generating transfer functions to be applied to the input data of an image to be printed by a printing apparatus using a group of colorants, each colorant being assigned to the rendering of a distinct colour channel, comprising the steps of determining a maximum total area coverage and measuring the tonal response of each colorant, characterised in that the method further comprises the step of setting a maximum individual area coverage for each colorant such that the optical density at the maximum individual area coverage is the same for each colorant and such that the sum of the maximum individual area coverage values is equal to the maximum total area coverage and the step of generating a transfer function for each colour channel based on the set maximum individual area coverage for the assigned colorant.
Intraocular accommodative lens, comprising: a) an optical arrangement comprising an anterior optical element and a posterior optical element; and b) haptics, wherein the lens is adapted for variable focusing by movement of at least one part of the optical arrangement by at least one of the haptics, the haptics comprising a coupling component connecting the optical elements (7, 8); c) wherein the optical strength of the lens varies with the distance between the optical elements (7, 8) in the direction of the optical axis of the lens; d) characterized in that the haptics also comprise a flange connected to the anterior optical element and adapted to extend in the sulcus for fixation of the lens e) in that the coupling element is arranged to be in contact with the ciliary mass; f) and in that the coupling component is adapted to transfer movement of the ciliary mass to the posterior optical element of the optical arrangement, leading to a change in the distance between the optical elements (7, 8) in the direction of the optical axis of the lens by an axial movement of the posterior optical element away from the anterior optical element. a) an optical arrangement comprising an anterior optical element and a posterior optical element; and b) haptics, wherein the lens is adapted for variable focusing by movement of at least one part of the optical arrangement by at least one of the haptics, the haptics comprising a coupling component connecting the optical elements (7, 8); c) wherein the optical strength of the lens varies with the distance between the optical elements (7, 8) in the direction of the optical axis of the lens; d) characterized in that the haptics also comprise a flange connected to the anterior optical element and adapted to extend in the sulcus for fixation of the lens e) in that the coupling element is arranged to be in contact with the ciliary mass; f) and in that the coupling component is adapted to transfer movement of the ciliary mass to the posterior optical element of the optical arrangement, leading to a change in the distance between the optical elements (7, 8) in the direction of the optical axis of the lens by an axial movement of the posterior optical element away from the anterior optical element.
A method for determining the position of a satellite navigation system receiver, wherein a probabilistic weighting of the received signals is used, said weighting using a coefficient K i, for each satellite of index i, said coefficient K i being a product of factors each comprising a probability of the existence of a disturbance, characterised in that said coefficient K i, for each satellite of index i, comprises at least one factor of the form 1 − P j i a i, with j varying from 1 to 6, wherein: P 1 i represents, for said satellite of index i, a first probability that the received signal comprises a combination of a non-reflected signal component and of a multiple path signal component; P 2 i represents, for said satellite of index i, a second probability that the received signal comprises only one multiple path signal component; P 3 i represents, for said satellite of index i, a third probability that the received signal is jammed by terrestrial interference; P 4 i represents, for said satellite of index i, a fourth probability that the received signal comprises a combination of a component of a signal generated by a ground jammer and a component of the nominal signal; P 5 i represents, for said satellite of index i, a fifth probability that the received signal is not consistent with the previous conditions for receiving said signal; P 6 i represents, for said satellite of index i, a sixth probability that the received signal is not consistent with a map of the surrounding area and a i represents a positive real number. P 1 i represents, for said satellite of index i, a first probability that the received signal comprises a combination of a non-reflected signal component and of a multiple path signal component; P 2 i represents, for said satellite of index i, a second probability that the received signal comprises only one multiple path signal component; P 3 i represents, for said satellite of index i, a third probability that the received signal is jammed by terrestrial interference; P 4 i represents, for said satellite of index i, a fourth probability that the received signal comprises a combination of a component of a signal generated by a ground jammer and a component of the nominal signal; P 5 i represents, for said satellite of index i, a fifth probability that the received signal is not consistent with the previous conditions for receiving said signal; P 6 i represents, for said satellite of index i, a sixth probability that the received signal is not consistent with a map of the surrounding area and a i represents a positive real number.
A refrigerant for a cooling device (10, 23, 30, 36, 43) having a cooling circuit (11, 24, 39, 44) comprising at least one heat exchanger (12, 25, 47) in which the refrigerant undergoes a phase transition, the refrigerant being a refrigerant mixture composed of a mass fraction of carbon dioxide (CO 2), a mass fraction of pentafluoroethane (C 2 HF 5), a mass fraction of difluoromethane (CH 2 F 2) and a mass fraction of at least one other component, characterized in that the mass fraction of carbon dioxide in the refrigerant mixture is 28 to 51 mass percent, the mass fraction of pentafluoroethane being 14.5 to 32 mass percent, the mass fraction of difluoromethane being 14.5 to 38 mass percent, the other component being fluoromethane (CH 3 F).
An apparatus comprising: means to identify, by a port (202, 208), an indication of a channel loss of a channel; means to identify, by the port (202, 208), an indication of whether a receiver associated with the port (202, 208) desires forward error correction, FEC, for the channel; characterized in that the apparatus comprises means to identify, by the port (202, 208) based on the indication of the channel loss and the indication of whether the receiver desires FEC, whether latency associated with the FEC is above an acceptability threshold; and means to identify, by the port (202, 208) based on whether the latency is above the acceptability threshold, whether to advertise a Gen 4 or Gen 5 peripheral component interconnect-express, PCI-e, data rate. means to identify, by a port (202, 208), an indication of a channel loss of a channel; means to identify, by the port (202, 208), an indication of whether a receiver associated with the port (202, 208) desires forward error correction, FEC, for the channel; characterized in that the apparatus comprises means to identify, by the port (202, 208) based on the indication of the channel loss and the indication of whether the receiver desires FEC, whether latency associated with the FEC is above an acceptability threshold; and means to identify, by the port (202, 208) based on whether the latency is above the acceptability threshold, whether to advertise a Gen 4 or Gen 5 peripheral component interconnect-express, PCI-e, data rate.