mhurhangee/ep-ind-claims huggingface dataset:
A method for producing an object by three-dimensional printing of a material comprising: printing a plurality of cavities within said object; printing at least one passage for fluid communication between a plurality of said cavities; and providing a fluid disposed within at least one of said cavities, wherein said fluid is a liquid, said at least one passage being provided with a specified cross-sectional area at a specified length for controlling the flow of said fluid there through, characterized in that the object is a stress-indication object, wherein a colored liquid is used to fill a plurality of cavities within a first system of cavities, while an adjacent second system of cavities is left unfilled, whereby the stress-indicating object is arranged for providing a visual indication of the stress-indicating object being subjected to a force in the first system resulting in forcing a portion of the colored liquid into the second system of cavities. printing a plurality of cavities within said object; printing at least one passage for fluid communication between a plurality of said cavities; and providing a fluid disposed within at least one of said cavities, wherein said fluid is a liquid, said at least one passage being provided with a specified cross-sectional area at a specified length for controlling the flow of said fluid there through, characterized in that the object is a stress-indication object, wherein a colored liquid is used to fill a plurality of cavities within a first system of cavities, while an adjacent second system of cavities is left unfilled, whereby the stress-indicating object is arranged for providing a visual indication of the stress-indicating object being subjected to a force in the first system resulting in forcing a portion of the colored liquid into the second system of cavities.
A compound for use in sedation, wherein the compound is methyl 3-[ -8-bromo-1-methyl-6-(2-pyridinyl)-4H-imidazo[1,2-a][1,4]benzodiazepin-4-yl]propanoate or a salt thereof, and the dosing rate of the compound by intravenous administration is about 0.3 mg/hour/kg to about 40 mg/hour/kg in a patient, the use comprises the induction and maintenance of general anesthesia, and the intravenous administration includes a two-step administration process, which comprises: a first step for the induction of general anesthesia, in which the dosing rate of the compound by intravenous administration is about 3 mg/hour/kg to about 40 mg/hour/kg; and a second step for the maintenance of general anesthesia, in which the dosing rate of the compound by intravenous administration is about 0.3 mg/hour/kg to about 2.5 mg/hour/kg.
A method performed by a network node for restoring a Short Message Service, SMS, service in a connection between a User Equipment, UE, and a communications network, which UE is attached to the communications network with Evolved Packet System, EPS, attach and SMS only, via a radio network node, a Visitor Location Register, VLR, Mobile Switching Centre, MSC, and the network node, the method comprising: when receiving (201, 402) information indicating a restart of the VLR MSC in the connection, sending (202, 407) to the radio network node, a message comprising an indication to trigger the UE to send a Tracking Area Update, TAU, request with SMS only, wherein the message comprises a cause code representing the indication, receiving (203, 409) the TAU request with SMS only, triggered by the UE according to the indication sent to the radio network node, and restoring (204, 410) the SMS service based on information in the TAU request with SMS only, received from the UE. when receiving (201, 402) information indicating a restart of the VLR MSC in the connection, sending (202, 407) to the radio network node, a message comprising an indication to trigger the UE to send a Tracking Area Update, TAU, request with SMS only, wherein the message comprises a cause code representing the indication, receiving (203, 409) the TAU request with SMS only, triggered by the UE according to the indication sent to the radio network node, and restoring (204, 410) the SMS service based on information in the TAU request with SMS only, received from the UE.
A method for wireless communication, said method being performed by a user equipment and comprising: identifying (705, 1605) a plurality of timing parameter tables (420, 515, 620) that each define one or more potential values for a timing parameter associated with a timing between receipt, from a base station, of downlink control information, DCI, and a subsequent communication with the base station according to the DCI, the plurality of timing parameter tables comprising at least a first timing parameter table associated with a first bandwidth part, BWP, (405, 505, 605) and a second timing parameter table associated with a second BWP (410, 510, 610); receiving (720, 1610), over the first BWP, a DCI transmission that activates the second BWP, the DCI transmission comprising a resource allocation bit field indexing at least a subset of the second timing parameter table, wherein a size of the resource allocation bit field is based at least in part on a configuration of the first BWP; identifying (725, 1615) a value for the timing parameter based at least in part on the second timing parameter table and the size of the resource allocation bit field; and communicating (730, 1620) with the base station over the second BWP in accordance with the value for the timing parameter. identifying (705, 1605) a plurality of timing parameter tables (420, 515, 620) that each define one or more potential values for a timing parameter associated with a timing between receipt, from a base station, of downlink control information, DCI, and a subsequent communication with the base station according to the DCI, the plurality of timing parameter tables comprising at least a first timing parameter table associated with a first bandwidth part, BWP, (405, 505, 605) and a second timing parameter table associated with a second BWP (410, 510, 610); receiving (720, 1610), over the first BWP, a DCI transmission that activates the second BWP, the DCI transmission comprising a resource allocation bit field indexing at least a subset of the second timing parameter table, wherein a size of the resource allocation bit field is based at least in part on a configuration of the first BWP; identifying (725, 1615) a value for the timing parameter based at least in part on the second timing parameter table and the size of the resource allocation bit field; and communicating (730, 1620) with the base station over the second BWP in accordance with the value for the timing parameter.
Method for establishing telecommunication between at least a first and a second users within a telecommunication network, the said method comprising the following steps: - receiving and processing telecommunication requests for establishing a telecommunication between a first and a second user who is absent at a time of the request, - registering users having a notification status and users having a monitoring status in a telecommunication request data repository, - analyzing telecommunication activity to determine if the identity of users in telecommunication within the telecommunication network matches with the identity of said second user, further characterised by - forwarding information about the telecommunication activity of said detected second user to an intervention server and to a notification server, - sending a message from said intervention server to said detected second user about a coming telecommunication set up with said first user, - sending a notification from said notification server to said first user about a coming telecommunication set up with said second user, - automatically setting up a telecommunication between said first and second users when said detected second user is available, and - modifying the status data corresponding to said telecommunication set up request in the telecommunication request data repository. - receiving and processing telecommunication requests for establishing a telecommunication between a first and a second user who is absent at a time of the request, - registering users having a notification status and users having a monitoring status in a telecommunication request data repository, - analyzing telecommunication activity to determine if the identity of users in telecommunication within the telecommunication network matches with the identity of said second user, further characterised by - forwarding information about the telecommunication activity of said detected second user to an intervention server and to a notification server, - sending a message from said intervention server to said detected second user about a coming telecommunication set up with said first user, - sending a notification from said notification server to said first user about a coming telecommunication set up with said second user, - automatically setting up a telecommunication between said first and second users when said detected second user is available, and - modifying the status data corresponding to said telecommunication set up request in the telecommunication request data repository.
Transmitter made of flat electrodes, which enables the generation of a toroidal electromagnetic field that is symmetrical in one plane, wherein the transmitter consists of multiple plates arranged in the same plane, wherein at least one of the plates has holes in its plane in which other plates are arranged, and the other plates are all electrically connected to each other and insulated from the plate with holes, and wherein the plates are designed as electrodes.
An optical sensor system for placement under a display panel for detecting and imaging light returned from a fingerprint on top of the display panel, the optical sensor comprising - a microlens structure having a front side with an array of light focusing elements and an opaque back side with an array of optically transparent apertures aligned with the focusing elements, and - a sensor array of optical detector pixels facing the back side of the microlens structure, wherein each aperture is aligned with at least one of said optical detector pixels, wherein the optical sensor system is configured such that light returned from the fingerprint can be focused by the microlens structure onto the sensor array through the transparent apertures and such that light returned from the fingerprint with an incident angle of less than or equal to a predefined value is focused by the microlens structure to the sensor array whereas light returned from the fingerprint with an incident angle of more than said predefined value is not detected. - a microlens structure having a front side with an array of light focusing elements and an opaque back side with an array of optically transparent apertures aligned with the focusing elements, and - a sensor array of optical detector pixels facing the back side of the microlens structure, wherein each aperture is aligned with at least one of said optical detector pixels,
An engine control system for an internal combustion engine with a fuel injector, comprising: a combustion fuel quantity determining means for computing the actual combustion fuel quantity at engine start, wherein the combustion fuel determining means determines the combustion fuel quantity in a latest combustion cycle; and a residual fuel quantity computing means for computing a residual fuel quantity in the combustion cycle based on a difference between an injection fuel quantity of the fuel injector and the combustion fuel quantity, wherein the residual fuel quantity computing means computes the residual fuel in the latest cycle based on a difference between the injection fuel quantity and the combustion fuel quantity in the latest cycle; and an injection fuel quantity computing means for calculating or correcting an injection fuel quantity for the next cycle combustion and subsequent times based on the residual fuel quantity. a combustion fuel quantity determining means for computing the actual combustion fuel quantity at engine start, wherein the combustion fuel determining means determines the combustion fuel quantity in a latest combustion cycle; and a residual fuel quantity computing means for computing a residual fuel quantity in the combustion cycle based on a difference between an injection fuel quantity of the fuel injector and the combustion fuel quantity, wherein the residual fuel quantity computing means computes the residual fuel in the latest cycle based on a difference between the injection fuel quantity and the combustion fuel quantity in the latest cycle; and an injection fuel quantity computing means for calculating or correcting an injection fuel quantity for the next cycle combustion and subsequent times based on the residual fuel quantity.
A wireless flat panel detector (240,300) comprising: a plurality of charge storage devices configured to absorb radiation from a radiation source; a plurality of imaging components configured to generate image data from the radiation absorbed in the plurality of charge storage devices; a wireless radio module for wirelessly transmitting data with the radiation source; a battery configured to supply power to the wireless flat panel detector (240,300),wherein the battery is configured to supply power to the wireless radio module and to the plurality of charge storage devices; means configured to change the power state of the wireless flat panel detector (240,300) from a normal active operating level to a low power idle state and vice versa, characterised in that the battery is configured to supply a bias voltage to the plurality of charge storage devices to keep the plurality of charge storage devices at a stable voltage when the wireless flat panel detector (240,300) is in the idle power state and to maintain the stable voltage through the change between the normal active operating level and the idle state and between the idle state and the normal active operating level, and to not supply power to the plurality of imaging components when the wireless flat panel detector (240,300) is in the idle power state; and in that the wireless flat panel detector (240,300) further comprises a processing unit operable at periodic intervals to query the wireless radio module to determine whether a trigger has been received which may signal a resumption of active operation. a plurality of charge storage devices configured to absorb radiation from a radiation source; a plurality of imaging components configured to generate image data from the radiation absorbed in the plurality of charge storage devices; a wireless radio module for wirelessly transmitting data with the radiation source; a battery configured to supply power to the wireless flat panel detector (240,300),wherein the battery is configured to supply power to the wireless radio module and to the plurality of charge storage devices; means configured to change the power state of the wireless flat panel detector (240,300) from a normal active operating level to a low power idle state and vice versa, characterised in that the battery is configured to supply a bias voltage to the plurality of charge storage devices to keep the plurality of charge storage devices at a stable voltage when the wireless flat panel detector (240,300) is in the idle power state and to maintain the stable voltage through the change between the normal active operating level and the idle state and between the idle state and the normal active operating level, and to not supply power to the plurality of imaging components when the wireless flat panel detector (240,300) is in the idle power state; and in that the wireless flat panel detector (240,300) further comprises a processing unit operable at periodic intervals to query the wireless radio module to determine whether a trigger has been received which may signal a resumption of active operation.
A device for protecting a hazardous area of a system controlled by a controller, having a sensor arrangement by means of which a protective area adapted to the hazardous area is monitored, a switching signal being generated by means of the sensor arrangement when an object entering the protective area is detected, by means of which a hazardous operation of the installation is stopped, characterised in that the sensor arrangement detects the sequence of movement of the object when it leaves the protected area, and in that, when a valid sequence of movement is registered by means of the sensor arrangement, a release signal is generated by means of which the hazardous operation of the installation is reactivated.
A microstructured optical fiber comprising a core region in which optical radiation can propagate, an inner cladding region surrounding said core region and having an effective refractive index lower than that of said core region, an outer cladding region surrounding said inner cladding region, said inner cladding region including a multiplicity of index-lowering features positioned circumferentially around said core region, said features being capillary air holes, whereby said air holes are positioned in at least one layer, the outer boundary of said at least one layer being less than about 10-30 μm from the outer boundary of said core region, the core diameter being about 0.5-7 μm, the air hole diameter being about 0.5-7 μm, and the center-to-center spacing of the air holes being about 0.5-7 μm, so that said air holes are effective to provide index guiding of said radiation, and said core region and said inner cladding region are configured so that said fiber exhibits anomalous positive group velocity dispersion over a range of visible and near-infrared wavelengths and a zero-dispersion wavelength with the same range. a core region in which optical radiation can propagate, an inner cladding region surrounding said core region and having an effective refractive index lower than that of said core region, an outer cladding region surrounding said inner cladding region, said inner cladding region including a multiplicity of index-lowering features positioned circumferentially around said core region, said features being capillary air holes, whereby said air holes are positioned in at least one layer, the outer boundary of said at least one layer being less than about 10-30 μm from the outer boundary of said core region, the core diameter being about 0.5-7 μm, the air hole diameter being about 0.5-7 μm, and the center-to-center spacing of the air holes being about 0.5-7 μm, so that said air holes are effective to provide index guiding of said radiation, and said core region and said inner cladding region are configured so that said fiber exhibits anomalous positive group velocity dispersion over a range of visible and near-infrared wavelengths and a zero-dispersion wavelength with the same range.
A powder shaping method, comprises the following steps: providing a powder on a target surface; illuminating an ultra-fast laser beam to the powder to form a pre-treated powder, the ultra-fast laser beam causing the internal temperature of the electron inside the powder to raise instantly for increasing the collision rate between electron and phonon so as to cause the reflectivity of the powder to drop, while simultaneously inducing a surface micro- and nano-structure on the same and thereby, increasing the absorptivity of the powder that is to be sintered and reducing the reflectivity of the pre-treated powder; and illuminating an energy beam to the pre-treated powder to perform a shaping process. providing a powder on a target surface; illuminating an ultra-fast laser beam to the powder to form a pre-treated powder, the ultra-fast laser beam causing the internal temperature of the electron inside the powder to raise instantly for increasing the collision rate between electron and phonon so as to cause the reflectivity of the powder to drop, while simultaneously inducing a surface micro- and nano-structure on the same and thereby, increasing the absorptivity of the powder that is to be sintered and reducing the reflectivity of the pre-treated powder; and illuminating an energy beam to the pre-treated powder to perform a shaping process.
A method comprising: receiving, by a remote control system, a control configuration; interfacing, by the remote control system, via a network, with at least one process equipment; and remotely controlling, by the remote control system, the at least one process equipment according to the control configuration, wherein remotely controlling the at least one process equipment further comprises: performing a validation test on the control configuration for the remote control system and the at least one process equipment, wherein the validation test is also valid for the local control system, including generating simulated values of process variables by a process equipment other than the at least one process equipment in a final process installation, and transmitting the simulated values to the at least one process equipment, the simulated values to be treated as process variable inputs, wherein the remote control system is a twin of a local control system. receiving, by a remote control system, a control configuration; interfacing, by the remote control system, via a network, with at least one process equipment; and remotely controlling, by the remote control system, the at least one process equipment according to the control configuration, wherein remotely controlling the at least one process equipment further comprises: performing a validation test on the control configuration for the remote control system and the at least one process equipment, wherein the validation test is also valid for the local control system, including generating simulated values of process variables by a process equipment other than the at least one process equipment in a final process installation, and transmitting the simulated values to the at least one process equipment, the simulated values to be treated as process variable inputs, wherein the remote control system is a twin of a local control system. generating simulated values of process variables by a process equipment other than the at least one process equipment in a final process installation, and transmitting the simulated values to the at least one process equipment, the simulated values to be treated as process variable inputs, wherein the remote control system is a twin of a local control system.
A method for assessing the presence of one or more microRNAs in microvesicles, comprising isolating a population of disorder-derived microvesicles from a biological sample from a test subject using a microvesicle surface marker, isolating microRNA from said population of microvesicles and determining a presence of one or more microRNAs in said disorder-derived microvesicles.