mhurhangee/patent-ind-claim-en huggingface dataset:
Method for manufacturing a plate including channels , the manufacturing method including: - a superimposing step during which two strips of titanium or titanium alloy are superimposed on one another, - a welding step during which the two strips are welded together along the weld lines, - a closing step during which the zones between the first strip and the second strip where the zones between the weld lines open out at one of the edges of the first strip and of the second strip are closed, - a pressurization step during which a compressed fluid is injected at another edge of the first strip and of the second strip , where the zones between the weld lines open out between the first strip and the second strip so as to expand the strips , and - an opening stage during which the zones closed during the closing stage are opened, where the superimposing step consists successively of a first placeing step during which the first strip is placed on a mould , a second placing step during which the second strip is placed on the first strip , and a covering step during which a countermould is placed on the second strip , where the mould and the countermould include a plurality of holes (306a-b), and in that the welding step consists of inserting needles into the holes in the mould and counter needles into the holes in the countermould and powering the needles and the counter needles with a voltage generator to weld the two strips together along the weld lines, and where the mould and the countermould include, between the holes (306a-b), female shapes (308a-b) corresponding to impressions of the channels to be obtained. - a superimposing step during which two strips of titanium or titanium alloy are superimposed on one another, - a welding step during which the two strips are welded together along the weld lines, - a closing step during which the zones between the first strip and the second strip where the zones between the weld lines open out at one of the edges of the first strip and of the second strip are closed, - a pressurization step during which a compressed fluid is injected at another edge of the first strip and of the second strip , where the zones between the weld lines open out between the first strip and the second strip so as to expand the strips , and - an opening stage during which the zones closed during the closing stage are opened,
A signal transmission method performed by a signal transmission apparatus, the method comprising: receiving a notification message sent by a base station, wherein the notification message comprises a repetition factor of a channel, and obtaining the repetition factor of the channel comprised in the notification message, and determining the repetition factor, wherein the repetition factor is a number of repeated transmission times of a signal on the channel; or receiving a notification message sent by the base station, wherein the notification message comprises an extended sequence identifier, and obtaining the extended sequence identifier comprised in the notification message, and determining an extended sequence according to the extended sequence identifier, wherein the extended sequence is used to repetitively transmit the signal on the channel by using a number of numerical values in the extended sequence, wherein the number of numerical values is a number of repetition times of the signal, and each numerical value indicates a signal amplitude weight of the signal; determining a time domain resource according to the repetition factor or a length of the extended sequence, wherein the time domain resource is a transmission subframe; and sending the signal by using the transmission subframe. receiving a notification message sent by a base station, wherein the notification message comprises a repetition factor of a channel, and obtaining the repetition factor of the channel comprised in the notification message, and determining the repetition factor, wherein the repetition factor is a number of repeated transmission times of a signal on the channel; or receiving a notification message sent by the base station, wherein the notification message comprises an extended sequence identifier, and obtaining the extended sequence identifier comprised in the notification message, and determining an extended sequence according to the extended sequence identifier, wherein the extended sequence is used to repetitively transmit the signal on the channel by using a number of numerical values in the extended sequence, wherein the number of numerical values is a number of repetition times of the signal, and each numerical value indicates a signal amplitude weight of the signal; determining a time domain resource according to the repetition factor or a length of the extended sequence, wherein the time domain resource is a transmission subframe; and sending the signal by using the transmission subframe.
A method of wireless communication operable at a user equipment UE, the method comprising: transmitting to a base station a UE capability message indicative of whether the UE supports a UE-assisted selective acceleration by local caching; transmitting to the base station a first data packet including first assistance information, AI, to request the UE-assisted selective acceleration of the first data packet by the local caching; receiving, based on an eligibility of the first data packet for selective acceleration being of a type or degree of acceleration that is inconsistent with the type or degree of acceleration indicated by the first Al, a configuration message from the base station, wherein the configuration message configures the UE to include second AI in a second data packet to request the UE-assisted selective acceleration of the second data packet; wherein the first data packet is routed by the base station to a local cache or to a core network according to the type or degree of acceleration for which the first packet is eligible regardless of the type or degree of acceleration indicated by the first AI. transmitting to a base station a UE capability message indicative of whether the UE supports a UE-assisted selective acceleration by local caching; transmitting to the base station a first data packet including first assistance information, AI, to request the UE-assisted selective acceleration of the first data packet by the local caching; receiving, based on an eligibility of the first data packet for selective acceleration being of a type or degree of acceleration that is inconsistent with the type or degree of acceleration indicated by the first Al, a configuration message from the base station, wherein the configuration message configures the UE to include second AI in a second data packet to request the UE-assisted selective acceleration of the second data packet; wherein the first data packet is routed by the base station to a local cache or to a core network according to the type or degree of acceleration for which the first packet is eligible regardless of the type or degree of acceleration indicated by the first AI.
A sensor cable automated assembly method comprising: providing a flat elongated cable having a plurality of conductors ; cutting the cable to a length compatible with a sensor circuit ; exposing the plurality of conductors at a first end of the cable ; characterised by optically detecting a printed line on the cable that identifies the relative locations of the plurality of conductors ; positioning, according to the printed line, the plurality of exposed conductors relative to a plurality of contacts of the sensor circuit ; and attaching the plurality of exposed conductors to the plurality of contacts so as to provide electrical communications between the plurality of exposed conductors and the plurality of contacts . providing a flat elongated cable having a plurality of conductors ; cutting the cable to a length compatible with a sensor circuit ; exposing the plurality of conductors at a first end of the cable ; characterised by optically detecting a printed line on the cable that identifies the relative locations of the plurality of conductors ; positioning, according to the printed line, the plurality of exposed conductors relative to a plurality of contacts of the sensor circuit ; and attaching the plurality of exposed conductors to the plurality of contacts so as to provide electrical communications between the plurality of exposed conductors and the plurality of contacts .
A collimator unit comprising: a housing ; an on-axis (A) collimator tube (106a; 206a; 306a) fixedly attached to at least two off-axis collimator tubes (106b, 106c, 106d, 106e; 206b, 206c; 306b, 306c, 306d), and wherein the collimator tubes are positioned within the housing, wherein the off-axis collimator tubes are angled relative to the on-axis collimator tube; wherein each collimator tube comprises: a lens ; a light source ; and a target placed at the lens' focal point; wherein the collimator tubes are positioned within the housing such that the on-axis collimator tube is coaxial (A) and centered with respect to the housing; wherein each collimator tube is removable from the housing and collimator tubes configured for different focal lengths or wavelengths can be installed; and wherein the angle between the at least two off-axis collimator tubes and the on-axis collimator tube is fixed with respect to the housing such that newly installed collimator tubes will return to the same angle positioning defined by the housing. a housing ; an on-axis (A) collimator tube (106a; 206a; 306a) fixedly attached to at least two off-axis collimator tubes (106b, 106c, 106d, 106e; 206b, 206c; 306b, 306c, 306d), and wherein the collimator tubes are positioned within the housing, wherein the off-axis collimator tubes are angled relative to the on-axis collimator tube; wherein each collimator tube comprises: a lens ; a light source ; and a target placed at the lens' focal point; a lens ; a light source ; and a target placed at the lens' focal point; wherein the collimator tubes are positioned within the housing such that the on-axis collimator tube is coaxial (A) and centered with respect to the housing; wherein each collimator tube is removable from the housing and collimator tubes configured for different focal lengths or wavelengths can be installed; and wherein the angle between the at least two off-axis collimator tubes and the on-axis collimator tube is fixed with respect to the housing such that newly installed collimator tubes will return to the same angle positioning defined by the housing.
A computer-implemented method for assessing the level of an analyte within a human, wherein said method comprises: obtaining electrocardiogram results from said human ; categorizing individual cardiac cycles from the electrocardiogram results into respective bins based on predetermined criteria associated with different body positions and/or different heart rate ranges, wherein the categorized cycles into respective bins are averaged using a signal averaging technique to create an averaged cardiac cycle for each bin, and comparing a respective averaged cardiac cycle of a respective bin to a corresponding electrocardiogram signal template to determine a difference that is indicative of the level of said analyte within said human , wherein each electrocardiogram signal template is indicative of one body position of said predetermined criteria for a level of the analyte within the human, wherein said electrocardiogram signal templates have been obtained by using content of bins categorizing individual cardiac cycles based on different body positions and/or different heart rate ranges associated with said predetermined criteria , and wherein said signal templates were generated using a signal averaging technique. obtaining electrocardiogram results from said human ; categorizing individual cardiac cycles from the electrocardiogram results into respective bins based on predetermined criteria associated with different body positions and/or different heart rate ranges, wherein the categorized cycles into respective bins are averaged using a signal averaging technique to create an averaged cardiac cycle for each bin, and comparing a respective averaged cardiac cycle of a respective bin to a corresponding electrocardiogram signal template to determine a difference that is indicative of the level of said analyte within said human , wherein each electrocardiogram signal template is indicative of one body position of said predetermined criteria for a level of the analyte within the human, wherein said electrocardiogram signal templates have been obtained by using content of bins categorizing individual cardiac cycles based on different body positions and/or different heart rate ranges associated with said predetermined criteria , and wherein said signal templates were generated using a signal averaging technique. wherein each electrocardiogram signal template is indicative of one body position of said predetermined criteria for a level of the analyte within the human, wherein said electrocardiogram signal templates have been obtained by using content of bins categorizing individual cardiac cycles based on different body positions and/or different heart rate ranges associated with said predetermined criteria , and wherein said signal templates were generated using a signal averaging technique.
A method for generating an isolated population of human endothelial colony forming cell-like cells (ECFC-like cells) from human pluripotent stem cells, the method comprising: a) providing pluripotent stem cells; b) inducing the pluripotent stem cells to undergo endothelial differentiation, wherein inducing comprises: i) culturing the pluripotent stem cells for about 24 hours in an endothelial differentiation medium comprising Activin A, BMP-4, VEGF and FGF-2; and ii) replacing the medium of step i) with an endothelial differentiation medium comprising BMP-4, VEGF and FGF-2 about every one or two days thereafter; and c) isolating from the cells induced to undergo differentiation the ECFC-like cells, wherein the ECFC-like cells are CD31+NRP-1+ and exhibit a cobblestone morphology. a) providing pluripotent stem cells; b) inducing the pluripotent stem cells to undergo endothelial differentiation, wherein inducing comprises: i) culturing the pluripotent stem cells for about 24 hours in an endothelial differentiation medium comprising Activin A, BMP-4, VEGF and FGF-2; and ii) replacing the medium of step i) with an endothelial differentiation medium comprising BMP-4, VEGF and FGF-2 about every one or two days thereafter; and i) culturing the pluripotent stem cells for about 24 hours in an endothelial differentiation medium comprising Activin A, BMP-4, VEGF and FGF-2; and ii) replacing the medium of step i) with an endothelial differentiation medium comprising BMP-4, VEGF and FGF-2 about every one or two days thereafter; and c) isolating from the cells induced to undergo differentiation the ECFC-like cells,
A method for processing of service requests by a service provider node , the method comprising: Receiving a first service request , which is remitted by a user ; Receiving first control data indicative of a first financial deposit , which is remitted by the user , wherein the first control data is referenced to at least one service request ; and Processing the received first service request , if the received first control data is referenced to the received first service request ; wherein the method is characterized by : Dispensing a third control data indicative of a third financial deposit to the user in response to receiving the first control data and based on an evaluation of a user criterion, wherein the user criterion includes behaviors of the user , and the method further comprises analyzing the behaviors of the user . Receiving a first service request , which is remitted by a user ; Receiving first control data indicative of a first financial deposit , which is remitted by the user , wherein the first control data is referenced to at least one service request ; and Processing the received first service request , if the received first control data is referenced to the received first service request ; wherein the method is characterized by : Dispensing a third control data indicative of a third financial deposit to the user in response to receiving the first control data and based on an evaluation of a user criterion, wherein the user criterion includes behaviors of the user , and the method further comprises analyzing the behaviors of the user . Dispensing a third control data indicative of a third financial deposit to the user in response to receiving the first control data and based on an evaluation of a user criterion, wherein the user criterion includes behaviors of the user , and the method further comprises analyzing the behaviors of the user .
An edible composition comprising: an edible substance; a first cross-linked matrix encapsulating the edible substance, the cross-linked matrix comprising at least one edible polymer and edible particles or a plurality of edible polymers; and a second cross-linked matrix encapsulating the first cross-linked matrix, the second cross-linked matrix comprising at least one edible polymer and edible particles or a plurality of edible polymers. an edible substance; a first cross-linked matrix encapsulating the edible substance, the cross-linked matrix comprising at least one edible polymer and edible particles or a plurality of edible polymers; and a second cross-linked matrix encapsulating the first cross-linked matrix, the second cross-linked matrix comprising at least one edible polymer and edible particles or a plurality of edible polymers.
A method for determining antenna setting associated with at least one network node in a wireless communications network , the method being performed by a network node , the method comprising: detecting (S102) an event of the network node in the wireless communications network, the event indicating a need for adjustment of at least one antenna setting of said network node and/or at least one other network node in the wireless communications network; and determining (S104) said adjustment of said at least one antenna setting by: identifying (S104a) stored key performance information in a database based on the event, wherein different key performance information is in the database associated with different types of events, and wherein the stored key performance information is identified based on which type of event that was detected; assessing (S104c) a candidate set of possible antenna settings of said network node and/or said at least one other network node, wherein the candidate set is defined by the key performance information; and selecting (S104d) one entry of antenna settings in the candidate set based on said assessing, said one entry defining said adjustment, to be the determined antenna setting. identifying (S104a) stored key performance information in a database based on the event, wherein different key performance information is in the database associated with different types of events, and wherein the stored key performance information is identified based on which type of event that was detected; assessing (S104c) a candidate set of possible antenna settings of said network node and/or said at least one other network node, wherein the candidate set is defined by the key performance information; and selecting (S104d) one entry of antenna settings in the candidate set based on said assessing, said one entry defining said adjustment, to be the determined antenna setting.
Cooling device for cooling units , such as machines or technical devices, with a container through which a heat transport medium flows and a cooling unit which is attached to the container and which has a refrigerant guided in a circuit , which, while absorbing heat from the heat transport means , passes into a gaseous state when flowing through an evaporator tube projecting into the heat transport means and is subsequently compressed, and is subsequently liquefied again while releasing heat, characterized in that the evaporator tube has tube loops in an evaporator tube section extending from the outside to the inside and/or from the inside to the outside, which taper spirally from an outermost tube loop to an innermost tube loop and/or run spirally from an innermost tube loop to an outermost tube loop , the cooling unit with the evaporator tube being seated on the container as a removable module (M).
A refrigeration apparatus, in which a refrigerant containing a mixture of a hydrofluoroolefin having a carbon-carbon double bond as base component and a hydrofluorocarbon having no double bond circulates, comprising a refrigerant-circulating route extending from a compressor , via a condenser , an expansion mechanism , an evaporator and an accumulator , back to the compressor , in which the refrigerant circulates characterized in that a hydrogen fluoride-scavenging unit for accommodating a hydrogen fluoride scavenger is installed on the refrigerant-circulating route, wherein the hydrogen fluoride-scavenging unit is the accumulator for accommodating the hydrogen fluoride scavenger.
Measurement device for the detection and/or analysis of fluid-borne particles, the measurement device comprising: means for producing a flow of fluid along a fluid flow path, a laser positioned for emitting a beam of laser light in a measurement volume of the fluid flow path; a lens set for collecting laser light scattered in the measurement volume by fluid-borne particles contained in the flow of fluid, a photo-detector positioned for the detection of scattered laser light collected by the lens set , wherein the photo-detector is a multipixel detector for capturing the laser light focused by the lens set , the measurement device being characterised in that the lens set comprises a plano-convex cylindrical optical lens , and is configured for focusing the scattered light in a line at a focal distance (f2) of the plano-convex cylindrical optical lens , said line being transverse to a flow direction (y) of the flow of fluid in said measurement volume; said multipixel detector is positioned at a distance from the focal distance (f2) of the plano-convex cylindrical optical lens and oriented with its longitudinal axis parallel to said line; and in that the measurement device further comprises a photodiode for detecting the laser beam emitted by the laser beyond the measurement volume. means for producing a flow of fluid along a fluid flow path, a laser positioned for emitting a beam of laser light in a measurement volume of the fluid flow path; a lens set for collecting laser light scattered in the measurement volume by fluid-borne particles contained in the flow of fluid, a photo-detector positioned for the detection of scattered laser light collected by the lens set , wherein the photo-detector is a multipixel detector for capturing the laser light focused by the lens set , the measurement device being characterised in that the lens set comprises a plano-convex cylindrical optical lens , and is configured for focusing the scattered light in a line at a focal distance (f2) of the plano-convex cylindrical optical lens , said line being transverse to a flow direction (y) of the flow of fluid in said measurement volume; said multipixel detector is positioned at a distance from the focal distance (f2) of the plano-convex cylindrical optical lens and oriented with its longitudinal axis parallel to said line; and in that the measurement device further comprises a photodiode for detecting the laser beam emitted by the laser beyond the measurement volume.