mhurhangee/ep-ind-claims huggingface dataset:
A positively charged backbone comprising: (a) a positively charged linear polypeptide comprising polylysine; and (b) a plurality of efficiency groups covalently attached to said positively charged linear polypeptide; wherein said efficiency groups comprise: (i) -(gly) n1 -(arg) n2, wherein n1 is an integer from 0 to 20, and n2 is an odd integer from 5 to 25; or (ii) a positively charged HIV-TAT peptide domain, or an amino acid sequence (gly) p -RGRDDRRQRRR-(gly) q, or (gly) p -YGRKKRRQRRR-(gly) q, wherein p and q are independently an integer from 0 to 20, attached to the positively charged backbone via the C-terminus or the N-terminus of the amino acid sequence. (a) a positively charged linear polypeptide comprising polylysine; and (b) a plurality of efficiency groups covalently attached to said positively charged linear polypeptide; wherein said efficiency groups comprise: (i) -(gly) n1 -(arg) n2, wherein n1 is an integer from 0 to 20, and n2 is an odd integer from 5 to 25; or (ii) a positively charged HIV-TAT peptide domain, or an amino acid sequence (gly) p -RGRDDRRQRRR-(gly) q, or (gly) p -YGRKKRRQRRR-(gly) q, wherein p and q are independently an integer from 0 to 20, attached to the positively charged backbone via the C-terminus or the N-terminus of the amino acid sequence. (i) -(gly) n1 -(arg) n2, wherein n1 is an integer from 0 to 20, and n2 is an odd integer from 5 to 25; or (ii) a positively charged HIV-TAT peptide domain, or an amino acid sequence (gly) p -RGRDDRRQRRR-(gly) q, or (gly) p -YGRKKRRQRRR-(gly) q, wherein p and q are independently an integer from 0 to 20, attached to the positively charged backbone via the C-terminus or the N-terminus of the amino acid sequence.
A method for controlling carrier aggregation in a radio network on the basis of a group of cells which can be aggregated, the method comprising establishing, by a network control node, carrier aggregation group information comprising the group of cells which can be aggregated; setting, by the network control node, access control policy for the group of cells in the radio network which can be aggregated, wherein the access control policy is to indicate to an eNB, in case of insufficient resources in the group of cells, - access of a user equipment to the group of cells is denied, or - access of the user equipment to the group of cells is admitted and resources for existing services the group of cells are reduced, and transmitting, by the network control node, the carrier aggregation group information and the access control policy to the eNB. - access of a user equipment to the group of cells is denied, or - access of the user equipment to the group of cells is admitted and resources for existing services the group of cells are reduced, and
A method, the method comprising: a communication device preparing a plurality of frames for transmission to a recipient device, each frame having a header, data, and a plurality of security features; on a frame-by-frame basis, said communication device processing each frame by: determining a frame type of that frame based on a type of transmission being sent in that frame, wherein said frame type has associated therewith a policy that indicates appropriate security features for said frame type; and including frame type data in said header, the frame type data indicating, based on said frame type, the type of transmission; wherein said frame type is one of a plurality of predetermined frame types, the plurality of predetermined frame types includes two or more of data-type, command-type, acknowledgement-type and beacon-type, the header includes a representation of a key and an indication of a security level; and providing said frame with said appropriate security features; and said communication device providing the plurality of frames for transmission to the recipient device. a communication device preparing a plurality of frames for transmission to a recipient device, each frame having a header, data, and a plurality of security features; on a frame-by-frame basis, said communication device processing each frame by: determining a frame type of that frame based on a type of transmission being sent in that frame, wherein said frame type has associated therewith a policy that indicates appropriate security features for said frame type; and including frame type data in said header, the frame type data indicating, based on said frame type, the type of transmission; wherein said frame type is one of a plurality of predetermined frame types, the plurality of predetermined frame types includes two or more of data-type, command-type, acknowledgement-type and beacon-type, the header includes a representation of a key and an indication of a security level; and providing said frame with said appropriate security features; and determining a frame type of that frame based on a type of transmission being sent in that frame, wherein said frame type has associated therewith a policy that indicates appropriate security features for said frame type; and including frame type data in said header, the frame type data indicating, based on said frame type, the type of transmission; wherein said frame type is one of a plurality of predetermined frame types, the plurality of predetermined frame types includes two or more of data-type, command-type, acknowledgement-type and beacon-type, the header includes a representation of a key and an indication of a security level; and providing said frame with said appropriate security features; and said communication device providing the plurality of frames for transmission to the recipient device.
An apparatus for processing image data, comprising a computing apparatus having a processor, a memory, and an operating system supporting computer processes, an image data process arranged to receive image data of a scene, the image data comprising a high resolution video stream and a low resolution video stream, a detection process arranged to detect, by processing the low resolution video stream, an occurrence of at least one event of interest involving an item in the scene, said detection being in accordance with pre-set or user-input parameters, said parameters comprising at least a parameter configured to define the at least one event of interest and at least a parameter configured to define the item, the image data process being responsive to detection of the event of interest to process an event image data associated with the detected event of interest, being high resolution sub images extracted from the high resolution video stream for a portion of the scene where the event of interest occurs, differently from the image data associated with the rest of the scene, wherein the portion of the scene is a portion focused about event of interest, where the image data process is further configured to insert the high resolution sub images into corresponding low resolution images of the low resolution video stream by superimposing the high resolution sub images at appropriate parts of the low resolution images, a final video with the low resolution video stream and the inserted high resolution sub images is stored or transmitted, and the high resolution video stream is not stored.
Device for the pressure filtration of liquid, said device comprising: a plurality of series of membrane filtration modules connected in series by interconnection elements so that their channels for the discharge of filtered liquid communicate and whose membranes are of spiral type, means for leading in liquid to be filtered, means for discharging filtered liquid, and means for discharging concentrate, characterized in that it comprises a common cylindrical chamber under pressure receiving a structure made of a polymer-resin-based structure provided with longitudinal housings parallel to one another, within which there are disposed said series of membrane filtration modules, said polymer-resin-based structure being composed of a mixture of neutral filler and polymer resin, said mixture of neutral filler being selected from sand, cork and plastic, and said polymer resin being selected from epoxy resin, polyester resin and vinylester resin. a plurality of series of membrane filtration modules connected in series by interconnection elements so that their channels for the discharge of filtered liquid communicate and whose membranes are of spiral type, means for leading in liquid to be filtered, means for discharging filtered liquid, and means for discharging concentrate,
A liquid feeding method for feeding liquid in a minute flow path which has an inner surface which is hydrophobic and which includes at least three flow paths (43a, 43c, 43d) having respective first ends connected to each other directly, wherein said at least three flow paths (43a, 43c, 43d) include an introduction flow path, an overflow flow path and a measurement flow path, wherein the measurement flow path and overflow flow path have equal cross-sectional areas, thereby providing equal pressure drop resistance during the flow of the liquid and wherein the measurement flow path is provided at its second end with an orifice that is smaller in width than the measurement flow path, the orifice increasing the pressure drop resistance at the second end of the measurement flow path, the method comprising: introducing the liquid into a hole connected to the introduction flow path; creating a high-pressure state at a second end of said introduction flow path by applying air to the hole; creating an atmospheric pressure state at the second end of the measurement flow path; and controlling a liquid feeding direction of the liquid in the minute flow path by creating an atmospheric pressure state or a closed state at a second end of said overflow flow path, that is, creating an atmospheric pressure state at the second end of said overflow flow path, such that the measurement flow path fills with liquid; allowing a predetermined time to elapse, the predetermined time being such that all the liquid is introduced into the minute flow path, and then air is introduced into the introduction flow path and an upstream portion of the overflow flow path; and then creating a closed state at the second end of said overflow flow path such that the liquid in the measurement flow path flows through the orifice. introducing the liquid into a hole connected to the introduction flow path; creating a high-pressure state at a second end of said introduction flow path by applying air to the hole; creating an atmospheric pressure state at the second end of the measurement flow path; and controlling a liquid feeding direction of the liquid in the minute flow path by creating an atmospheric pressure state or a closed state at a second end of said overflow flow path, that is, creating an atmospheric pressure state at the second end of said overflow flow path, such that the measurement flow path fills with liquid; allowing a predetermined time to elapse, the predetermined time being such that all the liquid is introduced into the minute flow path, and then air is introduced into the introduction flow path and an upstream portion of the overflow flow path; and then creating a closed state at the second end of said overflow flow path such that the liquid in the measurement flow path flows through the orifice.
An electronic component apparatus comprising: clamp portions (13, 14) each of which is made of a conductor shaped like a capital V or U; and an electronic component that has lead wires (8, 9) drawn out from an element in the electronic component to be connected to the clamp portions (13, 14) at tip ends (8a, 9a), wherein the tip ends (8a, 9a) of the lead wires (8, 9) to be connected to the clamp portions (13, 14) are formed to have a non-circular cross section so as to conform to a shape of the clamp portions (13, 14), 1, characterized in that: the tip ends (8a, 9a) of the lead wires (8, 9) are soldered to the clamp portions (13, 14) or the tip ends (8a, 9a) of the lead wires (8, 9) are connected to the clamp portions (13, 14) by resistance welding, and in that the lead wires (8, 9) are provided with a concavity and a convexity on surfaces to be joined to the clamp portions (13, 14), and the clamp portions (13, 14) are provided with a concavity and a convexity on surfaces to be joined to the lead wires (8, 9) in a manner corresponding to the concavity and the convexity provided on the lead wires (8, 9). clamp portions (13, 14) each of which is made of a conductor shaped like a capital V or U; and an electronic component that has lead wires (8, 9) drawn out from an element in the electronic component to be connected to the clamp portions (13, 14) at tip ends (8a, 9a), wherein the tip ends (8a, 9a) of the lead wires (8, 9) to be connected to the clamp portions (13, 14) are formed to have a non-circular cross section so as to conform to a shape of the clamp portions (13, 14), 1, characterized in that: the tip ends (8a, 9a) of the lead wires (8, 9) are soldered to the clamp portions (13, 14) or the tip ends (8a, 9a) of the lead wires (8, 9) are connected to the clamp portions (13, 14) by resistance welding, and in that the lead wires (8, 9) are provided with a concavity and a convexity on surfaces to be joined to the clamp portions (13, 14), and the clamp portions (13, 14) are provided with a concavity and a convexity on surfaces to be joined to the lead wires (8, 9) in a manner corresponding to the concavity and the convexity provided on the lead wires (8, 9).
An apparatus for printing at least one three-dimensional object, comprising: a processing chamber that defines a first volume; a build module that defines a second volume, wherein the build module comprises a platform configured to support the at least one three-dimensional object; a load-lock that is configured to facilitate coupling of the processing chamber to the build module or formed on coupling the processing chamber and the build module, wherein the load-lock defines a third volume that is configured to connects the first volume with the second volume; and an energy source that is configured to generate an energy beam that irradiates to facilitate printing the at least one three-dimensional object, wherein at least one of the first volume, second volume, and third volumes are configured to support a pressure above ambient pressure at least during the printing of the at least one three-dimensional object.
A method for authenticating a user's location in a femtocell-based network, the method using at least the following equipment: one or more femtocells; a connection point; and a location module, the method comprising: associating the user to a femtocell connected to the connection point in the network; providing from the user an indication of the user's location to a remote user; monitoring, by the location module, a characteristic of a connection between the femtocell and the connection point; receiving, by the user, a communication from the remote user via the connection point and the femtocell, wherein the communication places a traffic signature in the connection between the femtocell and the connection point; and providing from the location module the monitored characteristic to the remote user so that the remote user can determine whether the traffic signature is in the monitored characteristic in order to verify user's location. associating the user to a femtocell connected to the connection point in the network; providing from the user an indication of the user's location to a remote user; monitoring, by the location module, a characteristic of a connection between the femtocell and the connection point; receiving, by the user, a communication from the remote user via the connection point and the femtocell, wherein the communication places a traffic signature in the connection between the femtocell and the connection point; and providing from the location module the monitored characteristic to the remote user so that the remote user can determine whether the traffic signature is in the monitored characteristic in order to verify user's location.
Polyesters comprising repeating units deriving from a dicarboxylic component and a diolic component, said polyesters being selected from: i) polyesters wherein the dicarboxylic component and the diolic component are both aliphatic, said aliphatic dicarboxylic component comprising, with respect to the total moles of the dicarboxylic component, at least 20 % by moles of 2-methylglutaric acid and up to 80 % by moles of at least one second linear aliphatic saturated diacid; ii) aliphatic-aromatic polyesters having a dicarboxylic component comprising repeating units deriving from at least one polyfunctional aromatic acid and at least one aliphatic diacid, and a diol component comprising repeating units deriving from at least one aliphatic diol, wherein said aliphatic diacid comprises a mixture consisting of at least 30 % by moles of 2- methylglutaric acid and up to 70 % by moles of at least one second linear saturated aliphatic diacid. i) polyesters wherein the dicarboxylic component and the diolic component are both aliphatic, said aliphatic dicarboxylic component comprising, with respect to the total moles of the dicarboxylic component, at least 20 % by moles of 2-methylglutaric acid and up to 80 % by moles of at least one second linear aliphatic saturated diacid; ii) aliphatic-aromatic polyesters having a dicarboxylic component comprising repeating units deriving from at least one polyfunctional aromatic acid and at least one aliphatic diacid, and a diol component comprising repeating units deriving from at least one aliphatic diol, wherein said aliphatic diacid comprises a mixture consisting of at least 30 % by moles of 2- methylglutaric acid and up to 70 % by moles of at least one second linear saturated aliphatic diacid.
A life raft system for an aircraft, comprising: a storage container, an inflatable life raft that is stored in the storage container in normal operation mode, an inflation device for inflating the inflatable life raft in an emergency mode, and a control unit for activating the inflation device in the emergency mode; wherein the control unit comprises a floatable control buoy with an activation member that is operable for activating the inflation device, wherein the floatable control buoy is provided for operation at a predetermined distance remote from an associated aircraft in an emergency mode, wherein the floatable control buoy is connected to a deployable connection line, wherein the length of the deployable connection line is comprised in a range from 2m to 5m, characterized in that the deployable connection line comprises an integrated electrical cable that is adapted for electrically connecting the activation member of the floatable control buoy to the inflation device, wherein the activation member is implemented as an electrical switch. a storage container, an inflatable life raft that is stored in the storage container in normal operation mode, an inflation device for inflating the inflatable life raft in an emergency mode, and a control unit for activating the inflation device in the emergency mode; wherein the control unit comprises a floatable control buoy with an activation member that is operable for activating the inflation device, wherein the floatable control buoy is provided for operation at a predetermined distance remote from an associated aircraft in an emergency mode, wherein the floatable control buoy is connected to a deployable connection line, wherein the length of the deployable connection line is comprised in a range from 2m to 5m, characterized in that the deployable connection line comprises an integrated electrical cable that is adapted for electrically connecting the activation member of the floatable control buoy to the inflation device, wherein the activation member is implemented as an electrical switch.
A connector for assembling two riser sections, comprising a first main tube element extended by a male connector element provided with a male flange pierced by at least one orifice for passage of a first auxiliary line element, a second main tube element extended by a female connector element provided with a female flange pierced by at least one orifice for passage of a second auxiliary line element, male connector element fitting into said female connector element so as to connect the two main tube elements and the two auxiliary line elements, said connector comprising assembly locking means consisting of a locking collar assembling said male and female flanges by cooperating with the periphery of said male and female flanges, characterized in that one of auxiliary line elements is integral with one of the male or female flanges and the other auxiliary line element is connected by a sliding pivot connection to the other male or female flange, said sliding pivot connection allowing a relative translational motion between said flange and said auxiliary line element over a distance limited by a clearance adjustment means positioned between said auxiliary line element and said flange.
A structural joint, comprising: a first flange extending out from a first component to a distal first flange end; a second flange extending out from a segmented second component to a distal second flange end, and said second flange comprising a first lateral flange segment extending laterally to a first flange sidewall and a second lateral flange segment extending laterally to a second flange sidewall that is engaged with the first flange sidewall; and a fastener comprising a head and a shaft, wherein the head is encased in the second flange and extends laterally into the first flange sidewall and the second flange sidewall, and the shaft extends longitudinally out from the second flange and through the first flange. a first flange extending out from a first component to a distal first flange end; a second flange extending out from a segmented second component to a distal second flange end, and said second flange comprising a first lateral flange segment extending laterally to a first flange sidewall and a second lateral flange segment extending laterally to a second flange sidewall that is engaged with the first flange sidewall; and a fastener comprising a head and a shaft, wherein the head is encased in the second flange and extends laterally into the first flange sidewall and the second flange sidewall, and the shaft extends longitudinally out from the second flange and through the first flange.
A drawer for a refrigerator, the drawer comprising: a receiving member received in the refrigerator to provide a receiving space for receiving foods; an induction member disposed inside the receiving member to induce a formation of moisture on a surface thereof; an indicating member disposed inside the receiving member, the indicating member comprising an indicating part for indicating a humidity state to the outside; and a transmission part together with the indicating member providing a space through which the moisture flows, so that, when the moisture flows between the transmission part and the indicating member, the indicating part is confirmed through the transmission part, wherein the induction member comprises: a dew condensation part for forming the moisture; and an extension part extending to a sidewall of the receiving member. a receiving member received in the refrigerator to provide a receiving space for receiving foods; an induction member disposed inside the receiving member to induce a formation of moisture on a surface thereof; an indicating member disposed inside the receiving member, the indicating member comprising an indicating part for indicating a humidity state to the outside; and a transmission part together with the indicating member providing a space through which the moisture flows, so that, when the moisture flows between the transmission part and the indicating member, the indicating part is confirmed through the transmission part, wherein the induction member comprises: a dew condensation part for forming the moisture; and an extension part extending to a sidewall of the receiving member.