mhurhangee/patent-ind-claim-en huggingface dataset:
A non-pathogenic heat killed whole cell Mycobacterium for use in the treatment, reduction, inhibition or control of a neoplastic disease in a patient that is administered a checkpoint inhibitor, wherein the non-pathogenic heat killed whole cell Mycobacterium is M. obuense, wherein said checkpoint inhibitor is a cell, protein, peptide, antibody or antigen binding fragment thereof that binds CTLA-4, PD-1, PD-L1 and combinations thereof, and wherein the non-pathogenic heat killed whole cell Mycobacterium is to be intradermally administered in one or more doses prior to administration of a checkpoint inhibitor.
A module for the formation of a walkable surface, the module comprising the following elements: - A top panel suitable for forming such walkable surface; - A bottom panel ; - A thermally insulating surface and a heating device configured for emanating heat, both comprised between the bottom panel and the top panel ; - The insulating surface being in form of a panel of insulating material placed above the bottom panel and with the heating device comprising a pipe for the passage of a vector fluid arranged over the thermally insulating surface such that said pipe is comprised between the top panel and the panel of insulating material ; - Characterized in that the thermally insulating surface is a prebuilt element and wherein connecting means are further provided and configured to exert a mechanical action according to an approaching direction of the top panel to the bottom panel in such a manner so as to keep the elements of the module stacked on each other, said connecting means being further configured to be removable in such a manner that, on removal, said elements constituting the module result in being separable and/or accessible each other. - A top panel suitable for forming such walkable surface; - A bottom panel ; - A thermally insulating surface and a heating device configured for emanating heat, both comprised between the bottom panel and the top panel ; - The insulating surface being in form of a panel of insulating material placed above the bottom panel and with the heating device comprising a pipe for the passage of a vector fluid arranged over the thermally insulating surface such that said pipe is comprised between the top panel and the panel of insulating material ; - Characterized in that the thermally insulating surface is a prebuilt element and wherein connecting means are further provided and configured to exert a mechanical action according to an approaching direction of the top panel to the bottom panel in such a manner so as to keep the elements of the module stacked on each other, said connecting means being further configured to be removable in such a manner that, on removal, said elements constituting the module result in being separable and/or accessible each other.
A system for detecting malicious communications, comprising: a flow pre-processor module having a parsing unit configured to receive network traffic generated by a plurality of hosts and labels the network traffic into one or more session datasets; an extraction module that extracts relay metadata from the session datasets, the relay metadata corresponding to one of the hosts representing a potentially malicious relay , the relay being controlled by one or more control computers said relay receiving at least some of the network traffic from the one or more control computers , and the relay transmitting at least some of the network traffic to one or more other of the plurality of hosts; an analyzer module having a categorization unit configured to use the relay metadata to: categorize the one or more session datasets as data items in one or more relay data structures corresponding to one or more known relay communication patterns using the relay metadata, and a scoring module with a threshold unit configured to generate reporting output data if a number of data items in the one or more relay data structures is equal to or exceeds a limit. a flow pre-processor module having a parsing unit configured to receive network traffic generated by a plurality of hosts and labels the network traffic into one or more session datasets; an extraction module that extracts relay metadata from the session datasets, the relay metadata corresponding to one of the hosts representing a potentially malicious relay , the relay being controlled by one or more control computers said relay receiving at least some of the network traffic from the one or more control computers , and the relay transmitting at least some of the network traffic to one or more other of the plurality of hosts; an analyzer module having a categorization unit configured to use the relay metadata to: categorize the one or more session datasets as data items in one or more relay data structures corresponding to one or more known relay communication patterns using the relay metadata, and a scoring module with a threshold unit configured to generate reporting output data if a number of data items in the one or more relay data structures is equal to or exceeds a limit.
A blood bag system equipped with a plurality of bags in which blood is accommodated, and flow paths connecting the plurality of bags, the blood bag system comprising: a main body portion integrally formed by a first sheet body , and a second sheet body that is superimposed on the first sheet body ; wherein the main body portion comprises: a first bag in which the blood is accommodated; a second bag in which a blood component contained in the blood is accommodated; a first flow path connecting the first bag and the second bag ; and a meandering section in which portions of the first flow path are repeatedly folded back on themselves, and adjacent portions of the first flow path are fusion bonded to each other; wherein the fusion bonded portions of the first flow path of the meandering section are connected via thin-walled cuttable portions configured to be separable. a main body portion integrally formed by a first sheet body , and a second sheet body that is superimposed on the first sheet body ; wherein the main body portion comprises: a first bag in which the blood is accommodated; a second bag in which a blood component contained in the blood is accommodated; a first flow path connecting the first bag and the second bag ; and a meandering section in which portions of the first flow path are repeatedly folded back on themselves, and adjacent portions of the first flow path are fusion bonded to each other; wherein the fusion bonded portions of the first flow path of the meandering section are connected via thin-walled cuttable portions configured to be separable. a first bag in which the blood is accommodated; a second bag in which a blood component contained in the blood is accommodated; a first flow path connecting the first bag and the second bag ; and a meandering section in which portions of the first flow path are repeatedly folded back on themselves, and adjacent portions of the first flow path are fusion bonded to each other; wherein the fusion bonded portions of the first flow path of the meandering section are connected via thin-walled cuttable portions configured to be separable.
Switching device suitable for direct current operation, comprising at least one contact pair having a first contact and a second contact , wherein at least one of the two contacts is movable, and the two contacts are in contact with each other in a switched-on state of the switching device and are not in contact with each other in a switched-off state of the switching device , an arc driver arrangement which generates a magnetic field at least in the region of the contact pair , and a first arc guiding arrangement by means of which an arc produced between the contacts with a first current direction is guided to a quenching device for quenching the arc, wherein a second arc guiding arrangement is provided, by means of which an arc produced between the contacts with a second current direction, which is opposite the first current direction, is guided to said quenching device for quenching the arc, wherein the quenching device is constructed as a deionizing quenching chamber having a plurality of quenching plates which are electrically isolated from one another and arranged parallel to one another, characterised in that the first arc guiding arrangement and the second arc guiding arrangement are designed such that, independently of its current direction, the arc is deflected into the same quenching device due to the arc being guided along a rear side of a bridging contact member facing away from the first contact , wherein the arc is successively driven into gaps between the individual quenching plates .
A method of controlling a water level in a steam drum of a heat recovery steam generator (HRSG) plant , where the steam drum has a pressure therein due to at least one of water in the steam drum , steam in the steam drum and a water/steam mixture in the steam drum , the method comprising: predicting a transient change in at least one of the water level or the water/steam mixture level or the pressure in the steam drum based on plant characteristics including steam flow from the steam drum, drum pressure in the steam drum, and one or both of a gas turbine load and a position of a bypass valve configured to control the steam flow from the steam drum to two or more steam flow conduits ; and generating a sliding setpoint to control the water level based on predicting the transient change, wherein the sliding setpoint is a setpoint that changes according to conditions of the HRSG plant; generating a first setpoint with a setpoint model that receives as inputs the steam flow, a feedwater temperature of feedwater provided to the steam drum , a gas fuel temperature, and a gas fuel flow; determining a desired water level in the steam drum based on the steam flow and the drum pressure; and selecting one of the sliding setpoint and the first setpoint to control the water level in the steam drum based on comparing the sliding setpoint and the first setpoint to the desired water level. predicting a transient change in at least one of the water level or the water/steam mixture level or the pressure in the steam drum based on plant characteristics including steam flow from the steam drum, drum pressure in the steam drum, and one or both of a gas turbine load and a position of a bypass valve configured to control the steam flow from the steam drum to two or more steam flow conduits ; and generating a sliding setpoint to control the water level based on predicting the transient change, wherein the sliding setpoint is a setpoint that changes according to conditions of the HRSG plant; generating a first setpoint with a setpoint model that receives as inputs the steam flow, a feedwater temperature of feedwater provided to the steam drum , a gas fuel temperature, and a gas fuel flow; determining a desired water level in the steam drum based on the steam flow and the drum pressure; and selecting one of the sliding setpoint and the first setpoint to control the water level in the steam drum based on comparing the sliding setpoint and the first setpoint to the desired water level.
A method for the production of a pullulan soft capsule, comprising: fermenting Aureobasidium pullulans cells to produce a pullulan fermentation liquor; filtering the fermentation liquor; concentrating the fermentation liquor; transferring the concentrated fermentation liquor into a gel storage tank having a temperature control function; pumping the concentrated fermentation liquor from the gel storage tank into a reaction tank; adding gelatin and plasticizer to the reaction tank with the concentrated fermentation liquor; and forming the pullulan soft capsule with a soft capsule making machine, wherein the method lacks drying the pullulan to form a solid pullulan product. fermenting Aureobasidium pullulans cells to produce a pullulan fermentation liquor; filtering the fermentation liquor; concentrating the fermentation liquor; transferring the concentrated fermentation liquor into a gel storage tank having a temperature control function; pumping the concentrated fermentation liquor from the gel storage tank into a reaction tank; adding gelatin and plasticizer to the reaction tank with the concentrated fermentation liquor; and forming the pullulan soft capsule with a soft capsule making machine, wherein the method lacks drying the pullulan to form a solid pullulan product.
An electrical protection device for detecting a differential fault between two electrical conductors , this protection device comprising: - a current sensor , the current sensor comprising a magnetic toroid around which a coil is wound; characterised by : - an energy reserve connected to the current sensor, the energy reserve being configured to be charged by the electrical voltage supplied by the current sensor during a first operating phase when a fault current flows in the electrical conductor or conductors ; - a processing circuit configured to identify (S106) a triggering condition when the energy stored in the energy reserve exceeds a predefined threshold (U lim ); the protection device being configured to: - measure (S100) a differential fault current using the current sensor , - detect (S112) the occurrence of a fault current measured by the current sensor , - in response, consume (S116) a predefined amount of energy stored in the energy reserve during a second operating phase of the current sensor after the magnetic toroid of the current sensor has reached saturation. - a current sensor , the current sensor comprising a magnetic toroid around which a coil is wound; characterised by : - an energy reserve connected to the current sensor, the energy reserve being configured to be charged by the electrical voltage supplied by the current sensor during a first operating phase when a fault current flows in the electrical conductor or conductors ; - a processing circuit configured to identify (S106) a triggering condition when the energy stored in the energy reserve exceeds a predefined threshold (U lim ); the protection device being configured to: - measure (S100) a differential fault current using the current sensor , - detect (S112) the occurrence of a fault current measured by the current sensor , - in response, consume (S116) a predefined amount of energy stored in the energy reserve during a second operating phase of the current sensor after the magnetic toroid of the current sensor has reached saturation.
A method performed by a Policy and Charging Rules Function, PCRF, for achieving service differentiation for a second User Equipment, UE, attached to a first UE acting as a mobile router, characterized in that the method comprising: receiving , from a further node , a request for establishing a Packet Data Network, PDN, connection for the first UE , the request comprising routing information of the first UE acting as the mobile router; receiving , from an Application Function, AF, , a request for resource reservation for a service based on a request from the second UE , the request comprising an Internet Protocol, IP, address of the second UE ; correlating the routing information of the first UE with the IP address of the second UE ; and sending a resource reservation request to a Packet Data network Gateway/General Packet Radio Service Gateway Serving Node, PGW/GGSN, over a Gx interface, wherein the resource reservation request comprises the correlation of the routing information of the first UE with the IP address of the second UE , wherein the correlating further comprises: indicating the IP address of the second UE in the routing information of the first UE . receiving , from a further node , a request for establishing a Packet Data Network, PDN, connection for the first UE , the request comprising routing information of the first UE acting as the mobile router; receiving , from an Application Function, AF, , a request for resource reservation for a service based on a request from the second UE , the request comprising an Internet Protocol, IP, address of the second UE ; correlating the routing information of the first UE with the IP address of the second UE ; and sending a resource reservation request to a Packet Data network Gateway/General Packet Radio Service Gateway Serving Node, PGW/GGSN, over a Gx interface, wherein the resource reservation request comprises the correlation of the routing information of the first UE with the IP address of the second UE , wherein the correlating further comprises: indicating the IP address of the second UE in the routing information of the first UE .
A crane which is to be mounted on a mobile machine for forestry work, wherein the crane has a base anchored to the mobile machine, a main arm pivotally secured thereto, and an articulated arm pivotally secured to the free end of the main arm , wherein the free end of the articulated arm is configured to releasably secure a loading grab, and wherein a cable winch is secured to the crane, from which a cable is tetherable to a load to be pulled by the cable, wherein the device defining an attachment point - i.e., the point from which the cable extends away from the crane towards the load - is secured to the articulated arm in the vicinity of the free end of the articulated arm , wherein the articulated arm has two mutually telescopic sub-arms , wherein the one sub-arm is only pivotable relative to the main arm about the axis about which the articulated arm is pivotable relative to the main arm , and wherein the second sub-arm is radially displaceable with respect to the axis in its longitudinal direction, characterised in that together with the loading grab, the cable winch is also secured in the vicinity of the free end of the second sub-arm .
A method of forming a foamed part, the method comprising: providing a polymer processing system comprising a polymer processing space ; mixing polymeric material and a blowing agent within the polymer processing space to produce an unfoamed mixture; providing a mold having at least one expandable mold cavity in fluid communication with the polymer processing space ; injecting a volume of the mixture of polymeric material and blowing agent from the polymer processing space and into the expandable mold cavity ; expanding the mold cavity to form a foamed preform part ; inserting the foamed preform part into a press mold cavity ; and press-forming the foamed preform part within the press mold cavity to form a unitary finished part , wherein press-forming the foamed preform part comprises a lateral displacement of a first movable wall portion of the press mold cavity perpendicular with respect to a second opposing stationary wall portion of the press mold cavity , and wherein the lateral displacement comprises an asymmetric lateral displacement of the first movable wall portion of the press mold cavity with respect to the second opposing stationary wall portion of the press mold cavity by rotation of the first movable wall portion with respect to the second opposing stationary wall portion . providing a polymer processing system comprising a polymer processing space ; mixing polymeric material and a blowing agent within the polymer processing space to produce an unfoamed mixture; providing a mold having at least one expandable mold cavity in fluid communication with the polymer processing space ; injecting a volume of the mixture of polymeric material and blowing agent from the polymer processing space and into the expandable mold cavity ; expanding the mold cavity to form a foamed preform part ; inserting the foamed preform part into a press mold cavity ; and press-forming the foamed preform part within the press mold cavity to form a unitary finished part , wherein press-forming the foamed preform part comprises a lateral displacement of a first movable wall portion of the press mold cavity perpendicular with respect to a second opposing stationary wall portion of the press mold cavity , and wherein the lateral displacement comprises an asymmetric lateral displacement of the first movable wall portion of the press mold cavity with respect to the second opposing stationary wall portion of the press mold cavity by rotation of the first movable wall portion with respect to the second opposing stationary wall portion .
A pallet clamping and positioning system comprising a base plate and at least one pallet on which a workpiece to be machined is arranged and enables fast and accurate positioning and fixing of the pallet and thus the workpiece on the base plate in both horizontal and vertical directions, wherby the base plate has, in its upper face (1.1), arranged a first group of parallel grooves and a second group of parallel grooves extending perpendicularly to the first group of grooves , a distance (d) between the centrelines of the grooves being equal, characterized in that each groove having the shape of an equilateral trapezium in cross-section, and that the pallet has at least one short positioning groove and a centring element arranged therein in its bottom face (2.2), at least part of the centring element having a cross-sectional shape of an equilateral trapezium which, when the pallet is mounted onto the base plate , engages a portion of the groove of the base plate .
A method of assessing remineralization and/or demineralization in a tooth model comprising the steps of: (a) exposing a tooth model to calcium and a calcium-binding fluorophore either sequentially or simultaneously to deposit calcium or a calcium salt and to associate the calcium-binding fluorophore with the calcium/calcium salt; (b) exposing the remineralized/demineralized tooth model of step (a) to a non-calcium binding fluorophore to produce an enhanced tooth model; wherein the non-calcium binding fluorophore labels demineralized regions of the tooth model and has fluorescence excitation and emission spectra that are at least partially distinct from that of the calcium-binding fluorophore; and (c) assessing remineralization, demineralization, or both on the enhanced tooth model by determining the existence and/or extent of calcium binding fluorophore and non-calcium binding fluorophore on the enhanced test tooth model wherein the tooth model is (i) a tooth or teeth sample obtained from an animal; or (ii) a material sample that models the remineralization and/or demineralization properties of a tooth selected from a hydroxyapatite disk and a calcium phosphate disc; and wherein said assessing step (c) comprises visualizing and quantifying the remineralization, demineralization, or both by measuring fluorescence light emitted from the calcium binding fluorophore and the non-calcium binding fluorophore and creating an image based thereon. (a) exposing a tooth model to calcium and a calcium-binding fluorophore either sequentially or simultaneously to deposit calcium or a calcium salt and to associate the calcium-binding fluorophore with the calcium/calcium salt; (b) exposing the remineralized/demineralized tooth model of step (a) to a non-calcium binding fluorophore to produce an enhanced tooth model; wherein the non-calcium binding fluorophore labels demineralized regions of the tooth model and has fluorescence excitation and emission spectra that are at least partially distinct from that of the calcium-binding fluorophore; and (c) assessing remineralization, demineralization, or both on the enhanced tooth model by determining the existence and/or extent of calcium binding fluorophore and non-calcium binding fluorophore on the enhanced test tooth model wherein the tooth model is (i) a tooth or teeth sample obtained from an animal; or (ii) a material sample that models the remineralization and/or demineralization properties of a tooth selected from a hydroxyapatite disk and a calcium phosphate disc; and wherein said assessing step (c) comprises visualizing and quantifying the remineralization, demineralization, or both by measuring fluorescence light emitted from the calcium binding fluorophore and the non-calcium binding fluorophore and creating an image based thereon.