mhurhangee/ep-ind-claims huggingface dataset:
A method of obtaining an extract from a Cannabis sativa plant characterised in that said plant which comprises a) stalked glandular trichomes; b) does not express cannabinoids due to the presence of a knockout gene introduced into the plant by selectively crossing a cannabinoid free plant USO-31 with a plant having a high cannabinoid content; and c) expresses the entourage compounds, including monoterpenes; sesquiterpenes; and flavonoids in amounts which are substantially qualitative to a medicinal Cannabis sativa plant is extracted. a) stalked glandular trichomes; b) does not express cannabinoids due to the presence of a knockout gene introduced into the plant by selectively crossing a cannabinoid free plant USO-31 with a plant having a high cannabinoid content; and c) expresses the entourage compounds, including monoterpenes; sesquiterpenes; and flavonoids in amounts which are substantially qualitative to a medicinal Cannabis sativa plant
A compound of the formula: where: R 1, R 2, and R 3 are independently selected from the group consisting of linker arms and non-linker substituents; where the linker arm is a saturated or unsaturated, substituted or unsubstituted, hydrocarbon of C 30 or fewer, and is covalently bonded to a solid-phase material; where the non-linker substituent is hydrogen, or a saturated or unsaturated, substituted or unsubstituted, hydrocarbon of C 20 or fewer; and R 4, R 5, R 6, and R 7 are the same or different, and are selected from the group consisting of hydrogen, alkyl, alkenyl, aryl, arylalkyl, substituted alkyl, acyl, alkyloxy, and halogen, wherein Q is an acetyl-substituted anthracene. R 1, R 2, and R 3 are independently selected from the group consisting of linker arms and non-linker substituents; where the linker arm is a saturated or unsaturated, substituted or unsubstituted, hydrocarbon of C 30 or fewer, and is covalently bonded to a solid-phase material; where the non-linker substituent is hydrogen, or a saturated or unsaturated, substituted or unsubstituted, hydrocarbon of C 20 or fewer; and R 4, R 5, R 6, and R 7 are the same or different, and are selected from the group consisting of hydrogen, alkyl, alkenyl, aryl, arylalkyl, substituted alkyl, acyl, alkyloxy, and halogen, wherein Q is an acetyl-substituted anthracene.
A computer-implemented method comprising: based on receipt of a request from a requestor that indicates an identifier of an actor, accessing a data structure comprising a plurality of descriptors associated with the identifier of the actor, wherein the plurality of descriptors describes security related events corresponding to the actor which were previously detected by a plurality of security components of a first network associated with the actor, wherein the actor corresponds to a user or a device; selecting a subset of the plurality of descriptors; constructing a response to the request with the selected subset of descriptors; and communicating the response with the selected subset of descriptors to the requestor to fulfill the request, the computer-implemented method being characterized in that a type of the request is determined prior to selecting the subset of the plurality of descriptors, and in that selecting the subset of the plurality of descriptors is based, at least in part, on determining a rule for descriptor selection which corresponds to the type of the request. based on receipt of a request from a requestor that indicates an identifier of an actor, accessing a data structure comprising a plurality of descriptors associated with the identifier of the actor, wherein the plurality of descriptors describes security related events corresponding to the actor which were previously detected by a plurality of security components of a first network associated with the actor, wherein the actor corresponds to a user or a device; wherein the plurality of descriptors describes security related events corresponding to the actor which were previously detected by a plurality of security components of a first network associated with the actor, wherein the actor corresponds to a user or a device; selecting a subset of the plurality of descriptors; constructing a response to the request with the selected subset of descriptors; and communicating the response with the selected subset of descriptors to the requestor to fulfill the request, the computer-implemented method being characterized in that a type of the request is determined prior to selecting the subset of the plurality of descriptors, and in that selecting the subset of the plurality of descriptors is based, at least in part, on determining a rule for descriptor selection which corresponds to the type of the request.
A method comprising: receiving a plurality of audio signals representing audio from respective audio sources in a space; defining for each audio source a spatial audio field indicative of the propagation of its audio signals within the space; defining for a first audio source a restricted zone within its spatial audio field; receiving a first control signal responsive to a user input, the first control signal being indicative of a commanded movement in the spatial audio field of a second audio source so that, if the commanded movement were to be performed, said spatial audio field would be moved towards, and overlap part of the restricted zone of the first audio source; responsive to the first control signal, not permitting the commanded movement and, instead, changing the spatial audio field of the second audio source so that the audio signals propagating in the spatial audio field of the second audio source will not overlap with those in the restricted zone for at least some audio signal frequencies, characterised by further comprising generating a user interface for output to a display system which presents in graphical form the changed spatial audio field. receiving a plurality of audio signals representing audio from respective audio sources in a space; defining for each audio source a spatial audio field indicative of the propagation of its audio signals within the space; defining for a first audio source a restricted zone within its spatial audio field; receiving a first control signal responsive to a user input, the first control signal being indicative of a commanded movement in the spatial audio field of a second audio source so that, if the commanded movement were to be performed, said spatial audio field would be moved towards, and overlap part of the restricted zone of the first audio source; responsive to the first control signal, not permitting the commanded movement and, instead, changing the spatial audio field of the second audio source so that the audio signals propagating in the spatial audio field of the second audio source will not overlap with those in the restricted zone for at least some audio signal frequencies, characterised by further comprising generating a user interface for output to a display system which presents in graphical form the changed spatial audio field.
A device comprising: one or more processors configured to: detect a first order indicator of compromise on a data center network based at least in part on an analysis of east-west data center network traffic; detect a second order indicator of compromise on said data center network based at least in part on an analysis of north-south data center network traffic; generate a risk score based on correlating said first order indicator of compromise on said data center network with said second order indicator of compromise on said data center network; generate at least one incident alert based on comparing said risk score to a threshold. detect a first order indicator of compromise on a data center network based at least in part on an analysis of east-west data center network traffic; detect a second order indicator of compromise on said data center network based at least in part on an analysis of north-south data center network traffic; generate a risk score based on correlating said first order indicator of compromise on said data center network with said second order indicator of compromise on said data center network; generate at least one incident alert based on comparing said risk score to a threshold.
A multi-optical axis photoelectric sensor comprising a light projector and a light receiver, each having external shapes respectively formed by a housing comprising an outer case (2, 102) having an opened front surface and a light transmitting plate for blocking the front surface, and the multi-optical axis photoelectric sensor further comprising: a storage groove arranged around an outer peripheral part of the outer case (2, 102); and a string-shaped elastic member (4, 104, 114) that is interposed between the outer case (2, 102) and the light transmitting plate in a state of being stored in the storage groove, and that seals a gap between the outer case (2, 102) and the light transmitting plate, wherein at least a part of a side wall of the storage groove is provided with a concave part that is concave in a direction different from a pressing direction from the light transmitting plate to the elastic member (4, 104, 114), and the elastic member (4, 104, 114) comprises a part arranged in the concave part, wherein the storage groove has an inner side wall and an outer side wall, the inner side wall is arranged at a side of the storage groove, which is directed to the opened front surface of the outer case and the outer side wall is arranged on an opposite side of the storage groove, characterized in that at least a part of the outer side wall of the storage groove is provided with a projection part which is convex toward the inner side wall, and wherein the concave part is configured by the projection part, the outer side wall of the storage groove, and a bottom surface of the storage groove. a storage groove arranged around an outer peripheral part of the outer case (2, 102); and a string-shaped elastic member (4, 104, 114) that is interposed between the outer case (2, 102) and the light transmitting plate in a state of being stored in the storage groove, and that seals a gap between the outer case (2, 102) and the light transmitting plate, wherein at least a part of a side wall of the storage groove is provided with a concave part that is concave in a direction different from a pressing direction from the light transmitting plate to the elastic member (4, 104, 114), and the elastic member (4, 104, 114) comprises a part arranged in the concave part, wherein the storage groove has an inner side wall and an outer side wall, the inner side wall is arranged at a side of the storage groove, which is directed to the opened front surface of the outer case and the outer side wall is arranged on an opposite side of the storage groove, characterized in that at least a part of the outer side wall of the storage groove is provided with a projection part which is convex toward the inner side wall, and wherein the concave part is configured by the projection part, the outer side wall of the storage groove, and a bottom surface of the storage groove.
A fluid delivery system, comprising: an outlet tube; a pump for pumping liquid along a fluid path including the outlet tube; a closed sensing tube branched from the fluid path which, in use, is filled with gas; and a sensor configured to sense movement of a liquid front within the sensing tube and, responsive to sensing of said movement, determine that a partial or total occlusion has occurred within the outlet tube, wherein the fluid delivery system further comprises a replaceable cartridge and characterised in that the replaceable cartridge further comprises the sensing tube. an outlet tube; a pump for pumping liquid along a fluid path including the outlet tube; a closed sensing tube branched from the fluid path which, in use, is filled with gas; and a sensor configured to sense movement of a liquid front within the sensing tube and, responsive to sensing of said movement, determine that a partial or total occlusion has occurred within the outlet tube, wherein the fluid delivery system further comprises a replaceable cartridge and characterised in that the replaceable cartridge further comprises the sensing tube.
A pharmaceutical composition comprising -(3-(1-(1H-imidazol-4-yl)ethyl)-2-methylphenyl)methanol or a salt thereof for use in a method of treating optic neuropathy in a mammal.
A computer-executable method for facilitating communication session migration, comprising: receiving, at an intermediary network device (206; 210) coupled to a content-centric network, CNN,, a communication packet from a client destined to a remote server (214; 216; 218); determining whether the communication packet belongs to an existing communication session and, if so, determining whether session state information associated with the existing communication session is available at the intermediary network device; in response to the communication packet belonging to an existing communication session and the session state information being unavailable, constructing an interest packet requesting the session state information, wherein the interest packet is a CCN interest packet comprising a hierarchically structured variable-length name; disseminating the interest packet over the CCN; receiving the session state information sent from another intermediary network device (210; 206), coupled to the CCN, in response to receiving the CCN interest packet, thereby facilitating communication session migration; and reconstructing the existing communication session with the remote server using the received session state information. receiving, at an intermediary network device (206; 210) coupled to a content-centric network, CNN,, a communication packet from a client destined to a remote server (214; 216; 218); determining whether the communication packet belongs to an existing communication session and, if so, determining whether session state information associated with the existing communication session is available at the intermediary network device; in response to the communication packet belonging to an existing communication session and the session state information being unavailable, constructing an interest packet requesting the session state information, wherein the interest packet is a CCN interest packet comprising a hierarchically structured variable-length name; disseminating the interest packet over the CCN; receiving the session state information sent from another intermediary network device (210; 206), coupled to the CCN, in response to receiving the CCN interest packet, thereby facilitating communication session migration; and reconstructing the existing communication session with the remote server using the received session state information.
Damping plate, in particular for motor vehicle brakes, with at least one carrier plate having an elastomer coating (9, 9') on at least one side, wherein on one side of the support plate is provided a first pressure surface for abutment of a pressure-applying component and on the other side a second pressure surface for abutment of a pressure-receiving component and one of the two pressure surfaces (14 or 15) is arranged on the elastomeric coating (9, 9') having a hardness and a thickness in the pressure direction, wherein in the second pressure surface along the plane of the sheet in the operating state, a braking force impacts which generated by the pressure-applying member, wherein the hardness and the thickness of the elastomer coating (9, 9 ') are designed in the pressure direction so that the elastomer coating (9, 9') at each given surface pressure in the pressure surface (14, 15) formed on it by an associated predetermined minimum dimension under this pressure surface (14, 15) is deformed, wherein in at least one of the elastomeric coatings (9, 9 ') at least one recess is formed so that only a part of the pressure surface (14, 15) has a contact surface (17, 18) for the pressure-applying or the pressure-receiving component (2, 3), wherein the total area of the recesses is so large that at a predetermined compressive force in the contact surface (17, 18) the predetermined surface pressure is present, characterized in that a resulting contact surface which is formed by a first pressure surface which is reduced by the recesses, and wherein the recesses form passage openings which extend through the entire thickness of the damping plate.
Battery comprising a first housing element and a second housing element, which together form an interior space for receiving a battery module, wherein a plurality of battery cells of the battery module, which are connected in an electrically conducting manner to one another in series and/or in parallel, are arranged in the interior space, wherein the plurality of battery cells are in particular of a prismatic form, and also arranged in the interior space is a first element of a battery controller, wherein the first housing element forms a first temperature-control structure on a side facing away from the interior space and in particular the second housing element, wherein the second housing element forms a second temperature-control structure on a side facing away from the interior space and in particular the first housing element, and a covering element is connected to the second housing element in such a way that the covering element delimits a temperature-control fluid receptacle which can be flowed through by a temperature-control fluid, and the second temperature-control structure is formed such that it can be flowed around by the temperature-control fluid, wherein the covering element is formed from a metal in a planar manner or has a shaping for receiving a second element of the battery controller, wherein the first element of the battery controller is arranged in a thermally conducting manner on a side of the second housing element that is facing towards the interior space. a first housing element and a second housing element, which together form an interior space for receiving a battery module, wherein a plurality of battery cells of the battery module, which are connected in an electrically conducting manner to one another in series and/or in parallel, are arranged in the interior space, wherein the plurality of battery cells are in particular of a prismatic form, and also arranged in the interior space is a first element of a battery controller, wherein the first housing element forms a first temperature-control structure on a side facing away from the interior space and in particular the second housing element, wherein the second housing element forms a second temperature-control structure on a side facing away from the interior space and in particular the first housing element, and a covering element is connected to the second housing element in such a way that the covering element delimits a temperature-control fluid receptacle which can be flowed through by a temperature-control fluid, and the second temperature-control structure is formed such that it can be flowed around by the temperature-control fluid, wherein the covering element is formed from a metal in a planar manner or has a shaping for receiving a second element of the battery controller, wherein the first element of the battery controller is arranged in a thermally conducting manner on a side of the second housing element that is facing towards the interior space.
A method of fabricating metallic fuel from surplus plutonium, the method comprising: combining plutonium oxide powder and uranium oxide powder to obtain a mixed powder with reduced proliferation potential; electroreducing the mixed powder in a bath of molten salt so as to convert the mixed powder to a first alloy; pressing the first alloy to remove a majority of the molten salt adhered to the first alloy to form a pressed alloy-salt mixture; and isolating the first alloy by melting the pressed alloy-salt mixture. combining plutonium oxide powder and uranium oxide powder to obtain a mixed powder with reduced proliferation potential; electroreducing the mixed powder in a bath of molten salt so as to convert the mixed powder to a first alloy; pressing the first alloy to remove a majority of the molten salt adhered to the first alloy to form a pressed alloy-salt mixture; and isolating the first alloy by melting the pressed alloy-salt mixture.
An actuator device having an adjustable stiffness profile, comprising: an actuator member, comprising: an electroactive material, adapted to deform in response to application of an electrical stimulus; and light absorbing filler elements within the electroactive material, adapted to absorb and convert incident light energy to heat energy; a controllable light source, optically coupled with the actuator member, and operable to provide a light output onto the actuator member, the light output being controllable between a range of different intensity levels and/or spectral compositions so as to controllably adjust a stiffness profile of the actuator member; and a controller operable to control the intensity level and/or spectral profile of the light output so as to selectively realize in the actuator member any of a range of at least three different stiffness profiles. an actuator member, comprising: an electroactive material, adapted to deform in response to application of an electrical stimulus; and light absorbing filler elements within the electroactive material, adapted to absorb and convert incident light energy to heat energy; an electroactive material, adapted to deform in response to application of an electrical stimulus; and light absorbing filler elements within the electroactive material, adapted to absorb and convert incident light energy to heat energy; a controllable light source, optically coupled with the actuator member, and operable to provide a light output onto the actuator member, the light output being controllable between a range of different intensity levels and/or spectral compositions so as to controllably adjust a stiffness profile of the actuator member; and a controller operable to control the intensity level and/or spectral profile of the light output so as to selectively realize in the actuator member any of a range of at least three different stiffness profiles.