mhurhangee/ep-ind-claims huggingface dataset:
A method in a switch, the method comprising: establishing a static rule to distribute a first flow to a first server and a second flow to a second server; monitoring a first load on the first server and a second load on a second server; when, based on the monitoring, the first server is running at capacity and a third flow is to be distributed to the first server according to the static rule, establishing an exception to the static rule to produce an exception rule, wherein producing the exception rule comprises selecting a third server from a plurality of servers having capacity for distribution, the selecting being based at least in part on how much data would be required to be stored in a flow table for the third flow to be distributed to the third server relative to that which would be required to be stored in a flow table to distribute the third flow to another server of the plurality of servers; distributing the third flow according to the exception rule to a third server with capacity; and storing a flow table for the third flow at the switch, wherein the switch does not store a static rule flow table for the static rule. establishing a static rule to distribute a first flow to a first server and a second flow to a second server; monitoring a first load on the first server and a second load on a second server; when, based on the monitoring, the first server is running at capacity and a third flow is to be distributed to the first server according to the static rule, establishing an exception to the static rule to produce an exception rule, wherein producing the exception rule comprises selecting a third server from a plurality of servers having capacity for distribution, the selecting being based at least in part on how much data would be required to be stored in a flow table for the third flow to be distributed to the third server relative to that which would be required to be stored in a flow table to distribute the third flow to another server of the plurality of servers; distributing the third flow according to the exception rule to a third server with capacity; and storing a flow table for the third flow at the switch, wherein the switch does not store a static rule flow table for the static rule.
An ophthalmic surgical system for detecting a change in a viscosity of a material being aspirated from an eye, comprising: at least a control module connected to an aspiration pump, and a flow meter connected to the control module and the aspiration pump, the flow meter for providing a flow rate of material aspirated from the eye by the aspiration pump; a surgical handpiece connected to the aspiration pump and the control module to be inserted into the eye during surgery; and characterised in that the control module is configured to detect during surgery a step change in the flow rate of material aspirated from the eye and upon detecting said step change the control module further causes the surgical system to alert a surgeon that a change in viscosity of the material being aspirated has been detected indicating that the handpiece has moved from a material of a first viscosity to a material of a second viscosity. at least a control module connected to an aspiration pump, and a flow meter connected to the control module and the aspiration pump, the flow meter for providing a flow rate of material aspirated from the eye by the aspiration pump; a surgical handpiece connected to the aspiration pump and the control module to be inserted into the eye during surgery; and characterised in that the control module is configured to detect during surgery a step change in the flow rate of material aspirated from the eye and upon detecting said step change the control module further causes the surgical system to alert a surgeon that a change in viscosity of the material being aspirated has been detected indicating that the handpiece has moved from a material of a first viscosity to a material of a second viscosity.
Use of a composition comprising at least a mutated antithrombin having an anticoagulant activity substantially reduced with respect to the anticoagulant activity of the non mutated antithrombin, or having substantially no anticoagulant activity, said mutated antithrombin having further: - a thrombin inhibitory activity substantially reduced, or substantially lost, or - a factor Xa inhibitory activity reduced, or substantially lost, or - a thrombin inhibitory activity and a factor Xa inhibitory activity substantially reduced, or substantially lost, and said mutated antithrombin comprising at least one mutation chosen among the group constituted by: - R393H, Pro394, ΔR393-S394, ΔR393, ΔS394, S394Q, S394E, N135Q-R393H, N135Q-S394Q, N135Q-S394E, N135Q-Pro394, N135Q-ΔR393-S394, N135Q-ΔR393 and N135Q-ΔS394, the amino acid numbering referring to the anthitrombin amino acid sequene represented by SEQ ID NO: 2, - R425H, Pro426, ΔR425-S426, ΔR425, ΔS426, S426Q, S426E, N167Q-R425H, N167Q-S426Q, N167Q-S426E, N167Q-Pro426, N167Q-ΔR425-S426, N167Q-ΔR425 and N167Q-ΔS426, the amino acid numbering referring to the antithrombin amino acid sequence represented by SEQ ID NO: 26, for the manufacture of a medicament for the prevention or the treatment of infection, inflammation or hypoxic injury, in particular sepsis and ischemia/reperfusion related to stroke, ischemia/reperfusion related to surgery and ischemia/reperfusion related to organ transplantation. - a thrombin inhibitory activity substantially reduced, or substantially lost, or - a factor Xa inhibitory activity reduced, or substantially lost, or - a thrombin inhibitory activity and a factor Xa inhibitory activity substantially reduced, or substantially lost, - R393H, Pro394, ΔR393-S394, ΔR393, ΔS394, S394Q, S394E, N135Q-R393H, N135Q-S394Q, N135Q-S394E, N135Q-Pro394, N135Q-ΔR393-S394, N135Q-ΔR393 and N135Q-ΔS394, the amino acid numbering referring to the anthitrombin amino acid sequene represented by SEQ ID NO: 2, - R425H, Pro426, ΔR425-S426, ΔR425, ΔS426, S426Q, S426E, N167Q-R425H, N167Q-S426Q, N167Q-S426E, N167Q-Pro426, N167Q-ΔR425-S426, N167Q-ΔR425 and N167Q-ΔS426, the amino acid numbering referring to the antithrombin amino acid sequence represented by SEQ ID NO: 26,
A cutting unit (2, 2') for stripping cables in a stripping station, the cutting unit (2, 2') comprising: - a base body from a metallic material, - at least one stripping knife (5, 15; 6, 16) - a knife holder (8, 9) secured or securable on the base body for holding the at least one stripping knife (5, 15; 6, 16), characterized in that the stripping knife (5, 15; 6, 16) is electrically separated from the base body by an adhesive or sealant, wherein the knife holder (8, 9) is made from a metallic material and wherein the knife holder (8, 9) is glued to the base body by means of the adhesive or sealant. - a base body from a metallic material, - at least one stripping knife (5, 15; 6, 16) - a knife holder (8, 9) secured or securable on the base body for holding the at least one stripping knife (5, 15; 6, 16),
A light generating system comprising a lighting unit, a luminescent element, an optical element, and a reflective element, wherein: - the lighting unit is configured to generate a beam of unit light; - the luminescent element comprises a luminescent material configured to convert at least part of the unit light into luminescent material light; wherein the luminescent element comprises a first luminescent element face and a second luminescent element face, wherein at least part of the luminescent material is configured between the first luminescent element face and the second luminescent element face; - the optical element comprises an external surface, wherein the optical element is configured between the luminescent element and the reflective element, wherein a first part of the external surface is directed to the second luminescent face, wherein a second part of the external surface is directed to the reflective element, and wherein a third part of the external surface is configured in a light receiving relationship with the lighting unit; wherein a first area A1 of the first part of the external surface of the optical element is smaller than a second area A2 of the second part of the external surface of the optical element, wherein the optical element is transmissive for the unit light; - the reflective element is configured to reflect unit light; and - the lighting unit is configured such that in an operational mode the lighting unit is configured to irradiate the first luminescent element face via transmission through the optical element and reflection at the reflective element. - the lighting unit is configured to generate a beam of unit light; - the luminescent element comprises a luminescent material configured to convert at least part of the unit light into luminescent material light; wherein the luminescent element comprises a first luminescent element face and a second luminescent element face, wherein at least part of the luminescent material is configured between the first luminescent element face and the second luminescent element face; - the optical element comprises an external surface, wherein the optical element is configured between the luminescent element and the reflective element, wherein a first part of the external surface is directed to the second luminescent face, wherein a second part of the external surface is directed to the reflective element, and wherein a third part of the external surface is configured in a light receiving relationship with the lighting unit; wherein a first area A1 of the first part of the external surface of the optical element is smaller than a second area A2 of the second part of the external surface of the optical element, wherein the optical element is transmissive for the unit light; - the reflective element is configured to reflect unit light; and - the lighting unit is configured such that in an operational mode the lighting unit is configured to irradiate the first luminescent element face via transmission through the optical element and reflection at the reflective element.
A piston comprising: a concave spherical portion formed at one of end portions of the piston and supporting a spherical joint portion of a shoe of a liquid-pressure rotating device such that the spherical joint portion is slidable and rotatable; a cylindrical hollow portion formed at the other end portion of the piston; and an oil passage formed between the concave spherical portion and the hollow portion, the concave spherical portion and the hollow portion communicating with each other through the oil passage, wherein: the concave spherical portion includes a concave spherical surface; and the concave spherical surface includes a semi-spherical surface region; characterised in that a connection portion where the concave spherical portion and the oil passage are connected to each other is formed so as to spread toward the concave spherical portion; and in that the concave spherical surface is formed by forging. a concave spherical portion formed at one of end portions of the piston and supporting a spherical joint portion of a shoe of a liquid-pressure rotating device such that the spherical joint portion is slidable and rotatable; a cylindrical hollow portion formed at the other end portion of the piston; and an oil passage formed between the concave spherical portion and the hollow portion, the concave spherical portion and the hollow portion communicating with each other through the oil passage, wherein: the concave spherical portion includes a concave spherical surface; and the concave spherical surface includes a semi-spherical surface region; characterised in that a connection portion where the concave spherical portion and the oil passage are connected to each other is formed so as to spread toward the concave spherical portion; and in that the concave spherical surface is formed by forging. the concave spherical portion includes a concave spherical surface; and the concave spherical surface includes a semi-spherical surface region; characterised in that a connection portion where the concave spherical portion and the oil passage are connected to each other is formed so as to spread toward the concave spherical portion; and in that the concave spherical surface is formed by forging.
A sprinkler, comprising: a body having an inlet, an outlet and an internal passageway extending between the inlet and the outlet to define a longitudinal sprinkler axis (A-A) and a nominal K-factor of at least 201.6 (l/min)/(bar) 1⁄2 (14.0 GPM/ 1⁄2); a seal assembly disposed in the outlet to occlude the sprinkler outlet, a fluid deflecting member spaced from the outlet at a first axial distance, the fluid deflecting member being spaced from the inlet at a second axial distance; a fast response thermally responsive trigger disposed axially aligned along the sprinkler axis between the seal assembly and the deflecting member, the trigger having a nominal thermal sensitivity and a nominal temperature rating; and two frame arms extending distally from the body disposed about the thermally responsive trigger and supporting the fluid deflecting member from the outlet and the inlet, wherein each frame arm defines a surface profile such that the thermal trigger responds to an activation event with the nominal thermal sensitivity and at the nominal temperature rating independent of the location of the activation event about the sprinkler axis; characterized in that each frame arm has a first portion extending parallel to the sprinkler axis and a second portion extending toward the sprinkler axis (A-A), the first portion having a lateral surface and a medial surface relative to the sprinkler axis (A-A), the first portions of the frame arms defining cross-sectional areas that are asymmetrical with respect to one another about a first plane bisecting the body with the sprinkler axis (A-A) disposed in the first plane; and wherein each cross-sectional areas is asymmetric about a second plane intersecting and perpendicular to the first plane with the sprinkler axis (A-A) disposed along the intersection of the first plane and second plane, and the lateral surface of each first portion defines an undulation. a body having an inlet, an outlet and an internal passageway extending between the inlet and the outlet to define a longitudinal sprinkler axis (A-A) and a nominal K-factor of at least 201.6 (l/min)/(bar) 1⁄2 (14.0 GPM/ 1⁄2); a seal assembly disposed in the outlet to occlude the sprinkler outlet, a fluid deflecting member spaced from the outlet at a first axial distance, the fluid deflecting member being spaced from the inlet at a second axial distance; a fast response thermally responsive trigger disposed axially aligned along the sprinkler axis between the seal assembly and the deflecting member, the trigger having a nominal thermal sensitivity and a nominal temperature rating; and two frame arms extending distally from the body disposed about the thermally responsive trigger and supporting the fluid deflecting member from the outlet and the inlet, wherein each frame arm defines a surface profile such that the thermal trigger responds to an activation event with the nominal thermal sensitivity and at the nominal temperature rating independent of the location of the activation event about the sprinkler axis;
A reinforced spool assembly, and characterized in that the reinforced spool assembly comprises: a shaft; a spool member coaxially mounted around the shaft, wherein a spacing is formed between an inner wall of the spool member and an outer wall of the shaft; two ratchets, each one of the two ratchets having a body mounted on and around an outer surface of the spool member and having an inner surface; and multiple teeth formed around a periphery of the body; wherein the two inner surfaces of the two bodies face each other, and two axial ends of the shaft protrude through the bodies of the two ratchets respectively; and wherein the body has a reinforced supporting structure (33A, 33B), the reinforced supporting structure (33A, 33B) is located between the outer wall of the shaft and the inner wall of the spool member, the reinforced supporting structure (33A, 33B) is offset from the inner surface of the body, an imaginary extension plane of the inner surface of the body is perpendicular to a central axis of the shaft and passes through the reinforced supporting structure (33A, 33B). a shaft; a spool member coaxially mounted around the shaft, wherein a spacing is formed between an inner wall of the spool member and an outer wall of the shaft; two ratchets, each one of the two ratchets having a body mounted on and around an outer surface of the spool member and having an inner surface; and multiple teeth formed around a periphery of the body; a body mounted on and around an outer surface of the spool member and having an inner surface; and multiple teeth formed around a periphery of the body; wherein the two inner surfaces of the two bodies face each other, and two axial ends of the shaft protrude through the bodies of the two ratchets respectively; and wherein the body has a reinforced supporting structure (33A, 33B), the reinforced supporting structure (33A, 33B) is located between the outer wall of the shaft and the inner wall of the spool member, the reinforced supporting structure (33A, 33B) is offset from the inner surface of the body, an imaginary extension plane of the inner surface of the body is perpendicular to a central axis of the shaft and passes through the reinforced supporting structure (33A, 33B).
A wave energy converter system comprising: a shell responsive to wave motion in a body of water; an internal oscillator including a reaction mass and a spring mechanism including: a pulley system having a multiplying ratio and a spring; the spring mechanism for coupling the reaction mass to the shell, said internal oscillator mounted within the shell for moving out of phase relative to the shell, when the shell and the internal oscillator are placed in a body of water subject to wave conditions; a power take-off device coupled between the shell and the internal oscillator for converting their relative motion into electrical energy; wherein the PTO and internal oscillator are located within the shell so as to be generally insulated from the body of water; and the spring mechanism being coupled to the reaction mass which is mounted such that the reaction mass moves linearly up and down within the shell and the effective linear displacement of the spring mechanism is less than the linear displacement of the reaction mass. a shell responsive to wave motion in a body of water; an internal oscillator including a reaction mass and a spring mechanism including: a pulley system having a multiplying ratio and a spring; the spring mechanism for coupling the reaction mass to the shell, said internal oscillator mounted within the shell for moving out of phase relative to the shell, when the shell and the internal oscillator are placed in a body of water subject to wave conditions; a power take-off device coupled between the shell and the internal oscillator for converting their relative motion into electrical energy; wherein the PTO and internal oscillator are located within the shell so as to be generally insulated from the body of water; and the spring mechanism being coupled to the reaction mass which is mounted such that the reaction mass moves linearly up and down within the shell and the effective linear displacement of the spring mechanism is less than the linear displacement of the reaction mass. a pulley system having a multiplying ratio and a spring; the spring mechanism for coupling the reaction mass to the shell, said internal oscillator mounted within the shell for moving out of phase relative to the shell, when the shell and the internal oscillator are placed in a body of water subject to wave conditions; a power take-off device coupled between the shell and the internal oscillator for converting their relative motion into electrical energy; wherein the PTO and internal oscillator are located within the shell so as to be generally insulated from the body of water; and the spring mechanism being coupled to the reaction mass which is mounted such that the reaction mass moves linearly up and down within the shell and the effective linear displacement of the spring mechanism is less than the linear displacement of the reaction mass.
Carton having insulating material in the carton interior, with a one-piece, foldable insulating container as insulating material, the insulating container outer walls of which container rest against the inner walls of the carton characterised in that the outer walls of the insulating container are fixed to the inner walls of the carton.
An information processing apparatus, comprising: a communication unit that is configured to communicate with a plurality of client apparatuses over the same network that are capable of buffering and reproducing data transmitted from a server to said plurality of client apparatuses via said information processing apparatus by transmitting packets for download and reproduction using an HTTP protocol; and a control unit that is configured to regularly obtain buffer management information indicating a buffer time that expresses an amount of data buffered by the plurality of client apparatuses using a time necessary for reproduction of the data the control unit is configured to determine a client apparatus whose buffer time is minimum among the plurality of client apparatuses as a priority apparatus to which the data should be preferentially transmitted. a communication unit that is configured to communicate with a plurality of client apparatuses over the same network that are capable of buffering and reproducing data transmitted from a server to said plurality of client apparatuses via said information processing apparatus by transmitting packets for download and reproduction using an HTTP protocol; and a control unit that is configured to regularly obtain buffer management information indicating a buffer time that expresses an amount of data buffered by the plurality of client apparatuses using a time necessary for reproduction of the data the control unit is configured to determine a client apparatus whose buffer time is minimum among the plurality of client apparatuses as a priority apparatus to which the data should be preferentially transmitted.