mhurhangee/patent-ind-claim-en huggingface dataset:
An ejector unit for a road milling machine having an ejector and a carrier , the ejector having a conveyor surface and a fastening side , the ejector being fastenable in an exchangeable manner to the carrier , the ejector being supported on a surface against a support surface of the carrier by means of the fastening side , the ejector having at least one screw receptacle , and the ejector being connected directly or indirectly to the carrier by means of one or more fastening screws , characterised in that , the ejector has a fixing lug (26.1, 26.2) and/or a fixing receptacle, and that the fixing lug (26.1, 26.2) engages in a fixing receptacle (37.1, 37.2) of the carrier and/or a fixing lug of the carrier engages in the fixing receptacle of the ejector .
A medical device undercarriage , comprising a pair of front wheels , a pair of rear wheels , a first position sensitive detector located between the pair of front wheels , a second position sensitive detector located between the pair of rear wheels , and a controller , wherein the controller calculates a gear ratio of the rear wheels according to a position of the first position sensitive detector and a position of the second position sensitive detector .
A method for personalising an identity, value or security document which comprises a card-shaped composite body comprising a plurality of material layers (114.1-4), wherein the plurality of material layers (114.1-4) comprises a first material layer (114.2) with a first security element and a second material layer (114.3) with a second security element , wherein the two security elements are arranged one above the other so that they at least partially overlap, wherein the method comprises the steps of: • providing a blank of the identity, value or security document , said blank comprising the card-shaped composite body , • personalising both security elements , wherein the personalisation comprises introducing personalisation information into both security elements congruently using an abrasive processing method, wherein a material removal resulting from the use of the abrasive processing method extends starting from a surface of the composite body through the first security element and the second security element . • providing a blank of the identity, value or security document , said blank comprising the card-shaped composite body , • personalising both security elements , wherein the personalisation comprises introducing personalisation information into both security elements congruently using an abrasive processing method, wherein a material removal resulting from the use of the abrasive processing method extends starting from a surface of the composite body through the first security element and the second security element .
A medical valve for use in administration of fluids, such as drug fluids, comprising: a housing , and a valve member which is rotatably supported in the housing for rotation between a plurality of valve positions about a rotational axis , wherein the housing is provided with an indicator means , and wherein the rotatable valve member is provided with an optical element which is arranged to rotate together with the valve member and which is arranged to reflect images of said indicator means in said plurality of valve positions, characterized by each reflected image being visible to a user and being associated with a corresponding valve position. a housing , and a valve member which is rotatably supported in the housing for rotation between a plurality of valve positions about a rotational axis , wherein the housing is provided with an indicator means , and wherein the rotatable valve member is provided with an optical element which is arranged to rotate together with the valve member and which is arranged to reflect images of said indicator means in said plurality of valve positions, characterized by each reflected image being visible to a user and being associated with a corresponding valve position.
A data monitoring method, comprising: determining (S101), in response to receiving data, whether the data belongs to a current monitoring data interval, wherein the current monitoring data interval represents a historical data change trend formed by historical data that was received before a current moment, and wherein a frequency of receiving the data is higher than a predetermined frequency threshold; when the data does not belong to the current monitoring data interval, determining (S102) whether there is an abnormal data interval that matches the data, wherein the abnormal data interval is used to assist in determining whether a new data change trend occurs, and when there is an abnormal data interval that matches the data, updating the abnormal data interval based on the data; and when the abnormal data interval satisfies a first predetermined condition, determining (S103) the abnormal data interval as the current monitoring data interval. determining (S101), in response to receiving data, whether the data belongs to a current monitoring data interval, wherein the current monitoring data interval represents a historical data change trend formed by historical data that was received before a current moment, and wherein a frequency of receiving the data is higher than a predetermined frequency threshold; when the data does not belong to the current monitoring data interval, determining (S102) whether there is an abnormal data interval that matches the data, wherein the abnormal data interval is used to assist in determining whether a new data change trend occurs, and when there is an abnormal data interval that matches the data, updating the abnormal data interval based on the data; and when the abnormal data interval satisfies a first predetermined condition, determining (S103) the abnormal data interval as the current monitoring data interval.
An apparatus for coupling a laser and an optical fiber, comprising: an optical signal transmission part, which comprises a laser fixing part and an optical fiber fixing part, which are respectively disposed at two ends of the optical signal transmission part, wherein the laser fixing part is configured to be coupled with the laser, and the optical fiber fixing part is configured to be coupled with the optical fiber; and wherein a refractive index of the optical signal transmission part changes gradually, the refractive index becomes higher at a position closer to a principal axis, and the optical signal transmission part is configured to: converge optical signals incident from the laser coupled to the laser fixing part or diverge an optical signal incident from the laser coupled to the laser fixing part, and then emit a converged optical signal or diverged optical signals into the optical fiber coupled to the optical fiber fixing part; and characterized in that the optical signal transmission part further comprises a first subpart and a second subpart, wherein the first subpart is wrapped in the second subpart; a cross-sectional radius of the first subpart changes gradually, and a refractive index becomes higher at a position closer to a center in any cross-section; and a refractive index of the second subpart is constant. an optical signal transmission part, which comprises a laser fixing part and an optical fiber fixing part, which are respectively disposed at two ends of the optical signal transmission part, wherein the laser fixing part is configured to be coupled with the laser, and the optical fiber fixing part is configured to be coupled with the optical fiber; and wherein a refractive index of the optical signal transmission part changes gradually, the refractive index becomes higher at a position closer to a principal axis, and the optical signal transmission part is configured to: converge optical signals incident from the laser coupled to the laser fixing part or diverge an optical signal incident from the laser coupled to the laser fixing part, and then emit a converged optical signal or diverged optical signals into the optical fiber coupled to the optical fiber fixing part; and
A device for dispensing fluids, such as water, milk and the like, comprising a container provided with a dispensing compartment and adapted to accommodate bottles for containing a product; said container being provided with a dispensing nozzle for dispensing the product into said bottle; and a front panel adapted to allow access to said dispensing compartment by a user, characterized in that said container is adapted to be turned by movement means , wherein said container is adapted to rotate about its own axis by virtue of said movement means, wherein the dispensing point, defined by said dispensing nozzle , and the drain coincide with the rotation axis of the container , wherein pressing a special button, or a dispensing button, or inserting a card cause the container to rotate to a condition in which said dispensing compartment faces said front panel and can be accessed from the outside of the device for a user to proceed with the dispensing; wherein after having concluded the dispensing cycle, after a period of activity, following a different event such as the pressing of a button and the removal of the card, the container 2 returns to a condition in which said dispensing compartment rotates about its own axis so as to move said dispensing compartment so that it is directed toward the inside of said dispensing device, thus preventing access by a user, the device further characterized in that it has at least one UV lamp adapted to irradiate said dispensing compartment of said container when said container is rotated into the inactive condition, with said dispensing compartment facing said lamp and inaccessible to the user. wherein said container is adapted to rotate about its own axis by virtue of said movement means, wherein the dispensing point, defined by said dispensing nozzle , and the drain coincide with the rotation axis of the container , wherein pressing a special button, or a dispensing button, or inserting a card cause the container to rotate to a condition in which said dispensing compartment faces said front panel and can be accessed from the outside of the device for a user to proceed with the dispensing; wherein after having concluded the dispensing cycle, after a period of activity, following a different event such as the pressing of a button and the removal of the card, the container 2 returns to a condition in which said dispensing compartment rotates about its own axis so as to move said dispensing compartment so that it is directed toward the inside of said dispensing device, thus preventing access by a user, the device further characterized in that it has at least one UV lamp adapted to irradiate said dispensing compartment of said container when said container is rotated into the inactive condition, with said dispensing compartment facing said lamp and inaccessible to the user.
A method comprising: receiving, by an intermediate node (K) located in a network between a source and a plurality of destinations, a first multicast message from the source and forwarding the first multicast message to the plurality of destinations (A, F, J) based on a first bitmap included in the first multicast message, wherein the first bitmap identifies the plurality of destinations; receiving, at the intermediate node, acknowledgements from two or more of the plurality of destinations, wherein a particular received acknowledgement includes an acknowledgement bitmap that identifies a particular one of the plurality of destinations that acknowledged receipt of the multicast message; aggregating, by the intermediate node, the received acknowledgements by aggregating the acknowledgement bitmaps into an aggregated bitmap, wherein the aggregated bitmap identifies those of the plurality of destinations that acknowledged receipt of the first multicast message; and providing, by the intermediate node, an aggregated acknowledgement that includes the aggregated bitmap to the source of the multicast message; wherein the received acknowledgements are aggregated by the intermediate node in response to expiration of a first timer maintained by the intermediate node, the method further comprising: providing, by the intermediate node (K), a further aggregated acknowledgement for acknowledgements received after expiration of the first timer based on a second timer shorter than the first timer. receiving, by an intermediate node (K) located in a network between a source and a plurality of destinations, a first multicast message from the source and forwarding the first multicast message to the plurality of destinations (A, F, J) based on a first bitmap included in the first multicast message, wherein the first bitmap identifies the plurality of destinations; receiving, at the intermediate node, acknowledgements from two or more of the plurality of destinations, wherein a particular received acknowledgement includes an acknowledgement bitmap that identifies a particular one of the plurality of destinations that acknowledged receipt of the multicast message; aggregating, by the intermediate node, the received acknowledgements by aggregating the acknowledgement bitmaps into an aggregated bitmap, wherein the aggregated bitmap identifies those of the plurality of destinations that acknowledged receipt of the first multicast message; and providing, by the intermediate node, an aggregated acknowledgement that includes the aggregated bitmap to the source of the multicast message; wherein the received acknowledgements are aggregated by the intermediate node in response to expiration of a first timer maintained by the intermediate node, the method further comprising: providing, by the intermediate node (K), a further aggregated acknowledgement for acknowledgements received after expiration of the first timer based on a second timer shorter than the first timer.
An artificial satellite comprising; a monitoring device to monitor a target area of the Earth; a propulsion device to change speed of the artificial satellite, and a monitoring control device to enable monitoring of the target area; characterised in that the monitoring control device is configured to control the propulsion device to cause the artificial satellite to accelerate and decelerate during each orbit as the artificial satellite circulates around the Earth so as to adjust a relative position of the artificial satellite with respect to the target area in a target time zone while maintaining a circulation cycle of the artificial satellite set to the rotation cycle of the Earth. a monitoring device to monitor a target area of the Earth; a propulsion device to change speed of the artificial satellite, and a monitoring control device to enable monitoring of the target area; characterised in that the monitoring control device is configured to control the propulsion device to cause the artificial satellite to accelerate and decelerate during each orbit as the artificial satellite circulates around the Earth so as to adjust a relative position of the artificial satellite with respect to the target area in a target time zone while maintaining a circulation cycle of the artificial satellite set to the rotation cycle of the Earth.
An anticancer agent for use in the killing of cancer cells of triple-negative breast cancer, the anticancer agent containing a complex produced by making an iron-salen complex compound, which includes a central iron atom and N, N, O, O as a quadridentate ligand and is magnetic, the iron-salen complex compound being bound to a paclitaxel molecule, wherein the anticancer agent is to kill cancer cells in which phase transition occurs between phases including Gap1, Synthesis, Gap2, and Mitosis and Cytokinesis, and wherein the killing comprises killing triple-negative breast cancer cells at an affected site tissue by applying a magnetic field to the affected site tissue upon administration of the complex and making the complex continuously indwell at the affected site tissue. wherein the anticancer agent is to kill cancer cells in which phase transition occurs between phases including Gap1, Synthesis, Gap2, and Mitosis and Cytokinesis, and wherein the killing comprises killing triple-negative breast cancer cells at an affected site tissue by applying a magnetic field to the affected site tissue upon administration of the complex and making the complex continuously indwell at the affected site tissue.
A cationic amphiphile compound of formula I wherein R is selected from the group consisting of shikimoyl and quinoyl group, R 1 and R 2 are each independently hydrogen or a lipophilic moiety and R 1 and R 2 are not hydrogen at the same time; R 3 is independently hydrogen, C 1 -C 5 alkyl, C 1 -C 5 hydroxy and C 1 -C 5 amino; X is chlorine; wherein lipophilic moiety is selected from the group consisting of C 8-24 alkyl, mono-, di- and tri-unsaturated alkenyl. R 1 and R 2 are each independently hydrogen or a lipophilic moiety and R 1 and R 2 are not hydrogen at the same time; R 3 is independently hydrogen, C 1 -C 5 alkyl, C 1 -C 5 hydroxy and C 1 -C 5 amino; X is chlorine; wherein lipophilic moiety is selected from the group consisting of C 8-24 alkyl, mono-, di- and tri-unsaturated alkenyl.
Method for limiting a temperature of liquid coolant (T°liq) in a cooling system of a heat engine of a motor vehicle in order to prevent the temperature of the liquid leaving the engine from temporarily exceeding a temperature of boiling of the coolant, the limitation being effected by a limitation of the engine torque (Clim fin) as a function of a predetermined maximum temperature of the coolant (maxT°liq) coolant at the outlet of the engine, an instantaneous temperature of the liquid (T°liq) coolant at the engine output and a vehicle speed (Vveh), being taken into account in the engine torque limitation (Clim fin) at least one parameter selected between an instantaneous power (Pmot) of the motor, an instantaneous torque of the motor or an instantaneous heat flux in the motor, characterized in that , on the one hand, said at least one selected parameter (Pmot) is multiplied after filtering by a correction coefficient (Coef cor) calculated, from the predetermined maximum temperature of the coolant (maxT°liq), the instantaneous temperature of the coolant (T°liq) and the speed of the vehicle (Vveh) and, on the other hand, it is calculated a maximum value of said at least oneselected parameter (Pmot) as a function of the instantaneous temperature of the coolant (T°liq) after asymmetric filtering , a minimum value (min) between said at least one selected parameter corrected and the maximum value of said at least one parameter selected (Pmot) being taken for the calculation of a limit torque (Clim).
A torsion resistant cable gland for reducing torsion of an optical cable partially insertable in a base of an optical joint closure and comprising: - a central body longitudinally extended along a longitudinal direction (X-X) between a first end and a second end and configured to receive said optical cable passing through said ends , wherein when said central body is partially inserted in said optical joint closure, said first end is positioned inside the inner volume of said optical joint closure and said second end is configured to be positioned outside said optical joint closure for receiving a clamping nut , - a cable anti torsion element attachable to said second end of said central body and cooperating with said clamping nut so that when said clamping nut is screwed on said second end , the cable anti torsion element prevents the cable from rotating with respect to the central body , characterised in that the second end of the central body is configured to be fitted at least partially into the first end of the cable anti torsion element . - a central body longitudinally extended along a longitudinal direction (X-X) between a first end and a second end and configured to receive said optical cable passing through said ends , wherein when said central body is partially inserted in said optical joint closure, said first end is positioned inside the inner volume of said optical joint closure and said second end is configured to be positioned outside said optical joint closure for receiving a clamping nut , - a cable anti torsion element attachable to said second end of said central body and cooperating with said clamping nut so that when said clamping nut is screwed on said second end , the cable anti torsion element prevents the cable from rotating with respect to the central body , characterised in that the second end of the central body is configured to be fitted at least partially into the first end of the cable anti torsion element .
An upper for an article of footwear , the upper being at least partially formed from a material produced through a flat knitting process, the upper comprising a central portion , first and second side portions , and a plurality of lace loops , wherein the first side portion extends from a first side of the central portion , wherein the second side portion extends from a second opposite side of the central portion , and wherein the central portion has a domed shape formed through the flat knitting process such that the central portion has a three-dimensional structure that is configured to extend over a foot of a wearer once the upper is assembled into the article of footwear , characterized in that the domed shape three-dimensional structure of the central portion extends above a plane of the first side portion and the second side portion when the upper is in a flattened configuration. the upper comprising a central portion , first and second side portions , and a plurality of lace loops , wherein the first side portion extends from a first side of the central portion , wherein the second side portion extends from a second opposite side of the central portion , and wherein the central portion has a domed shape formed through the flat knitting process such that the central portion has a three-dimensional structure that is configured to extend over a foot of a wearer once the upper is assembled into the article of footwear , characterized in that the domed shape three-dimensional structure of the central portion extends above a plane of the first side portion and the second side portion when the upper is in a flattened configuration.
A method for producing a potassium titanate comprising: a mixing step that mixes a titanium raw material with a potassium raw material, the titanium raw material comprising 0 to 60 mass% of titanium oxide having a specific surface area of 1 to 2 m 2 /g, 40 to 100 mass% of titanium oxide having a specific surface area of 7 to 200 m 2 /g, and 0 to 4.5 mass% in total of one or more materials selected from titanium metal and titanium hydride, and the potassium raw material comprising a potassium compound; a calcination step that calcines a raw material mixture obtained by the mixing step at a calcination temperature of 950 to 990°C; and a grinding step that grinds a calcined powder obtained by the calcination step using one or more means selected from a vibrating mill and an impact pulverizer. a mixing step that mixes a titanium raw material with a potassium raw material, the titanium raw material comprising 0 to 60 mass% of titanium oxide having a specific surface area of 1 to 2 m 2 /g, 40 to 100 mass% of titanium oxide having a specific surface area of 7 to 200 m 2 /g, and 0 to 4.5 mass% in total of one or more materials selected from titanium metal and titanium hydride, and the potassium raw material comprising a potassium compound; a calcination step that calcines a raw material mixture obtained by the mixing step at a calcination temperature of 950 to 990°C; and a grinding step that grinds a calcined powder obtained by the calcination step using one or more means selected from a vibrating mill and an impact pulverizer.