mhurhangee/patent-ind-claim-en huggingface dataset:
A method of imaging with an x-ray system, comprising: performing a digital breast tomosynthesis scan on a compressed breast with the x-ray system and generating tomosynthesis scan data; reconstructing images of the compressed breast from the tomosynthesis scan data; determining an expected reconstruction error for an interventional tool based on an error model modelled as a function of acquisition geometry of the x-ray system and interventional tool parameters; and displaying the expected reconstruction error on a user interface of the x-ray system; wherein the interventional tool parameters include a tool length, a tool tip diameter, a tool orientation, and a tool tip position, the tool tip position derived from one or more of a selected target position in the reconstructed images and a robot returned tip position determined based on feedback from a robotic system coupled to the x-ray system. performing a digital breast tomosynthesis scan on a compressed breast with the x-ray system and generating tomosynthesis scan data; reconstructing images of the compressed breast from the tomosynthesis scan data; determining an expected reconstruction error for an interventional tool based on an error model modelled as a function of acquisition geometry of the x-ray system and interventional tool parameters; and displaying the expected reconstruction error on a user interface of the x-ray system; wherein the interventional tool parameters include a tool length, a tool tip diameter, a tool orientation, and a tool tip position, the tool tip position derived from one or more of a selected target position in the reconstructed images and a robot returned tip position determined based on feedback from a robotic system coupled to the x-ray system.
Gravity-driven hydraulic device with a water reservoir which has an inlet and an outlet, water being able to run out of the water reservoir into a water reservoir against a resistance which slows down the flow, and a water inlet being provided via which water replacing water running out can be supplied to the water reservoir, the water reservoir being formed by an aspirating tank which has a lower discharge opening for the discharge of the water stored therein and projects at its underside with a discharge opening into the water reservoir filled with water in such a way that the discharge opening is arranged below the liquid level in the water reservoir and the suction tank , with the exception of the immersed lower region, is arranged above the liquid level, and wherein the water inlet is embodied such that water is sucked into the sucking tank through the resistance by the negative pressure formed in the sucking tank by the drainage of the water through the drainage opening , wherein the resistance provided in the upper portion of the sucking tank comprises a water filter, and the sucking tank and the water inlet are embodied such that due to the potential energy built up as a result of the different heights of the water inlet and the lower outlet opening , water without sucked-in air components is able to flow through the sucking tank while overcoming the resistance .
An information processing apparatus (100; 200) comprising: a control unit configured to transmit an inducement frame for causing a plurality of communication devices to transmit respective transmission suppression period reduction frames for reducing a transmission suppression period, wherein the inducement frame includes addresses of the plurality of communication devices to transmit respective transmission suppression period reduction frames, wherein the control unit is further configured to transmit a transmission suppression period reduction frame to another communication device after the transmission of the inducement frame. a control unit configured to transmit an inducement frame for causing a plurality of communication devices to transmit respective transmission suppression period reduction frames for reducing a transmission suppression period, wherein the inducement frame includes addresses of the plurality of communication devices to transmit respective transmission suppression period reduction frames, wherein the control unit is further configured to transmit a transmission suppression period reduction frame to another communication device after the transmission of the inducement frame.
An aerial vehicle comprising a first wing structure ; a first propeller and a second propeller disposed along the first wing structure ; a second wing structure disposed to intersect the first wing structure to form a cross configuration; and a third propeller and a fourth propeller disposed along the second wing structure , wherein the first wing structure is configured to provide lift when the aerial vehicle is in a horizontal flight mode, characterized in that , in a hovering orientation of the aerial vehicle , respective propeller rotational axes of the first and second propellers are fixedly angled off-vertical in respective planes which are perpendicular to a transverse axis of the first wing structure , and wherein respective propeller rotational axes of the third and fourth propellers are fixedly angled off-vertical in respective planes which are perpendicular to a transverse axis of the second wing structure . a first wing structure ; a first propeller and a second propeller disposed along the first wing structure ; a second wing structure disposed to intersect the first wing structure to form a cross configuration; and a third propeller and a fourth propeller disposed along the second wing structure , wherein the first wing structure is configured to provide lift when the aerial vehicle is in a horizontal flight mode, characterized in that , in a hovering orientation of the aerial vehicle , respective propeller rotational axes of the first and second propellers are fixedly angled off-vertical in respective planes which are perpendicular to a transverse axis of the first wing structure , and wherein respective propeller rotational axes of the third and fourth propellers are fixedly angled off-vertical in respective planes which are perpendicular to a transverse axis of the second wing structure .
Dispenser in particular for liquid to pasty substances, comprising a pumping chamber that has a top pumping chamber wall and a bottom pumping chamber wall in relation to a pumping movement when the dispenser is handled normally, i.e. during a vertical pumping movement; the bottom and top pumping chamber walls extend from laterally inside to laterally outside in relation to a geometrical axis (x) running vertically through the center the pumping chamber , wherein, furthermore, the bottom pumping chamber wall is joined to the bottom pumping chamber wall by designing the two walls as a single piece, or by welding or gluing the two walls together and when the dispenser is actuated, the bottom pumping chamber wall deforms by folding inward such that an elevated region is formed inside in the lateral direction and a lower region is formed outside in the lateral direction in order for substance to be dispensed, characterized in that the top pumping chamber wall has a pipe section extending against the direction of the substance's discharge into the pumping chamber in an extension of the discharge channel and that the diameter of this pipe section is adapted to an inner diameter of a bottom tubular section of the bottom pumping chamber wall so that, between the bottom pumping chamber wall and the pipe section , an annulus is formed that is open in the direction of an inlet valve or a storage space or is set during the course of a pumping operation.
Alarm system for windows and doors, consisting of an integrated electric circuit built into a glass fibre motherboard intended for being implemented in the leaf of the window or door, with a battery , a microprocessor , an audible warning device , a circuit activation contact , a trigger contact , and a magnetic switch for the alarm; wherein the motherboard is disposed in a casing of a shape and size that allow it to be placed in the fittings channel of the leaf of the window or door through which the catches or elements for locking the door or window which are operated by the handle or knob move; wherein it comprises a magnet disposed in the frame of the window or door, wherein the circuit activation contact which is mechanically associated with the corresponding mechanism of the handle or element for opening and closing the door, does so through a movable arm that can move on said activation contact against the tension of a spring and is associated with a second magnet forming the magnetic switch, this movable arm being disposed in said channel such that, when closing the window, it closes the circuit activation contact to trigger the alarm after activating the trigger contact ; wherein the position of the magnet is controlled by the trigger contact when both elements are disposed facing one another once the window is closed and the circuit activated, such that any attempt to separate one element from another, like what would happen in the event of forcing open the door or window, will involve the closing of said contact and the subsequent triggering of the alarm through the audible warning device .
A fastening rail for fastening a flange section of a first component of a vacuum system to a surface section of a second component of the vacuum system , said fastening rail comprising a guide section which is configured to cooperate with a side of the flange section facing away from the surface section ; a fastening section which is configured to fasten the fastening rail to the second vacuum component such that the flange section can be inserted, in particular can be pushed in, between the guide section and the surface section ; and a rotatably supported eccentric device which is arranged in the guide section , and which is rotatable between a clamping state and a release state and which is adapted to apply, via at least one effective area , a holding force directed into the direction of the surface section to the flange section in its clamping state, in particular to generate a stroke of the flange section, and to release the flange section in its release state, wherein the eccentric device comprises at least one eccentric section whose cross-section is eccentrically designed in a plane perpendicular to a longitudinal axis (E) of the eccentric device , characterized in that a curvature of the eccentric section varies in the peripheral direction of the eccentric section . a guide section which is configured to cooperate with a side of the flange section facing away from the surface section ; a fastening section which is configured to fasten the fastening rail to the second vacuum component such that the flange section can be inserted, in particular can be pushed in, between the guide section and the surface section ; and a rotatably supported eccentric device which is arranged in the guide section , and which is rotatable between a clamping state and a release state and which is adapted to apply, via at least one effective area , a holding force directed into the direction of the surface section to the flange section in its clamping state, in particular to generate a stroke of the flange section, and to release the flange section in its release state, wherein the eccentric device comprises at least one eccentric section whose cross-section is eccentrically designed in a plane perpendicular to a longitudinal axis (E) of the eccentric device , characterized in that a curvature of the eccentric section varies in the peripheral direction of the eccentric section .
A method of processing exhaust gas from a cement plant, the cement plant comprising one or several raw meal mills for milling a cement raw meal, one or several preheater strings, each having a plurality of preheater stages, and a rotary kiln, wherein the one or several preheater strings are for preheating the cement raw meal in counter-current flow with an exhaust gas from the rotary kiln, wherein the method comprises: - extracting the exhaust gas from a second highest or highest stage of at least one of the one or several preheater strings, - cooling the exhaust gas to a temperature of < 250°C, - dedusting the exhaust gas, - introducing the cooled and dedusted exhaust gas into a carbon capture installation, in which CO 2 is separated from the exhaust gas for obtaining a CO 2 lean gas, wherein the exhaust gas, when being introduced into the carbon capture installation, has a CO 2 -content of > 25 vol.-%, preferably > 30 vol.-% wherein said step of cooling the exhaust gas comprises causing the exhaust gas to flow through a heat exchanger, in which the exhaust gas is cooled in heat exchange with the CO 2 lean gas that is being heated. - extracting the exhaust gas from a second highest or highest stage of at least one of the one or several preheater strings, - cooling the exhaust gas to a temperature of < 250°C, - dedusting the exhaust gas, - introducing the cooled and dedusted exhaust gas into a carbon capture installation, in which CO 2 is separated from the exhaust gas for obtaining a CO 2 lean gas, wherein the exhaust gas, when being introduced into the carbon capture installation, has a CO 2 -content of > 25 vol.-%, preferably > 30 vol.-% wherein said step of cooling the exhaust gas comprises causing the exhaust gas to flow through a heat exchanger, in which the exhaust gas is cooled in heat exchange with the CO 2 lean gas that is being heated. wherein the exhaust gas, when being introduced into the carbon capture installation, has a CO 2 -content of > 25 vol.-%, preferably > 30 vol.-% wherein said step of cooling the exhaust gas comprises causing the exhaust gas to flow through a heat exchanger, in which the exhaust gas is cooled in heat exchange with the CO 2 lean gas that is being heated.
Condition monitoring system for electrical power components, in particular a transformer , comprising a partial discharge detector unit, which is designed to detect partial discharges, comprising at least one A sensor, i.e. acoustic sensor, for detecting acoustic signals of the partial discharge; and a processing unit for processing the signals detected by the A sensor , characterized in that the processing unit comprises an incidence rate determination device , which detects an incidence rate of the partial discharges detected by the A sensor and outputs an incidence rate signal, and a histogram module , which is designed to determine a time characteristic of the incidence rate from the incidence rate signal and a time signal, and in that an analysis unit is present, which is designed to monitor the time characteristic for fall and/or rise and to trigger a warning signal when a settable threshold is exceeded. a processing unit for processing the signals detected by the A sensor , characterized in that the processing unit comprises an incidence rate determination device , which detects an incidence rate of the partial discharges detected by the A sensor and outputs an incidence rate signal, and a histogram module , which is designed to determine a time characteristic of the incidence rate from the incidence rate signal and a time signal, and in that an analysis unit is present, which is designed to monitor the time characteristic for fall and/or rise and to trigger a warning signal when a settable threshold is exceeded.
Device for dispensing a fluid, comprising: - a dispensing pipe arranged to convey a fluid in a dispensing direction , - a deformable pouch , - a dispensing valve , which, in an open state, allows fluid to pass from the inside of the pouch towards the dispensing pipe and, in a closed state, does not allow this, characterized in that: - the dispensing valve is held in the device by being clamped between inner walls of the dispensing pipe , the inner walls of the dispensing pipe compressing a connection element of the dispensing valve once the dispensing valve is mounted in the device , the dispensing valve comprising a dispensing membrane comprising a free end arranged to move in order to cause the dispensing valve to pass between the open and closed states thereof, wherein in the closed state of the dispensing valve its free end presses against a part of an inner wall of the dispensing pipe , this part being called dispensing seat . - a dispensing pipe arranged to convey a fluid in a dispensing direction , - a deformable pouch , - a dispensing valve , which, in an open state, allows fluid to pass from the inside of the pouch towards the dispensing pipe and, in a closed state, does not allow this, - the dispensing valve is held in the device by being clamped between inner walls of the dispensing pipe , the inner walls of the dispensing pipe compressing a connection element of the dispensing valve once the dispensing valve is mounted in the device , the dispensing valve comprising a dispensing membrane comprising a free end arranged to move in order to cause the dispensing valve to pass between the open and closed states thereof, wherein in the closed state of the dispensing valve its free end presses against a part of an inner wall of the dispensing pipe , this part being called dispensing seat .
Actuating mechanism of a discharge flap of a bulk goods container, having an actuating shaft , rotatably supported about a first axis (A), having a first actuating element mounted non-rotationally on the end-face and a locking shaft , rotationally supported about a second axis (B) parallel to the first axis (A), with a second actuating element mounted non-rotationally on the end-face, wherein the locking shaft is configured to block the rotation of the actuating shaft by means of a detent mechanism , characterised in that the actuating mechanism has an additional third actuating element which is rotationally supported about the first axis (A) and has a first coupling with the first actuating element and a second coupling with the second actuating element , wherein the first coupling is in the form of a first entraining member guided in a slit segment concentric to the first axis (A).
An item of cushioning produced using an additive manufacturing device, comprising: a plurality of curved layers each formed by the additive manufacturing device, wherein a curved layer of the plurality of curved layers forms an outer layer of the item of cushioning, and a first area with a first thickness and a second area with a second thickness, wherein the first area has a greater thickness than the second area and comprises a greater number of curved layers than the second area, wherein a number of infill layers between the curved layer and another outer layer of the item varies along the item to form a curvature of the curved layer, wherein the item of cushioning is an insole, wherein the curved layer corresponds to a top layer of the item of cushioning, and the other outer layer corresponds to a bottom layer of the item of cushioning, and wherein a curvature of the infill layers is based on at least one of the curved layer and the other outer layer. a plurality of curved layers each formed by the additive manufacturing device, wherein a curved layer of the plurality of curved layers forms an outer layer of the item of cushioning, and a first area with a first thickness and a second area with a second thickness, wherein the first area has a greater thickness than the second area and comprises a greater number of curved layers than the second area, wherein a number of infill layers between the curved layer and another outer layer of the item varies along the item to form a curvature of the curved layer, wherein the item of cushioning is an insole, wherein the curved layer corresponds to a top layer of the item of cushioning, and the other outer layer corresponds to a bottom layer of the item of cushioning, and wherein a curvature of the infill layers is based on at least one of the curved layer and the other outer layer.
An electrical system for controlling a wind turbine comprising: a first resistive element and a storage element coupled to a DC link of the wind turbine ; a controller for switching between the first resistive element and the storage element in response to a grid side fault condition to minimize mechanical loads induced by the grid side fault condition; and second resistive elements , wherein the second resistive elements are coupled in series to windings of a stator of the wind turbine using a second switch ; characterised in that : the second switch couples the second resistive elements to the windings of the stator for minimizing electromagnetic torque induced in the stator ; and wherein the first resistive element , the storage element and the controller are coupled to the DC link between a rotor side converter and a line side converter . a first resistive element and a storage element coupled to a DC link of the wind turbine ; a controller for switching between the first resistive element and the storage element in response to a grid side fault condition to minimize mechanical loads induced by the grid side fault condition; and second resistive elements , wherein the second resistive elements are coupled in series to windings of a stator of the wind turbine using a second switch ; characterised in that : the second switch couples the second resistive elements to the windings of the stator for minimizing electromagnetic torque induced in the stator ; and wherein the first resistive element , the storage element and the controller are coupled to the DC link between a rotor side converter and a line side converter .
A method comprising: clustering a plurality of applications executing on a plurality of computers based on a plurality of usage metrics associated with the executions of the applications to provide a plurality of application clusters, wherein the computers are associated with a plurality of computer configurations, and a given application cluster of the plurality of application clusters is associated with a group of the usage metrics; for a given application cluster of the plurality of application clusters, determining a set of computer configurations of the plurality of computer configurations represented by the given application cluster; ranking the set of computer configurations based on a distribution of the group of usage metrics and a distribution of a subset of the group of usage metrics associated with each computer configuration of the set of computer configurations; and based on an application profile and the ranking of the computer configurations, selecting a computer configuration. clustering a plurality of applications executing on a plurality of computers based on a plurality of usage metrics associated with the executions of the applications to provide a plurality of application clusters, wherein the computers are associated with a plurality of computer configurations, and a given application cluster of the plurality of application clusters is associated with a group of the usage metrics; for a given application cluster of the plurality of application clusters, determining a set of computer configurations of the plurality of computer configurations represented by the given application cluster; ranking the set of computer configurations based on a distribution of the group of usage metrics and a distribution of a subset of the group of usage metrics associated with each computer configuration of the set of computer configurations; and based on an application profile and the ranking of the computer configurations, selecting a computer configuration.