mhurhangee/ep-ind-claims huggingface dataset:
A catheter (2; 102; 202; 302) for applying energy to an object being usable in a magnetic resonance imaging system, the catheter (2; 102; 202; 302) comprising: - an energy application element (13; 113; 213; 313) for applying energy to an object, - a cavity (12; 112; 212; 312) for providing a magnetic resonance fluid (14; 114; 214; 314) from which magnetic resonance signals are receivable, wherein the cavity (12; 112; 212; 312) is adapted for providing a cooling fluid for cooling the energy application element (13; 113; 213; 313) as the magnetic resonance fluid (14; 114; 214; 314), - a tracking coil (15, 31; 115; 215; 315, 335) for tracking the catheter (2; 102; 202; 302), the tracking coil (15, 31; 115; 215; 315, 335) being adapted for receiving the magnetic resonance signals from the magnetic resonance fluid (14; 114; 214; 314), characterized in that the cavity (12; 112; 212; 312) is located within the tracking coil (15, 31; 115; 215; 315, 335). - an energy application element (13; 113; 213; 313) for applying energy to an object, - a cavity (12; 112; 212; 312) for providing a magnetic resonance fluid (14; 114; 214; 314) from which magnetic resonance signals are receivable, wherein the cavity (12; 112; 212; 312) is adapted for providing a cooling fluid for cooling the energy application element (13; 113; 213; 313) as the magnetic resonance fluid (14; 114; 214; 314), - a tracking coil (15, 31; 115; 215; 315, 335) for tracking the catheter (2; 102; 202; 302), the tracking coil (15, 31; 115; 215; 315, 335) being adapted for receiving the magnetic resonance signals from the magnetic resonance fluid (14; 114; 214; 314), characterized in that the cavity (12; 112; 212; 312) is located within the tracking coil (15, 31; 115; 215; 315, 335).
A bioreactor having a tank with at least one bioreactor compartment (1a-1c) containing a carrier medium, on the surface of which a biofilm may grow, supply means for supplying the water to be purified into the bioreactor compartment (1a-1c) from the first longitudinal end of the compartment, discharge means at the second opposite longitudinal end of the compartment (1a-1c) for discharging the processed water from the compartment (1a-1c), pipe means (7,17) for supplying the reaction gas required for the purification process into the bioreactor compartment, the pipe means being positioned on the side of the basin, close to an outer wall for agitating the carrier medium and the water to be purified into a rotary motion inside the compartment, wherein in the bioreactor compartment (1a-1c), extending in its longitudinal direction, is arranged a perforated pipe, which is at a distance from the inner walls (8, 9) of the bioreactor compartment, the perforated pipe being mounted through the basin, such that its front end and back end are open at the basin wall or outside the basin, characterized in that a closing disc (13a-13c) is arranged inside the pipe at a point, in front of which the water is intended to pass, in the direction of flow, from the inside of the pipe to outside of the pipe through the perforations, and a guide plate (2a-2c) is arranged outside the pipe, the guide plate extending from the outer surface of the pipe by a distance forming a flow opening from the inner walls (8, 9) of the bioreactor compartment for guiding the water to be purified through the opening into a bioreactor space outside the pipe, from which space the purified water is arranged to enter inside the pipe through the openings in the perforated pipe and discharge from it through the outlet at the outlet end of the bioreactor compartment (1a-1c).
A communication verification method, used with devices that comply with a first communication protocol, the communication verification method comprises: setting a local transmitting unit to a first computing mode, and setting a remote receiving unit to a second computing mode; a repeater device receiving an initial value from the local transmitting unit, and outputting the initial value to the remote receiving unit according to the second computing mode; the repeater device receiving and storing a computation result from the remote receiving unit, and outputting a confirmation signal to the local transmitting unit according to the first computing mode; wherein when the repeater device receives a query signal from the local transmitting unit, the repeater device outputs the computation result to the local transmitting unit for verification; the first computing mode has a time limitation; the local transmitting unit determines whether the computation result is correct and determines whether an elapsed time from transmitting the query signal to receiving the computation result satisfies the time limitation, the first communication protocol being the HDCP protocol. setting a local transmitting unit to a first computing mode, and setting a remote receiving unit to a second computing mode; a repeater device receiving an initial value from the local transmitting unit, and outputting the initial value to the remote receiving unit according to the second computing mode; the repeater device receiving and storing a computation result from the remote receiving unit, and outputting a confirmation signal to the local transmitting unit according to the first computing mode; wherein when the repeater device receives a query signal from the local transmitting unit, the repeater device outputs the computation result to the local transmitting unit for verification; the first computing mode has a time limitation; the local transmitting unit determines whether the computation result is correct and determines whether an elapsed time from transmitting the query signal to receiving the computation result satisfies the time limitation, the first communication protocol being the HDCP protocol.
A load floor system (230, 520, 540, 600) of a rear compartment of a road vehicle, said rear compartment being located rearwards of one or more transverse rows of seats, said system (230, 520, 540, 600) including a load floor operable to bear a load placed thereupon when the load floor is disposed in a horizontal orientation in the rear compartment, characterized in that said load floor is implemented as a planar panel being fabricated from at least one of pressed metal sheet, molded plastics material, molded plastics material including one or more reinforcements, said load floor system (230, 520, 540, 600) further comprises a hinge arrangement disposed at a transverse axis at a forward edge of the load floor, said load floor being pivotable about said hinge arrangement from a horizontal orientation to a raised angle in relation to said horizontal orientation to provide user access to items (250, 610, 620) stored beneath said load floor, and said load floor system (230, 520, 540, 600) further includes clips operable to resiliently engage with lateral edges of the load floor when the load floor is at the raised angle for retaining said load floor at said raised angle, said clips being integrally molded into side panels of the rear compartment or said clips being separately molded components which are adapted to be assembled onto the side panels.
A cooling system characterized by comprising: an electric pump configured to pump a coolant to a circulation channel connected to an inlet and an outlet of a cooling channel in which heat is exchanged with a cooling target; a cooling target temperature sensor configured to detect a cooling target temperature (Tw) that is a temperature of the cooling target; a coolant temperature sensor arranged upstream of the inlet in the circulation channel and configured to detect a coolant temperature (T F) that is a temperature of the coolant; and an electronic control unit configured to control driving of the electric pump such that a discharge flow rate of the electric pump matches a target flow rate (Q*), the electronic control unit being configured to set the target flow rate (Q*) by using an equation based on a reference value obtained by dividing a difference between the cooling target temperature (Tw) detected by the cooling target temperature sensor and a target cooling temperature (T*) of the cooling target by a difference between the cooling target temperature (Tw) detected by the cooling target temperature sensor and the coolant temperature (T F) detected by the coolant temperature sensor characterized in that the electronic control unit is configured to set the target flow rate (Q*) by using the equation dividing the reference value by a predetermined time constant (t). an electric pump configured to pump a coolant to a circulation channel connected to an inlet and an outlet of a cooling channel in which heat is exchanged with a cooling target; a cooling target temperature sensor configured to detect a cooling target temperature (Tw) that is a temperature of the cooling target; a coolant temperature sensor arranged upstream of the inlet in the circulation channel and configured to detect a coolant temperature (T F) that is a temperature of the coolant; and an electronic control unit configured to control driving of the electric pump such that a discharge flow rate of the electric pump matches a target flow rate (Q*), the electronic control unit being configured to set the target flow rate (Q*) by using an equation based on a reference value obtained by dividing a difference between the cooling target temperature (Tw) detected by the cooling target temperature sensor and a target cooling temperature (T*) of the cooling target by a difference between the cooling target temperature (Tw) detected by the cooling target temperature sensor and the coolant temperature (T F) detected by the coolant temperature sensor characterized in that the electronic control unit is configured to set the target flow rate (Q*) by using the equation dividing the reference value by a predetermined time constant (t).
An air filter element comprising a tubular main body having a first axial end surface and a second axial end surface; wherein said first end surface comprises a first engagement means and said second end surface comprises a second engagement means; said first engagement means and said second engagement means being configured to enter into releasable engagement such that said first engagement means releasably engages with a second engagement means of a like air filter element in axial alignment with said air filter element and said second engagement means releasably engages with a first engagement means of a like air filter element in axial alignment with said air filter element; whereby said releasable engagement is able to withstand an axial pulling force up to a first level and whereby said releasable engagement is released when subjected to a pulling force above a second level, characterized in that each of said first engagement means and said second engagement means comprises a fabric designed to releasably engage with a like fabric. wherein said first end surface comprises a first engagement means and said second end surface comprises a second engagement means; said first engagement means and said second engagement means being configured to enter into releasable engagement such that said first engagement means releasably engages with a second engagement means of a like air filter element in axial alignment with said air filter element and said second engagement means releasably engages with a first engagement means of a like air filter element in axial alignment with said air filter element; whereby said releasable engagement is able to withstand an axial pulling force up to a first level and whereby said releasable engagement is released when subjected to a pulling force above a second level, characterized in that each of said first engagement means and said second engagement means comprises a fabric designed to releasably engage with a like fabric.
A parking control method of executing a control instruction for moving a vehicle along a parking route, the parking route being calculated based on an operation command acquired from an operator located outside the vehicle, the parking control method characterized by: detecting a relative altitude between a first height position of the operator and a second height position of the vehicle; when a height of the first height position of the operator and a height of the second height position of the vehicle are different and the relative altitude between the operator and the vehicle is a first threshold or more and less than a second threshold, moving the vehicle along the parking route at a first speed set in the control instruction when the relative altitude is the second threshold or more and less than a third threshold higher than the second threshold, moving the vehicle along the parking route at a second speed lower than the first speed and higher than zero; and when the relative altitude is the third threshold or more, suspending or cancelling execution of the control instruction. a parking route, the parking route being calculated based on an operation command acquired from an operator located outside the vehicle, the parking control method characterized by: detecting a relative altitude between a first height position of the operator and a second height position of the vehicle; when a height of the first height position of the operator and a height of the second height position of the vehicle are different and the relative altitude between the operator and the vehicle is a first threshold or more and less than a second threshold, moving the vehicle along the parking route at a first speed set in the control instruction when the relative altitude is the second threshold or more and less than a third threshold higher than the second threshold, moving the vehicle along the parking route at a second speed lower than the first speed and higher than zero; and when the relative altitude is the third threshold or more, suspending or cancelling execution of the control instruction. detecting a relative altitude between a first height position of the operator and a second height position of the vehicle; when a height of the first height position of the operator and a height of the second height position of the vehicle are different and the relative altitude between the operator and the vehicle is a first threshold or more and less than a second threshold, moving the vehicle along the parking route at a first speed set in the control instruction when the relative altitude is the second threshold or more and less than a third threshold higher than the second threshold, moving the vehicle along the parking route at a second speed lower than the first speed and higher than zero; and when the relative altitude is the third threshold or more, suspending or cancelling execution of the control instruction.
Amplifier with a first amplifier circuit, a second amplifier circuit, a first hybrid coupler circuit and a termination (1, 2, 3, 4, 5), wherein the hybrid coupler circuit has an output terminal and an insulation terminal, wherein the termination (1, 2, 3, 4, 5) is connected with the insulation terminal of the hybrid coupler circuit, wherein the termination (1, 2, 3, 4, 5) comprises a first capacitor (30, 34, 34a, 133) and/or an inductance (35, 35a, 130) which is arranged directly at the insulation terminal of the hybrid coupler circuit, and wherein the first capacitor (30, 34, 34a, 133) and/or the inductance (35, 35a, 130) is connected directly with the insulation terminal of the hybrid coupler circuit, without the interposition of a line element or only with a line element the length of which is less than 1/10th of the shortest wavelength used in the amplifier, wherein the termination also comprises a switch and a termination resistor, wherein the switch is connected at its input terminal with the insulation terminal, wherein the switch is connected at its first output terminal with the termination resistor and wherein the switch is connected at its second output terminal with the first capacitor (30, 34, 34a, 133) and/or the inductance (35, 35a, 130).
A method of modifying a composition of a surface portion of a glass article, the method comprising heating the surface portion of the glass article with a laser beam to a temperature within a range of 1100°C to 2200°C, such that the heating evaporates one or more metalloids and/or one or more alkali metals present at the surface portion, and modifies the composition of the surface portion such that the surface portion comprises a lower alkali metals concentration and/or a lower metalloids concentration as compared to a portion of the glass article that is not heated by the laser beam, wherein a laser power density of the laser beam is within a range of 2 W/mm 2 to 5 W/mm 2 and wherein the exposure time of the laser beam is within a range of 2 seconds to 4 seconds.
A patient monitoring system, comprising: a patient monitor; a patient sensor; a measurement cable coupled to the patient sensor, for removable connection to the patient monitor at an end of the measurement cable; and an electrical connector between the end of the measurement cable and the patient monitor, wherein the electrical connector comprises: a male part comprising a set of pins and an annular shroud surrounding the set of pins; a female part comprising a set of pin openings each for receiving a respective pin of the set of pins, and a recess surrounding the set of pin openings for receiving the annular shroud; and an annular seal that is arranged between an outer surface of the shroud and an inner surface of the recess and is connected to the radially inwardly facing surface of the recess. a patient monitor; a patient sensor; a measurement cable coupled to the patient sensor, for removable connection to the patient monitor at an end of the measurement cable; and an electrical connector between the end of the measurement cable and the patient monitor, wherein the electrical connector comprises: a male part comprising a set of pins and an annular shroud surrounding the set of pins; a female part comprising a set of pin openings each for receiving a respective pin of the set of pins, and a recess surrounding the set of pin openings for receiving the annular shroud; and an annular seal that is arranged between an outer surface of the shroud and an inner surface of the recess and is connected to the radially inwardly facing surface of the recess. a male part comprising a set of pins and an annular shroud surrounding the set of pins; a female part comprising a set of pin openings each for receiving a respective pin of the set of pins, and a recess surrounding the set of pin openings for receiving the annular shroud; and an annular seal that is arranged between an outer surface of the shroud and an inner surface of the recess and is connected to the radially inwardly facing surface of the recess.
A cover for a centrifugal pump for a liquid of a household appliance, the cover comprising a wall having an inner face destined to come into contact with the liquid and an outer face, opposite to the inner face, an electric resistor for heating the liquid, fixed to the cover and having a heating stretch, and two end stretches connected to the heating stretch, wherein the electric resistor crosses the cover so that the heating stretch extends from the side of the inner face and the two end stretches project from the side of the outer face, whereby the heating stretch is apt to be in contact with the liquid, wherein at least one second portion of the heating stretch is spaced apart from the inner face, and wherein at least one first portion of the heating stretch is in contact with the inner face, and wherein said at least one first portion is welded or brazed to the inner face. a wall having an inner face destined to come into contact with the liquid and an outer face, opposite to the inner face, an inner face destined to come into contact with the liquid and an outer face, opposite to the inner face, an electric resistor for heating the liquid, fixed to the cover and having a heating stretch, and two end stretches connected to the heating stretch, a heating stretch, and two end stretches connected to the heating stretch, wherein the electric resistor crosses the cover so that the heating stretch extends from the side of the inner face and the two end stretches project from the side of the outer face, the heating stretch extends from the side of the inner face and the two end stretches project from the side of the outer face, whereby the heating stretch is apt to be in contact with the liquid, wherein at least one second portion of the heating stretch is spaced apart from the inner face, and wherein at least one first portion of the heating stretch is in contact with the inner face, and wherein said at least one first portion is welded or brazed to the inner face.
Method for implementing a creep charging mode by means of a hybrid drive train of a motor vehicle, the hybrid drive train having an internal combustion engine and a double clutch transmission which comprises a first friction clutch, a first sub-transmission, a second friction clutch and a second sub-transmission, an electric machine being connected to an input of the second sub-transmission, the electric machine being connected to an electric energy store and being configured to charge the electric energy store in a generator mode, the creep charging mode comprising charging the electric energy store during creeping, in the case of which the first friction clutch transmits drive power in the slipping mode from the internal combustion engine into the first sub-transmission, the creep charging mode being set up as an alternating mode, with at least one charging phase, in which the energy store is charged, and with at least one intermediate phase, in which the energy store is not charged, characterized in that the intermediate phase is set up by virtue of the fact that the second friction clutch is opened, the electric machine being operated as a motor in the intermediate phase and providing drive power for creeping, with the result that drive power of the internal combustion engine can be reduced, which drive power is transmitted via the first friction clutch, and the second friction clutch being closed in the charging phase, with the result that drive power is fed from the internal combustion engine via the second friction clutch to the electric machine which is operated as a generator and provides electric energy for charging the energy store.