mhurhangee/ep-ind-claims huggingface dataset:
A method of operating a transport refrigeration system comprising: electrically powering a first plurality of components of a first refrigeration unit and a second plurality of components of a second refrigeration unit, wherein electrically powering comprises operating a prime mover and an electric generation device; monitoring a plurality of operating parameters of the first refrigeration unit; monitoring a plurality of operating parameters of the second refrigeration unit; characterized by: calculating a combined power load of the first refrigeration unit and the second refrigeration unit; and comparing the combined power load to a maximum available power of the prime mover. electrically powering a first plurality of components of a first refrigeration unit and a second plurality of components of a second refrigeration unit, wherein electrically powering comprises operating a prime mover and an electric generation device; monitoring a plurality of operating parameters of the first refrigeration unit; monitoring a plurality of operating parameters of the second refrigeration unit; characterized by: calculating a combined power load of the first refrigeration unit and the second refrigeration unit; and comparing the combined power load to a maximum available power of the prime mover. calculating a combined power load of the first refrigeration unit and the second refrigeration unit; and comparing the combined power load to a maximum available power of the prime mover.
A developing device comprising: a developing agent container having a container wall and an inner surface defining an developing agent accumulation space; a light transmission window (56a, 56b) provided at the container wall to permit a detection light to pass through the light transmission window (56a, 56b) so as to detect an amount of the developing agent in the developing agent container; a cleaning member rotatably provided in the developing agent container and performing cleaning to the light transmission window (56a, 56b) at a predetermined cycle; a developing agent agitating and transferring member co-rotatably provided in the developing agent container for agitating the developing agent in the container and transferring the developing agent; and a shielding member co-rotatably disposed in the developing agent container and shielding the light transmission window (56a, 56b) for a predetermined period in timed relation with the predetermined cycle; characterised in that the shielding member is disposed upstream from the developing agent agitating and transferring member and downstream from the cleaning member with respect to rotational direction of the shielding member, and in that the developing agent agitating and transferring member is adapted to push the developing agent so that the developing agent covers the light transmission window (56a, 56b). a developing agent container having a container wall and an inner surface defining an developing agent accumulation space; a light transmission window (56a, 56b) provided at the container wall to permit a detection light to pass through the light transmission window (56a, 56b) so as to detect an amount of the developing agent in the developing agent container; a cleaning member rotatably provided in the developing agent container and performing cleaning to the light transmission window (56a, 56b) at a predetermined cycle; a developing agent agitating and transferring member co-rotatably provided in the developing agent container for agitating the developing agent in the container and transferring the developing agent; and a shielding member co-rotatably disposed in the developing agent container and shielding the light transmission window (56a, 56b) for a predetermined period in timed relation with the predetermined cycle; characterised in that the shielding member is disposed upstream from the developing agent agitating and transferring member and downstream from the cleaning member with respect to rotational direction of the shielding member, and in that the developing agent agitating and transferring member is adapted to push the developing agent so that the developing agent covers the light transmission window (56a, 56b).
Height-adjustable spring arrangement for a vehicle with a bearing spring, a first limiting cylinder with a first limiting cylinder pot and a first limiting piston, a second limiting cylinder with a second limiting cylinder pot and a second limiting piston, and a guide cylinder which has a guide cylinder pot, a guide piston which is mounted displaceably in the guide cylinder pot, and a guide piston rod which is fixed on the guide piston and extends out of the guide cylinder pot along a longitudinal axis of the bearing spring and through the bearing spring, the first limiting cylinder being fixed on the guide piston rod on a section of the guide piston rod which is spaced apart from the guide piston along the longitudinal axis, and defining a first bearing spring mounting, on which the bearing spring is mounted, the guide cylinder pot defining a second bearing spring mounting, on which the bearing spring is mounted, and the bearing spring being clamped in with a spring prestress between the first and the second bearing spring mounting, it being possible for the guide piston rod to be displaced by means of the first and second limiting cylinder, and the spring prestress which acts on the bearing spring and a negative spring travel of the bearing spring remaining constant in the process. the first limiting cylinder being fixed on the guide piston rod on a section of the guide piston rod which is spaced apart from the guide piston along the longitudinal axis, and defining a first bearing spring mounting, on which the bearing spring is mounted, the guide cylinder pot defining a second bearing spring mounting, on which the bearing spring is mounted, and the bearing spring being clamped in with a spring prestress between the first and the second bearing spring mounting, it being possible for the guide piston rod to be displaced by means of the first and second limiting cylinder, and the spring prestress which acts on the bearing spring and a negative spring travel of the bearing spring remaining constant in the process.
A combination therapy comprising (a) a replicative oncolytic vaccinia virus and (b) one or more immune checkpoint protein inhibitor(s) for use in the treatment of a tumor in a human subject, wherein the replicative oncolytic vaccinia virus is engineered to express GM-CSF, and wherein the replicative oncolytic vaccinia virus and the one or more immune checkpoint protein inhibitor(s) are concurrently administered to the patient. wherein the replicative oncolytic vaccinia virus is engineered to express GM-CSF, and wherein the replicative oncolytic vaccinia virus and the one or more immune checkpoint protein inhibitor(s) are concurrently administered to the patient.
Self-propelled stair climber for goods comprising: - A first and a second track (2, 3) motorized and having an elongated configuration parallel to a straight forward travel direction of the stair climber; - A loading surface implemented to tilt with respect to the tracks (2, 3) around a first transverse axis, preferably perpendicular to the tracks; - An actuated stabilization member movable between an extracted position so that the weight of the stair climber is carried at least in part by the stabilization member and a retracted position in which the stabilization member is not loaded by the weight of the stair climber; - A proximity or support sensor carried by the stabilization member to send a signal of approach or contact with a floor; - An electronic control unit programmed for: o activate the first and second tracks (2, 3) on the basis of the said signal when the stabilization member is extracted; o check an inclination of the loading surface so that the inclination is maintained in a predefined angular range with respect to a horizontal direction; said stair climber comprising a hollow support structure to which the loading surface is hinged and connected to the first and second tracks (2, 3), in which a first actuator is housed to control the inclination of the loading surface and a second actuator to control the stabilization member; wherein the first and second actuators (18, 19) are arranged so that, when in a retracted configuration, they are flanked by the first and second tracks (2, 3). - A first and a second track (2, 3) motorized and having an elongated configuration parallel to a straight forward travel direction of the stair climber; - A loading surface implemented to tilt with respect to the tracks (2, 3) around a first transverse axis, preferably perpendicular to the tracks; - An actuated stabilization member movable between an extracted position so that the weight of the stair climber is carried at least in part by the stabilization member and a retracted position in which the stabilization member is not loaded by the weight of the stair climber; - A proximity or support sensor carried by the stabilization member to send a signal of approach or contact with a floor; - An electronic control unit programmed for: o activate the first and second tracks (2, 3) on the basis of the said signal when the stabilization member is extracted; o check an inclination of the loading surface so that the inclination is maintained in a predefined angular range with respect to a horizontal direction; o activate the first and second tracks (2, 3) on the basis of the said signal when the stabilization member is extracted; o check an inclination of the loading surface so that the inclination is maintained in a predefined angular range with respect to a horizontal direction;
Method for the phytosanitary treatment of plants by means of a phytosanitary composition comprising a) a hydrophobic zeolite the Si/AI ratio of which is between 5 and 2000; b) a pesticidally active substance chosen from pirimicarb, penconazole, epoxiconazole, chlortoluron and 5-chlorosalicylic acid, adsorbed and included within the zeolite, said composition being employed by root application during the treatment of the plants. a) a hydrophobic zeolite the Si/AI ratio of which is between 5 and 2000; b) a pesticidally active substance chosen from pirimicarb, penconazole, epoxiconazole, chlortoluron and 5-chlorosalicylic acid, adsorbed and included within the zeolite,
A loudspeaker array, comprising: a plurality of transducers arranged in adjacent groups on opposing sides of a vertical axis of the loudspeaker array; and a plurality of channel waveguides, each channel waveguide coupled to a different transducer of the plurality of transducers, outlets of each channel waveguide being center aligned with one another along the vertical axis of the loudspeaker array, resulting in a plurality of pairs of horizontally-adjacent pairs of channel waveguides and a plurality of horizontally-adjacent pairs of transducers (102a, 102b), wherein at least a first inlet of the plurality of channel waveguides and a second inlet of the plurality of channel waveguides are substantially aligned along a horizontal plane, the horizontal plane being perpendicular to the vertical axis, and wherein each horizontally-adj acent pair of transducers (102a, 102b) are spaced by equal amounts from a depth axis, the depth axis extending from a center of an outlet of the plurality of channel waveguides, and the depth axis being perpendicular to the vertical axis and the horizontal plane; characterised in that the channel waveguides are angled but not curved in the horizontal plane relative to the depth axis. a plurality of transducers arranged in adjacent groups on opposing sides of a vertical axis of the loudspeaker array; and a plurality of channel waveguides, each channel waveguide coupled to a different transducer of the plurality of transducers, outlets of each channel waveguide being center aligned with one another along the vertical axis of the loudspeaker array, resulting in a plurality of pairs of horizontally-adjacent pairs of channel waveguides and a plurality of horizontally-adjacent pairs of transducers (102a, 102b), wherein at least a first inlet of the plurality of channel waveguides and a second inlet of the plurality of channel waveguides are substantially aligned along a horizontal plane, the horizontal plane being perpendicular to the vertical axis, and wherein each horizontally-adj acent pair of transducers (102a, 102b) are spaced by equal amounts from a depth axis, the depth axis extending from a center of an outlet of the plurality of channel waveguides, and the depth axis being perpendicular to the vertical axis and the horizontal plane; characterised in that the channel waveguides are angled but not curved in the horizontal plane relative to the depth axis.
A method for configuring a cardiac monitoring system for detection of a predetermined arrhythmia of an ambulatory patient, the cardiac monitoring system including a battery powered ECG monitor worn by the patient and having a patient ECG signal processor, arrhythmia detector, and a wireless transceiver for sending messages to and receiving arrhythmia detector configuration information from a monitoring center, the method comprising: determining, prior to cardiac monitoring of a patient, an alarm limit of a predetermined arrhythmia which is to be detected and storing the alarm limit in a configuration file at the monitoring center, comprising: displaying on a computer display a plurality of selectable arrhythmias with selectable alarm limits; selecting one or more arrhythmias with one or more alarm limits for detection; and storing the selected arrhythmias and alarm limits in a configuration file; activating the ECG monitor; from the ECG monitor sending a message over a wireless communication link to the monitoring center; the monitoring center responding to the message by sending the configuration file over a wireless communication link to the ECG monitor; and using the configuration file in the ECG monitor to configure the arrhythmia detector. determining, prior to cardiac monitoring of a patient, an alarm limit of a predetermined arrhythmia which is to be detected and storing the alarm limit in a configuration file at the monitoring center, comprising: displaying on a computer display a plurality of selectable arrhythmias with selectable alarm limits; selecting one or more arrhythmias with one or more alarm limits for detection; and storing the selected arrhythmias and alarm limits in a configuration file; displaying on a computer display a plurality of selectable arrhythmias with selectable alarm limits; selecting one or more arrhythmias with one or more alarm limits for detection; and storing the selected arrhythmias and alarm limits in a configuration file; activating the ECG monitor; from the ECG monitor sending a message over a wireless communication link to the monitoring center; the monitoring center responding to the message by sending the configuration file over a wireless communication link to the ECG monitor; and using the configuration file in the ECG monitor to configure the arrhythmia detector.
A method of transporting rolls of a fibrous material, the method characterized by: providing a V-shaped conveying mechanism for receiving a stack of a plurality of rolls of fibrous material; stacking the plurality of the rolls of the fibrous material on the V-shaped conveying mechanism; and transporting the plurality of the rolls of the fibrous material between a first position and a second position. providing a V-shaped conveying mechanism for receiving a stack of a plurality of rolls of fibrous material; stacking the plurality of the rolls of the fibrous material on the V-shaped conveying mechanism; and transporting the plurality of the rolls of the fibrous material between a first position and a second position.
A movement space for carrying out physical activities, comprising a ground; a raised floor having a support structure (33, 331) bearing on said ground, supporting a horizontal platform comprising a plurality of openings; a plurality of detachable covers; each cover being configured such as to cover one of the openings in the platform and, when said cover closes one of these openings, such as to form a substantially uninterrupted raised surface comprising an upper face of the cover and the horizontal platform, on which an individual can walk and carry out physical activities; wherein the support structure (33, 331) comprises support elements for supporting each cover when it covers one of the openings in the floor; the support structure (33, 331), the platform and each opening are dimensioned such as to form a housing, delimited vertically by the ground and the platform, allowing the housing of a trampoline, the elastic surface of which can be accessed through the opening, the movement space further comprising trampolines housed in the housings, said detachable covers being suitable for covering said openings during physical activity not requiring the use of these trampolines, so that the evolution space can be used for other activities, and the raised floor being configured to create an empty space delimited by the ground and the horizontal platform.
A synchronous machine comprising a stator and a rotor, the substantially cylindrical rotor having a surface portion and a rotor nucleus portion, the rotor being provided with a cage positioned in the surface portion, the cage being formed by conductive bars allocated in cage grooves and rings, which interconnect the bars at their end, the rotor further comprising at least one pair of permanent magnets, the permanent magnets being allocated in magnet-fixation grooves, the magnet-fixation grooves being positioned longitudinally on the nucleus of the rotor, each fixation groove has a substantially rectangular section having an engagement region (R E) and a first free-end portion and a second free-end portion, each fixation groove extending along the rotor, the permanent magnet being fixedly associated to the rotor in the engagement region (R E), each fixation groove being positioned in a secant manner with respect to the surface portion of the rotor, each fixation groove having a first elongated end configured so as to create a reluctance-increase channel close to the fist free-end portion, the elongated end extending from the first free-end portion to a region adjacent the end of the bottom of a cage groove, the first elongated end being configured from an opening in the rotor, the opening extending along the rotor and along the fixation groove; characterized by: the magnet-fixation grooves having displacement limiters (200, 201) adjacent the first free-end portion and the second free-end portion, the displacement limiters being formed by nucleus portions that extend inside the fixation grooves in a direction parallel to the magnet thickness, only the cage grooves closest to the first free-end portions of the fixation grooves of the permanent magnets are provided with a surface bridge configured through an opening of the nucleus, the nucleus opening extending along the surface portion of the rotor, the opening being provided between the surface portion of the rotor and the outer end of the cage grooves. the magnet-fixation grooves having displacement limiters (200, 201) adjacent the first free-end portion and the second free-end portion, the displacement limiters being formed by nucleus portions that extend inside the fixation grooves in a direction parallel to the magnet thickness, only the cage grooves closest to the first free-end portions of the fixation grooves of the permanent magnets are provided with a surface bridge configured through an opening of the nucleus, the nucleus opening extending along the surface portion of the rotor, the opening being provided between the surface portion of the rotor and the outer end of the cage grooves.
A computer-implemented method comprising: obtaining, via an application programming interface gateway (235A, 235B), a communication associated with an autonomous vehicle (225A, 225B), wherein the application programming interface gateway comprises a plurality of frontend interfaces, each frontend interface being associated with a respective system client (245A, 245B) that is configured to obtain and/or provide data services, control operations, and/or other information to and/or from the autonomous vehicle (225A, 225B), wherein the data services, control operations and/or other information differ for each system client (245A, 245B), wherein the system clients are clients of an entity infrastructure that utilizes the autonomous vehicles to provide a vehicle service via the frontend interfaces; determining a frontend interface of the plurality of frontend interfaces of the application programming interface gateway (235A, 235B) based at least in part on the communication associated with the autonomous vehicle; and providing, via the frontend interface, the communication associated with the autonomous vehicle to the respective system client (245A, 245B); wherein the communication calls a function associated with the frontend interface, and wherein providing, via the frontend interface, the communication associated with the autonomous vehicle (225A, 225B) to the system client (245A, 245B) comprises providing the communication via the function associated with the frontend interface. obtaining, via an application programming interface gateway (235A, 235B), a communication associated with an autonomous vehicle (225A, 225B), wherein the application programming interface gateway comprises a plurality of frontend interfaces, each frontend interface being associated with a respective system client (245A, 245B) that is configured to obtain and/or provide data services, control operations, and/or other information to and/or from the autonomous vehicle (225A, 225B), wherein the data services, control operations and/or other information differ for each system client (245A, 245B), wherein the system clients are clients of an entity infrastructure that utilizes the autonomous vehicles to provide a vehicle service via the frontend interfaces; determining a frontend interface of the plurality of frontend interfaces of the application programming interface gateway (235A, 235B) based at least in part on the communication associated with the autonomous vehicle; and providing, via the frontend interface, the communication associated with the autonomous vehicle to the respective system client (245A, 245B); wherein the communication calls a function associated with the frontend interface, and wherein providing, via the frontend interface, the communication associated with the autonomous vehicle (225A, 225B) to the system client (245A, 245B) comprises providing the communication via the function associated with the frontend interface.
A kind of LED bulb lamp which can realize large-angle irradiance, including a LED, a heat sink and a lampshade, wherein said heat sink consists of two parts (21, 22) comprising a lower part connecting with a lamp base of the light fitting, and an upper part being in a shape of prismatic table with multiple sides having a top smaller than the bottom, wherein an angle between the prismatic sides of the prismatic table and a perpendicular centerline of the light fitting is 10°≤θ≤25°, wherein the two upper and lower parts of the heat sink are connected to each other, wherein said prismatic sides have at least one LED installed, and wherein the upper part of said heat sink is provided in the lampshade, characterized in that said LED bulb lamp has a hole being cut on a top of said lampshade, wherein hollow-out locations in the upper parts of said lampshade, heat sink and the lower part of the heat sink form multiple convection heat-dissipation passages, wherein the top of said lampshade and a top side of said prismatic table is connected by a connecting part running through from top to bottom, wherein said connecting part is of a press-fit ring shape in a barb structure, which pops out and hooks the top of the upper part of the heat sink after the connecting part is installed in place and plays a role to secure the lampshade.