mhurhangee/patent-ind-claim-en huggingface dataset:
Metering pump comprising a displacement element , a drive system with an electric drive motor driving said displacement element and a control device controlling said electric drive motor , wherein said control device is designed in such a manner that it detects the current position of the displacement element , detects the torque (M) of the electric drive motor or the drive force acting on said displacement element at several positions of the displacement element and monitors the torque or force (M) in relation to the position of the displacement element characterized in that the control device is provided with a log module logging the torque or force (M) or a value derived from the torque or force (M) over the travel of the displacement element and that the control device comprises a flow detection module detecting an effective stroke length of the displacement element from the logged torque or force (M) or a derived value anc calculating the actual flow on basis of said effective stroke length. said control device is designed in such a manner that it detects the current position of the displacement element , detects the torque (M) of the electric drive motor or the drive force acting on said displacement element at several positions of the displacement element and monitors the torque or force (M) in relation to the position of the displacement element characterized in that the control device is provided with a log module logging the torque or force (M) or a value derived from the torque or force (M) over the travel of the displacement element and that the control device comprises a flow detection module detecting an effective stroke length of the displacement element from the logged torque or force (M) or a derived value anc calculating the actual flow on basis of said effective stroke length.
An electric compressor, comprising: an electric motor having a stator and a rotor ; a compressing mechanism having an eccentric shaft, rotatably and slidably connected to the rotor and defining a compressing chamber therein, the compressing chamber being configured to perform a compression by the eccentric shaft ; and characterised by a torque damping device configured to connect the rotor with the eccentric shaft, wherein the torque damping device comprises one of a torsion bar spring , a helical torsion coil spring and a spiral spring which have actuation ends (B49,C45) connected to the eccentric shaft and the rotor respectively, and wherein during the compression of the compressing chamber, a difference between a rotation angle of the eccentric shaft and a rotation angle of the rotor is a phase angle which is increased and decreased, and wherein the torsion bar spring, the helical torsion coil spring or the spiral spring is configured as a non-linear spring having a spring constant which increases with an increase of the phase angle. an electric motor having a stator and a rotor ; a compressing mechanism having an eccentric shaft, rotatably and slidably connected to the rotor and defining a compressing chamber therein, the compressing chamber being configured to perform a compression by the eccentric shaft ; and characterised by a torque damping device configured to connect the rotor with the eccentric shaft, wherein the torque damping device comprises one of a torsion bar spring , a helical torsion coil spring and a spiral spring which have actuation ends (B49,C45) connected to the eccentric shaft and the rotor respectively, and wherein during the compression of the compressing chamber, a difference between a rotation angle of the eccentric shaft and a rotation angle of the rotor is a phase angle which is increased and decreased, and wherein the torsion bar spring, the helical torsion coil spring or the spiral spring is configured as a non-linear spring having a spring constant which increases with an increase of the phase angle.
Method for producing a battery , specifically a lithium-ion battery, having an electrode layer and a current collector , wherein the electrode layer has a plurality of auxiliary channels (7, 7a to 7e) in an active material , wherein the auxiliary channels (7, 7a to 7e) are formed both on a cathode and on an anode, characterized in that the auxiliary channels (7, 7a to 7e) are created by injecting a liquid or a gelled liquid into a substantially liquid electrode film.
A producing method of a radioisotope, the method comprising: irradiating a radiation beam on a target substance; and extracting the radioisotope which is generated by irradiating the radiation beam and transferred to gas from the gas at an extracting unit, wherein at least part of the target substance is liquid during the irradiation of the radiation beam, characterized in that the target substance includes Bi or Pb in a container, in that the radioisotope includes At, and in that the extracting unit is directly and hermetically connected to the container. irradiating a radiation beam on a target substance; and extracting the radioisotope which is generated by irradiating the radiation beam and transferred to gas from the gas at an extracting unit, wherein at least part of the target substance is liquid during the irradiation of the radiation beam, characterized in that the target substance includes Bi or Pb in a container, in that the radioisotope includes At, and in that the extracting unit is directly and hermetically connected to the container.
A method of controlling image display, the method being applied to a server, comprising: receiving (S201) an image capture instruction from a client device, wherein the image capture instruction comprises a photographing direction, and the photographing direction is determined by the client device according to a relative position relationship between a position of the client device and a user-specified display position, and wherein the user-specified display position is a position, specified by a user through the client device, to display a target object image in a captured image of a place where the user is located, said captured image being obtained by the client device; controlling (S202) an image capture device to perform image capture according to the photographing direction, to obtain a depth image comprising the target object image; extracting (S203) the target object image from the depth image; and sending (S204) the target object image to the client device such that the client device displays the target object image at the user-specified display position. receiving (S201) an image capture instruction from a client device, wherein the image capture instruction comprises a photographing direction, and the photographing direction is determined by the client device according to a relative position relationship between a position of the client device and a user-specified display position, and wherein the user-specified display position is a position, specified by a user through the client device, to display a target object image in a captured image of a place where the user is located, said captured image being obtained by the client device; controlling (S202) an image capture device to perform image capture according to the photographing direction, to obtain a depth image comprising the target object image; extracting (S203) the target object image from the depth image; and sending (S204) the target object image to the client device such that the client device displays the target object image at the user-specified display position.
A capacitive matrix arrangement, comprising an active medium , which is embedded in a layer between a first set and a second set of respective parallel addressing electrodes, wherein the addressing electrodes of the first set form word lines and the addressing electrodes of the second set form bit lines of the matrix arrangement, wherein word lines and bit lines intersect at crossing points and capacitor cells with the intervening active medium are arranged at the crossing points, being selectable by actuation of the word lines and bit lines , characterized in that the word lines at least in the area of the crossing points consist of a material with variable Debye length, i.e., a material with variable mobile charge carrier concentration, and are arranged between the active medium and a non-active dielectric , forming with them a layered arrangement, and the layered arrangement is situated between a reference electrode and the bit lines , wherein - a first layer of the layered arrangement is chosen such that the active medium as seen from the word line is situated on the side with the reference electrode and - alternatively a second layer of the layered arrangement is chosen such that the active medium as seen from the word line is situated on the side with the bit lines. - a first layer of the layered arrangement is chosen such that the active medium as seen from the word line is situated on the side with the reference electrode and - alternatively a second layer of the layered arrangement is chosen such that the active medium as seen from the word line is situated on the side with the bit lines.
A method of generating alignment data for at least one printhead, the method comprising the steps of: printing a calibration pattern onto a print medium using the printhead, the calibration pattern comprising one or more rows of spaced apart fiducials, each fiducial comprising a plurality of concentric annuli representing a code sequence; imaging the fiducials at a first resolution to generate imaged fiducials; cross-correlating a template fiducial with the imaged fiducials at a plurality of different displacements relative to each imaged fiducial, the template fiducial having a configuration matching the imaged fiducials; determining a two-dimensional set of cross-correlation values for each imaged fiducial, each set of cross-correlation values indicating a center of a respective fiducial; and generating alignment data for the printhead using the sets of cross-correlation values, characterised in that the code sequence has a sequence of N code values, each value being represented by a presence or absence of an annulus at a respective predetermined distance from a centre of the fiducial, and where N is an integer from 3 to 20. printing a calibration pattern onto a print medium using the printhead, the calibration pattern comprising one or more rows of spaced apart fiducials, each fiducial comprising a plurality of concentric annuli representing a code sequence; imaging the fiducials at a first resolution to generate imaged fiducials; cross-correlating a template fiducial with the imaged fiducials at a plurality of different displacements relative to each imaged fiducial, the template fiducial having a configuration matching the imaged fiducials; determining a two-dimensional set of cross-correlation values for each imaged fiducial, each set of cross-correlation values indicating a center of a respective fiducial; and generating alignment data for the printhead using the sets of cross-correlation values, characterised in that the code sequence has a sequence of N code values, each value being represented by a presence or absence of an annulus at a respective predetermined distance from a centre of the fiducial, and where N is an integer from 3 to 20.
Use of a lubricant composition comprising a base oil of lubricating viscosity and a metal overbased detergent for reducing low speed pre-ignition events in a spark-ignited direct injection internal combustion engine, comprising supplying to the engine the lubricant composition, wherein the overbased detergent is present in an amount to deliver at least 200 ppm by weight of magnesium to the lubricating composition.
Central body for hydraulic system for fluid comprising a frame comprising a first tubular end for connecting an upstream hydraulic circuit comprising a first fitting and a second tubular end for connecting a downstream hydraulic circuit comprising a second fitting , said central body comprising an annular electrically insulating substrate and a passage passing through the frame to convey the fluid coming from the upstream hydraulic circuit to the downstream hydraulic circuit , said frame , of cylindrical shape being made of an electrically insulating material, the central body comprising a conductive circuit printed, said conductive circuit printed having a predefined resistivity is printed on said annular electrically insulating substrate, fixed on the outer surface of the frame, said printed circuit having controlled electrical properties in order to conduct a part of the electrical charges flowing between the upstream hydraulic circuit and the downstream hydraulic circuit .
A bag body comprising a bag material including a bottom portion and an opening portion, wherein a lifting rope is provided around the opening portion, a restraining rope that is pulled out through the opening portion is provided at the bottom portion , the bag material is filled with a filling material to form the bag body , the opening portion is closed after the bag material is filled with the filling material , and characterized in that , the bag body is within a predetermined range centered about a curve given by W/H1 (diameter/restraining rope length) = 15.898 × (W/W0)^2 - 17.784 × (W/W0) + 6.6314, where W represents a diameter of the bag body , H1 represents a length of the restraining rope from a bottom portion of the bag body to a root position of a mouth closing rope of the bag material through a center of the bag body , and W0 represents a diameter of the bag body when the bag body formed by filling the bag material with the filling material is most stable against waves. the bag material is filled with a filling material to form the bag body , the opening portion is closed after the bag material is filled with the filling material , and characterized in that , the bag body is within a predetermined range centered about a curve given by W/H1 (diameter/restraining rope length) = 15.898 × (W/W0)^2 - 17.784 × (W/W0) + 6.6314, where W represents a diameter of the bag body , H1 represents a length of the restraining rope from a bottom portion of the bag body to a root position of a mouth closing rope of the bag material through a center of the bag body , and W0 represents a diameter of the bag body when the bag body formed by filling the bag material with the filling material is most stable against waves.
A method of enabling a standalone Traffic Detection Function, TDF, node (104, 204. 304) in a telecommunication network to act on unsuccessful resource allocation for an over-the-top, OTT, application detected by said TDF node (104, 204. 304), said method comprising the steps of: - establishing a session with the said TDF node , for reporting by the TDF node to a Policy and Charging Rules Function, PCRF, node of detection of a particular OTT application and reporting by the PCRF node to the TDF node of unsuccessful resource allocation for the particular OTT application to the TDF node ; - receiving , by the PCRF node from said TDF node (104, 204. 304), a notification that said TDF node (104, 204. 304) has detected the particular OTT application; - determining, by said PCRF node , that resources for said detected particular OTT application can not be successfully allocated; - notifying , by said PCRF node , said TDF node (104, 204. 304) that said resources for said detected particular OTT application can not be successfully allocated. - establishing a session with the said TDF node , for reporting by the TDF node to a Policy and Charging Rules Function, PCRF, node of detection of a particular OTT application and reporting by the PCRF node to the TDF node of unsuccessful resource allocation for the particular OTT application to the TDF node ; - receiving , by the PCRF node from said TDF node (104, 204. 304), a notification that said TDF node (104, 204. 304) has detected the particular OTT application; - determining, by said PCRF node , that resources for said detected particular OTT application can not be successfully allocated; - notifying , by said PCRF node , said TDF node (104, 204. 304) that said resources for said detected particular OTT application can not be successfully allocated.
Contact element comprised of an electrically conductive contact material , the contact element being constructed so as to be able to be inserted in an insertion direction (E) into a plug type connector and being constructed so as to be able to be fixed in the plug type connector by means of a positive-locking connection , wherein the positive-locking connection comprises a catch opening at an upper side of the contact element , which opening is delimited in the insertion direction (E) by two guiding faces , wherein the guiding faces are formed by a reinforced region (V a , V b ), in which the contact material at least partially overlaps itself in at least two layers transversely relative to the insertion direction (E), and wherein at least one layer of a reinforced region (V a , V b ) forms at least one reinforcement lip , which extends from the upper side to an opposing inner wall of the contact element and which is in abutment with side walls of a body of the contact element , characterized in that the at least one reinforcement lip forms the continuation of one of the two guiding faces .
A method for protecting a person left in a vehicle , the method comprising: determining whether the person is present on a rear seat, by using a waveform of a reflected wave generated by a radar sensor after an ignition of the vehicle is turned off, determining a risk level, when it is determined that the person is on the rear seat ; taking a first step measure that corresponds to a risk factor, when the risk level indicates a possibility of danger to the person; determining that a step shift condition is satisfied, when at least one of an air-conditioning controller is not continued to operate due to lack of vehicle fuel or battery or a door is not opened for more than a specific period of time, and performing a second step measure when the step shift condition is satisfied, wherein the second step measure is an operation of moving the vehicle to a road on which another vehicle travels, by using an electronic control unit, ECU, and an automated driving system, ADS, when the vehicle is determined to be located in the parking lot. determining whether the person is present on a rear seat, by using a waveform of a reflected wave generated by a radar sensor after an ignition of the vehicle is turned off, determining a risk level, when it is determined that the person is on the rear seat ; taking a first step measure that corresponds to a risk factor, when the risk level indicates a possibility of danger to the person; determining that a step shift condition is satisfied, when at least one of an air-conditioning controller is not continued to operate due to lack of vehicle fuel or battery or a door is not opened for more than a specific period of time, and performing a second step measure when the step shift condition is satisfied, wherein the second step measure is an operation of moving the vehicle to a road on which another vehicle travels, by using an electronic control unit, ECU, and an automated driving system, ADS, when the vehicle is determined to be located in the parking lot.
A gel polymer electrolyte comprising a cross-linked polymer having a thiol-ene structure, wherein the thiol-ene structure is formed by a click reaction of a thiol group of a thiol compound containing at least four reactive thiol groups per molecule and an acrylic group of a fluorinated polyether diacrylate.
Method for controlling electric cookers, wherein said electric cookers comprise internal pot , heating element , spill detection unit , steamer housed within said internal pot , and said heating element heats up said internal pot , the bottom of said steamer having an open structure that extends towards the bottom wall and/or side wall of said internal pot , said steamer comprising water permeable area and bearing cavity positioned above said water permeable area , open top space formed by said open structure being interconnected with said bearing cavity through said water permeable area , the detection end of spill detection unit being interconnected with said bearing cavity , and the top of said steamer being interconnected with the mouth of said internal pot ; said method of controlling electric cookers comprising the following steps: Said heating element of the electric cooker heats up the internal pot in said electric cooker, and said electric cooker enters the rice wash-and-cook step; During a single rice wash-and-cook cycle, said heating element heats up the internal pot within said electric cooker until said spill detection unit comes into contact with water, and at this point, said heating element will stop operating and the cooker continues with the single rice wash-and-cook cycle until the first preset time t1, and this cycle is repeated N1 times; Said electric cooker enters the rice steaming step, and said heating element heats up the internal pot in said electric cooker. Said heating element of the electric cooker heats up the internal pot in said electric cooker, and said electric cooker enters the rice wash-and-cook step; During a single rice wash-and-cook cycle, said heating element heats up the internal pot within said electric cooker until said spill detection unit comes into contact with water, and at this point, said heating element will stop operating and the cooker continues with the single rice wash-and-cook cycle until the first preset time t1, and this cycle is repeated N1 times; Said electric cooker enters the rice steaming step, and said heating element heats up the internal pot in said electric cooker.
A control system for an agricultural system, characterized in that the control system comprises: a first controller configured to receive sensor information from a plurality of sensors , the control system being characterized in that the sensor information comprises first data associated with a first plurality of header sections of a header of the agricultural system and is indicative of a height of the header , and the first controller is configured to convert the sensor information into position data, wherein the position data comprises second data associated with a second plurality of header sections of the header , and the first plurality of header sections is different than the second plurality of header sections; and in that the control system further comprises a second controller communicatively coupled to the first controller , wherein the second controller is configured to receive the position data from the first controller , and the second controller is configured to determine a target position of the header based on the position data. a first controller configured to receive sensor information from a plurality of sensors , the control system being characterized in that the sensor information comprises first data associated with a first plurality of header sections of a header of the agricultural system and is indicative of a height of the header , and the first controller is configured to convert the sensor information into position data, wherein the position data comprises second data associated with a second plurality of header sections of the header , and the first plurality of header sections is different than the second plurality of header sections; and in that the control system further comprises a second controller communicatively coupled to the first controller , wherein the second controller is configured to receive the position data from the first controller , and the second controller is configured to determine a target position of the header based on the position data.