mhurhangee/patent-ind-claim-en huggingface dataset:
An electrostatic capacitance detection device , comprising: - an electrode pair including a pair of electrodes (F, G), the electrode pair being arranged inside a compressor configured to compress refrigerant; - a capacitor being connected in series to the electrode pair ; - an inverter having a first power line connected to one end of a measurement target portion , and being configured to drive the compressor , - the first power line being one of power lines (LPu, LPv, LPw) for driving the compressor , the measurement target portion being formed by connecting the electrode pair and the capacitor in series to each other; and - a voltage detecting unit configured to measure a voltage (Vx) between the pair of electrodes (F, G) of the electrode pair . - an electrode pair including a pair of electrodes (F, G), the electrode pair being arranged inside a compressor configured to compress refrigerant; - a capacitor being connected in series to the electrode pair ; - an inverter having a first power line connected to one end of a measurement target portion , and being configured to drive the compressor , - the first power line being one of power lines (LPu, LPv, LPw) for driving the compressor , the measurement target portion being formed by connecting the electrode pair and the capacitor in series to each other; and - a voltage detecting unit configured to measure a voltage (Vx) between the pair of electrodes (F, G) of the electrode pair .
Semi-finished product for the manufacture of a structural component , in particular for aerospace applications, with at least two layers (21, 22; 36), between which a layer (28; 37) of a thermoplastic material is arranged, characterized in that the semi-finished product is a semi-finished product for the production of the structural component by creep-forming the semi-finished product , and the at least two layers (21, 22; 36) are at least two layers (21, 22; 36) of a material which can be formed by creep-forming, in that the layers (21, 22; 36) are formed at least partially from an aluminium-magnesium alloy or an aluminium-magnesium-scandium alloy, and that the semi-finished product is formable by creep forming at a temperature selected in a range of 250°C to 375°C and the thermoplastic material is at least partially meltable at the selected temperature for joining the layers (21, 22; 36). with at least two layers (21, 22; 36), between which a layer (28; 37) of a thermoplastic material is arranged, characterized in that the semi-finished product is a semi-finished product for the production of the structural component by creep-forming the semi-finished product , and the at least two layers (21, 22; 36) are at least two layers (21, 22; 36) of a material which can be formed by creep-forming, in that the layers (21, 22; 36) are formed at least partially from an aluminium-magnesium alloy or an aluminium-magnesium-scandium alloy, and that the semi-finished product is formable by creep forming at a temperature selected in a range of 250°C to 375°C and the thermoplastic material is at least partially meltable at the selected temperature for joining the layers (21, 22; 36).
A method for operating a user interface of a data processing system comprising an input unit for inputting user inputs and a screen as the output unit, wherein a sequence of user inputs is used to select a processing object , which is at least symbolically illustrated on the screen, and a processing function , wherein a processing step is allocated to the selected processing object based on the selected processing function , wherein the processing object and processing function are selected based on a sequence of selection functions , wherein the sequence is allocated to an operating logic, and the selection functions are activated by the user inputs , wherein a first operating logic and a second operating logic are stored in the terminal , wherein the first operating logic comprises a first sequence (5 23 ) of selection functions and the second operating logic comprises a second sequence (5 32 ) of selection functions , wherein the first sequence (5 23 ) and the second sequence (5 32 ) can each allocate the same processing step to the same processing object , but the first sequence (5 23 ) and the second sequence (5 32 ) can be activated by a respective sequence of user inputs that deviates from the other sequence, characterized in that the method comprises a detection mode, in which input commands effected by the user are evaluated to an evaluation result, wherein an operating logic is selected based upon the evaluation result, and that the method comprises an operating mode in which exclusively the operating logic is activated.
An electric machine comprising a cylindrical stator core with a longitudinal centre axis (Z1-Z1) and a frame surrounding the stator core , the stator core being attached to the frame only through four fastening points (P1, P2, P3, P4), two fastening points (P1, P2) being positioned at a first axial end of the stator core on opposite sides of the longitudinal centre axis (Z1-Z1) and two fastening points (P3, P4) being positioned at a second opposite axial end of the stator core on opposite sides of the longitudinal centre axis (Z1-Z1), the stator core being in contact with the frame only through the four fastening points (P1, P2, P3, P4), the four fastening points (P1, P2, P3, P4) being positioned in a horizontal plane (X1-X1), the stator core being provided with back beams extending in an axial direction between the axial ends of the stator core and being attached to an outer surface of the stator core , the attachment between the stator core and the frame being arranged, in each fastening point (P1, P2, P3, P4), with a bolt extending in the horizontal direction transversely in relation to the longitudinal centre axis (Z1-Z1) from the frame to the back beam . the stator core being attached to the frame only through four fastening points (P1, P2, P3, P4), two fastening points (P1, P2) being positioned at a first axial end of the stator core on opposite sides of the longitudinal centre axis (Z1-Z1) and two fastening points (P3, P4) being positioned at a second opposite axial end of the stator core on opposite sides of the longitudinal centre axis (Z1-Z1), the stator core being in contact with the frame only through the four fastening points (P1, P2, P3, P4), the four fastening points (P1, P2, P3, P4) being positioned in a horizontal plane (X1-X1), the stator core being provided with back beams extending in an axial direction between the axial ends of the stator core and being attached to an outer surface of the stator core , the attachment between the stator core and the frame being arranged, in each fastening point (P1, P2, P3, P4), with a bolt extending in the horizontal direction transversely in relation to the longitudinal centre axis (Z1-Z1) from the frame to the back beam .
A sub-chatbot suitable for use in a chatbot system comprising a parent chatbot and a plurality of sub-chatbots , the sub-chatbot being associated with a specific domain and comprising at least one chatbot dialog , and being adapted to respond to a user query, the user query having been received by the parent chatbot and having been directed by the parent chatbot to the sub-chatbot , using the at least one chatbot dialog , characterized in that the sub-chatbot is implemented by a program entity adapted to return a return function, wherein the return function is a function configured to accept a context object unique to the sub-chatbot as an input argument, and the at least one chatbot dialog is accessed by at least one access function, wherein the access function is a function configured to accept the context object of the sub-chatbot .
Household appliance with a door , wherein the household appliance comprises a locking device with at least one permanent magnet (105-1, 105-2) for exerting a retaining force for holding the door closed and a coil for generating a counter magnetic field for neutralizing the retaining force, wherein the locking device is arranged in the door or a housing of the household appliance , wherein the locking device comprises a highly magnetically permeable flux guide (109-1, 109-2) for guiding the magnetic field generated by the permanent magnet (105-1, 105-2), wherein the coil is wound around the flux guide (109-1, 109-2), wherein the locking device comprises a first flux guide (109-1) and a second flux guide (109-2), wherein a first permanent magnet (105-1) and a second permanent magnet (105-2) are arranged between the first flux guide (109-1) and the second flux guide (109-1), wherein the coil is wound around the first flux guide (109-1) and the second flux guide (109-2), wherein the locking device comprises a movable highly magnetically permeable control armature for guiding the magnetic field.
A method for optimizing the production safety of a membrane-based device for the filtration of a medium for the production of dairy products, the medium being a raw product from which the dairy product is obtained, comprising the steps of: a) taking a sample of the medium that is present in the device for the production of dairy products such as milk, curd, cheese, yogurt, cottage cheese, ricotta, milk protein, milk protein hydrolysate, milk protein concentrate, whey protein, or lactose protein, wherein the dairy product is obtained by separating the medium; b) determining at least one parameter essential for optimizing the production safety of the device; c) transmitting the results obtained in step b) to an external server positioned in a building outside the factory facility where the device is located; d) evaluating the results by the external server; e) If applicable, performing an action based on the evaluation in step d), wherein the method is performed continuously during operation of the device, and in the case of an action, the operation is interrupted, the device is emptied, and the action is performed, wherein the action comprises introducing at least one additive into the device. a) taking a sample of the medium that is present in the device for the production of dairy products such as milk, curd, cheese, yogurt, cottage cheese, ricotta, milk protein, milk protein hydrolysate, milk protein concentrate, whey protein, or lactose protein, wherein the dairy product is obtained by separating the medium; b) determining at least one parameter essential for optimizing the production safety of the device; c) transmitting the results obtained in step b) to an external server positioned in a building outside the factory facility where the device is located; d) evaluating the results by the external server; e) If applicable, performing an action based on the evaluation in step d), wherein the method is performed continuously during operation of the device, and in the case of an action, the operation is interrupted, the device is emptied, and the action is performed, wherein the action comprises introducing at least one additive into the device.
An exterior wall member, comprising: an outdoor-side heat insulating layer (A); an indoor-side heat insulating layer (B); and a heat storage layer between the outdoor-side heat insulating layer (A) and the indoor-side heat insulating layer (B), wherein R ≤ 0.20 where R is represented by Equation : R = 2 R 1 − 0.5 2 + R 2 − 1 2 + R 3 − 0.55 2 where R1 is represented by Equation : R 1 = Tb / Kb / Ta / Ka + Tb / Kb where Ka is a thermal conductivity of the outdoor-side heat insulating layer (A), Ta is a thickness of the outdoor-side heat insulating layer (A), Kb is a thermal conductivity of the indoor-side heat insulating layer (B), and Tb is a thickness of the indoor-side heat insulating layer (B), R2 is a ratio of a latent heat amount of the heat storage layer in a temperature range of 15°C to 40°C with respect to a latent heat amount of the heat storage layer in a temperature range of -10°C to 60°C, and R3 is represented by Equation : R 3 = L 5 / L 20 where L5 is a latent heat amount of the heat storage layer in a temperature range X, and L20 is a latent heat amount of the heat storage layer in a temperature range of (X' - 10)°C inclusive to (X' + 10)°C inclusive, X is a 5°C-width temperature range in which the latent heat amount of the heat storage layer is the largest among latent heat amounts of given 5°C-width temperature ranges within the temperature range of -10°C to 60°C, and X' is a center temperature of the temperature range X.
Lighting device (1, W), comprising - at least one primary light source for generating primary light(P), - a phosphor volume spaced apart from the at least one primary light source and serving for at least partly converting the primary light (P) into secondary light (S) having a different wavelength, - at least one light sensor for detecting light (P, S) generated by means of the at least one primary light source (P), and - an evaluation unit for determining a case of damage of the phosphor volume on the basis of sensor data of at least one light sensor , wherein the lighting device (1, W) - comprises at least one additional light source (Z1, Z2, Z3) configured to radiate its light onto a useful light side of the phosphor volume and - is configured to operate the at least one additional light source (Z1, Z2, Z3), the at least one light sensor and the evaluation unit with the primary light source switched off. - at least one primary light source for generating primary light(P), - a phosphor volume spaced apart from the at least one primary light source and serving for at least partly converting the primary light (P) into secondary light (S) having a different wavelength, - at least one light sensor for detecting light (P, S) generated by means of the at least one primary light source (P), and - an evaluation unit for determining a case of damage of the phosphor volume on the basis of sensor data of at least one light sensor , - comprises at least one additional light source (Z1, Z2, Z3) configured to radiate its light onto a useful light side of the phosphor volume and - is configured to operate the at least one additional light source (Z1, Z2, Z3), the at least one light sensor and the evaluation unit with the primary light source switched off.
An operating unit for a device, e.g. for a vehicle component, in particular a man-machine interface (MMI or HMI), comprising - a housing that has a control panel and that is provided for attaching in an apparatus, in particular a vehicle dashboard or vehicle center console, - wherein the control panel is mounted elastically at and/or in the housing , - at least one actuator for mechanically exciting the control panel upon detection of an operation of the control panel , - a display unit having a display surface , - the control panel forming the front side of a touch-sensitive touch panel for spatially resolved detection of a touch of the control panel , - wherein the at least one actuator mechanically excites the touch panel when touching of the control panel is detected, and - a compensation weight that is elastically mounted in and/or at the housing and/or is elastically mounted at the touch panel , wherein the compensation weight is mechanically excitable by the actuator or by an actuator for compensating the forces acting on the housing when the touch panel is mechanically excited, characterized in that - the touch panel is arranged separated from the display unit and, - in that - the display unit forms the compensation weight and/or - the display unit has a backlight unit for backlighting the display unit , wherein the backlight unit is arranged separated from the display unit and forms the compensation weight . - a housing that has a control panel and that is provided for attaching in an apparatus, in particular a vehicle dashboard or vehicle center console, - wherein the control panel is mounted elastically at and/or in the housing , - at least one actuator for mechanically exciting the control panel upon detection of an operation of the control panel , - a display unit having a display surface , - the control panel forming the front side of a touch-sensitive touch panel for spatially resolved detection of a touch of the control panel , - wherein the at least one actuator mechanically excites the touch panel when touching of the control panel is detected, and - a compensation weight that is elastically mounted in and/or at the housing and/or is elastically mounted at the touch panel , wherein the compensation weight is mechanically excitable by the actuator or by an actuator for compensating the forces acting on the housing when the touch panel is mechanically excited, - the touch panel is arranged separated from the display unit and, - in that - the display unit forms the compensation weight and/or - the display unit has a backlight unit for backlighting the display unit , wherein the backlight unit is arranged separated from the display unit and forms the compensation weight . - the display unit forms the compensation weight and/or - the display unit has a backlight unit for backlighting the display unit , wherein the backlight unit is arranged separated from the display unit and forms the compensation weight .
A composition containing as an active ingredient: (i) siRNA suppressing the expression of a CHST15 gene, wherein the siRNA contains a structure formed by the hybridization of RNA containing the base sequence represented by SEQ ID NO: 1 with RNA containing the base sequence represented by SEQ ID NO: 2, (ii) the siRNA of (i) having a structure in which one or a plurality of nucleic acids overhang from the end thereof, or (iii) a DNA vector capable of expressing the siRNA of (i) or (ii), combined with a biological preparation inhibiting leukocyte tissue invasion and/or a biological preparation inhibiting inflammatory cytokines, wherein the biological preparation inhibiting leukocyte tissue invasion contains at least one member selected from the group consisting of Etrolizumab, Vedolizumab, Natalizumab, PF-00547659 and Vercirnon, and the biological preparation inhibiting inflammatory cytokines contains at least one member selected from the group consisting of an antibody that inhibits the aforementioned inflammatory cytokines including TNF-α, IL-1β, IL-17, IL-18, IL-23 and GM-CSF, an antibody fragment, or a specific binding partner for the aforementioned inflammatory cytokines such as a single-domain antibody. (i) siRNA suppressing the expression of a CHST15 gene, wherein the siRNA contains a structure formed by the hybridization of RNA containing the base sequence represented by SEQ ID NO: 1 with RNA containing the base sequence represented by SEQ ID NO: 2, (ii) the siRNA of (i) having a structure in which one or a plurality of nucleic acids overhang from the end thereof, or (iii) a DNA vector capable of expressing the siRNA of (i) or (ii),
An artificial teat for use as a pacifier , the teat being a single unit having a neck and a head , wherein the head is solid wherein the teat includes a waist , or narrowing, in its width and/or depth where the neck joins the head , wherein the neck includes a cavity so that the neck and head are flexible relative to each other, and wherein the teat includes a micro-textured outer surface.
Valve for circulating exhaust gas arranged to make exhaust gases circulate between an exhaust circuit of a combustion engine and an intake circuit for fuel gas for the combustion engine , comprising: - a body delimiting an exhaust gas circulation duct , - a shutting member capable of being displaced between a closed position preventing the passage of the exhaust gases in the duct and an open position allowing the passage of the exhaust gases in the duct , - an actuation device for a combustion engine actuating the shutting member , the actuation device comprising a ball screw , the ball screw comprising: - a nut , - a screw kinematically linked to the nut , - balls arranged to ensure a relative movement of the nut with respect to the screw , - an electric motor , characterized in that : - the electric motor is arranged to drive the nut in rotation, the axis of rotation of the motor is at right angles to the axis of the screw and the screw is configured to be fixed in translation and fixed in rotation, the nut being configured to be free in translation and free in rotation, - a toothed wheel is linked in rotation to the nut , the toothed wheel being driven by the electric motor , - a return spring makes it possible to return the toothed wheel to its idle position and thus return the valve to the closed position, the return spring being held in a groove integral to the toothed wheel . - a body delimiting an exhaust gas circulation duct , - a shutting member capable of being displaced between a closed position preventing the passage of the exhaust gases in the duct and an open position allowing the passage of the exhaust gases in the duct , - an actuation device for a combustion engine actuating the shutting member , the actuation device comprising a ball screw , the ball screw comprising: - a nut , - a screw kinematically linked to the nut , - balls arranged to ensure a relative movement of the nut with respect to the screw , - a nut , - a screw kinematically linked to the nut , - balls arranged to ensure a relative movement of the nut with respect to the screw , - an electric motor , - the electric motor is arranged to drive the nut in rotation, the axis of rotation of the motor is at right angles to the axis of the screw and the screw is configured to be fixed in translation and fixed in rotation, the nut being configured to be free in translation and free in rotation, - a toothed wheel is linked in rotation to the nut , the toothed wheel being driven by the electric motor , - a return spring makes it possible to return the toothed wheel to its idle position and thus return the valve to the closed position, the return spring being held in a groove integral to the toothed wheel .
An injection system comprising: - at least one supply station (105a; 105b; 105c) for supplying a fluid to be injected into a patient's vasculature; - a pressurizing unit comprising a motor for pressurizing the fluid received from said at least one supply station; - a delivery arrangement in fluid communication with said at least one supply station; - a patient set assembly in fluid communication with said delivery arrangement, said patient set assembly comprising: - a delivery tube for delivering the pressurized fluid to the patient, and - a peristaltic pump component comprising a casing which includes an inlet port and an exit port , the inlet port being in fluid communication with the delivery arrangement, and the exit port being in fluid communication with the delivery tube, characterized in that , in proximity of said inlet port, the casing of the peristaltic pump component has a substantially U-shaped configuration. - at least one supply station (105a; 105b; 105c) for supplying a fluid to be injected into a patient's vasculature; - a pressurizing unit comprising a motor for pressurizing the fluid received from said at least one supply station; - a delivery arrangement in fluid communication with said at least one supply station; - a patient set assembly in fluid communication with said delivery arrangement, said patient set assembly comprising: - a delivery tube for delivering the pressurized fluid to the patient, and - a peristaltic pump component comprising a casing which includes an inlet port and an exit port , the inlet port being in fluid communication with the delivery arrangement, and the exit port being in fluid communication with the delivery tube, - a delivery tube for delivering the pressurized fluid to the patient, and - a peristaltic pump component comprising a casing which includes an inlet port and an exit port , the inlet port being in fluid communication with the delivery arrangement, and the exit port being in fluid communication with the delivery tube,