mhurhangee/ep-ind-claims huggingface dataset:
A protection circuit provided for each of a plurality of semiconductor switching elements connected in series, comprising: a first protection circuit configured so that a cathode of a first avalanche element (D1,D2,D3) is connectable to a collector of the semiconductor switching element, an anode of the first avalanche element (D1,D2,D3) is connected to a cathode of a second avalanche element (D4,D5), and an anode of the second avalanche element (D4,D5) is connected to one end of a second resistance; and a second protection circuit configured so that a cathode of a third avalanche element is connected to the other end of the second resistance, an anode of the third avalanche element is connectable to an emitter of the semiconductor switching element, characterized in that a first capacitor (C1,C2) and a first resistance (R1,R2) are each connected parallel to the second avalanche element (D4,D5), and one end of a series component of third and fourth resistances (R5,R6) is connected to a common connection point of the second resistance and the third avalanche element, and first and second Zener diodes (ZD1,ZD2) are connected in series with their polarities being opposite to each other between the other end of the series component of third and fourth resistances (R5,R6) and a circuit node connectable to a gate of the semiconductor switching element. a first protection circuit configured so that a cathode of a first avalanche element (D1,D2,D3) is connectable to a collector of the semiconductor switching element, an anode of the first avalanche element (D1,D2,D3) is connected to a cathode of a second avalanche element (D4,D5), and an anode of the second avalanche element (D4,D5) is connected to one end of a second resistance; and a second protection circuit configured so that a cathode of a third avalanche element is connected to the other end of the second resistance, an anode of the third avalanche element is connectable to an emitter of the semiconductor switching element, characterized in that a first capacitor (C1,C2) and a first resistance (R1,R2) are each connected parallel to the second avalanche element (D4,D5), and one end of a series component of third and fourth resistances (R5,R6) is connected to a common connection point of the second resistance and the third avalanche element, and first and second Zener diodes (ZD1,ZD2) are connected in series with their polarities being opposite to each other between the other end of the series component of third and fourth resistances (R5,R6) and a circuit node connectable to a gate of the semiconductor switching element.
Transcutaneous power supply and/or recharger device for active implatable devices with a power supply terminal comprising a holder containing a transmitter coil and optimal positioning means in order to optimize the energy transfer, wherein said optimal positioning means comprise at least three magnetic satellite sensors or coils arranged around the transmitter coil and suitable for picking up the signal and/or field generated by the transmitter coil, which is modified by the presence, in the vicinity, of the implant's receiver coil, and wherein said power supply and/or recharger device comprises a control circuit connected to said coils or sensors for measuring and comparing the values and/or differences in the signal and/or field picked up by each of the satellite coils, in order to indicate the direction in which the device needs to be moved, and wherein said device has one or more indicators situated on the power supply terminal, and wherein said indicators are differently energized or de-energized by the control circuit connected to the satellite sensors or coils, depending on the signal and/or on a comparison of the differences in the signal and/or field recorded by said satellite coils, enabling them to show the operator the direction in which to move the power supply terminal and transmitter coil in order to position them optimally over the receiver coil.
An injection molded lid for use with a container having an upper opening that is defined by a rim, comprising: a lid body, made of a first material and comprising a cover portion and a flange portion disposed around the periphery of the cover portion for fitting over the rim of the container, wherein the flange portion comprises a first side wall, a second side wall and a top wall, in which the first side wall is connected with the periphery of the cover portion, and the inner surfaces of the first and the second side walls (432, 434) and the top wall define an interior space; and a securing member, made of a second material; characterized in that the second side wall comprises at least one notch disposed thereon, and the securing member comprises a frame and at least one tab, wherein the frame is disposed within the interior space and adjoins at least the top wall, the tab extends downwardly from the frame along the inner surface of the second side wall with the lower edge of the tab disposed across the bottom opening of the notch, and the tab comprises at least one bulge for engaging the injection molded lid with the rim of the container. a lid body, made of a first material and comprising a cover portion and a flange portion disposed around the periphery of the cover portion for fitting over the rim of the container, wherein the flange portion comprises a first side wall, a second side wall and a top wall, in which the first side wall is connected with the periphery of the cover portion, and the inner surfaces of the first and the second side walls (432, 434) and the top wall define an interior space; and a securing member, made of a second material; characterized in that the second side wall comprises at least one notch disposed thereon, and the securing member comprises a frame and at least one tab, wherein the frame is disposed within the interior space and adjoins at least the top wall, the tab extends downwardly from the frame along the inner surface of the second side wall with the lower edge of the tab disposed across the bottom opening of the notch, and the tab comprises at least one bulge for engaging the injection molded lid with the rim of the container.
Cooking system, in particular induction cooking system, with at least one placement plate (12a-b) and with at least one extraction fan unit (16a-b) which has at least one fan wheel (18 a-b) and at least one drive unit (20a-b) for driving the fan wheel (18a-b) and which, by means of the fan wheel (18a-b), at least partially extracts steam occurring in at least one operating state from at least one cooking region (22a-b) by way of at least one extraction recess (14a-b) of the placement plate (12a-b), wherein the drive unit (20a-b) is arranged outside a space (24a-b) which is at least partially enclosed by the fan wheel (18a-b) and wherein the fan wheel (18a-b) has at least one passage opening (30a-b), which facilitates the passage of liquid from a suction side (32a-b) of the fan wheel (18a-b) to a pressure side (34a-b) of the fan wheel (18a-b), characterised in that the drive unit (20a-b) has at least one passage opening (38a-b), which is provided for the passage of liquid, wherein the passage opening (30a-b) of the fan wheel (18a-b) and the passage opening (38a-b) of the drive unit (20a-b) communicate with one another. the fan wheel (18a-b) has at least one passage opening (30a-b), which facilitates the passage of liquid from a suction side (32a-b) of the fan wheel (18a-b) to a pressure side (34a-b) of the fan wheel (18a-b), characterised in that the drive unit (20a-b) has at least one passage opening (38a-b), which is provided for the passage of liquid, wherein the passage opening (30a-b) of the fan wheel (18a-b) and the passage opening (38a-b) of the drive unit (20a-b) communicate with one another.
A method for analyzing building sensor data, the method comprising: receiving building sensor data for a building, the data comprising a plurality of values over time for a plurality of sensors (202a-c), and characterized by further comprising: determining phase and magnitude values associated with each sensor of the plurality of sensors (202a-c) based on a spectral analysis technique applied to the building sensor data, wherein the phase and magnitude values represent a frequency character of the building sensor data; and generating a visualization based on at least one of the phase or magnitude values associated with the plurality of sensors (202a-c), the visualization comprising an overlay upon a building floorplan, the overlay depicting at least one of the phase or magnitude values associated with the plurality of sensors (202a-c), the method performed by a computer system comprising one or more computing devices. receiving building sensor data for a building, the data comprising a plurality of values over time for a plurality of sensors (202a-c), and characterized by further comprising: determining phase and magnitude values associated with each sensor of the plurality of sensors (202a-c) based on a spectral analysis technique applied to the building sensor data, wherein the phase and magnitude values represent a frequency character of the building sensor data; and generating a visualization based on at least one of the phase or magnitude values associated with the plurality of sensors (202a-c), the visualization comprising an overlay upon a building floorplan, the overlay depicting at least one of the phase or magnitude values associated with the plurality of sensors (202a-c), the method performed by a computer system comprising one or more computing devices. determining phase and magnitude values associated with each sensor of the plurality of sensors (202a-c) based on a spectral analysis technique applied to the building sensor data, wherein the phase and magnitude values represent a frequency character of the building sensor data; and generating a visualization based on at least one of the phase or magnitude values associated with the plurality of sensors (202a-c), the visualization comprising an overlay upon a building floorplan, the overlay depicting at least one of the phase or magnitude values associated with the plurality of sensors (202a-c), the method performed by a computer system comprising one or more computing devices.
A system comprising: a common mode pneumatic event detector configured to detect a common mode pneumatic event at pitot tubes (112, 114, 116) of an aircraft; a latch; a relay switch in communication with the latch; and a latch controller configured to: set the latch in a first state to cause the latch to output a first latch signal, the relay switch configured to output a first pressure signal in response to the first latch signal, the first pressure signal based on pressure data from the pitot tubes (112, 114, 116); set the latch in a second state to cause the latch to output a second latch signal based on the detection of the common mode pneumatic event, the relay switch configured to output a second pressure signal in response to the second latch signal, the second pressure signal including estimated pressure data; and determine a limit for a number of times in which the latch is to be set in the second state, and refrain from setting the latch in the second state when the limit has been satisfied. a common mode pneumatic event detector configured to detect a common mode pneumatic event at pitot tubes (112, 114, 116) of an aircraft; a latch; a relay switch in communication with the latch; and a latch controller configured to: set the latch in a first state to cause the latch to output a first latch signal, the relay switch configured to output a first pressure signal in response to the first latch signal, the first pressure signal based on pressure data from the pitot tubes (112, 114, 116); set the latch in a second state to cause the latch to output a second latch signal based on the detection of the common mode pneumatic event, the relay switch configured to output a second pressure signal in response to the second latch signal, the second pressure signal including estimated pressure data; and determine a limit for a number of times in which the latch is to be set in the second state, and refrain from setting the latch in the second state when the limit has been satisfied. set the latch in a first state to cause the latch to output a first latch signal, the relay switch configured to output a first pressure signal in response to the first latch signal, the first pressure signal based on pressure data from the pitot tubes (112, 114, 116); set the latch in a second state to cause the latch to output a second latch signal based on the detection of the common mode pneumatic event, the relay switch configured to output a second pressure signal in response to the second latch signal, the second pressure signal including estimated pressure data; and determine a limit for a number of times in which the latch is to be set in the second state, and refrain from setting the latch in the second state when the limit has been satisfied.
Fan blade damper of a turbojet, extending in its length along an axis oriented X, in its width along an axis oriented Y and in its height along an axis Z, comprising in its length a first front portion and a second rear portion of polygonal cross section relative to the axis X; the damper comprising an upper face comprising an upper right inclined face and an upper left inclined face, damper characterized in that a front edge is formed at the front of the first front portion of the damper, the front edge comprising a first face that is transverse relative to the axis X and a second face that is inclined relative to said first face.
A turbine section for a gas turbine engine, comprising: a turbine; and an inner liner and an outer liner aft of the turbine, a support structure including a fairing wherein at least one of the inner and outer liners (120, 116) floats with radial play on the support structure, and each of the inner liner, outer liner and fairing are ceramic-based. a turbine; and an inner liner and an outer liner aft of the turbine, a support structure including a fairing wherein at least one of the inner and outer liners (120, 116) floats with radial play on the support structure, and each of the inner liner, outer liner and fairing are ceramic-based.
Machining tool for machining materials, in particular wood or wood-like materials, metals, plastics and/or composite materials, provided for rotary drive about an axis of rotation in one direction of rotation, comprising a base body and at least one cutting edge mounted on the base body as well as a chip space assigned to the respective cutting edge and formed in the base body in front of the cutting edge with respect to the direction of rotation, the base body having an external contour away from the chip space, wherein at least one continuous air passage (7, 8) is formed in the base body, wherein the air passage (7, 8) terminates into the chip space with a chip space opening (10, 11), and wherein the air passage (7, 8) is routed out of the external contour of the base body with a contour opening (13, 14) located opposite the chip space opening (10, 11), characterised in that the air passage (7, 8) is designed as a relief passage, wherein the contour opening (13, 14) of the air passage (7, 8) is located behind the associated chip space opening (10, 11) with respect to the direction of rotation.
A liquid material application method comprising the steps of placing a workpiece on a substrate with three or more bumps interposed therebetween, creating a desired application pattern, discharging a liquid material from a nozzle of a discharge device while the nozzle and the workpiece are moved relative to each other, and filling the liquid material into a gap between the substrate and the workpiece by capillary action, the method further comprising: a correction amount calculating step of measuring a discharge amount of the liquid material from the discharging device, and calculating a correction amount of the discharge amount; and a discharge amount correcting step of adjusting the discharge amount of the liquid material from the discharging device on the basis of the correction amount calculated in the correction amount calculating step to achieve a required application amount for the desired application pattern, characterized in that the bumps are non-uniformly arranged; the application pattern is made up of a plurality of application regions; the method further comprises an initial parameter setting step (STEP 104) of specifying, as a total pulse number, the number of times of transmitting a discharge pulse signal and a pause pulse signal, specifying, of the total pulse number, the number of discharge pulse signals necessary to achieve the required application amount of the liquid material, and specifying the rest as the number of pause pulse signals; and the number of the discharge pulse signals per unit length is adjusted in a discharge parameter adjusting step (STEP 107) to be larger in an application region adjacent to an area having a higher integration degree of the bumps than in an application region adjacent to an area having a lower integration degree of the bumps. a correction amount calculating step of measuring a discharge amount of the liquid material from the discharging device, and calculating a correction amount of the discharge amount; and a discharge amount correcting step of adjusting the discharge amount of the liquid material from the discharging device on the basis of the correction amount calculated in the correction amount calculating step to achieve a required application amount for the desired application pattern, characterized in that the bumps are non-uniformly arranged; the application pattern is made up of a plurality of application regions; the method further comprises an initial parameter setting step (STEP 104) of specifying, as a total pulse number, the number of times of transmitting a discharge pulse signal and a pause pulse signal, specifying, of the total pulse number, the number of discharge pulse signals necessary to achieve the required application amount of the liquid material, and specifying the rest as the number of pause pulse signals; and the number of the discharge pulse signals per unit length is adjusted in a discharge parameter adjusting step (STEP 107) to be larger in an application region adjacent to an area having a higher integration degree of the bumps than in an application region adjacent to an area having a lower integration degree of the bumps.
Prefill syringe comprising a receiving tube (1, 12, 21) having a nozzle (4, 20) positioned at the nozzle-side end of the receiving tube (1, 12, 21) and a plunger (2, 18) characterised in that the plunger (2, 18) is formed in such a way that it can be connected to the receiving tube (1, 12, 21) at the nozzle-side end of the receiving tube (1, 12, 21) for a transport state, the size of the plunger (2, 18) being variable.
A method of operating a laundry washing apparatus operating according to operating parameters and implementing operating programs, the value of the operating parameters of the laundry washing apparatus depending on the operating programs, said operating method comprising the following steps: - determining an amount of laundry inside the laundry washing apparatus, - selecting, by the laundry washing apparatus, an operating program taking into account the determined amount of laundry, - displaying said selected operating program and the associated values of said operating parameters, and - putting into operation the laundry washing apparatus according to said operating program and the values of said displayed operating parameters, said operating method being characterized in that said selecting step comprises determining the operating program that was the most frequently used for said determined amount of laundry in a predetermined number of prior instances of putting into operation the laundry washing apparatus. - determining an amount of laundry inside the laundry washing apparatus, - selecting, by the laundry washing apparatus, an operating program taking into account the determined amount of laundry, - displaying said selected operating program and the associated values of said operating parameters, and - putting into operation the laundry washing apparatus according to said operating program and the values of said displayed operating parameters,
A testing device comprising: a porous flow path member in which a flow path for flowing a sample is formed; and a resin layer provided at at least one position over the flow path member, wherein the resin layer comprises a porous body formed of a hydrophobic material, wherein a reagent reactive with the sample is formed as a solid phase over a surface of the resin layer facing the flow path member and inside voids of the resin layer, and wherein the porous flow path member includes continuous cells of which the internal wall has hydrophilicity and functions as the static bed. a porous flow path member in which a flow path for flowing a sample is formed; and a resin layer provided at at least one position over the flow path member, wherein the resin layer comprises a porous body formed of a hydrophobic material, wherein a reagent reactive with the sample is formed as a solid phase over a surface of the resin layer facing the flow path member and inside voids of the resin layer, and wherein the porous flow path member includes continuous cells of which the internal wall has hydrophilicity and functions as the static bed.
A venetian blind comprising a plurality of slats (2; 102; 202; 302) elongate in a horizontal direction, suspended via and evenly distributed along carriers (3; 103; 203; 303) elongate in directions with a vertical component, so as to form a window cover having a horizontal size determined by the length of the slats (2; 102; 202; 302) and a size perpendicular thereto determined by the length of the carriers, wherein the carriers (3; 103; 203; 303) extend through openings (4; 104; 204; 304) in the slats (2; 102; 202; 302), characterized by supports (5; 105; 205; 305) positioned with a pitch along the carriers (3; 103; 203; 303), each support (5; 105; 205; 305) supporting a slat (2; 102; 202; 302) adjacent to an opening (4; 104; 204; 304), the openings (4; 104; 204; 304) and the supports (5; 105; 205; 305) being arranged for providing stable support for each of the slats (2; 102; 202; 302) in at least two, mutually distinct positions.