mhurhangee/ep-ind-claims huggingface dataset:
A device for detecting radon and progeny thereof present in the surrounding air, including in particular aerosols, comprising: - a detector, said detector comprising - a silicon chip integrating a p-n junction with a depletion region, intended to emit signals under the action of the radiation emitted by said radon and said progeny, - a support made from insulating material, said support comprising means for the electrostatic collection of aerosols including a peripheral conductive electrode and a central conductive collection electrode, and - an electronic chain for processing the signals issuing from said detector, said detection device being characterised in that the detector comprises a passivation layer that covers this silicon chip and enables the detector to work in the open air, and a conductive layer covering the passivation layer and forming the electrode for collecting the radionuclides. - a detector, said detector comprising - a silicon chip integrating a p-n junction with a depletion region, intended to emit signals under the action of the radiation emitted by said radon and said progeny, - a support made from insulating material, said support comprising means for the electrostatic collection of aerosols including a peripheral conductive electrode and a central conductive collection electrode, and - an electronic chain for processing the signals issuing from said detector, said detection device being characterised in that the detector comprises a passivation layer that covers this silicon chip and enables the detector to work in the open air, and a conductive layer covering the passivation layer and forming the electrode for collecting the radionuclides. - a silicon chip integrating a p-n junction with a depletion region, intended to emit signals under the action of the radiation emitted by said radon and said progeny, - a support made from insulating material, said support comprising means for the electrostatic collection of aerosols including a peripheral conductive electrode and a central conductive collection electrode, and - an electronic chain for processing the signals issuing from said detector, said detection device being characterised in that the detector comprises a passivation layer that covers this silicon chip and enables the detector to work in the open air, and a conductive layer covering the passivation layer and forming the electrode for collecting the radionuclides.
An apparatus for measuring a relative movement of a target, comprising a controller, at least one coil, and at least one reference coil, said two coils (7 and 17) inductively interacting with the target for measuring a relative movement, further comprising a capacitor connected to the coil and/or to the reference coil, wherein at least parts of the capacitor and the coils (7, 17) form at least two electric oscillating circuits (9, 16), further comprising at least one electric power supply for exciting the oscillating circuits (9, 16), said power supply being connected to the controller, and an evaluation circuit, which comprises a time measuring member, more particularly a TDC member, and is connected to the oscillating circuits (9, 16) in order to generate time measurement data (t 9', t 9" and t 16', t 16") that are dependent on the respective excitation of the oscillating circuits (9, 16), said data allowing a conclusion to be drawn on the relative movement of the target, characterized in that the reference coil is arranged with respect to the target and the coil in such a way that during a relative movement of the target the reference coil is subjected to a substantially opposite inductive change in order to enable drawing conclusions on the relative movement of the target by forming the difference between the time measurement data (t 9', t 9" and t 16', t 16").
A method of facilitating an elevator service request from at least one passenger, the method comprising: determining a destination requested by a passenger responsive to a passenger touching an appropriate portion of a touch screen of a passenger interface device configured to allow a passenger to indicate a request for elevator service by touching the screen, an assistance up button and an assistance down button near the touch screen; determining that the assistance up button or the assistance down button is being pressed; and determining a destination requested by a passenger responsive to a passenger manipulating the assistance up button or the assistance down button and then subsequently manipulating the assistance up button and assistance down button. determining a destination requested by a passenger responsive to a passenger touching an appropriate portion of a touch screen of a passenger interface device configured to allow a passenger to indicate a request for elevator service by touching the screen, an assistance up button and an assistance down button near the touch screen; determining that the assistance up button or the assistance down button is being pressed; and determining a destination requested by a passenger responsive to a passenger manipulating the assistance up button or the assistance down button and then subsequently manipulating the assistance up button and assistance down button.
Method for producing a solid-state actuator having an actuator structural unit, a top plate and a base plate, in which method - a hollow cylindrical part composed of maraging steel is provided, - the hollow cylindrical part is heated to a predefined first temperature at which the maraging steel is in an austenitic state, - a corrugated tube is shaped out of the hollow cylindrical part by means of a deformation process while the maraging steel is in an austenitic state, - the corrugated tube is cooled such that the maraging steel is in a martensitic state, - the actuator structural unit is inserted into the corrugated tube, - the top plate and the base plate are fixed to the corrugated tube such that the actuator structural unit is braced between the top plate and the base plate with a predefined preload. - a hollow cylindrical part composed of maraging steel is provided, - the hollow cylindrical part is heated to a predefined first temperature at which the maraging steel is in an austenitic state, - a corrugated tube is shaped out of the hollow cylindrical part by means of a deformation process while the maraging steel is in an austenitic state, - the corrugated tube is cooled such that the maraging steel is in a martensitic state, - the actuator structural unit is inserted into the corrugated tube, - the top plate and the base plate are fixed to the corrugated tube such that the actuator structural unit is braced between the top plate and the base plate with a predefined preload.
Headset apparatus to be worn about the head of a user including: a first earshell and an oppositely facing second earshell, each earshell being shaped and arranged to be worn over an ear of a user and each having a surface portion (11, 200, 175) shaped to define a respective headwear connection means; an article (5, 54) to be attached to the first or second earshell; and an attachment means to be worn on either a user's left hand side or right hand side and for indirectly attaching the article to the first or second earshell via the attachment means, the attachment means being attached to the article; wherein each of two opposite sides of the attachment means has a reciprocal connection means (2, 100A, 100B, 150) shaped to reciprocally correspond with a shaping of a surface portion defining a respective headwear connection means to allow the headwear connection means and the respective reciprocal connection means to push-fit together without penetrating said surface portion, thereby allowing the article to be indirectly attached by the attachment means to the surface portion of either one of the oppositely facing first and second earshells whilst retaining the orientation of the article relative to the oppositely facing first and second earshells. a first earshell and an oppositely facing second earshell, each earshell being shaped and arranged to be worn over an ear of a user and each having a surface portion (11, 200, 175) shaped to define a respective headwear connection means; an article (5, 54) to be attached to the first or second earshell; and an attachment means to be worn on either a user's left hand side or right hand side and for indirectly attaching the article to the first or second earshell via the attachment means, the attachment means being attached to the article; wherein each of two opposite sides of the attachment means has a reciprocal connection means (2, 100A, 100B, 150) shaped to reciprocally correspond with a shaping of a surface portion defining a respective headwear connection means to allow the headwear connection means and the respective reciprocal connection means to push-fit together without penetrating said surface portion, thereby allowing the article to be indirectly attached by the attachment means to the surface portion of either one of the oppositely facing first and second earshells whilst retaining the orientation of the article relative to the oppositely facing first and second earshells.
An antibody capable of binding to at least one epitope having the general formula: wherein, R is H or a C 1 -C 6 substituted or unsubstituted hydrocarbon chain, and the antibody shows no significant binding to JWH-098, JWH-022, JWH-398, JWH-210, the 6-hydroxyindole metabolite of JWH-018, the 5-hydroxyindole metabolite of JWH-018, the N-(5-hydroxypentyl) metabolite of JWH-018, RCS-4, RCS-8, AM-1220, AM-2201, AM-694, AM-1241, JWH-015, JWH-200, JWH-073, JWH-019, JWH-018, JWH-250 and/or the N-carboxybutyl metabolite of JWH-018.
A converter (100, 200, 300) including: - a converter bridge (101, 201, 301) adapted to transfer electrical energy between the AC terminal (102, 202, 302) and DC terminal (103, 203, 303) of the converter, and - at least one capacitor (111, 112, 211, 311) on an electrical path from a first pole of the DC terminal to a second pole of the DC-terminal, characterised in that the converter also includes electrical paths for conducting overvoltage transients occurring in said AC terminal into said DC terminal so as to absorb the overvoltage transients into the at least one capacitor, which electrical paths are located between each of the phases (102a, 102b, 102c, 202a, 202b, 202c, 302a, 302b) of the AC terminal and the first pole (103a, 203a, 303a) of the DC terminal, each electrical path comprising: - a unidirectionally conductive semiconductor component (104a, 104b, 104c, 204a, 204b, 204c, 304a, 304b) and - a voltage-limiting component (105, 205, 305a, 305b) in which the ratio of voltage to current is greater than a predetermined value in response to a situation where the voltage across the voltage-limiting component is smaller than a predetermined threshold voltage, and in which the ratio of voltage change to current change is smaller than said predetermined value in response to a situation where the voltage across the voltage-limiting component is greater than said threshold voltage. - a converter bridge (101, 201, 301) adapted to transfer electrical energy between the AC terminal (102, 202, 302) and DC terminal (103, 203, 303) of the converter, and - at least one capacitor (111, 112, 211, 311) on an electrical path from a first pole of the DC terminal to a second pole of the DC-terminal, - a unidirectionally conductive semiconductor component (104a, 104b, 104c, 204a, 204b, 204c, 304a, 304b) and - a voltage-limiting component (105, 205, 305a, 305b) in which the ratio of voltage to current is greater than a predetermined value in response to a situation where the voltage across the voltage-limiting component is smaller than a predetermined threshold voltage, and in which the ratio of voltage change to current change is smaller than said predetermined value in response to a situation where the voltage across the voltage-limiting component is greater than said threshold voltage.
Connection device for a circulator for a boiler apparatus, of the type comprising a connection socket and connector, wherein said connector and said connection socket comprise connection means (109, 111, 113, 141) and connection counter-means (110, 112, 114, 140), respectively, matable with each other, in order to provide for a connection between said connector and said connection socket, said connection means and counter-means (109, 110, 111, 112, 113, 140, 141) respectively comprising: - guided insertion means and counter-means for the guided insertion of said connector into said connection socket, - locking means and counter-means (113-115, 140, 141) for irreversibly locking said connector with said connection socket, characterized in that said locking means of connector comprise a pawl, which is made perpendicular to an axis (H') of said connector, and which is bendable towards said axis (H'), and locking counter-means of connection socket comprise a bending tooth, with an end wall, which may irreversibly engage said pawl; said guided insertion means of connector comprise ramps and said guided insertion counter-means of connection socket comprise recesses, said insertion means and counter-means providing for guided screwing of said connector into said connection socket. - guided insertion means and counter-means for the guided insertion of said connector into said connection socket, - locking means and counter-means (113-115, 140, 141) for irreversibly locking said connector with said connection socket, characterized in that said locking means of connector comprise a pawl, which is made perpendicular to an axis (H') of said connector, and which is bendable towards said axis (H'), and locking counter-means of connection socket comprise a bending tooth, with an end wall, which may irreversibly engage said pawl; said guided insertion means of connector comprise ramps and said guided insertion counter-means of connection socket comprise recesses, said insertion means and counter-means providing for guided screwing of said connector into said connection socket.
System for testing an application-specific integrated circuit represented by a description comprising a assembly of paths linking several logic cells, the test system comprising a characterization integrated circuit comprising at least two configurable test structures (ST1, ST2), each comprising a plurality of activatable logic cells (A, B, C, R1, R2) and a plurality of connectors for activating and interconnecting the logic cells, and a test assembly comprising: - a device for controlling the integrated characterization circuit, configured to vary at least one physical parameter of at least one test structure configurable to accelerate its aging so as to obtain at least one degraded test structure, - an interface for receiving at least one description of an application-specific integrated circuit and extracting at least one path from the description, - a device (CONF) for configuring the integrated characterization circuit to activate and interconnect at least one subset of logical cells of at least one degraded test structure and at least one non-degraded test structure, so that they each produce a topology identical to at least one portion of an extracted path, - a measurement control device for performing at least one first measurement of a physical quantity on said at least one degraded test structure and at least a second measurement, identical to the first measurement, on said at least one non-degraded test structure. - a device for controlling the integrated characterization circuit, configured to vary at least one physical parameter of at least one test structure configurable to accelerate its aging so as to obtain at least one degraded test structure, - an interface for receiving at least one description of an application-specific integrated circuit and extracting at least one path from the description, - a device (CONF) for configuring the integrated characterization circuit to activate and interconnect at least one subset of logical cells of at least one degraded test structure and at least one non-degraded test structure, so that they each produce a topology identical to at least one portion of an extracted path, - a measurement control device for performing at least one first measurement of a physical quantity on said at least one degraded test structure and at least a second measurement, identical to the first measurement, on said at least one non-degraded test structure.
A rubber composition containing, based on parts by weight per 100 parts by weight of the rubber (phr), conjugated diene-based elastomers comprising: 40 to 90 phr of a styrene/butadiene elastomer having a molecular weight profile with an overall weight average molecular weight (Mw) in a range of from 500,000 to 800,000 and with the lower end of the molecular weight profile having a weight average molecular weight (Mw) of up to 150,000 being limited to a maximum of six weight percent of the styrene/butadiene elastomer; 60 to 10 phr of at least one additional conjugated diene-based elastomer; 40 to 200 phr, alternatively 40 to 160 phr, of a filler comprising a combination of carbon black and silica, preferably precipitated silica, together with a coupling agent having a moiety reactive or interactive with hydroxyl or silanol groups on said silica and another different moiety reactive or interactive with at least one of said diene-based elastomers; 5 to 70 phr of a resin; and 9 to 55 phr, alternatively 15 to 55 phr, of a rubber processing oil comprising at least one triglyceride vegetable oil. conjugated diene-based elastomers comprising: 40 to 90 phr of a styrene/butadiene elastomer having a molecular weight profile with an overall weight average molecular weight (Mw) in a range of from 500,000 to 800,000 and with the lower end of the molecular weight profile having a weight average molecular weight (Mw) of up to 150,000 being limited to a maximum of six weight percent of the styrene/butadiene elastomer; 60 to 10 phr of at least one additional conjugated diene-based elastomer; 40 to 90 phr of a styrene/butadiene elastomer having a molecular weight profile with an overall weight average molecular weight (Mw) in a range of from 500,000 to 800,000 and with the lower end of the molecular weight profile having a weight average molecular weight (Mw) of up to 150,000 being limited to a maximum of six weight percent of the styrene/butadiene elastomer; 60 to 10 phr of at least one additional conjugated diene-based elastomer; 40 to 200 phr, alternatively 40 to 160 phr, of a filler comprising a combination of carbon black and silica, preferably precipitated silica, together with a coupling agent having a moiety reactive or interactive with hydroxyl or silanol groups on said silica and another different moiety reactive or interactive with at least one of said diene-based elastomers; 5 to 70 phr of a resin; and 9 to 55 phr, alternatively 15 to 55 phr, of a rubber processing oil comprising at least one triglyceride vegetable oil.
Drill rod magazine for vertical storage of drill rod elements, having a box-like basic frame which has a support area, vertical side walls (14, 15) and at least one horizontal receiving shelf which is designed to receive and hold the drill rod elements, wherein the basic frame has a laterally open access area, via which the drill rod elements can be inserted into the basic frame, characterised in that - the side walls (14, 15) are arranged parallel to each other and each have at least one pivot bearing (44, 46) with a horizontally orientated pivot axis, - the at least one receiving shelf is mounted to be pivotable with respect to the side walls (14, 15) and - the basic frame is designed to be collapsible, wherein the basic frame can be unfolded from a folded-up collapsed position into an operating position. - the side walls (14, 15) are arranged parallel to each other and each have at least one pivot bearing (44, 46) with a horizontally orientated pivot axis, - the at least one receiving shelf is mounted to be pivotable with respect to the side walls (14, 15) and - the basic frame is designed to be collapsible, wherein the basic frame can be unfolded from a folded-up collapsed position into an operating position.
Driving device for a vehicle window wiper system with a crank drive in a geared connection between an input-side gear member (12, 33) and further intermeshing gear members (13, 18; 14, 19), of which an output-side gear member (13, 18), which is arranged on the output shaft of the gearing, bears a first stop part (29, 30) of a stop device which limits the angle of rotation of the output shaft and has second, housing-side stop parts (31, 32) which are provided on one of the end walls of the gear housing, through which the output shaft of the gearing passes and which form cover and base of the gear housing, characterized in that the gear members (12, 13, 14) which are connected in terms of drive via the crank drive lie in a common plane, in that the gear member meshing with the output-side gear member arranged on the output shaft is formed by a link driven via the connecting rod of the crank drive, and in that the connecting rod and the second stop parts lie in a common plane of action which is adjacent to one of the end sides of the gear housing and is parallel to the plane of the gear members (12, 13, 14) which are connected in terms of drive by the crank drive.
Connecting device for connecting a floor element to a support, comprising - a latching element with a latching projection (4.2) and - a receiving element with a receptacle (6.3.1) for at least partially receiving the latching projection (4.2) in a positive-locking manner, characterised - in that the receiving element has a vibration damper (6.3) for reducing the transmission of vibrations to the floor element, and - in that the receiving element is designed for levelling height deviations and comprises a continuously adjustable levelling mechanism for levelling height deviations. - a latching element with a latching projection (4.2) and - a receiving element with a receptacle (6.3.1) for at least partially receiving the latching projection (4.2) in a positive-locking manner, characterised - in that the receiving element has a vibration damper (6.3) for reducing the transmission of vibrations to the floor element, and - in that the receiving element is designed for levelling height deviations and comprises a continuously adjustable levelling mechanism for levelling height deviations.