mhurhangee/ep-ind-claims huggingface dataset:
An electrical connector, comprising: a housing having a front end, a back end, a top side, a bottom side and a cavity between the top side and the bottom side, wherein the cavity is to receive a circuit board therein and the housing comprises a plurality of parallel grooves, comprising contact grooves formed on the top side and a pair of fixing grooves formed on the top side; a plurality of contact elements attached to the housing, each contact element having an upper contact arm disposed at the top side and positioned in a respective contact groove of the plurality of contact grooves, and a lower contact arm disposed at the bottom side; a pair of locking members attached to the housing, each locking member having a lock arm positioned in a respective fixing groove of the pair of fixing grooves along a direction from the back end to the front end of the housing, wherein the upper contact arm and the lower contact arm of each contact element and the lock arm of each locking member being resiliently deflectable away from the cavity to allow insertion of the circuit board into the cavity, wherein when the circuit board is inserted into the cavity, the upper contact arm and the lower contact arm are in electrical contact with the circuit board, and the lock arm springs back to engage the circuit board and lock the circuit board to the housing, and wherein the contact elements and locking members each comprise a tail (142, 162) extending from the housing to form an array of parallel tails extending from the back end of the housing. a housing having a front end, a back end, a top side, a bottom side and a cavity between the top side and the bottom side, wherein the cavity is to receive a circuit board therein and the housing comprises a plurality of parallel grooves, comprising contact grooves formed on the top side and a pair of fixing grooves formed on the top side; a plurality of contact elements attached to the housing, each contact element having an upper contact arm disposed at the top side and positioned in a respective contact groove of the plurality of contact grooves, and a lower contact arm disposed at the bottom side; a pair of locking members attached to the housing, each locking member having a lock arm positioned in a respective fixing groove of the pair of fixing grooves along a direction from the back end to the front end of the housing, wherein the upper contact arm and the lower contact arm of each contact element and the lock arm of each locking member being resiliently deflectable away from the cavity to allow insertion of the circuit board into the cavity, wherein when the circuit board is inserted into the cavity, the upper contact arm and the lower contact arm are in electrical contact with the circuit board, and the lock arm springs back to engage the circuit board and lock the circuit board to the housing, and wherein the contact elements and locking members each comprise a tail (142, 162) extending from the housing to form an array of parallel tails extending from the back end of the housing.
A system for filtering a pressure signal in a medical device, comprising: means for sensing the pressure signal via a sensor terminal; means (18, 54) for determining a heart rate; means for filtering the sensed pressure signal in response to the determined heart rate to generate a heart-rate dependent frequency response; means for deriving a respiration signal in response to the heart rate dependent frequency response; and means for determining metrics of hemodynamic function in response to the derived respiration signal; characterised in that the means for filtering the sensed pressure signal comprises a first filter (204, 208, 212, 216, 218, 220, 222, 224) having a first frequency response corresponding to a heart rate greater than a heart rate threshold and a second filter (204, 208, 212, 216, 218, 226) having a second frequency response different from the first frequency response, the second frequency response corresponding to a heart rate being less than the heart rate threshold. means for sensing the pressure signal via a sensor terminal; means (18, 54) for determining a heart rate; means for filtering the sensed pressure signal in response to the determined heart rate to generate a heart-rate dependent frequency response; means for deriving a respiration signal in response to the heart rate dependent frequency response; and means for determining metrics of hemodynamic function in response to the derived respiration signal; characterised in that the means for filtering the sensed pressure signal comprises a first filter (204, 208, 212, 216, 218, 220, 222, 224) having a first frequency response corresponding to a heart rate greater than a heart rate threshold and a second filter (204, 208, 212, 216, 218, 226) having a second frequency response different from the first frequency response, the second frequency response corresponding to a heart rate being less than the heart rate threshold.
A barrier laminate comprising a first organic layer, an inorganic layer, a second organic layer adjacent to the inorganic layer, and an adhesive layer adjacent to the second organic layer in that order, wherein the second organic layer is obtainable by curing a polymerizable composition comprising a (meth)acrylate compound comprising a hydroxyl group at a terminal of the compound which is represented by the following formula: wherein Z 1 represents Ac 2 -O-X 2 -, a substituent group not comprising a polymerizable group, or a hydrogen atom; Z 2 represents Ac 3 -O-X 3 -, a substituent group not comprising a polymerizable group, or a hydrogen atom; Ac 1, Ac 2 and Ac 3 each represent an acryloyl group or a (meth)acryloyl group; X 1, X 2 and X 3 each represent an alkylene group, an alkyleneoxy group, an alkyleneoxy carbonyl group, an alkylenecarbonyloxy group, or a combination thereof; and at least one of Z 1 and Z 2 is a hydrogen atom; and wherein the adhesive layer comprises an epoxy series adhesive comprising a bisphenol skeleton.
A composite film comprising a polymeric substrate; a planarising coating layer derived from a planarising coating composition comprising polysiloxane; and an inorganic barrier layer wherein the barrier layer comprises silicon dioxide; characterised in that said barrier layer has a thickness of from 2 to 1000nm, wherein the composite film exhibits a lifetime of at least 1000 hours for the optical transmission to fall to 50% of the original value in the calcium degradation test, wherein said test comprises: (i) heating a 13cm x 13cm section of the film at 120°C for one hour; (ii) depositing a 100nm layer of calcium on the surface of the film in an oxygen and water free environment in a pattern of four 20x15mm areas in the centre of the film; (iii) interconnecting a glass sheet or lid to the substrate along its edge via a hermetic seal to form a closed box; (iv) placing the structure in a humidity chamber at 60°C and 90% relative humidity; and (v) measuring the optical transmission of the structure over time. (i) heating a 13cm x 13cm section of the film at 120°C for one hour; (ii) depositing a 100nm layer of calcium on the surface of the film in an oxygen and water free environment in a pattern of four 20x15mm areas in the centre of the film; (iii) interconnecting a glass sheet or lid to the substrate along its edge via a hermetic seal to form a closed box; (iv) placing the structure in a humidity chamber at 60°C and 90% relative humidity; and (v) measuring the optical transmission of the structure over time.
A beam coupling device comprising: a light source that includes a plurality of light emitters arranged as a set of light emitters in a first direction and arranged as a plurality of sets of light emitters in a second direction, to emit a plurality of light beams having a light ray direction (La) from each of the light emitters, wherein the first direction and the second direction intersect each other and the light ray direction (La) intersects the first and second directions; a plurality of optical units (4-1 to 4-3) arranged to guide each light beam for each set of light emitters arranged in the first direction in the light source; and a coupling optical system arranged to couple the plurality of light beams guided by each of the optical units, wherein each of the optical units is arranged to direct outward the light ray direction (La) of a first light beam among light beams emitted by the set of light emitters, to guide the light beams from the set of light emitters into the coupling optical system, the first light beam being emitted by a light emitter that is located outside in the first direction for the set of light emitters. a light source that includes a plurality of light emitters arranged as a set of light emitters in a first direction and arranged as a plurality of sets of light emitters in a second direction, to emit a plurality of light beams having a light ray direction (La) from each of the light emitters, wherein the first direction and the second direction intersect each other and the light ray direction (La) intersects the first and second directions; a plurality of optical units (4-1 to 4-3) arranged to guide each light beam for each set of light emitters arranged in the first direction in the light source; and a coupling optical system arranged to couple the plurality of light beams guided by each of the optical units, wherein each of the optical units is arranged to direct outward the light ray direction (La) of a first light beam among light beams emitted by the set of light emitters, to guide the light beams from the set of light emitters into the coupling optical system, the first light beam being emitted by a light emitter that is located outside in the first direction for the set of light emitters.
Tunneling and loading machine, comprising - a chassis, - an adjustable jib arm, to which an attachment apparatus is attached in an exchangeable manner, - a loading table, which is arranged on a front region of the chassis and is designed to receive mined rock, and - a conveying means, which extends centrally on the chassis from the loading table on the front region as far as a rear region and is designed to convey away the mined rock to the rear region, - a jib arm having a parallelogram arrangement of levers, at least a first hydraulic cylinder being provided for horizontal adjustment of the parallelogram arrangement, characterized in that - at least a second hydraulic cylinder is provided for vertical adjustment of an arcuate support arm, - in that at least the arcuate support arm is hinged on a lower pivot joint for vertical adjustment on the parallelogram arrangement, - in that the lower pivot joint divides the arcuate support arm into a first, short end portion and a second, long end portion, - in that the second hydraulic cylinder is hinged on an upper corner region of the parallelogram arrangement and is connected to the first, short end portion of the arcuate support arm and - in that the attachment apparatus is attached at a distal end of the arcuate support arm. - a chassis, - an adjustable jib arm, to which an attachment apparatus is attached in an exchangeable manner, - a loading table, which is arranged on a front region of the chassis and is designed to receive mined rock, and - a conveying means, which extends centrally on the chassis from the loading table on the front region as far as a rear region and is designed to convey away the mined rock to the rear region, - a jib arm having a parallelogram arrangement of levers, at least a first hydraulic cylinder being provided for horizontal adjustment of the parallelogram arrangement, - at least a second hydraulic cylinder is provided for vertical adjustment of an arcuate support arm, - in that at least the arcuate support arm is hinged on a lower pivot joint for vertical adjustment on the parallelogram arrangement, - in that the lower pivot joint divides the arcuate support arm into a first, short end portion and a second, long end portion, - in that the second hydraulic cylinder is hinged on an upper corner region of the parallelogram arrangement and is connected to the first, short end portion of the arcuate support arm and - in that the attachment apparatus is attached at a distal end of the arcuate support arm.
Motor-vehicle double-clutch transmission comprising a mechanical gearbox with six forward gears (I, II, III, IV, V, VI) and one reverse gear, wherein the gearbox comprises a first primary shaft carrying driving gearwheels (120, 122) associated to the odd gears (I, III, V) and to the reverse gear, a second primary shaft coaxial with the first primary shaft and carrying driving gearwheels (124, 130) associated at least to the second gear and to the fourth gear, and at least one secondary shaft (116, 118) carrying a plurality of idle driven gearwheels (136, 138, 140, 142, 150, 152) directly or indirectly meshing with the driving gearwheels (120, 122, 124, 130) carried by the two primary shafts (112; 114), wherein the gearbox is also provided with a gear shift device comprising a plurality of sliding engagement sleeves (144, 146, 156, 158), each arranged to connect each time a driven gearwheel (136, 138, 140, 142, 150, 152) corresponding to a given gear for rotation with the respective secondary shaft (116, 118), a corresponding plurality of sliding shift forks (66, 68, 70, 72), each arranged to cause a respective engagement sleeve (144, 146, 156, 158) to slide between a neutral position and at least one shift position, characterized in that a rotary drum having on its outer cylindrical surface a corresponding plurality of guide grooves (161, 162, 163, 164) in each of which a respective stud (165, 167, 169, 171) slidably engages, which stud is rigidly connected for translation with a respective shift fork (66, 68, 70, 72) in the sliding direction of this latter, and an actuation unit arranged to cause the drum to rotate stepwise among a plurality of angular positions (R/II, I, I/II, II/III, III/IV, IV/V, V/VI) each corresponding to predetermined positions of the engagement sleeves (144, 146, 156, 158), wherein said plurality of engagement sleeves (144, 146, 156, 158) comprises a first engagement sleeve arranged to engage selectively the first gear or the fifth gear, a second engagement sleeve arranged to engage selectively the second gear or the sixth gear, a third engagement sleeve arranged to engage selectively the fourth gear or the reverse gear, and a fourth engagement sleeve arranged to engage the third gear, and wherein the guide grooves (161, 162, 163, 164) of the drum are shaped in such a manner that in a first angular position (R/II) of said plurality of angular positions (R/II, I, I/II, II/III, III/IV, IV/V, V/VI) the engagement sleeves (144, 146, 156, 158) are positioned so as to engage at the same time the second gear and the reverse gear.
A syringe comprising: - a syringe barrel having an open distal-end portion and having an interior space to be filled with a liquid drug; - a gasket fitted into the syringe barrel to seal in the liquid drug; - an injection needle having a base-end portion adapted to pierce through the gasket at least during administration of the liquid drug; - a plunger attached to the gasket and holding the injection needle; and - a cover provided adjacent to a distal-end portion of the plunger, wherein the cover includes a plurality of first elastic engagement members for holding the injection needle, the first elastic engagement members being spaced apart from each other in a circumferential direction and capable of being deformed so as to be diametrically expanded, wherein the cover is capable of moving in an axial direction relative to the injection needle between a state where a distal-end portion of the injection needle is housed within the cover and a state where the distal-end portion of the injection needle protrudes from a distal-end portion of the cover, and wherein the elastic engagement members of the cover in the housing state and the injection needle engage so as to prevent the injection needle from being withdrawn from the elastic engagement members of the cover, and this engagement is released as the elastic engagement members are diametrically expansively deformed, characterized in that the plunger includes an integrated deformation-prevention part covering outer peripheries of the plurality of elastic engagement members so as to prevent the engagement from being released by the elastic engagement members being diametrically expansively deformed. - a syringe barrel having an open distal-end portion and having an interior space to be filled with a liquid drug; - a gasket fitted into the syringe barrel to seal in the liquid drug; - an injection needle having a base-end portion adapted to pierce through the gasket at least during administration of the liquid drug; - a plunger attached to the gasket and holding the injection needle; and - a cover provided adjacent to a distal-end portion of the plunger, wherein the cover includes a plurality of first elastic engagement members for holding the injection needle, the first elastic engagement members being spaced apart from each other in a circumferential direction and capable of being deformed so as to be diametrically expanded,
A robot cleaner, comprising: a body; a mop (30, 40) rotatably coupled to the body to wipe a floor; an actuator (160, 170) configured to rotate the mop (30, 40); a battery configured to supply power to the actuator (160, 170); a water container configured to store liquid that is supplied to the mop (30, 40); and a controller configured to manage delivery of the liquid supplied from the water container to the mop (30, 40), characterised in that wherein the controller manages the delivery of the liquid according to a state of the battery. a body; a mop (30, 40) rotatably coupled to the body to wipe a floor; an actuator (160, 170) configured to rotate the mop (30, 40); a battery configured to supply power to the actuator (160, 170); a water container configured to store liquid that is supplied to the mop (30, 40); and a controller configured to manage delivery of the liquid supplied from the water container to the mop (30, 40), characterised in that wherein the controller manages the delivery of the liquid according to a state of the battery.
A composition for topical use comprising an imidazole or a salt thereof, and domiphen bromide as active ingredients for use in treating or preventing a fungal infection, wherein said imidazole is chosen from ketoconazole and clotrimazole.
A method of conducting a transaction between an NFC device and a passive contactless integrated circuit (RCIC), the NFC device comprising: - an NFC controller (NFCC) coupled to a contactless communication interface, and - at least a first host processor comprising at least one card application program (CAPi); the method characterized in that it comprises the steps of: - providing in the contactless integrated circuit (RCIC) at least one reader application emulation program (RAEP) configured to supply first reader application commands (CAPDU1) and to treat first card application responses (RAPDU1), and - by means of an intermediary unit (HC, HP2) of the NFC device: - setting the contactless communication interface in an active mode where it emits a magnetic field and establishes a communication with the contactless integrated circuit (RCIC); - receiving from the contactless integrated circuit (RCIC) first reader application commands (CAPDU1) and transferring them to the first host processor, and - receiving from the first host processor first card application responses (RAPDU1) and transferring them to the contactless integrated circuit (RCIC). - an NFC controller (NFCC) coupled to a contactless communication interface, and - at least a first host processor comprising at least one card application program (CAPi); - providing in the contactless integrated circuit (RCIC) at least one reader application emulation program (RAEP) configured to supply first reader application commands (CAPDU1) and to treat first card application responses (RAPDU1), and - by means of an intermediary unit (HC, HP2) of the NFC device: - setting the contactless communication interface in an active mode where it emits a magnetic field and establishes a communication with the contactless integrated circuit (RCIC); - receiving from the contactless integrated circuit (RCIC) first reader application commands (CAPDU1) and transferring them to the first host processor, and - receiving from the first host processor first card application responses (RAPDU1) and transferring them to the contactless integrated circuit (RCIC). - setting the contactless communication interface in an active mode where it emits a magnetic field and establishes a communication with the contactless integrated circuit (RCIC); - receiving from the contactless integrated circuit (RCIC) first reader application commands (CAPDU1) and transferring them to the first host processor, and - receiving from the first host processor first card application responses (RAPDU1) and transferring them to the contactless integrated circuit (RCIC).
Elevator comprising an elevator motor driving at least one elevator car in a hoisting path, which elevator motor is driven via a frequency converter controlled by a control device of the elevator, the frequency converter comprising a rectifier bridge and an inverter bridge and a DC link (DC+, DC-) in between, the elevator further comprises at least one elevator brake acting on a brake element rotating with the rotor of the elevator motor, which elevator brake is driven via a brake drive which is connected to the DC link (DC+, DC-) of the frequency converter, whereby the brake drive comprises a galvanically separating link component having a primary side connected to the DC link (DC+, DC-) and a secondary side connected to a brake circuit comprising at least one brake coil of the elevator brake and at least one rectifying element (14, 16), whereby in the primary side of the link component a first semiconductor switch is connected which is controlled by the control device of the elevator, and whereby in the brake circuit a second semiconductor switch is connected which is also controlled by the control device of the elevator, characterized in that an earth fault indication circuit is connected between the brake circuit and earth, and which earth fault indication circuit comprises an transmitting part of an galvanically isolating transmission element, which transmission element has its receiving part connected to an earth fault transmission circuit connected to the control device of the elevator, wherein the control device is configured to control the first and/or second semiconductor switch (Q1, Q2) depending on the signal of the earth fault transmission circuit.