mhurhangee/ep-ind-claims huggingface dataset:
A press-rotate-type electronic cigarette, wherein the electronic cigarette comprises an upper-cover assembly, an oil tank and a lower-cover assembly, the upper-cover assembly comprises an upper-cover inner ring and an upper-cover outer ring, the upper-cover inner ring is accommodated in a space defined in the upper-cover outer ring, either of the upper-cover inner ring and the upper-cover outer ring is set with a buckle and the other one is set with a buckling slot suitable for the buckle: an elastic assembly is set between the upper-cover inner ring and the upper-cover outer ring, the upper-cover outer ring is apart from the upper-cover inner ring under the elastic action of the elastic assembly so that the buckle detaches from the buckling slot, characterized in that: the buckle is a trapezium with a width of a fixed end being greater than a width of a free end. an elastic assembly is set between the upper-cover inner ring and the upper-cover outer ring, the upper-cover outer ring is apart from the upper-cover inner ring under the elastic action of the elastic assembly so that the buckle detaches from the buckling slot, characterized in that: the buckle is a trapezium with a width of a fixed end being greater than a width of a free end.
A method for filling and venting an apparatus for extracorporeal blood treatment such as a patient module (1, 1a), in a system such as a heart-lung machine, without a patient connected thereto, wherein a filling liquid flows by gravity from a filling liquid container located higher than the apparatus via a venous side of the apparatus into a reservoir and flows further into a blood pump located at the lower end of the reservoir, wherein a first controllable valve for a venting line of a filter is open, the filter being connected via line elements both to the reservoir and to the filling liquid container and an upper side of the filter being located higher than an upper filling level sensor of the reservoir, and the filter is closed after the response of the upper filling level sensor in the reservoir, whereby a flooding of the filter is made possible, with an air cushion being produced in the filter by the closed first controllable valve and the thus closed venting line and the filling liquid located at the filter outlet, said air cushion damping the inflowing filling liquid with respect to its flow behaviour.
A method for producing calcium carbide granules wherein a content of the granules having granule size of 4 mm or more is 5 wt% or less and a content of the granules having granule size of 0.15 mm or less is 20 wt% or less, the method comprising: A) crushing calcium carbides by an impact crushing machine; B) passing the calcium carbide crushed by the impact crushing machine through a screen having a mesh size of 4 mm; and C) reintroducing the calcium carbides remaining on the screen into the impact crushing machine again, wherein: - the steps A, B and C are carried out in an inactive gas atmosphere, and - the granularity as crushed by the impact crushing machine is controlled such that a calcium carbide amount a which is introduced into the impact crushing machine at the step A and a calcium carbide amount b which has passed through the screen at the step B have a relation of ( a-b)/ b = 1 to 2.5. A) crushing calcium carbides by an impact crushing machine; B) passing the calcium carbide crushed by the impact crushing machine through a screen having a mesh size of 4 mm; and C) reintroducing the calcium carbides remaining on the screen into the impact crushing machine again, - the steps A, B and C are carried out in an inactive gas atmosphere, and - the granularity as crushed by the impact crushing machine is controlled such that a calcium carbide amount a which is introduced into the impact crushing machine at the step A and a calcium carbide amount b which has passed through the screen at the step B have a relation of ( a-b)/ b = 1 to 2.5.
A milk frother/heater for a milk supply circuit in a beverage vending machine; the milk frother/heater comprises a hollow body made either in one piece or of two or more undismountably coupled parts, and integrally comprising a first appendage defining a milk inlet to receive either smooth milk or a milk-air mixture, a second appendage defining a steam inlet to receive steam, and a third appendage defining a milk outlet to deliver cold or hot, smooth or frothed milk; the body internally defines a mixing chamber, and the milk inlet, the steam inlet, and the milk outlet internally define a milk inlet passage, a steam inlet passage and a milk outlet passage, respectively, in fluidic communication with the mixing chamber; characterised in that the mixing chamber has an axis and comprises a first closed axial end and a second axial end, opposite the first axial end, at which the steam inlet passage and the milk outlet passage end up; and in that the milk inlet passage either ends up directly in the second axial end of the mixing chamber or merges with the steam inlet passage upstream from the mixing chamber.
A composition comprising Bacillus firmus CNCM I-1582 spore and one insect control agent, wherein the insect control agent is selected from the list: clothianidin, imidacloprid, thiacloprid, thiamethoxam, acetamiprid, methiocarb, thiodicarb, beta-cyfluthrin, cyfluthrin, deltamethrin, tefluthrin, emamectin-benzoate, avermectin, spirodiclofen, spiromesifen, spirotetramat, flubendiamide, chlorantraniliprole,, or Cyantraniliprole 4- {[(6-chlorpyrid-3-yl)methyl](2,2-difluorethyl)amino} furan-2 -on known from WO 2007/115644).
Kit for cladding and plumbing sanitary rooms comprising a plurality of wall elements (1, 6) prefabricated ex works, the wall elements (1, 6) including a carrier plate and a decorative layer connected to the carrier plate, and installation lines for carrying hot and/or cold water and/or installation lines for a heating module and/or electrical lines being provided in at least one wall element in the carrier plate, which extend over part of the height of the at least one wall element, and comprising at least one functional location assigned to the installation lines and/or the electrical lines and formed as a connection point or a control element for a water and/or power load and/or for the heating module, the wall element (1, 6) being formed at least in portions as a diffusion-tight wall element (1, 6), the carrier plate and/or the decorative layer being formed diffusion-tight and/or a diffusion-tight layer additionally being provided, the diffusion-tight layer being interrupted in the region of the wall element as a result of a recess provided for the installation line, characterised in that in the region of the functional locations provided on the wall element (1, 6) the diffusion layer is produced using an additionally introduced diffusion means (12, 13), which is provided between the connection point and/or the control element on the one hand and the decorative layer and/or the carrier plate and/or the diffusion-tight layer on the other hand.
Underdrain system comprising: - at least one underdrain block having a top wall, a bottom wall, and two side walls connecting the top wall to the bottom wall to define an underdrain block interior; and - an insert disposed in the underdrain block interior, the insert comprising force-transmitting buttresses spaced along at least a portion of an exterior of the insert and contacting the two side walls of the underdrain block, the force-transmitting buttresses act to transfer downward forces acting on the top wall of the underdrain block and internal fluid forces acting on the insert to the side walls of the underdrain block, wherein the insert is provided with an engagement member that is adapted to engage the top wall of the underdrain block and form a fixed connection between the insert and the underdrain block. - at least one underdrain block having a top wall, a bottom wall, and two side walls connecting the top wall to the bottom wall to define an underdrain block interior; and - an insert disposed in the underdrain block interior, the insert comprising force-transmitting buttresses spaced along at least a portion of an exterior of the insert and contacting the two side walls of the underdrain block, the force-transmitting buttresses act to transfer downward forces acting on the top wall of the underdrain block and internal fluid forces acting on the insert to the side walls of the underdrain block,
A device (1, 1') for housing lengths of optical fibres, comprising: - a fibre support surface (300, 300'); - a spool (302, 302') projecting from said fibre support surface (300, 300') wherein said spool (302, 302') comprises an upper surface; - a fin (320, 320') projecting towards said spool (302, 302'), wherein said fin (320, 320') is at substantially the same height as said upper surface; and - a passageway (324, 324') between a free end of said fin (320, 320') and said spool (302, 302'), characterized in that said spool (302, 302') cooperates with said fibre support surface (300, 300') and is made elastic thereto so that said passageway (324, 324') widens when said spool upper surface (302, 302') is pushed towards said fibre support surface (300, 300') for easing arrangement of a portion (6, 6') of said lengths of optical fibres. - a fibre support surface (300, 300'); - a spool (302, 302') projecting from said fibre support surface (300, 300') wherein said spool (302, 302') comprises an upper surface; - a fin (320, 320') projecting towards said spool (302, 302'), wherein said fin (320, 320') is at substantially the same height as said upper surface; and - a passageway (324, 324') between a free end of said fin (320, 320') and said spool (302, 302'),
An apparatus which is network side device or a processor at the network side device, comprising: means for establishing an SRB with user equipment UE according to a configuration parameter of the SRB, wherein the configuration parameter of the SRB is used to indicate a transmission channel and a physical channel occupied by the SRB; and means for establishing, according to configuration parameters of N DRBs that carry N services, the N DRBs with the UE, wherein N is an integer greater than or equal to 2, and the configuration parameters of the N DRBs are used to indicate transmission channels and physical channels occupied by the N DRBs; and M of the N DRBs occupy different transmission channels and different physical channels, M is an integer greater than or equal to 2 and less than or equal to N, and the transmission channel and the physical channel occupied by the SRB are different from a transmission channel and a physical channel occupied by at least one of the N DRBs, wherein the apparatus further comprises: means for: before establishing the SRB with the UE according to the configuration parameter of the SRB, sending the configuration parameter of the SRB and the configuration parameters of the N DRBs to the UE; and means for: before establishing the N DRBs with the UE according to the configuration parameters of the N DRBs, send the configuration parameters of the N DRBs to the UE by using the SRB. means for establishing an SRB with user equipment UE according to a configuration parameter of the SRB, wherein the configuration parameter of the SRB is used to indicate a transmission channel and a physical channel occupied by the SRB; and means for establishing, according to configuration parameters of N DRBs that carry N services, the N DRBs with the UE, wherein N is an integer greater than or equal to 2, and the configuration parameters of the N DRBs are used to indicate transmission channels and physical channels occupied by the N DRBs; and M of the N DRBs occupy different transmission channels and different physical channels, M is an integer greater than or equal to 2 and less than or equal to N, and the transmission channel and the physical channel occupied by the SRB are different from a transmission channel and a physical channel occupied by at least one of the N DRBs, wherein the apparatus further comprises: means for: before establishing the SRB with the UE according to the configuration parameter of the SRB, sending the configuration parameter of the SRB and the configuration parameters of the N DRBs to the UE; and means for: before establishing the N DRBs with the UE according to the configuration parameters of the N DRBs, send the configuration parameters of the N DRBs to the UE by using the SRB. means for: before establishing the SRB with the UE according to the configuration parameter of the SRB, sending the configuration parameter of the SRB and the configuration parameters of the N DRBs to the UE; and means for: before establishing the N DRBs with the UE according to the configuration parameters of the N DRBs, send the configuration parameters of the N DRBs to the UE by using the SRB.
Socket, connectable to a plug-in device, wherein the plug-in device is a bushing and/or a cable termination, - wherein the socket includes a current conduction path and a field control unit, - wherein the field control unit includes a layer arrangement with at least three conductive layers arranged around the current conduction path and separated by an insulating material, - wherein the socket further comprises a connection surface to be in contact with a surface of the plug-in device, - wherein an angle between the connection surface and the current conduction path is larger than 3°, characterized in that, - a distance between an edge of one of the conductive layers and the connection surface is smaller than 12 mm, - wherein an innermost layer of the conductive layers is electrically connected to the current conduction path. - wherein the socket includes a current conduction path and a field control unit, - wherein the field control unit includes a layer arrangement with at least three conductive layers arranged around the current conduction path and separated by an insulating material, - wherein the socket further comprises a connection surface to be in contact with a surface of the plug-in device, - wherein an angle between the connection surface and the current conduction path is larger than 3°, characterized in that, - a distance between an edge of one of the conductive layers and the connection surface is smaller than 12 mm, - wherein an innermost layer of the conductive layers is electrically connected to the current conduction path.
A method of calibrating a capacitive differential isolator system, comprising: driving a common signal (V T) to differential input terminals (230, 330) of the capacitive differential isolator system; measuring a differential voltage at differential output terminals (240, 340) of the capacitive differential isolator system; and varying impedance of impedance elements connected between the differential output terminals (240, 340) and a center-tap terminal (222, 322) of the capacitive differential isolator system until the differential voltage at the differential output terminals (240, 340) is minimized, thereby minimizing an impedance mismatch between differential paths of the capacitive differential isolator system. driving a common signal (V T) to differential input terminals (230, 330) of the capacitive differential isolator system; measuring a differential voltage at differential output terminals (240, 340) of the capacitive differential isolator system; and varying impedance of impedance elements connected between the differential output terminals (240, 340) and a center-tap terminal (222, 322) of the capacitive differential isolator system until the differential voltage at the differential output terminals (240, 340) is minimized, thereby minimizing an impedance mismatch between differential paths of the capacitive differential isolator system.
A method for producing a resin-coated aluminum pigment comprising 100 parts by weight of an aluminum pigment and 0.1 to 50 parts by weight of a resin adhering to a surface of the aluminum pigment, the method comprising applying an external shearing action when the aluminum is dispersed in an organic solvent and when a monomer and/or an oligomer is added to the dispersion, in combination with an ultrasonic vibration of the resin under polymerization containing the aluminum pigment during resin coating treatment.
Inductive proximity switch which is designed for generating a detection signal signaling the approach of a target, where the proximity switch evaluates a damping of an oscillator by the target to be detected, having the oscillator which comprises a resonant circuit having at least one inductor and at least one capacitor and a feedback amplifier, wherein in at least one feedback circuit of the amplifier there is at least one trimming resistor, wherein there is an electronic switching device for alternately switching on and switching off the trimming resistor, wherein a trimming circuit is formed by the trimming resistor and the electronic switching device, wherein there is a control device to control the electronic switching device, wherein the electronic switching device, together with the control device, is designed to alternately switch on and switch off the trimming resistor in a switching sequence and wherein a temporal mean value of the electrical resistance of the trimming circuit is defined by the switching sequence, characterised in that the temporal mean value is to be taken over averaging durations that are large in comparison with the period duration of the oscillator and large in comparison with typical time intervals between switching processes of the switching sequence, and that the defined temporal mean value of the electrical resistance of the trimming circuit is effective during oscillator operation such that a resonance impedance of the oscillator does not vary over time.
A method of producing an additively-manufactured article, the method comprising: a first step of forming a powder layer including a metal powder comprising not less than 0.10 mass% and not more than 1.00 mass% of at least one of chromium and silicon, a total content of the chromium and the silicon being not more than 1.00 mass%, and a balance of copper; and a second step of forming a shaped layer by solidifying the metal powder at a predetermined position in the powder layer, the first step and the second step being successively repeated to stack the shaped layers and produce an additively-manufactured article. a first step of forming a powder layer including a metal powder comprising not less than 0.10 mass% and not more than 1.00 mass% of at least one of chromium and silicon, a total content of the chromium and the silicon being not more than 1.00 mass%, and a balance of copper; and a second step of forming a shaped layer by solidifying the metal powder at a predetermined position in the powder layer, the first step and the second step being successively repeated to stack the shaped layers and produce an additively-manufactured article.
A rotating machine drive system comprising: a power supply; an electric motor that is driven by electric power supplied from the power supply; a rotating machine; a belt drive transmission unit including an electric motor side pulley that outputs a rotational driving force of the electric motor, a rotating machine side pulley that drives the rotating machine, and a belt that is suspended between the electric motor side pulley and the rotating machine side pulley; an electrical information detection sensor configured to detect electrical information of the electric motor; and a diagnostic unit configured to determine whether or not a transmission abnormality of the rotational driving force occurs in the belt drive transmission unit, based on the electrical information, and to output an abnormality detection signal when it has been determined that there is the transmission abnormality, characterized in that the electrical information detection sensor is configured to detect a current or a voltage, and the diagnostic unit is configured to calculate estimated rotational speed information of the rotating machine based on the current or the voltage, to calculate a reference rotational frequency (fc) from a rotational speed of the electric motor and a ratio between a diameter of the electric motor side pulley and a diameter of the rotating machine side pulley, and to use a difference or a ratio between the estimated rotational speed information and the reference rotational frequency (fc) to determine whether or not there is the transmission abnormality. a power supply; an electric motor that is driven by electric power supplied from the power supply; a rotating machine; a belt drive transmission unit including an electric motor side pulley that outputs a rotational driving force of the electric motor, a rotating machine side pulley that drives the rotating machine, and a belt that is suspended between the electric motor side pulley and the rotating machine side pulley; an electrical information detection sensor configured to detect electrical information of the electric motor; and a diagnostic unit configured to determine whether or not a transmission abnormality of the rotational driving force occurs in the belt drive transmission unit, based on the electrical information, and to output an abnormality detection signal when it has been determined that there is the transmission abnormality, characterized in that the electrical information detection sensor is configured to detect a current or a voltage, and the diagnostic unit is configured to calculate estimated rotational speed information of the rotating machine based on the current or the voltage, to calculate a reference rotational frequency (fc) from a rotational speed of the electric motor and a ratio between a diameter of the electric motor side pulley and a diameter of the rotating machine side pulley, and to use a difference or a ratio between the estimated rotational speed information and the reference rotational frequency (fc) to determine whether or not there is the transmission abnormality.
A compound of formula 1, wherein R 1 is selected from the group consisting of phenyl, furanyl, optionally substituted by one or two residues selected from halogen or C 1-4 -alkyl, optionally substituted with one or more F atoms; X 1 is absent or a branched or unbranched C 1-4 -alkyl; said alkyl optionally substituted with one or more F atoms; R 2 is H; X 2 is R 3 is H, halogen, CN, C 1-4 -alkyl, optionally subsituted with F; A is a bicyclic heterocyclic system of the formula wherein • if present one CH group is optionally replaced by N; and • one, two or three CH 2 groups are optionally replaced by C 1-6 -alkyl-CH-, (C 1-6 -alkyl) 2 -C-, C 1-6 -alkyl-OC CH-, CO, O, NH, (C 1-6 -alkyl)N-, SO 2, wherein C 1-6 -alkyl groups are optionally substituted by OH or a pharmaceutically acceptable salt thereof. R 1 is selected from the group consisting of phenyl, furanyl, optionally substituted by one or two residues selected from halogen or C 1-4 -alkyl, optionally substituted with one or more F atoms; X 1 is absent or a branched or unbranched C 1-4 -alkyl; said alkyl optionally substituted with one or more F atoms; R 2 is H; X 2 is R 3 is H, halogen, CN, C 1-4 -alkyl, optionally subsituted with F; A is a bicyclic heterocyclic system of the formula • if present one CH group is optionally replaced by N; and • one, two or three CH 2 groups are optionally replaced by C 1-6 -alkyl-CH-, (C 1-6 -alkyl) 2 -C-, C 1-6 -alkyl-OC CH-, CO, O, NH, (C 1-6 -alkyl)N-, SO 2, wherein C 1-6 -alkyl groups are optionally substituted by OH