mhurhangee/patent-ind-claim-en huggingface dataset:
A method for purification of water with a water purifier by means of electroflotation, wherein - the water purifier comprises an anode and a cathode as electrodes in such a way that • a gap remains between the anode and the cathode , • the anode comprises a first anode material and a second anode material , and • electrically insulating material is arranged between the first anode material and the second anode material, in which method - water for purification is conveyed to the gap , whereat water for purification flows in the gap beside both the first and the second anode material, - a secondary voltage (V2) is applied to the cathode , and - a first primary voltage (V1a) is applied to the first anode material , characterized by - the first anode material being aluminium and said second anode material being iron, and in that - in the anode , the aluminium is arranged on the downstream side relative to the iron, the downstream side being in the direction of flow of the water for purification, - a second primary voltage (V1b), which is unequal to the first primary voltage (V1a), is applied to the second anode material , and - which first (V1a) and second (V1b) primary voltages are higher than the secondary voltage (V2), and - an additive enhancing floc formation is introduced to water in an amount of at least 1 g and less than 50 g, measured as dry matter, per each cubic metre of water for purification. - the water purifier comprises an anode and a cathode as electrodes in such a way that • a gap remains between the anode and the cathode , • the anode comprises a first anode material and a second anode material , and • electrically insulating material is arranged between the first anode material and the second anode material, in which method • a gap remains between the anode and the cathode , • the anode comprises a first anode material and a second anode material , and • electrically insulating material is arranged between the first anode material and the second anode material, in which method - water for purification is conveyed to the gap , whereat water for purification flows in the gap beside both the first and the second anode material, - a secondary voltage (V2) is applied to the cathode , and - a first primary voltage (V1a) is applied to the first anode material , characterized by - the first anode material being aluminium and said second anode material being iron, and in that - in the anode , the aluminium is arranged on the downstream side relative to the iron, the downstream side being in the direction of flow of the water for purification, - a second primary voltage (V1b), which is unequal to the first primary voltage (V1a), is applied to the second anode material , and - which first (V1a) and second (V1b) primary voltages are higher than the secondary voltage (V2), and - an additive enhancing floc formation is introduced to water in an amount of at least 1 g and less than 50 g, measured as dry matter, per each cubic metre of water for purification.
A method of preparing immobilized templates for a nucleic acid sequencing reaction comprising: (a) providing a solid support having a plurality of forward and reverse amplification primers immobilized thereon, wherein a subset of said plurality of amplification primers comprises a cleavage site; (b) amplifying a target nucleic acid template using the subset of amplification primers on the support to produce a plurality of double-stranded nucleic acid molecules, wherein both strands of each double-stranded nucleic acid molecule are attached to the solid support at their 5' ends; (c) cleaving the subset of amplification primers at the cleavage site to produce a linearized amplification product comprising a cleaved non-immobilized strand and a complementary immobilized strand; and (d) subjecting the amplification product to partially-denaturing conditions to facilitate hybridization of a 3' terminal portion of the cleaved non-immobilized strand with a complementary immobilized amplification primer, followed by extension of the immobilized amplification primer to generate an immobilized copy of the non-immobilized strand of the amplification product. (a) providing a solid support having a plurality of forward and reverse amplification primers immobilized thereon, wherein a subset of said plurality of amplification primers comprises a cleavage site; (b) amplifying a target nucleic acid template using the subset of amplification primers on the support to produce a plurality of double-stranded nucleic acid molecules, wherein both strands of each double-stranded nucleic acid molecule are attached to the solid support at their 5' ends; (c) cleaving the subset of amplification primers at the cleavage site to produce a linearized amplification product comprising a cleaved non-immobilized strand and a complementary immobilized strand; and (d) subjecting the amplification product to partially-denaturing conditions to facilitate hybridization of a 3' terminal portion of the cleaved non-immobilized strand with a complementary immobilized amplification primer, followed by extension of the immobilized amplification primer to generate an immobilized copy of the non-immobilized strand of the amplification product.
A ceramic honeycomb filter comprising a ceramic honeycomb structure having pluralities of flow paths partitioned by porous cell walls made of a material comprising cordierite as a main crystal, and plugs formed in predetermined flow paths of said ceramic honeycomb structure; said plugs comprising ceramic particles and an amorphous oxide matrix existing between said ceramic particles, and being formed in a checkerboard pattern; said amorphous oxide matrix being 5 to 20 parts by mass per 100 parts by mass of said ceramic particles; and in a cross section of said plug including the center axis of said flow path, a ratio A1/A2 meeting the relation of 1/2 ≤ A1/A2 ≤ 2, wherein A1 represents an area ratio of said amorphous oxide matrix in a longitudinal range of 1/3 x t from one end, A2 represents an area ratio of said amorphous oxide matrix in a longitudinal range of 1/3 x t from the other end, and t represents the length of said plug in a direction perpendicular to the longitudinal direction of said plug.
Comfort equipment for a passenger compartment of a public transport vehicle, comprising a table support frame extending in cantilevered fashion in a transverse direction (Y) perpendicular to a vertical direction (Z), between a connecting end intended to be connected to a structural element of the passenger compartment, and a free end , wherein: - the support frame comprises a first post at its connecting end , a supporting cross member connected to the first post and extending parallel to the transverse direction (Y), - the first post comprises at least one first upper securing member for securing this first post to the structural element , characterised in that the support frame comprises a grip bar supported by the first post and extending parallel to the transverse direction (Y) and above the supporting cross member . - the support frame comprises a first post at its connecting end , a supporting cross member connected to the first post and extending parallel to the transverse direction (Y), - the first post comprises at least one first upper securing member for securing this first post to the structural element ,
Use of a decontamination system for disinfecting escalator hand-rails, wherein the decontamination system comprises at least one sealed decontamination unit (1', 1") comprising at least one ozone generator, at least one ozone concentration sensor , at least one first 5-ozone destruction unit ; and further comprises at least one ozone safety sensor (5', 5"), positioned after the at least one decontamination unit (1', 1"), at least one secondary ozone destruction unit (7', 7"), positioned after the at least one safety sensor (5', 5"), an intermediate controller , and a central controller .
A system for recovering liquid or free-flowing chemicals in a chemical plant for producing (meth)acrolein, (meth)acrylic acid and/or (methy)acrylic ester, comprising - at least two plant sections of the plant , wherein the plant sections are at least two reactors operated in parallel, - for each plant section at least one connecting device arranged at the lowest point in each plant section , - at least one common collecting line which runs beneath the connecting devices and connects them to one another, - at least one collecting vessel arranged at the same height as or higher than the at least two plant sections and above the collecting line , - at least one pump provided in the collecting line between the connecting devices and the collecting vessel for drawing off the at least one liquid or free-flowing chemical combined in the collecting line and introducing it into the collecting vessel , wherein the liquid or free-flowing chemical encompasses (meth)acrolein, (meth)acrylic acid, (meth)acrylic ester, scrubbing water, solvents such as biphenyl, biphenyl ether, dimethyl phthalate, diethyl phthalate and/or mixtures thereof. - at least two plant sections of the plant , wherein the plant sections are at least two reactors operated in parallel, - for each plant section at least one connecting device arranged at the lowest point in each plant section , - at least one common collecting line which runs beneath the connecting devices and connects them to one another, - at least one collecting vessel arranged at the same height as or higher than the at least two plant sections and above the collecting line , - at least one pump provided in the collecting line between the connecting devices and the collecting vessel for drawing off the at least one liquid or free-flowing chemical combined in the collecting line and introducing it into the collecting vessel ,
A hard surface cleaning composition comprising: a) from 0.001 wt to less than 2.0 wt% of an antimicrobial agent, wherein the antimicrobial agent is a quaternary ammonium compound, wherein the quaternary ammonium compound is selected from the group consisting of: didecyl dimethyl ammonium chloride, a blend of alkyl dimethyl benzyl ammonium chloride and alkyl dimethyl ethylbenzyl ammonium chloride, and mixtures thereof; b) from 0.50 wt% to 5.0 wt% of an amine oxide surfactant; c) greater than 2 wt% of additional non-ionic surfactant, wherein the additional non-ionic surfactant comprises an alkoxylated nonionic surfactant; and d) less than 1.0 wt% of anionic surfactant; wherein the ratio of amine oxide surfactant to the sum of amine oxide surfactant and additional non-ionic surfactant is from 0.05 to 0.5. a) from 0.001 wt to less than 2.0 wt% of an antimicrobial agent, wherein the antimicrobial agent is a quaternary ammonium compound, wherein the quaternary ammonium compound is selected from the group consisting of: didecyl dimethyl ammonium chloride, a blend of alkyl dimethyl benzyl ammonium chloride and alkyl dimethyl ethylbenzyl ammonium chloride, and mixtures thereof; b) from 0.50 wt% to 5.0 wt% of an amine oxide surfactant; c) greater than 2 wt% of additional non-ionic surfactant, wherein the additional non-ionic surfactant comprises an alkoxylated nonionic surfactant; and d) less than 1.0 wt% of anionic surfactant;
Support assembly for a road-going vehicle trailer , which has a chassis with an axle assembly , has a front rigid drawbar with a drawbar support and with a front trailer coupling and has a trailer body , wherein the support assembly comprises a number of body supports for the front region and/or rear region of the trailer body , which are intended and designed for fastening on a body floor of the trailer body and possibly on the chassis , wherein the support assembly has a detection device for a weight feature, in particular for the total weight (G) and/or an axle load (AL), of the vehicle trailer , wherein the detection device comprises - a control device , - an operating device , - a number of, in particular two, driven, retractable and extendable lifting supports , which can be controlled by the aforementioned devices and are intended and designed for mounting on the axle assembly and for raising and lowering the axle assembly , - a number of detection means , which are respectively assigned to the lifting supports and record the respective vertical lifting support load (H) of the extended lifting support , and - preferably a sensing device , which records a vertical support load (S, S'), acting in the region of the drawbar , in particular on the drawbar support or the trailer coupling , and/or a vertical body support load (A) of a body support to be arranged on the front of the trailer body . - a control device , - an operating device , - a number of, in particular two, driven, retractable and extendable lifting supports , which can be controlled by the aforementioned devices and are intended and designed for mounting on the axle assembly and for raising and lowering the axle assembly , - a number of detection means , which are respectively assigned to the lifting supports and record the respective vertical lifting support load (H) of the extended lifting support , and - preferably a sensing device , which records a vertical support load (S, S'), acting in the region of the drawbar , in particular on the drawbar support or the trailer coupling , and/or a vertical body support load (A) of a body support to be arranged on the front of the trailer body .
A method for installing applet instances in a card device , the card device comprising an operating system, OS , and able to receive several applet instances, wherein the method comprises the steps of: - receiving (S1) from an off-card entity a request for installing an instance of a first applet (130-1), the request for installing comprising a first applet identifier (131-1); - installing (S11) an applet instance with the first applet identifier (131-1) in a registry of the OS ; - receiving (S2) from the off-card entity a request for hiding the instance of the first applet (130-1) identified by the first applet identifier (131-1); and - hiding (S12) the applet instance identified by the first applet identifier (131-1) - receiving (S210) from the off-card entity a request for installing an instance of a third applet (130-3), the request comprising a third applet identifier (131-3) identifying the instance of the third applet (130-3); - checking (S220) whether there is a hidden applet instance of the third applet (130-3) installed in the card device ; - checking (S230) whether the applet identifier of the hidden applet instance matches the third applet identifier (131-3); and - if the applet identifier of the hidden applet instance matches the third applet identifier (131-3), unhiding (S13) the hidden applet instance. - receiving (S1) from an off-card entity a request for installing an instance of a first applet (130-1), the request for installing comprising a first applet identifier (131-1); - installing (S11) an applet instance with the first applet identifier (131-1) in a registry of the OS ; - receiving (S2) from the off-card entity a request for hiding the instance of the first applet (130-1) identified by the first applet identifier (131-1); and - hiding (S12) the applet instance identified by the first applet identifier (131-1) - receiving (S210) from the off-card entity a request for installing an instance of a third applet (130-3), the request comprising a third applet identifier (131-3) identifying the instance of the third applet (130-3); - checking (S220) whether there is a hidden applet instance of the third applet (130-3) installed in the card device ; - checking (S230) whether the applet identifier of the hidden applet instance matches the third applet identifier (131-3); and - if the applet identifier of the hidden applet instance matches the third applet identifier (131-3), unhiding (S13) the hidden applet instance.
An air conditioner comprising: a control unit configured to control the air conditioner using a learning model; and an adapter including a communication unit configured to communicate with a server device for generating the learning model on the basis of operation history data of the air conditioner, wherein the adapter includes: an acquisition unit configured to acquire the operation history data every predetermined cycle from the air conditioner; a determination unit configured to determine whether an amount of change between pieces of temporally continuous data out of a plurality of pieces of the operation history data acquired by the acquisition unit, the pieces of the operation history data having different contents from each other, is within a predetermined range that is defined corresponding to a content of a piece of the operation history data; an erasing unit configured to leave at least one of the pieces of continuous data and delete the other pieces of continuous data in a case where the amount of change between the pieces of the continuous data is within the predetermined range; and a transmission unit configured to transmit the operation history data after the other pieces of continuous data is deleted by the erasing unit to the server device. an acquisition unit configured to acquire the operation history data every predetermined cycle from the air conditioner; a determination unit configured to determine whether an amount of change between pieces of temporally continuous data out of a plurality of pieces of the operation history data acquired by the acquisition unit, the pieces of the operation history data having different contents from each other, is within a predetermined range that is defined corresponding to a content of a piece of the operation history data; an erasing unit configured to leave at least one of the pieces of continuous data and delete the other pieces of continuous data in a case where the amount of change between the pieces of the continuous data is within the predetermined range; and a transmission unit configured to transmit the operation history data after the other pieces of continuous data is deleted by the erasing unit to the server device.
A system for electrical stimulation in an orthopaedic implant comprising: at least one implantable component that comprises: a spinal cage implant body , a plurality of electrodes conductively isolated from the implant body and exposed at a set of distinct electrode sites on the implant body, the plurality of electrodes including an array of at least three electrodes, wherein a first subset of electrodes is conductively isolated from at least a second subset of electrodes, and wherein the electrode sites are distributed across the geometry of the implant body , in such a way as to facilitate the generation of osteolytic or osteoinductive regions, and implant circuitry that comprises implant control circuitry effective to control the plurality of electrodes , wherein the implant control circuitry when in a stimulation mode controls the plurality of electrodes according to at least a stimulation configuration profile that defines characteristics of stimulation for the plurality of electrodes including specifying which electrodes of the plurality of electrodes are active, and when current is flowing through an electrode, the control circuitry controls one or more characteristics of the current flowing through the electrode including at least the magnitude and the polarity. a spinal cage implant body , a plurality of electrodes conductively isolated from the implant body and exposed at a set of distinct electrode sites on the implant body, the plurality of electrodes including an array of at least three electrodes, wherein a first subset of electrodes is conductively isolated from at least a second subset of electrodes, and wherein the electrode sites are distributed across the geometry of the implant body , in such a way as to facilitate the generation of osteolytic or osteoinductive regions, and implant circuitry that comprises implant control circuitry effective to control the plurality of electrodes , wherein the implant control circuitry when in a stimulation mode controls the plurality of electrodes according to at least a stimulation configuration profile that defines characteristics of stimulation for the plurality of electrodes including specifying which electrodes of the plurality of electrodes are active, and when current is flowing through an electrode, the control circuitry controls one or more characteristics of the current flowing through the electrode including at least the magnitude and the polarity.
A method for generating information, applied to User Equipment, UE, in a connected state, the method comprising: receiving a first beam signal from a first cell where the UE camps (S11), the first beam signal comprising second identification information that identifies a second beam signal, the second beam signal being at least one beam signal from a second cell neighboring the first cell; determining the at least one second beam signal according to the second identification information; receiving the at least one second beam signal (S12); and generating cell handover information according to the at least one second beam signal and the first beam signal (S13), characterized in that the at least one second beam signal neighbors the first beam signal. receiving a first beam signal from a first cell where the UE camps (S11), the first beam signal comprising second identification information that identifies a second beam signal, the second beam signal being at least one beam signal from a second cell neighboring the first cell; determining the at least one second beam signal according to the second identification information; receiving the at least one second beam signal (S12); and generating cell handover information according to the at least one second beam signal and the first beam signal (S13), characterized in that the at least one second beam signal neighbors the first beam signal.
Spoiler device for a vehicle , in particular motor vehicle, with a spoiler blade extending in a vehicle transverse direction (y-direction), which is mounted pivotably about a vehicle transverse axis on the vehicle body or vehicle-fixed spoiler housing and can be actively moved by means of an electric motor from a first operating position to at least a second operating position and vice versa, wherein the spoiler blade has at both ends a respective first bearing point and is mounted there pivotably by means of a respective hinge on the vehicle body or the spoiler housing characterized in that , the hinges for the pivotable mounting of the spoiler blade on the vehicle body or the vehicle-fixed spoiler housing are each formed by an arcuate hinge lever which hinge levers are at one end rotatably mounted on the vehicle body or on the vehicle-fixed spoiler housing and at the other end non-rotatably mounted on the spoiler blade , and that viewed in transverse direction of the vehicle (y-direction) between said first bearing points the electric motor is fixed to the vehicle body or to the vehicle-fixed spoiler housing and operatively connected to the spoiler blade by means of a toggle lever mechanism in a second bearing point of the spoiler blade .
Decorative device comprising a multiplicity of controllable winches each intended for unwinding and winding an elongated non-rigid element , and the elongated non-rigid element is connected to a burner at each one end and to one of the winches at each another end , and each of the burners can be moved down towards the floor and up away from the floor with the unwinding and winding of the elongated non-rigid element , wherein each burner comprises a controllable valve and each of the burners can be ignited to generate a flame by means of an igniter via a controller arranged outside the burner and the winches and the valves are controlled by means of the controller and a choreography is programmed into the controller .