mhurhangee/patent-ind-claim-en huggingface dataset:
Floor panel comprising, at least at two opposite sides (2-3), coupling parts (4-5) with which two of such floor panels can be coupled to each other; wherein these coupling parts (4-5) form a horizontally active locking system and a vertically active locking system ; wherein the horizontally active locking system has a male part and a female part , which are made from the actual panel material and which allow to connect two of such floor panels to each other at the aforementioned sides (2-3) by providing one of these floor panels with the pertaining male part , by means of a downward movement (M), in the female part of the other floor panel ; wherein the male part is formed by a downward-directed extremity of a hook-shaped part , whereas the female part consists of a seat formed by means of an upward-directed hook-shaped part ; wherein the vertically active locking system comprises a locking element , which is provided in the form of an insert in one of the sides concerned; wherein this locking element comprises a lip-shaped lock-up body ; wherein the lock-up body is a pivotable body; and wherein the lock-up body , at one extremity, forms a stop-forming locking portion , which can cooperate with a locking portion of a similar coupled floor panel; characterized in that the male and the female part are configured such that two of such floor panels can be joined into each other at the sides concerned by shifting them with the sides concerned towards each other in the same plane; in that the hook-shaped part of the female part bends elastically during the shifting of two of such floor panels towards each other; in that the coupling parts (4-5) are performed such that they allow an unlocking of two of such floor panels in mutual respect by mutually angling them out of each other; and in that the male and the female part comprise contact surfaces (51-52) at their distal extremities, said contact surfaces (51-52) being performed upwardly inclined in distal direction.
Phosphate-based ceramic coating comprising porous particles obtainable by reacting a component mixture A with a component mixture B, wherein (a) component mixture A comprises water and acidic phosphate; and (b) component mixture B comprises water and alkaline earth metal oxide and/or hydroxide; characterized in that component mixtures A and/or B comprise(s) porous particles which are selected from expanded perlite particles or a mixture of expanded perlite particles and aerogel particles and which have a mean particle size of from 2 μm up to 700 μm, wherein the phosphate-based ceramic coating comprising porous particles has been sprayed and is in the form of a layer having a layer thickness of from 2 μm up to 5 mm. (a) component mixture A comprises water and acidic phosphate; and (b) component mixture B comprises water and alkaline earth metal oxide and/or hydroxide; characterized in that component mixtures A and/or B comprise(s) porous particles which are selected from expanded perlite particles or a mixture of expanded perlite particles and aerogel particles and which have a mean particle size of from 2 μm up to 700 μm, wherein the phosphate-based ceramic coating comprising porous particles has been sprayed and is in the form of a layer having a layer thickness of from 2 μm up to 5 mm. characterized in that component mixtures A and/or B comprise(s) porous particles which are selected from expanded perlite particles or a mixture of expanded perlite particles and aerogel particles and which have a mean particle size of from 2 μm up to 700 μm, wherein the phosphate-based ceramic coating comprising porous particles has been sprayed and is in the form of a layer having a layer thickness of from 2 μm up to 5 mm.
Method for registering travel for a rail system, in which rail system data from a plurality of registration participants is read in each case over a predefined time period and at least one data packet from the data and/or at least one hash value of the data packet is created and stored in each case, in which the data packets and/or the hash values are exchanged by means of field bus communication between the registration participants in each case and the data packets created from different registration participants and/or their hash value are compared with one another, characterised in that the data packets and/or the hash values of different registration participants from the same time period are checked for conformity, registration participants whose data packets and/or hash values do not conform to those of the remaining registration participants are marked and registration participants with repeatedly non-conforming data are excluded. in which rail system data from a plurality of registration participants is read in each case over a predefined time period and at least one data packet from the data and/or at least one hash value of the data packet is created and stored in each case, in which the data packets and/or the hash values are exchanged by means of field bus communication between the registration participants in each case and the data packets created from different registration participants and/or their hash value are compared with one another, characterised in that the data packets and/or the hash values of different registration participants from the same time period are checked for conformity, registration participants whose data packets and/or hash values do not conform to those of the remaining registration participants are marked and registration participants with repeatedly non-conforming data are excluded.
Child car seat , comprising at least one seat portion and means for guiding and/or retaining a strap (P) of a safety belt of a motor vehicle, and means of lighting (E), mounted on at least one side of said seat and oriented towards the exterior of the latter, able to illuminate a locking space of said safety belt, in such a way as to allow a child installed in said seat to locate a female locking element that is to receive a corresponding male element mounted on said safety belt , characterised in that it comprises means for detecting (CD) the presence of said child cooperating with means for activating said means of lighting (E), in such a way as to activate said means of lighting (E) when a child sits in said seat.
A vehicle safety system comprising: a steering angle sensor, to sense an angular position of the steering wheel and a rate of turning of the steering wheel; a steering angle prediction module connected to receive signals from the steering angle sensor, and adapted to determine, from the sensed angular position and rate of turning of the steering wheel, a predicted future angular position of the steering wheel at a future time; an active braking system, which is operable to apply a braking force to one or more wheels of the vehicle without the driver having taken any action to initiate the braking; characterized by an evaluation module adapted to compare the predicted future angular position of the steering wheel against a threshold, and to generate a signal to cause suppression of the active braking system if the predicted future angular position of the steering wheel is greater than the threshold. a steering angle sensor, to sense an angular position of the steering wheel and a rate of turning of the steering wheel; a steering angle prediction module connected to receive signals from the steering angle sensor, and adapted to determine, from the sensed angular position and rate of turning of the steering wheel, a predicted future angular position of the steering wheel at a future time; an active braking system, which is operable to apply a braking force to one or more wheels of the vehicle without the driver having taken any action to initiate the braking; characterized by an evaluation module adapted to compare the predicted future angular position of the steering wheel against a threshold, and to generate a signal to cause suppression of the active braking system if the predicted future angular position of the steering wheel is greater than the threshold.
Waste container , with - a cassette receiving area , into which a refill cassette including a tubular material is insertable; - a closure mechanism by means of which a bag section of the tubular material outstanding from a refill cassette inserted into the cassette receiving area is closable; - an acutating device by means of which the closure mechanism is manually actuable; and - a locking device by means of which the closure mechanism and/or the actuating device is blockable and which is set up to block the closure mechanism and/or the actuating device in a locked state and to release the closure mechanism and/or the actuating device in a release state; characterized in that the locking device is set up to be transferred from the locking state to the release state by an unlocking element , compatible with the locking device of a refill cassette inserted into the cassette receiving area . - a cassette receiving area , into which a refill cassette including a tubular material is insertable; - a closure mechanism by means of which a bag section of the tubular material outstanding from a refill cassette inserted into the cassette receiving area is closable; - an acutating device by means of which the closure mechanism is manually actuable; and - a locking device by means of which the closure mechanism and/or the actuating device is blockable and which is set up to block the closure mechanism and/or the actuating device in a locked state and to release the closure mechanism and/or the actuating device in a release state;
A base station (101-106), comprising: - an interface configured to communicate on a wireless channel , and - at least one processor configured to transmit, in a repetitive first sequence of transmission frames of the wireless channel , first positioning reference signals (150-156, 551, 552) and to transmit, in a repetitive second sequence of transmission frames of the wireless channel which is at least partly different from the first sequence, second positioning reference signals (150-156, 561, 552), wherein the first positioning reference signals (150-156, 551, 552) and the second positioning reference signals (150-156, 561, 552) each facilitate determining a time of arrival (111-116) of signals communicated on the wireless channel , characterized in that a count of the first positioning reference signals (150-156, 551, 552) in the transmission frames of the first sequence is different from a count of the second positioning reference signals (150-156, 561, 552) in the transmission frames of the second sequence , and that the transmission frames of the first and second sequences are subframes. - an interface configured to communicate on a wireless channel , and - at least one processor configured to transmit, in a repetitive first sequence of transmission frames of the wireless channel , first positioning reference signals (150-156, 551, 552) and to transmit, in a repetitive second sequence of transmission frames of the wireless channel which is at least partly different from the first sequence, second positioning reference signals (150-156, 561, 552), wherein the first positioning reference signals (150-156, 551, 552) and the second positioning reference signals (150-156, 561, 552) each facilitate determining a time of arrival (111-116) of signals communicated on the wireless channel , characterized in that a count of the first positioning reference signals (150-156, 551, 552) in the transmission frames of the first sequence is different from a count of the second positioning reference signals (150-156, 561, 552) in the transmission frames of the second sequence , and that the transmission frames of the first and second sequences are subframes.
A dental attachment system , comprising: - a first magnetic element (103-1) for attachment in an oral cavity; and - a dental object having a second magnetic element (103-2) for attachment to the first magnetic element (103-1), wherein the dental object comprises a sensor and/or a sensor housing, wherein the first magnetic element (103-1), the sensor and/or the sensor housing comprises one or more channels for guiding saliva to a sensor unit. - a first magnetic element (103-1) for attachment in an oral cavity; and - a dental object having a second magnetic element (103-2) for attachment to the first magnetic element (103-1), wherein the dental object comprises a sensor and/or a sensor housing,
A method for producing a glove, comprising: a step of forming a dip-molded layer by dip-molding a latex composition containing a latex of a carboxyl group-containing conjugated diene rubber (A) and a metal compound (B) including a divalent or higher metal, and is substantially free from sulfur and/or a sulfur-containing compound as a cross-linking agent in that it contains less than 0.1 parts by weight of sulfur and/or sulfur-containing compound based on 100 parts by weight of the carboxyl group-containing conjugated diene rubber (A); and a step of irradiating the dip-molded layer with radiation, wherein the metal compound (B) including a divalent or higher metal includes at least one selected from zinc compounds, magnesium compounds, titanium compounds, calcium compounds, lead compounds, iron compounds, tin compounds, chromium compounds, cobalt compounds, zirconium compounds, and aluminum compounds, and the radiation used for irradiation in the step of irradiating with radiation is γ-rays or an electron beam. a step of forming a dip-molded layer by dip-molding a latex composition containing a latex of a carboxyl group-containing conjugated diene rubber (A) and a metal compound (B) including a divalent or higher metal, and is substantially free from sulfur and/or a sulfur-containing compound as a cross-linking agent in that it contains less than 0.1 parts by weight of sulfur and/or sulfur-containing compound based on 100 parts by weight of the carboxyl group-containing conjugated diene rubber (A); and a step of irradiating the dip-molded layer with radiation, wherein the metal compound (B) including a divalent or higher metal includes at least one selected from zinc compounds, magnesium compounds, titanium compounds, calcium compounds, lead compounds, iron compounds, tin compounds, chromium compounds, cobalt compounds, zirconium compounds, and aluminum compounds, and the radiation used for irradiation in the step of irradiating with radiation is γ-rays or an electron beam.
Apparatus, comprising: a power control module configured to perform an ablation procedure on biological tissue using a first radiofrequency (RF) power set within a range of 70 - 100W for a first time period of 1 seconds to 6 seconds and a second RF power set within a range of 20 - 60W for a second time period of up to 14 seconds; a processor configured to: measure at respective times a temperature of the tissue; and when the temperature exceeds a preset maximum allowable temperature, reduce a level of the RF power supplied to the tissue. a power control module configured to perform an ablation procedure on biological tissue using a first radiofrequency (RF) power set within a range of 70 - 100W for a first time period of 1 seconds to 6 seconds and a second RF power set within a range of 20 - 60W for a second time period of up to 14 seconds; a processor configured to: measure at respective times a temperature of the tissue; and when the temperature exceeds a preset maximum allowable temperature, reduce a level of the RF power supplied to the tissue. measure at respective times a temperature of the tissue; and when the temperature exceeds a preset maximum allowable temperature, reduce a level of the RF power supplied to the tissue.
Anti-theft device for a container provided with a peripheral rim, such as a beverage can, tin can or aerosol can, comprising a main body capable of gripping the container to be protected, anti-theft detection means , locking means with which the main body is intended to cooperate, the main body having either an open position in the unlocked state of the anti-theft device, or a closed position in the general shape of a ring in the locked state of the anti-theft device, characterized in that the main body comprises at least two, preferably at least three, spaced apart, preferably regularly spaced, fixing hooks which are capable of cooperating astride the peripheral rim of the container with which the anti-theft device is intended to cooperate.
A conductive film comprising: a substrate; a transparent electrode layer provided on the substrate; and a conductive pattern layer provided on the transparent electrode layer, wherein the conductive pattern layer includes only a metal nitride pattern layer including CuNx (0<x≤0.1, x is a mass ratio of N with respect to a mass of Cu) wherein the metal nitride pattern layer has a thickness of greater than or equal to 80 nm and less than or equal to 120 nm, wherein the transparent electrode layer has a thickness of 100 nm or greater, wherein the conductive pattern layer has pattern line spacing of greater than or equal to 10 μm and less than or equal to 30 μm, wherein the conductive pattern layer has R/R 0 of 1.2 or less: wherein R 0 is an initial sheet resistance value at a temperature of 85°C and relative humidity of 85%, and R is a sheet resistance value after 7 or more days pass by at a temperature of 85°C and relative humidity of 85%, wherein the conductive film has a sheet resistance value of 0.4 Ω/square. a substrate; a transparent electrode layer provided on the substrate; and a conductive pattern layer provided on the transparent electrode layer, wherein the conductive pattern layer includes only a metal nitride pattern layer including CuNx (0<x≤0.1, x is a mass ratio of N with respect to a mass of Cu) wherein the metal nitride pattern layer has a thickness of greater than or equal to 80 nm and less than or equal to 120 nm, wherein the transparent electrode layer has a thickness of 100 nm or greater, wherein the conductive pattern layer has pattern line spacing of greater than or equal to 10 μm and less than or equal to 30 μm, wherein the conductive pattern layer has R/R 0 of 1.2 or less: wherein R 0 is an initial sheet resistance value at a temperature of 85°C and relative humidity of 85%, and R is a sheet resistance value after 7 or more days pass by at a temperature of 85°C and relative humidity of 85%, wherein the conductive film has a sheet resistance value of 0.4 Ω/square. wherein R 0 is an initial sheet resistance value at a temperature of 85°C and relative humidity of 85%, and R is a sheet resistance value after 7 or more days pass by at a temperature of 85°C and relative humidity of 85%, wherein the conductive film has a sheet resistance value of 0.4 Ω/square.
A time-of-flight mass spectrometer which repeats a measurement covering a predetermined time-of-flight range with a predetermined period, the time-of-flight mass spectrometer comprising: a) an ion ejector for ejecting ions to be analyzed into a flight space by imparting acceleration energy to the ions by an effect of an electric field created by a voltage applied to an electrode ; b) a high-voltage pulse generator for applying, to the electrode of the ion ejector, a high-voltage pulse for ejecting ions, the high-voltage pulse generator including: a direct-current power supply for generating a high direct-current voltage; a transformer including a primary winding and a secondary winding; a primary-side drive circuit section for supplying drive current to the primary winding of the transformer in response to an input of a pulse signal for ejecting ions; a secondary-side drive circuit section connected to the secondary winding of the transformer; a switching element to be driven by the secondary-side drive circuit section to turn on and off for generating a voltage pulse from the high direct-current voltage generated by the direct-current power supply; and a primary-side power supply for generating a voltage to be applied between two ends of the primary winding of the transformer through the primary-side drive circuit section; and c) a controller for controlling the primary-side power supply; characterised in that the controller is configured to change the voltage to be applied between the two ends of the primary winding of the transformer in the high-voltage pulse generator, according to a measurement period of a measurement to be performed. a) an ion ejector for ejecting ions to be analyzed into a flight space by imparting acceleration energy to the ions by an effect of an electric field created by a voltage applied to an electrode ; b) a high-voltage pulse generator for applying, to the electrode of the ion ejector, a high-voltage pulse for ejecting ions, the high-voltage pulse generator including: a direct-current power supply for generating a high direct-current voltage; a transformer including a primary winding and a secondary winding; a primary-side drive circuit section for supplying drive current to the primary winding of the transformer in response to an input of a pulse signal for ejecting ions; a secondary-side drive circuit section connected to the secondary winding of the transformer; a switching element to be driven by the secondary-side drive circuit section to turn on and off for generating a voltage pulse from the high direct-current voltage generated by the direct-current power supply; and a primary-side power supply for generating a voltage to be applied between two ends of the primary winding of the transformer through the primary-side drive circuit section; and c) a controller for controlling the primary-side power supply;
A method for manufacturing a drip unit for an intravenous delivery system , the method comprising: providing an exterior wall shaped to at least partially define a drip chamber capable of receiving a liquid from a liquid source , the exterior wall comprising a seat ; providing an anti-run-dry membrane comprising a plurality of pores that are permeable to the liquid, wherein the anti-run-dry membrane is formed of a hydrophilic material configured to resist passage of air through the pores , the anti-run-dry membrane comprising a weld surface ; positioning the anti-run-dry membrane within the drip chamber such that the weld surface is in contact with the seat ; applying compression to press the weld surface against the seat ; characterized by applying coherent light in a plurality of pathways to at least one of the anti-run-dry membrane and the exterior wall to cause localized melting of at least one of the seat and the weld surface , wherein the paths overlap to ensure a complete seal is formed; and in response to the localized melting, causing the weld surface to adhere to the seat . providing an exterior wall shaped to at least partially define a drip chamber capable of receiving a liquid from a liquid source , the exterior wall comprising a seat ; providing an anti-run-dry membrane comprising a plurality of pores that are permeable to the liquid, wherein the anti-run-dry membrane is formed of a hydrophilic material configured to resist passage of air through the pores , the anti-run-dry membrane comprising a weld surface ; positioning the anti-run-dry membrane within the drip chamber such that the weld surface is in contact with the seat ; applying compression to press the weld surface against the seat ; characterized by applying coherent light in a plurality of pathways to at least one of the anti-run-dry membrane and the exterior wall to cause localized melting of at least one of the seat and the weld surface , wherein the paths overlap to ensure a complete seal is formed; and in response to the localized melting, causing the weld surface to adhere to the seat .