mhurhangee/patent-ind-claim-en huggingface dataset:
Disconnector arrangement comprising: a first terminal , and a second terminal , said first and second terminals being arranged along a longitudinal axis of the disconnector arrangement , an electrically insulating enclosure comprising a main body and a cover element , the enclosure forming an arc chamber between said first and second terminals , a resistor interconnecting said first and second terminals , said resistor being arranged in a central region of the disconnector arrangement , wherein the arc chamber is ring-shaped and surrounds the resistor , a first arc electrode , a second arc electrode , wherein the first and second arc electrodes are distanced apart from each other to form an arc gap that is arranged to radially encompass said resistor , an explosive material that can be thermally activated to detonate when a temperature at the resistor exceeds a threshold value, said explosive material being arranged around the resistor and in a radial direction between the resistor and the arc gap , wherein the main body with the first terminal and the cover element with the second terminal are mechanically separable from one another by the detonation of the explosive material . a first terminal , and a second terminal , said first and second terminals being arranged along a longitudinal axis of the disconnector arrangement , an electrically insulating enclosure comprising a main body and a cover element , the enclosure forming an arc chamber between said first and second terminals , a resistor interconnecting said first and second terminals , said resistor being arranged in a central region of the disconnector arrangement , wherein the arc chamber is ring-shaped and surrounds the resistor , a first arc electrode , a second arc electrode , wherein the first and second arc electrodes are distanced apart from each other to form an arc gap that is arranged to radially encompass said resistor , an explosive material that can be thermally activated to detonate when a temperature at the resistor exceeds a threshold value, said explosive material being arranged around the resistor and in a radial direction between the resistor and the arc gap , wherein the main body with the first terminal and the cover element with the second terminal are mechanically separable from one another by the detonation of the explosive material .
A method for installing an antenna device, comprising: - a lower-side-columnar-conductor installing process including: setting up a first support body , setting up a second support body , characterised in that the method further comprises setting up a main columnar conductor (1, 4; 15) disposed between the first support body and the second support body ; and - a U-shaped-conductor fastening process including: fastening one end of a U-shaped conductor to a first upper dielectric spacer that is formed on an upper-side end portion of the first support body , the U-shaped conductor being bent in a U-shape, fastening the other end of the U-shaped conductor to a second upper dielectric spacer that is formed on an upper-side end portion of the second support body , and fastening a center portion of the U-shaped conductor to a tip portion of the main columnar conductor , a power feeding portion being built in the main columnar conductor . - a lower-side-columnar-conductor installing process including: setting up a first support body , setting up a second support body , characterised in that the method further comprises setting up a main columnar conductor (1, 4; 15) disposed between the first support body and the second support body ; and setting up a first support body , setting up a second support body , characterised in that the method further comprises setting up a main columnar conductor (1, 4; 15) disposed between the first support body and the second support body ; and - a U-shaped-conductor fastening process including: fastening one end of a U-shaped conductor to a first upper dielectric spacer that is formed on an upper-side end portion of the first support body , the U-shaped conductor being bent in a U-shape, fastening the other end of the U-shaped conductor to a second upper dielectric spacer that is formed on an upper-side end portion of the second support body , and fastening a center portion of the U-shaped conductor to a tip portion of the main columnar conductor , a power feeding portion being built in the main columnar conductor . fastening one end of a U-shaped conductor to a first upper dielectric spacer that is formed on an upper-side end portion of the first support body , the U-shaped conductor being bent in a U-shape, fastening the other end of the U-shaped conductor to a second upper dielectric spacer that is formed on an upper-side end portion of the second support body , and fastening a center portion of the U-shaped conductor to a tip portion of the main columnar conductor , a power feeding portion being built in the main columnar conductor .
A method for determining, in a communication system , a Quality of Experience associated with a real-time communication session between user devices ( UD ) of the communication system , the method comprising: starting the real-time communication session; monitoring the real-time communication session and determining , during the real-time communication session, at least one quality indicator indicative of the Quality of Experience, and at least one first performance indicator indicative of a Quality of Service and at least one second performance indicator indicative of the Quality of Service; based on the at least one quality indicator and the at least one first performance indicator, determining a correlation function indicative of the correlation between the Quality of Experience and the Quality of Service in respect of the monitored real-time communication session; determining a parameter of the Quality of Service depending on both the at least one first performance indicator and the at least one second performance indicator, and applying said parameter to the correlation function to determine said Quality of Experience, wherein the at least one quality indicator comprises the Mean Opinion Score. starting the real-time communication session; monitoring the real-time communication session and determining , during the real-time communication session, at least one quality indicator indicative of the Quality of Experience, and at least one first performance indicator indicative of a Quality of Service and at least one second performance indicator indicative of the Quality of Service; based on the at least one quality indicator and the at least one first performance indicator, determining a correlation function indicative of the correlation between the Quality of Experience and the Quality of Service in respect of the monitored real-time communication session; determining a parameter of the Quality of Service depending on both the at least one first performance indicator and the at least one second performance indicator, and applying said parameter to the correlation function to determine said Quality of Experience,
A carrier scheduling method, comprising: determining search spaces of downlink control channels corresponding to at least two first transmission time units on a first carrier, wherein the at least two first transmission time units are scheduled in one second transmission time unit on a second carrier, and the downlink control channels are in a one-to-one correspondence with the first transmission time units; and obtaining , in the search spaces, the downlink control channels corresponding to the at least two first transmission time units. determining search spaces of downlink control channels corresponding to at least two first transmission time units on a first carrier, wherein the at least two first transmission time units are scheduled in one second transmission time unit on a second carrier, and the downlink control channels are in a one-to-one correspondence with the first transmission time units; and obtaining , in the search spaces, the downlink control channels corresponding to the at least two first transmission time units.
A contact lens comprising: a lens section that is worn on an eyeball; one or a plurality of functional sections that is provided in the lens section; and one or a plurality of terminals that is physically coupled to the one or plurality of functional sections, and is configured to be physically couplable to an external terminal; wherein the contact lens further comprises one or a plurality of lines that has one end physically coupled to the one or plurality of functional sections, wherein at least one of the one or plurality of terminals is physically coupled to another end of the one or plurality of lines; at least one of the one or plurality of lines includes a conductive line including a carbon nanotube, gold, silver, copper, or a mixture of at least two of these materials; and the conductive line is thicker in proximity to the terminal, as compared with in proximity to the functional section. a lens section that is worn on an eyeball; one or a plurality of functional sections that is provided in the lens section; and one or a plurality of terminals that is physically coupled to the one or plurality of functional sections, and is configured to be physically couplable to an external terminal; wherein the contact lens further comprises one or a plurality of lines that has one end physically coupled to the one or plurality of functional sections, wherein at least one of the one or plurality of terminals is physically coupled to another end of the one or plurality of lines; at least one of the one or plurality of lines includes a conductive line including a carbon nanotube, gold, silver, copper, or a mixture of at least two of these materials; and the conductive line is thicker in proximity to the terminal, as compared with in proximity to the functional section. at least one of the one or plurality of lines includes a conductive line including a carbon nanotube, gold, silver, copper, or a mixture of at least two of these materials; and the conductive line is thicker in proximity to the terminal, as compared with in proximity to the functional section.
A method for accessing a service providing at least one user device trust level, the method comprising: - executing by at least one first user device a first application that communicates with a second user device application; - the first user device sends to a remote server user communication activity data relating to the first application execution, as a first user device report, the user communication activity data relating to the first application execution including information relating to either an incoming event or an outgoing event and at least one attribute relating to the first application execution, the at least one attribute relating to the first application execution including a data communication technology type, the remote server tracking an activity relating to at least the first application executed by the at least one first user device; - the remote server determines, based upon at least the first user device report, a trust level relating to the first user device; - a third user device sends to the remote server a request for getting a trust level relating to the first user device; and - the remote server sends to the third user device, as a request response, the trust level relating to the first user device. - executing by at least one first user device a first application that communicates with a second user device application; - the first user device sends to a remote server user communication activity data relating to the first application execution, as a first user device report, the user communication activity data relating to the first application execution including information relating to either an incoming event or an outgoing event and at least one attribute relating to the first application execution, the at least one attribute relating to the first application execution including a data communication technology type, the remote server tracking an activity relating to at least the first application executed by the at least one first user device; - the remote server determines, based upon at least the first user device report, a trust level relating to the first user device; - a third user device sends to the remote server a request for getting a trust level relating to the first user device; and - the remote server sends to the third user device, as a request response, the trust level relating to the first user device.
A structural connector comprising at least one spigot and at least one socket wherein at least a portion of the at least one spigot is tapered and at least a portion of the at least one socket has a complimentary tapered configuration, wherein the at least one socket comprises a cylindrical side wall adapted to engage at least a portion of a non-tapered portion of the corresponding at least one spigot , and wherein the connector further comprises at least one beam, said at least one beam extending substantially perpendicularly to the longitudinal axes of the at least one spigot and the at least one socket , characterized in that said at least one beam is joined to an outer surface of the at least one socket .
An ultrasound transducer comprising: an acoustic layer including a plurality of transducer elements; and a dematching layer coupled to the acoustic layer at a surface of the acoustic layer , the dematching layer having an acoustic impedance greater than an acoustic impedance of the acoustic layer , the ultrasound transducer being characterized in that the dematching layer has a thickness perpendicular to the surface of the acoustic layer that progressively varies from a center thickness along centerline to an edge thickness at an edge of the dematching layer the centerline being in the middle of the dematching layer in a width direction or in a length direction parallel to the surface of the acoustic layer , wherein the center thickness is less than the edge thickness. an acoustic layer including a plurality of transducer elements; and a dematching layer coupled to the acoustic layer at a surface of the acoustic layer , the dematching layer having an acoustic impedance greater than an acoustic impedance of the acoustic layer , the ultrasound transducer being characterized in that the dematching layer has a thickness perpendicular to the surface of the acoustic layer that progressively varies from a center thickness along centerline to an edge thickness at an edge of the dematching layer the centerline being in the middle of the dematching layer in a width direction or in a length direction parallel to the surface of the acoustic layer , wherein the center thickness is less than the edge thickness.
A sliding wall arrangement, having at least one wing having a lower edge, a running rail , which can be sunk into a building floor and has at least one guide channel , in which at least one wing is displaceably mounted at the lower edge, and at least one cover element , which is used for covering the at least one guide channel when the guide channel is uncovered by the at least one displaceable wing , wherein a guide means is provided in the guide channel , wherein the cover element does not cover the guide means, characterized in that the at least one cover element has a raised state, in which the cover element covers the guide channel uncovered by the wing , and a lowered state, in which the at least one cover element is lowered into the at least one guide channel , so that it is projected upwards from the uppermost point of the guide means and the at least one wing is displaceable across the at least one cover element . at least one wing having a lower edge, a running rail , which can be sunk into a building floor and has at least one guide channel , in which at least one wing is displaceably mounted at the lower edge, and at least one cover element , which is used for covering the at least one guide channel when the guide channel is uncovered by the at least one displaceable wing , wherein a guide means is provided in the guide channel , wherein the cover element does not cover the guide means, characterized in that the at least one cover element has a raised state, in which the cover element covers the guide channel uncovered by the wing , and a lowered state, in which the at least one cover element is lowered into the at least one guide channel , so that it is projected upwards from the uppermost point of the guide means and the at least one wing is displaceable across the at least one cover element .
A compound having formula C{Ph(R 1 ) i (OR 2 ) j } 2 {Ph(R 3 ) m (OR 4 ) n }{Ph(R 5 ) o (OR 6 ) p }, wherein Ph represents a benzene ring; R 1 , R 3 and R 5 independently are C 1 -C 18 alkyl; R 2 , R 4 and R 6 independently are C 4 -C 12 alkyl; i, m, n, o and p independently are zero, one or two; j is one or two; and all of the R 1 , R 2 , R 3 , R 4 , R 5 and R 6 substituents collectively have a total of eight to thirty-five carbon atoms, wherein alkyl groups are saturated and unsubstituted, provided that when j is one and i, m, n, o and p are zero, then R 2 is not C 9 -C 11 alkyl.
Lyophilized product, obtained by lyophilization of an emulsion, comprising in a single container: 15-100 mg of an oil component; and the following vitamins: a) 2970-3630 IU vitamin A; b) 4.5-5.5 μg vitamin D (preferably vitamin D3); c) 8.2-10.0 mg vitamin E; d) 135-165 μg vitamin K1; e) 202-248 mg vitamin C; f) 5.4-6.6 mg vitamin B1; g) 3.24-3.96 mg vitamin B2; h) 5.4-6.6 mg vitamin B6; i) 4.5-5.5 μg vitamin B12; j) 0.54-0.66 mg vitamin B9; k) 13.5-16.5 mg vitamin B5; l) 54-66 μg vitamin B7; and m) 36-44 mg vitamin B3. 15-100 mg of an oil component; and the following vitamins: a) 2970-3630 IU vitamin A; b) 4.5-5.5 μg vitamin D (preferably vitamin D3); c) 8.2-10.0 mg vitamin E; d) 135-165 μg vitamin K1; e) 202-248 mg vitamin C; f) 5.4-6.6 mg vitamin B1; g) 3.24-3.96 mg vitamin B2; h) 5.4-6.6 mg vitamin B6; i) 4.5-5.5 μg vitamin B12; j) 0.54-0.66 mg vitamin B9; k) 13.5-16.5 mg vitamin B5; l) 54-66 μg vitamin B7; and m) 36-44 mg vitamin B3. a) 2970-3630 IU vitamin A; b) 4.5-5.5 μg vitamin D (preferably vitamin D3); c) 8.2-10.0 mg vitamin E; d) 135-165 μg vitamin K1; e) 202-248 mg vitamin C; f) 5.4-6.6 mg vitamin B1; g) 3.24-3.96 mg vitamin B2; h) 5.4-6.6 mg vitamin B6; i) 4.5-5.5 μg vitamin B12; j) 0.54-0.66 mg vitamin B9; k) 13.5-16.5 mg vitamin B5; l) 54-66 μg vitamin B7; and m) 36-44 mg vitamin B3.
A dosing system for dispensing at least one flowable preparation into an interior of a washing machine, comprising - at least one dosing device , which comprises - at least one electrical energy source for operating the dosing device , - at least one dosing unit for dispensing a predefined quantity of the at least one flowable preparation, - at least one sensor unit for monitoring the dosing unit , - at least one control unit which is coupled to the dosing unit and the sensor unit , and - at least one container , which can be coupled to the dosing device , for storing the at least one flowable preparation, the dosing unit having a peristaltic pump for dispensing the at least one flowable preparation, and the dosing system being suitable for free positioning within the interior of the washing machine, characterized in that the peristaltic pump comprises a rotating body , which is eccentrically mounted within a receptacle , for conveying the at least one flowable preparation through a pump hose . - at least one dosing device , which comprises - at least one electrical energy source for operating the dosing device , - at least one dosing unit for dispensing a predefined quantity of the at least one flowable preparation, - at least one sensor unit for monitoring the dosing unit , - at least one control unit which is coupled to the dosing unit and the sensor unit , and - at least one container , which can be coupled to the dosing device , for storing the at least one flowable preparation, the dosing unit having a peristaltic pump for dispensing the at least one flowable preparation, and the dosing system being suitable for free positioning within the interior of the washing machine, characterized in that the peristaltic pump comprises a rotating body , which is eccentrically mounted within a receptacle , for conveying the at least one flowable preparation through a pump hose .
Calibration and cooling tank of an extrusion line, arranged downstream of an extrusion die , a vacuum being able to be applied to said calibration and cooling tank for the purpose of the calibration of the plastic melt exiting the extrusion die , the calibration and cooling tank extending along an extrusion axis , the calibration and cooling tank being having a modular structure, at least one module forming a calibration and cooling line, the module featuring a connection area at each end to which another module can be attached, characterized in that the connection area consists of a flange that extends outwards from the main body of the calibration and cooling tank , the cross section of the main body featuring an egg form. the connection area consists of a flange that extends outwards from the main body of the calibration and cooling tank , the cross section of the main body featuring an egg form.
A container set (1 ; 101 ; 201 ; 301), intended to contain household-type wastes having a volume weight of about 350 kg/m 3 , to be collected by means of a refuse vehicle, the container set (1; 101 ; 201) comprising at least: - one container (2 ; 102 ; 202) adapted to be totally or partially placed above the level of the ground (S) and in a filling position, in which users (U) can fill the container (2 ; 102 ; 202) with wastes; - handling means (4 ; 104 ; 204) linked to the container (2 ; 102 ; 202) and adapted to enable the handling of the container (2 ; 102 ; 202) by the refuse vehicle so as to place the container (2 ; 102 ; 202) in an emptying position, in which the container (2 ; 102 ; 202) is emptied in the refuse vehicle; the container set (1 ; 101 ; 201) further comprising a support device (3 ; 103 ; 203) adapted to be set on the ground or on the bottom of a dug hole and to support the container (2 ; 102 ; 202) in the filling position, characterized in that the mass of the support device (3 ; 103 ; 203) is greater than 80%, preferably greater than 100%, of the sum of the payload of the container plus the mass of the empty container (2 ; 102 ; 202), the payload referring to the mass of wastes contained in the container when the container is full, and in that the container set (1 ; 101 ; 201) further comprises compensation means adapted to compensate for a declivity of the ground (S), for example of the roadway, smaller than 15 degrees, preferably smaller than 11 degrees, still more preferably smaller than 7 degrees. - one container (2 ; 102 ; 202) adapted to be totally or partially placed above the level of the ground (S) and in a filling position, in which users (U) can fill the container (2 ; 102 ; 202) with wastes; - handling means (4 ; 104 ; 204) linked to the container (2 ; 102 ; 202) and adapted to enable the handling of the container (2 ; 102 ; 202) by the refuse vehicle so as to place the container (2 ; 102 ; 202) in an emptying position, in which the container (2 ; 102 ; 202) is emptied in the refuse vehicle;