mhurhangee/patent-ind-claim-en huggingface dataset:
A method performed by a wireless communication device for determining when to trigger a handover of a communication session from a first access network to a second access network, the method comprising: determining , for an active communication session, a set of outgoing traffic statistics for outgoing traffic sent by the wireless communication device using the first access network; determining a signal strength associated with the received incoming traffic and comparing the signal strength to a signal strength threshold; determining , for the active communication session, a set of incoming traffic statistics for incoming traffic received by the wireless communication device using the first access network; analyzing the incoming and outgoing traffic statistics by determining a difference between the incoming and outgoing traffic statistics and comparing the difference to a traffic difference threshold; and determining when to trigger a handover of the active communication session from the first access network to the second access network when the difference between the incoming and outgoing traffic statistics exceeds the traffic difference threshold and the signal strength falls below the signal strength threshold. determining , for an active communication session, a set of outgoing traffic statistics for outgoing traffic sent by the wireless communication device using the first access network; determining a signal strength associated with the received incoming traffic and comparing the signal strength to a signal strength threshold; determining , for the active communication session, a set of incoming traffic statistics for incoming traffic received by the wireless communication device using the first access network; analyzing the incoming and outgoing traffic statistics by determining a difference between the incoming and outgoing traffic statistics and comparing the difference to a traffic difference threshold; and determining when to trigger a handover of the active communication session from the first access network to the second access network when the difference between the incoming and outgoing traffic statistics exceeds the traffic difference threshold and the signal strength falls below the signal strength threshold.
Assembly comprising a leveling device as well as a weighing apparatus for leveling a pharmaceutical measuring and/or testing device , wherein with the pharmaceutical measuring and/or testing device small-sized bulk goods can be measured and/or tested, wherein the leveling device comprises: a base for supporting the pharmaceutical measuring and/or testing device ; at least one first drivably adjustable adjustment leg and a second drivably adjustable adjustment leg , wherein the first adjustment leg and the second adjustment leg are each secured on the base and the orientation of the base in space is definable by the adjustment of at least the first adjustment leg and of the second adjustment leg ; wherein the weighing apparatus is developed as a sensor for determining an ideal position, wherein the ideal position is obtainable thereby that by means of a reference weight a highest value for a mass is determined whereby it is ensured that geometric positional errors within the weighing apparatus and also angular deviations originating in the mounting of the weighing apparatus in the measuring and/or testing device are compensated; at least one inclination sensor , wherein through the at least one inclination sensor a rolling angle of the base and a tilting angle of the base can be acquired; wherein at least the first adjustment leg and the second adjustment leg are controllable by a controller apparatus on the basis of the data acquired by the inclination sensor in order to set the orientation of the base in space.
Signalling device , able to operate in combination with a capturing device able to capture a scene, said signalling device comprising a signalling module able to signal a first field of observation associated with a first direction of observation of a scene captured by the capturing device , on the basis of a first sign based on at least one sensorial indicator , the signalling device being characterized in that it is furthermore able to signal a moving entity contained in said first field of observation, on the basis of a second sign based on at least one sensorial indicator .
An adenovirus or adenoviral vector comprising (a) a nucleic acid sequence encoding the amino acid sequence of SEQ ID NO: 16, (b) a nucleic acid sequence encoding the amino acid sequence of SEQ ID NO: 18, (c) a nucleic acid sequence encoding the amino acid sequence of SEQ ID NO: 19, and (d) a nucleic acid sequence encoding the amino acid sequence of SEQ ID NO: 20.
A remote isolation system for isolating an energy source from selected equipment energisable by the energy source and controlled by a control system , wherein the system includes a remote isolation station for the selected equipment to be isolated, the remote isolation station being in communication with the control system for granting isolation on permissible request, wherein the remote isolation station comprises a human machine interface for requesting an isolation of the control system , a human interpretable display for indicating that an isolation approval has been granted from the control system , and an isolation switch means for communicating to the control system that an isolation is in effect and characterised by the remote isolation station being remote from a relevant sub-station(s) providing the energy source; and the remote isolation system including first circuit interrupter(s) which are in series connection with a primary stop/start switch for the selected equipment to be isolated, said first circuit interrupter(s) being controlled to the off or break state once isolation approval has been granted; wherein optionally the system includes second circuit interrupter(s) in an energy supply line from the energy source to the selected equipment , said second circuit interrupter(s) being under the control of the control system and being placed in the off or break state once isolation approval has been granted.
A nonwoven fabric comprising: a. a first surface and a second surface and at least a first and second visually discernible zone on at least one of the first and second surface , each of the first and second zones having a first pattern of three-dimensional features imparted to it by a forming belt on which the nonwoven fabric was formed, each of the three- dimensional features defining a microzone comprising a first region and a second region , the first and second regions each being fluid permeable and having a difference in values for an intensive property, b. wherein the nonwoven fabric comprise continuous polymeric fibers and the polymeric fibers in the second region are at least partially thermally bonded on the first surface , and c. wherein at least one of the first and second zones have a second pattern of three- dimensional features being thermal point bonds imparted to it by point bonding calendar rolls , each of the thermal point bonds defining a point bond microzone comprising a point bond first region and a point bond second region , the first and second point bond regions having a difference in values for the intensive property. a. a first surface and a second surface and at least a first and second visually discernible zone on at least one of the first and second surface , each of the first and second zones having a first pattern of three-dimensional features imparted to it by a forming belt on which the nonwoven fabric was formed, each of the three- dimensional features defining a microzone comprising a first region and a second region , the first and second regions each being fluid permeable and having a difference in values for an intensive property, b. wherein the nonwoven fabric comprise continuous polymeric fibers and the polymeric fibers in the second region are at least partially thermally bonded on the first surface , and c. wherein at least one of the first and second zones have a second pattern of three- dimensional features being thermal point bonds imparted to it by point bonding calendar rolls , each of the thermal point bonds defining a point bond microzone comprising a point bond first region and a point bond second region , the first and second point bond regions having a difference in values for the intensive property.
Method for producing a gas or liquid tank with a drum-shaped circumferential wall by means of forming, in which - on an internal side of the circumferential wall an internal profile with axial longitudinal ribs is formed in a non-cutting manner, - wherein the axial longitudinal ribs of the internal profile are provided for the reinforcement of the hollow body wall of the gas or liquid tank, characterized in that - for the forming of the longitudinal ribs at least one rotatably supported profiling roller is fed to the internal side of the circumferential wall of the gas or liquid tank, - in that to each internal profiling roller an external counter-pressure roller is assigned which is fed radially opposite the profiling roller to an external side of the gas or liquid tank, and - the at least one profiling roller circulates relative to the internal side of the circumferential wall , wherein the internal profile is formed in a non-cutting manner. - on an internal side of the circumferential wall an internal profile with axial longitudinal ribs is formed in a non-cutting manner, - wherein the axial longitudinal ribs of the internal profile are provided for the reinforcement of the hollow body wall of the gas or liquid tank, - for the forming of the longitudinal ribs at least one rotatably supported profiling roller is fed to the internal side of the circumferential wall of the gas or liquid tank, - in that to each internal profiling roller an external counter-pressure roller is assigned which is fed radially opposite the profiling roller to an external side of the gas or liquid tank, and - the at least one profiling roller circulates relative to the internal side of the circumferential wall , wherein the internal profile is formed in a non-cutting manner.
A method for depositing an overlay material onto a metal surface by means of electroslag strip cladding, wherein said electroslag strip cladding comprises using a welding strip electrode made of an austenitic stainless steel and a flux material having the following composition: - Al 2 O 3 : 20-30 wt.-% - CaF 2 : 55-70 wt.-% - Mo: 0.3-3 wt. - % - Nb: 1.2-2.5 wt. - % - Cr: 3-6 wt. - % - Mn: 1-3.5 wt. - % - Na 2 SiO 3 : 1-6 wt.-% and optionally further constituents, in particular: - MgO: < 1 wt.-% - CaO.Al 2 O 3 : < 1 wt.-% - Carbonates: < 1 wt.-% as well as unavoidable impurities, wherein electroslag strip cladding comprises: - providing the welding strip electrode, - providing the flux material, - positioning the welding strip electrode at a distance above a welding area of the metal surface, - applying a layer of flux material onto the metal surface in the welding area, - applying a welding current to the welding strip electrode thereby melting the flux material, the strip electrode and the metal surface, - continuously feeding the welding strip electrode into the layer of molten flux material while advancing the welding strip electrode over the metal surface to produce an overlay material deposit on the metal surface along the advancement path. - Al 2 O 3 : 20-30 wt.-% - CaF 2 : 55-70 wt.-% - Mo: 0.3-3 wt. - % - Nb: 1.2-2.5 wt. - % - Cr: 3-6 wt. - % - Mn: 1-3.5 wt. - % - Na 2 SiO 3 : 1-6 wt.-% - MgO: < 1 wt.-% - CaO.Al 2 O 3 : < 1 wt.-% - Carbonates: < 1 wt.-% - providing the welding strip electrode, - providing the flux material, - positioning the welding strip electrode at a distance above a welding area of the metal surface, - applying a layer of flux material onto the metal surface in the welding area, - applying a welding current to the welding strip electrode thereby melting the flux material, the strip electrode and the metal surface, - continuously feeding the welding strip electrode into the layer of molten flux material while advancing the welding strip electrode over the metal surface to produce an overlay material deposit on the metal surface along the advancement path.
Contact strip for a rail vehicle pantograph, comprising: - a first and a second carbon strip extending parallel to a longitudinal extension direction (X) and on either side of a longitudinal extension plane (P x ) comprising said longitudinal extension direction, - a metal insert extending along the longitudinal extension direction (X) in the longitudinal extension plane (P x ) and arranged between the first carbon strip and the second carbon strip , and - an electricity collector support to which are assembled the first and second carbon strips and the metal insert , the contact strip being characterised in that the electricity collector support and/or the metal insert comprise elastic interlocking means engaging with the metal insert and/or the electricity collector support , so as to ensure the assembly of the metal insert to the electricity collector support and the passage of the electric current between the metal insert and the electricity collector support . - a first and a second carbon strip extending parallel to a longitudinal extension direction (X) and on either side of a longitudinal extension plane (P x ) comprising said longitudinal extension direction, - a metal insert extending along the longitudinal extension direction (X) in the longitudinal extension plane (P x ) and arranged between the first carbon strip and the second carbon strip , and - an electricity collector support to which are assembled the first and second carbon strips and the metal insert ,
Modular training model for learning dentistry skills, comprising - a support plate with first fastening means for fastening at least one section of a jaw , - a base plate for supporting the at least one section of the jaw , characterized in that the modular training model further comprises - at least one section of the jaw with second fastening means corresponding to the first fastening means for fastening the section of the jaw to the support plate , - wherein the at least one section of the jaw is fixed between the base plate and the support plate with the second fastening means . - a support plate with first fastening means for fastening at least one section of a jaw , - a base plate for supporting the at least one section of the jaw , characterized in that the modular training model further comprises - at least one section of the jaw with second fastening means corresponding to the first fastening means for fastening the section of the jaw to the support plate , - wherein the at least one section of the jaw is fixed between the base plate and the support plate with the second fastening means .
Method for leak testing a tank head intended to be filled with a gas under high pressure, between 100 and 700 bar, which head on the one hand being fastened inside a boss located on the wall of said tank delimiting an inner chamber capable of receiving the gas and opening therein, and on the other hand including at least two sealing devices referred to as the inner and outer sealing devices which delimit therebetween an intermediate space into which opens a duct which passes through the tank head and communicates with the outside thereof, such that: - pressurised gas is injected via the duct into the intermediate space between the two sealing devices , - the injection of gas is halted at a given pressure (P), - the magnitude of said pressure (P) is measured via said duct , characterised in that - said test is carried out during the manufacture of the tank assembly, constituted by said tank at least equipped with the tank head 2 thereof, after fitting same and before this tank is filled with high-pressure gas, - and if the measurement of the magnitude of said pressure (P) indicates a drop thereof, the environment surrounding the head is tested from the outside to detect whether there is a gas leak originating from the outer seal . - pressurised gas is injected via the duct into the intermediate space between the two sealing devices , - the injection of gas is halted at a given pressure (P), - the magnitude of said pressure (P) is measured via said duct , - said test is carried out during the manufacture of the tank assembly, constituted by said tank at least equipped with the tank head 2 thereof, after fitting same and before this tank is filled with high-pressure gas, - and if the measurement of the magnitude of said pressure (P) indicates a drop thereof, the environment surrounding the head is tested from the outside to detect whether there is a gas leak originating from the outer seal .
An imaging sensor, comprising: a set of charge-coupled device, CCD, sub-arrays, wherein each sub-array comprises pixels (P) arranged in columns and rows, and each pixel (P) being arranged to accumulate an electric charge proportional to an intensity of light incident on the pixel and wherein a plurality of CCD sub-arrays are associated with identical filters and are configured to detect the same wavelength band and are configured to have different number of rows (Ns), wherein the number of rows of the plurality of CCD sub-arrays is logarithmically increasing; a time delay and integration, TDI, clocking circuitry for controlling and timing transfer of accumulated electric charges between rows of pixels (P) in a column direction in order to integrate the accumulated electric charges in each column of pixels (P); wherein each CCD sub-array further comprises a readout row (R T , R B ) for converting the integrated electric charge of each column of pixels (P) into voltage or current, wherein the readout row (R T , R B ) comprises transistors enabling readout of the signal by the readout block; and a readout block which is arranged to receive input from selected readout rows (R T , R B ) and convert the input into digital domain or convert the input to a combined representation of pixel values based on the set of CCD sub-arrays. a set of charge-coupled device, CCD, sub-arrays, wherein each sub-array comprises pixels (P) arranged in columns and rows, and each pixel (P) being arranged to accumulate an electric charge proportional to an intensity of light incident on the pixel and wherein a plurality of CCD sub-arrays are associated with identical filters and are configured to detect the same wavelength band and are configured to have different number of rows (Ns), wherein the number of rows of the plurality of CCD sub-arrays is logarithmically increasing; a time delay and integration, TDI, clocking circuitry for controlling and timing transfer of accumulated electric charges between rows of pixels (P) in a column direction in order to integrate the accumulated electric charges in each column of pixels (P); wherein each CCD sub-array further comprises a readout row (R T , R B ) for converting the integrated electric charge of each column of pixels (P) into voltage or current, wherein the readout row (R T , R B ) comprises transistors enabling readout of the signal by the readout block; and a readout block which is arranged to receive input from selected readout rows (R T , R B ) and convert the input into digital domain or convert the input to a combined representation of pixel values based on the set of CCD sub-arrays.
A system comprising: a heat recovery steam generator; a radiation sensor comprising a plurality of thermopile arrays each configured to direct a field of view toward a respective two-dimensional region of the heat recovery steam generator (HRSG), wherein each thermopile array comprises a two-dimensional array of thermopile elements , the HRSG comprises at least one conduit , and the radiation sensor is configured to output a signal indicative of a three-dimensional temperature profile of the at least one conduit ; and a controller communicatively coupled to the radiation sensor , wherein the controller is configured to determine the three-dimensional temperature profile based on the signal, and to compare at least one portion of the three-dimensional temperature profile to a threshold value. a heat recovery steam generator; a radiation sensor comprising a plurality of thermopile arrays each configured to direct a field of view toward a respective two-dimensional region of the heat recovery steam generator (HRSG), wherein each thermopile array comprises a two-dimensional array of thermopile elements , the HRSG comprises at least one conduit , and the radiation sensor is configured to output a signal indicative of a three-dimensional temperature profile of the at least one conduit ; and a controller communicatively coupled to the radiation sensor , wherein the controller is configured to determine the three-dimensional temperature profile based on the signal, and to compare at least one portion of the three-dimensional temperature profile to a threshold value.
A compound of the following Formula 1, or a pharmaceutically acceptable salt or isomer thereof: wherein R 1 represents alkyl, cycloalkyl, aryl or -C(O)R 2 ; R 2 represents alkyl, cycloalkyl, aryl, arylalkyl, or heteroaryl including one or more heteroatoms selected from N, O and S; and the alkyl, cycloalkyl, arylalkyl and heteroaryl are optionally substituted, and the substituent may be one or more selected from alkyl, cycloalkyl, hydroxy, halo, haloalkyl, acyl, amino, alkoxy, carboalkoxy, carboxy, carboxyamino, cyano, nitro, thiol, aryloxy, sulfoxy and guanido group. R 1 represents alkyl, cycloalkyl, aryl or -C(O)R 2 ; R 2 represents alkyl, cycloalkyl, aryl, arylalkyl, or heteroaryl including one or more heteroatoms selected from N, O and S; and the alkyl, cycloalkyl, arylalkyl and heteroaryl are optionally substituted, and the substituent may be one or more selected from alkyl, cycloalkyl, hydroxy, halo, haloalkyl, acyl, amino, alkoxy, carboalkoxy, carboxy, carboxyamino, cyano, nitro, thiol, aryloxy, sulfoxy and guanido group.
A cable slip ring , in particular a choker ring, for fastening a choke sling , in particular a choker strap, which for transporting an elongate object , in particular a tree trunk, on a traction cable is laid around the elongate object , wherein the traction cable is guided in a guide opening of the cable slip ring , wherein the guide opening of the cable slip ring is provided by at least two components, wherein one of the components forms a defined cable slip region , characterised in that the cable slip ring forms a ring which is closed in itself even after removal of the cable slip region .
A slip ring unit comprising at least one brush rotatable against at least one sliding track , a position encoder and an evaluation unit , the slip ring unit characterised by the position encoder detecting the relative angular position between the at least one brush and the at least one sliding track , and the evaluation unit being configured to receive signals from the position encoder and to generate an angular position dependent wear indicating signal from the signals received from the position encoder, the wear indication signal indicates wear of the at least one sliding track.