mhurhangee/patent-ind-claim-en huggingface dataset:
Fluorescent electronic device containing a sensitiser and a fluorescent emitter, where the sensitiser is a phosphorescent compound and where the fluorescent emitter is a sterically shielded compound which has a shielding factor (SF) of greater than or equal to 0.5, particularly preferably greater than or equal to 0.6 and especially preferably greater than or equal to 0.65, where the shielding factor (SF) is determined by the method described in the description, where the sensitiser is a phosphorescent compound from the group of the organometallic complexes containing Cu, Ir, Pt, Rh, Ru, Os or Pd and preferably Ir and Pt, and where the fluorescent emitter is a purely organic compound without metals or metal ions which is selected either from the group of the condensed aromatic compounds having 6 to 60 aromatic ring atoms where the aromatic skeleton is selected from the groups of the formulae to shown below: or from compounds having a heteroaromatic skeleton from the groups of the formulae to shown below: where the sensitiser is a phosphorescent compound from the group of the organometallic complexes containing Cu, Ir, Pt, Rh, Ru, Os or Pd and preferably Ir and Pt, and where the fluorescent emitter is a purely organic compound without metals or metal ions which is selected either from the group of the condensed aromatic compounds having 6 to 60 aromatic ring atoms where the aromatic skeleton is selected from the groups of the formulae to shown below: or from compounds having a heteroaromatic skeleton from the groups of the formulae to shown below:
A computer implemented method for processing digital data including a master 3D digital asset and an auxiliary digital asset (304b...304n), the method comprising: providing a 3D digital asset player within a display screen operatively connected to a processing device ; providing a first positional mesh on at least a portion of the 3D digital asset player, wherein the first positional mesh assigns a plurality of display screen positions within the display screen with corresponding virtual 3D positional locations within the master 3D digital asset; identifying a display screen position via a user input device operatively connected to the processing device; and determining via the first positional mesh a virtual 3D positional location within the master 3D digital asset from the identified display screen position. providing a 3D digital asset player within a display screen operatively connected to a processing device ; providing a first positional mesh on at least a portion of the 3D digital asset player, wherein the first positional mesh assigns a plurality of display screen positions within the display screen with corresponding virtual 3D positional locations within the master 3D digital asset; identifying a display screen position via a user input device operatively connected to the processing device; and determining via the first positional mesh a virtual 3D positional location within the master 3D digital asset from the identified display screen position.
An alkali aluminosilicate glass comprising MgO; from 40 mol% to 70 mol% SiO 2 ; from 11 mol% to 25 mol% Al 2 O 3 ; from 4 mol% to 15 mol% P 2 O 5 ; from 13 mol% to 20 mol% Na 2 O; less than 1 mol% B 2 O 3 ; and 0 mol% K 2 O, wherein: i. the alkali aluminosilicate glass is free of Li 2 O; and ii. 1.3 < [(P 2 O 5 + R 2 O)/M 2 O 3 ] ≤ 2.3, where M 2 O 3 = Al 2 O 3 + B 2 O 3 and R 2 O is the sum of Na 2 O, K 2 O, Rb 2 O, and Cs 2 O present in the alkali aluminosilicate glass. i. the alkali aluminosilicate glass is free of Li 2 O; and ii. 1.3 < [(P 2 O 5 + R 2 O)/M 2 O 3 ] ≤ 2.3, where M 2 O 3 = Al 2 O 3 + B 2 O 3 and R 2 O is the sum of Na 2 O, K 2 O, Rb 2 O, and Cs 2 O present in the alkali aluminosilicate glass.
A method for a User Equipment, UE, operating in a wireless communication system, the method comprising: transmitting, by a transmitting Packet Data Convergence Protocol, PDCP, entity of the UE to a receiving PDCP entity of a peer UE, first PDCP variables via a direct interface between the UE and the peer UE; transmitting, by the transmitting PDCP entity of the UE to the receiving PDCP entity of the peer UE, a first PDCP data unit via the direct interface; transmitting, by the transmitting PDCP entity of the UE to the receiving PDCP entity of the peer UE, second PDCP variables via the direct interface; and transmitting, by the transmitting PDCP entity of the UE to the receiving PDCP entity of the peer UE, a second PDCP data unit via the direct interface, wherein the first PDCP variables are used for deciphering the first PDCP data unit by the peer UE, and the second PDCP variables are used for deciphering the second PDCP data unit by the peer UE. transmitting, by a transmitting Packet Data Convergence Protocol, PDCP, entity of the UE to a receiving PDCP entity of a peer UE, first PDCP variables via a direct interface between the UE and the peer UE; transmitting, by the transmitting PDCP entity of the UE to the receiving PDCP entity of the peer UE, a first PDCP data unit via the direct interface; transmitting, by the transmitting PDCP entity of the UE to the receiving PDCP entity of the peer UE, second PDCP variables via the direct interface; and transmitting, by the transmitting PDCP entity of the UE to the receiving PDCP entity of the peer UE, a second PDCP data unit via the direct interface, wherein the first PDCP variables are used for deciphering the first PDCP data unit by the peer UE, and the second PDCP variables are used for deciphering the second PDCP data unit by the peer UE.
A release mechanism comprising: a telescoping arrangement of a first member and a second member having a retracted configuration and an extended configuration, wherein the telescoping arrangement is oriented substantially vertically during use, with the second member extending below the first member ; a locking mechanism selectively engageable to restrain the first and second members in the retracted configuration; a first connector attached to and extending from the first member and a second connector attached to and extending from the second member ; and an actuator for releasing the locking mechanism ; wherein extension of the telescoping arrangement to its extended configuration alters the relative reach or length of the first and second connectors from the first member ; characterised in that the actuator extends below the second member and is operated by bearing against a solid surface under the weight of the telescoping arrangement. a telescoping arrangement of a first member and a second member having a retracted configuration and an extended configuration, wherein the telescoping arrangement is oriented substantially vertically during use, with the second member extending below the first member ; a locking mechanism selectively engageable to restrain the first and second members in the retracted configuration; a first connector attached to and extending from the first member and a second connector attached to and extending from the second member ; and an actuator for releasing the locking mechanism ; wherein extension of the telescoping arrangement to its extended configuration alters the relative reach or length of the first and second connectors from the first member ; characterised in that the actuator extends below the second member and is operated by bearing against a solid surface under the weight of the telescoping arrangement.
Netting for alarm security consisting at least partly of steel ropes , wherein the steel ropes comprise one or more steel ropes with a signal conductor, wherein steel ropes of the netting are superimposed at crossing points of the netting , are intertwined and/or are linked by means of connecting elements .
Akkermansia muciniphila for use in the prevention of cancer, wherein viable cells of Akkermansia muciniphila are to be administered to a subject in need thereof.
An antimicrobial composition comprising: a. at least one biphenol; and b. at least one antimicrobial quaternary ammonium compound wherein the biphenol is a diallylbiphenol. a. at least one biphenol; and b. at least one antimicrobial quaternary ammonium compound wherein the biphenol is a diallylbiphenol.
System for providing visual assistance to an individual suffering from kinetosis, comprising: - a sensor configured to measure, in real time, motion data of a vehicle in a three-dimensional terrestrial reference frame, - an artificial-horizon device configured to generate, in real time, an artificial-horizon image on a screen depending on said vehicle motion data and on measured data on the position of the head of the individual with respect to the screen, and - a wearable augmented-reality device configured to display, in real time, the artificial-horizon image to an individual, wearing said wearable device, occupying said vehicle. - a sensor configured to measure, in real time, motion data of a vehicle in a three-dimensional terrestrial reference frame, - an artificial-horizon device configured to generate, in real time, an artificial-horizon image on a screen depending on said vehicle motion data and on measured data on the position of the head of the individual with respect to the screen, and - a wearable augmented-reality device configured to display, in real time, the artificial-horizon image to an individual, wearing said wearable device, occupying said vehicle.
A method for causing a mobile device to display a recommendation for a user of the mobile device, the method comprising the steps of: determining a first location of the mobile device ; generating the recommendation associated with the first location; transmitting the recommendation to the mobile device ; causing the mobile device to display the recommendation on a display of the mobile device; accepting an input from the user into the mobile device in relation to the displayed recommendation; transmitting a subject of the displayed recommendation to the mobile device if the input indicates that the user accepts the recommendation; providing a database of the transactional history of users of other mobile devices who have previously been located at the first location, and wherein the step of generating the recommendation is based on the transactional history of users of other mobile devices who have previously been located at the first location such that the displayed recommendation is based thereon, and confirming completion of a commercial transaction wherein the user input has payment information from the user and further wherein the subject of the recommendation transmitted to the mobile device has confirmation of completion of the commercial transaction. determining a first location of the mobile device ; generating the recommendation associated with the first location; transmitting the recommendation to the mobile device ; causing the mobile device to display the recommendation on a display of the mobile device; accepting an input from the user into the mobile device in relation to the displayed recommendation; transmitting a subject of the displayed recommendation to the mobile device if the input indicates that the user accepts the recommendation; providing a database of the transactional history of users of other mobile devices who have previously been located at the first location, and wherein the step of generating the recommendation is based on the transactional history of users of other mobile devices who have previously been located at the first location such that the displayed recommendation is based thereon, and
A production method for a nonwoven material suitable for use as a filtration layer characterized by passing a fiber mixture through the following stages: fiber opening stage , fiber feeding stage , carding stage and bonding stage ,wherein in the bonding stage , the carded web obtained from the carding stage is delivered between internally oil-heated calenders passed between a hot smooth calender and a hot embossing calender , calendered with temperature and pressure, fixed through thermal bonding points, and forming the carded thermobond non-woven layer, with the temperature value ranging from 35-500 C 0 , a temperature difference between the calenders of ± 20 C 0 and the thermal bonding area of the embossing calender being in the range of 5-40%. fiber opening stage , fiber feeding stage , carding stage and bonding stage ,wherein in the bonding stage , the carded web obtained from the carding stage is delivered between internally oil-heated calenders passed between a hot smooth calender and a hot embossing calender , calendered with temperature and pressure, fixed through thermal bonding points, and forming the carded thermobond non-woven layer, with the temperature value ranging from 35-500 C 0 , a temperature difference between the calenders of ± 20 C 0 and the thermal bonding area of the embossing calender being in the range of 5-40%.
A method in an Intercept Mediation and Delivery unit, IMDU , of a Lawful Interception, LI, network for providing a Law Enforcement Agency, LEA, with Intercept Related Information, IRI, and Content of Communications; CC, from data traffic in a digital communications network, said data traffic being related to one or more target identities and interceptable by means of an Intercepting Control Element, ICE, of said LI network and which ICE being situated in a node of the digital communications network, said ICE being configured to receive a request to intercept data traffic related to one or more target identities, collect IRI and CC related to said one or more requested target identities, and forward the IRI and CC to the IMDU comprising an Administration mediation function, ADMF, which performs: - receiving (S110) a request for LI activation comprising a target identity to be intercepted; - generating (S120) an extended task identifier XID for the target identity, said extended task identifier XID comprising a node identifier part which identifies the ICE and a pure task identifier part which is an identification number assigned by the ADMF for the target identity; - adding (S130) the extended task identifier XID to a warrant; - forwarding (S140) the warrant to the ICE ; - receiving ( S160), from the ICE , IRI and CC data packets wherein at least the headers of the CC data packets comprise the pure task identifier part and not the node identifier part of the extended task identifier XID; - identifying (S170) the node identifier by means of the data packets source IP address; - correlating (S180) the received IRI and CC data packets by means of the pure task identifier part and the node identifier; and - forwarding (S190) the received IRI and CC data packets to the intercept requesting LEA . - receiving (S110) a request for LI activation comprising a target identity to be intercepted; - generating (S120) an extended task identifier XID for the target identity, said extended task identifier XID comprising a node identifier part which identifies the ICE and a pure task identifier part which is an identification number assigned by the ADMF for the target identity; - adding (S130) the extended task identifier XID to a warrant; - forwarding (S140) the warrant to the ICE ; - receiving ( S160), from the ICE , IRI and CC data packets wherein at least the headers of the CC data packets comprise the pure task identifier part and not the node identifier part of the extended task identifier XID; - identifying (S170) the node identifier by means of the data packets source IP address; - correlating (S180) the received IRI and CC data packets by means of the pure task identifier part and the node identifier; and - forwarding (S190) the received IRI and CC data packets to the intercept requesting LEA .
An eyeglass frame shape measuring apparatus comprising: eyeglass frame holding means which is configured to hold an eyeglass frame in a predetermined measurement state; and measuring means which is configured to measure a shape of a rim of the eyeglass frame by tracing a contour of the rim of the eyeglass frame, wherein the measuring means includes: a tracing stylus which is configured to be inserted into a groove of the rim; a tracing stylus moving unit which is configured to move the tracing stylus in a radial direction of the rim; and a rotating unit which is configured to rotate the tracing stylus moving unit about a first axis (Z1) set to pass through an inside of the contour of the rim such that the tip of the tracing stylus traces the rim along the contour of the rim, characterized in that the eyeglass frame holding means is configured to hold the eyeglass frame in the predetermined measurement state such that the rotating unit is configured to be disposed on a rear side between the right temple (FTR) and the left temple (FTL) of the eyeglass frame held by the eyeglass frame holding means. eyeglass frame holding means which is configured to hold an eyeglass frame in a predetermined measurement state; and measuring means which is configured to measure a shape of a rim of the eyeglass frame by tracing a contour of the rim of the eyeglass frame, wherein the measuring means includes: a tracing stylus which is configured to be inserted into a groove of the rim; a tracing stylus moving unit which is configured to move the tracing stylus in a radial direction of the rim; and a rotating unit which is configured to rotate the tracing stylus moving unit about a first axis (Z1) set to pass through an inside of the contour of the rim such that the tip of the tracing stylus traces the rim along the contour of the rim, characterized in that the eyeglass frame holding means is configured to hold the eyeglass frame in the predetermined measurement state such that the rotating unit is configured to be disposed on a rear side between the right temple (FTR) and the left temple (FTL) of the eyeglass frame held by the eyeglass frame holding means. a tracing stylus which is configured to be inserted into a groove of the rim; a tracing stylus moving unit which is configured to move the tracing stylus in a radial direction of the rim; and a rotating unit which is configured to rotate the tracing stylus moving unit about a first axis (Z1) set to pass through an inside of the contour of the rim such that the tip of the tracing stylus traces the rim along the contour of the rim, characterized in that the eyeglass frame holding means is configured to hold the eyeglass frame in the predetermined measurement state such that the rotating unit is configured to be disposed on a rear side between the right temple (FTR) and the left temple (FTL) of the eyeglass frame held by the eyeglass frame holding means.
A drip hose comprising a hose body and a hollow drip head inner plug , a sealing ring is fixed in an interior of the drip head inner plug , the drip head inner plug is capped in an opening of the hose body , and an outer wall of the drip head inner plug is interference-fitted with an inner wall of the opening of the hose body , a sealing post correspondingly blocks the sealing ring , the sealing post , the sealing ring and a hollow inner cavity of the drip head inner plug jointly form a storage space ; a small liquid outlet hole is arranged on a head of the drip head inner plug , the small liquid outlet hole is in communication with the storage space , and the small liquid outlet hole has a size larger than that of a small liquid outlet aperture ; and the sealing post is fixed in an opening of the hose body , characterised in that the small liquid outlet aperture is arranged on the sealing ring and the small liquid outlet aperture is in communication with both the storage space and the opening of the hose body , and the hose body further comprises a skirt , the sealing post and the skirt jointly block the opening of the hose body , and the skirt is provided with at least one through hole for liquid discharge. the sealing post is fixed in an opening of the hose body , characterised in that the small liquid outlet aperture is arranged on the sealing ring and the small liquid outlet aperture is in communication with both the storage space and the opening of the hose body , and the hose body further comprises a skirt , the sealing post and the skirt jointly block the opening of the hose body , and the skirt is provided with at least one through hole for liquid discharge.
A touch panel driving device comprising: a drive control section configured to control driving of a touch panel by transmitting a driving signal in synchronization with a timing of driving a display driver for displaying an image to a display device ; a signal detection section configured to detect a plurality of output signals that are outputted from coordinates of the touch panel, respectively; a noise detection section configured to detect, in accordance with the magnitude of at least one of the plurality of output signals detected by the signal detection section, the presence or absence of at least external noise of an input operation performed on the touch panel; and a noise reduction section configured to, in a case where the presence of external noise has been detected by the noise detection section, execute a process for reducing the external noise by adjusting a cycle of a horizontal synchronization period of the driving signal so that a cycle of driving the display device and a cycle of driving the touch panel are both changed. a drive control section configured to control driving of a touch panel by transmitting a driving signal in synchronization with a timing of driving a display driver for displaying an image to a display device ; a signal detection section configured to detect a plurality of output signals that are outputted from coordinates of the touch panel, respectively; a noise detection section configured to detect, in accordance with the magnitude of at least one of the plurality of output signals detected by the signal detection section, the presence or absence of at least external noise of an input operation performed on the touch panel; and a noise reduction section configured to, in a case where the presence of external noise has been detected by the noise detection section, execute a process for reducing the external noise by adjusting a cycle of a horizontal synchronization period of the driving signal so that a cycle of driving the display device and a cycle of driving the touch panel are both changed.