mhurhangee/patent-ind-claim-en huggingface dataset:
A light-emitting device package, comprising: a package body including a cavity and a plate guide unit , wherein the plate guide unit is protruded from a top surface of the package body ; a light emitting device disposed on a disposition surface of the cavity , wherein the light emitting device includes light-emitting diode chip adapted to emit UV rays having a wavelength of 190∼400 nm; a plate disposed on the top surface of the package body , wherein a part of side of the plate is surrounded by the guide unit ; an internal adhesive member disposed on the top surface of the package body and under a bottom surface of the plate ; and an external adhesive member disposed on the package body and the plate ; wherein the side of the plate is spaced apart from the plate guide unit , wherein the external adhesive member includes one part bonded to the package body and the other part bonded to the plate , wherein the external adhesive member is disposed on the plate guide unit and the edge portion of the plate , and characterized in that the external adhesive member comprises a first base layer and an adhesive tape . a package body including a cavity and a plate guide unit , wherein the plate guide unit is protruded from a top surface of the package body ; a light emitting device disposed on a disposition surface of the cavity , wherein the light emitting device includes light-emitting diode chip adapted to emit UV rays having a wavelength of 190∼400 nm; a plate disposed on the top surface of the package body , wherein a part of side of the plate is surrounded by the guide unit ; an internal adhesive member disposed on the top surface of the package body and under a bottom surface of the plate ; and an external adhesive member disposed on the package body and the plate ; wherein the side of the plate is spaced apart from the plate guide unit , wherein the external adhesive member includes one part bonded to the package body and the other part bonded to the plate , wherein the external adhesive member is disposed on the plate guide unit and the edge portion of the plate , and characterized in that the external adhesive member comprises a first base layer and an adhesive tape .
A ceiling tile loudspeaker comprising: an acoustic enclosure defining an acoustic cavity ; an electro-acoustic transducer supported by the enclosure such that a first radiating surface of the electro-acoustic transducer radiates acoustic energy into the acoustic cavity and a second radiating surface of the electro-acoustic transducer radiates acoustic energy outward away from the acoustic enclosure; a first baffle disposed within the acoustic cavity, wherein the electro-acoustic transducer is mounted to a top surface of the first baffle; and a plurality of partitions , which, together with the first baffle, defines a plurality of ports that acoustically couple the acoustic cavity to an exterior of the enclosure, wherein each of the plurality of ports includes a first open end , a second open end , and a central axis extending therebetween, and wherein the ports are arranged such that their central axes lie in a plane that is substantially perpendicular to a motion axis of the electro-acoustic transducer, characterized in that the central axes of the ports extend along spiral curves. an acoustic enclosure defining an acoustic cavity ; an electro-acoustic transducer supported by the enclosure such that a first radiating surface of the electro-acoustic transducer radiates acoustic energy into the acoustic cavity and a second radiating surface of the electro-acoustic transducer radiates acoustic energy outward away from the acoustic enclosure; a first baffle disposed within the acoustic cavity, wherein the electro-acoustic transducer is mounted to a top surface of the first baffle; and a plurality of partitions , which, together with the first baffle, defines a plurality of ports that acoustically couple the acoustic cavity to an exterior of the enclosure, wherein each of the plurality of ports includes a first open end , a second open end , and a central axis extending therebetween, and wherein the ports are arranged such that their central axes lie in a plane that is substantially perpendicular to a motion axis of the electro-acoustic transducer, characterized in that the central axes of the ports extend along spiral curves.
A system for controlling a left univentricular (LUV) pacing therapy using an implantable medical device (IMD) , the system comprising: electrodes (122, 123, 126 1 -126 4 , 132, 134) configured to be located at an atrial (A) site, left ventricular (LV) site and right ventricular (RV) site of the heart ; memory to store program instructions; one or more processors configured to implement the program instructions to: determine a conduction different Δ based on i) an atrial-ventricular conduction delay (AR RV ) between the A site and the RV site, and ii) an atrial-ventricular conduction delay (AR LV ) between the A site and the LV site; determine a correction term ε based on intrinsic inter-ventricular conduction delay (IVCD) between the LV and RV; set an LV atrial-ventricular pacing (AV LV ) delay based on an interventricular pacing (VV) delay that is set based on the following: VV=FCTR(Δ ∗ W 1 + ε ∗ W 2 + PL ∗ W 3 ), where FCTR is any desired non-zero number, W 1 - W 3 represent weighting factors and PL is a pacing latency; and manage the LUV pacing therapy based on the AV LV delay, wherein the LUV pacing therapy lacks pacing in the RV, wherein the memory is configured to store the AV LV delay. electrodes (122, 123, 126 1 -126 4 , 132, 134) configured to be located at an atrial (A) site, left ventricular (LV) site and right ventricular (RV) site of the heart ; memory to store program instructions; one or more processors configured to implement the program instructions to: determine a conduction different Δ based on i) an atrial-ventricular conduction delay (AR RV ) between the A site and the RV site, and ii) an atrial-ventricular conduction delay (AR LV ) between the A site and the LV site; determine a correction term ε based on intrinsic inter-ventricular conduction delay (IVCD) between the LV and RV; set an LV atrial-ventricular pacing (AV LV ) delay based on an interventricular pacing (VV) delay that is set based on the following: VV=FCTR(Δ ∗ W 1 + ε ∗ W 2 + PL ∗ W 3 ), where FCTR is any desired non-zero number, W 1 - W 3 represent weighting factors and PL is a pacing latency; and manage the LUV pacing therapy based on the AV LV delay, wherein the LUV pacing therapy lacks pacing in the RV, wherein the memory is configured to store the AV LV delay. determine a conduction different Δ based on i) an atrial-ventricular conduction delay (AR RV ) between the A site and the RV site, and ii) an atrial-ventricular conduction delay (AR LV ) between the A site and the LV site; determine a correction term ε based on intrinsic inter-ventricular conduction delay (IVCD) between the LV and RV; set an LV atrial-ventricular pacing (AV LV ) delay based on an interventricular pacing (VV) delay that is set based on the following: VV=FCTR(Δ ∗ W 1 + ε ∗ W 2 + PL ∗ W 3 ), where FCTR is any desired non-zero number, W 1 - W 3 represent weighting factors and PL is a pacing latency; and manage the LUV pacing therapy based on the AV LV delay, wherein the LUV pacing therapy lacks pacing in the RV, wherein the memory is configured to store the AV LV delay.
Turbine vane for a turbine engine, such as a turbojet engine, comprising: - a blade including a leading edge and a trailing edge and intended to be submerged in an air flow circulating from upstream to downstream from the leading edge to the trailing edge; - at least one platform (39; 41) ending an end of the blade , this platform comprising an air glide face (39a; 41a) at the interface thereof with the blade ; - at least one air circulation circuit (44; 46) including: - an air intake opening (48; 51) formed onto the glide face (39a; 41a) of the platform (39; 41), in a zone upstream from the leading edge (J) or in a zone corresponding to the upstream half of the blade ; characterized in that the air circulation conduit (44 ; 46) includes : - an air discharge opening (49; 52) formed onto the trailing edge of the blade ; - an inner conduit (47; 53) connecting the air intake opening to the air discharge opening . - a blade including a leading edge and a trailing edge and intended to be submerged in an air flow circulating from upstream to downstream from the leading edge to the trailing edge; - at least one platform (39; 41) ending an end of the blade , this platform comprising an air glide face (39a; 41a) at the interface thereof with the blade ; - at least one air circulation circuit (44; 46) including: - an air intake opening (48; 51) formed onto the glide face (39a; 41a) of the platform (39; 41), in a zone upstream from the leading edge (J) or in a zone corresponding to the upstream half of the blade ; characterized in that the air circulation conduit (44 ; 46) includes : - an air discharge opening (49; 52) formed onto the trailing edge of the blade ; - an inner conduit (47; 53) connecting the air intake opening to the air discharge opening . - an air intake opening (48; 51) formed onto the glide face (39a; 41a) of the platform (39; 41), in a zone upstream from the leading edge (J) or in a zone corresponding to the upstream half of the blade ; characterized in that the air circulation conduit (44 ; 46) includes : - an air discharge opening (49; 52) formed onto the trailing edge of the blade ; - an inner conduit (47; 53) connecting the air intake opening to the air discharge opening . - an air discharge opening (49; 52) formed onto the trailing edge of the blade ; - an inner conduit (47; 53) connecting the air intake opening to the air discharge opening .
A method for preparing User Equipment, UE, mobility from a 4G network to a 2G/3G network for a UE moving from a 5G network to the 2G/3G network via the 4G network, the method being performed by a network node after the UE has moved from the 5G network to the 4G network and comprising: triggering (S304), for each of one or more bearers handed over from the 5G network to the 4G network for the UE , an update bearer procedure to provide one or more 2G/3G Quality of Service, QoS, parameters to the UE required to hand over the respective bearer to the 2G/3G network when the UE moves from the 4G network to the 2G/3G network.
A cylindrical rotor for the treatment of turf, the rotor being adapted to be driven in rotation about a horizontal axis , and provided with wear-resistant teeth adapted to penetrate the turf and be driven below turf level, the teeth extending along two helical tracks on the rotor so as to be capable of selectively removing thatch from the turf to a desired depth below the turf level, the teeth being individually attached to the rotor so as to be capable of individual removal for replacement or refurbishing or for reconfiguring the rotor , characterised in that the teeth are connected to adjacent teeth .
A fruit collection device comprising: - a tarpaulin winder , arranged along a winding axis - at least one tarpaulin with a longitudinal winding edge connected to the tarpaulin winder and extending parallel to the winding axis, and a free longitudinal edge , opposite the longitudinal winding edge, and lateral edges extending between the longitudinal winding edge and the free longitudinal edge, the tarpaulin being able to be selectively wound on the winder and deployed on the ground in a fruit harvesting position, - at least one unwinding trolley , the unwinding trolley being provided with a device for fastening the free longitudinal edge of the tarpaulin, - at least one rib for tensioning the tarpaulin, extending along the tarpaulin, between the longitudinal winding edge and the free longitudinal edge , characterised in that the tension rib is fastened to the unwinding trolley via respectively a tensioner distinct from the device for fastening the free longitudinal edge of the tarpaulin. - a tarpaulin winder , arranged along a winding axis - at least one tarpaulin with a longitudinal winding edge connected to the tarpaulin winder and extending parallel to the winding axis, and a free longitudinal edge , opposite the longitudinal winding edge, and lateral edges extending between the longitudinal winding edge and the free longitudinal edge, the tarpaulin being able to be selectively wound on the winder and deployed on the ground in a fruit harvesting position, - at least one unwinding trolley , the unwinding trolley being provided with a device for fastening the free longitudinal edge of the tarpaulin, - at least one rib for tensioning the tarpaulin, extending along the tarpaulin, between the longitudinal winding edge and the free longitudinal edge ,
A steering lock device comprising: a motor configured to rotate a motor shaft mounted on a frame member and extending along a planar portion of the frame member ; a worm attached to the motor shaft of the motor ; a two-stage gear configured to rotate along the planar portion and including a first gear engaged with the worm and a second gear having a rotation axis that is coaxial with a rotation axis of the first gear ; a main gear configured to rotate along the planar portion and including internal teeth engaged with the second gear of the two-stage gear ; and a rod configured to transition between two states along with rotation of the main gear , the two states being a state that rotation of a steering shaft (SS) is restricted and a state that the restriction is canceled. a motor configured to rotate a motor shaft mounted on a frame member and extending along a planar portion of the frame member ; a worm attached to the motor shaft of the motor ; a two-stage gear configured to rotate along the planar portion and including a first gear engaged with the worm and a second gear having a rotation axis that is coaxial with a rotation axis of the first gear ; a main gear configured to rotate along the planar portion and including internal teeth engaged with the second gear of the two-stage gear ; and a rod configured to transition between two states along with rotation of the main gear , the two states being a state that rotation of a steering shaft (SS) is restricted and a state that the restriction is canceled.
A human-machine verification method, comprising: receiving an identity verification request sent by a requester, and collecting an eyeball gaze point track on an identity verification page; wherein the identity verification request comprises identity verification information including a user name and a password; and wherein the eyeball gaze point track is formed by collecting eyeball gaze point positions of the requester at different moments after the requester enters the identify verification page and sequentially modeling according to a time sequence; identifying whether the identity verification information is correct based on pre-stored user identity information; if the identity verification information is correct, performing classification based on the eyeball gaze point track on the identity verification page using a first classification model, and outputting a first probability value indicating whether the requester is a real person or a machine, wherein the first classification model is trained by taking eyeball gaze point tracks of different users within a period of historical time as positive samples to analyze a historical behavior similarity, and taking fake eyeball gaze point tracks which do not conform to the historical behavior similarity as negative samples; and determining based on the first probability value that the requester is the real person or the machine, and outputting an identity verification result indicating that identity verification is passed or fails. receiving an identity verification request sent by a requester, and collecting an eyeball gaze point track on an identity verification page; wherein the identity verification request comprises identity verification information including a user name and a password; and wherein the eyeball gaze point track is formed by collecting eyeball gaze point positions of the requester at different moments after the requester enters the identify verification page and sequentially modeling according to a time sequence; identifying whether the identity verification information is correct based on pre-stored user identity information; if the identity verification information is correct, performing classification based on the eyeball gaze point track on the identity verification page using a first classification model, and outputting a first probability value indicating whether the requester is a real person or a machine, wherein the first classification model is trained by taking eyeball gaze point tracks of different users within a period of historical time as positive samples to analyze a historical behavior similarity, and taking fake eyeball gaze point tracks which do not conform to the historical behavior similarity as negative samples; and determining based on the first probability value that the requester is the real person or the machine, and outputting an identity verification result indicating that identity verification is passed or fails.
Lighting assembly for a vehicle, comprising: - a light source accommodated in a housing and configured to emit light; - an outer lens corresponding to the light source and being transparent for the emitted light of the respective light source in an outwards direction; - a filter being in direct contact with an inner surface of the outer lens and configured to homogenize the emitted light; - a black mask member surrounding the filter ; - an internal element in the housing ; characterized in that , the internal element and the black mask member are formed to face each other in a manner that a gap is formed between the internal element and the black mask member , wherein the gap comprises at least one bent portion . - a light source accommodated in a housing and configured to emit light; - an outer lens corresponding to the light source and being transparent for the emitted light of the respective light source in an outwards direction; - a filter being in direct contact with an inner surface of the outer lens and configured to homogenize the emitted light; - a black mask member surrounding the filter ; - an internal element in the housing ;
Lasofoxifene, for use in a method of reducing metastasis to liver or lung in a female patient suffering from estrogen receptor positive (ER + ) breast cancer, wherein the patient's cancer has at least one gain of function missense mutation within the ligand binding domain (LBD) of the Estrogen Receptor 1 (ESR1) gene, and wherein the at least one gain of function missense mutation is D538G or Y537S, the method comprising administering to the patient an effective amount of lasofoxifene.
A method of inhibiting or preventing the production of malodor comprising contacting a fabric, a laundry washing machine, a dish washing machine, tableware or hard surfaces in households, in particular surfaces of sanitary facilities with inactivated bacterial spores, inactivated by a method that damages the DNA of the spore cells, or structures or proteins in the interior of the cells, while leaving their outer surface intact, of at least one species of Bacillus, in particular inactivated bacterial spores of Bacillus amyloliquefaciens and/or Bacillus atrophaeus, especially inactivated bacterial spores of bacilli selected from the group consisting of Bacillus strains with the registration reference SD-6991, registration office ATCC, registration reference PTA-7543, registration office ATCC, registration reference SD-6992, registration office ATCC, registration reference NRRL B-50607, registration office ARS, registration reference NRRL B-50606, registration office ARS, registration reference NRRL B-50887, registration office ARS, registration reference PTA-7549, registration office ATCC, registration reference NRRL B-50017, registration office ARS, and its mixtures.
A load control system for controlling an electrical load , the load control system comprising: a beacon transmitting device configured to transmit a beacon signal including a unique identifier; and a mobile device configured to; receive the beacon signal from the beacon transmitting device ; store the unique identifier of the beacon signal as a favorite beacon identifier in memory; receive beacon signals from a plurality of beacon transmitting devices and determine received signal strength indications, RSSIs, of the received beacon signals, wherein the plurality of beacon transmitting devices include the beacon transmitting device ; and virtually link to the beacon signal having the unique identifier stored as the favorite beacon identifier in memory even if an RSSI of the beacon signal having the unique identifier stored as the favorite beacon identifier is less than an RSSI of at least one of the other received beacon signals. a beacon transmitting device configured to transmit a beacon signal including a unique identifier; and a mobile device configured to; receive the beacon signal from the beacon transmitting device ; store the unique identifier of the beacon signal as a favorite beacon identifier in memory; receive beacon signals from a plurality of beacon transmitting devices and determine received signal strength indications, RSSIs, of the received beacon signals, receive the beacon signal from the beacon transmitting device ; store the unique identifier of the beacon signal as a favorite beacon identifier in memory; receive beacon signals from a plurality of beacon transmitting devices and determine received signal strength indications, RSSIs, of the received beacon signals, wherein the plurality of beacon transmitting devices include the beacon transmitting device ; and virtually link to the beacon signal having the unique identifier stored as the favorite beacon identifier in memory even if an RSSI of the beacon signal having the unique identifier stored as the favorite beacon identifier is less than an RSSI of at least one of the other received beacon signals.