mhurhangee/ep-ind-claims huggingface dataset:
A coaxial photodetector, comprising: an optical port adapter, a filtering assembly, a connecting tube body, and a transistor-outline can, TO-CAN, comprising a photodiode, wherein two ends of the connecting tube body are separately connected to the optical port adapter and the TO-CAN, and the filtering assembly is in the connecting tube body, and wherein the optical port adapter is configured to connect to an optical fiber, and a light beam from the optical fiber is guided to the filtering assembly by the optical port adapter, and is output to the photodiode after filtered by the filtering assembly, wherein the coaxial photodetector further comprises a first sleeve, the first sleeve is in the connecting tube body, and an end of the first sleeve and the optical port adapter are fastened to each other, characterized in that the filtering assembly comprises a collimation lens, a filtering piece, and a convergence lens that are sequentially arranged along an optical path; and the filtering assembly is fastened in the first sleeve, wherein the filtering assembly further comprises a second sleeve having a first end and a second end, and the second sleeve is fastened in an end of the first sleeve close to the optical port adapter, and the collimation lens is fastened in the second sleeve, and the filtering piece is fastened on an end face of the second end of the second sleeve. an optical port adapter, a filtering assembly, a connecting tube body, and a transistor-outline can, TO-CAN, comprising a photodiode, wherein two ends of the connecting tube body are separately connected to the optical port adapter and the TO-CAN, and the filtering assembly is in the connecting tube body, and wherein the optical port adapter is configured to connect to an optical fiber, and a light beam from the optical fiber is guided to the filtering assembly by the optical port adapter, and is output to the photodiode after filtered by the filtering assembly, wherein the coaxial photodetector further comprises a first sleeve, the first sleeve is in the connecting tube body, and an end of the first sleeve and the optical port adapter are fastened to each other, characterized in that the filtering assembly comprises a collimation lens, a filtering piece, and a convergence lens that are sequentially arranged along an optical path; and the filtering assembly is fastened in the first sleeve, wherein the filtering assembly further comprises a second sleeve having a first end and a second end, and the second sleeve is fastened in an end of the first sleeve close to the optical port adapter, and the collimation lens is fastened in the second sleeve, and the filtering piece is fastened on an end face of the second end of the second sleeve.
A method for improving quality of experience, QoE, at a user equipment, UE, in a congested radio access network, RAN, comprising: indicating, by a UE to a RAN, a quality control indicator, QCI for each of a plurality of applications executing at the UE that are in communication with the RAN over a bearer; receiving, at the UE, information regarding modification of the bearer or additional bearers based on the QCIs; modifying the bearer or additional bearers at the UE according to the information to achieve a desired QoE for at least one of the plurality of applications, receiving congestion policy information from the RAN that indicates available QCIs; and selecting the QCI for each of the plurality of applications from the available QCIs, and detecting a high load at the RAN, wherein the indicating the QCI for each of the plurality of applications is based in part on the detecting the high load, wherein the detecting the high load comprises detecting degradation in QoE for at least one application of the plurality of applications, wherein the indicating comprises indicating a higher QCI for the at least one application than for at least another one of the plurality of applications to improve QoE at the at least one application. indicating, by a UE to a RAN, a quality control indicator, QCI for each of a plurality of applications executing at the UE that are in communication with the RAN over a bearer; receiving, at the UE, information regarding modification of the bearer or additional bearers based on the QCIs; modifying the bearer or additional bearers at the UE according to the information to achieve a desired QoE for at least one of the plurality of applications, receiving congestion policy information from the RAN that indicates available QCIs; and selecting the QCI for each of the plurality of applications from the available QCIs, and detecting a high load at the RAN, wherein the indicating the QCI for each of the plurality of applications is based in part on the detecting the high load, wherein the detecting the high load comprises detecting degradation in QoE for at least one application of the plurality of applications, wherein the indicating comprises indicating a higher QCI for the at least one application than for at least another one of the plurality of applications to improve QoE at the at least one application.
A method of managing communication at a wireless access point (102; 104), comprising: receiving a request from a first access terminal for access to system resources provided from the wireless access point (102; 104); determining at least one value indicative of system resources provided from the wireless access point; determining whether the first access terminal is a member of a group or a non-member; determining a level of service from one of a plurality of levels of service for the first access terminal based on whether the first access terminal is a member or a non-member, wherein the respective levels of service for members and non-members are different; wherein the level of service is one of a guaranteed bit rate, GBR or a non-guaranteed bit rate, non-GBR; and selectively adjusting a quality of service, QoS, of communication between the wireless access point and a second access terminal based on both the value indicative of system resources and whether at least one of the first and second access terminals is a member of a group, wherein a member has priority access to system resource over a non-member. receiving a request from a first access terminal for access to system resources provided from the wireless access point (102; 104); determining at least one value indicative of system resources provided from the wireless access point; determining whether the first access terminal is a member of a group or a non-member; determining a level of service from one of a plurality of levels of service for the first access terminal based on whether the first access terminal is a member or a non-member, wherein the respective levels of service for members and non-members are different; wherein the level of service is one of a guaranteed bit rate, GBR or a non-guaranteed bit rate, non-GBR; and selectively adjusting a quality of service, QoS, of communication between the wireless access point and a second access terminal based on both the value indicative of system resources and whether at least one of the first and second access terminals is a member of a group, wherein a member has priority access to system resource over a non-member.
A computing system comprising: a server configured to provide Software as a Service, SaaS, application sessions; and at least one client computing device cooperating with the server to run a first SaaS application session having a form including an input data field, recognizing the input data field from the form and dynamically generating an application program interface, API, to accept inputs for the recognized input data field, link an output of an Internet of Things, IoT, sensor corresponding to the input data field to the API, and collect data output from the IoT sensor and populate the input data field in the form via the API. a server configured to provide Software as a Service, SaaS, application sessions; and at least one client computing device cooperating with the server to run a first SaaS application session having a form including an input data field, recognizing the input data field from the form and dynamically generating an application program interface, API, to accept inputs for the recognized input data field, link an output of an Internet of Things, IoT, sensor corresponding to the input data field to the API, and collect data output from the IoT sensor and populate the input data field in the form via the API. run a first SaaS application session having a form including an input data field, recognizing the input data field from the form and dynamically generating an application program interface, API, to accept inputs for the recognized input data field, link an output of an Internet of Things, IoT, sensor corresponding to the input data field to the API, and collect data output from the IoT sensor and populate the input data field in the form via the API.
A metal complex of Formula I: wherein R 1, R 2, R 2', and R 3 are independently selected from the group consisting of alkyl and aryl; M is a metal selected from Groups 7-10 of the periodic table or is copper; and L is at least one ligand selected from the group consisting of amidoimine ligand, diazabutadiene ligand, amidinate ligand, and allyl ligand. R 1, R 2, R 2', and R 3 are independently selected from the group consisting of alkyl and aryl; M is a metal selected from Groups 7-10 of the periodic table or is copper; and L is at least one ligand selected from the group consisting of amidoimine ligand, diazabutadiene ligand, amidinate ligand, and allyl ligand.
A dishwasher comprising: i) a washing compartment for washing dishes; ii) a door that is movable between an open position, wherein it enables the insertion and removal of the dishes in/from the washing compartment, and a closed position, wherein it is substantially vertical and closes an access opening to the washing compartment; iii) projection means for projecting at least one pre-established light signal on a surface external to the dishwasher, the light signal being particularly associated with the washing state in progress or with the achievement of the end-of-wash state, said projection means comprising a light source; wherein the projection means comprises a concentration lens for concentrating a light beam coming from the light source, said concentration lens being external to the door and solidly constrained to a frame that encloses said access opening; said light beam being projected by the lens towards the exterior of the dishwasher and downstream of the lens, extending in a substantially horizontal direction, characterized in that it is a fully integrated built-in dishwasher and comprises a bracket for connecting the dishwasher to a work top that is located over the bracket, said projection means being supported by said bracket. i) a washing compartment for washing dishes; ii) a door that is movable between an open position, wherein it enables the insertion and removal of the dishes in/from the washing compartment, and a closed position, wherein it is substantially vertical and closes an access opening to the washing compartment; iii) projection means for projecting at least one pre-established light signal on a surface external to the dishwasher, the light signal being particularly associated with the washing state in progress or with the achievement of the end-of-wash state, said projection means comprising a light source;
An ink jet recording apparatus comprising: a recording head having a plurality of nozzles through which an ink composition containing an inorganic pigment is ejected, a nozzle surface having nozzle orifices, and a liquid-repellent film disposed on the nozzle surface; an absorbing member adapted to absorb the ink composition from the nozzle orifices and the nozzle surface; and an actuating mechanism including a pressing member adapted to press the absorbing member and the nozzle surface relative to each other with a force of 0.5 to 5 N (50 to 500 gf), wherein the actuating mechanism is adapted to move at least one of the absorbing member and the recording head relative to the other to perform a cleaning operation in which the ink composition is removed from the nozzle surface with the absorbing member, and the absorbing member contains an impregnation liquid during the cleaning operation, characterized in that the liquid-repellent film has a thickness of 1 to 30 nm. a recording head having a plurality of nozzles through which an ink composition containing an inorganic pigment is ejected, a nozzle surface having nozzle orifices, and a liquid-repellent film disposed on the nozzle surface; an absorbing member adapted to absorb the ink composition from the nozzle orifices and the nozzle surface; and an actuating mechanism including a pressing member adapted to press the absorbing member and the nozzle surface relative to each other with a force of 0.5 to 5 N (50 to 500 gf), wherein the actuating mechanism is adapted to move at least one of the absorbing member and the recording head relative to the other to perform a cleaning operation in which the ink composition is removed from the nozzle surface with the absorbing member, and the absorbing member contains an impregnation liquid during the cleaning operation, characterized in that the liquid-repellent film has a thickness of 1 to 30 nm.
A multi-core lithium ion battery, comprising: a support member defining a plurality of cavities; a plurality of lithium ion core members (102a-j), wherein one of the plurality of lithium ion core members (102a-j) is disposed within a corresponding one of the plurality of cavities; and one or more gas-generating endothermic materials positioned in proximity to one or more of the lithium ion core members (102a-j), wherein an endothermic reaction associated with at least one of the one or more endothermic materials results in evolution of gas, at least one of the one or more endothermic materials is included within a ceramic matrix, characterized in that the ceramic matrix comprises one or more microporous particulate materials, wherein the ceramic matrix has sufficient porosity to permit said gas to vent and thereby remove heat therefrom. a support member defining a plurality of cavities; a plurality of lithium ion core members (102a-j), wherein one of the plurality of lithium ion core members (102a-j) is disposed within a corresponding one of the plurality of cavities; and one or more gas-generating endothermic materials positioned in proximity to one or more of the lithium ion core members (102a-j), wherein an endothermic reaction associated with at least one of the one or more endothermic materials results in evolution of gas, at least one of the one or more endothermic materials is included within a ceramic matrix, characterized in that the ceramic matrix comprises one or more microporous particulate materials, wherein the ceramic matrix has sufficient porosity to permit said gas to vent and thereby remove heat therefrom.
A motor-driven compressor comprising: an electric motor including a stator and a rotor, wherein the stator includes a stator core and a coil end projecting from the stator core; a rotation shaft configured to rotate integrally with the rotor; a compression unit configured to be driven when the rotation shaft rotates; a motor driving circuit configured to drive the electric motor; a housing accommodating the compression unit, the electric motor, and the motor driving circuit sequentially arranged in an axial direction of the rotation shaft; a conductor configured to electrically connect the motor driving circuit to the electric motor; a lead extending from the coil end, wherein the coil end is located between the stator core and the motor driving circuit in the axial direction; a connection terminal electrically connecting the conductor to the lead; and a cluster block accommodating the connection terminal, wherein the cluster block is arranged in the housing, and the cluster block is coupled to the stator with at least part of the cluster block located inward from the coil end in a radial direction of the rotation shaft, and characterized in that the cluster block includes a main body and an inserting projection for coupling the cluster block to the stator, wherein the main body is arranged between the coil end and the rotation shaft with at least part of the main body facing the rotor. an electric motor including a stator and a rotor, wherein the stator includes a stator core and a coil end projecting from the stator core; a rotation shaft configured to rotate integrally with the rotor; a compression unit configured to be driven when the rotation shaft rotates; a motor driving circuit configured to drive the electric motor; a housing accommodating the compression unit, the electric motor, and the motor driving circuit sequentially arranged in an axial direction of the rotation shaft; a conductor configured to electrically connect the motor driving circuit to the electric motor; a lead extending from the coil end, wherein the coil end is located between the stator core and the motor driving circuit in the axial direction; a connection terminal electrically connecting the conductor to the lead; and a cluster block accommodating the connection terminal, wherein the cluster block is arranged in the housing, and the cluster block is coupled to the stator with at least part of the cluster block located inward from the coil end in a radial direction of the rotation shaft, and characterized in that the cluster block includes a main body and an inserting projection for coupling the cluster block to the stator, wherein the main body is arranged between the coil end and the rotation shaft with at least part of the main body facing the rotor.
A fuel dispenser, comprising: a fuel dispenser memory that stores a secret key that is unique to the fuel dispenser; a fuel dispenser processor coupled to the memory and being programmed to: receive a request to access a protected function of the fuel dispenser on behalf of a user from a user device; generate a challenge that includes a session password to allow access to the protected function and a function code corresponding to the requested function, wherein the challenge includes components used to convey information to a server; encrypt the challenge using the secret key stored in the memory; output the encrypted challenge to the user device; prompt for the session password; and determine that the user has been authenticated by the server to access the protected function and allow access to the requested protected function only when a password matching the session password is received from the user device. a fuel dispenser memory that stores a secret key that is unique to the fuel dispenser; a fuel dispenser processor coupled to the memory and being programmed to: receive a request to access a protected function of the fuel dispenser on behalf of a user from a user device; generate a challenge that includes a session password to allow access to the protected function and a function code corresponding to the requested function, wherein the challenge includes components used to convey information to a server; encrypt the challenge using the secret key stored in the memory; output the encrypted challenge to the user device; prompt for the session password; and determine that the user has been authenticated by the server to access the protected function and allow access to the requested protected function only when a password matching the session password is received from the user device. receive a request to access a protected function of the fuel dispenser on behalf of a user from a user device; generate a challenge that includes a session password to allow access to the protected function and a function code corresponding to the requested function, wherein the challenge includes components used to convey information to a server; encrypt the challenge using the secret key stored in the memory; output the encrypted challenge to the user device; prompt for the session password; and determine that the user has been authenticated by the server to access the protected function and allow access to the requested protected function only when a password matching the session password is received from the user device.
A multi-frustum screw for dental implants comprising three threaded frustums (31, 9, 41), the threaded frustums comprising a coronal frustum forming an upper end of the screw, an apical frustum forming a lower end of the screw and, a central frustum positioned between the coronal frustum and the apical frustum, wherein the coronal frustum, the central frustum, and the apical frustum have a common longitudinal axis, the length of the coronal frustum at the upper end of the screw and the length of the apical frustum at the lower end of the screw being each between 20% and 80% of the total length of the screw, characterized in that, said screw comprises an internal gap provided on said upper end of the screw, the internal gap being coaxial with said longitudinal axis and having a threaded surface portion for attachment of an abutment, wherein said internal gap has a bottom shaped as a polygon of 6 to 12 sides, which internal gap locks an attachment or abutment fixable in a determined position, wherein the threaded frustums (31, 9, 41) are joined to each other so that a widest end of the apical frustum is joined with a widest end of the central frustum, a narrowest end of the central frustum is joined with a narrowest end of the coronal frustum, wherein a narrowest end of the apical frustum corresponds to the lower end of the multi-frustum screw and a widest end of the coronal frustum corresponds to the upper end of the multi-frustum screw.
Strand guide roller for guiding a steel strand in a strand casting machine, comprising - a left-hand and a right-hand bearing block; - a stationary axle, wherein the stationary axle is connected to the left-hand and to the right-hand bearing block in a torsionally rigid manner; - a cylindrical roller casing with a left-hand and a right-hand bearing, wherein the roller casing is rotatably supported relative to the stationary axle by means of the left-hand and right-hand bearings (13a, 13b); and - a water conducting casing, wherein the water conducting casing can conduct cooling water from a left-hand cavity between the axle and the water conducting casing in the region of the left-hand bearing into a longitudinal space between the water conducting casing and the roller casing, along the longitudinal space in an axial (x) and a tangential (t) direction, and from the longitudinal space into a right-hand cavity between the water conducting casing and the axle in the region of the right-hand bearing. - a left-hand and a right-hand bearing block; - a stationary axle, wherein the stationary axle is connected to the left-hand and to the right-hand bearing block in a torsionally rigid manner; - a cylindrical roller casing with a left-hand and a right-hand bearing, wherein the roller casing is rotatably supported relative to the stationary axle by means of the left-hand and right-hand bearings (13a, 13b); and - a water conducting casing, wherein the water conducting casing can conduct cooling water from a left-hand cavity between the axle and the water conducting casing in the region of the left-hand bearing into a longitudinal space between the water conducting casing and the roller casing, along the longitudinal space in an axial (x) and a tangential (t) direction, and from the longitudinal space into a right-hand cavity between the water conducting casing and the axle in the region of the right-hand bearing.