mhurhangee/ep-ind-claims huggingface dataset:
A catheter assembly, comprising: a catheter adapter having a lumen; a catheter coupled to a distal end of the catheter adapter, the catheter including a lumen in fluid communication with the lumen of the catheter adapter; wherein the catheter assembly further comprises: a septum slidably housed within the lumen, the septum including a barrier surface that divides the lumen into a proximal cavity and a distal cavity; a septum actuator disposed in a fixed position within the distal cavity, the septum actuator extending proximally into the distal cavity, the septum actuator having a probe having an outer surface and an inner surface, the inner surface forming a lumen in fluid communication with the lumen of the catheter adapter and the lumen of the catheter; characterized in that the catheter assembly further comprises: an anti-pathogenic material applied to the inner surface of the septum actuator, the outer surface of the septum actuator, and an outer diameter of the septum, wherein the anti-pathogenic material comprises a lubricant agent and the outer diameter of the septum is configured to fit within the lumen thereby reducing friction between the septum and the catheter adapter and permitting the septum to slide distally within the lumen during septum activation. a catheter adapter having a lumen; a catheter coupled to a distal end of the catheter adapter, the catheter including a lumen in fluid communication with the lumen of the catheter adapter; wherein the catheter assembly further comprises: a septum slidably housed within the lumen, the septum including a barrier surface that divides the lumen into a proximal cavity and a distal cavity; a septum actuator disposed in a fixed position within the distal cavity, the septum actuator extending proximally into the distal cavity, the septum actuator having a probe having an outer surface and an inner surface, the inner surface forming a lumen in fluid communication with the lumen of the catheter adapter and the lumen of the catheter; a septum slidably housed within the lumen, the septum including a barrier surface that divides the lumen into a proximal cavity and a distal cavity; a septum actuator disposed in a fixed position within the distal cavity, the septum actuator extending proximally into the distal cavity, the septum actuator having a probe having an outer surface and an inner surface, the inner surface forming a lumen in fluid communication with the lumen of the catheter adapter and the lumen of the catheter; characterized in that the catheter assembly further comprises: an anti-pathogenic material applied to the inner surface of the septum actuator, the outer surface of the septum actuator, and an outer diameter of the septum, wherein the anti-pathogenic material comprises a lubricant agent and the outer diameter of the septum is configured to fit within the lumen thereby reducing friction between the septum and the catheter adapter and permitting the septum to slide distally within the lumen during septum activation.
A method of wireless communications for a user equipment, UE, in a device-to-device, D2D, network with distributed synchronization, comprising: monitoring a beacon period, and a timing information block, TIB, period for one or more signals from one or more UEs in the D2D network, wherein the beacon period, a paging period, and the TIB period are included in a synchronization channel; detecting a beacon transmission during the beacon period and decoding timing information from at least one transmission in the TIB period; and transmitting a synchronization signal which includes information associated with a timing structure for the D2D network from the UE during a subsequent beacon period of the synchronization channel. monitoring a beacon period, and a timing information block, TIB, period for one or more signals from one or more UEs in the D2D network, wherein the beacon period, a paging period, and the TIB period are included in a synchronization channel; detecting a beacon transmission during the beacon period and decoding timing information from at least one transmission in the TIB period; and transmitting a synchronization signal which includes information associated with a timing structure for the D2D network from the UE during a subsequent beacon period of the synchronization channel.
Motor vehicle floor pan, in particular a rear floor pan, provided with a spare wheel trough and a reinforcing element, the floor pan comprising a securing zone comprising a bottom of the spare wheel trough in which is arranged said reinforcing element, being mechanically connected to said securing zone, in particular at central and peripheral portions (5a, 5b) defined in said securing zone, characterized in that the reinforcing element comprises: a holding edge defined on a first side of the reinforcing element, said edge being curved over all or part of the length of said reinforcing element; a second holding edge defined on a second side of the reinforcing element, said edge being curved over all or part of the length of a central region of the reinforcing element, and first and second sides (13a, 13b) that are opposite one another. a holding edge defined on a first side of the reinforcing element, said edge being curved over all or part of the length of said reinforcing element; a second holding edge defined on a second side of the reinforcing element, said edge being curved over all or part of the length of a central region of the reinforcing element, and first and second sides (13a, 13b) that are opposite one another.
A wide mouth container (22, 122, 222, 322) having a longitudinal axis, a body (26, 126, 226, 326), and a neck finish (34, 134, 234, 334) for securement of a closure, wherein the body (26, 126, 226, 326) includes a base (28, 128, 228, 328), and a sidewall (30, 130, 230, 330) extending in a direction axially away from the base (28, 128, 228, 328), said neck finish (34, 134, 234, 334) including a lower portion adjacent to said body (26, 126, 226, 326), and an upper portion remote from said body (26, 126, 226, 326) with laterally opposed spout walls (46, 246) forming a pour spout (47, 147, 247), and terminating in a planar non-circular sealing surface, wherein the upper portion includes a rear wall extending between the spout walls (46, 246) at rear ends of the spout walls (46, 246), and a trough wall extending circumferentially between the spout walls (46, 246) at forward ends of the spout walls (46, 246), and disposed on an opposite side of a transverse radial axis from the rear wall, characterized in that the container (22, 122, 222, 322) includes thickened wall portions (66, 266) circumferentially spaced apart, corresponding with the spout walls (46, 246) and forming an internal trough to direct flow of product toward a pour spout (47, 147, 247) between the spout walls (46, 246).
A composition comprising CD8+ cells, wherein at least 5% of the CD8+ cells in the composition are CD44+CD122+Kir+CD8+ Treg cells, or CD44+CD122+Helios+Kir+CD8+ Treg cells.
An indoor unit of an air conditioner comprising: a panel body enclosing side portions and a top portion of the air conditioner and being configured for installing a front panel, a rear shell enclosing a rear portion of the air conditioner, and the front panel arranged in the front of the air conditioner and closely connected to the panel body, wherein the rear shell, the panel body and the front panel define an inner chamber of the air conditioner in which a heat exchanger, a control element, a ventilating component are provided; a lower portion of the front panel is provided with an air outlet, and an air deflector is mounted on the front panel or is arranged on the panel body to open or close the air outlet, characterized in that, a vortex forming device is provided on a bottom surface of the panel body at the air outlet, wherein the surface of the panel body is perpendicular to two side surfaces of the indoor unit of the air conditioner, and the vortex forming device is configured as a serrated face with a plurality of concave grooves.
A lighting device (10,40) comprising a light source and/or an electronic component, and comprising a 3D-printed heat sink (11,41); the 3D-printed heat sink (11,41) comprises a stack (13,43) of a core layer (15,45) and at least one further layer stacked along a stack axis normal to the core layer (15,45); wherein the core layer (15,45) and the at least one further layer comprise a same polymer material (14,44), characterized in that a concentration of the thermally conductive filler in the polymer material (14,44) decreases, starting from the core layer (15,45), consecutively with each of the at least one further layer for improving resistance to mechanical failure and heat conduction of said 3D-printed heat sink (11,41).
A method of direction finding of a signal source comprising the steps of: - switching a directional antenna module to a maximum direction finding mode where an inphase summation signal (Σ) output by a 180-degree hybrid connected to at least two antenna elements of an antenna array within said directional antenna module is output by said directional antenna module; - then in the maximum direction finding mode pivoting the directional antenna module until the inphase summation signal output by the directional antenna module reaches a maximum; - then switching said directional antenna module to a minimum direction finding mode wherein an out-of-phase summation signal output (Δ) by said 180-degree hybrid connected to the at least two antenna elements of said antenna array within the directional antenna module is output by said directional antenna module; and - then in the minimum direction finding mode pivoting the directional antenna module until the out-of-phase summation signal output by said directional antenna module reaches a minimum indicating a bearing of the signal source. - switching a directional antenna module to a maximum direction finding mode where an inphase summation signal (Σ) output by a 180-degree hybrid connected to at least two antenna elements of an antenna array within said directional antenna module is output by said directional antenna module; - then in the maximum direction finding mode pivoting the directional antenna module until the inphase summation signal output by the directional antenna module reaches a maximum; - then switching said directional antenna module to a minimum direction finding mode wherein an out-of-phase summation signal output (Δ) by said 180-degree hybrid connected to the at least two antenna elements of said antenna array within the directional antenna module is output by said directional antenna module; and - then in the minimum direction finding mode pivoting the directional antenna module until the out-of-phase summation signal output by said directional antenna module reaches a minimum indicating a bearing of the signal source.
A process for manufacturing a component with a base of a Co-Cr-Mo alloy consisting of 60-65% Co, 26-30% Cr, 5-7% Mo and 0.16% C, said component having values of average ultimate elongation at 800°C greater than 10% and of average yielding load at 800°C greater than 400 MPa, comprising the steps of: a) obtaining a sintered component by means of additive sintering of powders of Co-Cr-Mo alloys containing the respective carbides irregularly dispersed in the molten matrix; b) carrying out on the sintered component a first heat treatment for solubilization of said carbides at a temperature of between 1100 and 1300°C for a treatment time of at least 2 hours to form a solubilization intermediate; c) cooling the solubilization intermediate at a cooling rate at least equal to that of cooling in air down to the temperature of 1100°C, followed by a step of cooling in a flow of cooling gas to form a cooled intermediate; d) carrying out on the cooled intermediate a second heat treatment at a temperature of between 700 and 1000°C, for a treatment time between 5 and 15 hours, so as to obtain a uniform and fine re-precipitation of the carbides of said component. a) obtaining a sintered component by means of additive sintering of powders of Co-Cr-Mo alloys containing the respective carbides irregularly dispersed in the molten matrix; b) carrying out on the sintered component a first heat treatment for solubilization of said carbides at a temperature of between 1100 and 1300°C for a treatment time of at least 2 hours to form a solubilization intermediate; c) cooling the solubilization intermediate at a cooling rate at least equal to that of cooling in air down to the temperature of 1100°C, followed by a step of cooling in a flow of cooling gas to form a cooled intermediate; d) carrying out on the cooled intermediate a second heat treatment at a temperature of between 700 and 1000°C, for a treatment time between 5 and 15 hours, so as to obtain a uniform and fine re-precipitation of the carbides of said component.
A Claus burner having a pit vapor pipe and allowing a combustion reaction to be generated by reacting acid gas with oxygen in combustion air, the Claus burner comprising: a combustion air space part having a pit vapor inlet, a combustion air inlet, and a fuel inlet; a pit vapor pipe extending from the pit vapor inlet to an inside of the combustion air space part; and an acid gas space part having an acid gas inlet and a mixed gas outlet and being in fluid communication with the combustion air space part, wherein, the mixed gas comprises combustion air, pit vapor, and acid gas, and at an end of the pit vapor pipe, at least one part selected from a group consisting of an elbow, a deflector, and a plurality of slits is formed in order to spray the pit vapor into the combustion air space part. a combustion air space part having a pit vapor inlet, a combustion air inlet, and a fuel inlet; a pit vapor pipe extending from the pit vapor inlet to an inside of the combustion air space part; and an acid gas space part having an acid gas inlet and a mixed gas outlet and being in fluid communication with the combustion air space part, wherein, the mixed gas comprises combustion air, pit vapor, and acid gas, and at an end of the pit vapor pipe, at least one part selected from a group consisting of an elbow, a deflector, and a plurality of slits is formed in order to spray the pit vapor into the combustion air space part.
A navigation unit for providing navigation instructions for an autonomous vehicle, said autonomous vehicle being capable of operating alternatively in an autonomous driving mode in which the autonomous vehicle operates without human input and a manual driving mode in which an operation of the autonomous vehicle requires human input, wherein the autonomous vehicle is configured to be in an autonomous driving mode while in a certified autonomous road, said certified autonomous road being approved for autonomous driving, the navigation unit comprising: a processing unit being configured to determine, while the autonomous vehicle is in the manual driving mode, that the autonomous vehicle is driving on an unplanned route or the autonomous vehicle is deviating from a planned route; a trigger unit configured to identify, while the autonomous vehicle is in the manual driving mode, a trigger for navigating the autonomous vehicle to the certified autonomous road, the trigger being based on at least one of a current location, a time and date, a driving history, or a calendar event; the processing unit being configured to navigate, while the autonomous vehicle is in the manual driving mode, the autonomous vehicle to the certified autonomous road based on at least the determination that the autonomous vehicle is driving on the unplanned route or is deviating from the planned route, and the identified trigger; and a display screen (14a-14c) configured to display, upon the autonomous vehicle entering the certified road and hence its autonomous driving mode, a navigation menu, said navigation menu being where a driver inputs route planning information, wherein the driver is only engaged for navigation input when the vehicle is in the autonomous driving mode. a processing unit being configured to determine, while the autonomous vehicle is in the manual driving mode, that the autonomous vehicle is driving on an unplanned route or the autonomous vehicle is deviating from a planned route; a trigger unit configured to identify, while the autonomous vehicle is in the manual driving mode, a trigger for navigating the autonomous vehicle to the certified autonomous road, the trigger being based on at least one of a current location, a time and date, a driving history, or a calendar event; the processing unit being configured to navigate, while the autonomous vehicle is in the manual driving mode, the autonomous vehicle to the certified autonomous road based on at least the determination that the autonomous vehicle is driving on the unplanned route or is deviating from the planned route, and the identified trigger; and a display screen (14a-14c) configured to display, upon the autonomous vehicle entering the certified road and hence its autonomous driving mode, a navigation menu, said navigation menu being where a driver inputs route planning information, wherein the driver is only engaged for navigation input when the vehicle is in the autonomous driving mode.
A laundry treating appliance comprising: a cabinet defining an interior; a tub supported within the cabinet by a suitable suspension system; a drum provided within the tub, defining at least a portion of a rotatable treating chamber located within the interior; a dispenser having at least one treating chemistry reservoir (120, 122) fluidly coupled to the tub and at least one tool docking station fluidly coupled to the tub; characterized in that it further comprises a treating tool having an internal treating chemistry reservoir including a reservoir outlet fluidly coupled with at least one tool outlet, and configured to dock with the tool docking station to fluidly couple the internal treating chemistry reservoir with the tub, wherein the treating tool is a brush. a cabinet defining an interior; a tub supported within the cabinet by a suitable suspension system; a drum provided within the tub, defining at least a portion of a rotatable treating chamber located within the interior; a dispenser having at least one treating chemistry reservoir (120, 122) fluidly coupled to the tub and at least one tool docking station fluidly coupled to the tub; characterized in that it further comprises a treating tool having an internal treating chemistry reservoir including a reservoir outlet fluidly coupled with at least one tool outlet, and configured to dock with the tool docking station to fluidly couple the internal treating chemistry reservoir with the tub,
Heating device, comprising a housing, a cover, and heating components, in which the heating components comprise a burner, a heat exchanger, an air supply line, and a flue-gas discharge line, the burner is removably connected to a top side of the heat exchanger in order to heat a medium which flows through the heat exchanger, in a position of use, the cover is removably connected to a front side of the housing, the housing comprises a rear housing wall, a left-hand lateral housing wall, a right-hand lateral housing wall, a housing bottom and a top housing wall, the left-hand lateral housing wall, the right-hand lateral housing wall, the housing bottom and the top housing wall are each fixedly connected to the rear housing wall in a gas-tight manner, each extend from the rear housing wall to the cover and each comprise a front side (44, 46, 48, 50) on the respective sides facing away from the rear housing wall, and in the position of use, the cover joins onto the respective front sides (44, 46, 48, 50) of the left-hand lateral housing wall, the right-hand lateral housing wall, the housing bottom and the top housing wall in a gas-tight manner in order to create a space inside the housing which is gas-tight with respect to an environment in which the heating device is installed, in which gas-tight space at least the heating components are provided, an imaginary front face is defined by the respective front sides (44, 46, 48, 50) of the left-hand lateral housing wall, the right-hand lateral housing wall, the housing bottom and the top housing wall, and at least a part of at least one of the heating components is situated between the imaginary front face and the cover in the position of use, characterized in that at the location of one of the lateral housing walls (38, 40), the top housing wall extends less far from the rear housing wall towards the cover than the housing bottom extends from the rear housing wall towards the cover at the location of the same one of the lateral housing wall (38, 40), such that a maintenance engineer can easily reach the components inside the housing.
Method for controlling access to an online service, access to the service being requested, via a communication network, by a terminal adapted to receive data broadcast by a plurality of data transmission devices through light modulation that produces a light beam, wherein: - each transmission device is characterized by a unique identifier (ID1,..., ID7), - each transmission device belongs to a group of devices (GP1, GP2, GP3), characterized in that the method comprises the following steps, implemented by a server connected to the transmission devices: - upon receiving a request from the terminal to access the service via a second transmission device identified by a second identifier, verifying whether a previous access request for this same terminal was accepted for a first transmission device identified by a first identifier, and - when the first and second identifiers correspond to devices of one and the same group processing the access request, or disconnecting the terminal in response to the access request when the first and second identifiers do not correspond to devices of one and the same group. - each transmission device is characterized by a unique identifier (ID1,..., ID7), - each transmission device belongs to a group of devices (GP1, GP2, GP3), - upon receiving a request from the terminal to access the service via a second transmission device identified by a second identifier, verifying whether a previous access request for this same terminal was accepted for a first transmission device identified by a first identifier, and - when the first and second identifiers correspond to devices of one and the same group processing the access request, or disconnecting the terminal in response to the access request when the first and second identifiers do not correspond to devices of one and the same group.
A hybrid drive unit for a hybrid vehicle, comprising an electric power plant, an internal combustion power plant and a combined clutch and transmission assembly that acts as a shiftable multispeed transmission and comprises a multispeed planetary gear transmission providing a first gear and a second gear, wherein the driving power of the electric motor and the driving power of the internal combustion engine are introduced into the sun wheel of the transmission assembly in the first gear and in the second gear, characterized in that a coupling device (K1, 22) is provided, by means of which the internal combustion engine can be positively coupled to the sun wheel, and in that the coupling device (K1, 22) is arranged within the sun wheel.