mhurhangee/ep-ind-claims huggingface dataset:
Medicament delivery device, comprising - a medicament cartridge adapted to contain a medicament and - a stopper (3.2) slidably arranged within the cartridge, wherein the stopper (3.2) comprises a rigid body (3.2.1) that is enclosed partially by a soft sealing component (3.2.2), characterised in that the soft sealing component (3.2.2) comprises at least two sealing portions (3.2.2.1, 3.2.2.2), each forming a ring around the circumference of the rigid body (3.2.1), - wherein the sealing portions (3.2.2.1, 3.2.2.2) are spaced from each other in the direction of a longitudinal axis of the cartridge, - wherein each of the sealing portions is arranged in a groove (3.2.3.1), - wherein said groove (3.2.3.1) comprises a groove bottom, - wherein said groove bottom exhibits a slope (3.2.3.2) with respect to the longitudinal axis of the cartridge and - wherein the slope (3.2.3.2) rises from a distal end (3.2.1.2) of the stopper (3.2) to a proximal end (3.2.1.1) of the stopper (3.2). - a medicament cartridge adapted to contain a medicament and - a stopper (3.2) slidably arranged within the cartridge, wherein the stopper (3.2) comprises a rigid body (3.2.1) that is enclosed partially by a soft sealing component (3.2.2), characterised in that the soft sealing component (3.2.2) comprises at least two sealing portions (3.2.2.1, 3.2.2.2), each forming a ring around the circumference of the rigid body (3.2.1), wherein the stopper (3.2) comprises a rigid body (3.2.1) that is enclosed partially by a soft sealing component (3.2.2), - wherein the sealing portions (3.2.2.1, 3.2.2.2) are spaced from each other in the direction of a longitudinal axis of the cartridge, - wherein each of the sealing portions is arranged in a groove (3.2.3.1), - wherein said groove (3.2.3.1) comprises a groove bottom, - wherein said groove bottom exhibits a slope (3.2.3.2) with respect to the longitudinal axis of the cartridge and - wherein the slope (3.2.3.2) rises from a distal end (3.2.1.2) of the stopper (3.2) to a proximal end (3.2.1.1) of the stopper (3.2).
A wrappable sterile radiation shield drape configured to be disposed about a radiation shield while a top end of the radiation shield is hanging from a support and extending to a free bottom end, said radiation shield drape comprising: a flexible wall having a sterilized outer surface, said wall having opposite free side edges (44, 46) extending between an upper end and a lower end (48, 50); at least one upper fastener adjacent said upper end, said at least one upper fastener being configured to releasably fix said upper end of said wall relative to the radiation shield; at least one edge fastener adjacent at least one of said opposite free side edges (44, 46), said at least one edge fastener being configured for releasable attachment adjacent the other of the opposite free side edges (44, 46) to releasably maintain said wall in a wrapped configuration about the radiation shield with said free side edges (44, 46) being releasably maintained in overlapping relation with one another, characterized by said upper end having an everted portion providing at least one pocket having an opening facing toward said lower end; and at least one flap attached to said wall adjacent said upper end of said wall, said flap having a pocket configured to receive a shoulder shield portion of the radiation shield. a flexible wall having a sterilized outer surface, said wall having opposite free side edges (44, 46) extending between an upper end and a lower end (48, 50); at least one upper fastener adjacent said upper end, said at least one upper fastener being configured to releasably fix said upper end of said wall relative to the radiation shield; at least one edge fastener adjacent at least one of said opposite free side edges (44, 46), said at least one edge fastener being configured for releasable attachment adjacent the other of the opposite free side edges (44, 46) to releasably maintain said wall in a wrapped configuration about the radiation shield with said free side edges (44, 46) being releasably maintained in overlapping relation with one another, characterized by said upper end having an everted portion providing at least one pocket having an opening facing toward said lower end; and at least one flap attached to said wall adjacent said upper end of said wall, said flap having a pocket configured to receive a shoulder shield portion of the radiation shield.
A method for wireless communications by a wireless device, comprising: determining a mapping of a plurality of uplink or downlink channels to a plurality of fixed bundling sizes, wherein each of the plurality of fixed bundling sizes indicates a number of transmission time intervals, TTIs, over which a channel should be transmitted, wherein a bundling size for a first of the plurality of channels dictates a bundling size for one or more of the other channels; and processing transmission of the plurality of uplink channels or processing receiving of the plurality of downlink channels based on the mapping. determining a mapping of a plurality of uplink or downlink channels to a plurality of fixed bundling sizes, wherein each of the plurality of fixed bundling sizes indicates a number of transmission time intervals, TTIs, over which a channel should be transmitted, wherein a bundling size for a first of the plurality of channels dictates a bundling size for one or more of the other channels; and processing transmission of the plurality of uplink channels or processing receiving of the plurality of downlink channels based on the mapping.
A method of operating an electrical generator, particularly an alternator for a vehicle, with a control unit comprising the following steps: - providing an electrical output voltage by rotating a rotor unit relative to a stator unit at a given rotation speed, - the control unit is provided with a control unit supply voltage, - the control unit determines a control unit supply voltage value of the control unit supply voltage, - the control unit provides the rotor unit with a rotor supply voltage, - the control unit determines the rotation speed of the rotor unit, - the control unit operates the electrical generator at the maximal permitted thermal load by adjusting and/or controlling the rotor supply voltage of the rotor unit to the determined rotor supply voltage value, characterised in that, - the control unit determines an ambient temperature of the electrical generator, - the control unit determines a rotor supply voltage value for the determined rotation speed, and the determined ambient temperature and the determined control unit supply voltage value at which the electrical generator has a maximal permitted thermal load. - providing an electrical output voltage by rotating a rotor unit relative to a stator unit at a given rotation speed, - the control unit is provided with a control unit supply voltage, - the control unit determines a control unit supply voltage value of the control unit supply voltage, - the control unit provides the rotor unit with a rotor supply voltage, - the control unit determines the rotation speed of the rotor unit, - the control unit operates the electrical generator at the maximal permitted thermal load by adjusting and/or controlling the rotor supply voltage of the rotor unit to the determined rotor supply voltage value, characterised in that, - the control unit determines an ambient temperature of the electrical generator, - the control unit determines a rotor supply voltage value for the determined rotation speed, and the determined ambient temperature and the determined control unit supply voltage value at which the electrical generator has a maximal permitted thermal load.
A safety needle comprising: (a) a guide tube; (b) one or more stuffings for holding a needle body, the stuffing being plugged into the guide tube and fixed at a desired position, to give resistance to the needle body during its passage therethrough, and to hold the needle body; (c) the needle body movably held by the stuffing, the needle body having a length longer than that of the guide tube by an amount equal to an insertion depth of the needle body; and (d) a stopper which is mounted to a lower end of a needle handle attached to a top of the needle body, or a stopper which is mounted to a top end of the guide tube, and prevents the needle handle from advancing further at a moment when a point of the needle body reaches a specified insertion depth; wherein the guide tube is longer than the insertion depth of the needle body. (a) a guide tube; (b) one or more stuffings for holding a needle body, the stuffing being plugged into the guide tube and fixed at a desired position, to give resistance to the needle body during its passage therethrough, and to hold the needle body; (c) the needle body movably held by the stuffing, the needle body having a length longer than that of the guide tube by an amount equal to an insertion depth of the needle body; and (d) a stopper which is mounted to a lower end of a needle handle attached to a top of the needle body, or a stopper which is mounted to a top end of the guide tube, and prevents the needle handle from advancing further at a moment when a point of the needle body reaches a specified insertion depth; wherein the guide tube is longer than the insertion depth of the needle body.
A method performed by a wireless terminal, said method comprising: receiving a first set of data in a downlink subframe on a first downlink frequency; while receiving the first set of data, receiving a second set of data in a downlink subframe on a second downlink frequency, wherein said first downlink frequency and said second downlink frequency are different frequencies; transmitting a first signal responsive to the first set of data in a first time slot, but not a second time slot, of an uplink subframe on the first uplink frequency; and transmitting a second signal responsive to the second set of data in the second time slot, but not the first time slot, on a second uplink frequency, wherein said first uplink frequency and said second uplink frequency are different frequencies; wherein each of the first and second time slots is smaller than the first uplink subframe; and wherein the first and second time slots do not overlap, and wherein the first signal contains acknowledgement or non-acknowledgement, ACK-NACK, information responsive to the data received from a first base station; and wherein the second signal contains ACK-NACK information responsive to the data received from a second base station. receiving a first set of data in a downlink subframe on a first downlink frequency; while receiving the first set of data, receiving a second set of data in a downlink subframe on a second downlink frequency, wherein said first downlink frequency and said second downlink frequency are different frequencies; transmitting a first signal responsive to the first set of data in a first time slot, but not a second time slot, of an uplink subframe on the first uplink frequency; and transmitting a second signal responsive to the second set of data in the second time slot, but not the first time slot, on a second uplink frequency, wherein said first uplink frequency and said second uplink frequency are different frequencies; wherein each of the first and second time slots is smaller than the first uplink subframe; and wherein the first and second time slots do not overlap, and wherein the first signal contains acknowledgement or non-acknowledgement, ACK-NACK, information responsive to the data received from a first base station; and wherein the second signal contains ACK-NACK information responsive to the data received from a second base station.
Method for processing digital content, implemented in a server of a communication network, characterised in that it comprises: - upon reception of a request from a navigation device comprising a first content identifier and a first user identifier, storing, in a database, the first content identifier in association with the first user identifier; - upon reception of an interrogation request coming from a display device and comprising a user identifier, comparing said user identifier to the first user identifier; - if said user identifier corresponds to the first user identifier, transmitting, to the display device, the digital content associated with the first content identifier, for a display of the digital content by said display device; said interrogation request being received regularly, by the server from the display device, according to a first given frequency; wherein upon detection by the server of a connection of the navigation device to the server via the communication network, the method comprises the sending to the display device by the server of a notification of connection of the navigation device, and wherein, upon sending of the connection notification, the interrogation request is received according to a second given frequency, said second frequency being greater than the first frequency. - upon reception of a request from a navigation device comprising a first content identifier and a first user identifier, storing, in a database, the first content identifier in association with the first user identifier; - upon reception of an interrogation request coming from a display device and comprising a user identifier, comparing said user identifier to the first user identifier; - if said user identifier corresponds to the first user identifier, transmitting, to the display device, the digital content associated with the first content identifier, for a display of the digital content by said display device;
A poppet valve, comprising: a poppet having a poppet guiding surface; a seat having a seat guiding surface, the seat being configured to house at least a part of the poppet; and a spring positioned between the seat and the poppet so as to push the poppet in a valve closed position, the poppet guiding surface and the seat guiding surface being in mutual sliding contact; characterized in that the poppet guiding surface and the seat guiding surface being at least partially made of a material comprising polycrystalline synthetic diamonds; wherein the poppet guiding surface is defined by an outer surface of a plurality of pads fixed to the poppet and the seat guiding surface is defined by an outer surface of a plurality of pads fixed to the seat wherein the seat comprises: a seat resting surface for the poppet; and a plurality of protruding parts extending from the seat resting surface, the pads being fixed to the protruding parts, the plurality of protruding parts being configured to surround at least partially the poppet shutter. a poppet having a poppet guiding surface; a seat having a seat guiding surface, the seat being configured to house at least a part of the poppet; and a spring positioned between the seat and the poppet so as to push the poppet in a valve closed position, the poppet guiding surface and the seat guiding surface being in mutual sliding contact; a seat resting surface for the poppet; and a plurality of protruding parts extending from the seat resting surface, the pads being fixed to the protruding parts, the plurality of protruding parts being configured to surround at least partially the poppet shutter.
An electronic device 100, comprising: a terminal module 201 comprising, a first battery 220a, a central processing unit 251, and a memory 252; and a wireless interface module 202 communicatively coupled to the terminal module 201, the wireless interface module 202 comprising a second battery 220b, a microcontroller 262, a memory 261, and at least one wireless communication interface 265; wherein the first battery 220a powers the wireless interface module 202 in response to depletion of the second battery 220b; and wherein the wireless interface module 202 is configured to establish one or more wireless links with one or more peer terminals to join a wireless network 110 of peer terminals characterised in that the wireless interface module 202 is configured, responsive to receiving a portal announcement, to cache one or more network addresses of devices having originated the portal announcement. a terminal module 201 comprising, a first battery 220a, a central processing unit 251, and a memory 252; and a wireless interface module 202 communicatively coupled to the terminal module 201, the wireless interface module 202 comprising a second battery 220b, a microcontroller 262, a memory 261, and at least one wireless communication interface 265; wherein the first battery 220a powers the wireless interface module 202 in response to depletion of the second battery 220b; and wherein the wireless interface module 202 is configured to establish one or more wireless links with one or more peer terminals to join a wireless network 110 of peer terminals characterised in that the wireless interface module 202 is configured, responsive to receiving a portal announcement, to cache one or more network addresses of devices having originated the portal announcement.
Busbar connector (1, 1a, 1b) for electrically conductively connecting lines to webs of a current-carrying profile, wherein the busbar connector (1, 1a, 1b) has an insulating-material housing and a plurality of first and second plug-in contacts (5, 9) which are electrically conductively connected to one another in pairs, wherein a first plug-in contact region with the first plug-in contacts is provided for plug-mounting onto a current-carrying profile in a first plug-in direction perpendicularly to the surface on the top side of the insulating-material housing, which top side is closed off by a cover, and for plug-in contact-connection of lines of the current-carrying profile, wherein the insulating-material housing has webs at the first plug-in contact region, which webs are designed for insertion into the intermediate space of adjacent webs of the current-carrying profile and each support the first plug-in contacts, characterized - in that a second plug-in contact region is provided in front of the webs on an end side of the insulating-material housing, wherein the second plug-in contact region has the second plug-in contacts for plug-in contact-connection of a complementary busbar connector (1, 1a, 1b) in a second plug-in direction which is oriented transversely in relation to the first plug-in direction. - in that a second plug-in contact region is provided in front of the webs on an end side of the insulating-material housing, wherein the second plug-in contact region has the second plug-in contacts for plug-in contact-connection of a complementary busbar connector (1, 1a, 1b) in a second plug-in direction which is oriented transversely in relation to the first plug-in direction.
A catheter assembly comprising a urinary catheter and a housing for the catheter, the housing comprising: a body; a cap assembly comprising a cap and a tamper-evidence ring, wherein the cap is attached to the body and the tamper-evidence ring in an unopened configuration and is configured to be irreversibly detached from the tamper-evidence ring when the cap is removed from the body, characterised in that the housing further comprises at least one anti-rotation mechanism to prevent rotation of the tamper-evidence ring upon rotation of the cap, and at least one axial retention mechanism configured to axially retain the tamper-evidence ring when irreversibly detached from the cap. a body; a cap assembly comprising a cap and a tamper-evidence ring, wherein the cap is attached to the body and the tamper-evidence ring in an unopened configuration and is configured to be irreversibly detached from the tamper-evidence ring when the cap is removed from the body, characterised in that the housing further comprises at least one anti-rotation mechanism to prevent rotation of the tamper-evidence ring upon rotation of the cap, and at least one axial retention mechanism configured to axially retain the tamper-evidence ring when irreversibly detached from the cap.
A microwave coupler/combiner device for coupling and combining at least two microwave sources, comprising a waveguide provided with: - a sleeve extending longitudinally along a main axis and having two opposite ends comprising a first end provided with a short-circuit element and an open second end; and - at least one transverse bar (3a; 3b; 3c; 3d) extending inside the sleeve along a transverse axis orthogonal to the main axis; said microwave coupler/combiner device further comprising at least two coaxial connectors (4a; 4b; 4c; 4d) provided to be respectively connected to microwave sources, wherein each coaxial connector (4a; 4b; 4c; 4d) is externally mounted on the sleeve and has a central conductive core connected to and extended by a conductive antenna extending inside the sleeve and ending by an end, which end of the conductive antenna being fixed on a transverse bar (3a; 3b; 3c; 3d), wherein said central conductive core and said conductive antenna are aligned and extend in a direction orthogonal to the transverse axis and to the main axis; and wherein the at least two coaxial connectors comprise two contiguous coaxial connectors (4a; 4b; 4c; 4d) whose conductive antennas are fixed on a same transverse bar (3a; 3b; 3c; 3d), said contiguous coaxial connectors (4a; 4b; 4c; 4d) being disposed side by side in a direction parallel to the transverse axis of the transverse bar (3a; 3b; 3c; 3d). - a sleeve extending longitudinally along a main axis and having two opposite ends comprising a first end provided with a short-circuit element and an open second end; and - at least one transverse bar (3a; 3b; 3c; 3d) extending inside the sleeve along a transverse axis orthogonal to the main axis; said microwave coupler/combiner device further comprising at least two coaxial connectors (4a; 4b; 4c; 4d) provided to be respectively connected to microwave sources, wherein each coaxial connector (4a; 4b; 4c; 4d) is externally mounted on the sleeve and has a central conductive core connected to and extended by a conductive antenna extending inside the sleeve and ending by an end, which end of the conductive antenna being fixed on a transverse bar (3a; 3b; 3c; 3d), wherein said central conductive core and said conductive antenna are aligned and extend in a direction orthogonal to the transverse axis and to the main axis; and wherein the at least two coaxial connectors comprise two contiguous coaxial connectors (4a; 4b; 4c; 4d) whose conductive antennas are fixed on a same transverse bar (3a; 3b; 3c; 3d), said contiguous coaxial connectors (4a; 4b; 4c; 4d) being disposed side by side in a direction parallel to the transverse axis of the transverse bar (3a; 3b; 3c; 3d).
A printing machine for direct printing on containers, comprising: a continuously rotatable carousel for conveying the containers; a plurality of printing units; and stationary docking stations for docking the printing units to the periphery of the carousel, characterized by rail guides stationarily associated with the docking stations and used for moving the printing units, in particular separately, from a docked-on operating position outwards to a maintenance position, in particular a maintenance position spaced apart from the carousel, and back again.
A satellite attitude control system, comprising a spherical inertial body arranged to be rotated in space in a desired rotational mode by creating rotational momentum to the spherical inertial body through friction, and one or more feedback sensors, the system further comprising a set of four or more supporting elements, each supporting element providing a substantial single contact point to said spherical inertial body to keep it in 3D-space, wherein said supporting elements are support(s) or actuator(s), wherein said set comprises at least one of said actuator(s), wherein - said actuator(s) are configured to create the rotational momentum to the spherical inertial body through friction, and - said support(s) are configured to keep the spherical inertial body in place and allow a 3D-rotation. - said actuator(s) are configured to create the rotational momentum to the spherical inertial body through friction, and - said support(s) are configured to keep the spherical inertial body in place and allow a 3D-rotation.