mhurhangee/ep-ind-claims huggingface dataset:
Swivel mechanism for orientating a camera comprising a base configured to attach the swivel mechanism to a support structure; a wedge mechanism comprising a first wedge and a second wedge each having an inclined surface (5d, 6b) on one side, wherein the inclined surface of the first wedge is arranged on the inclined surface of the second wedge, a back cover configured to receive a camera head, the back cover arranged at a side of the swivel mechanism opposite to the base in a direction of a pan axis, wherein the back cover comprises a joint member connected to the wedge mechanism; a housing, arranged in the direction of the pan axis between the base and the back cover, wherein the housing encloses the joint member and the wedge mechanism, wherein the first wedge is configured to receive the joint member of the back cover on a side opposite to the side having the inclined surface, and the second wedge is arranged with a side opposite to the side having the inclined surface towards the base; wherein the base and the back cover are movable relative to each other when the swivel mechanism is in an unlocked state, and the base and the back cover are locked relative to each other when the swivel mechanism is in a locked state, wherein the swivel mechanism is lockable by a coupling nut, which is configured to connect the housing to the base, and wherein the swivel mechanism is lockable by a wedge mechanism activating means, which is configured to move the first wedge relative to the second wedge. a base configured to attach the swivel mechanism to a support structure; a wedge mechanism comprising a first wedge and a second wedge each having an inclined surface (5d, 6b) on one side, wherein the inclined surface of the first wedge is arranged on the inclined surface of the second wedge, a back cover configured to receive a camera head, the back cover arranged at a side of the swivel mechanism opposite to the base in a direction of a pan axis, wherein the back cover comprises a joint member connected to the wedge mechanism; a housing, arranged in the direction of the pan axis between the base and the back cover, wherein the housing encloses the joint member and the wedge mechanism, wherein the first wedge is configured to receive the joint member of the back cover on a side opposite to the side having the inclined surface, and the second wedge is arranged with a side opposite to the side having the inclined surface towards the base; wherein the base and the back cover are movable relative to each other when the swivel mechanism is in an unlocked state, and the base and the back cover are locked relative to each other when the swivel mechanism is in a locked state, wherein the swivel mechanism is lockable by a coupling nut, which is configured to connect the housing to the base, and wherein the swivel mechanism is lockable by a wedge mechanism activating means, which is configured to move the first wedge relative to the second wedge.
A system for providing an air lubricating layer between a substantially flat bottom of a vessel and the water flowing under the bottom as the vessel is moving through the water, whereby the system comprises sidewalls (5, 5') and a top wall defining a cavity with an opening defining an interface plane located at a distance from the top wall, substantially at the level of the flat bottom, the opening having a front end and a rear end seen, when in use, in the direction of forward movement of the vessel, an air inlet separate from the opening for introducing air into the cavity, and characterized in that at least one wave deflecting member (7, 7", 7") extends inside the cavity in the width direction, at a distance from the interface plane, the wave deflecting member being fixed to the side walls and/or top wall and being oriented substantially transversely to the interface plane.
Drive device, notably for a flying vehicle such as an aircraft or spacecraft, comprising at least one motor and a device for cooling the motor, the device for cooling the motor comprising a cryogenic refrigerator, which is to say one that operates at a temperature of between minus 100 degrees centigrade and minus 273 degrees centigrade, the refrigerator comprising a working circuit forming a loop and containing a working fluid, the working circuit forming a cycle comprising, in series: a mechanism for compressing the working fluid, a mechanism for cooling the working fluid, a mechanism for expanding the working fluid, and a mechanism (5, 7) for heating the working fluid, the refrigerator comprising a heat-exchange portion for exchange of heat between the working fluid expanded in the expansion mechanism and the motor, the refrigerator being configured to produce a determined first maximum refrigeration power, wherein the device for cooling the motor further comprises an additional refrigeration system distinct from the mechanism for cooling the working fluid and distinct from the working fluid and comprising a store of cryogenic fluid comprising a fluid that is liquefied and/or in the solid state that can be brought into a heat-exchange relationship with the refrigerator and optionally with the motor, the additional refrigeration system comprising a transfer circuit transferring the cryogenic fluid into a heat-exchange relationship with the refrigerator and optionally with the motor, the transfer circuit of the additional refrigeration system comprising a portion in a heat-exchange relationship with the circuit of the working fluid, with at least one heat exchanger for heating and/or cooling the working fluid of the working circuit, the additional refrigeration system being configured to supply a determined second maximum refrigeration power to the refrigerator and to the motor when the cryogenic fluid is brought into a heat-exchange relationship with the refrigerator and optionally with the motor, characterized in that the additional refrigeration system can be switched over between a first configuration supplying, during operation of the drive device, the second maximum refrigeration power to the refrigerator by injecting cryogenic fluid for exchange of heat with the at least one heat exchanger, and a second configuration supplying, during operation of the drive device, the refrigerator with a cooling power that is zero by not injecting fluid and not exchanging heat with the exchanger.
An apparatus comprising: a multi-fiber optical cable under test comprising at least one forward fiber, at least one feedback fiber, and multiple pairs of optical couplers (152, 162), the optical couplers of each pair interconnecting a portion of the forward fiber with a nearby portion of the feedback fiber, an optical transmitter configured to transmit an optical probing signal to the forward fiber; a reference coupler connected between the transmitter and the forward fiber to tap an optical reference signal from the probing signal; and characterized in that the couplers along the forward fiber are configured to provide tapped portions of the probing signal to couplers along the feedback fiber to form a combined optical feedback signal in the feedback fiber; and in that the apparatus further comprises a feedback coupler configured to combine the optical reference signal and the combined optical feedback signal; and an optical receiver configured to receive and process the combined reference and feedback signals (131+161) from the feedback coupler to detect fiber events along the optical cable under test. a multi-fiber optical cable under test comprising at least one forward fiber, at least one feedback fiber, and multiple pairs of optical couplers (152, 162), the optical couplers of each pair interconnecting a portion of the forward fiber with a nearby portion of the feedback fiber, an optical transmitter configured to transmit an optical probing signal to the forward fiber; a reference coupler connected between the transmitter and the forward fiber to tap an optical reference signal from the probing signal; and characterized in that the couplers along the forward fiber are configured to provide tapped portions of the probing signal to couplers along the feedback fiber to form a combined optical feedback signal in the feedback fiber; and in that the apparatus further comprises a feedback coupler configured to combine the optical reference signal and the combined optical feedback signal; and an optical receiver configured to receive and process the combined reference and feedback signals (131+161) from the feedback coupler to detect fiber events along the optical cable under test.
A method for co-existence in an apparatus having a wireless local area network 'WLAN' communication module and a Long Term Evolution 'LTE' communication module, the method comprising: the WLAN communication module selecting a High Throughput 'HT'-Delayed Block Acknowledgement 'ACK' policy for communications in a WLAN frequency band with an access point 'AP'; the WLAN communication module, being aware of uplink periods and downlink periods of the LTE communication module, transmitting an aggregated medium access control 'MAC' protocol data unit 'A-MPDU' to the AP during an uplink period reserved by an evolved base node 'eNB' for uplink communications, the eNB serving the LTE communication module, the LTE communication module operative in one or more LTE Time Division Duplex 'TDD' frequency bands that are adjacent or near the WLAN frequency band; and the WLAN communication module transmitting a Block ACK Request to the AP during a downlink period reserved by the eNB for downlink communications that follows the uplink period, thereby ensuring that the AP only transmits Block ACKs to the apparatus during downlink periods, and not during uplink periods and avoiding possibility of transmission of a WLAN ACK when a WLAN receiver of the apparatus is desensitized as a result of jamming by an LTE transmitter of the apparatus. the WLAN communication module selecting a High Throughput 'HT'-Delayed Block Acknowledgement 'ACK' policy for communications in a WLAN frequency band with an access point 'AP'; the WLAN communication module, being aware of uplink periods and downlink periods of the LTE communication module, transmitting an aggregated medium access control 'MAC' protocol data unit 'A-MPDU' to the AP during an uplink period reserved by an evolved base node 'eNB' for uplink communications, the eNB serving the LTE communication module, the LTE communication module operative in one or more LTE Time Division Duplex 'TDD' frequency bands that are adjacent or near the WLAN frequency band; and the WLAN communication module transmitting a Block ACK Request to the AP during a downlink period reserved by the eNB for downlink communications that follows the uplink period, thereby ensuring that the AP only transmits Block ACKs to the apparatus during downlink periods, and not during uplink periods and avoiding possibility of transmission of a WLAN ACK when a WLAN receiver of the apparatus is desensitized as a result of jamming by an LTE transmitter of the apparatus.
A drug delivery apparatus, comprising: a temperature sensitive component; a temperature sensor in thermal communication with the temperature sensitive component to sense the temperature of the temperature sensitive component; a transcutaneous device; a discharge mechanism coupled to the transcutaneous device to deliver a drug via the transcutaneous device; and characterized in that the drug delivery apparatus further comprises a processor adapted to control the discharge mechanism to cause the discharge mechanism to wait for a fixed time delay and adjust the fixed time delay based upon the temperature of the temperature sensitive component, and wherein the processor is adapted to be programmed with a time window, so as to wait until a prescribed time before delivering, if the activation is too early, and so as to output an alarm, if the activation is not performed. a temperature sensitive component; a temperature sensor in thermal communication with the temperature sensitive component to sense the temperature of the temperature sensitive component; a transcutaneous device; a discharge mechanism coupled to the transcutaneous device to deliver a drug via the transcutaneous device; and characterized in that the drug delivery apparatus further comprises a processor adapted to control the discharge mechanism to cause the discharge mechanism to wait for a fixed time delay and adjust the fixed time delay based upon the temperature of the temperature sensitive component, and wherein the processor is adapted to be programmed with a time window, so as to wait until a prescribed time before delivering, if the activation is too early, and so as to output an alarm, if the activation is not performed.
A fastener cartridge, comprising: a main housing extending from a first end to a second end, the main housing defining an opening extending from the first end to the second end and a locking aperture extending from an external surface to the opening; a fastener housing including a fastener chamber including a plurality of non-flexible tabs and a backstop component including a plurality of resiliently flexible tabs, wherein the fastener housing is configured to include a plurality of fasteners that are arranged therein such that the longitudinal axes of the fastener chamber and the plurality of fasteners are collinear; and a locking sleeve configured to move along the main housing and couple the fastener cartridge to a shaft of a tool, said fastener cartridge being characterised in that it further comprises a drive clip positioned around the main housing, the drive clip including a base, an elongated leg extending from the base, and a projection extending from the elongated leg. a main housing extending from a first end to a second end, the main housing defining an opening extending from the first end to the second end and a locking aperture extending from an external surface to the opening; a fastener housing including a fastener chamber including a plurality of non-flexible tabs and a backstop component including a plurality of resiliently flexible tabs, wherein the fastener housing is configured to include a plurality of fasteners that are arranged therein such that the longitudinal axes of the fastener chamber and the plurality of fasteners are collinear; and a locking sleeve configured to move along the main housing and couple the fastener cartridge to a shaft of a tool, said fastener cartridge being characterised in that it further comprises a drive clip positioned around the main housing, the drive clip including a base, an elongated leg extending from the base, and a projection extending from the elongated leg.
A transportable sign comprising a base portion, a support portion, and a display portion, wherein the display portion comprises a carrier configured to carry a display medium to display an image, wherein the base portion is configured to position the sign, by supporting the support portion and the display portion, the base portion being a substantially broad and heavy object, e.g. a concrete block and/or a water- or sand-filled closed or closable container, to form a stable stand for positioning the sign and to form a counterweight to counteract forces such as wind forces acting on the display portion, and wherein the support portion is configured to support the display portion, when mounted to or on the base portion; wherein further the display portion is mounted or mountable to the support portion to form a transformable assembly such that, when mounted to the base portion, the display portion is positionable in and movable between at least a first, relatively high, position to provide a first configuration of the sign and a second, relatively low, position with respect to the base portion to provide a second configuration of the sign, characterised in that the display portion envelops the top portion of the support portion in at least the first and second configurations, wherein at least the support portion is releasably mounted or mountable to the base portion such that the assembly and the base portion are dismountable from each other for transport as separate objects (3, 8) with the assembly brought into a configuration as in the second configuration.
A computer-implemented method for calculating an authenticity score for a user account, the method comprising: calculating, by an electronic processor of a computer system, a user score in response to at least a portion of profile data associated with at least one social network or professional network of a first user account; wherein the calculation comprises comparing at least a portion of the profile data of the first user account to at least one fake profile model associated with at least one social network or professional network; calculating, by the processor, a connections score in response to at least one connection formed between the first user account and at least a second user account through the social network or professional network; calculating, by the processor, an affinity score in response to an overlap between at least a portion of the profile data of the first user account and at least a portion of profile data associated with at least a second user account; combining, by the processor, the calculated user score, the calculated connections score, and the calculated affinity score to yield an authenticity score for at least the first user account; and determining, by the processor, accuracy of the authenticity score for the first user by comparing the calculated authenticity score against an average score range for at least one cluster of other users with similar affinity scores, wherein the accuracy is used to improve the at least one fake profile model. calculating, by an electronic processor of a computer system, a user score in response to at least a portion of profile data associated with at least one social network or professional network of a first user account; wherein the calculation comprises comparing at least a portion of the profile data of the first user account to at least one fake profile model associated with at least one social network or professional network; calculating, by the processor, a connections score in response to at least one connection formed between the first user account and at least a second user account through the social network or professional network; calculating, by the processor, an affinity score in response to an overlap between at least a portion of the profile data of the first user account and at least a portion of profile data associated with at least a second user account; combining, by the processor, the calculated user score, the calculated connections score, and the calculated affinity score to yield an authenticity score for at least the first user account; and determining, by the processor, accuracy of the authenticity score for the first user by comparing the calculated authenticity score against an average score range for at least one cluster of other users with similar affinity scores, wherein the accuracy is used to improve the at least one fake profile model.
A TV main board apparatus, comprising: a casing having at least one opening; and a TV main board accommodated in the casing and having a second interface that is exposed outside the casing via an opening, wherein, the second interface is configured to connect to a TV so as to transmit a multimedia signal to the TV and receive second electric power from the TV, the TV main board apparatus being characterized in that: the TV main board apparatus is separated from the TV as an independent apparatus, the TV main board further has a first interface that is exposed outside the casing via an opening and configured to connect to a power supply so as to receive first electric power, and the second interface is further configured to transmit the first electric power to the TV. a casing having at least one opening; and a TV main board accommodated in the casing and having a second interface that is exposed outside the casing via an opening, wherein, the second interface is configured to connect to a TV so as to transmit a multimedia signal to the TV and receive second electric power from the TV, the TV main board apparatus being characterized in that: the TV main board apparatus is separated from the TV as an independent apparatus, the TV main board further has a first interface that is exposed outside the casing via an opening and configured to connect to a power supply so as to receive first electric power, and the second interface is further configured to transmit the first electric power to the TV. the TV main board apparatus is separated from the TV as an independent apparatus, the TV main board further has a first interface that is exposed outside the casing via an opening and configured to connect to a power supply so as to receive first electric power, and the second interface is further configured to transmit the first electric power to the TV.
An article of footwear, comprising: a forefoot region, a midfoot region, a heel region, a lateral side, and a medial side; an upper, a sole structure, and a strobel; the sole structure including a proximal sole surface, the proximal sole surface facing toward an interior cavity of the article of footwear; the strobel being attached to a central sole portion of the proximal sole surface; the upper comprising an interior component and an exterior component; the interior component being configured to receive a foot, wherein a first bottom edge of the interior component is attached to a peripheral edge of the strobel; the exterior component comprising a first layer and a second layer, wherein portions of the first layer and the second layer form part of two laminated structures (684, 686), wherein the first layer forms an exterior-facing surface of the article of footwear; the second layer being disposed between the interior component and the first layer, wherein a second bottom edge of the second layer is attached to the peripheral edge of the strobel, the second bottom edge of the second layer being disposed adjacent to the first bottom edge of the interior component; and a first looped strand extending from the peripheral edge of the strobel through a first slot formed in the upper, the first looped strand providing a first eyelet for a lacing element. a forefoot region, a midfoot region, a heel region, a lateral side, and a medial side; an upper, a sole structure, and a strobel; the sole structure including a proximal sole surface, the proximal sole surface facing toward an interior cavity of the article of footwear; the strobel being attached to a central sole portion of the proximal sole surface; the upper comprising an interior component and an exterior component; the interior component being configured to receive a foot, wherein a first bottom edge of the interior component is attached to a peripheral edge of the strobel; the exterior component comprising a first layer and a second layer, wherein portions of the first layer and the second layer form part of two laminated structures (684, 686), wherein the first layer forms an exterior-facing surface of the article of footwear; the second layer being disposed between the interior component and the first layer, wherein a second bottom edge of the second layer is attached to the peripheral edge of the strobel, the second bottom edge of the second layer being disposed adjacent to the first bottom edge of the interior component; and a first looped strand extending from the peripheral edge of the strobel through a first slot formed in the upper, the first looped strand providing a first eyelet for a lacing element.