mhurhangee/ep-ind-claims huggingface dataset:
A vehicle electromagnetic clutch, comprising: an electromagnetic coil; an armature (54; 304); a first cam member and a second cam member that are configured to be rotated relative to each other about a rotation axis; wherein the armature (54; 304) is coupled to the first cam member such that the armature (54; 304) is movable relative to the first cam member in a direction of the rotation axis and is not rotatable relative to the first cam member about the rotation axis, and wherein when a current is applied to the electromagnetic coil, the electromagnetic coil attracts the armature (54; 304) and a friction force is applied to the armature (54; 304), and the first cam member and the second cam member are rotated relative to each other by torque generated by the friction force to move the second cam member in the direction of the rotation axis, characterized in that it further comprises a damping plate (74; 306) disposed over a back surface of the armature (54; 304) and configured to damp vibration of the armature (54; 304), the back surface (54c; 304b) being an opposite surface of the armature (54; 304) from an opposing surface (54b; 304a) facing the electromagnetic coil, and the damping plate (74; 306) being disposed without being restrained in a rotational direction. an electromagnetic coil; an armature (54; 304); a first cam member and a second cam member that are configured to be rotated relative to each other about a rotation axis; wherein the armature (54; 304) is coupled to the first cam member such that the armature (54; 304) is movable relative to the first cam member in a direction of the rotation axis and is not rotatable relative to the first cam member about the rotation axis, and wherein when a current is applied to the electromagnetic coil, the electromagnetic coil attracts the armature (54; 304) and a friction force is applied to the armature (54; 304), and the first cam member and the second cam member are rotated relative to each other by torque generated by the friction force to move the second cam member in the direction of the rotation axis, characterized in that it further comprises a damping plate (74; 306) disposed over a back surface of the armature (54; 304) and configured to damp vibration of the armature (54; 304), the back surface (54c; 304b) being an opposite surface of the armature (54; 304) from an opposing surface (54b; 304a) facing the electromagnetic coil, and the damping plate (74; 306) being disposed without being restrained in a rotational direction.
An apparatus comprising: at least one heat sink (110; 410a, 410b; 510a, 510b); first and second electronic assemblies (130, 140; 430, 440; 530, 540; 630, 640; 710, 740; 720, 730) mounted on the at least one heat sink (110; 410a, 410b; 510a, 510b) at respective first and second mounting sites, and at least one heat pipe (120; 420; 520; 620) thermally coupled to the at least one heat sink (110; 410a, 410b; 510a, 510b), characterised in that: said first and second electronic assemblies (130, 140; 430, 440; 530, 540; 630, 640; 710, 740; 720, 730) are components of respective first and second subsystems of a UPS, and each of the at least one heat pipe (120; 420; 520; 620) has first and second portions disposed proximate respective ones of the first and second mounting sites, wherein the first and second electronic assemblies (130, 140; 430, 440; 530, 540; 630, 640; 710, 740; 720, 730) are configured to generate heat in a non-concurrent manner such that heat is transferred in one direction via the at least one heat pipe for a first operational state of the UPS and in a second direction via the at least one heat pipe for a second operational state of the UPS. at least one heat sink (110; 410a, 410b; 510a, 510b); first and second electronic assemblies (130, 140; 430, 440; 530, 540; 630, 640; 710, 740; 720, 730) mounted on the at least one heat sink (110; 410a, 410b; 510a, 510b) at respective first and second mounting sites, and at least one heat pipe (120; 420; 520; 620) thermally coupled to the at least one heat sink (110; 410a, 410b; 510a, 510b), characterised in that: said first and second electronic assemblies (130, 140; 430, 440; 530, 540; 630, 640; 710, 740; 720, 730) are components of respective first and second subsystems of a UPS, and each of the at least one heat pipe (120; 420; 520; 620) has first and second portions disposed proximate respective ones of the first and second mounting sites, wherein the first and second electronic assemblies (130, 140; 430, 440; 530, 540; 630, 640; 710, 740; 720, 730) are configured to generate heat in a non-concurrent manner such that heat is transferred in one direction via the at least one heat pipe for a first operational state of the UPS and in a second direction via the at least one heat pipe for a second operational state of the UPS. said first and second electronic assemblies (130, 140; 430, 440; 530, 540; 630, 640; 710, 740; 720, 730) are components of respective first and second subsystems of a UPS, and each of the at least one heat pipe (120; 420; 520; 620) has first and second portions disposed proximate respective ones of the first and second mounting sites, wherein the first and second electronic assemblies (130, 140; 430, 440; 530, 540; 630, 640; 710, 740; 720, 730) are configured to generate heat in a non-concurrent manner such that heat is transferred in one direction via the at least one heat pipe for a first operational state of the UPS and in a second direction via the at least one heat pipe for a second operational state of the UPS.
An internal combustion engine (10, 30, 40, 50) that is provided with a cylinder, a fuel-injection valve for injecting fuel to the cylinder, an exhaust passage through which an exhaust gas discharged from the cylinder can pass, a post-treatment device provided in the exhaust passage for treating the exhaust gas, and a variable valve mechanism that can freely change valve opening timing of an exhaust valve of the cylinder and a temperature sensor (25a, 25b) provided to the post-treatment device, characterized in that the internal combustion engine (10, 30, 40, 50) comprises: a control device for controlling the fuel injection valve and the variable valve mechanism, wherein the exhaust valve is configured to open within a range of an afterburning period set at an early stage of an expansion stroke and to close before the bottom dead center, before the variable valve mechanism opens and closes the exhaust valve in an exhaust stroke by means of the control device based on a detected value of the temperature sensor (25a, 25b) being lower than the predetermined determination temperature, and wherein the fuel injection valve is configured to perform an additional injection of fuel while the exhaust valve is open in the expansion stroke by means of the control device based on a detected value of the temperature sensor (25a, 25b) becoming not less than a predetermined catalyst activation temperature. a control device for controlling the fuel injection valve and the variable valve mechanism, wherein the exhaust valve is configured to open within a range of an afterburning period set at an early stage of an expansion stroke and to close before the bottom dead center, before the variable valve mechanism opens and closes the exhaust valve in an exhaust stroke by means of the control device based on a detected value of the temperature sensor (25a, 25b) being lower than the predetermined determination temperature, and wherein the fuel injection valve is configured to perform an additional injection of fuel while the exhaust valve is open in the expansion stroke by means of the control device based on a detected value of the temperature sensor (25a, 25b) becoming not less than a predetermined catalyst activation temperature.
Roll stabilizer for a motor vehicle, having an actuator (135, 235) with a housing (137, 237) with a first stabilizer element (110, 210) coupled to said housing and with an electric motor (150, 250) situated in the housing (137, 237), wherein a transmission (160, 260) is coupled at a drive side to the electric motor (150, 250), and the transmission (160, 260) is coupled at an output side to a second stabilizer element (115, 215), such that the stabilizer elements are electromechanically rotatable relative to one another, wherein the transmission is arranged substantially within the electric motor, and the end regions (210e, 215e) of the stabilizer elements (210, 215) are arranged within the rotor and project into the transmission housing, characterized in that the end regions (210e, 215e) each have an external toothing (210z, 215z), wherein the transmission housing is mounted so as to be rotatable about the end regions (210e, 215e).
Use of a taste masking agent selected from the group of cellulose; starch; xanthan gum; gellan gum; alginate; galactomannans such as fenugreek, guar gum, tara gum, locust bean gum, and cassia gum; gum karaya; gum tragacanth; carrageenan; and mixture thereof, for improving one or more of mouth feel, taste, aftertaste and smell of a liquid aqueous nutritional composition comprising the nucleoside uridine and/or acylated or deoxyderivative thereof, and/or its nucleotide, and said composition further comprising an unsavoury edible oil, wherein the liquid aqueous nutritional composition comprises at least 50 mg of said nucleotide and/or nucleoside per 100 ml of the composition.
A sod-laying rake comprising a carrier bar from the underside of which tines (22, 24) protrude, and a handle attached to the rear side, wherein some of the tines are designed as short pushing tines inclined forward in the pushing direction (v), characterized in that n lifting tines and 2n pushing tines are provided, with a longer lifting tine with opposite inclination arranged between each pair of said pushing tines.
A personal area network, PAN, coordinator of a medical body area network, MBAN, for allocating multi-periodic guaranteed time slots, GTSs, to sensor devices (12,14) of the MBAN, said PAN coordinator comprising: a controller configured to: receive a request for a multi-periodic GTS from a sensor device (12, 14) of the MBAN, said request including a period M, M being an integer larger than 1, indicating a periodicity with which the multi-periodic GTS is requested to reserve the allocated time slots for the sensor device (12, 14) to communicate with the PAN coordinator every M frames; determine a GTS allocation for the request, the GTS allocation including a starting frame; and, transmit a descriptor to the sensor device (12, 14), the descriptor including information to identify the starting frame. receive a request for a multi-periodic GTS from a sensor device (12, 14) of the MBAN, said request including a period M, M being an integer larger than 1, indicating a periodicity with which the multi-periodic GTS is requested to reserve the allocated time slots for the sensor device (12, 14) to communicate with the PAN coordinator every M frames; determine a GTS allocation for the request, the GTS allocation including a starting frame; and, transmit a descriptor to the sensor device (12, 14), the descriptor including information to identify the starting frame.
A test tube holder, comprising: a main body housing part that includes a main body member having a hollow portion therein and a lid member being attachable to and detachable from the main body member; a holding part mounted on an upper side of the main body housing part and having an opening portion, which accepts a test tube, and a housing portion, which houses the accepted test tube; and an elastic part formed inside the holding part so as to abut on the housed test tube, wherein the test tube holder has a weight which can be stored in the hollow portion, wherein the weight is held in the hollow portion by engaging the lid member with the main body member. a main body housing part that includes a main body member having a hollow portion therein and a lid member being attachable to and detachable from the main body member; a holding part mounted on an upper side of the main body housing part and having an opening portion, which accepts a test tube, and a housing portion, which houses the accepted test tube; and an elastic part formed inside the holding part so as to abut on the housed test tube, wherein the test tube holder has a weight which can be stored in the hollow portion, wherein the weight is held in the hollow portion by engaging the lid member with the main body member.
A connector terminal comprising a coupling terminal unit for electrically connecting a connection terminal unit, which is inserted into the coupling terminal unit from a front part thereof, and a connection body terminal unit, which is inserted into the coupling terminal unit from a rear part thereof, to each other, the coupling terminal unit comprising upper and lower coupling terminal parts arranged in a symmetrical fashion, wherein each of the upper and lower coupling terminal parts of the coupling terminal unit is provided at one side thereof with a fixed end, each of the upper and lower coupling terminal parts of the coupling terminal unit is provided at the other side thereof with a free end which is movable, and each of the upper and lower coupling terminal parts of the coupling terminal unit is provided with a bent portion formed at the front part of each of the upper and lower coupling terminal parts between the fixed end and the free end, wherein the connection body terminal unit is inserted into a space formed between the fixed end and the free end, and wherein contact is achieved between the free end of each of the upper and lower coupling terminal parts of the coupling terminal unit and the connection terminal unit at two or more contact points (15, 16), and contact is achieved between the free end of each of the upper and lower coupling terminal parts of the coupling terminal unit and the connection body terminal unit at two or more contact points (18, 51), characterized in that front contact points are formed at front ends of the connection body terminal unit, which are inserted into the spaces defined between the fixed ends and the free ends of the coupling terminal parts, such that the front contact points protrude inwardly towards the free ends of the coupling terminal parts to come into contact with surfaces of the coupling terminal parts adjacent to the bent portions and at the sides of the coupling terminal parts with the free ends.
A grip device for supporting a test article in a peel testing procedure, comprising: a rigid spine having a face extending along a longitudinal axis between a first projection and a second projection, one of the projections being moveable relative to the other projection, the face being configured to support a substrate adhered to flexible media, the spine having a coupler configured to connect the spine to a pull testing machine; wherein each of the first and second projections comprises a flat inner surface that forms an acute angle (94, 104) with the face. a rigid spine having a face extending along a longitudinal axis between a first projection and a second projection, one of the projections being moveable relative to the other projection, the face being configured to support a substrate adhered to flexible media, the spine having a coupler configured to connect the spine to a pull testing machine; wherein each of the first and second projections comprises a flat inner surface that forms an acute angle (94, 104) with the face.
Flexible polymer seal intended to equip an opening section that includes first and second opening section elements (3, 2; 3, 3), the seal including: - at least one support portion (6, 22; 30, 31, 37; 31, 47, 48, 37; 60, 64, 65; 60, 64, 68, 25, 25a) adapted to be fixed to the first opening section element and extending in a longitudinal direction, - at least one lip (7, 8) connected to the support portion (6, 22; 30, 31, 37; 31, 47, 48, 37; 60, 64, 65; 60, 64, 68, 25, 25a) and also extending in said longitudinal direction, said lip being adapted to extend toward the second opening section element (2; 3) from the support portion (6, 22; 30, 31, 37; 31, 47, 48, 37; 60, 64, 65; 60, 64, 68, 25, 25a), said lip (7, 8) including at least one hinge portion (10; 17, 18) that extends in the longitudinal direction in the vicinity of the support portion (6, 22; 30, 31, 37; 31, 47, 48, 37; 60, 64, 65; 60, 64, 68, 25, 25a) and a main portion (9; 15, 16, 19; 69, 70) which extends in the longitudinal direction and is connected to the support portion (6, 22; 30, 31, 37; 31, 47, 48, 37; 60, 64, 65; 60, 64, 68, 25, 25a) by the hinge portion (10; 17, 18), said hinge portion having a bending flexibility higher than the main portion of the lip, characterised in that the hinge portion (10; 17, 18) includes at least one gutter-shaped part (11; 17, 18) having at least a concave face and a convex face, this gutter-shaped part (11; 17, 18) having a section having a shape selected from a circular arc and/or a spiral portion. - at least one support portion (6, 22; 30, 31, 37; 31, 47, 48, 37; 60, 64, 65; 60, 64, 68, 25, 25a) adapted to be fixed to the first opening section element and extending in a longitudinal direction, - at least one lip (7, 8) connected to the support portion (6, 22; 30, 31, 37; 31, 47, 48, 37; 60, 64, 65; 60, 64, 68, 25, 25a) and also extending in said longitudinal direction, said lip being adapted to extend toward the second opening section element (2; 3) from the support portion (6, 22; 30, 31, 37; 31, 47, 48, 37; 60, 64, 65; 60, 64, 68, 25, 25a),
A spar platform for use in the offshore drilling or production of fossil fuels from the bed of a sea, the platform comprising: a hull; a centerwell disposed within the hull and having a lower portion that is open to the sea; an airtight and watertight transverse barrier disposed within the centerwell so as to define a variable buoyancy compartment within the centerwell; the variable buoyancy compartment being located in the lower portion of the centerwell between the transverse barrier and the sea; characterised in that a sleeve extends through the barrier and the variable buoyancy compartment, wherein the sleeve forms an airtight and watertight seal at its junction with the barrier, the buoyancy contribution of the variable buoyancy compartment to the platform being controllably adjustable. a hull; a centerwell disposed within the hull and having a lower portion that is open to the sea; an airtight and watertight transverse barrier disposed within the centerwell so as to define a variable buoyancy compartment within the centerwell; the variable buoyancy compartment being located in the lower portion of the centerwell between the transverse barrier and the sea; characterised in that a sleeve extends through the barrier and the variable buoyancy compartment, wherein the sleeve forms an airtight and watertight seal at its junction with the barrier, the buoyancy contribution of the variable buoyancy compartment to the platform being controllably adjustable.
A fan nacelle for a gas turbine engine having a central longitudinal axis comprising: a containment case; an inlet attached to said containment case at an interface; and a cartridge which axially spans said interface, wherein said cartridge provides an inlet acoustic liner section integrated with a thermally conforming liner section, the acoustic liner section received within said inlet; characterised in that: said inlet defines an inboard hook to at least partially capture said cartridge. a containment case; an inlet attached to said containment case at an interface; and a cartridge which axially spans said interface, wherein said cartridge provides an inlet acoustic liner section integrated with a thermally conforming liner section, the acoustic liner section received within said inlet; characterised in that: said inlet defines an inboard hook to at least partially capture said cartridge.
A vehicle including at least one front fender and at least one front fender liner, the front fender being connected to the front fender liner by at least one meltable connecting system configured to break or detach itself under the application of a force aiming to separate the front fender and the front fender liner from one another along the transverse axis of the vehicle, at least the front fender being attached to a front fender front support and at least the front fender liner being attached to a front fender lower support, said vehicle being characterized in that the meltable connecting system between the front fender and the front fender liner ensures the connection between the front fender front support and the front fender lower support.
A radio access arrangement (100, 300) comprising: - a radio transceiver (110, 310) for setting up a radio communication channel for a particular mobile device within a serving macro cell having a large radio coverage area, - a radio resource controller for detecting a measurement event for the particular mobile device whereby a neighboring cell was measured as being offset better than the serving macro cell, - speed characterization logic (140, 330) for characterizing the particular mobile device as being a high-speed mobile device according to speed information (speed_Info1/2/3, GPS_Data) indicative of a speed of the particular mobile device, - cell characterization logic for characterizing the neighboring cell as having a substantially shorter radio coverage area enclosed by the large radio coverage area, - mobile configuration logic (160, 340) for configuring the particular mobile device with a timer value, which the particular mobile device shall use for call resumption with the serving macro cell upon radio link failure detection, wherein the radio resource controller is further configured, upon detection of the measurement event, to prepare the neighboring cell for accepting the particular mobile device, but to keep the particular mobile device served by the serving macro cell and wherein the timer value is set to an augmented timer value (T310_HS) dedicatedly used by high-speed mobile devices and higher than a default timer value (T310_LS) used by further mobile devices in the serving macro cell. - a radio transceiver (110, 310) for setting up a radio communication channel for a particular mobile device within a serving macro cell having a large radio coverage area, - a radio resource controller for detecting a measurement event for the particular mobile device whereby a neighboring cell was measured as being offset better than the serving macro cell, - speed characterization logic (140, 330) for characterizing the particular mobile device as being a high-speed mobile device according to speed information (speed_Info1/2/3, GPS_Data) indicative of a speed of the particular mobile device, - cell characterization logic for characterizing the neighboring cell as having a substantially shorter radio coverage area enclosed by the large radio coverage area, - mobile configuration logic (160, 340) for configuring the particular mobile device with a timer value, which the particular mobile device shall use for call resumption with the serving macro cell upon radio link failure detection,
A friction assembly, comprising a friction element and a further friction element which are operatively connectable to each other, wherein the friction element comprises a main body having a friction layer which has a mean arithmetic roughness value Ra according to DIN EN ISO 4287 of at least 3 μm, characterized in that the friction layer has a wave trough depth Wt according to DIN EN ISO 4287 of at least 30 μm and a mean groove width RSm according to DIN EN ISO 4287 of at least 150 μm, and that the friction element and the further friction element are lubricated with a water-based lubricant containing solid lubricant particles.
A dose of ferric pyrophosphate composition for use in treating a dialysis patient that is hyporesponsive to erythropoietin stimulating agent, wherein the dose of SFP is effective to reduce the dose of ESA administered to the patient by at least 65% less than the dose of ESA required by dialysis patients that are hyporesponsive to ESA and that have not received SFP.