mhurhangee/ep-ind-claims huggingface dataset:
A break-open sealed package; the sealed package comprises: a first sheet of semi-rigid plastic material; a sealed pocket, which contains a dose of a product and is delimited on one side by the first sheet; and a pre-weakened area, which guides, following a folding of the first sheet, a controlled break of the first sheet in the pre-weakened area to form an outlet opening for the product through the first sheet; wherein the pre-weakened area extends from a first outer edge of the first sheet to a second outer edge of the first sheet and comprises an outer incision, which is formed through an outer surface of the first sheet and at least partially extends to the area of the pocket, and an inner incision, which is parallel to and aligned with the outer incision and is formed through an inner surface of the first sheet, which is opposite the outer surface; the sealed package is characterized in that the pre-weakened area is arranged at an end of the first sheet to divide the first sheet into a holding portion and into a folding portion that is smaller than the holding portion. a first sheet of semi-rigid plastic material; a sealed pocket, which contains a dose of a product and is delimited on one side by the first sheet; and a pre-weakened area, which guides, following a folding of the first sheet, a controlled break of the first sheet in the pre-weakened area to form an outlet opening for the product through the first sheet; wherein the pre-weakened area extends from a first outer edge of the first sheet to a second outer edge of the first sheet and comprises an outer incision, which is formed through an outer surface of the first sheet and at least partially extends to the area of the pocket, and an inner incision, which is parallel to and aligned with the outer incision and is formed through an inner surface of the first sheet, which is opposite the outer surface; the sealed package is characterized in that the pre-weakened area is arranged at an end of the first sheet to divide the first sheet into a holding portion and into a folding portion that is smaller than the holding portion.
Method for operating a video mailbox in a door communication system comprising at least a door station, a residence station and a video mailbox unit, wherein the video mailbox unit acts as a virtual residence station for communicating with the residence station in the door communication system, and the residence station controls the video mailbox unit by means of bus signalling in the form of internal call signalling or switching signalling of the door communication system, whereupon the video mailbox unit acts as a virtual door station with a video function in the door communication system and calls back the residence station by means of door call signalling, whereupon an AV connection is set up between the video mailbox unit and the residence station, and after which the video mailbox unit transmits the stored AV message via the AV connection, and the residence station outputs the AV message using a display and a loudspeaker, and the video mailbox unit interrupts the AV connection at the end of the AV message.
A method of managing virtual network functions in a network functions virtualization, NFV, network environment, the method comprising: generating an integration virtual network function, integration VNF, to allow a user to perform tasks related to integration and deployment of a first virtual network function, first VNF; generating an orchestration template for a first VNF with an NFV orchestrator of the NFV environment; reviewing the orchestration template with the integration VNF; orchestrating deployment of the first VNF with a virtual infrastructure manager, VIM, of the NFV environment based on the orchestration template; generating an upgrade virtual network function, upgrade VNF, for facilitating upgrading of the first VNF; generating an updated version of the orchestration template based on user changes; reviewing the updated version of the orchestration template with the integration VNF; and orchestrating deployment of an updated version of the first VNF with the VIM based on the updated version of the orchestration template. generating an integration virtual network function, integration VNF, to allow a user to perform tasks related to integration and deployment of a first virtual network function, first VNF; generating an orchestration template for a first VNF with an NFV orchestrator of the NFV environment; reviewing the orchestration template with the integration VNF; orchestrating deployment of the first VNF with a virtual infrastructure manager, VIM, of the NFV environment based on the orchestration template; generating an upgrade virtual network function, upgrade VNF, for facilitating upgrading of the first VNF; generating an updated version of the orchestration template based on user changes; reviewing the updated version of the orchestration template with the integration VNF; and orchestrating deployment of an updated version of the first VNF with the VIM based on the updated version of the orchestration template.
A resin composition comprising: an epoxy resin; a curing agent; a first filler; a second filler; and a wetting dispersant, wherein the first filler is borate particles coated with hexagonal boron nitride. an epoxy resin; a curing agent; a first filler; a second filler; and a wetting dispersant,
Lift-tilt device for a waste collection vehicle, for lifting and tilting one or more waste containers, comprising a comb pick-up means which extends in the transverse direction of the vehicle and has a plurality of teeth which can be brought into engagement with corresponding pockets on the waste containers, first introduction elements which bring a waste container into a lifting position being provided at the ends of the comb pick-up means, at least one second introduction element being provided in the center of the comb pick-up means in order to bring a waste container into a lifting position, and the first introduction elements having sliding surfaces (7, 8) which point in the vertical direction of the vehicle and are inclined toward the center of the comb pick-up means, so that a waste container is guided on the sliding surfaces (7, 8) to the lifting position, characterized in that the first introduction elements have an immovable, externally arranged component and a movable, internally arranged component, each having a sliding surface (7, 8), and the components (13, 14) are arranged in a first state such that the sliding surfaces (7, 8) form an overall sliding surface.
A housing component for mobile terminal, the housing component comprising: an electrically conductive housing, wherein the electrically conductive housing has a slot, the slot divides the electrically conductive housing into a plurality of regions, and the slot is filled with an insulating layer; characterized in that the housing component comprises: an electrically conductive rivet part, wherein the electrically conductive rivet part crosses over the slot, so as to electrically connect the plurality of regions together, wherein the electrically conductive rivet part is riveted to the plurality of regions, wherein the electrically conductive housing has a boss, the slot divides the boss into a plurality of sub-bosses, and the electrically conductive rivet part is riveted to the plurality of sub-bosses. an electrically conductive rivet part, wherein the electrically conductive rivet part crosses over the slot, so as to electrically connect the plurality of regions together, wherein the electrically conductive rivet part is riveted to the plurality of regions, wherein the electrically conductive housing has a boss, the slot divides the boss into a plurality of sub-bosses, and the electrically conductive rivet part is riveted to the plurality of sub-bosses.
A device (102; 102a, 102b) for transferring heat between a first module and a second module, the device (102; 102a, 102b) comprising: • a holder for holding the second module, • a first unit configured and arranged to be thermally coupled to the first module, • a second unit configured and arranged to be movable in relation to the first unit and the holder, • a biasing apparatus (114.1, 114.2) configured and arranged for urging the second unit away from the first unit, thereby urging the second unit against the second module placed in the holder, and • a liquid- and vapor-based heat-transferring apparatus attached to the first unit and the second unit, wherein the liquid- and vapor-based heat-transferring apparatus is configured and arranged to thermally couple the second unit to the first unit, wherein the liquid- and vapor-based heat-transferring apparatus forms a helical shape, wherein the liquid- and vapor-based heat-transferring apparatus is part of the biasing apparatus (114.2), and wherein the helical heat-transferring apparatus (116, 114.2) is configured to urge the second unit away from the first unit, thereby urging the second unit against the second module placed in the holder. • a holder for holding the second module, • a first unit configured and arranged to be thermally coupled to the first module, • a second unit configured and arranged to be movable in relation to the first unit and the holder, • a biasing apparatus (114.1, 114.2) configured and arranged for urging the second unit away from the first unit, thereby urging the second unit against the second module placed in the holder, and • a liquid- and vapor-based heat-transferring apparatus attached to the first unit and the second unit, wherein the liquid- and vapor-based heat-transferring apparatus is configured and arranged to thermally couple the second unit to the first unit, wherein the liquid- and vapor-based heat-transferring apparatus forms a helical shape, wherein the liquid- and vapor-based heat-transferring apparatus is part of the biasing apparatus (114.2), and wherein the helical heat-transferring apparatus (116, 114.2) is configured to urge the second unit away from the first unit, thereby urging the second unit against the second module placed in the holder.
A combustor of a gas turbine engine comprising: a swirler including: an inner injector defining an axis; an outer annular injector which at least partially surrounds said inner injector; and a combustor vane along said axis; characterised in that the combustor further comprises a combustor vane with a multiple of fuel injectors which flank said combustor vane. an inner injector defining an axis; an outer annular injector which at least partially surrounds said inner injector; and a combustor vane along said axis; characterised in that the combustor further comprises a combustor vane with a multiple of fuel injectors which flank said combustor vane.
A Virus-Like Particle, comprising human rhinovirus capsid proteins VP0, VP1 and VP3, or, comprising human rhinovirus capsid proteins VP1, VP2, VP3 and VP4.
A motor control system configured to control operation of a motor having a plurality of windings, the motor control system comprising: a gate driver to provide a control signal to one or more switching elements controlling a voltage applied to each of the plurality of windings; a controller to generate a PWM signal based on a received demand signal and to provide the PWM signal to the gate driver; a voltage measurement circuit coupled to one or more of the plurality of windings to measure a voltage associated with the one or more of the plurality of windings to which the voltage measurement circuit is coupled; a current measurement circuit coupled to one or more of the plurality of windings to measure a current through the one or more of the plurality of windings to which the current measurement circuit is coupled; an estimator configured to respond to the voltage measured by the voltage measurement circuit and/or to the current measured by the current measurement circuit to generate an estimated position signal indicative of an estimate of a position of the motor and/or an estimated speed signal indicative of an estimate of a speed of the motor and to provide the estimated position signal and/or the estimated speed signal to the controller; and a checker circuit configured to respond to the estimated position signal and/or the estimated speed signal to compare the estimated position signal and/or the estimated speed signal to a respective one of an actual position of the motor or an actual speed of the motor. a gate driver to provide a control signal to one or more switching elements controlling a voltage applied to each of the plurality of windings; a controller to generate a PWM signal based on a received demand signal and to provide the PWM signal to the gate driver; a voltage measurement circuit coupled to one or more of the plurality of windings to measure a voltage associated with the one or more of the plurality of windings to which the voltage measurement circuit is coupled; a current measurement circuit coupled to one or more of the plurality of windings to measure a current through the one or more of the plurality of windings to which the current measurement circuit is coupled; an estimator configured to respond to the voltage measured by the voltage measurement circuit and/or to the current measured by the current measurement circuit to generate an estimated position signal indicative of an estimate of a position of the motor and/or an estimated speed signal indicative of an estimate of a speed of the motor and to provide the estimated position signal and/or the estimated speed signal to the controller; and a checker circuit configured to respond to the estimated position signal and/or the estimated speed signal to compare the estimated position signal and/or the estimated speed signal to a respective one of an actual position of the motor or an actual speed of the motor.
A method of manufacturing a tire tread comprising: extruding a rubber strip; conveying the rubber strip to a roller die that rotates about a roller die axis; applying the rubber strip from the roller die onto a drum (130; 200; 300) that rotates about a drum axis, wherein the drum axis is substantially parallel to the roller die axis; translating the roller die in a first direction parallel to the roller die axis while applying the rubber strip, thereby forming a spiral of the rubber strip about the drum (130; 200; 300); and varying a rotation speed of at least one of the roller die and the drum (130; 200; 300) while translating the roller die, thereby creating positive or negative stretch in the rubber strip such that peaks and valleys are formed in the spiral of the rubber strip about the drum (130; 200; 300). extruding a rubber strip; conveying the rubber strip to a roller die that rotates about a roller die axis; applying the rubber strip from the roller die onto a drum (130; 200; 300) that rotates about a drum axis, wherein the drum axis is substantially parallel to the roller die axis; translating the roller die in a first direction parallel to the roller die axis while applying the rubber strip, thereby forming a spiral of the rubber strip about the drum (130; 200; 300); and varying a rotation speed of at least one of the roller die and the drum (130; 200; 300) while translating the roller die, thereby creating positive or negative stretch in the rubber strip such that peaks and valleys are formed in the spiral of the rubber strip about the drum (130; 200; 300).
An atomization assembly, comprising: a metal cylinder; a magnetic induction coil; an isolation cylinder disposed between the magnetic induction coil and the metal cylinder; a fixing part; a control panel; a conduit; wherein the magnetic induction coil is disposed around the metal cylinder; when the metal cylinder is in an electrified state, a heat is produced to heat a smoke material therein to produce smoke; characterized in that the atomization assembly further comprises: a silicone sleeve; a first silicone seal; a second silicone seal; a third silicone seal; and in that the silicone sleeve is disposed around the magnetic induction coil; and the silicone sleeve and the magnetic induction coil are fixed in the fixing part; fl the first silicone seal is disposed on a top end of the conduit; the conduit is in threaded connection to the fixing part to support the metal cylinder; the control panel comprises an output end soldered on the magnetic induction coil; and the second silicone seal and the third silicone seal are disposed around a bottom end of the conduit in order. a metal cylinder; a magnetic induction coil; an isolation cylinder disposed between the magnetic induction coil and the metal cylinder; a fixing part; a control panel; a conduit; wherein the magnetic induction coil is disposed around the metal cylinder; when the metal cylinder is in an electrified state, a heat is produced to heat a smoke material therein to produce smoke; characterized in that the atomization assembly further comprises: a silicone sleeve; a first silicone seal; a second silicone seal; a third silicone seal; and in that the silicone sleeve is disposed around the magnetic induction coil; and the silicone sleeve and the magnetic induction coil are fixed in the fixing part; fl the first silicone seal is disposed on a top end of the conduit; the conduit is in threaded connection to the fixing part to support the metal cylinder; the control panel comprises an output end soldered on the magnetic induction coil; and the second silicone seal and the third silicone seal are disposed around a bottom end of the conduit in order. a silicone sleeve; a first silicone seal; a second silicone seal; a third silicone seal; and in that the silicone sleeve is disposed around the magnetic induction coil; and the silicone sleeve and the magnetic induction coil are fixed in the fixing part; fl the first silicone seal is disposed on a top end of the conduit; the conduit is in threaded connection to the fixing part to support the metal cylinder; the control panel comprises an output end soldered on the magnetic induction coil; and the second silicone seal and the third silicone seal are disposed around a bottom end of the conduit in order.
A kite comprising: a main wing; a tail wing; and a tail boom, said tail boom attached to said main wing on a first end, said tail boom coupled to said tail wing on a second end, wherein said tail wing is mounted behind and above said main wing, characterized in that said tail wing is adapted to rotate to control a pitch of said kite based on an angle between (i) a line through a center of mass of said kite and a center of lift of said tail wing, and (ii) a vertical axis through said center of mass of said kite when said main wing is in a vertical position. a main wing; a tail wing; and a tail boom, said tail boom attached to said main wing on a first end, said tail boom coupled to said tail wing on a second end, wherein said tail wing is mounted behind and above said main wing, characterized in that said tail wing is adapted to rotate to control a pitch of said kite based on an angle between (i) a line through a center of mass of said kite and a center of lift of said tail wing, and (ii) a vertical axis through said center of mass of said kite when said main wing is in a vertical position.
A process for preparing homo- or copolymers by polymerizing one or more ethylenically unsaturated monomers in the liquid phase in the presence of a dissolved, dispersed or supported catalyst complex, which comprises using, as the catalyst complex, a protic acid compound obtainable by reacting a reactive inorganic or organic pentavalent phosphorus compound with three equivalents of an organic alpha,beta-dihydroxy compound.
A method or correlative processing of service information, which is performed by a server, wherein the method comprises: obtaining (21, 42, 92) various service setting information from a setting message received from a user terminal; obtaining (22, 5-3, 6-3, 7-3, 93) a correlative relation about two or more pieces of the service setting information; and performing (23, 5-4, 6-4, 7-4, 94) a corresponding correlative processing on the service setting information according to the correlative relation, wherein the performing a corresponding correlative processing on the service setting information according to the correlative relation comprises: processing the service setting information in a pre-configured sequence according to the correlative relation. obtaining (21, 42, 92) various service setting information from a setting message received from a user terminal; obtaining (22, 5-3, 6-3, 7-3, 93) a correlative relation about two or more pieces of the service setting information; and performing (23, 5-4, 6-4, 7-4, 94) a corresponding correlative processing on the service setting information according to the correlative relation, wherein the performing a corresponding correlative processing on the service setting information according to the correlative relation comprises: processing the service setting information in a pre-configured sequence according to the correlative relation.
An antenna for electrical coupling to a drive node of a wireless communication circuit of an external medical communicator, the antenna comprising: a first conductive strip segment having a first length; characterized by a second conductive strip segment having a second length different from the first length and coupled to the first conductive strip segment at a feed point to be electrically coupled to the drive node; and a third conductive strip segment having a third length less than both the first length and the second length, wherein a first end of the third conductive strip is coupled to the feed point and a second end is coupled to a circuit ground, wherein the first conductive strip segment is configured to provide a first specified operating frequency range at or near a fundamental resonance mode corresponding to the first length plus the third length, and the second conductive strip segment is configured to provide a second, higher, specified operating frequency range at or near a fundamental resonance mode corresponding to the second length plus the third length. a first conductive strip segment having a first length; characterized by a second conductive strip segment having a second length different from the first length and coupled to the first conductive strip segment at a feed point to be electrically coupled to the drive node; and a third conductive strip segment having a third length less than both the first length and the second length, wherein a first end of the third conductive strip is coupled to the feed point and a second end is coupled to a circuit ground, wherein the first conductive strip segment is configured to provide a first specified operating frequency range at or near a fundamental resonance mode corresponding to the first length plus the third length, and the second conductive strip segment is configured to provide a second, higher, specified operating frequency range at or near a fundamental resonance mode corresponding to the second length plus the third length.
An avionics bay for installation of at least one electrical module comprising a fluid cooling system and a housing which is complementary to the electrical module and which comprises an open front face through which the module can be removably installed inside said housing, and a rear face on which are arranged electrical connectors (60, 70, 71) suitable for being connected to the electrical module, characterised in that the fluid cooling system comprises a cold plate which is arranged on the rear face of the housing, said cold plate being suitable for cooling the electrical module when said electrical module is installed inside the housing.