mhurhangee/ep-ind-claims huggingface dataset:
Arrangement for compensating the axial thrust of a fluid-flow machine, having a load-relieving element, which is connected for conjoint rotation to a shaft and, together with a counter-element fixed in relation to the casing, forms a radial flow-restrictor gap, characterized in that a device for maintaining the distance between the load-relieving element and the counter-element is arranged on the counter-element, said device having at least one force-generating element, which generates a force opposing the axial thrust.
A method for manufacturing watertight, corrugated metal pipes, comprising the steps of: forming longitudinal corrugations on a strip of metal sheet by at least one passage between counterposed corrugating barrels (20, 22) having alternated, circumferential ridges (24, 26) on their outer surfaces, bending the opposite, longitudinal lips (12a, 12b) of said strip in opposite directions, coiling said strip of metal sheet into a helical shape, whereby said opposite, longitudinal lips (12a, 12b) overlap laterally, fitting a rubber gasket to one of said opposite longitudinal lips, crimping said opposite, longitudinal lips (12a, 12b) together between counterposed crimping rollers (38, 39), whereby the material of the gasket, by effect of the crimping pressure, is reduced in thickness and deformed plastically at least in certain areas (12'a, 12"a, 12'b, 12"b) of said longitudinal lips (12a, 12b) which are biased against each other by the crimping action, characterized in that said gasket has a bent profile capable of embracing said longitudinal lip during fitting at least partially. forming longitudinal corrugations on a strip of metal sheet by at least one passage between counterposed corrugating barrels (20, 22) having alternated, circumferential ridges (24, 26) on their outer surfaces, bending the opposite, longitudinal lips (12a, 12b) of said strip in opposite directions, coiling said strip of metal sheet into a helical shape, whereby said opposite, longitudinal lips (12a, 12b) overlap laterally, fitting a rubber gasket to one of said opposite longitudinal lips, crimping said opposite, longitudinal lips (12a, 12b) together between counterposed crimping rollers (38, 39), whereby the material of the gasket, by effect of the crimping pressure, is reduced in thickness and deformed plastically at least in certain areas (12'a, 12"a, 12'b, 12"b) of said longitudinal lips (12a, 12b) which are biased against each other by the crimping action, characterized in that said gasket has a bent profile capable of embracing said longitudinal lip during fitting at least partially.
Auto Open CPAP Apparatus for controlled delivery of a flow of breathing gas to the respiratory tracts of a user, said apparatus comprising a blower unit adapted to provide a gas flow, a nasal cannula with first and second outlets, and first and second gas paths connecting the blower unit to the first and second outlets, respectively, wherein characteristics of the gas flow through each outlet can be controlled, sensed and/or adjusted independently, characterized in that the apparatus comprises a control unit adapted to analyze a sensed characteristic of the gas flow in order to detect flow limitations and adapted to control flow rate or pressure of the applied flow to the user's nose depending on the frequency of flow limitations.
A stator cooling assembly for a linear motor, comprising a stator and a modular cooling arrangement mounted on the stator, the modular cooling arrangement comprising: a U-shaped fluid cooling pipe having a first linear segment extending along a first longitudinal side of the stator and a second linear segment extending along a second longitudinal side of the stator, opposite the first longitudinal side, an inlet and an outlet port (24, 26) connected to a free end of the first and second linear segments (23, 25) respectively of the fluid cooling pipe for circulating a cooling fluid along both longitudinal sides of the stator, a central cooling arrangement comprising primary cooling units mounted into respective recesses of the stator extending across said stator from the first to the second longitudinal side, and connecting members connecting the central cooling arrangement to the U-shaped fluid cooling pipe, wherein each primary cooling unit comprises at least one heat pipe (44a, 44b) having a first portion extending along the corresponding recess of the stator, and a second portion extending along a portion of the U-shaped fluid cooling pipe, and wherein the connecting members connect the second portion of said at least one heat pipe (44a, 44b) of each primary cooling unit to the corresponding portions of the U-shaped fluid cooling pipe. a U-shaped fluid cooling pipe having a first linear segment extending along a first longitudinal side of the stator and a second linear segment extending along a second longitudinal side of the stator, opposite the first longitudinal side, an inlet and an outlet port (24, 26) connected to a free end of the first and second linear segments (23, 25) respectively of the fluid cooling pipe for circulating a cooling fluid along both longitudinal sides of the stator, a central cooling arrangement comprising primary cooling units mounted into respective recesses of the stator extending across said stator from the first to the second longitudinal side, and connecting members connecting the central cooling arrangement to the U-shaped fluid cooling pipe, wherein each primary cooling unit comprises at least one heat pipe (44a, 44b) having a first portion extending along the corresponding recess of the stator, and a second portion extending along a portion of the U-shaped fluid cooling pipe, and wherein the connecting members connect the second portion of said at least one heat pipe (44a, 44b) of each primary cooling unit to the corresponding portions of the U-shaped fluid cooling pipe.
A cylindrical key consisting of a shaping core with recesses, a sleeve with holes, and pins, the shaping core fixed in the sleeve, cooperating with each other by means of the recesses on the shaping core, the pins fixed in the shaping core and the holes of the sleeve; during movement of the shaping core in the key sleeve this causes movement of the pins fixed in the holes of the sleeve on the recesses of the shaping core beyond the external surface of the key sleeve; during the sliding of the pins out from the key sleeve, the pins of the lock retract and enable opening of the lock, wherein the key has a varied geometry of the web, the recesses are positioned from the face on the external surface of the shaping core, the sleeve has port holes arranged on circumference, and each recess in the shaping core cooperates with the assigned hole in the sleeve, characterised in that the shaping core is in the shape of a cylinder or a prism and the cross section of the recesses on the shaping core is in the shape of a triangle; the recesses in the shaping core are placed symmetrically or asymmetrically in relation to the axis of the shaping core; the sleeve is equipped with holes on the circumference to position the pins in them; wherein the holes in the sleeve are symmetrical or asymmetrical; and, moreover, there are journals along the external surface of the holes of the sleeve; the journals are fixed together with faying pins with a length exceeding the thickness of the wall of the sleeve, and the pins on the slidable end are equipped with swellings.
A communications apparatus for preventing in device coexistence, IDC, interference, comprising: a first radio module, providing a first wireless communications service in a first wireless network in compliance with a first protocol; and a second radio module, providing a second wireless communications service in a second wireless network in compliance with a second protocol, wherein the first radio module is configured to determine whether a protection scheme is to be performed, and when the first radio module is configured to determine that the protection scheme is to be performed, the first radio module is further configured to determine a predetermined time to activate the protection scheme, characterized in that the second radio module is configured to transmit a predetermined message to the second wireless network at the predetermined time to activate the protection scheme, and wherein the first radio module is configured to determine whether the protection scheme is to be performed and the predetermined time to activate the protection scheme, according to a sub-frame configuration of the first radio module, and wherein the predetermined time to activate the protection scheme falls in a duration of a special sub-frame configured for the first radio module. a first radio module, providing a first wireless communications service in a first wireless network in compliance with a first protocol; and a second radio module, providing a second wireless communications service in a second wireless network in compliance with a second protocol, wherein the first radio module is configured to determine whether a protection scheme is to be performed, and when the first radio module is configured to determine that the protection scheme is to be performed, the first radio module is further configured to determine a predetermined time to activate the protection scheme, characterized in that the second radio module is configured to transmit a predetermined message to the second wireless network at the predetermined time to activate the protection scheme, and wherein the first radio module is configured to determine whether the protection scheme is to be performed and the predetermined time to activate the protection scheme, according to a sub-frame configuration of the first radio module, and wherein the predetermined time to activate the protection scheme falls in a duration of a special sub-frame configured for the first radio module.
A zinc oxide material composed of core-spike particles, wherein each core-spike particle comprises a core and spikes issuing from the core in various spatial directions in each case, wherein - the cohesion of the particles is based on the interpenetration of spikes of adjacent particles during crystal growth, - a pore space between the cores is interrupted and supported only by the flexible spikes and the pore space is completely continuous and - the material forms a self-supporting, macroscopic network and extends over multiple millimetres. - the cohesion of the particles is based on the interpenetration of spikes of adjacent particles during crystal growth, - a pore space between the cores is interrupted and supported only by the flexible spikes and the pore space is completely continuous and - the material forms a self-supporting, macroscopic network and extends over multiple millimetres.
Device for fastening an article on a component having a bordered opening, in particular on a slotted support or a T-groove profile rail, having an essentially U-shaped clamping element with resilient side limbs, which engage through the opening in the assembled position and on the outer sides of which are provided profile structures which engage behind the peripheries of the opening, and having an expansion element, which is accommodated in a moveable manner between the side limbs, characterized by a screw which engages through an aperture in the central limb of the clamping element and can be screwed into an internally threaded bore on the expansion element such that the expansion element can be moved in the direction of the central limb and, in the process, an expansion portion can be moved between the side limbs, said expansion portion moving the side limbs apart from one another.
An antenna device adapted for use in an antenna arrangement of a distributed massive Multiple Input Multiple Output, MIMO, System, wherein the distributed massive MIMO system comprises a central unit, wherein the antenna arrangement comprises a chain of antenna devices wherein the antenna device comprises a controller and an antenna element and wherein the controller is adapted to implement per-element processing, and wherein the antenna device is configured to locally perform a channel estimate based on a pilot signal received from a User Equipment.
A brake arrangement for a vehicle having a cardan brake and separate left and right brakes (2L, 2R), said left brake activated by movement of a first lever, said right brake activated by movement of a second lever and said left brake, right brake and the cardan brake activated together by movement of both levers (4L,4R) together, and wherein said cardan brake is connected to a fluid supply in a circuit, said circuit comprising a first and a second brake valve (7, 8) arranged in series, said first brake valve operable by the first lever and said second brake valve operable by the second lever and wherein said left brake is connected to the fluid supply and activated by a left brake valve and said right brake is connected to the fluid supply and activated by a right brake valve and wherein said left and right brake valves (13, 14) are connected in parallel, said left brake valve operable by the first lever and said right brake valve operable by the second lever.
System for heating piped water and providing hot piped water, whereby the system encompasses the following parts: - a tap for providing hot piped water from a water line, - a heat exchanger through which the piped water to be heated as well as heat transfer fluid of a thermal energy cycle are led, and which serves to transfer heat from the thermal energy cycle's heat transfer fluid to the piped water, - a turbine inserted into the water line, which is driven by the piped water flowing to the tap, - a pump which is driven by the turbine and serves to move the heat transfer fluid in the thermal energy cycle, - a thermal energy storage tank through which the thermal energy cycle is led, characterised in that the system includes a valve which stops the flow of the heat transfer fluid in the thermal energy cycle if the pump is turned off, whereby the opening state of the valve depends on pressure that is applied to its actuator line, and in that pressure from the water line is applied to the actuator line of the valve from an line section of the water line which lies downstream from the position where pressure reduction in the piped water takes place when it flows through the turbine. - a tap for providing hot piped water from a water line, - a heat exchanger through which the piped water to be heated as well as heat transfer fluid of a thermal energy cycle are led, and which serves to transfer heat from the thermal energy cycle's heat transfer fluid to the piped water, - a turbine inserted into the water line, which is driven by the piped water flowing to the tap, - a pump which is driven by the turbine and serves to move the heat transfer fluid in the thermal energy cycle, - a thermal energy storage tank through which the thermal energy cycle is led,
A wireless communication device comprising: a housing; and a first board (52, 52a, 52b) placed inside the housing, wherein a first communication circuit and a first antenna that perform wireless communication based on a first wireless communication system that uses a first frequency band and a second communication circuit and a second antenna that perform wireless communication based on a second wireless communication system that uses the first frequency band are mounted on the first board (52, 52a, 52b), the second wireless communication system being different from the first wireless communication system, and the first antenna and the second antenna are respectively placed in a first region and a second region that are in a diagonal spatial relationship in plan view of the first board (52, 52a, 52b), characterized in that the first antenna and the second antenna are arranged on the first board (52, 52a, 52b) in such a way that principal radiation directions of the first antenna and the second antenna are orthogonal to each other. a housing; and a first board (52, 52a, 52b) placed inside the housing, wherein a first communication circuit and a first antenna that perform wireless communication based on a first wireless communication system that uses a first frequency band and a second communication circuit and a second antenna that perform wireless communication based on a second wireless communication system that uses the first frequency band are mounted on the first board (52, 52a, 52b), the second wireless communication system being different from the first wireless communication system, and the first antenna and the second antenna are respectively placed in a first region and a second region that are in a diagonal spatial relationship in plan view of the first board (52, 52a, 52b), characterized in that the first antenna and the second antenna are arranged on the first board (52, 52a, 52b) in such a way that principal radiation directions of the first antenna and the second antenna are orthogonal to each other.
A front wheel hub assembly disconnection arrangement for a road vehicle, said front wheel hub assembly disconnection arrangement being configured to promote disconnection and outwards movement of a front wheel hub assembly from a vehicle body structure during a small partial overlap collision, wherein the front wheel hub assembly disconnection arrangement comprises a steering knuckle breaker and the front wheel hub assembly, the front wheel hub assembly comprising a wheel hub and a steering knuckle for connection to a tie rod of a steering mechanism, the steering knuckle being arranged on a rearward facing portion of the wheel hub, seen in a direction of travel of the road vehicle, wherein the steering knuckle breaker is arranged on an A-pillar of the vehicle body structure, said steering knuckle breaker comprising an impact surface facing the steering knuckle when the wheel hub is in a neutral position, such that in the event of a small overlap collision, the steering knuckle of the front wheel hub assembly is displaced towards and collides with the steering knuckle breaker, such that the steering knuckle breaker breaks the steering knuckle and disconnects the steering knuckle from the wheel hub of the front wheel hub assembly.
A network node for a mesh network comprising: a processing unit adapted to determine as an indicator of reliability of the network node a frequency or number of power cycles experienced by the network node; and a control unit adapted to configure the network node to operate in either a router configuration or an end-node configuration based on the determined indicator of reliability of the network node. a processing unit adapted to determine as an indicator of reliability of the network node a frequency or number of power cycles experienced by the network node; and a control unit adapted to configure the network node to operate in either a router configuration or an end-node configuration based on the determined indicator of reliability of the network node.
A method for positioning a conductor for overhead energy transport, comprising: - obtaining a conductor with an elongate core and an elongate sheath situated around the elongate core, characterised in that the method comprises the step of immobilising the elongate sheath on the elongate core at positions which, on installation, are not situated at the ends of the conductor, by means of at least two clamping pieces and/or stoppers on the conductor, wherein a tension difference is present between the core and the sheath of the conductor when the conductor is in use. - obtaining a conductor with an elongate core and an elongate sheath situated around the elongate core, characterised in that the method comprises the step of immobilising the elongate sheath on the elongate core at positions which, on installation, are not situated at the ends of the conductor, by means of at least two clamping pieces and/or stoppers on the conductor, wherein a tension difference is present between the core and the sheath of the conductor when the conductor is in use.
Method for providing a fertile transgenic sweet pepper Capsicum annuum plant, said method comprises: a) transforming a sweet pepper Capsicum annuum plant cell with an expression vector encoding a babyboom protein, wherein said expression vector provides inducible nuclear transcriptional activity of said babyboom protein; b) regenerating said transformed sweet pepper Capsicum annuum plant cell into shoot-like structures under inductive conditions resulting in nuclear transcriptional activity of said babyboom protein, said inductive conditions comprise contacting said transformed sweet pepper Capsicum annuum plant cell with a medium comprising an agent providing said transcriptional activity; c) culturing said shoot-like structures into a fertile transgenic sweet pepper Capsicum annuum plant under non-inductive conditions resulting in the substantial absence of nuclear transcriptional activity of said babyboom protein; wherein said babyboom protein has at least 70%, preferably at least 80%, more preferably at least 90%, even more preferably at least 95%, and most preferably at least 99% sequence identity at the amino acid level with SEQ ID No. 1 under the condition that said babyboom protein has transcriptional activity. a) transforming a sweet pepper Capsicum annuum plant cell with an expression vector encoding a babyboom protein, wherein said expression vector provides inducible nuclear transcriptional activity of said babyboom protein; b) regenerating said transformed sweet pepper Capsicum annuum plant cell into shoot-like structures under inductive conditions resulting in nuclear transcriptional activity of said babyboom protein, said inductive conditions comprise contacting said transformed sweet pepper Capsicum annuum plant cell with a medium comprising an agent providing said transcriptional activity; c) culturing said shoot-like structures into a fertile transgenic sweet pepper Capsicum annuum plant under non-inductive conditions resulting in the substantial absence of nuclear transcriptional activity of said babyboom protein;