mhurhangee/ep-ind-claims huggingface dataset:
A manifold structure comprising: a body having a base plate and a cover plate that define a flow passage therebetween; and a plurality of walls that segment the flow passage into a plurality of channels, wherein each of the walls has a height extending from the base plate to the cover plate and a non-linear length that is elongated relative to a width of the wall and extends in a direction normal to the height of the wall; wherein each of the walls is sinusoidal in shape and defines a period in a lengthwise direction and an amplitude in a widthwise direction, wherein the amplitude is directly proportional to a stiffness of the wall, and wherein the channels are oscillating heat pipe channels that are formed in the base plate and configured for two-phase passive heat spreading. a body having a base plate and a cover plate that define a flow passage therebetween; and a plurality of walls that segment the flow passage into a plurality of channels, wherein each of the walls has a height extending from the base plate to the cover plate and a non-linear length that is elongated relative to a width of the wall and extends in a direction normal to the height of the wall; wherein each of the walls is sinusoidal in shape and defines a period in a lengthwise direction and an amplitude in a widthwise direction, wherein the amplitude is directly proportional to a stiffness of the wall, and wherein the channels are oscillating heat pipe channels that are formed in the base plate and configured for two-phase passive heat spreading.
A set of a bolt and a nut, comprising: a foldable part provided at a tip of the bolt, the foldable part being foldable from a direction along a bolt axis to either sides around an axis perpendicular to the bolt axis; and grooves (18a - 18g) formed at a tip surface of the nut, each of the grooves (18a - 18g) being configured to receive the foldable part, wherein: the number of grooves (18a - 18g) is an odd number; and the grooves (18a - 18g) are arranged radially with equal angular intervals with a center at a screw hole of the nut. a foldable part provided at a tip of the bolt, the foldable part being foldable from a direction along a bolt axis to either sides around an axis perpendicular to the bolt axis; and grooves (18a - 18g) formed at a tip surface of the nut, each of the grooves (18a - 18g) being configured to receive the foldable part, wherein: the number of grooves (18a - 18g) is an odd number; and the grooves (18a - 18g) are arranged radially with equal angular intervals with a center at a screw hole of the nut. the number of grooves (18a - 18g) is an odd number; and the grooves (18a - 18g) are arranged radially with equal angular intervals with a center at a screw hole of the nut.
A method for configuring message tracking in a telecom service, comprising: initiating, by a service module, a registration message to a tracking server, and synchronizing a tracking condition with the tracking server; initiating, by a monitoring client, a registration message to the tracking server, and receiving the tracking condition synchronously sent by the tracking server; and configuring, by the monitoring client, a key value for the tracking condition, and sending the key value to the corresponding service module through the tracking server in a synchronization message of configuration information to complete a message tracking configuration, then receiving a configuration success message returned from the service module. initiating, by a service module, a registration message to a tracking server, and synchronizing a tracking condition with the tracking server; initiating, by a monitoring client, a registration message to the tracking server, and receiving the tracking condition synchronously sent by the tracking server; and configuring, by the monitoring client, a key value for the tracking condition, and sending the key value to the corresponding service module through the tracking server in a synchronization message of configuration information to complete a message tracking configuration, then receiving a configuration success message returned from the service module.
Fuel injector, in particular common rail injector, comprising an injector housing, in which a high-pressure chamber is formed, which can be supplied with fuel under pressure via a supply port arranged in the injector housing, comprising at least one injection opening, connected at least indirectly to the high-pressure chamber and formed in the injector housing, for injecting fuel into the combustion chamber of an internal combustion engine, comprising an injection element opening or closing the at least one injection opening, comprising a measuring device for the at least indirect detection of the pressure in the high-pressure chamber or the supply port, the measuring device being designed to detect elastic deformation of a deformation region arranged in operative connection at least indirectly with the supply port or the high-pressure chamber, the measuring device having a sensor element embodied as a piezoelectric element, which is arranged in operative connection with the surface of the deformation region, the piezoelectric element being loaded against the deformation region with an axial preloading force, the sensor element being enclosed at its periphery by a peripheral wall of a housing (35; 35a), and the peripheral wall having a flange-like fastening region (52; 52a) projecting from the peripheral wall, in the area of which the housing (35; 35a) is connected to the deformation region, the housing (35; 35a) having, on the side facing the deformation region, in the region of the piezoelectric element, an opening, in the area of which the piezoelectric element rests at least indirectly on the deformation region, characterized in that electric contact with the piezoelectric element is made by means of contact elements (41, 42) which contact side surfaces (43, 44) of the piezoelectric element, rest against the side surfaces (43, 44) under elastic preload and project through a covering element.
A method for stimulating biodegradation and the degassing of waste disposal sites by installing degassing pipes therein, the method comprising the following steps: installing prefabricated drainage pipes in the waste disposal site, by pressing a hollow guide lance, in which hollow guide lance the prefabricated drainage pipe is present, in vertically downward direction into the waste disposal site, the bottom side of said lance being provided with a plate to which the drainage pipe is attached, which plate displaces the waste material in the waste disposal site and which will remain behind in the waste disposal site when the lance is removed from the waste disposal site at the depth at which the drainage pipe is installed in the bottom of the waste disposal site, and installing a drainage layer on the waste present at the surface of the waste disposal site, wherein the gas both from the vertical drainage pipes and from the surface of the waste is collected in porous cavities or channels in the drainage layer, and installing a top seal for gas and water on top of said drainage layer for preventing escape of gases into the atmosphere and the ingress of oxygen into said gas discharge system, and installing a pipe system which discharges the gas in the drainage layer via closed pipes through said top seal to the outside, wherein said pipe system is located above the waste present at the surface of the waste disposal site or directly below the surface of said waste. installing prefabricated drainage pipes in the waste disposal site, by pressing a hollow guide lance, in which hollow guide lance the prefabricated drainage pipe is present, in vertically downward direction into the waste disposal site, the bottom side of said lance being provided with a plate to which the drainage pipe is attached, which plate displaces the waste material in the waste disposal site and which will remain behind in the waste disposal site when the lance is removed from the waste disposal site at the depth at which the drainage pipe is installed in the bottom of the waste disposal site, and installing a drainage layer on the waste present at the surface of the waste disposal site, wherein the gas both from the vertical drainage pipes and from the surface of the waste is collected in porous cavities or channels in the drainage layer, and installing a top seal for gas and water on top of said drainage layer for preventing escape of gases into the atmosphere and the ingress of oxygen into said gas discharge system, and installing a pipe system which discharges the gas in the drainage layer via closed pipes through said top seal to the outside, wherein said pipe system is located above the waste present at the surface of the waste disposal site or directly below the surface of said waste.
A method for preparation of a glass forming mold having a baked layer of a lubricating mold-releasing agent on the mold surface thereof, wherein the method comprises placing the mold surface with an applied lubricating mold-releasing agent thereon to face a high-frequency induction heating coil at a predetermined mutual position, and heating the mold surface by exposing the same to a high-frequency magnetic flux by passing a high-frequency electric current to the high-frequency induction heating coil, at a power output so adjusted that the mold surface may reach a predetermined baking temperature in a predetermined length of time after the start of heating, and for the predetermined length of time, wherein the predetermined baking temperature is a temperature in the range of from 300 to 600 °C, the length of time for which the mold surface is exposed to the high-frequency magnetic flux for heating is a length of time in the range of from 5 seconds to 30 minutes, and wherein the predetermined baking temperature is reached in not shorter than 5 seconds.
A switch-mode converter powered by a positive voltage (Vp) and a negative voltage (Vm), both relative to ground, and delivering an outlet voltage between a first outlet terminal and a second outlet terminal, which second outlet terminal is connected to ground either directly or via a resistance, the converter having two windings (Ls, Lp) wound in opposition about a magnetic core: - the first end of the first winding (Lp) being connected to a midpoint of a first branch that connects the positive voltage to the negative voltage, the portion of the first branch connecting its midpoint to the positive voltage comprising a series connection of switch-forming first means and a first diode in forward connection relative to the positive voltage and together forming a unidirectional switch having forward and reverse blocking power, the portion of the first branch connecting its midpoint to the negative voltage comprising a series connection of second switch-forming means and a second diode forwardly mounted relative to the negative voltage and together forming a unidirectional switch having forward and reverse blocking power; - a second end of the first winding (Lp) being connected to the outlet terminal; and - the first end of the second winding (Ls) being connected to a midpoint of a second branch that connects the positive voltage to the negative voltage and that comprises a third diode and a fourth diode in reverse connection, the midpoint of the second branch being situated between the third diode and the fourth diode; the converter being characterized in that it includes third switch-forming means and fourth switch-forming means together forming a bidirectional switch having forward and reverse blocking power, the third and fourth means being arranged in series between the second end of the second winding (Ls) and ground. - the first end of the first winding (Lp) being connected to a midpoint of a first branch that connects the positive voltage to the negative voltage, the portion of the first branch connecting its midpoint to the positive voltage comprising a series connection of switch-forming first means and a first diode in forward connection relative to the positive voltage and together forming a unidirectional switch having forward and reverse blocking power, the portion of the first branch connecting its midpoint to the negative voltage comprising a series connection of second switch-forming means and a second diode forwardly mounted relative to the negative voltage and together forming a unidirectional switch having forward and reverse blocking power; - a second end of the first winding (Lp) being connected to the outlet terminal; and - the first end of the second winding (Ls) being connected to a midpoint of a second branch that connects the positive voltage to the negative voltage and that comprises a third diode and a fourth diode in reverse connection, the midpoint of the second branch being situated between the third diode and the fourth diode;
Holding frame for holding connector modules and/or connectors for installation in a connector housing, wherein the holding frame is formed substantially in two pieces, having the features: two side parts (11, 12) with at least one surface and at least one frame element are configured to be able to be assembled to form the holding frame; the surfaces of the assembled side parts (11, 12) form a fastening surface with at least one recess for receiving a connector; the frame elements of the assembled side parts (11, 12) of the holding frame are spaced apart from one another and form at least one receiving region for receiving the connector modules; characterized in that at least one fixing element with at least one fixing geometry is provided on the fastening surface, said fixing element being configured and able to be fixed to the fastening surface such that the side parts (11, 12) assembled to form the holding frame are fixed to one another by means of the fixing element, and in that furthermore a connector accommodated in a recess is axially fixed in the holding frame by means of the fixing element. two side parts (11, 12) with at least one surface and at least one frame element are configured to be able to be assembled to form the holding frame; the surfaces of the assembled side parts (11, 12) form a fastening surface with at least one recess for receiving a connector; the frame elements of the assembled side parts (11, 12) of the holding frame are spaced apart from one another and form at least one receiving region for receiving the connector modules; characterized in that at least one fixing element with at least one fixing geometry is provided on the fastening surface, said fixing element being configured and able to be fixed to the fastening surface such that the side parts (11, 12) assembled to form the holding frame are fixed to one another by means of the fixing element, and in that furthermore a connector accommodated in a recess is axially fixed in the holding frame by means of the fixing element.
A method of exchanging measurements in wireless communications, the method comprising: communicating, in response to a trigger from a network management entity, NME, a first message from station management entity, SME, of an access point, AP, to media access control, MAC, layer management entity, MLME, of the AP; transmitting, in response to the first message, a measurement request from the MLME to a wireless transmit/receive unit, WTRU, the measurement request including a request for a measurement of a parameter, receiving a measurement report at the MLME from the WTRU, wherein the measurement report includes the requested measurement of the parameter; and storing the requested measurement of the parameter in a management information base, MIB of the AP, and wherein the stored measurement of the parameter in the MIB is made available to an external entity which is responsible for radio resource management, RRM, to keep interference levels low, resulting in higher system capacity. communicating, in response to a trigger from a network management entity, NME, a first message from station management entity, SME, of an access point, AP, to media access control, MAC, layer management entity, MLME, of the AP; transmitting, in response to the first message, a measurement request from the MLME to a wireless transmit/receive unit, WTRU, the measurement request including a request for a measurement of a parameter, receiving a measurement report at the MLME from the WTRU, wherein the measurement report includes the requested measurement of the parameter; and storing the requested measurement of the parameter in a management information base, MIB of the AP, and wherein the stored measurement of the parameter in the MIB is made available to an external entity which is responsible for radio resource management, RRM, to keep interference levels low, resulting in higher system capacity.
An axial flow fan comprising: a hub driven to rotate and configured to serve as a rotation axis of the axial flow fan; and a blade connected to the hub, the blade having a leading edge, and a trailing edge, the trailing edge having an indentation indenting toward the leading edge, the indentation narrowing from the trailing edge to the leading edge, and having an apex being a point closest to the leading edge from among the points constituting the indentation; characterized in that the blade having, at the indentation, a maximum thickness portion at which a thickness of the blade is maximum, which is the thickness along the trailing edge, and which is between the hub and the apex. a hub driven to rotate and configured to serve as a rotation axis of the axial flow fan; and a blade connected to the hub, the blade having a leading edge, and a trailing edge, a leading edge, and a trailing edge, the trailing edge having an indentation indenting toward the leading edge, the indentation narrowing from the trailing edge to the leading edge, and having an apex being a point closest to the leading edge from among the points constituting the indentation; characterized in that the blade having, at the indentation, a maximum thickness portion at which a thickness of the blade is maximum, which is the thickness along the trailing edge, and which is between the hub and the apex.
A method for making sensorized brake elements for vehicles, in particular brake pads, comprising the steps of integrating directly on a first surface of a supporting metal element of the brake element intended in use to be facing an element to be braked, such as a disk or drum, of a vehicle: - at least one piezoceramic sensor adapted to emit an electric signal when subjected to a mechanical stress; and - an electric circuit for capturing the electric signal and possibly processing it; characterized in that a) said electric circuit is made as an electrically insulated unit equipped with at least one branching ending with respective electric contacts (20,21) for said at least one piezoelectric sensor; b) said at least one piezoelectric sensor is electrically and mechanically connected to said electric contacts (20,21) arranged at the end of said at least one branching; c) the electric circuit and said at least one sensor are mechanically fixed integral to said first surface; d) said branching being made so as to position said at least one piezoelectric sensor in a predetermined point of said first surface. - at least one piezoceramic sensor adapted to emit an electric signal when subjected to a mechanical stress; and - an electric circuit for capturing the electric signal and possibly processing it; characterized in that a) said electric circuit is made as an electrically insulated unit equipped with at least one branching ending with respective electric contacts (20,21) for said at least one piezoelectric sensor; b) said at least one piezoelectric sensor is electrically and mechanically connected to said electric contacts (20,21) arranged at the end of said at least one branching; c) the electric circuit and said at least one sensor are mechanically fixed integral to said first surface; d) said branching being made so as to position said at least one piezoelectric sensor in a predetermined point of said first surface. a) said electric circuit is made as an electrically insulated unit equipped with at least one branching ending with respective electric contacts (20,21) for said at least one piezoelectric sensor; b) said at least one piezoelectric sensor is electrically and mechanically connected to said electric contacts (20,21) arranged at the end of said at least one branching; c) the electric circuit and said at least one sensor are mechanically fixed integral to said first surface; d) said branching being made so as to position said at least one piezoelectric sensor in a predetermined point of said first surface.
An intake for a quick coupling for pipes, which is configured to be coupled in fluidic through connection to a joint, and comprises: - a body defining a central axis and a first channel at least partially centred with respect to said central axis and suitable to at least partially house said joint, - an annular fastening element movably housed within said first channel and including a plurality of fastening sectors suitable to be reciprocally moved in a radial direction and defining a release position in which said fastening element allows said joint to move with respect to said intake, and a clamping position, in which said fastening element fastens said joint to said intake, - an extractor partially housed in said body, movable along said central axis with respect to said body and suitable to allow said fastening element to pass from said clamping position to said release position, wherein - said body includes an obstruction defining at least one ring, which is centred with respect to said central axis and housed within said first channel, and being characterised in that - said fastening element defines an interference portion interfering with said obstruction in a direction parallel to said central axis and - said obstruction and said interference portion form a circular fulcrum around which said fastening sectors rotate, moving away from each other, and provide said release position as a result of an opening thrust caused by said extractor or said joint when said extractor or said joint pass in said fastening element. - a body defining a central axis and a first channel at least partially centred with respect to said central axis and suitable to at least partially house said joint, - an annular fastening element movably housed within said first channel and including a plurality of fastening sectors suitable to be reciprocally moved in a radial direction and defining a release position in which said fastening element allows said joint to move with respect to said intake, and a clamping position, in which said fastening element fastens said joint to said intake, - an extractor partially housed in said body, movable along said central axis with respect to said body and suitable to allow said fastening element to pass from said clamping position to said release position, wherein - said body includes an obstruction defining at least one ring, which is centred with respect to said central axis and housed within said first channel, and being characterised in that - said fastening element defines an interference portion interfering with said obstruction in a direction parallel to said central axis and - said obstruction and said interference portion form a circular fulcrum around which said fastening sectors rotate, moving away from each other, and provide said release position as a result of an opening thrust caused by said extractor or said joint when said extractor or said joint pass in said fastening element.