mhurhangee/ep-ind-claims huggingface dataset:
Optical fiber connector assembly for a fiber optic cable comprising an optical fiber having an end portion terminated with a ferrule, the optical fiber connector assembly comprising: - a sleeve configured to at least partially house the end portion of the optical fiber terminated with the ferrule; - a connector comprising a body extending lengthwise and having an internal passageway for the sleeve, the body having a distal portion configured to house the sleeve and to mate with a corresponding receptacle, and a proximal portion configured to be coupled to an end portion of the fiber optic cable, the proximal portion having on its lateral surface at least one aperture; - a crimping element adapted to be disposed about the proximal portion so as to couple the proximal portion of the body to the end portion of the fiber optic cable at said at least one aperture. - a sleeve configured to at least partially house the end portion of the optical fiber terminated with the ferrule; - a connector comprising a body extending lengthwise and having an internal passageway for the sleeve, the body having a distal portion configured to house the sleeve and to mate with a corresponding receptacle, and a proximal portion configured to be coupled to an end portion of the fiber optic cable, the proximal portion having on its lateral surface at least one aperture; - a crimping element adapted to be disposed about the proximal portion so as to couple the proximal portion of the body to the end portion of the fiber optic cable at said at least one aperture.
A method for detecting rearrangements of a HSV (Herpes simplex virus) DNA in a biological sample, wherein said biological sample is a tissue sample, cell(s), serum, blood, CSF, or synovial fluid sample obtained from a human, a non-human mammal or a bird, comprising: extracting a polynucleotide from said sample, wherein the HSV DNA is extracted using 0.1 % SDS (sodium dodecyl sulfate) for the lysis of viral particles in low-melting agarose plugs, Molecular Combing said HSV DNA to form a stretched polynucleotide, contacting said stretched polynucleotide with a set of labelled probes specific for HSV DNA that recognize a HSV sequence detecting hybridization of the probes to the combed HSV DNA; thereby detecting rearrangements of the HSV DNA. extracting a polynucleotide from said sample, wherein the HSV DNA is extracted using 0.1 % SDS (sodium dodecyl sulfate) for the lysis of viral particles in low-melting agarose plugs, Molecular Combing said HSV DNA to form a stretched polynucleotide, contacting said stretched polynucleotide with a set of labelled probes specific for HSV DNA that recognize a HSV sequence detecting hybridization of the probes to the combed HSV DNA; thereby detecting rearrangements of the HSV DNA.
An agricultural machine comprising: - a frame movable over land; - means for working the land, mounted on the frame in relation to a work area and positioned in such a way that it faces the land; - at least one first comb unit equipped with teeth, mounted on the frame and facing the means for working the land for delimiting at least in part the work area and stopping the fragments land coming from the working means; - cleaning means mounted on the frame and operatively associated with the comb unit for mechanically moving fragments of land and/or detritus from the teeth of the first comb unit, characterised in that said cleaning means comprise at least a second comb unit equipped with teeth positioned in such a way as to be, in at least one operating position, alternated with the teeth of the first comb unit, and wherein the machine also comprises movement means mounted on the frame and designed to move the teeth of the comb unit (5,15) towards and away from each other between a first operating position, wherein the teeth of the first comb unit and the teeth of the second comb unit are spaced from each other, and a second operating position wherein the teeth of the first comb unit are alternated with the teeth of the second comb unit. - a frame movable over land; - means for working the land, mounted on the frame in relation to a work area and positioned in such a way that it faces the land; - at least one first comb unit equipped with teeth, mounted on the frame and facing the means for working the land for delimiting at least in part the work area and stopping the fragments land coming from the working means; - cleaning means mounted on the frame and operatively associated with the comb unit for mechanically moving fragments of land and/or detritus from the teeth of the first comb unit, characterised in that said cleaning means comprise at least a second comb unit equipped with teeth positioned in such a way as to be, in at least one operating position, alternated with the teeth of the first comb unit, and wherein the machine also comprises movement means mounted on the frame and designed to move the teeth of the comb unit (5,15) towards and away from each other between a first operating position, wherein the teeth of the first comb unit and the teeth of the second comb unit are spaced from each other, and a second operating position wherein the teeth of the first comb unit are alternated with the teeth of the second comb unit.
A thermal management method for an energy storage system, wherein the thermal management method is performed by a smart battery thermal management unit in the energy storage system, and the thermal management method comprises: acquiring a charging-discharging current of a battery system in the energy storage system in a next preset time period via an energy management system, EMS, in the energy storage system; acquiring a current parameter of a battery cell in the battery system, a predicted ambient temperature in the next preset time period, and a refrigerant returning temperature of a cooling system in the energy storage system; determining a heat dissipation strategy with minimum total power consumption based on the charging-discharging current, the current parameter of the battery cell, the predicted ambient temperature, the refrigerant returning temperature and power consumption of the cooling system; and controlling the cooling system based on the heat dissipation strategy with minimum total power consumption, to cool the energy storage system. acquiring a charging-discharging current of a battery system in the energy storage system in a next preset time period via an energy management system, EMS, in the energy storage system; acquiring a current parameter of a battery cell in the battery system, a predicted ambient temperature in the next preset time period, and a refrigerant returning temperature of a cooling system in the energy storage system; determining a heat dissipation strategy with minimum total power consumption based on the charging-discharging current, the current parameter of the battery cell, the predicted ambient temperature, the refrigerant returning temperature and power consumption of the cooling system; and controlling the cooling system based on the heat dissipation strategy with minimum total power consumption, to cool the energy storage system.
Control system for the actuation of ventilation and/or air extraction devices, containing a control unit, which as a mobile room control unit can be connected to the ventilation and/or air extraction devices, and further sensors for detecting the room air quality, wherein the control system contains sensors which are suitable for being located in the room, wherein, in the room, in particular at places in which persons are present, the further sensors can be assigned to the control unit, characterized in that, the control unit is a repeater for data transfer protocols, which can be integrated into an existing wireless data architecture, and can detect the number of the mobile network devices in its immediate vicinity.
Modular panel for forming a roof garden comprising: - a bottom and external walls which delimit a compartment configured to contain a liquid; - a support layer for supporting soil; - an operative element projecting from the bottom and having a distal end with respect to said bottom, where said distal end defines a support for said support layer; - means for feeding a liquid into said compartment, wherein said means for feeding the liquid comprise a main pipe; wherein the operative element is configured in such a way as to draw a liquid from the bottom towards said distal end so as to transfer the liquid to said support layer and wherein said support layer is configured to spread through itself the liquid received from said operative element, so as to irrigate the soil, and wherein the operative element comprises a first riser element and a second riser element, wherein said first and second riser elements (52, 53) have different liquid drawing capacities, characterised in that the means for feeding the liquid further comprise a secondary pipe connected to said main pipe and in that the first riser element is integral with the bottom. - a bottom and external walls which delimit a compartment configured to contain a liquid; - a support layer for supporting soil; - an operative element projecting from the bottom and having a distal end with respect to said bottom, where said distal end defines a support for said support layer; - means for feeding a liquid into said compartment, wherein said means for feeding the liquid comprise a main pipe; wherein the operative element is configured in such a way as to draw a liquid from the bottom towards said distal end so as to transfer the liquid to said support layer and wherein said support layer is configured to spread through itself the liquid received from said operative element, so as to irrigate the soil, and wherein the operative element comprises a first riser element and a second riser element, wherein said first and second riser elements (52, 53) have different liquid drawing capacities, characterised in that the means for feeding the liquid further comprise a secondary pipe connected to said main pipe and in that the first riser element is integral with the bottom.
A display apparatus comprising: a rear chassis including a fastening hole; a light source module installed at the rear chassis and configured to emit light; a diffuser plate arranged in front of the light source module to diffuse light emitted from the light source module; a liquid crystal panel, arranged in front of the diffuser plate, and configured to display an image; a front chassis arranged to cover sides of the liquid crystal panel and the diffuser plate; a middle mold including a fastening groove to align with the fastening hole and fixing the diffuser plate; a bonding member arranged between the middle mold and the diffuser plate to bond the diffuser plate to the middle mold; and a fastening member coupleable to the fastening groove by passing through the fastening hole from behind the rear chassis to couple the rear chassis to the middle mold, characterized in that the rear chassis includes a bent portion formed on edges of the rear chassis, and wherein the middle mold includes an insertion groove in which the bent portion is inserted. a rear chassis including a fastening hole; a light source module installed at the rear chassis and configured to emit light; a diffuser plate arranged in front of the light source module to diffuse light emitted from the light source module; a liquid crystal panel, arranged in front of the diffuser plate, and configured to display an image; a front chassis arranged to cover sides of the liquid crystal panel and the diffuser plate; a middle mold including a fastening groove to align with the fastening hole and fixing the diffuser plate; a bonding member arranged between the middle mold and the diffuser plate to bond the diffuser plate to the middle mold; and a fastening member coupleable to the fastening groove by passing through the fastening hole from behind the rear chassis to couple the rear chassis to the middle mold, characterized in that the rear chassis includes a bent portion formed on edges of the rear chassis, and wherein the middle mold includes an insertion groove in which the bent portion is inserted.
Apparatus for changing an abrasive sheet in a sanding machine, said apparatus comprising: - a sanding machine comprising: - a support body having an engagement surface arranged to engage with said abrasive sheet; - a handling device for handling spatially said support body according to at least two degrees of freedom; - a removal station of said abrasive sheet from said support body, in said removal station a removal device is arranged having a sharp edge; said apparatus characterised in that said handling device is arranged to move said support body with respect to said removal device up to bring said support body to a removal position in which said sharp edge is located between said abrasive sheet and said support body, in such a way to cause at least one portion of said abrasive sheet to be detached from said engagement surface; and in that said removal station is also provided with a detection device configured to detect the presence of said abrasive sheet on said engagement surface of said support body. - a sanding machine comprising: - a support body having an engagement surface arranged to engage with said abrasive sheet; - a handling device for handling spatially said support body according to at least two degrees of freedom; - a support body having an engagement surface arranged to engage with said abrasive sheet; - a handling device for handling spatially said support body according to at least two degrees of freedom; - a removal station of said abrasive sheet from said support body, in said removal station a removal device is arranged having a sharp edge;
Drive arrangement for a vehicle with two equivalent directions of travel, having a variable speed transmission which comprises an input shaft for introducing a drive power and at least one load switching element (A, B, D, E, F), having a reversing gear stage which is arranged downstream of the variable speed transmission in the power flow and comprises a plurality of gear wheels (11, 12, 14), at least one shifting device and an output shaft, and having at least one auxiliary drive which is arranged at the reversing gear stage, wherein the auxiliary drive is permanently connected to the output shaft and can be disconnected from the gear wheels (11, 12, 14) of the reversing gear stage using the shifting device, wherein the shifting device is embodied as a positively locking shifting device with a first shifting position for a first direction of travel, a second shifting position for a second direction of travel and with a third shifting position, specifically a neutral position, characterized in that the drive arrangement comprises a control device which is designed to synchronize a drive-side rotation speed and an output-side rotation speed at the positively locking shifting device by way of the drive-side rotation speed being matched to the output-side rotation speed by partially closing the at least one load switching element (A, B, D, E, F) in the variable speed transmission. having a variable speed transmission which comprises an input shaft for introducing a drive power and at least one load switching element (A, B, D, E, F), having a reversing gear stage which is arranged downstream of the variable speed transmission in the power flow and comprises a plurality of gear wheels (11, 12, 14), at least one shifting device and an output shaft, and having at least one auxiliary drive which is arranged at the reversing gear stage, wherein the auxiliary drive is permanently connected to the output shaft and can be disconnected from the gear wheels (11, 12, 14) of the reversing gear stage using the shifting device, wherein the shifting device is embodied as a positively locking shifting device with a first shifting position for a first direction of travel, a second shifting position for a second direction of travel and with a third shifting position, specifically a neutral position, characterized in that the drive arrangement comprises a control device which is designed to synchronize a drive-side rotation speed and an output-side rotation speed at the positively locking shifting device by way of the drive-side rotation speed being matched to the output-side rotation speed by partially closing the at least one load switching element (A, B, D, E, F) in the variable speed transmission.
A method of wireless communication, comprising: determining, by a user equipment, UE, an uplink channel estimate based at least in part on a downlink reference signal; receiving, by the UE and from a base station, an indication of a cross-correlation matrix between the UE and base station antennas; and determining, by the UE, a precoding matrix for an uplink multiple-input multiple-output, MIMO, signal based at least in part on the uplink channel estimate and the cross-correlation matrix. determining, by a user equipment, UE, an uplink channel estimate based at least in part on a downlink reference signal; receiving, by the UE and from a base station, an indication of a cross-correlation matrix between the UE and base station antennas; and determining, by the UE, a precoding matrix for an uplink multiple-input multiple-output, MIMO, signal based at least in part on the uplink channel estimate and the cross-correlation matrix.
A solenoid valve comprising a housing within which are arranged: a coil wound onto a coil former, an armature, a core and a multi-part return-path arrangement, which form an electromagnetic circuit, wherein the movable armature is mounted in the coil former via bearing means and acts directly or indirectly on the at least one valve closure element, wherein the valve closure element engages at least one valve seat arranged in a valve sleeve, wherein the core is arranged on a side of the housing opposite to the valve sleeve and the armature is formed of a plurality of parts, wherein a first part directed toward the core has a diameter larger than the internal diameter of a portion of the coil former, wherein the coil former comprises a receiving bushing for the valve sleeve arranged on a side opposite to the core, the coil former and the receiving bushing being configured in one piece, characterized in that a valve tappet is adapted to be connected with the armature via a plug-in connector and the valve tappet moves in the valve sleeve. a coil wound onto a coil former, an armature, a core and a multi-part return-path arrangement, which form an electromagnetic circuit, wherein the movable armature is mounted in the coil former via bearing means and acts directly or indirectly on the at least one valve closure element, wherein the valve closure element engages at least one valve seat arranged in a valve sleeve, wherein the core is arranged on a side of the housing opposite to the valve sleeve and the armature is formed of a plurality of parts, wherein a first part directed toward the core has a diameter larger than the internal diameter of a portion of the coil former, wherein the coil former comprises a receiving bushing for the valve sleeve arranged on a side opposite to the core, the coil former and the receiving bushing being configured in one piece, characterized in that a valve tappet is adapted to be connected with the armature via a plug-in connector and the valve tappet moves in the valve sleeve.
A motor vehicle (10, 110, 210) comprising: a main body (12, 112, 212); a steerable wheel coupled to the main body (12, 112, 212) via a suspension; a steering turnably coupled to the main body (12, 112, 212) to steer the steerable wheel; a steering actuator (36, 172, 272) configured to change a steering angle of the steerable wheel; and an electronic controller (60, 160, 182, 282), wherein the electronic controller (60, 160, 182, 282) is configured to control the steering angle to a prescribed steering angle (δc) using the steering actuator (36, 172, 272) upon determining a reduced contact of the steerable wheel with a traveling surface with respect to a first prescribed threshold, characterized in that the electronic controller (60, 160, 182, 282) is further configured to generate steering damper torque (τd) to the steerable wheel using the steering actuator (36, 172, 272) upon determining a reduced contact of the steerable wheel with the traveling surface with respect to a second prescribed threshold, and the first prescribed threshold is indicative of less contact of the steerable wheel with the traveling surface with respect to the second prescribed threshold. a main body (12, 112, 212); a steerable wheel coupled to the main body (12, 112, 212) via a suspension; a steering turnably coupled to the main body (12, 112, 212) to steer the steerable wheel; a steering actuator (36, 172, 272) configured to change a steering angle of the steerable wheel; and an electronic controller (60, 160, 182, 282), wherein the electronic controller (60, 160, 182, 282) is configured to control the steering angle to a prescribed steering angle (δc) using the steering actuator (36, 172, 272) upon determining a reduced contact of the steerable wheel with a traveling surface with respect to a first prescribed threshold, characterized in that the electronic controller (60, 160, 182, 282) is further configured to generate steering damper torque (τd) to the steerable wheel using the steering actuator (36, 172, 272) upon determining a reduced contact of the steerable wheel with the traveling surface with respect to a second prescribed threshold, and the first prescribed threshold is indicative of less contact of the steerable wheel with the traveling surface with respect to the second prescribed threshold.
A surgical stapling device, comprising: a surgical staple cartridge (15300, 14900) including a deck surface (15311, 14911) and housing a plurality of surgical staples (10030, 15130, 15330); and an anvil (10060, 19200, 19600) including a staple-forming surface and being movably supported relative to the surgical staple cartridge such that the staple-forming surface may be positioned in confronting relationship relative to the staple cartridge deck surface (15311, 14911); wherein the stapling device is configured to form the plurality of staples housed in the staple cartridge (15300, 14900) against the staple-forming surface of the anvil (10060, 19200, 19600) in confronting relationship relative to the staple deck surface (15311, 14911) such that the staples are formed with different formed heights; characterized by a tissue thickness compensator (15120, 15220, 15320, 14920, 15020, 19010, 19030, 19610) positioned between the staple forming surface of the anvil and the staple cartridge deck surface and including a non-uniform thickness measured from the staple-forming surface of the anvil to the staple cartridge deck surface. a surgical staple cartridge (15300, 14900) including a deck surface (15311, 14911) and housing a plurality of surgical staples (10030, 15130, 15330); and an anvil (10060, 19200, 19600) including a staple-forming surface and being movably supported relative to the surgical staple cartridge such that the staple-forming surface may be positioned in confronting relationship relative to the staple cartridge deck surface (15311, 14911); wherein the stapling device is configured to form the plurality of staples housed in the staple cartridge (15300, 14900) against the staple-forming surface of the anvil (10060, 19200, 19600) in confronting relationship relative to the staple deck surface (15311, 14911) such that the staples are formed with different formed heights; characterized by a tissue thickness compensator (15120, 15220, 15320, 14920, 15020, 19010, 19030, 19610) positioned between the staple forming surface of the anvil and the staple cartridge deck surface and including a non-uniform thickness measured from the staple-forming surface of the anvil to the staple cartridge deck surface.