mhurhangee/ep-ind-claims huggingface dataset:
Wind turbine installation comprising - a tower, - a nacelle, - a liquid immersed power electrical device having an expansion vessel, - an air dehydrating breather comprising a moisture absorbing agent, and - a conduit fluidly connecting the expansion vessel and the air dehydrating breather, wherein the wind turbine installation comprises a barrier separating a restricted zone from a non-restricted zone in said wind turbine installation, wherein the electrical device is located in the restricted zone, wherein the air dehydrating breather is located in the non-restricted zone and wherein the conduit extends through the barrier. - a tower, - a nacelle, - a liquid immersed power electrical device having an expansion vessel, - an air dehydrating breather comprising a moisture absorbing agent, and - a conduit fluidly connecting the expansion vessel and the air dehydrating breather,
An apparatus for making a laminate glass ribbon, the glass ribbon having: a center laminate region, a first edge, a second edge, a first bead portion which begins at the first edge and extends towards the center laminate region, a second bead portion which begins at the second edge and extends towards the center laminate region, the first bead portion and the second bead portion comprise the core glass on opposite edges of the laminate ribbon, a third bead portion which begins away from the first edge and extends towards the center laminate region, a forth bead portion which begins away from the second edge and extends towards the center laminate region, the third bead and the forth bead portions comprise the clad glass of the laminate glass ribbon, a first bead trough region between the first and third bead portions (120a, 110a), and a second bead trough region between the second and fourth bead portions (120b, 110b), the first and second bead trough regions (115a, 115b) comprise the core glass; the apparatus comprises: a bead thermal conditioning region in the laminate draw region including: a fluid source oriented to selectively apply a first gas proximate to at least one of the first, second, third, or fourth bead portions (120a, 120b, 110a, 110b), and characterised in that the fluid source is oriented to selectively apply a second gas to the bead trough regions (115a, 115b) of the laminate glass ribbon. a center laminate region, a first edge, a second edge, a first bead portion which begins at the first edge and extends towards the center laminate region, a second bead portion which begins at the second edge and extends towards the center laminate region, the first bead portion and the second bead portion comprise the core glass on opposite edges of the laminate ribbon, a third bead portion which begins away from the first edge and extends towards the center laminate region, a forth bead portion which begins away from the second edge and extends towards the center laminate region, the third bead and the forth bead portions comprise the clad glass of the laminate glass ribbon, a first bead trough region between the first and third bead portions (120a, 110a), and a second bead trough region between the second and fourth bead portions (120b, 110b), a bead thermal conditioning region in the laminate draw region including: a fluid source oriented to selectively apply a first gas proximate to at least one of the first, second, third, or fourth bead portions (120a, 120b, 110a, 110b), and characterised in that the fluid source is oriented to selectively apply a second gas to the bead trough regions (115a, 115b) of the laminate glass ribbon. a fluid source oriented to selectively apply a first gas proximate to at least one of the first, second, third, or fourth bead portions (120a, 120b, 110a, 110b), and characterised in that the fluid source is oriented to selectively apply a second gas to the bead trough regions (115a, 115b) of the laminate glass ribbon.
A film made by a multimodal, high density, homopolyethylene barrier resin having a density greater than or equal to 0.955 g/cm3, an melt index MI 2 less than or equal to 2.5 dg/min measured according to ASTM 1238, and a melt flow ratio MFR less than or equal to 50 wherein the MFR is the ratio of the HLMI measured according to ASTM 1238 to MI 2; said film having a water vapor transmission rate less than 0,157 g.mm/m 2 /day (0.4 g-mil/100 in 2 /day) measured according to ASTM F 1249 at 100% humidity, and wherein said homopolyethylene comprises no comonomer units.
An uninterrupted power supply system for high power uninterrupted power supply, typically with a power of at least tens of kilowatt, preferably a power of at least one hundred kilowatt, comprising an I/O module for electrically connecting the uninterrupted power supply system, characterized in that it further comprises at least one docking frame (14, 16), and at least one uninterrupted power supply module, whereby the I/O module and the at least one docking frame (14, 16) are provided in a horizontal arrangement, and the docking frame (14, 16) receives the at least one uninterrupted power supply module.
A robot cleaner comprising: a body provided with a driving unit for movement; a position recognition unit provided in the body to determine a position of the body; a storage unit configured to store, on a map, a region cleaned while the body is moving by the driving unit; and a control unit configured to control the driving unit, characterized in that the control unit is configured to: determine whether a charging stand exists in a cleaning completed region on the map stored in the storage unit when a return condition that the robot cleaner returns to the charging stand is satisfied, search for an uncleaned region when the charging stand is not located in the cleaning completed region, and control the driving unit such that the robot cleaner moves from a current position to a point in the searched uncleaned region or a point around the searched uncleaned region. a body provided with a driving unit for movement; a position recognition unit provided in the body to determine a position of the body; a storage unit configured to store, on a map, a region cleaned while the body is moving by the driving unit; and a control unit configured to control the driving unit, characterized in that the control unit is configured to: determine whether a charging stand exists in a cleaning completed region on the map stored in the storage unit when a return condition that the robot cleaner returns to the charging stand is satisfied, search for an uncleaned region when the charging stand is not located in the cleaning completed region, and control the driving unit such that the robot cleaner moves from a current position to a point in the searched uncleaned region or a point around the searched uncleaned region. determine whether a charging stand exists in a cleaning completed region on the map stored in the storage unit when a return condition that the robot cleaner returns to the charging stand is satisfied, search for an uncleaned region when the charging stand is not located in the cleaning completed region, and control the driving unit such that the robot cleaner moves from a current position to a point in the searched uncleaned region or a point around the searched uncleaned region.
A vibrating screen having screening media in form of a number of screening mats placed side-by-side, wherein the screening mats have end parts (13, 14) being received in one carrier each, wherein each carrier is elongated having two upright beams (4, 5), between which a slot is formed, wherein one end part (13, 14) each of two adjacent screening mats are placed in the slot of the carrier, wherein the beams (4, 5) each has a number of protrusions and grooves and the end parts (13, 14) of the screening mats have a number of protrusions and grooves complementary with the protrusions and grooves of the beams (4, 5) of the carrier, and wherein the number of protrusions and grooves of the end parts (13, 14) of the screening mats and the beams (4, 5) of the carriers cooperate to hold the end parts (13, 14) at the beams (4, 5), characterized in that on a vertical connection between the end part (13, 14) of the screening mat and the beam (4, 5) of the carrier, two protrusions of the end part (13, 14) of the screening mat are below and abutting protrusions of the beams (4, 5) of the carrier and two protrusions of the beams (4,5) of the carrier are below and abutting protrusions of the end part (13,14) of the screening mat and that the protrusions (8, 9; 17, 18) and grooves (11; 20) extend all of the length of the beams (4, 5) of the carriers and the end parts (13, 14) of the screening mats, respectively.
Package for cut tobacco, comprising - a shell having a longitudinal axis and an access opening and being adapted for accommodating cut tobacco, - a lid hingedly connected to the shell at a hinge line and being adapted for covering the access opening when in a closed state, - wherein the lid comprises a tongue section having a free end and extending, in the closed state, over at least 60% of the dimension of the shell in longitudinal direction, characterised in that the tongue section comprises at least one longitudinal creasing line extending up to the free end of the tongue section. - a shell having a longitudinal axis and an access opening and being adapted for accommodating cut tobacco, - a lid hingedly connected to the shell at a hinge line and being adapted for covering the access opening when in a closed state, - wherein the lid comprises a tongue section having a free end and extending, in the closed state, over at least 60% of the dimension of the shell in longitudinal direction,
A turbomachine comprising: a compressor configured to compress air received at an intake portion to form a compressed airflow that exits into an outlet portion; a combustor operably connected with the compressor, the combustor receiving the compressed airflow; a turbine operably connected with the combustor, the turbine receiving combustion gas flow from the combustor, the turbine having a plurality of wheels and a plurality of buckets, the turbine receiving compressor bleed off air to cool at least a portion of the plurality of wheels and at least a portion of the plurality of buckets; and characterized in that a cooling system is operatively connected to the turbine, the cooling system including a plurality of heat pipes located axially upstream of at least one of the plurality of wheels, the plurality of heat pipes operatively connected to a bearing cooler system, the plurality of heat pipes and the bearing cooler system are configured to transfer heat from the compressor bleed off air to one or more heat exchangers. a compressor configured to compress air received at an intake portion to form a compressed airflow that exits into an outlet portion; a combustor operably connected with the compressor, the combustor receiving the compressed airflow; a turbine operably connected with the combustor, the turbine receiving combustion gas flow from the combustor, the turbine having a plurality of wheels and a plurality of buckets, the turbine receiving compressor bleed off air to cool at least a portion of the plurality of wheels and at least a portion of the plurality of buckets; and characterized in that a cooling system is operatively connected to the turbine, the cooling system including a plurality of heat pipes located axially upstream of at least one of the plurality of wheels, the plurality of heat pipes operatively connected to a bearing cooler system, the plurality of heat pipes and the bearing cooler system are configured to transfer heat from the compressor bleed off air to one or more heat exchangers.
A stroller frame comprising a front leg, a bottom tube, a rear leg, an upper support member and a lower support member, the front leg, the bottom tube, the lower support member and the upper support member being pivotally connected to each other to form a four-bar linkage structure, the rear leg being connected to an end of the bottom tube close to the lower support member, a lock mechanism being disposed at a pivot joint between the upper support member and the lower support member, the lock mechanism being able to lock the upper support member and the lower support member at an expanded angle, such that the front leg is able to be expanded with respect to the bottom tube, the lock mechanism being unlocked to release the upper support member and the lower support member, such that the front leg is able to be folded with respect to the bottom tube, characterized in that the lock mechanism comprises an operating member, an engaging member and a fixing member engaging with the engaging member, the engaging member is movably disposed on the lower support member, the fixing member is disposed on the upper support member, the fixing member corresponds to and engages with the engaging member when the upper support member and the lower support member are situated at the expanded angle, the operating member is connected to the engaging member and controls the engaging member to be disengaged from the fixing member to unlock the lock mechanism.
Device for lifting an unwinding pin of a coil unwinder, the unwinding pin continuing perpendicularly at one end by a first bar which pivots relative to a structure of the coil unwinder about a first virtual pivoting axis (OO'), said lifting device also comprising means for actuating the pivoting of the first bar about the first virtual pivoting axis (OO'), said lifting device further comprising a cylinder connected by one end to the structure, characterized in that the pivoting actuation means also comprise a lever which pivots about a second virtual axis of rotation (AA') off-center relative to the first virtual pivoting axis (OO') and an arm which pivots about the same second virtual axis of rotation (AA'), the distal end of said lever being connected to the cylinder, the proximal ends (50, 60) of the lever and of the arm being secured and pivoting about the second virtual axis of rotation (AA'), and characterized in that the distal end of the arm comprises means for guiding the pivoting of the first bar when the cylinder is actuated.
Method for improving the separating efficiency and/or for preventing blocking of the output aperture for the transporting air of a separating device of a pneumatic material conveying system, such as of a waste conveying system, in which the material to be transported, such as waste material (w), is separated from the transporting air (a), in which method the transporting air flow and the material to be separated are conducted to the separating device with an input branch coupling in a mainly tangential direction with respect to the wall of a chamber space of the separation device and thereby the transporting air flow and the material coming with it (w+a) are initially brought into a rotating movement in the chamber space of the separating device, the transporting air flow (a) is deflected in the chamber space of the separating device, and is conducted into the output channel, characterized in that the transporting air is conducted from the separating device with an output branch coupling and in the method the flow of transporting air is acted upon in the chamber space of the separating device or in the output channel by bringing about a guiding effect for the transporting air in the opposite direction with respect to its direction of rotation in the chamber space, wherein the transporting air in the output channel is acted upon by arranging the output branch coupling in the wall of the output channel in a mainly tangential direction with respect the wall of the output channel such that a flow of the transporting air from the output channel into the output branch coupling is achieved in a mainly tangential direction with respect to the wall of the output channel and that the guidance effect is achieved for the transporting air in the output channel in the opposite direction with respect to the rotating movement of the transporting air being achieved in the chamber space of the separating device.
A tissue capture anchor for attaching tissue to bone, the anchor comprising: an expandable anchor body; and a spreader (300, 300b) configured for displacement along an axis of the anchor body between a unexpanded position and a expanded position, the spreader (300, 300b) comprising: a proximal end with a means for receiving an insertion tool; a base section; a central body; and a distal end, wherein the central body is configured to expand the anchor body as the spreader (300, 300b) is advanced from the first position to the second position, and the spreader (300, 300b) further comprises a generally flat-shaped face at the distal end, characterized in that the central body gradually widens in a conical shape from the base section to the distal end, and the generally flat-shaped face at the distal end comprises two openings (305a, 305b) for receiving limbs of a suture loop. an expandable anchor body; and a spreader (300, 300b) configured for displacement along an axis of the anchor body between a unexpanded position and a expanded position, the spreader (300, 300b) comprising: a proximal end with a means for receiving an insertion tool; a base section; a central body; and a distal end, a proximal end with a means for receiving an insertion tool; a base section; a central body; and a distal end, wherein the central body is configured to expand the anchor body as the spreader (300, 300b) is advanced from the first position to the second position, and the spreader (300, 300b) further comprises a generally flat-shaped face at the distal end, characterized in that the central body gradually widens in a conical shape from the base section to the distal end, and the generally flat-shaped face at the distal end comprises two openings (305a, 305b) for receiving limbs of a suture loop.
A process for upgrading an organic feedstock comprising: providing an organic feedstock and water mixture; feeding the mixture into a high-rate reactor operating at a Reynolds Number of at least 2000, wherein the mixture is subjected to heat and pressure; maintaining the heat and pressure applied to the mixture for a residence time of less than three minutes to cause the organic components of the mixture to undergo a reaction resulting in the formation of upgraded hydrocarbon distillate products, wherein the upgraded hydrocarbon distillate products are defined as having a higher value and/or improved properties compared to the feedstock; and recovering the upgraded hydrocarbon distillate products. providing an organic feedstock and water mixture; feeding the mixture into a high-rate reactor operating at a Reynolds Number of at least 2000, wherein the mixture is subjected to heat and pressure; maintaining the heat and pressure applied to the mixture for a residence time of less than three minutes to cause the organic components of the mixture to undergo a reaction resulting in the formation of upgraded hydrocarbon distillate products, wherein the upgraded hydrocarbon distillate products are defined as having a higher value and/or improved properties compared to the feedstock; and recovering the upgraded hydrocarbon distillate products.
A method for making web service calls to an enterprise service via a service relay, comprising: providing user credentials to an identity provider to obtain a first security token, the identity provider having an established trust relationship with the enterprise service, the first security token providing authentication for service requests received at the enterprise service; providing the first security token to a trust broker, the trust broker having an established trust relationship with the service relay and the identity provider; receiving a second token from the trust broker in exchange for the first security token, the second token providing authentication to the service relay; and sending a service request to the service relay with the first security token and the second token, wherein the second token provides the service relay with a permission for sending the service request and the first security token to the enterprise service. providing user credentials to an identity provider to obtain a first security token, the identity provider having an established trust relationship with the enterprise service, the first security token providing authentication for service requests received at the enterprise service; providing the first security token to a trust broker, the trust broker having an established trust relationship with the service relay and the identity provider; receiving a second token from the trust broker in exchange for the first security token, the second token providing authentication to the service relay; and sending a service request to the service relay with the first security token and the second token, wherein the second token provides the service relay with a permission for sending the service request and the first security token to the enterprise service.
An acoustic wave bandpass filter comprising at least an input first acoustic wave resonator (R 1E) with an output surface, and an output second acoustic wave resonator (R 2S) with an input surface, said resonators being acoustically coupled to each other, the input and output surfaces being substantially opposite, characterized in that it furthermore comprises at least one first phononic crystal structure (CP 1) between said input and output resonators to control the amount of energy exchanged between the two resonators and a second phononic crystal structure (CP 2) at the periphery of said resonators so as to guide the acoustic waves, generated by said input resonator, toward said output resonator, the resonators: - comprising at least one layer of piezoelectric material (P iezo) or of electrostrictive material, and at least one electrode; - being bulk wave resonators, - being placed side by side on the same substrate, - ensuring an impedance conversion and/or mode conversion. - comprising at least one layer of piezoelectric material (P iezo) or of electrostrictive material, and at least one electrode; - being bulk wave resonators, - being placed side by side on the same substrate, - ensuring an impedance conversion and/or mode conversion.
A Hall effect thruster for developing thrust along a thrust axis and comprising: - a magnetic circuit for generating a magnetic field; and - an electric circuit comprising an anode, a first cathode, and a voltage source for emitting electrons via at least the first cathode and attracting electrons via the anode; the thruster being characterized in that: - it is arranged inside a wall formed around the thrust axis; - the magnetic circuit and the electric circuit are arranged so as to generate magnetic and electric fields (B, E) around the wall; and - in all sections parallel to the thrust axis and perpendicular to the wall: - the magnetic circuit presents an upstream magnetic pole and a downstream magnetic pole arranged substantially at the surface of the wall and spaced apart from each other; and - the anode and the first cathode are situated on either side of the upstream magnetic pole. - a magnetic circuit for generating a magnetic field; and - an electric circuit comprising an anode, a first cathode, and a voltage source for emitting electrons via at least the first cathode and attracting electrons via the anode; - it is arranged inside a wall formed around the thrust axis; - the magnetic circuit and the electric circuit are arranged so as to generate magnetic and electric fields (B, E) around the wall; and - in all sections parallel to the thrust axis and perpendicular to the wall: - the magnetic circuit presents an upstream magnetic pole and a downstream magnetic pole arranged substantially at the surface of the wall and spaced apart from each other; and - the anode and the first cathode are situated on either side of the upstream magnetic pole. - the magnetic circuit presents an upstream magnetic pole and a downstream magnetic pole arranged substantially at the surface of the wall and spaced apart from each other; and - the anode and the first cathode are situated on either side of the upstream magnetic pole.