mhurhangee/ep-ind-claims huggingface dataset:
A method for laser welding of plastics, comprising the steps of a) providing a first plastic material to be welded comprising a compound capable of absorbing near-infrared light, b) positioning a second plastic material in intimate contact with the first plastic material, and c) activating a laser source emitting a wave length in the near-infrared spectrum to obtain attachments of the first and the second plastic material, characterised in that the compound is a derivative of croconic acid having the general where the functional groups R1, R2, R3, and R4 represent identical alkyls having 4 to 20 carbon atoms. a) providing a first plastic material to be welded comprising a compound capable of absorbing near-infrared light, b) positioning a second plastic material in intimate contact with the first plastic material, and c) activating a laser source emitting a wave length in the near-infrared spectrum to obtain attachments of the first and the second plastic material,
A process for preparing a hydrocarbon composition which comprises mixing: - a gasoil component, in an amount from 20 to 95% by weight, deriving from the mixing of medium distillates having a boiling point ranging from 180 to 380 °C; - a gasoline component, in an amount from 1 to 40% by weight, characterized by a T95 (ASTM D86) lower than 250°C having a density ranging from 855 to 910 kg/m 3; - a hydrocarbon component of a biological origin, in an amount from 4 to 60% by weight, wherein said hydrocarbon component of a biological origin is obtained starting from a mixture of a biological origin containing esters of fatty acids, possibly with quantities of free fatty acids, by means of a process which comprises: 1) hydrodeoxygenation step of the mixture of a biological origin, and 2) possibly a hydroisomerization step of the mixture resulting from step; wherein said hydrocarbon composition is characterized by an improvement in the CFPP which varies from 0.2 to 5°C in relation to the concentration of said gasoline component, and an improvement in the cloud point ranging from 0.2 to 5°C in relation to the concentration of said gasoline component, with respect to the composition not containing said gasoline component; and wherein said hydrocarbon component of a biological origin thus obtained has a density ranging from 750 to 800 kg/m 3, a viscosity ranging from 2.00 to 4.00 cSt, a cloud point ranging from-20 to +5 °C, a sulfur content lower than 3 mg/kg, a nitrogen content lower than 3 mg/kg, an acidity lower than 0.1 mg KOH/g, a boiling range from 240 to 300 °C expressed as boiling point of 10% vol. and 90% vol. in ASTM D86, the CFPP of the component of a biological origin preferably ranging from -25 to +5 °C. - a gasoil component, in an amount from 20 to 95% by weight, deriving from the mixing of medium distillates having a boiling point ranging from 180 to 380 °C; - a gasoline component, in an amount from 1 to 40% by weight, characterized by a T95 (ASTM D86) lower than 250°C having a density ranging from 855 to 910 kg/m 3; - a hydrocarbon component of a biological origin, in an amount from 4 to 60% by weight, 1) hydrodeoxygenation step of the mixture of a biological origin, and 2) possibly a hydroisomerization step of the mixture resulting from step;
A system for passing a device through a valve, comprising: an elongate medical device having a distal portion positionable within an intraluminal passage near a valve; and an advancement system coupled to the elongate medical device to move the elongate medical device through the open valve, wherein the actuation is automatically caused by a control system which receives information to determine when the valve will be open; characterised by a pressure sensor positioned alongside the distal portion of the elongate medical device; wherein the control system receives information from the pressure sensor to determine when the valve will be open. an elongate medical device having a distal portion positionable within an intraluminal passage near a valve; and an advancement system coupled to the elongate medical device to move the elongate medical device through the open valve, wherein the actuation is automatically caused by a control system which receives information to determine when the valve will be open;
A method for controlling a fuel cell system including a solid oxide fuel cell which generates a power upon receiving supplies of an anode gas and a cathode gas, the method for controlling the fuel cell system comprising; as a stop control of the fuel cell, stopping a supply of the anode gas and power generation of the fuel cell while continuing a supply of the cathode gas to the fuel cell, and shutting off a discharge side of an anode of the fuel cell; characterised by carrying out an additional control to supply the anode gas to the fuel cell while the discharge side of the anode is shut off during the stop control and/or an additional control to decrease the flow rate of the cathode gas while the discharge side of the anode is shut off during the stop control. as a stop control of the fuel cell, stopping a supply of the anode gas and power generation of the fuel cell while continuing a supply of the cathode gas to the fuel cell, and shutting off a discharge side of an anode of the fuel cell; characterised by carrying out an additional control to supply the anode gas to the fuel cell while the discharge side of the anode is shut off during the stop control and/or an additional control to decrease the flow rate of the cathode gas while the discharge side of the anode is shut off during the stop control.
A container for holding product therein during shipment, the container comprising: a metal frame or a body: tracks supported by the frame or, as the case may be, by the body, each of the tracks comprising a generally horizontally oriented portion; a door movable between a raised and locked position and a dropped position; a plurality of movable support member assemblies engaged with the tracks, each of the support member assemblies comprising a support extending between two sliders engaged with the tracks, the sliders being adapted to move in the tracks; and dunnage suspended by the support member assemblies; characterized in that each of the tracks comprises at least one generally vertically oriented portion and in that at least one stop is secured to the door, wherein the at least one stop prevents the support member assemblies from moving into the generally vertically oriented portions from the generally horizontally oriented portions when the door is in its raised and locked position. a metal frame or a body: tracks supported by the frame or, as the case may be, by the body, each of the tracks comprising a generally horizontally oriented portion; a door movable between a raised and locked position and a dropped position; a plurality of movable support member assemblies engaged with the tracks, each of the support member assemblies comprising a support extending between two sliders engaged with the tracks, the sliders being adapted to move in the tracks; and dunnage suspended by the support member assemblies;
A woven fabric containing two or more types of yarns, the woven fabric comprising a high strength yarn A having a yarn strength of 4.3 cN/dtex or more and a yarn B having a yarn strength which is smaller than that of the high strength yarn A, wherein the high strength yarn A and yarn B are constituted of a polyester fiber, wherein the difference in total fineness between the high strength yarn A and the yarn B is 10 dtex or less, characterized in that each of the high strength yarn A and the yarn B has a total fineness of 56 dtex or less.
An infusion kit comprising: an infuser; a medicament containing vessel having an opening capable of receiving and holding a flowable medicament therein, said vessel operatively coupled to said infuser, wherein said infuser is capable of exerting sufficient pressure within said vessel to cause the medicament to flow from said vessel's opening; a tray having a top surface and shaped to define a first well and at least one medicament well; at least one cover sealed over said first well of said tray's top surface; said first well having said infuser and said vessel therein, beneath said cover; a medication vial located in said at least one medicament well; said medication vial independently sealed in said medicament well relative to said cover by a medication cover; characterised in that said cover over said first well remains sealed as said medication cover is opened and closed. an infuser; a medicament containing vessel having an opening capable of receiving and holding a flowable medicament therein, said vessel operatively coupled to said infuser, wherein said infuser is capable of exerting sufficient pressure within said vessel to cause the medicament to flow from said vessel's opening; a tray having a top surface and shaped to define a first well and at least one medicament well; at least one cover sealed over said first well of said tray's top surface; said first well having said infuser and said vessel therein, beneath said cover; a medication vial located in said at least one medicament well; said medication vial independently sealed in said medicament well relative to said cover by a medication cover; characterised in that said cover over said first well remains sealed as said medication cover is opened and closed.
A percutaneous catheter for delivery of an implant, comprising: a primary rotary knob connected with a catheter shaft to facilitate longitudinal movement of the catheter shaft; a secondary rotary knob connected with an inner shaft to facilitate longitudinal movement of the inner shaft, wherein the secondary rotary knob is connected to a threaded wheel, and wherein the threaded wheel is engaged with the secondary rotary knob through threads; an eccentric luer having a guidewire port connected to a guidewire shaft; at least one luer arm connected to the eccentric luer and situated at a distance in radial direction, wherein the luer arm is parallel to the longitudinal axis passes through the center of the guidewire port and the guidewire shaft; and at least one groove cut in the threaded wheel in longitudinal direction and accessible from at least one cross-sectional surface of the threaded wheel; wherein the luer arm passes through the groove in the thread wheel, and wherein the threaded wheel moves in longitudinal direction over the luer arm on rotary motion of the secondary rotary knob. a primary rotary knob connected with a catheter shaft to facilitate longitudinal movement of the catheter shaft; a secondary rotary knob connected with an inner shaft to facilitate longitudinal movement of the inner shaft, wherein the secondary rotary knob is connected to a threaded wheel, and wherein the threaded wheel is engaged with the secondary rotary knob through threads; an eccentric luer having a guidewire port connected to a guidewire shaft; at least one luer arm connected to the eccentric luer and situated at a distance in radial direction, wherein the luer arm is parallel to the longitudinal axis passes through the center of the guidewire port and the guidewire shaft; and at least one groove cut in the threaded wheel in longitudinal direction and accessible from at least one cross-sectional surface of the threaded wheel; wherein the luer arm passes through the groove in the thread wheel, and wherein the threaded wheel moves in longitudinal direction over the luer arm on rotary motion of the secondary rotary knob.
A sole of a footwear item, said sole comprising a wearing layer, a comfort layer positioned at least partially overlapping the wearing layer, and an insert, inserted between said wearing and comfort layers, said wearing layer having, at the heel of the sole, in the position of the heel in bearing contact on the ground, a zone deformable in the direction bringing the comfort layer closer, under the effect of a load exerted on said comfort layer, to the vertical of said heel; the insert, partially embedded in the component material of the comfort layer, being a prefabricated part assuming the form of a cover comprising a bottom and a rim, this insert having its concave side turned toward the wearing layer and defining, at the heel of the sole, with at least part of the zone of the wearing layer deformable under a load in the position of the heel in bearing contact on the ground, a compressible air reserve chamber, in communication with the outside via at least one channel, traversing the comfort layer, the sole being characterized in that the bottom of the insert, separated from the wearing layer, is, in the assembled state of the wearing and comfort layers, provided with a hole that forms the outlet of the channel traversing the comfort layer in said air reserve chamber.
Production process of recombinant Sm14 protein in Pichia pastoris consisting of: (a) synthesis of a nucleotide sequence defined by SEQ ID NO: 3; (b) cloning of synthesized nucleotide sequence obtained in step (a) above in vector pPIC9K by BamHI site and reconstituting the Kozak sequence of gene AOX1 before the start codon of protein Sm14, for the expression of Sm14 in its intracellular form; and (c) transformation of P. pastoris with plasmid pPIC9K-Sm14-MV and selection of recombinant clones with multiple copies. (a) synthesis of a nucleotide sequence defined by SEQ ID NO: 3; (b) cloning of synthesized nucleotide sequence obtained in step (a) above in vector pPIC9K by BamHI site and reconstituting the Kozak sequence of gene AOX1 before the start codon of protein Sm14, for the expression of Sm14 in its intracellular form; and (c) transformation of P. pastoris with plasmid pPIC9K-Sm14-MV and selection of recombinant clones with multiple copies.
A construction unit, the unit comprising gypsum, clay and aggregate materials wherein the aggregate materials comprise three or more different size ranges of aggregate, and wherein the size ranges comprise at least one of a) 6-20mm; or b) 2-6mm; and at least one of c) 600μm-2mm; d) 200-600μm and/or e) 60-200μm, wherein the aggregate size is in accordance with the British Soil Classification System; and wherein the aggregate materials comprise: a) Aggregate of size 6-20mm in the range of 3-25% of dry mass (w/w); b) Aggregate of size 2-6mm in the range of 15-40% of dry mass (w/w); c) Aggregate of size 600μm-2mm in the range of 10-40% of dry mass (w/w); d) Aggregate of size 200-600μm in the range of 10-30% of dry mass (w/w); e) Aggregate of size 60-200μm in the range of 3-15% of dry mass (w/w) wherein the construction unit does not comprise cement. wherein the aggregate materials comprise: a) Aggregate of size 6-20mm in the range of 3-25% of dry mass (w/w); b) Aggregate of size 2-6mm in the range of 15-40% of dry mass (w/w); c) Aggregate of size 600μm-2mm in the range of 10-40% of dry mass (w/w); d) Aggregate of size 200-600μm in the range of 10-30% of dry mass (w/w); e) Aggregate of size 60-200μm in the range of 3-15% of dry mass (w/w) a) Aggregate of size 6-20mm in the range of 3-25% of dry mass (w/w); b) Aggregate of size 2-6mm in the range of 15-40% of dry mass (w/w); c) Aggregate of size 600μm-2mm in the range of 10-40% of dry mass (w/w); d) Aggregate of size 200-600μm in the range of 10-30% of dry mass (w/w); e) Aggregate of size 60-200μm in the range of 3-15% of dry mass (w/w) wherein the construction unit does not comprise cement.
An electrode comprising a gas diffusion layer and a catalyst layer, the catalyst layer comprising: (i) an electrocatalyst, and (ii) a water electrolysis catalyst, wherein the water electrolysis catalyst comprises an iridium tantalum mixed oxide. (i) an electrocatalyst, and (ii) a water electrolysis catalyst, wherein the water electrolysis catalyst comprises an iridium tantalum mixed oxide.
A method comprising: determining (504; 604) whether historical data is available for a first history period, the historical data comprising measurements of parameters associated with playing video data or rendering a web page, and the first history period being a period of time going back from the current time; acquiring the historical data for the first history period or, if the historical data is not available for the first history period, acquiring historical data for a second history period, wherein the second history period is greater than the first history period; determining (506, 508; 606) one or more user experience metrics for a specific terminal based on the acquired historical data, the user experience metrics including said measurements of parameters associated with playing video data or rendering a web page; and acquiring (510; 608) an expected quality of experience score based at least in part on the determined one or more user experience metrics, wherein the expected quality of experience score is retrieved from a prediction lookup table and can be used for providing one or more traffic management optimization rules for current content data to the specific terminal. determining (504; 604) whether historical data is available for a first history period, the historical data comprising measurements of parameters associated with playing video data or rendering a web page, and the first history period being a period of time going back from the current time; acquiring the historical data for the first history period or, if the historical data is not available for the first history period, acquiring historical data for a second history period, wherein the second history period is greater than the first history period; determining (506, 508; 606) one or more user experience metrics for a specific terminal based on the acquired historical data, the user experience metrics including said measurements of parameters associated with playing video data or rendering a web page; and acquiring (510; 608) an expected quality of experience score based at least in part on the determined one or more user experience metrics, wherein the expected quality of experience score is retrieved from a prediction lookup table and can be used for providing one or more traffic management optimization rules for current content data to the specific terminal.
A method for wireless communication at a first scheduled entity, comprising: receiving a first message from a scheduling entity; determining based on the first message that there is a first system information, SI, change for a first set of scheduled entities, wherein the first set of scheduled entities includes the first scheduled entity and is a subset of a plurality of scheduled entities; and monitoring a channel for the first SI change; the method is characterised in that the first set of scheduled entities includes at least one integrated access backhaul, IAB, node. receiving a first message from a scheduling entity; determining based on the first message that there is a first system information, SI, change for a first set of scheduled entities, wherein the first set of scheduled entities includes the first scheduled entity and is a subset of a plurality of scheduled entities; and monitoring a channel for the first SI change; the method is characterised in that the first set of scheduled entities includes at least one integrated access backhaul, IAB, node.
A nest for supporting a plurality of medical containers, said nest comprising: a plurality of breakable connecting bridges, a plurality of flanges arranged in a predetermined pattern and configured to form the flanges of said medical containers, said flanges being connected to said breakable connecting bridges, the flanges having a proximal face, configured to form a push surface for applying a force on the flange in order to break the connecting bridges, and a distal face opposite said proximal face, said distal face being configured to receive a user's fingers during use of the medical container, and an opening for introduction of a barrel of the medical containers inside the opening, a plate-shaped supporting structure attached to said breakable connecting bridges in order to support said plurality of flanges, wherein the flanges, the breakable connecting bridges and the supporting structure are molded in a single piece so that the flanges are integrally formed with the breakable connecting bridges and the supporting structure, and wherein each flange comprises securing means configured to secure the barrel of one of said medical containers to said flange. a plurality of breakable connecting bridges, a plurality of flanges arranged in a predetermined pattern and configured to form the flanges of said medical containers, said flanges being connected to said breakable connecting bridges, the flanges having a proximal face, configured to form a push surface for applying a force on the flange in order to break the connecting bridges, and a distal face opposite said proximal face, said distal face being configured to receive a user's fingers during use of the medical container, and an opening for introduction of a barrel of the medical containers inside the opening, a plate-shaped supporting structure attached to said breakable connecting bridges in order to support said plurality of flanges, wherein the flanges, the breakable connecting bridges and the supporting structure are molded in a single piece so that the flanges are integrally formed with the breakable connecting bridges and the supporting structure, and wherein each flange comprises securing means configured to secure the barrel of one of said medical containers to said flange.
Shielding device for shielding a laser beam which is directed onto a workpiece on a laser processing machine for processing workpieces, in particular metal sheets, and/or an impact location of the laser beam on the workpiece, having a shielding unit which comprises a shielding member, • wherein the shielding member for shielding the laser beam or the impact location of the laser beam on the workpiece can be moved into a position for use on the workpiece and • wherein there is formed at a free end of the shielding member an end face which, when the shielding member is in the position for use, faces an associated workpiece face and, in the event of a desired orientation with respect to the workpiece face, is orientated substantially parallel with the workpiece face, characterised in that there is provided a detection device which detects a deviation of the orientation of the end face of the shielding member which is located in the position for use from the desired orientation with respect to the workpiece face. • wherein the shielding member for shielding the laser beam or the impact location of the laser beam on the workpiece can be moved into a position for use on the workpiece and • wherein there is formed at a free end of the shielding member an end face which, when the shielding member is in the position for use, faces an associated workpiece face and, in the event of a desired orientation with respect to the workpiece face, is orientated substantially parallel with the workpiece face,