mhurhangee/ep-ind-claims huggingface dataset:
A pressure therapy device, comprising: a pressure chamber having first and second ends, the second end defining an opening; an inflatable padding positioned in the opening and including a valve in communication with ambient pressure; a pump unit connected to the pressure chamber and configured to generate a negative pressure within the pressure chamber; characterised in that the pressure therapy device is further comprising a seal comprising an elastic material, the seal is secured to the second end of the pressure chamber for sealing the opening, wherein the seal is configured to surround the opening of the pressure chamber and the inflatable padding at the second end of the pressure chamber; wherein the inflatable padding is configured to inflate to narrow the opening and secure about a limb of a user in response to the negative pressure generated within the pressure chamber by the pump unit. a pressure chamber having first and second ends, the second end defining an opening; an inflatable padding positioned in the opening and including a valve in communication with ambient pressure; a pump unit connected to the pressure chamber and configured to generate a negative pressure within the pressure chamber; characterised in that the pressure therapy device is further comprising a seal comprising an elastic material, the seal is secured to the second end of the pressure chamber for sealing the opening, wherein the seal is configured to surround the opening of the pressure chamber and the inflatable padding at the second end of the pressure chamber; wherein the inflatable padding is configured to inflate to narrow the opening and secure about a limb of a user in response to the negative pressure generated within the pressure chamber by the pump unit.
Collecting box for a heat exchanger, in particular of a motor vehicle air-conditioning circuit, comprising at least two inlet/outlet chambers (13, 14) of the collecting box and two collecting chambers (19, 20), said collecting chambers (19, 20) being designed to be connected to the tubes of a heat exchanger bundle of said exchanger, said collecting chambers (19, 20) extending in a main longitudinal direction of extension and having a dimension, called the width, measured in a direction at right-angles to said longitudinal direction, each of the inlet/outlet chambers (13, 14) being connected to one of said collecting chambers (19, 20) and being provided with an inlet/outlet opening (11, 12) of the collecting box, the inlet/outlet opening of one of the inlet/outlet chambers (13, 14), called the enlarged opening, having a dimension, called the width, in the direction of the width of the collecting chambers (19, 20), which is greater than the width of the collecting chamber (19, 20) to which said inlet/outlet chamber (13, 14) is connected, characterized in that the collecting box comprises an additional collecting chamber and has a distal end and a proximal end and extends in a main longitudinal direction of extension between said distal end and said proximal end, wherein said inlet/outlet chambers (13, 14) are arranged in the collecting box between the proximal end of the collecting box and the proximal ends of the collecting chambers (18, 19, 20).
An apparatus for fixing ink on a substrate, comprising: a leveling belt that is rotatable and positioned to contact an ink-bearing side of the substrate at a nip; a first radiation source including UV lamps, positioned to direct radiation to the ink-bearing side of the substrate at the nip, the radiation suitable for curing the ink on the substrate; a second radiation source including IR lamps being disposed within the rotatable leveling belt upstream of the first radiation source along a process direction, the second radiation source directing radiation to the substrate before the first radiation source, wherein the first and second radiation sources are disposed within the rotatable belt; a pressure roller disposed between the first radiation source and the second radiation source along the process direction; and a rotable backing belt comprising a slightly curved pressure pad disposed within the backing belt, the pressure belt causing a substrate passing through the nip to be bent outward with respect to the ink thereon. a leveling belt that is rotatable and positioned to contact an ink-bearing side of the substrate at a nip; a first radiation source including UV lamps, positioned to direct radiation to the ink-bearing side of the substrate at the nip, the radiation suitable for curing the ink on the substrate; a second radiation source including IR lamps being disposed within the rotatable leveling belt upstream of the first radiation source along a process direction, the second radiation source directing radiation to the substrate before the first radiation source, wherein the first and second radiation sources are disposed within the rotatable belt; a pressure roller disposed between the first radiation source and the second radiation source along the process direction; and a rotable backing belt comprising a slightly curved pressure pad disposed within the backing belt, the pressure belt causing a substrate passing through the nip to be bent outward with respect to the ink thereon.
A mobile measuring system comprising: a vehicle having a propulsion source and an electric energy source (108,110); a measuring device coupled to the electric energy source (108,110), for analyzing an air sample; a sample collector coupled to the measuring device; a supply line coupled to the measuring device for conveying the air sample to the measuring device; a detector communicatively coupled to the measuring device, wherein the detector is configured to detect whether the measuring device is active; and a switch, configured to switch the propulsion source of the vehicle to one of propane, compressed natural gas, or electric based on detecting that the measuring device is active, characterised by the supply line being adapted to maintain a minimum temperature of the air sample using liquid coolant obtained from a cooling system of the propulsion source of the vehicle. a vehicle having a propulsion source and an electric energy source (108,110); a measuring device coupled to the electric energy source (108,110), for analyzing an air sample; a sample collector coupled to the measuring device; a supply line coupled to the measuring device for conveying the air sample to the measuring device; a detector communicatively coupled to the measuring device, wherein the detector is configured to detect whether the measuring device is active; and a switch, configured to switch the propulsion source of the vehicle to one of propane, compressed natural gas, or electric based on detecting that the measuring device is active, characterised by the supply line being adapted to maintain a minimum temperature of the air sample using liquid coolant obtained from a cooling system of the propulsion source of the vehicle.
Device for regulating the entry of light into a room, comprising a switchable layer S having a thickness of greater than 12 μm comprising a liquid-crystalline medium which comprises at least one dichroic compound and one or more chiral compounds, where the dielectric anisotropy Δε of the liquid-crystalline medium is less than -3, where the following applies to the thickness d of layer S and the optical anisotropy Δn of the liquid-crystalline medium of layer S: d < 1 μ ⁢ m / Δn and where the molecules of the liquid-crystalline medium of layer S are in a twisted nematic state in the switching state of the device without an applied electrical voltage or in the switching state of the device with an applied electrical voltage, and where the device has precisely one switchable layer.
A supply air terminal for ceiling mounting, comprising a wall member surrounding an opening, for connection to an air supply interface in the ceiling; a deflector connected at a distance from the wall member to face the opening, thereby forming an annular aperture between the wall member and the deflector; a plurality of flaps pivotably connected at a hinge to the wall member to hang down in the annular aperture characterized in that the flaps hang such that an open slit is formed between an edge of each flap and the deflector, wherein the slit has a width which is self-adjusted by means of the flaps pivoting under influence of the airflow through the terminal.
Point-Symmetric Mach-Zehnder-Interferometer, PSMZI, device, comprising: three consecutive path delay sections, PDSs, provided as two outer PDS and one center PDS, wherein each PDS (101, 102) includes an upper waveguide arm and a lower waveguide arm and the center PDS provides a path difference of zero, four asymmetric couplers, ACs, each AC including an upper waveguide portion and a lower waveguide portion, wherein one AC is arranged directly on each side of each PDS (101, 102), the upper and lower waveguide portions (106, 107) being respectively coupled to the upper and lower waveguide arms (103, 104), wherein the AC on the one side of the PDS (101, 102) is point-symmetric to the AC on the other side of the PDS (101, 102), wherein the two ACs and the one outer PDS arranged on the one side of the center PDS are together point-symmetric to the two ACs and the one outer PDS arranged on the other side of the center PDS, wherein a width of each of the upper and lower waveguide portions (106, 107) of each AC is between 1 - 3 μm, wherein a width variation of each of the upper and lower waveguide portions (106, 107) of each AC is between 10 - 1000 nm, and wherein a distance between the upper waveguide portion and the lower waveguide portion (106, 107) of each AC is between 0.25 - 0.5 μm. three consecutive path delay sections, PDSs, provided as two outer PDS and one center PDS, wherein each PDS (101, 102) includes an upper waveguide arm and a lower waveguide arm and the center PDS provides a path difference of zero, four asymmetric couplers, ACs, each AC including an upper waveguide portion and a lower waveguide portion, wherein one AC is arranged directly on each side of each PDS (101, 102), the upper and lower waveguide portions (106, 107) being respectively coupled to the upper and lower waveguide arms (103, 104), wherein the AC on the one side of the PDS (101, 102) is point-symmetric to the AC on the other side of the PDS (101, 102), wherein the two ACs and the one outer PDS arranged on the one side of the center PDS are together point-symmetric to the two ACs and the one outer PDS arranged on the other side of the center PDS, wherein a width of each of the upper and lower waveguide portions (106, 107) of each AC is between 1 - 3 μm, wherein a width variation of each of the upper and lower waveguide portions (106, 107) of each AC is between 10 - 1000 nm, and wherein a distance between the upper waveguide portion and the lower waveguide portion (106, 107) of each AC is between 0.25 - 0.5 μm.
A method of sterilizing a medical device having a hydrophilic surface, comprising: applying a protective coating comprising glycerol over a hydrophilic surface of a medical device, wherein the protective coating temporarily prevents hydration or limits the level of hydration of the hydrophilic surface; placing the medical device in a hydration environment; and exposing the medical device to sterilizing radiation, prior to the hydrophilic surface being hydrated into a ready-to-use condition. applying a protective coating comprising glycerol over a hydrophilic surface of a medical device, wherein the protective coating temporarily prevents hydration or limits the level of hydration of the hydrophilic surface; placing the medical device in a hydration environment; and exposing the medical device to sterilizing radiation, prior to the hydrophilic surface being hydrated into a ready-to-use condition.
A turbomachinery product comprising: a turbine comprising a first ring, a second ring, a plurality of vanes disposed between the first ring and the second ring, wherein each of the vanes comprises a vane post mechanically coupling the first ring and the second ring to the vane, and a vane actuator comprising an actuator ring constructed and arranged to operate the vanes uniformly based on movement of the actuator ring characterized in that the actuator ring comprises at least one of a plurality of splines or a plurality of grooves and in that each of the vane posts comprises at least one of a groove or a spline that mechanically couples with at least one of at least one spline or at least one groove of the actuator ring. a turbine comprising a first ring, a second ring, a plurality of vanes disposed between the first ring and the second ring, wherein each of the vanes comprises a vane post mechanically coupling the first ring and the second ring to the vane, and a vane actuator comprising an actuator ring constructed and arranged to operate the vanes uniformly based on movement of the actuator ring characterized in that the actuator ring comprises at least one of a plurality of splines or a plurality of grooves and in that each of the vane posts comprises at least one of a groove or a spline that mechanically couples with at least one of at least one spline or at least one groove of the actuator ring.
A kit for preparing a liquid thromboplastin reagent for measuring prothrombin time, comprising: a first container containing a thromboplastin tissue factor in a buffer combined with a lipid or lipid mixture and a chelator, wherein said chelator is selected from the group consisting of citrate, EDTA, EGTA, Nitrilotriacetic acid, ethylene diamine, N-(2-Acetamido)iminodiacetic acid, diethylenetriaminepentaacetic acid (DTPA), 1,2-bis(o-aminophenoxy)ethane-N,N,N',N'-tetraacetic acid (BAPTA), oxalate, triphosphate, diphosphate, polyphosphate, organic phosphonates and a combination thereof, the chelator in a concentration range of greater than 0 mM to 100 mM; and, a second container containing a calcium solution in a buffer at a concentration ranging from 5 mM to 500 mM. a first container containing a thromboplastin tissue factor in a buffer combined with a lipid or lipid mixture and a chelator, wherein said chelator is selected from the group consisting of citrate, EDTA, EGTA, Nitrilotriacetic acid, ethylene diamine, N-(2-Acetamido)iminodiacetic acid, diethylenetriaminepentaacetic acid (DTPA), 1,2-bis(o-aminophenoxy)ethane-N,N,N',N'-tetraacetic acid (BAPTA), oxalate, triphosphate, diphosphate, polyphosphate, organic phosphonates and a combination thereof, the chelator in a concentration range of greater than 0 mM to 100 mM; and, a second container containing a calcium solution in a buffer at a concentration ranging from 5 mM to 500 mM.
An absorbent article for personal hygiene, preferably a disposable pant, comprising: a substantially transversely extending front panel; a substantially transversely extending back panel; and a substantially longitudinally extending absorbent insert joined to each of said front and back panels (2, 3), said absorbent insert comprising front and back transversal edges and left and right longitudinal edges connecting the front and back transversal edges to form a perimeter thereof; wherein the front and back panels (2, 3) are joined together to define a pair of side seams, and characterised in that at least a portion of said absorbent insert proximal to the front and/or back transversal edges thereof comprises a transversal waist barrier comprising a substantially liquid impermeable film layer, and wherein said at least portion of said absorbent insert proximal to the front and/or back transversal edges thereof comprises one or more folds forming the transversal waist barrier(s). a substantially transversely extending front panel; a substantially transversely extending back panel; and a substantially longitudinally extending absorbent insert joined to each of said front and back panels (2, 3), said absorbent insert comprising front and back transversal edges and left and right longitudinal edges connecting the front and back transversal edges to form a perimeter thereof; wherein the front and back panels (2, 3) are joined together to define a pair of side seams, and characterised in that at least a portion of said absorbent insert proximal to the front and/or back transversal edges thereof comprises a transversal waist barrier comprising a substantially liquid impermeable film layer, and wherein said at least portion of said absorbent insert proximal to the front and/or back transversal edges thereof comprises one or more folds forming the transversal waist barrier(s).
A remote assistance method, wherein the method is performed by a first terminal in a video call process between the first terminal and a second terminal, and the method comprises: sending an image comprising a target device to a server, the server identifying the target device in the image and, based on the identified target device, matching a data model and controllable configuration file corresponding to the target device, and sending, as device information corresponding to the target device, the data model and the controllable configuration file to the first and second terminal (20, 30); receiving the device information corresponding to the target device sent by the server; virtualizing an operation interface of the target device based on the data model of the received device information, and displaying, synchronized on the first terminal and the second terminal, the operation interface on a current video call screen, wherein the operation interface is an operation interface of a control panel or a remote control of the target device including one or more virtual controls; and displaying, on the current video call screen based on data from the second terminal, a visual effect of one or more operations performed on the one or more virtual controls on the operation interface by a user of the second terminal, on the second terminal, the visual effect being included in the controllable configuration file, and synchronizing the visual effect to the first terminal. sending an image comprising a target device to a server, the server identifying the target device in the image and, based on the identified target device, matching a data model and controllable configuration file corresponding to the target device, and sending, as device information corresponding to the target device, the data model and the controllable configuration file to the first and second terminal (20, 30); receiving the device information corresponding to the target device sent by the server; virtualizing an operation interface of the target device based on the data model of the received device information, and displaying, synchronized on the first terminal and the second terminal, the operation interface on a current video call screen, wherein the operation interface is an operation interface of a control panel or a remote control of the target device including one or more virtual controls; and displaying, on the current video call screen based on data from the second terminal, a visual effect of one or more operations performed on the one or more virtual controls on the operation interface by a user of the second terminal, on the second terminal, the visual effect being included in the controllable configuration file, and synchronizing the visual effect to the first terminal.
A battery comprising: an electrode assembly, said electrode assembly comprising: an electrode substrate comprising a first area and a second area; an active material deposited on the first area of the electrode substrate; and an electrode tab attached to the second area of the electrode substrate, wherein the electrode tab comprises a bonding surface having protrusions making contact with a bonding location of the second area of the electrode substrate, wherein a surface opposite to the bonding surface and a surface opposite the bonding location are substantially flat; and characterized in that the protrusions comprise a first protrusion set including a plurality of protrusions having a first shape, and a second protrusion set including a plurality of protrusions having a second shape. an electrode assembly, said electrode assembly comprising: an electrode substrate comprising a first area and a second area; an active material deposited on the first area of the electrode substrate; and an electrode substrate comprising a first area and a second area; an active material deposited on the first area of the electrode substrate; and an electrode tab attached to the second area of the electrode substrate, wherein the electrode tab comprises a bonding surface having protrusions making contact with a bonding location of the second area of the electrode substrate, wherein a surface opposite to the bonding surface and a surface opposite the bonding location are substantially flat; and characterized in that the protrusions comprise a first protrusion set including a plurality of protrusions having a first shape, and a second protrusion set including a plurality of protrusions having a second shape.
A method for increasing hair shaft diameter, the method comprising applying a hair care composition to a region of the hair, wherein the hair care composition comprises: a. from 0.05% to 0.5% wt% resorcinol; and b. from 1% to 1.7% wt% of a rheology modifier to increase the substantivity of the composition. a. from 0.05% to 0.5% wt% resorcinol; and b. from 1% to 1.7% wt% of a rheology modifier to increase the substantivity of the composition.
An implantable textile graft comprising: a textile tubular wall having a portion disposed between a first open end and an opposed second open end and having an inner surface and an opposed outer surface, the textile tubular wall comprising a textile construction of one or more yams; wherein the outer surface comprises a coating of a substantially water-insoluble, elastomeric sealant, disposed thereon, the sealant comprising silicone disposed between approximately 4 mg per cm 2 and 19 mg per cm 2 of area of the textile tubular wall; wherein the water-insoluble elastomeric sealant encapsulates a portion of outer fibers of the one or more yarns at the outer surface of the textile tubular wall and is disposed on an intermediate portion of the tubular wall between the inner surface and the opposed outer surface of the textile tubular wall; wherein the textile tubular wall has a water permeability of about 0.16 ml/min/cm 2 at 120 mm Hg pressure or less than 0.16 ml/min/cm 2 at 120 mm Hg pressure; and wherein the inner surface is at least 70% free of the substantially water-insoluble elastomeric sealant. a textile tubular wall having a portion disposed between a first open end and an opposed second open end and having an inner surface and an opposed outer surface, the textile tubular wall comprising a textile construction of one or more yams; wherein the outer surface comprises a coating of a substantially water-insoluble, elastomeric sealant, disposed thereon, the sealant comprising silicone disposed between approximately 4 mg per cm 2 and 19 mg per cm 2 of area of the textile tubular wall; wherein the water-insoluble elastomeric sealant encapsulates a portion of outer fibers of the one or more yarns at the outer surface of the textile tubular wall and is disposed on an intermediate portion of the tubular wall between the inner surface and the opposed outer surface of the textile tubular wall; wherein the textile tubular wall has a water permeability of about 0.16 ml/min/cm 2 at 120 mm Hg pressure or less than 0.16 ml/min/cm 2 at 120 mm Hg pressure; and