mhurhangee/ep-ind-claims huggingface dataset:
An air-handler comprising: an air-handling compartment; a fan array fan section; a plurality of fan units arranged in a fan array in said fan array fan section and positioned within said air-handling compartment, the fan units having motors and fans, and wherein: said fan array has at least one fan unit arranged vertically on at least one other fan unit; the air handling compartment has a discharge plenum for receiving air from the plurality of fan units and for delivering air to a building ventilation system; said air-handler further comprises an array controller to control the speed of the fan units in said array and thus air flow rate and pressure, and wherein the array controller is further operable to run the air handler at a user selected level one or more of i) air volume, and ii) air pressure, and, wherein each of said fan units is modular in nature, and the air handler further comprising: interlocking structures; wherein said modular fan units are joined to one another by said interlocking structures to form said fan array. an air-handling compartment; a fan array fan section; said fan array has at least one fan unit arranged vertically on at least one other fan unit; the air handling compartment has a discharge plenum for receiving air from the plurality of fan units and for delivering air to a building ventilation system; said air-handler further comprises an array controller to control the speed of the fan units in said array and thus air flow rate and pressure, and wherein the array controller is further operable to run the air handler at a user selected level one or more of i) air volume, and ii) air pressure, and, wherein each of said fan units is modular in nature, and the air handler further comprising: interlocking structures; wherein said modular fan units are joined to one another by said interlocking structures to form said fan array.
An artificial cartilage, comprising: a fixed negative charged hydrogel infused within a restrictive swelling network, wherein the restrictive swelling network is a spacer network of filaments with a top surface layer, a bottom surface layer, and some of the filaments crossing in a middle area layer between both the top and bottom surface layers limiting and restricting the maximum distance between both the top and bottom surface layers, wherein the restrictive swelling network restricts the fixed negative charged hydrogel to swell not more than 10% with respect to the maximum swelling capacity of the fixed negative charged hydrogel without being constrained by the restrictive swelling network, wherein the fixed negative charged hydrogel within the restrictive swelling network has an equilibrium stiffness between 0.5 and 2 MPa to resist external loads applied to the top surface layer or the bottom surface layer of the artificial cartilage. a fixed negative charged hydrogel infused within a restrictive swelling network, wherein the restrictive swelling network is a spacer network of filaments with a top surface layer, a bottom surface layer, and some of the filaments crossing in a middle area layer between both the top and bottom surface layers limiting and restricting the maximum distance between both the top and bottom surface layers, wherein the restrictive swelling network restricts the fixed negative charged hydrogel to swell not more than 10% with respect to the maximum swelling capacity of the fixed negative charged hydrogel without being constrained by the restrictive swelling network, wherein the fixed negative charged hydrogel within the restrictive swelling network has an equilibrium stiffness between 0.5 and 2 MPa to resist external loads applied to the top surface layer or the bottom surface layer of the artificial cartilage.
Domestic appliance device having a light signal unit (32; 102), a control unit, which is designed to interact with the light signal unit (32; 102) for outputting information by means of a light signal, and a carrier unit (34; 110) for supporting the light signal unit (32; 102), wherein the carrier unit (34; 110) is formed by at least one actuation means (28; 108) or the carrier unit (34; 110) has a subarea (38; 100) for supporting the light signal unit (32; 102) which is raised up from a visible domestic appliance surface, wherein the subarea (38; 100), at least in the normal direction of the visible domestic appliance surface, stands out from said visible domestic appliance surface, and having a transmission unit which is provided for establishing a wireless transmission between the light signal unit and a domestic appliance chassis, wherein the transmission unit has a transmission means which is provided for an inductive energy supply of the light signal unit (32; 102), wherein the control unit arranged in the domestic appliance chassis is effectively connected to the transmission unit, wherein the visible domestic appliance surface is embodied as a front surface of the domestic appliance, which extends essentially vertically, characterised in that an inductive transmission of energy to a second transmission means which is supported in a domestic appliance door unit is established.
The fluorochemical compound of the formula: where R f is a perfluorinated group; and R Sil is a polysiloxane group; subscript x is at least one. R f is a perfluorinated group; and R Sil is a polysiloxane group; subscript x is at least one.
A multi axis slide carriage system, comprising a channeled track (16; 94) extending along a first axis; a slider (18; 100) that slides along the first axis within the channeled track (16; 94), wherein the slider (18; 100) comprises a slider segment aperture extending therein along a second axis, which second axis is different from the first axis; a shaft comprising a slider segment connected to a carriage bracket segment, wherein the slider segment slides along the second axis within the slider segment aperture; and a slide carriage bracket positioned adjacent to the channeled track (16; 94), and connected to the carriage bracket segment; characterised in that the slider (18; 100) rotates about the first axis between minus forty five and forty five degrees; and in that the channeled track (16; 94) comprises an interior track surface (34; 98) that extends circumferentially partially around the first axis from a first track sidewall end to a second track sidewall end, and wherein the slider (18; 100) comprises a circumferentially extending exterior slider surface (58; 60, 104) that slideably engages the interior track surface (34; 98).
A handrail chain for an escalator system comprising: a plurality of sliding bearing supports interconnected to form a handrail chain; a shaft; and one or more rollers (24, 40) secured to at least one end of the shaft and in rolling contact with a handrail; characterized in that the handrail chain comprises: one or more sliding bearings extending at least partially through each sliding bearing support of the handrail chain, wherein the shaft extends through each sliding bearing support and is in sliding contact with the one or more sliding bearings, and in that the handrail chain further comprises one or more bosses, each of the bosses extending laterally from the handrail chain beyond a lateral extent of the one or more rollers (24, 40) and being disposed between two rollers (24, 40) which are arranged next to each other in the longitudinal direction. a plurality of sliding bearing supports interconnected to form a handrail chain; a shaft; and one or more rollers (24, 40) secured to at least one end of the shaft and in rolling contact with a handrail; characterized in that the handrail chain comprises: one or more sliding bearings extending at least partially through each sliding bearing support of the handrail chain, wherein the shaft extends through each sliding bearing support and is in sliding contact with the one or more sliding bearings, and in that the handrail chain further comprises one or more bosses, each of the bosses extending laterally from the handrail chain beyond a lateral extent of the one or more rollers (24, 40) and being disposed between two rollers (24, 40) which are arranged next to each other in the longitudinal direction. one or more sliding bearings extending at least partially through each sliding bearing support of the handrail chain, wherein the shaft extends through each sliding bearing support and is in sliding contact with the one or more sliding bearings, and in that the handrail chain further comprises one or more bosses, each of the bosses extending laterally from the handrail chain beyond a lateral extent of the one or more rollers (24, 40) and being disposed between two rollers (24, 40) which are arranged next to each other in the longitudinal direction.
A policy control method, characterized by, comprising: a Broadband Forum,BBF, access network entity receiving and saving outer Internet Protocol, IP packet header information sent by a 3rd Generation Partnership Project,3GPP, network entity; wherein said outer IP packet header is a header of an IP packet of Internet Protocol Security, IPSec, or is a header of a Mobile IPv6 support for dual stack Hosts and Routers DSMIPv6 tunnel; the BBF access network entity performing filtering according to the received outer IP packet header information when data reach the BBF access network; the BBF access network entity scheduling a data packet according to a Differentiated Services Code Point,DSCP, of the data packet when an outer IP packet header information of the data packet match the outer IP packet header information received by the BBF access network entity, and the BBF access network entity scheduling the data packet which is mismatching the outer IP packet header information received and saved by the BBF access network entity according to a policy of the BBF access network entity. a Broadband Forum,BBF, access network entity receiving and saving outer Internet Protocol, IP packet header information sent by a 3rd Generation Partnership Project,3GPP, network entity; wherein said outer IP packet header is a header of an IP packet of Internet Protocol Security, IPSec, or is a header of a Mobile IPv6 support for dual stack Hosts and Routers DSMIPv6 tunnel; the BBF access network entity performing filtering according to the received outer IP packet header information when data reach the BBF access network; the BBF access network entity scheduling a data packet according to a Differentiated Services Code Point,DSCP, of the data packet when an outer IP packet header information of the data packet match the outer IP packet header information received by the BBF access network entity, and the BBF access network entity scheduling the data packet which is mismatching the outer IP packet header information received and saved by the BBF access network entity according to a policy of the BBF access network entity.
An oral dosage form in the form of a capsule which comprises: 1) Compound A of the following structure: or a pharmaceutically acceptable salt, hydrate, stereoisomer, tautomer, or racemic mixtures thereof, at an amount of about 0.1 to about 3 weight percent of the total weight of the dosage form; 2) a carrier or excipient at an amount of about 90 to 99.9 weight percent of total weight of the oral dosage form, wherein the carrier or excipient is a mixture of starch and lactose; and 3) a lubricant, wherein the lubricant is stearic acid.
A method using a computer in conjunction with a non-transitory computer readable storage medium, the method comprising: the computer receiving at least one of time-referenced and location-referenced state data for an object of interest; the computer determining a present location of a control vehicle within two presently overlapping fat paths wherein a fat path comprises a homotopically distinct region of travel; the computer determining distance of the control vehicle from a point of divergence of the fat paths, the fat paths diverging to avoid the object of interest; the computer generating a decision boundary reachable prior in time to the point of divergence wherein the decision boundary is in advance of the present location of the control vehicle; the computer generating a first set of feasible headings and a second set of feasible headings for the control vehicle, the first set and the second set respectively associated with a projected first crossing point and a projected second crossing point of the decision boundary by the control vehicle wherein feasible headings promote positioning of the control vehicle in one of the fat paths beyond the point of divergence; and the computer sending the first set of feasible headings and the second set of feasible headings to the control vehicle prior to the control vehicle reaching the decision boundary; in which the method further comprises the computer generating maneuver manifold information for the control vehicle; and wherein the at least one decision boundary comprises one or more points in at least one of space and time past which an operator of the control vehicle cannot invoke a change of heading from a first routing path to a second routing path while meeting constraints described in the maneuver manifold information. the computer receiving at least one of time-referenced and location-referenced state data for an object of interest; the computer determining a present location of a control vehicle within two presently overlapping fat paths wherein a fat path comprises a homotopically distinct region of travel; the computer determining distance of the control vehicle from a point of divergence of the fat paths, the fat paths diverging to avoid the object of interest; the computer generating a decision boundary reachable prior in time to the point of divergence wherein the decision boundary is in advance of the present location of the control vehicle; the computer generating a first set of feasible headings and a second set of feasible headings for the control vehicle, the first set and the second set respectively associated with a projected first crossing point and a projected second crossing point of the decision boundary by the control vehicle wherein feasible headings promote positioning of the control vehicle in one of the fat paths beyond the point of divergence; and
An eyepiece lens for observing an image formed by an objective lens via an erecting optical system, consisting of a first lens being a negative lens, a second lens being a positive lens, and a third lens being a negative lens, which are arranged in this order from an eyepoint side along the optical axis, in such a way that diopter adjustment can be carried out by moving at least one among the first lens, the second lens and the third lens along the optical axis, the first lens having a biconcave shape, a concave surface of the third lens on the eyepoint side having a curvature greater than that of a concave surface of the third lens on the object side, characterised by satisfying a condition: 0.4 < d 2 / Σd < 0.6 wherein, d2 is an air gap along the optical axis between the first lens and the second lens when the diopter adjustment is carried out so that diopter becomes maximum on the negative side, and the ∑d is an air gap along the optical axis between a concave surface of the first lens on the eyepoint side and a concave surface of the third lens on the object side when the diopter adjustment is carried out so that diopter becomes maximum on the negative side.
Corkscrew for the extraction of a cork from a neck of a bottle, the corkscrew comprising a body provided with a first end and with a second end, an extraction screw hinged at a pivot point which is placed between the first end and the second end, the extraction screw being suitable for insertion by screwing within the volume of the cork, an articulated lever hinged at a fulcrum point placed in correspondence of or near the first end, the articulated lever comprising a first lever and a second lever coupled with each other by a coupling system wherein the coupling system is configured to enable a reciprocal movement of the second lever with respect to the first lever, the articulated lever being provided with a first propping tooth placed on the first lever and with a second propping tooth placed on the second lever, the first and the second tooth (11, 12) being suitable for propping the corkscrew on the neck of the bottle wherein the coupling system between the first lever and the second lever comprises at least one set of slots (13', 13", 15', 15"), a set of pins (14, 16) and a set of holes (26', 26", 27', 27"), wherein the pins (14, 16) pass at least through the holes (26', 26", 27', 27") and the slots (13', 13", 15', 15") fixing the first lever and the second lever to each other, characterized in that the first lever and the second lever are fixed to each other in such a way that the second lever is a prolongation of the first lever, the pins (14, 16) being slidably engaged in respective slots (13', 13", 15', 15") in such a way that the reciprocal movement of the second lever with respect to the first lever is a movement that occurs in a guided condition by means of the pins (14, 16), the reciprocal movement of the second lever with respect to the first lever being constrained by sliding paths which are defined by the set of slots (13', 13", 15', 15") within which the respective pins (14, 16) are slidable.
A system for treating venous insufficiency, the system comprising: a catheter assembly comprising a proximal hub having a first spin lock comprising a threaded sidewall, an elongate body operably connected to the proximal hub, and a distal end, wherein the elongate body is configured to be placed within a perforator vein; an extension tubing having a proximal female hub, a distal male hub, and an elongate body therebetween, the distal male hub having a second spin lock thereon, the second spin lock comprising a threaded sidewall, and the distal male hub configured to be attached to the proximal hub of the catheter assembly via the second spin lock; a volume of media comprising cyanoacrylate; and an injector (300, 908) comprising a control, wherein actuation of the control automatically dispenses a bolus of the media. a catheter assembly comprising a proximal hub having a first spin lock comprising a threaded sidewall, an elongate body operably connected to the proximal hub, and a distal end, wherein the elongate body is configured to be placed within a perforator vein; an extension tubing having a proximal female hub, a distal male hub, and an elongate body therebetween, the distal male hub having a second spin lock thereon, the second spin lock comprising a threaded sidewall, and the distal male hub configured to be attached to the proximal hub of the catheter assembly via the second spin lock; a volume of media comprising cyanoacrylate; and an injector (300, 908) comprising a control, wherein actuation of the control automatically dispenses a bolus of the media.
A heating box for thermally conditioning preforms made of thermoplastic material provided for blow moulding, wherein two side walls and one bottom wall define a heating tunnel for conveying the preforms, wherein the heating tunnel has at least two heating channels that run parallel to one another, and wherein a heating unit comprising several rod-shaped heating elements that are oriented longitudinally in the conveying direction of the preforms is arranged between two heating channels that run side by side, in particular parallel to one another, characterised in that the heating units each have two column-like carrier elements for supporting the heating elements, wherein each of the carrier elements has, at each of its free ends located opposite one another in the longitudinal direction, an aperture, which opens a channel-like longitudinal shaft of the carrier elements in such a way that a fluid flow through the longitudinal shaft of the carrier elements is made possible.
A client device for a wireless communication system, the client device being configured to obtain a first indication indicating an outcome of a link monitoring procedure associated with a serving link between a network access node and the client device; obtain a second indication indicating an outcome of a link re-configuration procedure associated with the serving link; determine a value of a first counter associated with a radio link failure timer based on the first indication and the second indication; start the radio link failure timer when the value of the first counter is equal to or larger than a first counter threshold value (Th C1). obtain a first indication indicating an outcome of a link monitoring procedure associated with a serving link between a network access node and the client device; obtain a second indication indicating an outcome of a link re-configuration procedure associated with the serving link; determine a value of a first counter associated with a radio link failure timer based on the first indication and the second indication; start the radio link failure timer when the value of the first counter is equal to or larger than a first counter threshold value (Th C1).
A system for providing a multiple secure link, MSL, architecture, said system comprising: a MSL virtual private network, VPN, component that includes first logic that, when executed by a processor, of said system causes the system to perform the following: create a first VPN tunnel between a client workstation and a first owner gateway; send an outbound datagram from the client workstation to the first owner gateway; receive an inbound datagram from the first owner gateway to the client workstation, wherein the inbound datagram includes a source internet protocol, IP, address and a destination IP address that is set to a VPN owner private IP address; and send the inbound datagram with the destination IP address; and a MSL twin network address translator, NAT, that includes second logic that, when executed by the processor, causes the system to perform at least the following: receive the inbound datagram from MSL VPN; record a new VPN owner private IP address from the source IP address in the inbound datagram; assign a new unique private IP, UPIP, address for the inbound datagram and the client workstation; and send the inbound datagram to the client workstation, wherein the system additionally creates a second VPN tunnel between the client workstation and a second owner gateway while the first VPN tunnel is being utilized. create a first VPN tunnel between a client workstation and a first owner gateway; send an outbound datagram from the client workstation to the first owner gateway; receive an inbound datagram from the first owner gateway to the client workstation, wherein the inbound datagram includes a source internet protocol, IP, address and a destination IP address that is set to a VPN owner private IP address; and send the inbound datagram with the destination IP address; and a MSL twin network address translator, NAT, that includes second logic that, when executed by the processor, causes the system to perform at least the following: receive the inbound datagram from MSL VPN; record a new VPN owner private IP address from the source IP address in the inbound datagram; assign a new unique private IP, UPIP, address for the inbound datagram and the client workstation; and send the inbound datagram to the client workstation, wherein the system additionally creates a second VPN tunnel between the client workstation and a second owner gateway while the first VPN tunnel is being utilized.
A method for predicting the responsiveness of a mammalian tumor or cancer cell to an inhibitor of a kinase of the Src-family, said method comprising evaluating the status of integrin β4 (ITGB4) in said cell, wherein said status is indicative of the responsiveness of said cell to the inhibitor, wherein said status of integrin β4 is the phosphorylation of integrin β4, wherein an increase in said phosphorylation of one or more phosphorylation sites of integrin β4 in comparison to the control is indicative of the responsiveness of said cell to the inhibitor, and wherein the phosphorylation site is one or more of the phosphorylation sites S1518, S1457, T1455 and S1069 of integrin β4.