mhurhangee/ep-ind-claims huggingface dataset:
A coated article including a coating supported by a glass substrate and having silver glass side reflective color, the coating comprising: - first and second infrared reflecting layers (9,19) comprising silver, the first IR reflecting layer being located closer to the glass substrate than is the second IR reflecting layer; - a first contact layer located over and directly contacting the first IR reflecting layer comprising silver; - a dielectric layer (14a, 14b) comprising silicon nitride located over and directly contacting the first contact layer; - a second contact layer located over the layer comprising silicon nitride; - the second IR reflecting layer comprising silver located over and directly contacting the second contact layer; - a third contact layer located over and directly contacting the second IR reflecting layer; and - another dielectric layer comprising silicon nitride located over the third contact layer, wherein the coated article has a visible transmission of from 15-45%, a glass side visible reflectance of from 23-43%, a glass side reflective a* value from -6.0 to +5.0, and a glass side reflective b* value from -11.0 to +3. 0, characterized in that the dielectric layer (14a, 14b) comprising silicon nitride is split by a splitting absorber layer comprising Nb and Zr, so that the splitting absorber layer comprising Nb and Zr is located between and contacting a first portion of the dielectric layer comprising silicon nitride and a second portion of the dielectric layer comprising silicon nitride. - first and second infrared reflecting layers (9,19) comprising silver, the first IR reflecting layer being located closer to the glass substrate than is the second IR reflecting layer; - a first contact layer located over and directly contacting the first IR reflecting layer comprising silver; - a dielectric layer (14a, 14b) comprising silicon nitride located over and directly contacting the first contact layer; - a second contact layer located over the layer comprising silicon nitride; - the second IR reflecting layer comprising silver located over and directly contacting the second contact layer; - a third contact layer located over and directly contacting the second IR reflecting layer; and - another dielectric layer comprising silicon nitride located over the third contact layer,
A fluid dispensing system comprising: a linearly translatable mounting assembly having a plurality of fluid dispensing cartridge mounting stations; and a receiving assembly positioned beneath the mounting assembly, the receiving assembly including a plurality of receiving member positions on its top surface, wherein the translatable mounting assembly is rotatable about an axis of rotation. a linearly translatable mounting assembly having a plurality of fluid dispensing cartridge mounting stations; and a receiving assembly positioned beneath the mounting assembly, the receiving assembly including a plurality of receiving member positions on its top surface,
A gas control unit of modular design for pneumatic control of a quantity of gas to be supplied to a gas burner, the gas control unit comprising a pneumatically controlled gas control valve configured as a module and at least one gas safety valve configured as a module; characterized in that the gas control valve comprising a housing having a gas inlet, a valve body held in the housing and arranged movably in an axial direction, a valve seat, and a spring acting in the first axial direction on the valve body, wherein the gas control valve is pneumatically controlled and configured as a whole as a replaceable module.
A seed firmer comprising: a resilient portion for attaching to an agricultural implement; and a firming portion for contacting seeds, wherein the resilient portion and the firming portion are each made from different materials, wherein the resilient portion has a first portion and a second portion, and wherein one of: i) the second portion of the resilient portion and the firming portion are molded to form a unitary seed firmer; and ii) the firming portion is mechanically fastened to the second portion of the resilient portion; characterized in that the second portion has a width that is 30 to 70% of a width of the first portion. a resilient portion for attaching to an agricultural implement; and a firming portion for contacting seeds, wherein the resilient portion and the firming portion are each made from different materials, wherein the resilient portion has a first portion and a second portion, and wherein one of: i) the second portion of the resilient portion and the firming portion are molded to form a unitary seed firmer; and ii) the firming portion is mechanically fastened to the second portion of the resilient portion; characterized in that the second portion has a width that is 30 to 70% of a width of the first portion. i) the second portion of the resilient portion and the firming portion are molded to form a unitary seed firmer; and ii) the firming portion is mechanically fastened to the second portion of the resilient portion;
A network management, NM, apparatus to implement a Coverage and Capacity Optimization, CCO, function, the apparatus comprising: means for determining a coverage hole in a Long Term Evolution, LTE, network based on obtained measurement data, wherein the measurement data is associated with coverage areas of one or more evolved universal terrestrial radio access network, E-UTRAN, cells that provide connectivity to the LTE network, wherein the measurement data includes inter-radio access technology, RAT, measurements obtained during inter-RAT handovers of one or more user equipment, UEs (214, 216, 218, 220), from each E-UTRAN cell to other cells provided by RATs different than E-UTRAN, and wherein the coverage hole is an area with insufficient signal strength to provide reliable connectivity to the LTE network; and means for sending an instruction to alter a service parameter of at least one E-UTRAN cell of the one or more E-UTRAN cells to increase connectivity to the LTE network in the coverage hole. means for determining a coverage hole in a Long Term Evolution, LTE, network based on obtained measurement data, wherein the measurement data is associated with coverage areas of one or more evolved universal terrestrial radio access network, E-UTRAN, cells that provide connectivity to the LTE network, wherein the measurement data includes inter-radio access technology, RAT, measurements obtained during inter-RAT handovers of one or more user equipment, UEs (214, 216, 218, 220), from each E-UTRAN cell to other cells provided by RATs different than E-UTRAN, and wherein the coverage hole is an area with insufficient signal strength to provide reliable connectivity to the LTE network; and means for sending an instruction to alter a service parameter of at least one E-UTRAN cell of the one or more E-UTRAN cells to increase connectivity to the LTE network in the coverage hole.
Take-up device for taking up insulating fluid from a tank of a transformer or a reactor, comprising a compensator, which is in the form of a hollow body with a variable compensator volume, and is able to be connected to a tank opening of the tank, with the result that insulating fluid can flow through the tank opening between a tank interior of the tank and the compensator volume, wherein the take-up device furthermore comprises a displacement container, which is arranged in the interior of the compensator and so as to be hermetically sealed with respect to the compensator, characterized in that the displacement container has a displacement container flange, which is designed to selectively detachably fasten the displacement container to the compensator so as to close off a compensator opening or, instead of the compensator, to the tank so as to close off the tank opening, with the result that, in the latter case, insulating fluid can flow through the tank opening between the tank interior and the interior of the displacement container.
A protector, comprising: a protector body that is configured to hold a wire member; and a temporary holding unit that is configured to temporarily hold a connector provided to an end of the wire member, wherein the temporary holding unit includes a first holding part engageable with a first portion of a flange of the connector and a second holding part located remote from the first holding part and engageable with a second portion of the flange of the connector, and with the temporary holding unit temporarily holding the connector, the first holding part and the second holding part are located in an area in which the temporary holding unit and the flange overlap one over another, when viewed from an insertion direction of the connector; characterized in that the temporary holding unit has a first surface and a second surface intersecting with the insertion direction, the first holding part has a protector columnar portion extending from the first surface along a removal direction, the removal direction being a direction opposite to the insertion direction, the second holding part has a protector hole extending from the second surface along the insertion direction, and the temporary holding unit is configured to temporarily hold the connector by moving the connector in the insertion direction relative to the temporary holding unit, and causing the protector columnar portion to be inserted in a connector hole (CO93h) that is the first portion, and causing a connector columnar portion that is the second portion to be inserted in the protector hole. a protector body that is configured to hold a wire member; and a temporary holding unit that is configured to temporarily hold a connector provided to an end of the wire member, wherein the temporary holding unit includes a first holding part engageable with a first portion of a flange of the connector and a second holding part located remote from the first holding part and engageable with a second portion of the flange of the connector, and with the temporary holding unit temporarily holding the connector, the first holding part and the second holding part are located in an area in which the temporary holding unit and the flange overlap one over another, when viewed from an insertion direction of the connector; characterized in that the temporary holding unit has a first surface and a second surface intersecting with the insertion direction, the first holding part has a protector columnar portion extending from the first surface along a removal direction, the removal direction being a direction opposite to the insertion direction, the second holding part has a protector hole extending from the second surface along the insertion direction, and the temporary holding unit is configured to temporarily hold the connector by moving the connector in the insertion direction relative to the temporary holding unit, and causing the protector columnar portion to be inserted in a connector hole (CO93h) that is the first portion, and causing a connector columnar portion that is the second portion to be inserted in the protector hole.
Assembly comprising: - a first structure formed by first filamentary elements, the first structure having a longitudinal edge (10a, 10b) extending in a first direction which defines a first axis, - a second structure formed by second filamentary elements, the second structure comprising a longitudinal edge (12a, 12b) extending in a second direction which defines a second axis, - a supporting structure comprising supporting filamentary elements linking the first filamentary elements of the first structure and the second filamentary elements of the second structure, the assembly further comprising at least one filamentary securing element interlaced with the first filamentary elements and the second filamentary elements, said at least one securing element having a first end and a second end, the first axis and the second axis being parallel, the assembly being characterized in that one at least out of the first and the second ends (18a, 18b) of the at least one securing element is free to slip relative to the first and second filamentary elements (15, 16). - a first structure formed by first filamentary elements, the first structure having a longitudinal edge (10a, 10b) extending in a first direction which defines a first axis, - a second structure formed by second filamentary elements, the second structure comprising a longitudinal edge (12a, 12b) extending in a second direction which defines a second axis, - a supporting structure comprising supporting filamentary elements linking the first filamentary elements of the first structure and the second filamentary elements of the second structure,
A method for sensing a gas, the method comprising the steps of: providing a solid electrolyte layer comprising lanthanum oxide; contacting the solid electrolyte layer with a gas sample; heating the solid electrolyte layer from 100 degrees Celsius to an operating temperature with a first amount of energy over a first period of time; and determining a concentration of carbon dioxide in the gas sample based on first amount of energy required to reach the operating temperature. providing a solid electrolyte layer comprising lanthanum oxide; contacting the solid electrolyte layer with a gas sample; heating the solid electrolyte layer from 100 degrees Celsius to an operating temperature with a first amount of energy over a first period of time; and determining a concentration of carbon dioxide in the gas sample based on first amount of energy required to reach the operating temperature.
A cutting device; for forming gobs of glass, the device comprising conveying means for conveying at least one column of molten glass in a vertical feeding direction; a reference frame, a single cutting blade and displacement means (23;24;28) for moving said blade towards said feeding direction and through said column, characterized in that said blade consists of a piece elongated in a direction transverse to said feeding direction and in that it further comprises a moveable frame (23,24) for supporting and moving said elongated piece; said moveable frame (23,24) being hinged to said reference frame to rotate the piece about a fixed hinge axis horizontal and orthogonal to said feeding direction; said displacement means comprising motorized actuator means to rotate said moveable frame about said hinge axis.
A method of managing user equipment resource tracking in a visited network using blockchain based smart contracts, the method implemented by a device in a home network of the user equipment, the method comprising: receiving notification from the visited network of the user equipment connection request; installing a smart contract for the user equipment into a blockchain; reporting an identifier for the smart contract to the visited network to enable recording of resource usage of the user equipment to the blockchain and association with the smart contract; and migrating virtual network functions (VNFs) for the user equipment to the visited network. receiving notification from the visited network of the user equipment connection request; installing a smart contract for the user equipment into a blockchain; reporting an identifier for the smart contract to the visited network to enable recording of resource usage of the user equipment to the blockchain and association with the smart contract; and migrating virtual network functions (VNFs) for the user equipment to the visited network.
A braking mechanism for a stroller comprising: a housing; a hub rotatably connected to the housing and having a wheel connected thereto for rotation therewith about an axle axis; an actuator disposed within the housing and moveable in generally opposing parking and braking directions; a parking lug moveable by the actuator between a engaged position wherein the lug engages the hub to prevent rotation thereof, and a disengaged position wherein the lug does not prevent rotation of the hub; a drag brake (42, 51) moveable by the actuator between a braking position wherein the drag brake (42, 51) resists rotation of the hub and a released position wherein the drag brake (42, 51) does not resist rotation of the hub; and characterized in that a control lever is operably connected to the actuator, the control lever having a neutral position wherein the actuator positions the parking lug in the disengaged position and the drag brake in the released position, the control lever being moveable in a first direction from the neutral position to move the actuator in the parking direction thereby moving the parking lug to the engaged position and leaving the drag brake (42, 51) in the released position, the control lever being moveable in a second direction from the neutral position opposite to the first direction wherein the actuator is moved in the braking direction thereby moving the drag brake (45, 51) into the braking position and leaving the parking lug in the disengaged position. a housing; a hub rotatably connected to the housing and having a wheel connected thereto for rotation therewith about an axle axis; an actuator disposed within the housing and moveable in generally opposing parking and braking directions; a parking lug moveable by the actuator between a engaged position wherein the lug engages the hub to prevent rotation thereof, and a disengaged position wherein the lug does not prevent rotation of the hub; a drag brake (42, 51) moveable by the actuator between a braking position wherein the drag brake (42, 51) resists rotation of the hub and a released position wherein the drag brake (42, 51) does not resist rotation of the hub; and characterized in that a control lever is operably connected to the actuator, the control lever having a neutral position wherein the actuator positions the parking lug in the disengaged position and the drag brake in the released position, the control lever being moveable in a first direction from the neutral position to move the actuator in the parking direction thereby moving the parking lug to the engaged position and leaving the drag brake (42, 51) in the released position, the control lever being moveable in a second direction from the neutral position opposite to the first direction wherein the actuator is moved in the braking direction thereby moving the drag brake (45, 51) into the braking position and leaving the parking lug in the disengaged position.
An RFID reader comprising - transmitting means for generating a field for inductive coupling with an RFID transponder, - measuring means for measuring a field strength of the field by a generating a digital signal from a voltage tapped from a voltage divider having two resistors (138, 140) at an antenna (104; 105) of a resonant circuit via an envelope detector and an analog/digital converter, wherein the digital signal represents the current value of the voltage and therefore the generated field strength, - control means for controlling the transmitting power depending on the measured field strength, wherein the digital signal is input into the control means as a measurand for carrying out the control. - transmitting means for generating a field for inductive coupling with an RFID transponder, - measuring means for measuring a field strength of the field by a generating a digital signal from a voltage tapped from a voltage divider having two resistors (138, 140) at an antenna (104; 105) of a resonant circuit via an envelope detector and an analog/digital converter, wherein the digital signal represents the current value of the voltage and therefore the generated field strength, - control means for controlling the transmitting power depending on the measured field strength, wherein the digital signal is input into the control means as a measurand for carrying out the control.
A method for controlling perceived quality of service QoS of a system, the method comprising: monitoring information streams of a conversation for at least one interactivity property, each of said streams originating from a different participant; detecting occurrences characteristic of the at least one interactivity property associated with the information streams of the conversation; determining a maximum end-to-end E2E delay time duration amount based on the detected occurrences; and characterised by: determining whether to allocate an amount of the determined maximum E2E delay time duration to perform at least one QoS application. monitoring information streams of a conversation for at least one interactivity property, each of said streams originating from a different participant; detecting occurrences characteristic of the at least one interactivity property associated with the information streams of the conversation; determining a maximum end-to-end E2E delay time duration amount based on the detected occurrences; and determining whether to allocate an amount of the determined maximum E2E delay time duration to perform at least one QoS application.
A surgical cutting instrument adapted to be mounted, in use, to a motor assembly including a motor housing and a motor driving a drive mechanism, the cutting instrument comprising: an elongate drive member defining a proximal section and a distal section; a cutting tip secured to the distal section of the drive member; and an electrical connector adapted to establish an electrical pathway to deliver electrical energy, in use, from a source to the cutting tip; characterized by a non-conductive coupling body attached to the proximal section of the drive member, wherein the coupling body defines a distal portion and a proximal portion, the distal portion forming a longitudinal passage extending from a distal end and sized to maintain the proximal section of the drive member, and the proximal portion forming a groove along an exterior surface thereof and a tang facilitating coupling to the drive mechanism; and a non-conductive housing apart from the motor assembly housing, the non-conductive housing encompassing the coupling body and the proximal section of the drive member; wherein the non-conductive coupling body and the non-conductive housing electrically isolate the conductive pathway of the cutting tip from the motor assembly when the cutting instrument is, in use, mounted to the motor assembly. an elongate drive member defining a proximal section and a distal section; a cutting tip secured to the distal section of the drive member; and an electrical connector adapted to establish an electrical pathway to deliver electrical energy, in use, from a source to the cutting tip; characterized by a non-conductive coupling body attached to the proximal section of the drive member, wherein the coupling body defines a distal portion and a proximal portion, the distal portion forming a longitudinal passage extending from a distal end and sized to maintain the proximal section of the drive member, and the proximal portion forming a groove along an exterior surface thereof and a tang facilitating coupling to the drive mechanism; and a non-conductive housing apart from the motor assembly housing, the non-conductive housing encompassing the coupling body and the proximal section of the drive member;
Method for manufacturing a component of a laundry drum of a household appliance from a sheet metal element, which is shaped to form a body similar to a hollow cylinder, in particular to form a hollow cylinder, is joined on two opposing sides (12, 13) of the sheet metal element and is shaped, wherein the body is manufactured from a sheet metal strip and two opposing shorter edges (12, 13) of the sheet metal strip are joined to one another in order to form the body similar to the hollow cylinder, characterised in that the component is a drum base of the laundry drum, wherein the drum base is manufactured by shaping the body and the step of joining the shorter edges (12, 13) is performed prior to a step of shaping the body similar to a hollow cylinder in order to manufacture the drum base or after a step of shaping the sheet metal strip in the form of the drum base.