mhurhangee/ep-ind-claims huggingface dataset:
A method for forming a glass container having a low-friction coating, the method comprising: contacting a glass tube with a coupling agent solution to form a coated glass tube having a coupling agent layer, wherein the coupling agent comprises an inorganic material selected from a metal, metal oxide and/or ceramic film; contacting the coated glass tube with at least one sacrificial material to form a sacrificial layer at least partially covering the coupling agent layer; subsequent to contacting the coated glass tube with at least one sacrificial material, forming at least one coated glass container from the coated glass tube, the at least one coated glass container comprising the coupling agent layer; ion exchange strengthening the at least one coated glass container in an ion exchange salt bath; and applying a polymer chemical composition solution to the at least one coated glass container to form a low-friction coating, wherein forming the at least one coated glass container further comprises removing the sacrificial layer from the coated glass tube. contacting a glass tube with a coupling agent solution to form a coated glass tube having a coupling agent layer, wherein the coupling agent comprises an inorganic material selected from a metal, metal oxide and/or ceramic film; contacting the coated glass tube with at least one sacrificial material to form a sacrificial layer at least partially covering the coupling agent layer; subsequent to contacting the coated glass tube with at least one sacrificial material, forming at least one coated glass container from the coated glass tube, the at least one coated glass container comprising the coupling agent layer; ion exchange strengthening the at least one coated glass container in an ion exchange salt bath; and applying a polymer chemical composition solution to the at least one coated glass container to form a low-friction coating, wherein forming the at least one coated glass container further comprises removing the sacrificial layer from the coated glass tube.
A method for indicating an antenna polarization direction in a wireless network, comprising: sending, by a source station to a target station, polarization information of the source station and polarization information recommended to the target station for receiving by the target station; and receiving, by the source station, a message sent by the target station, wherein the message comprises polarization information of the target station and polarization information of the source station that is acknowledged or negotiated by the target station. sending, by a source station to a target station, polarization information of the source station and polarization information recommended to the target station for receiving by the target station; and receiving, by the source station, a message sent by the target station, wherein the message comprises polarization information of the target station and polarization information of the source station that is acknowledged or negotiated by the target station.
A plastic cannula for use in removing samples of fluid from a medical container sealed with a pierceable membrane, the cannula including an elongate body having a front end and a rear end; a first bore extending from the rear of the body toward the front end; a small diameter spike portion extending from the front end of the body having a pointed forward end shaped to allow forcible penetration through the membrane and having a second bore therein that extends from the forward end through the front end of the body to be in fluid communication with the first bore, the cross-section area of the first bore being greater than that of the second bore, and characterized in that the plastics cannula includes an insert located within the first bore and extending from the front end of the first bore to the rear end wherein the insert has a longitudinally extending recess that, with a part of the first bore, defines a passageway from the second bore to the rear of the body formed between an outer surface of the insert and a surface of the first bore, and wherein the passageway has a smaller volume than the first bore.
Compartment bottom for a bottle storage cabinet with a bearing surface and a strip closing an edge of the bearing surface, said strip comprising a first profile made of a decorative material (9, 15), which extends on a visible side of the strip and a second profile (11, 14) made of a wear-resistant material, characterised in that the second profile has a cross-section which corresponds to two U-profiles that merge into one another, one with a downwardly open wide groove which receives the peak of the first profile and one immediately adjacent, narrow, upwardly open groove, or that the second profile is a multi-chamber hollow profile, on the visible face of which a large-scale groove is formed, into which the first profile engages or is introduced in the longitudinal direction of the strip.
A readable storage medium storing a program for execution at a device, the program comprising sets of instructions for: from a set of servers, receiving a first structure and a second structure at the device, the first structure comprising an encrypted device-restricted first content piece, and a first slot for holding a first content key for decrypting the first content piece, the second structure comprising an encrypted device-unrestricted second content piece and a second slot for holding a verification parameter for authenticating the second content piece; after the first structure is received, receiving, from the set of servers, the first content key at the device; after the second structure is received, receiving, from the set of servers, a second content key for decrypting the second content piece, and the verification parameter at the device; inserting the first content key into the first slot in the first structure at the device, the first content key for decrypting the first encrypted content piece each time the first content piece is accessed; decrypting the second content piece with the second content key at the device; and inserting the verification parameter into the second slot in the second structure at the device, the verification parameter for authenticating the decrypted second content piece when an operation is performed with the second content piece. from a set of servers, receiving a first structure and a second structure at the device, the first structure comprising an encrypted device-restricted first content piece, and a first slot for holding a first content key for decrypting the first content piece, the second structure comprising an encrypted device-unrestricted second content piece and a second slot for holding a verification parameter for authenticating the second content piece; after the first structure is received, receiving, from the set of servers, the first content key at the device; after the second structure is received, receiving, from the set of servers, a second content key for decrypting the second content piece, and the verification parameter at the device; inserting the first content key into the first slot in the first structure at the device, the first content key for decrypting the first encrypted content piece each time the first content piece is accessed; decrypting the second content piece with the second content key at the device; and inserting the verification parameter into the second slot in the second structure at the device, the verification parameter for authenticating the decrypted second content piece when an operation is performed with the second content piece.
A method for fluidly connecting a fracturing manifold to a fracturing tree, the method being characterized by: (a) providing a first flowline assembly which comprises a number of first swivel joints (124, 126); (b) connecting a first end of the first flowline assembly to the manifold; (c) providing a second flowline assembly; (d) connecting a first end of the second flowline assembly to the tree; and (e) after the first flowline assembly is connected to the manifold and the second flowline assembly is connected to the tree, connecting a second end of the first flowline assembly to a second end of the second flowline assembly to thereby fluidly connect the manifold to the tree. (a) providing a first flowline assembly which comprises a number of first swivel joints (124, 126); (b) connecting a first end of the first flowline assembly to the manifold; (c) providing a second flowline assembly; (d) connecting a first end of the second flowline assembly to the tree; and (e) after the first flowline assembly is connected to the manifold and the second flowline assembly is connected to the tree, connecting a second end of the first flowline assembly to a second end of the second flowline assembly to thereby fluidly connect the manifold to the tree.
Container for fluid products, particularly pharmaceuticals, cosmetics, medical products or the like, comprising: - a body for containing a fluid product; - a tear-off breakable closure element associated with the extremity portion of said body to prevent the outflow of the fluid product; and - a cap defining a channel having a gap for the outflow of the fluid product, which is fitted sliding on said extremity portion and is movable in rotation with respect to it; wherein: - said cap is movable sliding with respect to said body between a rest position, in which said channel is released in rotation from said closure element, and a work position, in which said channel engages in rotation with said closure element, the latter separating from said body due to the rotation of said cap so as to allow the passage of the fluid product through said channel; and - said channel defines at least a housing seat within which said closure element is inserted with said cap in work position and shaped so as to constrain in rotation said closure element to the cap itself; characterized in that said closure element has a first portion, which defines an abutment surface against which leans the bottom wall of said housing seat as a result of the shift of said cap towards said work position, and a second portion able to be inserted within said housing seat with said cap in work position. - a body for containing a fluid product; - a tear-off breakable closure element associated with the extremity portion of said body to prevent the outflow of the fluid product; and - a cap defining a channel having a gap for the outflow of the fluid product, which is fitted sliding on said extremity portion and is movable in rotation with respect to it; - said cap is movable sliding with respect to said body between a rest position, in which said channel is released in rotation from said closure element, and a work position, in which said channel engages in rotation with said closure element, the latter separating from said body due to the rotation of said cap so as to allow the passage of the fluid product through said channel; and - said channel defines at least a housing seat within which said closure element is inserted with said cap in work position and shaped so as to constrain in rotation said closure element to the cap itself;
A device for supporting at least one arm of a user, the device comprising - at least one carrier device and - at least one force transmission element, which is arranged on the carrier element by means of a joint, wherein the joint is arranged on a fastening device and the carrier element has a pocket into which the fastening device is inserted. - at least one carrier device and - at least one force transmission element, which is arranged on the carrier element by means of a joint, wherein the joint is arranged on a fastening device and the carrier element has a pocket into which the fastening device is inserted.
A body area network comprising: a first coil configured to be worn on a body of a human, the first coil being configured and positioned to use a body leveraged magnetic field; a transmitter to drive the first coil to generate the body leveraged magnetic field through the first coil, wherein the transmitter is configured to drive the first coil at a frequency selected such that the body leveraged magnetic field simultaneously includes near-field and far-field components and the far-field components are enhanced by a high permittivity of bodily tissue; a second coil configured to receive a signal transmitted via the first coil to the second coil, the second coil being configured and positioned to receive both of the near- and far- field components; and a receiver for receiving the signal transmitted to the second coil. a first coil configured to be worn on a body of a human, the first coil being configured and positioned to use a body leveraged magnetic field; a transmitter to drive the first coil to generate the body leveraged magnetic field through the first coil, wherein the transmitter is configured to drive the first coil at a frequency selected such that the body leveraged magnetic field simultaneously includes near-field and far-field components and the far-field components are enhanced by a high permittivity of bodily tissue; a second coil configured to receive a signal transmitted via the first coil to the second coil, the second coil being configured and positioned to receive both of the near- and far- field components; and a receiver for receiving the signal transmitted to the second coil.
An instrument access device comprising:- a wound protector and retractor comprising a retractor member comprising a distal portion for insertion through an incision made in a patient, a proximal portion for extending from the incision and outside of the patient, and a resilient distal ring member coupled to the retractor member; a proximal assembly comprising an inner proximal ring member and an outer proximal ring member between which the proximal end of the retractor sleeve is located, and an instrument receiver (5, 250) comprising a valve assembly and a cannula portion (8, 251, 401) extending in use through the incision protected by the retractor member, said instrument access device being characterized in that the inner proximal ring member comprises a first engagement element and the instrument receiver (5, 250) comprises a second engagement element, the first and second engagement elements (43, 45) being releasably coupled for releasably coupling the instrument receiver (5, 250) to the proximal assembly. a wound protector and retractor comprising a retractor member comprising a distal portion for insertion through an incision made in a patient, a proximal portion for extending from the incision and outside of the patient, and a resilient distal ring member coupled to the retractor member; a proximal assembly comprising an inner proximal ring member and an outer proximal ring member between which the proximal end of the retractor sleeve is located, and an instrument receiver (5, 250) comprising a valve assembly and a cannula portion (8, 251, 401) extending in use through the incision protected by the retractor member, said instrument access device being characterized in that the inner proximal ring member comprises a first engagement element and the instrument receiver (5, 250) comprises a second engagement element, the first and second engagement elements (43, 45) being releasably coupled for releasably coupling the instrument receiver (5, 250) to the proximal assembly.
A time transfer method implemented in a first node, the time transfer method comprising the steps of communicating a sequence of encoded blocks that includes a Flexible Ethernet, FlexE, signal with a second node, wherein the time transfer method further comprises: communicating synchronization messages with the second node via a synchronization message channel in client overhead inserted into the sequence of encoded blocks, wherein the synchronization messages are Precision Time Protocol, PTP, messages inserted into the client overhead and are utilized for synchronization of a clock at the second node, wherein timestamp points of reference for the synchronization messages are based on one of frame and multiframe boundaries associated with a frame structure based on the sequence of encoded blocks. communicating synchronization messages with the second node via a synchronization message channel in client overhead inserted into the sequence of encoded blocks, wherein the synchronization messages are Precision Time Protocol, PTP, messages inserted into the client overhead and are utilized for synchronization of a clock at the second node, wherein timestamp points of reference for the synchronization messages are based on one of frame and multiframe boundaries associated with a frame structure based on the sequence of encoded blocks.
A method comprising: providing, by an online application store to a plurality of mobile devices, an application program, the application program being associated with metadata indicating that the application program is associated with one or more points of interest in a POI database; receiving, from each of the mobile devices, application usage data, the application usage data indicating an event of executing the application program by a respective mobile device, the event being associated with a device location, the device location being a location of the respective mobile device at time of executing the application program by the respective mobile device; determining, based on the application usage data, that device locations of the mobile devices executing the application program are concentrated within one or more geographic areas; and designating, in the POI database, a respective centroid of the one or more geographic areas as the respective location of a corresponding point of interest of the one or more POIs, wherein the method is performed by one or more computing devices. providing, by an online application store to a plurality of mobile devices, an application program, the application program being associated with metadata indicating that the application program is associated with one or more points of interest in a POI database; receiving, from each of the mobile devices, application usage data, the application usage data indicating an event of executing the application program by a respective mobile device, the event being associated with a device location, the device location being a location of the respective mobile device at time of executing the application program by the respective mobile device; determining, based on the application usage data, that device locations of the mobile devices executing the application program are concentrated within one or more geographic areas; and designating, in the POI database, a respective centroid of the one or more geographic areas as the respective location of a corresponding point of interest of the one or more POIs,
A package system, comprising: at least a first package and a second package on a package carrier, wherein the first package and the second package are arranged on a same side of the package carrier, wherein each of the first package and the second package comprises an antenna to transmit and/or receive radio frequency signals; a cover arranged at a distance over the first package and the second package at the same side of the package carrier as the first package and the second package, wherein the cover comprises at least one conductive element forming a predefined pattern on a side of the cover facing the first package and the second package, wherein the predefined pattern is configured as a frequency selective surface; and a radio frequency signal interface configured to wirelessly connect the antennas of the first package and the second package, wherein the radio frequency signal interface comprises the at least one conductive element. at least a first package and a second package on a package carrier, wherein the first package and the second package are arranged on a same side of the package carrier, wherein each of the first package and the second package comprises an antenna to transmit and/or receive radio frequency signals; a cover arranged at a distance over the first package and the second package at the same side of the package carrier as the first package and the second package, wherein the cover comprises at least one conductive element forming a predefined pattern on a side of the cover facing the first package and the second package, wherein the predefined pattern is configured as a frequency selective surface; and a radio frequency signal interface configured to wirelessly connect the antennas of the first package and the second package, wherein the radio frequency signal interface comprises the at least one conductive element.
Tyre comprising a directional tread, said tread being intended to come into contact with the ground during running of the tyre, forming a contact patch AC, said tread comprising a plurality of blocks (21A, 21B) of rubbery material delimited by voids, some of said blocks (21A, 21B) forming a contact surface SC of the blocks (21A, 21B) in said contact patch AC, the ratio of the difference between the contact patch AC and the contact surface of the blocks SC to the contact patch AC determining a surface voids ratio TES of the tread, where TES=(AC-SC)/AC, said blocks (21A, 21B) being organized into patterns of blocks of pitch P, said patterns succeeding one another in the circumferential direction, in a pattern comprising at least one sipe (211, 212), the ratio of the sum of the projected length(s) lpyi of the sipe(s) (211, 212) in an axial direction to the product of the pitch P of the pattern times the width W of the tread, all multiplied by 1000, determining a sipes density SD, such that SD = ∑ i = 1 n lpyi P ∗ W ∗ 1000, where n is the number of sipes in the pattern, and lpyi is the projected length of the ith sipe,, for the tread when new: - the sipes density SD in any pattern of pitch P is at least equal to 10 mm -1 and at most equal to 70 mm -1, - the surface voids ratio TES is at least equal to 0.40 and at most equal to 0.70; said tyre being characterized in that the surface voids ratio TES of the tread worn away by 2 mm of depth is at least equal to 0.41 times the TES when new and at most equal to 0.66 times said TES when new. - the sipes density SD in any pattern of pitch P is at least equal to 10 mm -1 and at most equal to 70 mm -1, - the surface voids ratio TES is at least equal to 0.40 and at most equal to 0.70;
A composition comprising a mixture containing difluoromethane, pentafluoroethane, and 1,1,1,2-tetrafluoroethane (R134a), wherein in a ternary composition diagram in which the sum of the concentrations (in wt.-%) of R32, R125 and R134a is 100 wt.-% the composition ratio of the R32, R125 and R134a contained in the mixture falls within a triangle having the points A, F and G as vertices: point A (R32/R125/R134a = 37.3/17.0/45.7), point F (R32/R125/R134a = 30.7/10.9/58.4), and point G (R32/R125/R134a = 29.4/14.1/56.5); preferably the points A, D and E: point A (R32/R125/R134a = 37.3/17.0/45.7), point D (R32/R125/R134a = 31.4/11.5/57.1), and point E (R32/R125/R134a = 30.2/14.4/55.4); and more preferably the points A, B and C: point A (R32/R125/R134a = 37.3/17.0/45.7), point B (R32/R125/R134a = 34.0/13.9/52.1), and point C (R32/R125/R134a = 33.3/15.5/51.2); wherein the mixture comprises R32, R125, and R134a in amounts such that the sum of the concentrations thereof is ≥ 99.5 wt.-%. point A (R32/R125/R134a = 37.3/17.0/45.7), point F (R32/R125/R134a = 30.7/10.9/58.4), and point G (R32/R125/R134a = 29.4/14.1/56.5); point A (R32/R125/R134a = 37.3/17.0/45.7), point D (R32/R125/R134a = 31.4/11.5/57.1), and point E (R32/R125/R134a = 30.2/14.4/55.4); point A (R32/R125/R134a = 37.3/17.0/45.7), point B (R32/R125/R134a = 34.0/13.9/52.1), and point C (R32/R125/R134a = 33.3/15.5/51.2);