mhurhangee/ep-ind-claims huggingface dataset:
An expanded laminate comprising: a plastic sheet having an upper surface, a lower surface and a thickness between 0.05 mm and 1 mm; wherein the plastic sheet is a low-density polyethylene plastic sheet, a medium-density polyethylene plastic sheet, a high-density polyethylene plastic sheet, a polypropylene plastic sheet, a polycarbonate plastic sheet or an ionomeric copolymer plastic sheet a first expanded layer having an upper surface, a lower surface, a foam density between 19.2 kg/m 3 (1.2 pcf) and 128 kg/m 3 (8 pcf) and a thickness between 1 mm and 8 mm, wherein the lower surface of the first expanded layer is bonded to the upper surface of the plastic sheet; the first expanded layer comprises a material selected from the group consisting of expanded polyethylene and expanded polypropylene; a second expanded layer having an upper surface, a lower surface, a foam density between 19.2 kg/m 3 (1.2 pcf) and 128 kg/m 3 (8 pcf) and a thickness between 1 mm and 8 mm, wherein the upper surface of the second expanded layer is bonded to the lower surface of the plastic sheet; the second expanded layer comprises a material selected from the group consisting of expanded polyethylene and expanded polypropylene; an upper expanded skin bonded to the upper surface of the first expanded layer, wherein the upper expanded skin is made of expanded polyethylene; and an expanded core bonded to the lower surface of the second expanded layer, wherein the expanded core is made of an expanded polystyrene. a plastic sheet having an upper surface, a lower surface and a thickness between 0.05 mm and 1 mm; wherein the plastic sheet is a low-density polyethylene plastic sheet, a medium-density polyethylene plastic sheet, a high-density polyethylene plastic sheet, a polypropylene plastic sheet, a polycarbonate plastic sheet or an ionomeric copolymer plastic sheet a first expanded layer having an upper surface, a lower surface, a foam density between 19.2 kg/m 3 (1.2 pcf) and 128 kg/m 3 (8 pcf) and a thickness between 1 mm and 8 mm, wherein the lower surface of the first expanded layer is bonded to the upper surface of the plastic sheet; the first expanded layer comprises a material selected from the group consisting of expanded polyethylene and expanded polypropylene; a second expanded layer having an upper surface, a lower surface, a foam density between 19.2 kg/m 3 (1.2 pcf) and 128 kg/m 3 (8 pcf) and a thickness between 1 mm and 8 mm, wherein the upper surface of the second expanded layer is bonded to the lower surface of the plastic sheet; the second expanded layer comprises a material selected from the group consisting of expanded polyethylene and expanded polypropylene; an upper expanded skin bonded to the upper surface of the first expanded layer, wherein the upper expanded skin is made of expanded polyethylene; and an expanded core bonded to the lower surface of the second expanded layer, wherein the expanded core is made of an expanded polystyrene.
A process of foaming a polyolefin composition using as a nucleator a combination of a fluororesin and a boron nitride at a fluororesin-to-boron nitride weight ratio of less than 4:1; wherein said fluororesin-to-boron nitride weight ratio is in the range of from 1:1 to 1:4; wherein said polyolefin composition comprises a high-density polyethylene ("HDPE") and a low-density polyethylene ("LDPE"); and wherein said fluororesin and boron nitride are present in a combined amount in the range of from 0.01 to 1 weight percent based on the total weight of said polyolefin composition. wherein said fluororesin-to-boron nitride weight ratio is in the range of from 1:1 to 1:4; wherein said polyolefin composition comprises a high-density polyethylene ("HDPE") and a low-density polyethylene ("LDPE"); and wherein said fluororesin and boron nitride are present in a combined amount in the range of from 0.01 to 1 weight percent based on the total weight of said polyolefin composition.
A CVD single crystal diamond material wherein the diamond material has the following characteristics, when measured at room temperature: a longest linear internal dimension greater than 7 mm, a birefringence of below 1×10 -5 determined using a light beam with a cross-sectional area greater than 0.01 mm 2 and along an internal path greater than 7 mm and an absorption coefficient below 0.010 cm -1 determined at a wavelength of 1064 nm. a longest linear internal dimension greater than 7 mm, a birefringence of below 1×10 -5 determined using a light beam with a cross-sectional area greater than 0.01 mm 2 and along an internal path greater than 7 mm and an absorption coefficient below 0.010 cm -1 determined at a wavelength of 1064 nm.
An ink composition comprising a compound having a structure represented by the following Formula, a polymerization initiator and water; wherein, in Formula, R 1 represents a hydrogen atom or a methyl group; X 1 represents -NH-; A 1 represents -O- or -NH-; M 1 represents a metal atom; and n represents an integer of from 1 to 10.
Tool for grinding gear teeth in which the maximum tool diameter is limited by collision contours on the workpiece, with a tool mandrel and a dressable grinding tool which is held thereon, characterised in that the abrasive coating of the dressable grinding tool is glued directly onto the tool mandrel. characterised in that the abrasive coating of the dressable grinding tool is glued directly onto the tool mandrel.
A device for detecting an analyte in a sample, comprising: a cartridge having: a microfluidic channel including a capillary inlet having a matrix covering at least a sub-section of the cross-sectional area of the capillary inlet and allowing a flow through of liquid, wherein said matrix is at least partially dissolvable in the sample and comprises a detectable label that reacts with the analyte to form a complex including the label and/or a coagulation inhibitor and/or a stabilizing agent, and a detection region in fluid communication with the capillary inlet; a microfluidic flow path having an at least partially deformable wall and in fluid communication with the detection region of the channel. a microfluidic channel including a capillary inlet having a matrix covering at least a sub-section of the cross-sectional area of the capillary inlet and allowing a flow through of liquid, wherein said matrix is at least partially dissolvable in the sample and comprises a detectable label that reacts with the analyte to form a complex including the label and/or a coagulation inhibitor and/or a stabilizing agent, and a detection region in fluid communication with the capillary inlet; a microfluidic flow path having an at least partially deformable wall and in fluid communication with the detection region of the channel.
A method for wireless communication comprising: receiving, at a data source, a request from one or more base station controllers for information for generating a multi-modal list of transceiver devices with which a mobile device, capable of communicating in at least two different communication modes, can communicate; accessing, at the data source, in response to the request, a database containing transceiver device information relevant to at least two communication modes of operation of the mobile device, the transceiver device information contained in the database including a transceiver identifier and geographic location information for each transceiver for the mobile device; and transmitting, from the data source, the transceiver device information relevant to the at least two communication modes of operation to the one or more base station controllers. receiving, at a data source, a request from one or more base station controllers for information for generating a multi-modal list of transceiver devices with which a mobile device, capable of communicating in at least two different communication modes, can communicate; accessing, at the data source, in response to the request, a database containing transceiver device information relevant to at least two communication modes of operation of the mobile device, the transceiver device information contained in the database including a transceiver identifier and geographic location information for each transceiver for the mobile device; and transmitting, from the data source, the transceiver device information relevant to the at least two communication modes of operation to the one or more base station controllers.
A method for a computing system comprising: receiving, from a first media playback device connected to a first network, a first registration message; in response to receiving the first registration message, assigning a system identifier and a first subsystem identifier to the first media playback device, wherein the system identifier is associated with the computing system, and wherein the first subsystem identifier is associated with the system identifier; receiving, from a second media playback device connected to the first network, a second registration message; in response to receiving the second registration message, assigning the system identifier and the first subsystem identifier to the second media playback device; determining that the second media playback device is disconnected from the first network and connected to a second network; in response to determining that the second media playback device is connected to the second network, assigning a second subsystem identifier to the second media playback device, wherein the second subsystem identifier is associated with the system identifier; transmitting, to the second media playback device, a message comprising the second subsystem identifier; receiving a request directed to devices associated with the second subsystem identifier; and based on the request being directed to devices associated with the second subsystem identifier, causing the second media playback device to process the request. receiving, from a first media playback device connected to a first network, a first registration message; in response to receiving the first registration message, assigning a system identifier and a first subsystem identifier to the first media playback device, wherein the system identifier is associated with the computing system, and wherein the first subsystem identifier is associated with the system identifier; receiving, from a second media playback device connected to the first network, a second registration message; in response to receiving the second registration message, assigning the system identifier and the first subsystem identifier to the second media playback device; determining that the second media playback device is disconnected from the first network and connected to a second network; in response to determining that the second media playback device is connected to the second network, assigning a second subsystem identifier to the second media playback device, wherein the second subsystem identifier is associated with the system identifier; transmitting, to the second media playback device, a message comprising the second subsystem identifier; receiving a request directed to devices associated with the second subsystem identifier; and based on the request being directed to devices associated with the second subsystem identifier, causing the second media playback device to process the request.
Method for treating rattan using a liquid, comprising the following steps: a) preparing a rattan stem with longitudinal vessels and two end faces (A, B) made essentially perpendicular to the vessels, b) establishing a fluidic connection by means of a line between a container (FB, B1, B2) for receiving the liquid and at least one end face (A, B), c) supplying and introducing the liquid into the vessels, a pressure being generated in the line, characterized in that in step a) the rattan stem is entirely submerged in the liquid, in that in step b) one end face (A, B) is connected to a suction device, and in that in step c) a reduced pressure causes the liquid to be sucked through the outer surface of the rattan stem and the other end face (B, A) into the vessels. a) preparing a rattan stem with longitudinal vessels and two end faces (A, B) made essentially perpendicular to the vessels, b) establishing a fluidic connection by means of a line between a container (FB, B1, B2) for receiving the liquid and at least one end face (A, B), c) supplying and introducing the liquid into the vessels, a pressure being generated in the line,
A method for manufacturing a bubble wrap film by means of a film-forming apparatus, the method comprising a step of forming the bubble wrap film by extrusion through a nozzle, a step of flattening the bubble wrap film with a variable bend angle by driving a rotation generating member, a step of measuring a transverse profile of a characteristic additive quantity of the bubble wrap film totaled over two juxtaposed portions of a wall of the flattened bubble wrap film, a step of estimating a discretized polar profile of said characteristic additive quantity of the bubble wrap film on the basis of the transverse profile, and a step of controlling the film-forming apparatus in response to the estimation of the discretized polar profile of the bubble wrap film, wherein, for each measurement point of the transverse profile, in the measurement system: - an angular position ( α i) of the rotation generating member is acquired; - on the basis of this angular position, and for a transverse position ( x i) of the measurement point in question, two polar positions ( α i sup, α i inf) of the periphery of the flattened bubble wrap film which are located at this transverse position are determined; - for each of the two polar positions, two discretized values of angles flanking the polar position in question are determined; characterized in that - on the basis of said discretized values of angles, coefficients of interpolation ( w i sup, w i inf) that link a polar profile of the film to said discretized polar profile of the film are calculated, and in that - on the basis of said coefficients of interpolation, an observation matrix of a main Kalman filter is determined; and - the estimation of the discretized polar profile of the film is updated by applying this main Kalman filter, into which the transverse profile acquired at the measuring step is entered. - an angular position ( α i) of the rotation generating member is acquired; - on the basis of this angular position, and for a transverse position ( x i) of the measurement point in question, two polar positions ( α i sup, α i inf) of the periphery of the flattened bubble wrap film which are located at this transverse position are determined; - for each of the two polar positions, two discretized values of angles flanking the polar position in question are determined; characterized in that - on the basis of said discretized values of angles, coefficients of interpolation ( w i sup, w i inf) that link a polar profile of the film to said discretized polar profile of the film are calculated, and in that - on the basis of said coefficients of interpolation, an observation matrix of a main Kalman filter is determined; and - the estimation of the discretized polar profile of the film is updated by applying this main Kalman filter, into which the transverse profile acquired at the measuring step is entered.
A crystalline 2-amino-2-(hydroxymethyl)propane-1,3-diol salt of 4-(4-(1-isopropyl-7-oxo-1,4,6,7-tetrahydrospiro[indazole-5,4'-piperidine]-1'-carbonyl)-6-methoxypyridin-2-yl)benzoic acid.
Installation (INST) for the automated control of the comfort and/or security conditions in a building, characterised in that it comprises a mobile control unit (U_CMD) and at least one electrical equipment item (11, 12, 13, 14, GTW) adapted for communication according to a first communication protocol, called local protocol, the mobile control unit (U_CMD) comprising: - first communication elements adapted for communication according to the local protocol; - second communication elements adapted for communication according to a second communication protocol, called remote protocol, allowing access to an external network; - elements (IHM, MEM, Rx_COM2, Rx_COM1) for detecting at least one event involving the sending of at least one message to at least one electrical equipment item (11, 12, 13, 14, GTW); - elements (μP, MEM, COM1, COM2, IHM) for automatically selecting the communication elements (COM_TX) to be used for the sending of the at least one message; and - elements (μP, MEM, COM1, COM2) for generating the at least one message according to the event detected and the selected communication elements (COM_TX), said at least one message being configured to be received by said at least one equipment item (11, 12, 13, 14) in accordance with the local protocol, regardless of the communication protocol (P1, P2) used by the control unit (U_CMD). - first communication elements adapted for communication according to the local protocol; - second communication elements adapted for communication according to a second communication protocol, called remote protocol, allowing access to an external network; - elements (IHM, MEM, Rx_COM2, Rx_COM1) for detecting at least one event involving the sending of at least one message to at least one electrical equipment item (11, 12, 13, 14, GTW); - elements (μP, MEM, COM1, COM2, IHM) for automatically selecting the communication elements (COM_TX) to be used for the sending of the at least one message; and - elements (μP, MEM, COM1, COM2) for generating the at least one message according to the event detected and the selected communication elements (COM_TX), said at least one message being configured to be received by said at least one equipment item (11, 12, 13, 14) in accordance with the local protocol, regardless of the communication protocol (P1, P2) used by the control unit (U_CMD).
Outlet heat sink (20-S) of a liquid cooling system for an electronic board, said electronic board including at least one electronic component, said system comprising a cold plate for receiving said heat sink (20-S), said cold plate being sized to at least partially cover said electronic board and comprising a cooling circuit including channels inside which circulates a so-called "cold" heat transfer fluid for supplying said heat sink (20-S), and a discharge circuit including channels inside which circulates a so-called "hot" heat transfer fluid having been heated through the heat sink (20-S), the heat sink (20-S) comprising a cooling block comprising a lower portion constituting the main heat exchange zone and an upper portion intended to be connected to the cold plate, the outlet heat sink (20-S) being characterised in that it comprises: - a so-called "cold" inlet connector which is fluidically connected to the upper portion of said cooling block and which is intended to receive a connecting tube of the cooling circuit so that said cooling block is supplied with the heat transfer fluid from the cold plate, - a so-called "hot" inlet connector which is fluidically connected to the upper portion of said cooling block and which is intended to receive a connecting tube for a flow of heated heat transfer fluid, - a so-called "hot" outlet connector, the upper portion of the cooling block being configured to route the flow of heat transfer fluid entering through the cold inlet connector towards the lower portion of the cooling block so as to collect the heat generated by the electronic board by being routed to the hot outlet connector, and to route the flow of heated heat transfer fluid received at the hot inlet connector directly towards the hot outlet connector. - a so-called "cold" inlet connector which is fluidically connected to the upper portion of said cooling block and which is intended to receive a connecting tube of the cooling circuit so that said cooling block is supplied with the heat transfer fluid from the cold plate, - a so-called "hot" inlet connector which is fluidically connected to the upper portion of said cooling block and which is intended to receive a connecting tube for a flow of heated heat transfer fluid, - a so-called "hot" outlet connector,
An enema nozzle (1, 1', 1", 1′′′) for an enema system, and wherein said enema nozzle (1,1', 1", 1′′′) comprises a catheter provided with a retention member, said retention member is arranged for being placed in a compact form during insertion in a body cavity and for being placed in an expanded form for retaining the enema nozzle (1, 1', 1", 1′′′) in said body cavity after insertion, and wherein the enema nozzle (1, 1', 1", 1′′′) further comprises a restriction unit arranged for placing the retention member in its compact form during insertion, and wherein the restriction unit is arranged for at least partly surrounding/encompassing the retention member during insertion in the body cavity, and characterized in that the enema nozzle comprises a one-way valve arranged for preventing backflow into the enema nozzle.
A composition comprising: hydrogenated graphite (105, 110, 115, 125) comprising a plurality of flakes having at least one flake in 10 having a size in excess of 10 square micrometers, an average thickness of 10 atomic layers or less, and a defect density characteristic of μ-Raman spectra of the hydrogenated graphite collected at 532 nm excitation with a resolution better than 1.8 reciprocal centimeters and an excitation power below 2 mW at the focus of an 100X objective having an average D/G area ratio being between 0.2 and 4, wherein the majority of the defects are reversible hydrogenation of sp3-hybridized carbon sites away from the edges of the flakes, wherein the composition is a composite and at least 5%, for example, at least 10%, of sp3 hybridized carbon sites of the composition are one or more of: a) functionalized with a non-hydrogen chemical group, or b) cross-linked with sp3 hybridized carbon sites of another flakes. at least one flake in 10 having a size in excess of 10 square micrometers, an average thickness of 10 atomic layers or less, and a defect density characteristic of μ-Raman spectra of the hydrogenated graphite collected at 532 nm excitation with a resolution better than 1.8 reciprocal centimeters and an excitation power below 2 mW at the focus of an 100X objective having an average D/G area ratio being between 0.2 and 4, wherein the majority of the defects are reversible hydrogenation of sp3-hybridized carbon sites away from the edges of the flakes, wherein the composition is a composite and at least 5%, for example, at least 10%, of sp3 hybridized carbon sites of the composition are one or more of: a) functionalized with a non-hydrogen chemical group, or b) cross-linked with sp3 hybridized carbon sites of another flakes. a) functionalized with a non-hydrogen chemical group, or b) cross-linked with sp3 hybridized carbon sites of another flakes.
A method for measuring an impurity upon the surface of a substrate comprising the steps of: - dropping a drop of a first solution on said surface to be measured, - moving the drop dropped on said surface so that the drop is kept in contact with said surface and collects an impurity absorbed on said surface, - recovering the drop after the movement, and - analyzing the recovered drop by chemical analysis to determine the type and concentration of the impurity, characterized in that the substrate consists essentially of Ge, and in that the first solution comprises HCl and/or HBr in a concentration of at least 20 % by weight - dropping a drop of a first solution on said surface to be measured, - moving the drop dropped on said surface so that the drop is kept in contact with said surface and collects an impurity absorbed on said surface, - recovering the drop after the movement, and - analyzing the recovered drop by chemical analysis to determine the type and concentration of the impurity,