mhurhangee/ep-ind-claims huggingface dataset:
A section rail which is configured for connection to a wall and to a surface element, comprising a first section portion which is configured for fastening to the wall, which has a substantially L-shaped cross-section and which has a first limb and a second limb; and a second section portion which is configured for a reception of the surface element, which has a substantially U-shaped cross-section and which has a third limb and a fourth limb, with the third and fourth limbs (20, 22) being connected by means of a connection portion, wherein the second limb and the third limb are arranged aligned with one another and are configured for contact with the wall; and wherein the first limb and the connection portion contact one another and/or merge into one another, characterized in that the first section portion and the second section portion are configured as separate parts which are connectable to one another. wherein the second limb and the third limb are arranged aligned with one another and are configured for contact with the wall; and wherein the first limb and the connection portion contact one another and/or merge into one another,
A method for characterizing terahertz radiation comprising using spectral domain interferometry to measure a change in the phase delay between a probe beam and a reference beam introduced by an electro-optic detector crystal due to birefringence induced by a terahertz electric field, characterized in that said method comprises: splitting an input broadband light beam into a pump pulse and a probe pulse; passing the pump pulse through a terahertz crystal to generate a terahertz radiation; focusing the terahertz radiation into a detector crystal by an off-axis mirror; passing the probe pulse through a glass plate to generate a front pulse, reflecting from a front surface of the glass plate, and a back pulse, reflecting from a back surface of the glass plate, separated by an optical delay set by a thickness of the glass plate and longer than a duration of the terahertz radiation; passing the front and back pulses through a hole in the off-axis mirror; overlapping the front pulse in time and space with the THz radiation and the back pulse in space only with the THz radiation in the detector crystal; sending the front and back pulses to a spectrometer; and observing interferences between the front and back pulses. splitting an input broadband light beam into a pump pulse and a probe pulse; passing the pump pulse through a terahertz crystal to generate a terahertz radiation; focusing the terahertz radiation into a detector crystal by an off-axis mirror; passing the probe pulse through a glass plate to generate a front pulse, reflecting from a front surface of the glass plate, and a back pulse, reflecting from a back surface of the glass plate, separated by an optical delay set by a thickness of the glass plate and longer than a duration of the terahertz radiation; passing the front and back pulses through a hole in the off-axis mirror; overlapping the front pulse in time and space with the THz radiation and the back pulse in space only with the THz radiation in the detector crystal; sending the front and back pulses to a spectrometer; and observing interferences between the front and back pulses.
A joint filling profile for forming a joint sealing between floor panels (3, 4) comprising a vertical leg which projects into the joint and a profile body made of a joint sealing compound and placed in a joint enlargement, wherein the vertical leg and the profile body are separated from each other by the interposition of a separating material, wherein a plurality of reinforcements is embedded in the profile body, which reinforcements are arranged one after another in the longitudinal direction of the joint, characterized in that a reinforcement comprises a guiding body and a reinforcing element which is arranged in a relatively displaceable manner with respect to the guiding body, such that no direct connection is formed between the joint sealing compound of the profile body and the reinforcing element.
A method of displaying messages in a vertical list on a display of a handheld device, each message having an associated date, the method comprising: displaying a first date separator item in a topmost field of a viewport on the display, wherein said first date separator item is based upon said associated date of a first message displayed in a second field of the viewport, the second field immediately below the topmost field; displaying a second date separator item in a field (76c-76g) of the viewport below the second field; receiving an upward scroll command; scrolling a second message in the vertical list into the second field and determining whether the second message is associated with said associated date, and if so, maintaining display of the first date separator item in the topmost field on scrolling, and if not, displaying said second date separator item in said topmost field on scrolling, wherein said second date separator item is based upon a date associated with said second message. displaying a first date separator item in a topmost field of a viewport on the display, wherein said first date separator item is based upon said associated date of a first message displayed in a second field of the viewport, the second field immediately below the topmost field; displaying a second date separator item in a field (76c-76g) of the viewport below the second field; receiving an upward scroll command; scrolling a second message in the vertical list into the second field and determining whether the second message is associated with said associated date, and if so, maintaining display of the first date separator item in the topmost field on scrolling, and if not, displaying said second date separator item in said topmost field on scrolling, wherein said second date separator item is based upon a date associated with said second message. if so, maintaining display of the first date separator item in the topmost field on scrolling, and if not, displaying said second date separator item in said topmost field on scrolling, wherein said second date separator item is based upon a date associated with said second message.
Small intestine submucosa seeded with a cell population enriched for muscle derived progenitor cells (MDCs), for use in a method of treating a bone disease, defect or pathology in a human subject in need thereof, wherein the cell population enriched for MDCs is isolated from skeletal muscle by a method comprising: (i) suspending skeletal muscle cells obtained from the human in a first cell culture container for between 30 and 120 minutes to produce a population of adherent cells and a population of non-adherent cells; (ii) decanting media and the population of non-adherent cells from the first cell culture container to a second cell culture container; (iii) allowing the population of decanted, non-adherent cells in the media to attach to the walls of the second cell culture container; (iv) isolating the population of cells from the walls of the second cell culture container, wherein the isolated population of cells is the cell population enriched for MDCs. (i) suspending skeletal muscle cells obtained from the human in a first cell culture container for between 30 and 120 minutes to produce a population of adherent cells and a population of non-adherent cells; (ii) decanting media and the population of non-adherent cells from the first cell culture container to a second cell culture container; (iii) allowing the population of decanted, non-adherent cells in the media to attach to the walls of the second cell culture container; (iv) isolating the population of cells from the walls of the second cell culture container, wherein the isolated population of cells is the cell population enriched for MDCs.
Use of a p-nitro-phenyl/formaldehyde condensed polymer according to Formula wherein n has a value of 1 to 20, and Z stands for H or a binding group, for measuring pH.
A method for performing measurement reporting at a user equipment (1302, 1402, 1502, 1602, 1702, 1802), comprising: receiving (702, 902, 1102), from a master node (1304, 1404, 1504, 1604, 1704, 1804), a message comprising a measurement configuration for a secondary node (1306, 1406, 1506, 1606, 1706, 1808) comprising an RRC release message or a SIB message and wherein the message comprises one or more of a subcarrier spacing of synchronization signal blocks, SSBs to be measured; a bitmap of transmitted SSBs to be measured; an NR frequency band number; or a SSB-RSSI measurement configuration; entering (704, 904, 1104) an inactive state; performing (706, 906, 1106) measurements according to the measurement configuration for the secondary node (1306, 1406, 1506, 1606, 1706, 1808) immediately after entering the inactive state; generating (708, 908, 1108) a measurement report based on the measurements; transmitting (710,910, 1110), to the master node (1304, 1404, 1504, 1604, 1704, 1804), an RRC resume request message; receiving (912, 1112), from the master node (1304, 1404, 1504, 1604, 1704, 1804), an RRC resume message comprising a request for measurement reporting; transmitting (712, 914, 1114), to the master node, an RRC resume complete message comprising the measurement report; and receiving (714, 916, 1116) data from the secondary node. receiving (702, 902, 1102), from a master node (1304, 1404, 1504, 1604, 1704, 1804), a message comprising a measurement configuration for a secondary node (1306, 1406, 1506, 1606, 1706, 1808) comprising an RRC release message or a SIB message and wherein the message comprises one or more of a subcarrier spacing of synchronization signal blocks, SSBs to be measured; a bitmap of transmitted SSBs to be measured; an NR frequency band number; or a SSB-RSSI measurement configuration; entering (704, 904, 1104) an inactive state; performing (706, 906, 1106) measurements according to the measurement configuration for the secondary node (1306, 1406, 1506, 1606, 1706, 1808) immediately after entering the inactive state; generating (708, 908, 1108) a measurement report based on the measurements; transmitting (710,910, 1110), to the master node (1304, 1404, 1504, 1604, 1704, 1804), an RRC resume request message; receiving (912, 1112), from the master node (1304, 1404, 1504, 1604, 1704, 1804), an RRC resume message comprising a request for measurement reporting; transmitting (712, 914, 1114), to the master node, an RRC resume complete message comprising the measurement report; and receiving (714, 916, 1116) data from the secondary node.
Method for switching between a first and a second logical UICCs comprised in a same physical UICC and sharing during their execution time same physical memory location for part of their volatile data, called overlapped volatile date, characterized in that said first and a second logical UICCs share during their execution time same physical memory location for part of their persistent data, called overlapped persistent data, each logical UICC comprising an area for storing overlapped volatile data and an area for storing overlapped persistent data, said physical UICC also comprising an area comprising during logical UICC execution time overlapped volatile and overlapped persistent data, said method consisting in, when a switch order is received to switch from said first logical UICC (UICC#1) to said second logical UICC (UICC#2): i- backup volatile data from OS area of said physical UICC to said area for storing overlapped volatile data of said first logical UICC (UICC#1); ii- backup persistent data from OS area of said physical UICC to said area for storing overlapped persistent data of said first logical UICC (UICC#1); iii- restore volatile data from the area for storing overlapped volatile data from said second logical UICC (UICC#2) to said OS area for storing volatile data of said physical UICC; iv- restore persistent data from the area for storing overlapped persistent data from said second logical UICC (UICC#2) to said OS area for storing persistent data of said physical UICC. i- backup volatile data from OS area of said physical UICC to said area for storing overlapped volatile data of said first logical UICC (UICC#1); ii- backup persistent data from OS area of said physical UICC to said area for storing overlapped persistent data of said first logical UICC (UICC#1); iii- restore volatile data from the area for storing overlapped volatile data from said second logical UICC (UICC#2) to said OS area for storing volatile data of said physical UICC; iv- restore persistent data from the area for storing overlapped persistent data from said second logical UICC (UICC#2) to said OS area for storing persistent data of said physical UICC.
A tie-down device including: a frame including a base and first and second walls extending from the base; a strap; a reeling unit including a reel and an axle for rotationally supporting the reel on the first and second walls for reeling the strap; a driving unit supported on the first wall; and a gearbox for connecting the driving unit to the reeling unit characterized in that the driving unit includes a coil spring connected to the first wall at an end and connected to the axle at another end. a frame including a base and first and second walls extending from the base; a strap; a reeling unit including a reel and an axle for rotationally supporting the reel on the first and second walls for reeling the strap; a driving unit supported on the first wall; and a gearbox for connecting the driving unit to the reeling unit characterized in that the driving unit includes a coil spring connected to the first wall at an end and connected to the axle at another end.
An elastomeric article providing a chemical barrier, the article having a layered structure comprising a sequential laminate of: (a) a latex-based elastomeric polymeric barrier layer; (b) a non-reactive tie adhesive resin layer comprising oxo (-(C=O)-) groups, each comprising a carbon atom double bonded to an oxygen atom; and (c) a polyamide layer comprising polyamide polymer; wherein the layered structure is formed by applying the non-reactive tie adhesive resin layer directly on the latex-based elastomeric polymeric barrier layer, and applying the polyamide layer directly on the non-reactive tie adhesive resin layer; and wherein the layered structure has a first side nearest the latex-based elastomeric polymeric barrier layer and a second side; wherein the layered structure is effective to provide a chemical permeation time in excess of 100 minutes pursuant to EN 16523-1:2015 for benchmark solvents of acetone, ethyl acetate and methanol, when applied to the first side, and in excess of 100 minutes for acetone when applied to the second side; and wherein the latex-based elastomeric polymeric barrier layer is less than 50% by weight polyolefin. (a) a latex-based elastomeric polymeric barrier layer; (b) a non-reactive tie adhesive resin layer comprising oxo (-(C=O)-) groups, each comprising a carbon atom double bonded to an oxygen atom; and (c) a polyamide layer comprising polyamide polymer; wherein the layered structure is formed by applying the non-reactive tie adhesive resin layer directly on the latex-based elastomeric polymeric barrier layer, and applying the polyamide layer directly on the non-reactive tie adhesive resin layer; and wherein the layered structure has a first side nearest the latex-based elastomeric polymeric barrier layer and a second side; wherein the layered structure is effective to provide a chemical permeation time in excess of 100 minutes pursuant to EN 16523-1:2015 for benchmark solvents of acetone, ethyl acetate and methanol, when applied to the first side, and in excess of 100 minutes for acetone when applied to the second side; and wherein the latex-based elastomeric polymeric barrier layer is less than 50% by weight polyolefin.
A respiratory therapy system comprising a respiratory therapy device having at least one therapy administration device, wherein the respiratory therapy device is configured to receive an input usable by the therapy administration device to administer a therapy session, wherein the input comprises a total number of therapy cycles to be performed during the therapy session and a plurality of therapy parameters for each of the therapy cycles that are adjusted in real-time by a user during the therapy session, characterized in that the respiratory therapy device is configured to save the therapy cycles and the therapy parameters of the therapy session as a preset of the respiratory therapy device, wherein the preset is capable of initiating the administration of the therapy session at a future point in time based on the saved therapy cycles and the saved therapy parameters as adjusted by the user during the previous therapy session.
A method of forming an article comprising a bulk amorphous alloy, the method comprising: providing in a mold a parison having a first shape, the parison comprising a material having a glass transition temperature Tg and a crystallization temperature Tx; providing a first fluid at a first temperature that is between Tx and Tg, and providing a second fluid at a second temperature that is below the first temperature; molding the parison into a second shape by contacting the first fluid with at least a portion of the parison; and cooling the parison to form the article having the second shape by replacing as least some of the first fluid with the second fluid. providing in a mold a parison having a first shape, the parison comprising a material having a glass transition temperature Tg and a crystallization temperature Tx; providing a first fluid at a first temperature that is between Tx and Tg, and providing a second fluid at a second temperature that is below the first temperature; molding the parison into a second shape by contacting the first fluid with at least a portion of the parison; and cooling the parison to form the article having the second shape by replacing as least some of the first fluid with the second fluid.
Electron microscopy system for producing an image of an object arrangeable in an object plane, comprising: - an electron source for producing a primary electron beam, - a beam switch for separating a primary electron beam path from a secondary electron beam path, - a beam guiding arrangement for guiding the primary electron beam from the electron source to the beam switch, - an objective lens arranged downstream of the beam switch in the primary electron beam path for guiding the primary electron beam to the object plane and for guiding secondary electrons emerging from a region around the object plane to the beam switch as a secondary electron beam, and - an energy selector, which is provided in the secondary electron beam path and which transmits charged particles of the secondary electron beam, the kinetic energy of which lies in a predetermined energy range, and which substantially does not transmit charged particles, the kinetic energy of which lies outside of the predetermined energy range, wherein the energy selector has a magnetic pole arrangement (29, 30, 31, 32) with a multiplicity of magnetic pole pairs (35, 37) and wherein a magnetic field for deflecting the charged particles transmitted by the energy selector is provided between each magnetic pole pair (35, 37), characterized in that the beam switch comprises at least one magnetic pole pair (35, 37) of the energy selector and in that the angle between the direction of the primary electron beam during the entry thereof into the beam switch and the direction of the primary electron beam during the emergence thereof from the beam switch is smaller than the angle between the direction of the secondary electron beam during the entry thereof into the beam switch and the direction of the secondary electron beam during the emergence thereof from the beam switch and smaller than 80°, and in particular is smaller than 60°. - an electron source for producing a primary electron beam, - a beam switch for separating a primary electron beam path from a secondary electron beam path, - a beam guiding arrangement for guiding the primary electron beam from the electron source to the beam switch, - an objective lens arranged downstream of the beam switch in the primary electron beam path for guiding the primary electron beam to the object plane and for guiding secondary electrons emerging from a region around the object plane to the beam switch as a secondary electron beam, and - an energy selector, which is provided in the secondary electron beam path and which transmits charged particles of the secondary electron beam, the kinetic energy of which lies in a predetermined energy range, and which substantially does not transmit charged particles, the kinetic energy of which lies outside of the predetermined energy range,
Plasma tool for generating a cold plasma beam with a plasma nozzle comprising a hollow body for supplying process gas, a frequency generator and an adjustment circuit for generating the required voltage comprising a coil, a capacitor and if necessary a capacitor, characterized in that the coil and the condenser of the adjustment circuit are integrated into the plasma nozzle.
A printing method comprising steps of: applying an ink containing a solvent, particles of binder resin dispersed or emulsified in the solvent, and a sublimation dye entrained in the particles of binder resin on a recording medium (100,200); and heating the ink applied on the recording medium (100,200) to diffuse the sublimation dye within the particles of the binder resin for color development. applying an ink containing a solvent, particles of binder resin dispersed or emulsified in the solvent, and a sublimation dye entrained in the particles of binder resin on a recording medium (100,200); and heating the ink applied on the recording medium (100,200) to diffuse the sublimation dye within the particles of the binder resin for color development.