mhurhangee/ep-ind-claims huggingface dataset:
Process for obtaining a transparent article free of visible surfacing lines, comprising: - obtaining a substrate made of a transparent material having a refractive index n s, at least one main face of which has been roughed and polished to a value of R a varying from 0.001 to 0.01 μm but which has visible surface defects in the form of thin individual scratches; - depositing directly on the roughed and polished main face of the substrate a polymerizable liquid masking coating composition having a contact angle with the main face of the substrate of at most 30°, and forming by polymerization a masking coating having a refractive index n c such that 0.01 < |n s -n c | ≤ 0.15, preferably 0.05 ≤ |n s -n c | ≤ 0.15, and a thickness of less than 10 micrometers; - polymerizing the masking coating composition; and - recovering the transparent article, of which the roughed and polished main face of the substrate is directly coated by the masking coating, and which is free of visible thin surfacing scratches. - obtaining a substrate made of a transparent material having a refractive index n s, at least one main face of which has been roughed and polished to a value of R a varying from 0.001 to 0.01 μm but which has visible surface defects in the form of thin individual scratches; - depositing directly on the roughed and polished main face of the substrate a polymerizable liquid masking coating composition having a contact angle with the main face of the substrate of at most 30°, and forming by polymerization a masking coating having a refractive index n c such that 0.01 < |n s -n c | ≤ 0.15, preferably 0.05 ≤ |n s -n c | ≤ 0.15, and a thickness of less than 10 micrometers; - polymerizing the masking coating composition; and - recovering the transparent article, of which the roughed and polished main face of the substrate is directly coated by the masking coating, and which is free of visible thin surfacing scratches.
A device for analysing a solid sample material by means of laser ablation of particles of the solid sample material in a carrier liquid, comprising: - a sample holder for positioning the solid sample material covered with the carrier liquid; - a laser device for irradiating the solid sample material with a laser beam in a manner such that a suspension of particles of the solid sample material and of the carrier liquid can be produced, - an analytical device for analysing the particles of the solid sample material, - an ablation cell having the sample holder for the solid sample material, having a liquid channel for the carrier liquid and having an entry window produced from a material that is transparent to the laser beam of the laser device, - a supply line to supply the carrier liquid to the liquid channel of the ablation cell, and - a discharge line to discharge the suspension of particles of the solid sample material and of the carrier liquid from the liquid channel of the ablation cell to the analytical device characterized by - a dosing device for introducing a defined volume of a standard liquid into the supply line to obtain a calibration signal. - a sample holder for positioning the solid sample material covered with the carrier liquid; - a laser device for irradiating the solid sample material with a laser beam in a manner such that a suspension of particles of the solid sample material and of the carrier liquid can be produced, - an analytical device for analysing the particles of the solid sample material, - an ablation cell having the sample holder for the solid sample material, having a liquid channel for the carrier liquid and having an entry window produced from a material that is transparent to the laser beam of the laser device, - a supply line to supply the carrier liquid to the liquid channel of the ablation cell, and - a discharge line to discharge the suspension of particles of the solid sample material and of the carrier liquid from the liquid channel of the ablation cell to the analytical device characterized by - a dosing device for introducing a defined volume of a standard liquid into the supply line to obtain a calibration signal.
Plug-in pump, in particular of a fuel injection system, having a pump element assembly with a pump cylinder head and with an integrally formed pump cylinder which has a cylinder bore, wherein, in the cylinder bore, a pump piston which interacts with a pump spring is movable in translational fashion, wherein a pump piston foot of the pump piston interacts with a tappet, and wherein the tappet is connected by means of a connecting element to the pump element assembly, wherein the connecting element is formed in one piece with the tappet, characterized in that the connecting element has at least two holding studs which engage behind a spring washer and/or a ring-shaped web arranged on the pump cylinder head.
Screen for the shielding of accidents, comprising a supporting structure having one or more supporting elements, which comprise vertical supporting posts, are covered or planked with a panel of an opaque material, and are retained in pedestals, characterized in that each pedestal comprises an elongated plate, which is equipped at least partially with a friction-enhancing coating at its bottom side and is designed in such a way that it can be safely run over by a car tire, and comprises four sleeves projecting upwards along vertical axes, each for the insertion of a vertical supporting post of the frame-like supporting element, wherein the four sleeves projecting upwards are arranged on the corners of a quadrangle, wherein a diagonal of the quadrangle extends in the longitudinal direction of the elongated plate, while the other diagonal is arranged transversely to it.
An ink cartridge chip, detachably mounted on an ink cartridge and comprising a circuit board, wherein the circuit board is provided with at least three connecting terminals in contact connection with apparatus-side terminals (810, 820, 830, 840, 850, 860, 870, 880, 890) of a recording device body, the at least three connecting terminals comprise at least one first connecting terminal (720, 730, 760, 770, 780) connected with a storage element provided on the circuit board, at least one second connecting terminal (750, 790) applied with a high drive voltage and at least one installation detecting connecting terminal (710, 740) for detecting the ink cartridge mounting condition by the recording device, characterized in that, the ink cartridge chip further comprises: at least one detecting terminal provided on the circuit board, arranged between the at least one second connecting terminal (750, 790) and the at least one installation detecting connecting terminal (710, 740), is configured to detect whether short circuit occurs between the at least one detecting terminal and the at least one installation detecting connecting terminal (710, 740) or the at least one second connecting terminal (750, 790), wherein the at least one detecting terminal is not in physical contact connection with the apparatus-side terminals (810, 820, 830, 840, 850, 860, 870, 880, 890) of the recording device body.
Hot stamping device having a stamping device for transferring a transfer layer, which is arranged on a carrier layer of a hot stamping film, to a substrate, comprising a heatable stamping roller and a counter-pressure roller, between which a stamping gap is formed, in which a stamped substrate is formed, as well as a detachment device arranged downstream for the detachment of the carrier layer from the stamped substrate, characterised in that the detachment device has a detachment element which is formed as a bar-shaped hollow body, on which a feed for a pressurised gas is arranged, and at least one longitudinal edge of the detachment element is formed as a perforated detachment edge having outflow openings for the pressurised gas to form a gas cushion between the carrier layer and the detachment edge, wherein the carrier layer is detached from the substrate in the detachment device.
A modified immunocyte, (a) expressing: an exogenous invariant T-cell receptor α chain; and an exogenous T-cell receptor β chain forming a dimer with the T-cell receptor α chain, on a surface of the modified immunocyte; or (b) comprising: a polynucleotide encoding an exogenous invariant T-cell receptor α chain; and a polynucleotide encoding an exogenous T-cell receptor β chain forming a dimer with the T-cell receptor α chain; wherein a CD3 positive T cell is used as a material for preparing the modified immunocyte and wherein the CD3 positive T cell is a γδ T cell; wherein (i) the exogenous invariant T-cell receptor α chain is human Vα24 and the exogenous T-cell receptor β chain is human Vβ11; or (ii) the exogenous invariant T-cell receptor α chain is mouse Vα14 and the exogenous T-cell receptor β chain is mouse Vβ8.2, Vβ7 or Vβ2; and wherein a T-cell receptor γ chain and a T-cell receptor δ chain are further expressed on a surface of the modified immunocyte. (a) expressing: an exogenous invariant T-cell receptor α chain; and an exogenous T-cell receptor β chain forming a dimer with the T-cell receptor α chain, on a surface of the modified immunocyte; or an exogenous invariant T-cell receptor α chain; and an exogenous T-cell receptor β chain forming a dimer with the T-cell receptor α chain, on a surface of the modified immunocyte; or (b) comprising: a polynucleotide encoding an exogenous invariant T-cell receptor α chain; and a polynucleotide encoding an exogenous T-cell receptor β chain forming a dimer with the T-cell receptor α chain; wherein a CD3 positive T cell is used as a material for preparing the modified immunocyte and wherein the CD3 positive T cell is a γδ T cell; wherein (i) the exogenous invariant T-cell receptor α chain is human Vα24 and the exogenous T-cell receptor β chain is human Vβ11; or (ii) the exogenous invariant T-cell receptor α chain is mouse Vα14 and the exogenous T-cell receptor β chain is mouse Vβ8.2, Vβ7 or Vβ2; and wherein a T-cell receptor γ chain and a T-cell receptor δ chain are further expressed on a surface of the modified immunocyte. a polynucleotide encoding an exogenous invariant T-cell receptor α chain; and a polynucleotide encoding an exogenous T-cell receptor β chain forming a dimer with the T-cell receptor α chain; wherein a CD3 positive T cell is used as a material for preparing the modified immunocyte and wherein the CD3 positive T cell is a γδ T cell; wherein (i) the exogenous invariant T-cell receptor α chain is human Vα24 and the exogenous T-cell receptor β chain is human Vβ11; or (ii) the exogenous invariant T-cell receptor α chain is mouse Vα14 and the exogenous T-cell receptor β chain is mouse Vβ8.2, Vβ7 or Vβ2; and wherein a T-cell receptor γ chain and a T-cell receptor δ chain are further expressed on a surface of the modified immunocyte.
An inhaler for delivering medication to a user, the inhaler comprising: a body comprising a mouthpiece, a mouthpiece cover, a lever, and a flexible strip of medication; and an electronics module comprising a power supply, a wireless communication circuit, and a switch; characterized in that the lever is configured to actuate the switch and advance a dose of medication on the flexible strip when the lever is moved from a first position to a second position in a lever actuation event, wherein actuation of the switch causes the electronics module to transition from an off state or a sleep state to an active state; and wherein the electronics module is further configured to timestamp the lever actuation event and transmit the lever actuation event to an external device using the wireless communication circuit. a body comprising a mouthpiece, a mouthpiece cover, a lever, and a flexible strip of medication; and an electronics module comprising a power supply, a wireless communication circuit, and a switch; characterized in that the lever is configured to actuate the switch and advance a dose of medication on the flexible strip when the lever is moved from a first position to a second position in a lever actuation event, wherein actuation of the switch causes the electronics module to transition from an off state or a sleep state to an active state; and wherein the electronics module is further configured to timestamp the lever actuation event and transmit the lever actuation event to an external device using the wireless communication circuit.
A drive control device for a hybrid vehicle provided with: a differential device (14, 16; 14, 16') which includes a first differential mechanism and a second differential mechanism (16; 16') and which has four rotary elements (C1, C2/S1/S2/R1, R2; C1, R2'/S1/S2'/R1, C2'); and an engine, a first electric motor, a second electric motor and an output rotary member which are respectively connected to said four rotary elements, and wherein one (C1, C2; C1, R2') of said four rotary elements is constituted by a rotary component (C1; C1) of said first differential mechanism and a rotary component (C2; R2') of said second differential mechanism which are selectively connected to each other through a clutch, and one (C2; R2') of the rotary components of said first and second differential mechanisms which are selectively connected to each other through said clutch is selectively fixed to a stationary member through a brake, said drive control device comprising: a clutch engagement control portion, characterized in that said clutch engagement control portion is configured to place said clutch in an engaged state when a warm-up operation of the hybrid vehicle is required. a clutch engagement control portion, characterized in that said clutch engagement control portion is configured to place said clutch in an engaged state when a warm-up operation of the hybrid vehicle is required.
A method of storing a file to prevent unauthorized reconstruction of the file, the method comprising: generating an index of the file; partitioning the file into a plurality of chunks after the index of the file has been generated, storing the plurality of chunks with a plurality of storage providers, wherein the index of the file includes an assigned routing path for each of the plurality of chunks, the assigned routing paths being assigned such that, to restore the file, chunks must be retrieved from at least two of the plurality of storage providers to reassemble the plurality of chunks; and the storing comprises routing each chunk into one of the assigned storage providers through the assigned routing path. generating an index of the file; partitioning the file into a plurality of chunks after the index of the file has been generated, storing the plurality of chunks with a plurality of storage providers, wherein the index of the file includes an assigned routing path for each of the plurality of chunks, the assigned routing paths being assigned such that, to restore the file, chunks must be retrieved from at least two of the plurality of storage providers to reassemble the plurality of chunks; and the storing comprises routing each chunk into one of the assigned storage providers through the assigned routing path.
A method of characterizing a melanocyte-containing sample, comprising: determining an expression level for (i) biomarkers MAGEA2, PRAME, PDIA4, NR4A1, PDLIM7, B4GALT1, SAT1, RUNX1, and SOCS3, and (ii) at least one normalization biomarker(s), in a melanocyte-containing sample obtained from a subject, thereby generating raw expression values for each of the biomarkers and the at least one normalization biomarker(s); normalizing the raw expression values for each of the biomarkers to the raw expression values for the at least one normalization biomarker(s) to generate normalized expression values for each of the biomarkers; using the normalized expression values in a regression or machine learning algorithm to generate an output value; comparing the output value to a cut-off value, wherein the cut-off value was derived from normalized expression values for the biomarkers in a plurality of melanocyte-containing samples known in advance to be benign or malignant; and characterizing the sample as benign if the output value is on the same side of the cut-off value as the plurality of known benign samples or characterizing the sample as malignant if the output value is on the same side of the cut-off value as the plurality of known malignant samples. determining an expression level for (i) biomarkers MAGEA2, PRAME, PDIA4, NR4A1, PDLIM7, B4GALT1, SAT1, RUNX1, and SOCS3, and (ii) at least one normalization biomarker(s), in a melanocyte-containing sample obtained from a subject, thereby generating raw expression values for each of the biomarkers and the at least one normalization biomarker(s); (i) biomarkers MAGEA2, PRAME, PDIA4, NR4A1, PDLIM7, B4GALT1, SAT1, RUNX1, and SOCS3, and (ii) at least one normalization biomarker(s), in a melanocyte-containing sample obtained from a subject, thereby generating raw expression values for each of the biomarkers and the at least one normalization biomarker(s); normalizing the raw expression values for each of the biomarkers to the raw expression values for the at least one normalization biomarker(s) to generate normalized expression values for each of the biomarkers; using the normalized expression values in a regression or machine learning algorithm to generate an output value; comparing the output value to a cut-off value, wherein the cut-off value was derived from normalized expression values for the biomarkers in a plurality of melanocyte-containing samples known in advance to be benign or malignant; and characterizing the sample as benign if the output value is on the same side of the cut-off value as the plurality of known benign samples or characterizing the sample as malignant if the output value is on the same side of the cut-off value as the plurality of known malignant samples.
A lid of a container, in particular a beverage can, comprising a substantially flat lid surface and a preferably folded edge area, with at least one re-closeable pouring opening being provided on the lid surface, and a substantially integral closure means provided on the bottom side of the lid surface, which closure means is associated with the pouring opening and is attached entirely to the bottom side of the lid surface in a twist-proof manner, and an actuating means which is in connection with the closure means, penetrates the lid surface and is arranged accessibly from the outside on the upper side of the lid surface, with the closure means being movable from a closed position to an open position through actuation of the actuating means, and with the actuating means comprising a support element (12, 12', 14, 15) which cooperates with the lid surface when the closure means is in the open position, with the closure means being movable to the open position from the closed position substantially perpendicularly to the lid surface and the actuating means covering the pouring opening in the closed position, wherein the actuating means is twistable substantially in one plane parallel to the lid surface; characterized in that the closure means comprises a fastening part which is in connection with the lid surface in a non-detachable manner, and a closure area which seals the pouring opening in a liquid-tight manner, with a joint being provided between the fastening part and the closure area, about which the closure area of the closure means can be swiveled against a restoring force into the inside of the can, and the joint is arranged as an area with increased flexibility disposed between the fastening part and the closure area.
A method for increasing the hydrophilicity of a surface of an intracorporeal implant made of a conductive material, comprising the following steps: a) subjecting the surface of the implant to a pre-treatment for removing the oxide layer, wherein the implant is made of Ti-6Al-4V-ELI and wherein the surface of the implant is subjected to a constant potential of -3 V for 30 seconds; b) coating said pre-treated implant surface with a polymer layer by means of electropolymerization, in particular by means of a potential applied between a working electrode in an electrolytic cell and a counter electrode, wherein the substrate to be coated is coupled to the electrolytic cell as the working electrode a) subjecting the surface of the implant to a pre-treatment for removing the oxide layer, wherein the implant is made of Ti-6Al-4V-ELI and wherein the surface of the implant is subjected to a constant potential of -3 V for 30 seconds; b) coating said pre-treated implant surface with a polymer layer by means of electropolymerization, in particular by means of a potential applied between a working electrode in an electrolytic cell and a counter electrode, wherein the substrate to be coated is coupled to the electrolytic cell as the working electrode
An apparatus configured to execute an email communication import protocol in a selected group-based communication interface, the apparatus comprising at least a processor, and a memory associated with the processor having computer coded instructions therein, with the computer coded instructions configured to, when executed by the processor, cause the apparatus to: receive an email communication corpus, the email communication corpus comprising one or more external email communication account identifiers, each of the one or more email external communication account identifiers being associated with respective email communication accounts external to the group-based communication interface; parse the email communication corpus to identify the one or more external email communication account identifiers; generate for display, within the group-based communication interface, an actuator to create a group-based communication interface invitation; generate and transmit the group-based communication interface invitation to the email communication accounts associated with the at least one of the one or more external email communication account identifiers based at least in part on the actuator, wherein the group-based communication interface invitation comprises a user engageable link to access the group-based communication interface; and in response to receiving a user actuation of the user engageable link from within an external email interface, add a user corresponding to an external email communication account identifier of the one or more external email communication account identifiers to a group-based communication channel of the group-based communication interface. receive an email communication corpus, the email communication corpus comprising one or more external email communication account identifiers, each of the one or more email external communication account identifiers being associated with respective email communication accounts external to the group-based communication interface; parse the email communication corpus to identify the one or more external email communication account identifiers; generate for display, within the group-based communication interface, an actuator to create a group-based communication interface invitation; generate and transmit the group-based communication interface invitation to the email communication accounts associated with the at least one of the one or more external email communication account identifiers based at least in part on the actuator, wherein the group-based communication interface invitation comprises a user engageable link to access the group-based communication interface; and in response to receiving a user actuation of the user engageable link from within an external email interface, add a user corresponding to an external email communication account identifier of the one or more external email communication account identifiers to a group-based communication channel of the group-based communication interface.