mhurhangee/ep-ind-claims huggingface dataset:
A window joint (36,54,200,220,240,300,400) for lateral wellbore construction, the window joint (36,54,200,220,240,300,400) comprising: a tubular member (202,222,242,302,402) operable to be interconnected within a tubular string; a preformed window (56,58,204,224,244,304,404)formed in the tubular member (202,222,242,302,402), the window joint being characterized in that the preformed window (56,58,204,224,244,304,404) comprises at least one score line (58,206,226,228,246,248,250,252,306,308,406,408) formed on an interior surface of the tubular member (202,222,242,302,402), that creates a preferentially weaken region within the tubular member (202,222,242,302,402), enabling internal removal of the window (56,58,204,224,244,304,404) in a predictable manner, the at least one score line (58,206,226,228,246,248,250,252,306,308,406,408) having at least one circumferential portion and at least one longitudinal portion; and a circumferential tab disposed on the preformed window (56,58,204,224,244,304,404) proximate the circumferential portion of the at least one score line (58,206,226,228,246,248,250,252,306,308,406,408) formed on the interior surface of the tubular member, the circumferential tab extending radially inwardly from an interior surface of the tubular member (202,222,242,302,402). a tubular member (202,222,242,302,402) operable to be interconnected within a tubular string; a preformed window (56,58,204,224,244,304,404)formed in the tubular member (202,222,242,302,402), the window joint being characterized in that the preformed window (56,58,204,224,244,304,404) comprises at least one score line (58,206,226,228,246,248,250,252,306,308,406,408) formed on an interior surface of the tubular member (202,222,242,302,402), that creates a preferentially weaken region within the tubular member (202,222,242,302,402), enabling internal removal of the window (56,58,204,224,244,304,404) in a predictable manner, the at least one score line (58,206,226,228,246,248,250,252,306,308,406,408) having at least one circumferential portion and at least one longitudinal portion; and a circumferential tab disposed on the preformed window (56,58,204,224,244,304,404) proximate the circumferential portion of the at least one score line (58,206,226,228,246,248,250,252,306,308,406,408) formed on the interior surface of the tubular member, the circumferential tab extending radially inwardly from an interior surface of the tubular member (202,222,242,302,402).
A cold-formed metal bearing roller made from sheared end cylindrical blank having a continuous annular main surface corresponding to a rolling surface concentric about a central axis of rotation and disposed between a pair of end faces generally perpendicular to said central axis, the end faces generally representing the ends of the roller, an annular radiused corner surface at each end of the roller extending smoothly from the main surface, the radiused corner at each end of the roller forming a transition area between the main surface and a respective end face, characterized in that the material forming each of said radiused corner surfaces and the material immediately adjacent said main surface have a grain pattern that is substantially parallel in an axial plane to said radiused corner surfaces and said main surface.
Cooking appliance, wherein said cooking appliance comprises internal pot, steamer that is housed within internal pot, and supporting structure that is connected with steamer; said supporting structure is supported on the bottom wall of said internal pot, said steamer and said internal pot are engaged in a sealed engagement, the external wall of said steamer and the internal wall of said internal pot forms a separating cavity, said steamer is provided with a water permeable area, and said supporting structure has an overflow channel that connects said separating cavity and said water permeable area, wherein said supporting structure comprises a supporting cylinder, and an overflow outlet is provided on the wall of said supporting cylinder; said overflow outlet, together with the internal cavity of said supporting cylinder, forms said overflow channel; wherein said cooking appliance further comprises sealing ring, and said sealing ring is disposed between the circumferential outer wall of said steamer and the circumferential inner wall of said internal pot; wherein the water within said separating cavity can enter said steamer through said overflow channel and said water permeable area under the pressure generated within said separating cavity.
Method for producing a fibre arrangement comprising several layers for further processing into a fibre-reinforced plastic component with the following steps, which are executed in an automated manner: - provision of a plurality of cut blanks (10, 20, 30, 40) formed from fibre-reinforced thermoplastic semi-finished product already supplied with a thermoplastic matrix plastic material; - placing and stacking of the cut blanks (10, 20, 30, 40) on a tray, for which purpose a gripping device repeatedly picks up at least one cut blank, transports it to the tray and deposits it there in a position defined for the particular cut blank and also with a defined fibre direction; and - thermal tacking of the particular cut blank to be deposited, to which end this is molten in places, namely on at least one point of adhesion, with the help of the gripping device and, when deposited onto the previously deposited cut blanks (10, 40), is pressed on, whereby the cut blanks are warmed on at least one tacking point already during transport to the tray with the help of a heating device configured on the gripping device, which is heated only during transport of a cut blank, and thereby the thermoplastic is molten locally, so that the warming and transporting take place in one working step. - provision of a plurality of cut blanks (10, 20, 30, 40) formed from fibre-reinforced thermoplastic semi-finished product already supplied with a thermoplastic matrix plastic material; - placing and stacking of the cut blanks (10, 20, 30, 40) on a tray, for which purpose a gripping device repeatedly picks up at least one cut blank, transports it to the tray and deposits it there in a position defined for the particular cut blank and also with a defined fibre direction; and - thermal tacking of the particular cut blank to be deposited, to which end this is molten in places, namely on at least one point of adhesion, with the help of the gripping device and, when deposited onto the previously deposited cut blanks (10, 40), is pressed on,
A method of forming a weld clad layer having a substantially equiaxed grain microstructure, where at least 70% of the area of the weld clad layer is comprised of grains having an aspect ratio or 6 to 1 or less, wherein the aspect ratio is a ratio of grain length to grain width, the method comprising: forming a repair area in a substrate to remove a damaged portion of the substrate, the substrate comprising at least one of titanium or titanium alloy; characterized by depositing a first layer of laser deposition spots in the repair area, the first layer of laser deposition spots comprising a first laser deposition spot and a second laser deposition spot adjacent to the first laser deposition spot, wherein a size of the first laser deposition spot is selected such that the first laser deposition spot will solidify prior to deposition of the second laser deposition spot, and wherein the first laser deposition spot and the second laser deposition spot comprise at least one of titanium or titanium alloy, wherein each laser deposition spot of the first layer of laser deposition spots is formed having a height between 0.127 mm and 1.016 mm and a diameter between 0.508 mm and 4.064 mm; and depositing a second layer of laser deposition spots over the first layer of laser deposition spots; wherein a laser energy used to form each laser deposition spot is between 100 watt and 500 watt and is applied for between 0.1 seconds and 0.75 seconds. forming a repair area in a substrate to remove a damaged portion of the substrate, the substrate comprising at least one of titanium or titanium alloy; characterized by depositing a first layer of laser deposition spots in the repair area, the first layer of laser deposition spots comprising a first laser deposition spot and a second laser deposition spot adjacent to the first laser deposition spot, wherein a size of the first laser deposition spot is selected such that the first laser deposition spot will solidify prior to deposition of the second laser deposition spot, and wherein the first laser deposition spot and the second laser deposition spot comprise at least one of titanium or titanium alloy, wherein each laser deposition spot of the first layer of laser deposition spots is formed having a height between 0.127 mm and 1.016 mm and a diameter between 0.508 mm and 4.064 mm; and depositing a second layer of laser deposition spots over the first layer of laser deposition spots; wherein a laser energy used to form each laser deposition spot is between 100 watt and 500 watt and is applied for between 0.1 seconds and 0.75 seconds.
A method for analyzing a sample, comprising the steps of: applying a separation method to heparin in the sample to produce a modified polysaccharide having a signature component; quantitatively assessing the signature component in the sample; and comparing the heparin in the sample to a reference database of polysaccharides of identical size as the heparin, wherein the polysaccharides of the reference database have also been subjected to the same separation method as the heparin in the sample, to thereby analyze the sample; wherein the signature component is: (a) a tetrasaccharide of the AT-III binding domain of heparin; (b) a tetrasaccharide of the FGF binding domain of heparin; (c) ΔUH NAc,6S GH NS,3S,6S; (d) ΔUH NS,6S GH NS,3S,6S; (e) ΔUH NAc,6S GH NS,3S; or (f) ΔUH NS,6S GH NS,3S. applying a separation method to heparin in the sample to produce a modified polysaccharide having a signature component; quantitatively assessing the signature component in the sample; and comparing the heparin in the sample to a reference database of polysaccharides of identical size as the heparin, wherein the polysaccharides of the reference database have also been subjected to the same separation method as the heparin in the sample, to thereby analyze the sample; wherein the signature component is: (a) a tetrasaccharide of the AT-III binding domain of heparin; (b) a tetrasaccharide of the FGF binding domain of heparin; (c) ΔUH NAc,6S GH NS,3S,6S; (d) ΔUH NS,6S GH NS,3S,6S; (e) ΔUH NAc,6S GH NS,3S; or (f) ΔUH NS,6S GH NS,3S. (a) a tetrasaccharide of the AT-III binding domain of heparin; (b) a tetrasaccharide of the FGF binding domain of heparin; (c) ΔUH NAc,6S GH NS,3S,6S; (d) ΔUH NS,6S GH NS,3S,6S; (e) ΔUH NAc,6S GH NS,3S; or (f) ΔUH NS,6S GH NS,3S.
A cleaning composition comprising a carrier fluid comprising in the carrier fluid polymer comprising particulate super absorbent polymer (PSAP) which is surface crosslinked, or more generally crosslinked at a density that prevents particle coalescence in the working cleaning composition and minute fibrils comprising thicker fibrils, from which branch thinner fibrils, the thicker fibrils having a diameter from about 250 to about 20,000 nm, wherein the cleaning composition is substantially at the percolation volume fraction or higher which is at a solids fraction of about 55% or higher; wherein the cleaning composition can be passed over a surface driven by a pressure drop effective to render the composition traditional biofilm cleaning effective and protein cleaning effective. wherein the cleaning composition is substantially at the percolation volume fraction or higher which is at a solids fraction of about 55% or higher; wherein the cleaning composition can be passed over a surface driven by a pressure drop effective to render the composition traditional biofilm cleaning effective and protein cleaning effective.
Method for the maintenance of a cable car, said method comprising the following steps: - conveying a maintenance technician by a maintenance cage to a maintenance location, said maintenance cage being fastened so as to be suspended from a cable of the cable car, wherein said maintenance cage comprises a working platform; and - carrying out the maintenance work at the maintenance location by the maintenance technician located on the working platform, wherein the cable car at the maintenance location has a sheave assembly, Characterized in that the maintenance work comprises the following steps: - securing the load of the sheave assembly on a support structure of the sheave assembly such that an axle on which the sheave assembly is mounted is substantially free of any load so that the axle can be moved, cleaned and/or checked without transporting away the sheave assembly. - conveying a maintenance technician by a maintenance cage to a maintenance location, said maintenance cage being fastened so as to be suspended from a cable of the cable car, wherein said maintenance cage comprises a working platform; and - carrying out the maintenance work at the maintenance location by the maintenance technician located on the working platform, wherein the cable car at the maintenance location has a sheave assembly, - securing the load of the sheave assembly on a support structure of the sheave assembly such that an axle on which the sheave assembly is mounted is substantially free of any load so that the axle can be moved, cleaned and/or checked without transporting away the sheave assembly.
A method performed by a user equipment, UE, in a wireless communication system, the method comprising: detecting that data is available for a bi-directional transmission, wherein the bi-directional transmission is performed via a bi-directional channel used as either uplink, UL, channel or sidelink, SL, channel; and transmitting the buffer status report for the bi-directional transmission to a network, wherein the buffer status report for the bi-directional transmission is transmitted via a buffer status report, BSR, media access control, MAC, control element, CE, specific to the bi-directional transmission. detecting that data is available for a bi-directional transmission, wherein the bi-directional transmission is performed via a bi-directional channel used as either uplink, UL, channel or sidelink, SL, channel; and transmitting the buffer status report for the bi-directional transmission to a network, wherein the buffer status report for the bi-directional transmission is transmitted via a buffer status report, BSR, media access control, MAC, control element, CE, specific to the bi-directional transmission.
A joint system for attaching a panel to a skin, whereby the system comprises said panel and said skin, the system further comprising: a first member having a first leg portion, a first inner base portion, and a first outer base portion, the first outer base portion and the first inner base portion being coupled to the skin along a first bonding surface; and a second member having a second leg portion, a second inner base portion, and a second outer base portion, wherein the panel is coupled to the first leg portion and the second leg portion, characterized in that the second outer base portion and the second inner base portion are coupled to and in contact only with the first inner base portion of the first member, the first inner base portion of the first member being located between the second member and the skin; wherein the first inner base portion and the second member are capable of being coupled together while the first bonding surface is in contact with the skin. a first member having a first leg portion, a first inner base portion, and a first outer base portion, the first outer base portion and the first inner base portion being coupled to the skin along a first bonding surface; and a second member having a second leg portion, a second inner base portion, and a second outer base portion, wherein the panel is coupled to the first leg portion and the second leg portion, characterized in that the second outer base portion and the second inner base portion are coupled to and in contact only with the first inner base portion of the first member, the first inner base portion of the first member being located between the second member and the skin; wherein the first inner base portion and the second member are capable of being coupled together while the first bonding surface is in contact with the skin.
Household appliance system (1, 2) with at least one hob and a monitoring device arranged above the hob to be monitored, wherein - the monitoring device has a first infrared sensor for the infrared measurement of the hob in a first spectral range and at least one second infrared sensor for the infrared measurement of the hob in a second spectral range and wherein - the spectral ranges (S1, S2) are different, characterised in that - the first infrared sensor and the second infrared sensor are set up in each case for the spatially resolved infrared measurement of the hob and that - the infrared sensors (4, 5) have an at least essentially congruent field of view and an at least essentially congruent spatial resolution pattern (R1, R2). - the monitoring device has a first infrared sensor for the infrared measurement of the hob in a first spectral range and at least one second infrared sensor for the infrared measurement of the hob in a second spectral range and wherein - the spectral ranges (S1, S2) are different, - the first infrared sensor and the second infrared sensor are set up in each case for the spatially resolved infrared measurement of the hob and that - the infrared sensors (4, 5) have an at least essentially congruent field of view and an at least essentially congruent spatial resolution pattern (R1, R2).
Method for an automated compensation of failed printing nozzles in an ink jet printing machine by means of a control computer comprising the following steps of • calculating, by means of the computer, all reduced colour profiles resulting from the process colours in use with a respective process colour missing • detecting, by means of the computer, a nozzle failure of a printing nozzle printing one of the process colours while a print job is being carried out • determining, by means of the computer, the target colour locations at the places on the printed substrate that are printed by the failed printing nozzle • determining, by means of the computer, the replacement colour locations that have a minimum colour distance from the target colour locations at the places on the printed substrate that are printed by the failed printing nozzle • selecting a suitable reduced colour profile as a function of the missing process colour of the detected failed printing nozzle • continuing the print job by means of the newly determined composition of the remaining process colours at the places on the printing substrate that are printed by the failed printing nozzle • calculating, by means of the computer, all reduced colour profiles resulting from the process colours in use with a respective process colour missing • detecting, by means of the computer, a nozzle failure of a printing nozzle printing one of the process colours while a print job is being carried out • determining, by means of the computer, the target colour locations at the places on the printed substrate that are printed by the failed printing nozzle • determining, by means of the computer, the replacement colour locations that have a minimum colour distance from the target colour locations at the places on the printed substrate that are printed by the failed printing nozzle • selecting a suitable reduced colour profile as a function of the missing process colour of the detected failed printing nozzle • continuing the print job by means of the newly determined composition of the remaining process colours at the places on the printing substrate that are printed by the failed printing nozzle
A vehicle occupant restraint system comprising an airbag module, wherein the airbag module is arranged on the roof beneath a roof liner and wherein the airbag module includes an inflator and a frontally acting airbag, wherein the airbag includes an inflator-side inflation end as well as a first free end delimiting a restraint part of the airbag which comprises a major part of the inflatable volume of the airbag, wherein the first free end in the inflated state of the airbag is located in a vehicle interior and wherein in a first period during deployment of the airbag the first free end is still connected to the airbag module via a tether in the area of the inflation end and upon reaching a predetermined tensile force the tether becomes detached and releases the first free end, wherein during deployment of the airbag the tether is located on the side directed toward the vehicle occupant.
An implantable medical electrical lead that includes: an elongated lead body having a proximal end and a distal portion; a connector at the proximal end of the lead body configured to couple to an ICD; and one or more electrodes (24, 28, 30) along the distal portion of the elongated lead body, wherein the distal portion of the elongated lead body of the lead is configured to be implanted along a posterior side of the sternum of a patient substantially within an anterior mediastinum and the one or more electrodes are configured to be used to deliver electrical stimulation to a heart of the patient. an elongated lead body having a proximal end and a distal portion; a connector at the proximal end of the lead body configured to couple to an ICD; and one or more electrodes (24, 28, 30) along the distal portion of the elongated lead body,
A method of reducing spotting on dishware during automatic dishwashing, the method comprising the step of subjecting the dishware to a wash liquor comprising at least 700 ppm of an aminocarboxylated complexing agent and wherein the liquor is free of phosphate and free of dispersant polymer.
A speaker device, comprising: a speaker (120, 320); a touch display (110, 310) which is disposed at a central part of a vibration plate included in the speaker (120, 320), displays a user interface for receiving an input of a user operation, and receives an input of a user's touch; and a processor (130, 360) configured to control the speaker device according to a user operation input through the UI, characterised in that the touch display (110, 310) forms a rotation knob that receives an input of a user operation through rotation. a speaker (120, 320); a touch display (110, 310) which is disposed at a central part of a vibration plate included in the speaker (120, 320), displays a user interface for receiving an input of a user operation, and receives an input of a user's touch; and a processor (130, 360) configured to control the speaker device according to a user operation input through the UI, characterised in that the touch display (110, 310) forms a rotation knob that receives an input of a user operation through rotation.
Method for track position improvement using a rail tamping machine which can travel on a track and is fitted with a three-point-operating measuring system having three measuring carriages (A, B, C) and a chord tensioned therebetween, with a tamping unit, with a lifting and lining unit for tracks and in particular with an odometer, wherein the position of the track is recorded by a measuring system after the track tamping machine has done its correcting work, and wherein a computer calculates the difference between a preset track target position and an actual position recorded by the measuring system, a residual error (K h), characterised in that the position of the rear chord end on the rear measuring carriage of the track tamping machine of the three-point-operating measuring system is continually corrected in such a way that the rear chord end is guided on the measuring carriage at the track target position.