mhurhangee/ep-ind-claims huggingface dataset:
Use of a thermosetting polymeric powder composition in a 3D dry printing process using a purely thermal curing system to produce a 3D duroplast object, the composition comprising at least one curable polymeric binder material with free functional groups, wherein in case an absorber is present, the absorber is blended together with the polymeric powder composition, and wherein during the 3D dry printing process the formed object is only partially cured to a curing degree of below 90 %, preferably below 60 %, most preferably between 35 % and 60 %, and the printing process is being followed by a post treatment comprising a heat treatment step to fully cure the printed object into a 3D duroplast object.
A method for detecting an increased risk for developing attention deficit hyperactivity disorder (ADHD) in a test subject, comprising, a) providing a nucleic acid sample from said subject; and b) determining whether said sample contains at least one copy number variation in any of the genes selected from GRM5, GRM7, GRM8, GRM1, NEGR1, DPP6, USP24, SLC7A10, CNTN4, CTNNA2, SGTB/NLN and LARP7, wherein if said CNV is present, said subject has an increased risk for development of ADHD. a) providing a nucleic acid sample from said subject; and b) determining whether said sample contains at least one copy number variation in any of the genes selected from GRM5, GRM7, GRM8, GRM1, NEGR1, DPP6, USP24, SLC7A10, CNTN4, CTNNA2, SGTB/NLN and LARP7,
Implantable coronary perfusion monitoring device for in-vivo determination of a coronary perfusion index that is CPI, indicative of the coronary perfusion of a heart, said device comprises a systolic arterial pressure measurement unit adapted to determine a systolic arterial blood pressure measure that is SAP, related to systolic arterial pressure; a diastolic peak pressure measurement unit adapted to determine a diastolic peak blood pressure measure that is DPP, related to diastolic aortic peak pressure representing a reflected blood pressure wave; a time measurement unit to determine a blood pressure reflection wave measure that is t, indicating the timely position in the heart cycle of the maximum of a reflected blood pressure wave and being a time period starting at a preset point of time in systole and ending at a local maximum of blood pressure following aortic valve closure, and a coronary perfusion index calculating unit adapted to determine said coronary perfusion index CPI as ( t · DPP) / SAP.
Method for refurbishing a rotary bearing (7, 8), especially a rotary bearing (7, 8) of a wind turbine, the bearing (7, 8) comprising a fixed component that supports a moving component during the operation of the bearing (7, 8), wherein the fixed component or the moving component comprises a raceway of the bearing (7, 8), wherein a roughness of the raceway is reduced by adding material to and/or removing material from the raceway, wherein the adding and/or removing of material is performed while the component (13, 9) that comprises the raceway is mounted to a device comprising the bearing (7, 8), especially a wind turbine, and while the moving component of the bearing (7, 8) extends through the fixed component of the bearing (7, 8) or vice versa, characterized in that the component (13, 9) that comprises the raceway comprises an additional raceway that is used to form a bearing between the fixed and the moving component (13, 9) while the material is added or removed.
Power receiving connector for a contactless connector system, said power receiving connector being mateable with a power transmitting connector and comprising: a secondary sided inductive coupling element (Ls) that is operable to receive electric power when being electromagnetically coupled with a primary sided inductive coupling element (Lp) of said power transmitting connector, a power input/output terminal for outputting the received electric power to a secondary sided external component connected to said power receiving connector, or for receiving power from an external secondary sided power source, a secondary sided data transceiver element which in the mated state of the power transmitting and the power receiving connectors is operable to form a data link with a primary sided data transceiver element, a secondary sided data communication interface connected to said secondary sided data transceiver element for communicating with said secondary sided external component, a secondary sided control unit for controlling an operation of said secondary sided data communication interface and said secondary sided data transceiver element, said secondary sided control unit having a power supply terminal for being supplied with electrical power, characterized in comprising that said power receiving connector further comprises a switching unit that is connected to said power input/output terminal for controlling the electric power output at the power input/output terminal, wherein the switching unit is further operable to connect said power supply terminal either to the secondary sided inductive coupling element (Ls) or to the power input/output terminal. a secondary sided inductive coupling element (Ls) that is operable to receive electric power when being electromagnetically coupled with a primary sided inductive coupling element (Lp) of said power transmitting connector, a power input/output terminal for outputting the received electric power to a secondary sided external component connected to said power receiving connector, or for receiving power from an external secondary sided power source, a secondary sided data transceiver element which in the mated state of the power transmitting and the power receiving connectors is operable to form a data link with a primary sided data transceiver element, a secondary sided data communication interface connected to said secondary sided data transceiver element for communicating with said secondary sided external component, a secondary sided control unit for controlling an operation of said secondary sided data communication interface and said secondary sided data transceiver element, said secondary sided control unit having a power supply terminal for being supplied with electrical power, characterized in comprising that said power receiving connector further comprises a switching unit that is connected to said power input/output terminal for controlling the electric power output at the power input/output terminal, wherein the switching unit is further operable to connect said power supply terminal either to the secondary sided inductive coupling element (Ls) or to the power input/output terminal.
A compact integrated ion mobility based analysis system having, at least one gas chromatograph, GC, column for receiving a sample and for eluting constituents of the sample over a period of time, wherein each of the eluted constituents are temporally separated from each other, and at least one differential mobility spectrometer for filtering and analyzing the eluted constituents based on ion mobility characteristics of the eluted constituents, characterized in that the analysis system also comprises a controller for selectively adjusting the temperature within the at least one GC column over said period of time and for adjusting the temperature within a filter region of the at least one differential mobility spectrometer, wherein the controller is configured to coordinate the adjusting of the temperature within the at least one GC column with the adjusting of the temperature within the filter region of the at least one differential mobility spectrometer.
An ink jet ink composition for textile printing comprising: a dye containing copper or chromium, said dye being at least one of C.I. Reactive Blue 13 and C.I. Acid Blue 193; and 5% to 30% by mass of a cyclic amide that is liquid at a normal temperature of 25 °C and has a normal boiling point at 1 atm in the range of 190°C to 260°C, wherein a hue angle ∠h° defined by a CIELAB color space on a recording medium is in the range 260 to 310 degrees. a dye containing copper or chromium, said dye being at least one of C.I. Reactive Blue 13 and C.I. Acid Blue 193; and 5% to 30% by mass of a cyclic amide that is liquid at a normal temperature of 25 °C and has a normal boiling point at 1 atm in the range of 190°C to 260°C, wherein a hue angle ∠h° defined by a CIELAB color space on a recording medium is in the range 260 to 310 degrees.
Method for determining a control parameter of a power or torque distribution controller for a hybrid drive of a work machine, having the following steps: (a) automatic determination of a work cycle which is just carried out by the work machine, and (b) selection of the control parameter as a function of the work cycle determined in the step (a), characterized in that the control parameter is a factor of which the respective torque demand or power demand is input in a proportional and/or integral fashion into the output value of the power or torque distribution controller which is embodied as a proportional integral controller. (a) automatic determination of a work cycle which is just carried out by the work machine, and (b) selection of the control parameter as a function of the work cycle determined in the step (a),
A swirler (112;118;212;218;418) comprising: a swirler body (114;120;220); and a plurality of axial swirl vanes (116;122;216;222;422) extending radially outward from the swirler body (114;120;220), characterised in that at least one of the vanes (116;122;216;222;422) includes a spring channel (124;146;224,232;246,248;424) defined therethrough. a swirler body (114;120;220); and a plurality of axial swirl vanes (116;122;216;222;422) extending radially outward from the swirler body (114;120;220), characterised in that at least one of the vanes (116;122;216;222;422) includes a spring channel (124;146;224,232;246,248;424) defined therethrough.
Multizone coverage telecommunication satellite comprising at least one send and/or receive antenna comprising a multiplicity of send and/or receive sources (Si) adapted to deliver and/or receive a beam in a chosen direction defined by a phase of chosen value and an amplitude of chosen value, each of the send and/or receive sources (Si) being coupled to processing means (MTi) arranged to deviate said beam or said receive direction in multiple other chosen directions as a function of a law of variation of the value of said amplitude, and first control means arranged to control the first processing means (MTi), coupled to said send and/or receive sources (Si) as a function of a chosen spatial-temporal scheme, said send and/or receive sources (Si) comprising a main line (LPi) connecting a feeder module (Ri) to a send and/or receive module (Ci), said processing means (MTi) comprising a coupler (CPi) installed on said send and/or receive line (LPi), characterized in that said coupler (CPi) is coupled to at least one resonant cavity (CRi), defining said amplitude by exciting one or more higher order mode to the fundamental mode of the telecommunication signal to be sent or received.
A method, comprising: receiving a packet at a first node, wherein the packet is received from a second node and is intended for a destination node; wherein the packet comprises an Internet Protocol, IP, packet, a u-turn label prepended to the IP packet, and a Label Distribution Protocol, LDP, label prepended to the u-turn label; wherein the u-turn label is configured to indicate to the first node that the packet is being returned to the first node by the second node due to a condition preventing propagation of the packet toward the destination node using a first routing path selected by the first node for routing the packet toward the destination node; and selecting, at the first node based on inclusion of the u-turn label within the packet, a second routing path for routing the packet toward the destination node. receiving a packet at a first node, wherein the packet is received from a second node and is intended for a destination node; wherein the packet comprises an Internet Protocol, IP, packet, a u-turn label prepended to the IP packet, and a Label Distribution Protocol, LDP, label prepended to the u-turn label; wherein the u-turn label is configured to indicate to the first node that the packet is being returned to the first node by the second node due to a condition preventing propagation of the packet toward the destination node using a first routing path selected by the first node for routing the packet toward the destination node; and selecting, at the first node based on inclusion of the u-turn label within the packet, a second routing path for routing the packet toward the destination node.
A measurement circuit for a microelectromechanical system, MEMS, comprising: a sensing node for measuring a state of the MEMS; said sensing node having a voltage (V 112) with a first voltage variation (ΔV 112) which is representative or indicative of the state of the MEMS; an integrator; a first capacitor connected to the sensing node and connected to an input of the integrator, wherein the input of the integrator is connected to the sensing node through the first capacitor; a reference voltage node connected to the first capacitor and connected to the input of the integrator, wherein the reference voltage node is coupled between the first capacitor and the integrator; said second voltage node connected through a second capacitor to a voltage (V 130) having a second voltage variation (ΔV 130); an analog-to-digital converter, ADC, including an input coupled to an output of the integrator and an output providing a digital signal representative of the state of the MEMS; a digital-to-analog converter, DAC, including an input coupled to an output of the ADC; and a third capacitor connected to an output of the DAC and connected to the sensing node, wherein the input of the integrator is connected to the output of the DAC through the first capacitor and the third capacitor. a sensing node for measuring a state of the MEMS; said sensing node having a voltage (V 112) with a first voltage variation (ΔV 112) which is representative or indicative of the state of the MEMS; an integrator; a first capacitor connected to the sensing node and connected to an input of the integrator, wherein the input of the integrator is connected to the sensing node through the first capacitor; a reference voltage node connected to the first capacitor and connected to the input of the integrator, wherein the reference voltage node is coupled between the first capacitor and the integrator; said second voltage node connected through a second capacitor to a voltage (V 130) having a second voltage variation (ΔV 130); an analog-to-digital converter, ADC, including an input coupled to an output of the integrator and an output providing a digital signal representative of the state of the MEMS; a digital-to-analog converter, DAC, including an input coupled to an output of the ADC; and a third capacitor connected to an output of the DAC and connected to the sensing node, wherein the input of the integrator is connected to the output of the DAC through the first capacitor and the third capacitor.
A DNA encoding a polypeptide that activates a muscle-specific tyrosine kinase, the DNA being: a DNA which includes a nucleotide sequence encoding an amino acid sequence having substitution, deletion and/or addition of one or several amino acid residues in the amino acid sequence of positions 1 to 230 set out in SEQ ID NO: 1, wherein the amino acid sequence of positions 1 to 60 are those set out in SEQ ID NO: 1.
Aqueous emulsion of dialkyl peroxide consisting of: - at least one dialkyl peroxide in liquid form at room temperature, representing between 10% and 75% by weight of the emulsion, - at least one emulsifier representing from 0.01% to 10% by weight of the emulsion, - optionally, at least one antifreeze agent, - optionally, at least one functional additive, - water, the amount of which is determined so as to form the rest of said emulsion (100%), characterized in that the emulsifier is a polyethoxylated non-ionic surfactant chosen from: - ethoxylated carboxylic acid esters, - ethoxylated amides, - ethoxylated fatty amines, - hydrogenated or non-hydrogenated, ethoxylated animal oils, - hydrogenated or non-hydrogenated, ethoxylated plant oils, preferably a castor oil comprising from 10 to 20 mol of ethylene oxide, or a mixture of such an ethoxylated oil with a sorbitan ester, which is itself optionally ethoxylated, - ethoxylated sorbitan esters, - ethoxylated glycerol esters, - a mixture of at least two sorbitan esters, one of which is an ethoxylated sorbitan ester. - at least one dialkyl peroxide in liquid form at room temperature, representing between 10% and 75% by weight of the emulsion, - at least one emulsifier representing from 0.01% to 10% by weight of the emulsion, - optionally, at least one antifreeze agent, - optionally, at least one functional additive, - water, the amount of which is determined so as to form the rest of said emulsion (100%), - ethoxylated carboxylic acid esters, - ethoxylated amides, - ethoxylated fatty amines, - hydrogenated or non-hydrogenated, ethoxylated animal oils, - hydrogenated or non-hydrogenated, ethoxylated plant oils, preferably a castor oil comprising from 10 to 20 mol of ethylene oxide, or a mixture of such an ethoxylated oil with a sorbitan ester, which is itself optionally ethoxylated, - ethoxylated sorbitan esters, - ethoxylated glycerol esters, - a mixture of at least two sorbitan esters, one of which is an ethoxylated sorbitan ester.
A moving vehicle for placing marks such as paint or another marking material onto the surface of a roadway, the moving vehicle comprising: a GPS-based machine vision locator positioned on the vehicle for automatically sampling discrete geographical location data of an actual pre-existing roadway mark evident on the roadway before the mark is removed; characterized in that the vehicle further comprises a marker positioned on the vehicle, having a GPS geographical location, and being responsive to the GPS-based machine vision locator and geographical location function for replicating automatically the pre-existing roadway mark onto the surface of the roadway; and a feedback system comparing the GPS geographical location of the marker and the geographical location function and correcting the position of the marker if the comparison identifies an error, and a computer including (a) a sampling program which receives a GPS reference location and constructs a grid system having the origin defined at the reference location and further, based upon the constructed grid system and a sampling interval, samples the geographical location of the pre-existing roadway mark, and (b) a curve fitting program which inputs discrete GPS coordinate data stored in data memory and determines a continuous smooth geographical location function best-fitted to the sampled geographical location data. a GPS-based machine vision locator positioned on the vehicle for automatically sampling discrete geographical location data of an actual pre-existing roadway mark evident on the roadway before the mark is removed; characterized in that the vehicle further comprises a marker positioned on the vehicle, having a GPS geographical location, and being responsive to the GPS-based machine vision locator and geographical location function for replicating automatically the pre-existing roadway mark onto the surface of the roadway; and
A chamois pad for cycling shorts, comprising - a first layer of fabric, directed toward a user in the configuration for use, - a second intermediate layer made of soft polyurethane foam, - a third intermediate layer made of high-density polyurethane foam, - a fourth layer directed outwardly in the configuration for use - parts in relief (15, 16) with a thickness that increases progressively from the edge toward the inside and anatomically contoured raised portions (17, 18) characterized in that said fourth layer is made of breathable filter foam, for protecting anatomical parts, said parts in relief (15, 16) and anatomically contoured raised portions (17, 18) being not compressed and being provided by means of processes with removal of material starting from a multilayer block, said multilayer block comprising, said first, second, third 13) and fourth layers, mutually joined by cold cross-linking adhesive. - a first layer of fabric, directed toward a user in the configuration for use, - a second intermediate layer made of soft polyurethane foam, - a third intermediate layer made of high-density polyurethane foam, - a fourth layer directed outwardly in the configuration for use - parts in relief (15, 16) with a thickness that increases progressively from the edge toward the inside and anatomically contoured raised portions (17, 18) - a fourth layer directed outwardly in the configuration for use - parts in relief (15, 16) with a thickness that increases progressively from the edge toward the inside and anatomically contoured raised portions (17, 18)
A cutting device for manual ceramic-cutting machines, comprising a support provided with a horizontal hole with at least one threaded rear segment that receives a handle and a vertical hole that receives a cutting tool, which comprises a bar provided with a first end accommodated through the vertical hole of the support, a second end carrying a cutting wheel for marking a break line in the ceramic pieces to be cut and a front face facing the horizontal hole of the support; characterised in that it comprises a stem accommodated in the horizontal hole of the support capable of longitudinal movement between: a front position for locking the cutting tool and a rear position for releasing the cutting tool; the bar of the cutting tool comprises on its front face at least one row of recesses spaced apart vertically, and the stem comprises at its front end at least one projection which, in the front position for locking the cutting tool by means of the stem, is accommodated in one of the recesses of the front face of the bar of the cutting tool.
Chiming watch provided with a movement and a chiming mechanism, said movement and said chiming mechanism being contained inside a case comprising a case back and a case middle, said chiming mechanism being assembled directly or indirectly on a plate comprised by the movement, said chiming mechanism comprising at least one resonant body attached directly or indirectly to the plate, the movement being attached directly to the case back by means of pillars connecting, by a first of their extremities, said case back and, by their second extremity, said plate and disposed at the periphery of the movement, the pillars being joined to the case back by their first extremity, their second extremity being free, and comprising means of attachment for their attachment to the plate, characterized in that said case is closed by a glass, and in that said pillars are integral with the case back.