mhurhangee/ep-ind-claims huggingface dataset:
A process for determining the neurological condition of a subject wherein said neurological condition is selected from traumatic brain injury and stroke comprising: measuring a biological sample obtained from the subject at a first time for a quantity of a first biomarker and a quantity of at least one additional neuroactive biomarker, wherein said first biomarker is GFAP and said at least one additional neuroactive biomarker is UCH-L1; and comparing the quantity of said first biomarker and the quantity of said at least one additional neuroactive biomarker to the baseline level of said first biomarker and said at least one additional neuroactive biomarker in a subject known to be free of a pathological neurological condition to determine the neurological condition of the subject; wherein said biological sample is cerebrospinal fluid, whole blood, serum, or plasma. measuring a biological sample obtained from the subject at a first time for a quantity of a first biomarker and a quantity of at least one additional neuroactive biomarker, wherein said first biomarker is GFAP and said at least one additional neuroactive biomarker is UCH-L1; and comparing the quantity of said first biomarker and the quantity of said at least one additional neuroactive biomarker to the baseline level of said first biomarker and said at least one additional neuroactive biomarker in a subject known to be free of a pathological neurological condition to determine the neurological condition of the subject; wherein said biological sample is cerebrospinal fluid, whole blood, serum, or plasma.
A synergistic herbicidal mixture comprising an herbicidally effective amount of (a) penoxsulam and (b) glyphosate, wherein the weight ratio of glyphosate to penoxsulam is from 4:1 to 448:1.
A bio-block, which is a basic building block for bioprinting, comprising a cell, a core enwrapping the cell, and a shell coating the core; wherein the core and the shell are independently made from a biocompatible biodegradable polymeric material; the bio-block has sufficient mechanical strength, so that a three-dimensional deposition can be achieved; each shell independently has a thickness of 2-50 μm; the bio-block has a hardness of 0.01-0.4 GPa and a modulus of elasticity of 0.01-100 MPa; wherein the biodegradable polymeric material for preparing the core is selected from the group consisting of collagen, fibrin, chitosan, alginate, hyaluronic acid, agarose, gelatin, starch, glucan, polyphosphazene, polyacrylic acid, polylactic acid, polyamino acid, degradable polyurethane and combinations thereof; the biodegradable polymeric material for preparing the shell is selected from the group consisting of alginate, elastin, polyamino acid, oxidized alginate, chitosan, gelatin and combinations thereof.
Drain comprising at least one cover element, which is removably insertable into an opening of the drain and, in the inserted state, releases a liquid inlet for the inflow of liquid into the drain, wherein the cover element is mountable via at least one locking mechanism in a detachably lockable manner on the drain, and the locking mechanism is a rotary locking mechanism which comprises at least one rotary lock element and at least one engagement element engageable therewith, characterized in that the locking mechanism is arranged in countersunk fashion in a gap forming the liquid inlet and is operable in an accessible manner via the liquid inlet.
A method for pairing in a contact center system, the contact center system comprising at least one switch (120A, 120B) communicatively coupled to a plurality of agents (130A, 130B, 130C, 130D), the method comprising: determining, by at least one processor, a percentile for an agent of the plurality of agents; determining, by the at least one processor, a percentile for each of a plurality of contacts; applying, by the at least one processor, a hybridization function to each of the percentiles of the plurality of contacts to adjust the percentile of each of the plurality of contacts based on a behavioral pairing strategy for pairing and a priority queueing strategy for pairing, wherein the hybridization function biases the behavioral pairing strategy for pairing toward the priority queuing strategy for pairing; comparing, by the at least one processor, a first difference in percentile between the percentile of the agent and the adjusted percentile of a first contact in a first pair with a second difference in percentile between the percentile of the agent and the adjusted percentile of a second contact different from the first contact in a second pair; and selecting, by the at least one processor, the first pair or the second pair for connection based on the comparing. determining, by at least one processor, a percentile for an agent of the plurality of agents; determining, by the at least one processor, a percentile for each of a plurality of contacts; applying, by the at least one processor, a hybridization function to each of the percentiles of the plurality of contacts to adjust the percentile of each of the plurality of contacts based on a behavioral pairing strategy for pairing and a priority queueing strategy for pairing, wherein the hybridization function biases the behavioral pairing strategy for pairing toward the priority queuing strategy for pairing; comparing, by the at least one processor, a first difference in percentile between the percentile of the agent and the adjusted percentile of a first contact in a first pair with a second difference in percentile between the percentile of the agent and the adjusted percentile of a second contact different from the first contact in a second pair; and selecting, by the at least one processor, the first pair or the second pair for connection based on the comparing.
A connection unit comprising a heatable motor vehicle pipeline for the passage of a fluid medium and a heatable connector for the connection to the motor vehicle pipeline, wherein the pipeline comprises at least one flat heating conductor, wherein the at least one heating conductor extends over the length of the pipeline or extends substantially over the length of the pipeline and extends into a connecting portion of the pipeline for the connection to the connector, wherein the at least one flat heating conductor comprises an electrical contact region (13, 15) at the connecting portion of the pipeline and wherein, when the pipeline is connected to the connector or when pipeline and connector are pushed together and/or plugged together, the electrical contact region (13, 15) of the pipeline comes into electrically conductive physical contact with an electrical contact point (18, 19) of the connector or a connecting sleeve applied to or on the connecting portion during the connection of the pipeline and the connector, wherein, when the connection is produced between connector and pipeline, a mandrel of the connector can be pushed or plugged into the interior of the pipeline, wherein, when the mandrel is pushed or plugged in, the contact region (13, 15) is pressed or curved outwards, so that the electrical physical contact of the contact region with the electrical contact points of the connector or of the connecting sleeve is enabled or facilitated and wherein the mandrel comprises sawtooth-shaped profiling at its outer side, wherein the sawtooth-like profiling assists or simplifies the pressing or pushing of the first and/or the second contact region (13, 15) outwards.
Vehicular system for assisting the delivery of goods, said goods being defined by a plurality of parcels to be delivered, each one of them being equipped with an RFID tag, the system comprising - a cartographic satellite navigation system (GPS navigator) adapted to drive said vehicle along a route comprising a plurality of stops corresponding to the delivery places of one or more of said parcels, - an RFID portal associated to a vehicle loading opening, - optical acquisition means (cameras), - means for displaying images (display), - processing means interoperating with said satellite navigation system, with said RFID portal, with said optical acquisition means and with said means for displaying images, wherein said processing means are configured to acquire at least one image of a parcel introduced in said vehicle through said RFID portal and to display said at least one image by means of said display means when the cartographic satellite navigation system detects the reaching of a delivery place corresponding to said parcel, the system being characterized in that said processing means are configured to acquire a sequence of images from said optical acquisition means (cameras) and to extract portions of images relating to the parcel up to a respective final position in a loading compartment and to extract said final position of the parcel with respect to the vehicle loading compartment and to store said position together with said at least one image of the parcel. - a cartographic satellite navigation system (GPS navigator) adapted to drive said vehicle along a route comprising a plurality of stops corresponding to the delivery places of one or more of said parcels, - an RFID portal associated to a vehicle loading opening, - optical acquisition means (cameras), - means for displaying images (display), - processing means interoperating with said satellite navigation system, with said RFID portal, with said optical acquisition means and with said means for displaying images, wherein said processing means are configured to acquire at least one image of a parcel introduced in said vehicle through said RFID portal and to display said at least one image by means of said display means when the cartographic satellite navigation system detects the reaching of a delivery place corresponding to said parcel, the system being characterized in that said processing means are configured to acquire a sequence of images from said optical acquisition means (cameras) and to extract portions of images relating to the parcel up to a respective final position in a loading compartment and to extract said final position of the parcel with respect to the vehicle loading compartment and to store said position together with said at least one image of the parcel.
A method for allocating a resource for storing visualization information, wherein the method comprises: determining, by a first network device, a first queue based on a constraint condition, wherein the first queue is a queue that needs to be visualized, and allocating, by the first network device, a first storage resource to the first queue, wherein the first storage resource is used to store visualization information of the first queue, and the visualization information is information used to visualize the first queue, wherein the constraint condition comprises a first constraint condition, the first constraint condition is that a packet loss rate is greater than a first threshold, and the determining, by a first network device, a first queue based on a constraint condition comprises: determining, by the first network device, that a packet loss rate of the first queue is greater than the first threshold based on the first constraint condition. determining, by a first network device, a first queue based on a constraint condition, wherein the first queue is a queue that needs to be visualized, and allocating, by the first network device, a first storage resource to the first queue, wherein the first storage resource is used to store visualization information of the first queue, and the visualization information is information used to visualize the first queue, wherein the constraint condition comprises a first constraint condition, the first constraint condition is that a packet loss rate is greater than a first threshold, and the determining, by a first network device, a first queue based on a constraint condition comprises: determining, by the first network device, that a packet loss rate of the first queue is greater than the first threshold based on the first constraint condition.
Method of producing a rotor blade, wherein a preform is produced as a semi-finished textile product from a number of material sheets of textured laid scrim mats, preferably for use in a subsequent vacuum infusion, comprising the following steps: - providing a mould for the preform in a laying frame; - providing at least one textured laid scrim mat of the material sheet in rolled up form on a laying roll; - providing a virtual illustration of the preform by means of a control; further performing by way of the control: - automated movement of a roller tool holder to roll out the textured laid scrim mat and/or automated movement of an adhesive tool holder to apply the adhesive according to one of the movement patterns allocated to the virtual illustration and coordinated therewith; - automated roll-out of the textured laid scrim mat, preferably while rolling out the laying roll above the mould, unwinding of the material sheet of the laying roll and while simultaneously inserting the textured laid scrim mat in the mould in the laying frame; - automated application of a glue or a similar adhesive means on the textured laid scrim mat in the mould in the laying frame; and - automated storing and removal of laying rolls with an identification and/or safety feature which can be read without contact, in particular in form of a RFID element. - providing a mould for the preform in a laying frame; - providing at least one textured laid scrim mat of the material sheet in rolled up form on a laying roll; - providing a virtual illustration of the preform by means of a control; - automated movement of a roller tool holder to roll out the textured laid scrim mat and/or automated movement of an adhesive tool holder to apply the adhesive according to one of the movement patterns allocated to the virtual illustration and coordinated therewith; - automated roll-out of the textured laid scrim mat, preferably while rolling out the laying roll above the mould, unwinding of the material sheet of the laying roll and while simultaneously inserting the textured laid scrim mat in the mould in the laying frame; - automated application of a glue or a similar adhesive means on the textured laid scrim mat in the mould in the laying frame; and - automated storing and removal of laying rolls with an identification and/or safety feature which can be read without contact, in particular in form of a RFID element.
An austenitic stainless steel with high plasticity induced by twinning (TWIP steel) and high mechanical properties and formability defined by: Rp0.2 comprised between 250 and 650 MPa, Rm comprised between 700 and 1200 MPa, A80 comprised between 60 and 100%, characterized in that it has a chemical compositions, expressed in percentage by weight, comprising the following elements: C 0.01-0.50; N 0.11-0.50; Mn 6-12; Ni 0.01-6.0; Cu 0.01-6.0; Si 0.001-0.5; Al 0.001-2.0; Cr 11-20; Nb 0.001-0.5; Mo 0.01-2.0; Co 0.01-2.0; and optionally at least one of Ti 0.001-0.5 or V 0.001-0.5; and optionally at least one of the following elements with the following percentage by weight: W 0.001-0.5; Hf 0.001-0.5; Re 0.001-0.5; Ta 0.001-0.5, Si 0.01-0.3; the remaining portion being Fe and unavoidable impurities.
An amplifier comprising at least two amplifying elements (20a, 25a, 21 a, 26a) and a biasing circuit (32a, 32b) adapted to bias each amplifying element with a bias voltage, wherein the biasing circuit (32a, 32b) is adapted to vary the bias voltage such that each amplifying element is adapted to switch between switching and non-switching modes of operation in response to a binary bias control signal for selecting either the switching mode of operation or the non-switching mode of operation, the switching mode of operation being Class E and the non-switching mode of operation being Class AB, and wherein each amplifying element (20a, 25a) is coupled to a load via a reactive load network (29, 30) configured to yield a transient response whereby simultaneous imposition of substantial voltage across and substantial current through each amplifying element (20a, 25a) is avoided in the switching mode of operation and to present a load tuned to an operating frequency of the amplifier in the non-switching mode of operation, wherein the at least two amplifying elements (20a, 25a, 21a, 26a) are coupled in parallel. J Z
A multiphase separation system, comprising: an inlet line configured to feed a multiphase fluid into a circular distribution header within the multiphase separation system, wherein the circular distribution header is coupled to a number of upper lines and a number of lower lines; each upper line configured to feed gases into a circular gas header, wherein the circular gas header is in a second plane that is above a plane of the circular distribution header; each lower line configured to feed liquids into a circular liquid header, wherein the circular liquid header is in a third plane that is below the plane of the circular distribution header; wherein the number of upper lines and the number of lower lines are perpendicular to the circular distribution header; a gas outlet line that is coupled to the circular gas header and is configured to flow the gases out of the multiphase separation system; and a liquid outlet line that is coupled to the circular liquid header and is configured to flow the liquids out of the multiphase separation system; wherein the gas outlet line and the liquid outlet line are coupled via a downcomer configured to allow entrained liquids to flow from the gas outlet line to the liquid outlet line. an inlet line configured to feed a multiphase fluid into a circular distribution header within the multiphase separation system, wherein the circular distribution header is coupled to a number of upper lines and a number of lower lines; each upper line configured to feed gases into a circular gas header, wherein the circular gas header is in a second plane that is above a plane of the circular distribution header; each lower line configured to feed liquids into a circular liquid header, wherein the circular liquid header is in a third plane that is below the plane of the circular distribution header; wherein the number of upper lines and the number of lower lines are perpendicular to the circular distribution header; a gas outlet line that is coupled to the circular gas header and is configured to flow the gases out of the multiphase separation system; and a liquid outlet line that is coupled to the circular liquid header and is configured to flow the liquids out of the multiphase separation system; wherein the gas outlet line and the liquid outlet line are coupled via a downcomer configured to allow entrained liquids to flow from the gas outlet line to the liquid outlet line.
An ultrasound device for assessing a bone of a subject in at least two modes comprising a first mode and a second mode, comprising: a selecting unit configured to select a mode from the at least two modes; a first ultrasound probe having a first face to be brought into contact with skin of the subject and configured to transmit an ultrasound signal to the bone; a second ultrasound probe having a second face to be brought into contact with skin of the subject and configured to receive the ultrasound signal from the bone; an assessing unit configured to derive a first parameter indicating one or more characteristics of the bone based on the selected mode and the ultrasound signal received by the second ultrasound probe in the first mode or in the second mode; and a coupler for coupling the first ultrasound probe and the second ultrasound probe, the coupler being configured to be switched to a first configuration in the first mode and to a second configuration in the second mode; wherein the first face and the second face are oriented in substantially a same direction in the first configuration, and in substantially an opposite direction in the second configuration. a selecting unit configured to select a mode from the at least two modes; a first ultrasound probe having a first face to be brought into contact with skin of the subject and configured to transmit an ultrasound signal to the bone; a second ultrasound probe having a second face to be brought into contact with skin of the subject and configured to receive the ultrasound signal from the bone; an assessing unit configured to derive a first parameter indicating one or more characteristics of the bone based on the selected mode and the ultrasound signal received by the second ultrasound probe in the first mode or in the second mode; and a coupler for coupling the first ultrasound probe and the second ultrasound probe, the coupler being configured to be switched to a first configuration in the first mode and to a second configuration in the second mode; wherein the first face and the second face are oriented in substantially a same direction in the first configuration, and in substantially an opposite direction in the second configuration.
A method for producing a polymer membrane, the method comprising: preparing a cellulose solution by dissolving cellulose substantially represented by the following formula in a solvent, wherein the solvent contains at least an ionic liquid; forming a liquid film on a surface of a base material by applying the cellulose solution on the surface of the base material; causing the liquid film formed in the step to gel; crosslinking cellulose in the liquid film, which has been caused to gel in the step with a polyfunctional epoxy compound by adding the polyfunctional epoxy compound to the liquid film, while the solvent is caused to be decreased from the liquid film; and removing the solvent included in a crosslinked gel obtained in the step: wherein in formula, n represents an integer of not less than 2, and wherein cellulose represented by the formula has a weight-average molecular weight of not less than 170,000 determined by a GPC (gel permeation chromatography) - MALS (Multi Angle Light Scattering) method. preparing a cellulose solution by dissolving cellulose substantially represented by the following formula in a solvent, wherein the solvent contains at least an ionic liquid; forming a liquid film on a surface of a base material by applying the cellulose solution on the surface of the base material; causing the liquid film formed in the step to gel; crosslinking cellulose in the liquid film, which has been caused to gel in the step with a polyfunctional epoxy compound by adding the polyfunctional epoxy compound to the liquid film, while the solvent is caused to be decreased from the liquid film; and removing the solvent included in a crosslinked gel obtained in the step: wherein in formula, n represents an integer of not less than 2, and wherein cellulose represented by the formula has a weight-average molecular weight of not less than 170,000 determined by a GPC (gel permeation chromatography) - MALS (Multi Angle Light Scattering) method.