mhurhangee/ep-ind-claims huggingface dataset:
A method for reducing a volatile organic compound in a polyurethane foam, wherein the polyurethane foam contains a compound represented by the following formula; the method comprising: a preparing step of preparing a resin premix containing a polyol, and a polyisocyanate, an adding step of adding the compound represented by the following formula to the resin premix, and a foaming step of mixing and foaming the resin premix and the polyisocyanate; wherein -N=R represents the following partial structural formula or the following partial structural formula, and X - represents an anion; wherein R 1 s are the same or different from each other, represent a hydrogen atom or a hydrocarbon group having a carbon number of 1 to 20, and may be bonded to each other to form a ring structure; wherein R 2 s are the same or different from each other and represent a hydrogen atom or a hydrocarbon group having a carbon number of 1 to 20, R 2 s may be bonded to each other to form a ring structure, "n" represents an integral number of 0 to 3, and "n" corresponding to at least one R of the four Rs in the formula is not 0. the polyurethane foam contains a compound represented by the following formula; the method comprising: a preparing step of preparing a resin premix containing a polyol, and a polyisocyanate, an adding step of adding the compound represented by the following formula to the resin premix, and a foaming step of mixing and foaming the resin premix and the polyisocyanate; wherein -N=R represents the following partial structural formula or the following partial structural formula, and X - represents an anion; wherein R 1 s are the same or different from each other, represent a hydrogen atom or a hydrocarbon group having a carbon number of 1 to 20, and may be bonded to each other to form a ring structure; wherein R 2 s are the same or different from each other and represent a hydrogen atom or a hydrocarbon group having a carbon number of 1 to 20, R 2 s may be bonded to each other to form a ring structure, "n" represents an integral number of 0 to 3, and "n" corresponding to at least one R of the four Rs in the formula is not 0. a preparing step of preparing a resin premix containing a polyol, and a polyisocyanate, an adding step of adding the compound represented by the following formula to the resin premix, and a foaming step of mixing and foaming the resin premix and the polyisocyanate; wherein -N=R represents the following partial structural formula or the following partial structural formula, and X - represents an anion; wherein R 1 s are the same or different from each other, represent a hydrogen atom or a hydrocarbon group having a carbon number of 1 to 20, and may be bonded to each other to form a ring structure; wherein R 2 s are the same or different from each other and represent a hydrogen atom or a hydrocarbon group having a carbon number of 1 to 20, R 2 s may be bonded to each other to form a ring structure, "n" represents an integral number of 0 to 3, and "n" corresponding to at least one R of the four Rs in the formula is not 0.
Device for excavating a channel, comprising: - a container with standing side walls (11, 12), a rear end and an open front end,; which container is configured to be moved forward through the channel; - a rotor arranged in the container and provided with a number of knife elements, which rotor with knife elements is configured to dislodge and move soil to the rear end of the container between the flanks of the channel; wherein the rear end of the container is provided with a discharge opening through which the dislodged soil can be discharged characterized in that the open front end is provided with cutting edges (21, 22, 23) configured to cut away flanks of the channel and that the cutting edges at the front end of the container comprise a lower cutting edge in the line of a bottom wall of the container and two standing cutting edges (21, 22) in the line of the standing side walls of the container. - a container with standing side walls (11, 12), a rear end and an open front end,; which container is configured to be moved forward through the channel; - a rotor arranged in the container and provided with a number of knife elements, which rotor with knife elements is configured to dislodge and move soil to the rear end of the container between the flanks of the channel; wherein the rear end of the container is provided with a discharge opening through which the dislodged soil can be discharged characterized in that the open front end is provided with cutting edges (21, 22, 23) configured to cut away flanks of the channel and that the cutting edges at the front end of the container comprise a lower cutting edge in the line of a bottom wall of the container and two standing cutting edges (21, 22) in the line of the standing side walls of the container.
An edge connector, comprising a base and a first row of golden fingers and a second row of golden fingers, wherein the first row of golden fingers and the second row of golden fingers are disposed in parallel on a surface of the base, the first row of golden fingers is adjacent to a plugging end of the edge connector, and the second row of golden fingers is adjacent to the first row of golden fingers; the first row of golden fingers comprises a plurality of golden fingers that are disposed in parallel and isolated from each other, and the second row of golden fingers comprises a plurality of golden fingers that are disposed in parallel and isolated from each other; in a plugging direction of the edge connector, each golden finger in the first row of golden fingers has a first end that is close to the plugging end and a second end that is opposite to the first end, a first end of a grounded golden finger in the first row of golden fingers is protruded relative to other golden fingers, and second ends of two or more than two of the plurality of golden fingers in the first row of golden fingers are not aligned with each other; in addition to the grounded golden finger, the first row of golden fingers further comprises a golden finger for transmitting a power signal and a golden finger for transmitting a communication signal, in the plugging direction of the edge connector, a second end of the grounded golden finger in the first row of golden fingers is protruded relative to a second end of the golden finger for transmitting a power signal in the first row of golden fingers, the second end of the golden finger for transmitting a power signal in the first row of golden fingers is protruded relative to a second end of the golden finger for transmitting a communication signal in the first row of golden fingers; and a first end that is of a grounded golden finger in the second row of golden fingers and that is close to the plugging end in the plugging direction of the edge connector is protruded relative to other golden fingers.
A method for manufacturing a synthetic block intended for filling in a bone defect (10;18) at the surface of a bone, in particular a bone defect occurring within the bone of a mandible or a maxilla, characterized in that it comprises the following steps: - acquiring a three-dimensional image of a patient's bone having the bone defect (10;18) to be filled in; - designing, by computer-aided design, a computing model of the synthetic block which shape corresponds to the bone defect (10;18), which has the revascularization channels and which sizes are slightly larger than said bone defect (10;18) so as to take into account the shrinkage of the ceramic when manufacturing the synthetic block; - changing this computing model of the synthetic block, by computer-aided design, to ensure the stabilization of said synthetic block within said bone defect (10;18); and - manufacturing the desired synthetic block, made of ceramic material, by stereolithography, an ordered three-dimensional network of channels communicating with one another being at least partially formed within said block for allowing through the fluids and cells that enable revascularization for cell growth once said block is placed within the bone defect (10;18), said channels opening onto each surface of the bone defect (10;18) in contact with said block once it is placed within the bone defect (10;18). - acquiring a three-dimensional image of a patient's bone having the bone defect (10;18) to be filled in; - designing, by computer-aided design, a computing model of the synthetic block which shape corresponds to the bone defect (10;18), which has the revascularization channels and which sizes are slightly larger than said bone defect (10;18) so as to take into account the shrinkage of the ceramic when manufacturing the synthetic block; - changing this computing model of the synthetic block, by computer-aided design, to ensure the stabilization of said synthetic block within said bone defect (10;18); and - manufacturing the desired synthetic block, made of ceramic material, by stereolithography, an ordered three-dimensional network of channels communicating with one another being at least partially formed within said block for allowing through the fluids and cells that enable revascularization for cell growth once said block is placed within the bone defect (10;18), said channels opening onto each surface of the bone defect (10;18) in contact with said block once it is placed within the bone defect (10;18).
An in vitro method for producing a cellular composition with in vivo bone forming potential, the method comprising the steps of: - generating micro-aggregates of between 25 and 50.000 periosteum derived cells; - culturing said micro-aggregates for at least 10 days in a serum free medium, comprising BMP2, in order to allow said micro aggregates to differentiate into a microtissue with a pre-hypertrophic cartilage phenotype; - fusing, in the absence of a scaffold, at least 300 of said micro-tisssues into a fused microtissue. - generating micro-aggregates of between 25 and 50.000 periosteum derived cells; - culturing said micro-aggregates for at least 10 days in a serum free medium, comprising BMP2, in order to allow said micro aggregates to differentiate into a microtissue with a pre-hypertrophic cartilage phenotype; - fusing, in the absence of a scaffold, at least 300 of said micro-tisssues into a fused microtissue.
Self-adaptive monitoring system for a test bench for at least one engine component, characterised in that it comprises: - acquisition means to acquire time signal packets corresponding to measurements of endogenic and exogenic parameters specific to the combination of the test bench and the engine component, at successive instants, - processing means to construct an endogenic indicator vector and an associated exogenic indicator vector at each instant of said successive instants, using time signal packets earlier than said instant, said endogenic and exogenic indicator vectors being used to identify contexts automatically and to detect anomalies as a function of the context, - processing means to identify automatically without supervision a context class for said exogenic indicator vector, and - processing means to calculate a risk probability of said endogenic indicator vector conditioned by said identified context class for said associated exogenic indicator vector using at least one anomaly detector, in order to produce a diagnostic of the state of said test bench and engine component combination. - acquisition means to acquire time signal packets corresponding to measurements of endogenic and exogenic parameters specific to the combination of the test bench and the engine component, at successive instants, - processing means to construct an endogenic indicator vector and an associated exogenic indicator vector at each instant of said successive instants, using time signal packets earlier than said instant, said endogenic and exogenic indicator vectors being used to identify contexts automatically and to detect anomalies as a function of the context, - processing means to identify automatically without supervision a context class for said exogenic indicator vector, and - processing means to calculate a risk probability of said endogenic indicator vector conditioned by said identified context class for said associated exogenic indicator vector using at least one anomaly detector, in order to produce a diagnostic of the state of said test bench and engine component combination.
A capsule for a self-expanding implant, wherein the self-expanding implant is a prosthetic heart valve and the capsule is for holding the self-expanding implant during implantation, wherein the capsule comprises, sequentially from a proximal end to a distal end, a flexural section (102, 102a-102e), a reinforcement section (101, 101a-101e) and a radiopaque reinforcement ring (104a-104e), and wherein the reinforcement section (101, 101a-101e) has higher radial strength than the flexural section (102, 102a-102e), characterized in that the reinforcement section consists of a polymer tube and a plurality of reinforcement rings disposed over the polymer tube apart from one another, and wherein the plurality of reinforcement rings are formed of a metal or a polymer material having higher radial strength than the polymer tube, and wherein the plurality of reinforcement rings which are mutually spaced ensures a good flexibility for the capsule.
A WEE1 inhibitor for use in treating a patient diagnosed with a WEE1 kinase associated cancer, the use comprising: (a) measuring the gene expression level of PKMYT1 in a biological sample comprising cancer cells obtained from said patient and in a control sample; (b) determining whether the gene expression level in said patient sample is above or below the level of that in said control sample; (c) selecting said patient for treatment with a WEE1 inhibitor, wherein the level of the predictive biomarker from said patient sample is below that of the control sample; and (d) administering a WEE 1 inhibitor to the selected patient. (a) measuring the gene expression level of PKMYT1 in a biological sample comprising cancer cells obtained from said patient and in a control sample; (b) determining whether the gene expression level in said patient sample is above or below the level of that in said control sample; (c) selecting said patient for treatment with a WEE1 inhibitor, wherein the level of the predictive biomarker from said patient sample is below that of the control sample; and (d) administering a WEE 1 inhibitor to the selected patient.
Household electrical system, comprising an appliance, a base and a cord connecting the appliance to the base, the cord consisting of at least: - a first electrical line formed by a first set of conductive wires for the HV transmission of an operating power of the appliance, - a second electrical line formed by a second set of conductive wires for the LV supply of power to a circuit board arranged in the appliance, - a third electrical line, also formed by the second set of conductive wires, for providing two-way data transmission between the base and the appliance; the system further comprising a modulator suitable for modulating the voltage and/or the current through the second set of conductive wires, so as to sequentially activate the second electrical line and the third electrical line or to exclusively activate the third electrical line; characterized in that the appliance comprises an electricity source which is independent of the base and is suitable for supplying power to the circuit board of the appliance when the second electrical line is deactivated. - a first electrical line formed by a first set of conductive wires for the HV transmission of an operating power of the appliance, - a second electrical line formed by a second set of conductive wires for the LV supply of power to a circuit board arranged in the appliance, - a third electrical line, also formed by the second set of conductive wires, for providing two-way data transmission between the base and the appliance; the system further comprising a modulator suitable for modulating the voltage and/or the current through the second set of conductive wires, so as to sequentially activate the second electrical line and the third electrical line or to exclusively activate the third electrical line; characterized in that the appliance comprises an electricity source which is independent of the base and is suitable for supplying power to the circuit board of the appliance when the second electrical line is deactivated.
A mold case with a mold, the mold case comprising: a pedestal which supports a rear surface of the mold that has flexibility and has a plurality of needle-like recessed portions on a front surface; and a lid which is attachable to and detachable from the pedestal and covers the front surface of the mold, wherein the lid causes an edge portion of the mold to be sandwiched between the lid and the pedestal. a pedestal which supports a rear surface of the mold that has flexibility and has a plurality of needle-like recessed portions on a front surface; and a lid which is attachable to and detachable from the pedestal and covers the front surface of the mold, wherein the lid causes an edge portion of the mold to be sandwiched between the lid and the pedestal.
A method of navigating, by an intercept device, to an intercept destination to intercept a moving target device, the method comprising: receiving, by an intercept device, target positioning data, generated at the moving target device, from the moving target device, the target positioning data including at least: (i) a current geographic location of the moving target device; and (ii) a specified destination geographic location of the moving target device; generating, by the intercept device, intercept positioning data; and locally generating, by the intercept device, a predicted target course using the current geographic location of the moving target device and the specified destination geographic location of the moving target device, and using the predicted target course and the generated intercept positioning data to generate an intercept course, wherein the intercept course intersects the predicted target course at an intercept destination, the intercept destination different from the specified destination geographic location. receiving, by an intercept device, target positioning data, generated at the moving target device, from the moving target device, the target positioning data including at least: (i) a current geographic location of the moving target device; and (ii) a specified destination geographic location of the moving target device; (i) a current geographic location of the moving target device; and (ii) a specified destination geographic location of the moving target device; generating, by the intercept device, intercept positioning data; and locally generating, by the intercept device, a predicted target course using the current geographic location of the moving target device and the specified destination geographic location of the moving target device, and using the predicted target course and the generated intercept positioning data to generate an intercept course, wherein the intercept course intersects the predicted target course at an intercept destination, the intercept destination different from the specified destination geographic location.
Electrical rotating machine comprising a stator, a rotor, and a turbomachine which is designed for one-sided cooling of the rotating electrical machine, wherein the stator has a laminated stator core, a front stator winding overhang and a rear stator winding overhang, wherein the rotor has a rear rotor winding overhang, wherein the laminated stator core has ducts (9a, 9b) running in the axial direction which are designed to cool the rear stator winding overhang by means of a second cooling air stream generated by a turbomachine, wherein at least one first duct is designed to convey a second cooling air stream generated by the turbomachine through the laminated stator core to the rear stator winding overhang, wherein at least one second duct is designed to return the second cooling air stream from the rear stator winding overhang back through the laminated stator core, characterised in that an air guide which is attached to the laminated stator core on the side of the rear stator winding overhang is designed to redirect the second cooling air stream via the rear stator winding overhang, wherein at least two radial slots disposed in the axial direction which are disposed radially between the axially running ducts (9a, 9b) and an air gap between the laminated stator core and the rotor and which interconnect the latter are designed to cool the laminated stator core, in particular the stator windings, and/or the rear rotor winding overhang, wherein the axial distance between the radial slots decreases toward the side of the laminated stator core facing away from the turbomachine and is designed to compensate a temperature gradient caused by one-sided cooling.
A method of managing a plurality of applications (102, 210, 220) on a portable computing device (100, 700), the method comprising: receiving, by a first application running on the computing device, a lock message comprising a timestamp and a digital signature associated with the timestamp, from a second application running on the computing device (100, 700) via a secure inter-application communication protocol, wherein the lock message has been generated at the second application in response to detecting a user input via a user interface of the second application, wherein the user input is configured to lock the second application, the timestamp indicative of a time at which the user input to lock the second application was detected; verifying, by the first application, the digital signature and whether the timestamp is within a time window to confirm the authenticity of the timestamp; and locking the first application when the authenticity of the timestamp is confirmed by the first application. receiving, by a first application running on the computing device, a lock message comprising a timestamp and a digital signature associated with the timestamp, from a second application running on the computing device (100, 700) via a secure inter-application communication protocol, wherein the lock message has been generated at the second application in response to detecting a user input via a user interface of the second application, wherein the user input is configured to lock the second application, the timestamp indicative of a time at which the user input to lock the second application was detected; verifying, by the first application, the digital signature and whether the timestamp is within a time window to confirm the authenticity of the timestamp; and locking the first application when the authenticity of the timestamp is confirmed by the first application.