mhurhangee/ep-ind-claims huggingface dataset:
A diagnostic system for evaluating a physiological condition of bodily tissue, the system comprising: a kinematics module comprising: an ultrasound registration submodule comprising one or more A-mode ultrasound transducers for detecting an interface between a patient's bone and surrounding tissue by detecting ultrasound transducer data of a patient, and an ultrasound dynamic movement submodule comprising one or more inertial measurement units that are operative to feed position information to a computer regarding the 3D position of the one or more ultrasound transducers of the ultrasound registration submodule, wherein the one or more ultrasound transducers are fixedly mounted to the inertial measurement units; the computer adapted to receive the ultrasound transducer data, the computer including software that is adapted to interpret the ultrasound transducer data and is operable to construct a 3D map having discrete 3D points corresponding to points on the surface of the patient's bone; and wherein the computer is configured to superimpose the 3D map onto a default bone model and thereafter carry out a deformation process of the default bone model resulting in a patient-specific, virtual 3D model of the bone; wherein the computer is adapted to use the position information and the transducer data to create a dynamic patient-specific virtual 3D model of the patient's bone moving in 3D to match the same movement of the patient's bone; and, a visual terminal, associated with the computer, is adapted to display the dynamic patient-specific virtual 3D model. an ultrasound registration submodule comprising one or more A-mode ultrasound transducers for detecting an interface between a patient's bone and surrounding tissue by detecting ultrasound transducer data of a patient, and an ultrasound dynamic movement submodule comprising one or more inertial measurement units that are operative to feed position information to a computer regarding the 3D position of the one or more ultrasound transducers of the ultrasound registration submodule, wherein the one or more ultrasound transducers are fixedly mounted to the inertial measurement units; the computer adapted to receive the ultrasound transducer data, the computer including software that is adapted to interpret the ultrasound transducer data and is operable to construct a 3D map having discrete 3D points corresponding to points on the surface of the patient's bone; and wherein the computer is configured to superimpose the 3D map onto a default bone model and thereafter carry out a deformation process of the default bone model resulting in a patient-specific, virtual 3D model of the bone; wherein the computer is adapted to use the position information and the transducer data to create a dynamic patient-specific virtual 3D model of the patient's bone moving in 3D to match the same movement of the patient's bone; and, a visual terminal, associated with the computer, is adapted to display the dynamic patient-specific virtual 3D model.
A method for adsorbing CO 2, comprising: providing a feedstream at a first temperature, the feedstream comprising a first concentration of CO 2; cooling the feedstream to a second temperature; the second temperature being lower than the first temperature; exposing the feedstream to a concentrator comprising a membrane, metal organic framework, or a combination thereof, thereby creating an enriched feedstream with a second concentration of CO 2; the second concentration of CO 2 being higher than the first concentration of CO 2; exposing the enriched feedstream to adsorbent particles to produce an adsorbent effluent having a lower concentration of CO 2 than the feedstream; wherein the adsorbent particles comprise a Type V adsorbent; and desorbing at least a portion of CO 2 from the adsorbent particles at a desorption temperature greater than the second temperature, wherein the second concentration of CO 2 is above the lower level capture limit of the Type V adsorbent, wherein the lower level capture limit is the partial pressure of CO 2 in the feedstream below which bypass occurs. providing a feedstream at a first temperature, the feedstream comprising a first concentration of CO 2; cooling the feedstream to a second temperature; the second temperature being lower than the first temperature; exposing the feedstream to a concentrator comprising a membrane, metal organic framework, or a combination thereof, thereby creating an enriched feedstream with a second concentration of CO 2; the second concentration of CO 2 being higher than the first concentration of CO 2; exposing the enriched feedstream to adsorbent particles to produce an adsorbent effluent having a lower concentration of CO 2 than the feedstream; wherein the adsorbent particles comprise a Type V adsorbent; and desorbing at least a portion of CO 2 from the adsorbent particles at a desorption temperature greater than the second temperature, wherein the second concentration of CO 2 is above the lower level capture limit of the Type V adsorbent, wherein the lower level capture limit is the partial pressure of CO 2 in the feedstream below which bypass occurs.
Electrical sensor, in particular temperature sensor, having a carrier element and at least one electrical or electronic component, which is received in a receiving arrangement of the carrier element and is preferably fixed in position by the carrier element in at least one spatial direction, wherein the carrier element is embodied in a tubular manner at least in sections and delimits a cavity that is open at least on one side, and wherein the receiving arrangement for the electrical or electronic component is embodied in a surface that is facing the cavity or in a surface of the carrier element that is remote from the cavity, characterised in that the carrier element is overmoulded at least in regions using different synthetic materials (10, 12), wherein preferably a first synthetic material is a thermally conductive synthetic material and a further synthetic material is a thermally nonconductive synthetic material, and wherein the carrier element is overmoulded in the region of the at least one electrical or electronic component using a synthetic material, which is an electrically insulating and/or thermally conductive synthetic material.
A method of producing corneal endothelial cells (CECs), comprising contacting neural crest stem cells (NCSCs) with at least one dickkopf-related protein 2 agonist and/or at least one platelet-derived growth factor subunit B (PDGFB) agonist that induces differentiation of the NCSCs into CECs. wherein the DKK2 agonist is selected from the group consisting of: DKK2; Dkk 1; Dkk 3; Dkk 4; Soggy; secreted frizzled related proteins (Frzb); Wnt inhibitor factor; IWR; pyrvinium; ICG-001; PKF115-584; IWP; Antl.4Br/Ant 1.4Cl; Niclosamide; apicularen; bafilomycin; XAV939; NSC668036; 2,4-diamino-quinazoline; Quercetin; Wnt proteins, nucleic acids encoding Wnt proteins, LiCl, norrin; R-spondin2; (hetero)arylpyrimidines; IQ1; BIO(6-bromoindirubin-3'-oxime); 2-amino-4-[3,4-(methylenedioxy)benzyl-amino]-6-(3-methoxyphenyl)pyrimidine; WAY-316606; QS11; SB-216763; SB-216763; DCA; and any combination thereof; and/or wherein the PDGFB agonist is selected from the group consisting of: PDGFB; PDGFAA polypeptide; a nucleic acid encoding PDGFAA; PDGFAB polypeptide; a nucleic acid encoding PDGFAB; Phorbol 12-myristate 13-acetate; VEGF; and any combination thereof.
A body shell structure (3; 103) for a vehicle (1; 101) having a passenger compartment, the body shell structure (3; 103) forming at least a part of the passenger compartment and including: - a wheel arch (4; 104) intended to cover a part of a wheel of the vehicle (1; 101); - a quarter panel lining (5; 105); - at least one lateral component (6, 8; 106, 108) formed of a pressed steel sheet, the lateral component (6, 8; 106, 108) being disposed so as to be situated in the passenger compartment; the body shell structure (3; 103) being characterized in that the wheel arch (4; 104) includes a substantially flat connecting part (4.1; 104.1), in that the quarter panel lining (5; 105) includes a connecting portion (5.1; 105.1), and in that at least one lateral component (6, 8; 106, 108) includes a connecting element (6.1, 8.1; 106.1; 108.1); the connecting part (4.1; 104.1), the connecting portion (5.1; 105.1) and the or each connecting element (6.1, 8.1; 106.1; 108.1) being juxtaposed and joined together by at least one electric arc spot weld (10, 11; 110, 111). - a wheel arch (4; 104) intended to cover a part of a wheel of the vehicle (1; 101); - a quarter panel lining (5; 105); - at least one lateral component (6, 8; 106, 108) formed of a pressed steel sheet, the lateral component (6, 8; 106, 108) being disposed so as to be situated in the passenger compartment;
A resin composition consisting of at least one resin, at least one vulcanization-activating agent at least one stabilizer, and optionally at least one selected from the group consisting of a vulcanization auxiliary, a filler or reinforcing agent, a colorant, a plasticizer, a lubricant, a flame retardant and an antistatic agent, wherein the resin comprises at least one member selected from the group consisting of a polyamide-series resin, a polyester-series resin, a poly(thio)ether-series resin, a polycarbonate-series resin, a polyimide-series resin, a polysulfone-series resin, a polyurethane-series resin, a halogen-containing vinyl-series resin, a styrenic resin, a (meth)acrylic resin, a thermoplastic elastomer, a phenol resin, an amino-series resin, an epoxy resin, a thermosetting polyimide-series resin, a thermosetting polyurethane-series resin, a silicone resin, an unsaturated polyester-series resin, a vinyl ester-series resin, a diallyl phthalate-series resin, a thermosetting acrylic resin, the vulcanization-activating agent comprises a compound having a plurality of polymerizable unsaturated bonds, the proportion (weight ratio) of the vulcanization-activating agent relative to the stabilizer is 99/1 to 25/75, and the proportion of the vulcanization-activating agent is 0.1 to 10 parts by weight relative to 100 parts by weight of the resin, and the proportion of the stabilizer is 0.01 to 5 parts by weight relative to 100 parts by weight of the resin.
Compact transmission, in particular for use within a single-wheel drive unit, having a transmission support which is fixed with respect to the chassis and has a continuous central cutout, having an internally toothed internal gear which is mounted rotatably on the transmission support at the outside and is part of a main transmission which furthermore comprises externally toothed gearwheels (19, 30), arranged in front of a face side of the transmission support and meshing with the internal gear, and an input sun shaft, and having a preliminary transmission stage which is arranged within the central cutout of the transmission support and has a preliminary-stage input shaft with an externally toothed preliminary-stage sun gear, has a preliminary-stage internal gear and has at least one preliminary-stage intermediate gear, which meshes both with the preliminary-stage sun gear and the preliminary-stage internal gear, preferably multiple preliminary-stage intermediate gears, wherein fastened to the transmission support is an auxiliary support which largely covers the central cutout and by way of which the preliminary-stage intermediate gears are held captively in the central cutout of the transmission support, characterized in that the encircling collar of the auxiliary support is received by a depression in the transmission support.
A component, comprising: a substrate; a thermal barrier coating deposited on at least a portion of said substrate; and an outer layer deposited on at least a portion of said thermal barrier coating, wherein said outer layer includes a material that absorbs energy in response to an impact event along at least a portion of said outer layer; said thermal barrier coating includes a first porosity and said outer layer includes a second porosity that is greater than said first porosity, characterised in that: said thermal barrier coating includes a first modulus of elasticity and said outer layer includes a second modulus of elasticity that is a reduced modulus of elasticity as compared to said first modulus of elasticity; and said outer layer is a suspension plasma sprayed outer layer. a substrate; a thermal barrier coating deposited on at least a portion of said substrate; and an outer layer deposited on at least a portion of said thermal barrier coating, wherein said outer layer includes a material that absorbs energy in response to an impact event along at least a portion of said outer layer; said thermal barrier coating includes a first porosity and said outer layer includes a second porosity that is greater than said first porosity, characterised in that: said thermal barrier coating includes a first modulus of elasticity and said outer layer includes a second modulus of elasticity that is a reduced modulus of elasticity as compared to said first modulus of elasticity; and said outer layer is a suspension plasma sprayed outer layer. said thermal barrier coating includes a first modulus of elasticity and said outer layer includes a second modulus of elasticity that is a reduced modulus of elasticity as compared to said first modulus of elasticity; and said outer layer is a suspension plasma sprayed outer layer.
An inhaler comprising: a first liquid storage unit storing a first liquid; a second liquid storage unit storing a second liquid; and a mouthpiece for guiding aerosol which is generated by atomizing the liquid in the atomizing unit; wherein the atomizing unit is constructed to atomize first liquid supplied from the first liquid storage unit and second liquid supplied from the second liquid storage unit, respectively, characterized in that the inhaler further comprises an atomizing unit which comprises a piezoelectric element substrate having an IDT constructed by use of a pair of interlocking comb-shaped metallic electrodes and is constructed to atomize liquid by a surface acoustic wave generated by applying a high-frequency voltage to the pair of interlocking comb-shaped metallic electrodes; wherein the piezoelectric element substrate comprises a front surface on which the pair of interlocking comb-shaped metallic electrodes is arranged; and a rear surface positioned opposite to the front surface; a pair of edges opposite to each other; and the inhaler further comprises a first liquid supplier (1208A, 1210A) constructed to supply the first liquid to one of the edges of the piezoelectric element substrate, and a second liquid supplier (1208B, 1210B) constructed to supply the second liquid to another of the edges of the piezoelectric element substrate. a first liquid storage unit storing a first liquid; a second liquid storage unit storing a second liquid; and a mouthpiece for guiding aerosol which is generated by atomizing the liquid in the atomizing unit; wherein the atomizing unit is constructed to atomize first liquid supplied from the first liquid storage unit and second liquid supplied from the second liquid storage unit, respectively, characterized in that the inhaler further comprises an atomizing unit which comprises a piezoelectric element substrate having an IDT constructed by use of a pair of interlocking comb-shaped metallic electrodes and is constructed to atomize liquid by a surface acoustic wave generated by applying a high-frequency voltage to the pair of interlocking comb-shaped metallic electrodes; wherein the piezoelectric element substrate comprises a front surface on which the pair of interlocking comb-shaped metallic electrodes is arranged; and a rear surface positioned opposite to the front surface; a pair of edges opposite to each other; and the inhaler further comprises a first liquid supplier (1208A, 1210A) constructed to supply the first liquid to one of the edges of the piezoelectric element substrate, and a second liquid supplier (1208B, 1210B) constructed to supply the second liquid to another of the edges of the piezoelectric element substrate.
Brush manufacturing machine with at least two positionally fixed processing stations, with at least one positioning station which can be moved along the path between the at least two processing stations, wherein the path has a curved path section which defines a reference point, wherein a brush holder for receiving a brush which is to be processed, and at least one motor, are arranged on the at least one positioning station, and wherein the brush manufacturing machine has at least one servo amplifier which is assigned to the at least one motor, and a transmission device with on least one slip ring and with at least one slip ring collector, with which transmission device current and/or control signals can be transmitted from a positionally fixed terminal of the brush manufacturing machine to the at least one servo amplifier, characterized in that the at least one servo amplifier is arranged spaced apart from the at least one motor and closer than the latter to the reference point so that the at least one servo amplifier can be moved along an amplifier movement path which is arranged around the reference point and runs closer to the reference point than a motor movement path which runs around the reference point and on which the at least one motor of the at least one positioning station can be moved around the reference point.
An operator control device having a control panel and a sensor element device having a capacitive contact switch, the sensor element device having a molded body made of an electrically non-conducting material, an upper side of the molded body being configured to rest against an underside of the control panel in the assembled state, the molded body being formed at least in certain portions in a direction perpendicular to its upper side to be transparent and together with an illuminant form an illuminated indicator perceptible by light transmission, and the molded body being provided at least on its upper side with an electrically conductive and opaque coating as a capacitive sensor element, characterized in that the electrically conductive and opaque coating applied at least on the upper side of the molded body has at least one recess, the molded body has at least one electrically conducting, pin-like component incorporated at least in certain portions, said pin-like component electrically connecting the coating to a component carrier.
A product: 1-(4-bromophenyl)-6-hydroxy-5-nitroso-1,2,3,4-tetrahydropyrimidine-2.4-dione, of the following formula: having a melting temperature of 220°C.
A process heater combustion stabilization method, comprising: sensing current operating parameters for a process heater at a plurality of time intervals; converting the current operating parameters into a time-varying signal; comparing the time-varying signal against a multi-dimensional burner stability envelope defined by a stability window of the process heater, each boundary of the stability window indicating when a burner within a combustion system likely enters an unstable state; altering operation of at least one burner of the process heater in response to the time-varying signal breaching the boundary of the stability window. sensing current operating parameters for a process heater at a plurality of time intervals; converting the current operating parameters into a time-varying signal; comparing the time-varying signal against a multi-dimensional burner stability envelope defined by a stability window of the process heater, each boundary of the stability window indicating when a burner within a combustion system likely enters an unstable state; altering operation of at least one burner of the process heater in response to the time-varying signal breaching the boundary of the stability window.
A horizontally mountable PIR motion sensor for detecting motion of an object comprising: a detector comprising at least a first array of pyroelectric elements adjacent to at least a second array of pyroelectric elements, wherein each array includes a four square element array in which each element is bisected by a 45 degree line of separation forming eight triangular elements, an optical system associated with the motion sensor which is adapted to direct IR radiation from objects in the area surrounding the motion sensor onto the detector wherein the optical system comprises at least one primary optical element which intercepts IR radiation and directs intercepted radiation towards the detector, and at least one secondary optical element between the primary optical element and the detector which is positioned at an angle to the primary optical element and which is adapted to focus more of the intercepted IR radiation onto the detector; and at least one processor receiving respective first and second signals representative of the outputs of the first and second arrays wherein the processor adds the first and second signals together to establish a sum signal and subtracts the first signal from the second signal to establish a difference signal and wherein the processor determines whether either the sum signal or the difference signal exceeds a threshold and indicates motion detection if either the sum signal or the difference signal exceeds the threshold. a detector comprising at least a first array of pyroelectric elements adjacent to at least a second array of pyroelectric elements, wherein each array includes a four square element array in which each element is bisected by a 45 degree line of separation forming eight triangular elements, an optical system associated with the motion sensor which is adapted to direct IR radiation from objects in the area surrounding the motion sensor onto the detector wherein the optical system comprises at least one primary optical element which intercepts IR radiation and directs intercepted radiation towards the detector, and at least one secondary optical element between the primary optical element and the detector which is positioned at an angle to the primary optical element and which is adapted to focus more of the intercepted IR radiation onto the detector; and at least one processor receiving respective first and second signals representative of the outputs of the first and second arrays wherein the processor adds the first and second signals together to establish a sum signal and subtracts the first signal from the second signal to establish a difference signal and wherein the processor determines whether either the sum signal or the difference signal exceeds a threshold and indicates motion detection if either the sum signal or the difference signal exceeds the threshold.