mhurhangee/ep-ind-claims huggingface dataset:
A system to produce a replacement anatomical structure, comprising: a quantitative three-dimensional, Q3D, endoscope disposed to image an anatomical structure within a field of view that includes target bone tissue; at least one processor configured to: produce a first Q3D model based upon image information captured from the anatomical structure that represents an external surface of bone tissue including the target bone tissue; produce a second Q3D model based upon image information captured from the anatomical structure that represents remainder bone tissue structure, which defines an empty region in a location of the anatomical structure from which the target bone tissue has been removed; and produce a third Q3D model of a replacement anatomical structure based at least in part upon the first Q3D model and the second Q3D model. a quantitative three-dimensional, Q3D, endoscope disposed to image an anatomical structure within a field of view that includes target bone tissue; at least one processor configured to: produce a first Q3D model based upon image information captured from the anatomical structure that represents an external surface of bone tissue including the target bone tissue; produce a second Q3D model based upon image information captured from the anatomical structure that represents remainder bone tissue structure, which defines an empty region in a location of the anatomical structure from which the target bone tissue has been removed; and produce a third Q3D model of a replacement anatomical structure based at least in part upon the first Q3D model and the second Q3D model. produce a first Q3D model based upon image information captured from the anatomical structure that represents an external surface of bone tissue including the target bone tissue; produce a second Q3D model based upon image information captured from the anatomical structure that represents remainder bone tissue structure, which defines an empty region in a location of the anatomical structure from which the target bone tissue has been removed; and produce a third Q3D model of a replacement anatomical structure based at least in part upon the first Q3D model and the second Q3D model.
An isolator decoupler comprising: a pulley; the pulley journalled to a shaft; a torsion spring having an end engaged with the pulley, the torsion spring loadable in an unwinding direction; a one-way clutch carrier; a one-way clutch disposed between the shaft and the one-way clutch carrier; a wrap spring engagable with an inner surface of the one-way clutch carrier, the wrap spring coupled to the torsion spring; and the wrap spring loadable in the unwinding direction such that the wrap spring engages the inner surface in a driving direction. a pulley; the pulley journalled to a shaft; a torsion spring having an end engaged with the pulley, the torsion spring loadable in an unwinding direction; a one-way clutch carrier; a one-way clutch disposed between the shaft and the one-way clutch carrier; a wrap spring engagable with an inner surface of the one-way clutch carrier, the wrap spring coupled to the torsion spring; and the wrap spring loadable in the unwinding direction such that the wrap spring engages the inner surface in a driving direction.
An insulation structure for an electric gardening tool, wherein the electric gardening tool comprises: a housing; a motor which is arranged in the housing and used for providing power, wherein the motor comprises an output shaft; and a blade which is connected with the output shaft, wherein the motor drives the blade to rotate through the output shaft; wherein the insulation structure is arranged between the output shaft and the blade so as to realize the insulation coupling of the blade and the output shaft, wherein the insulation structure comprises a connecting base, wherein the connecting base comprises a main body portion made of insulation materials, and the main body portion is provided with an output shaft connecting portion in fastening coupling with the output shaft and at least two blade connecting portions in fastening coupling with the blade, wherein the output shaft connecting portion and any one of the blade connecting portions are insulated and isolated from each other, wherein the output shaft is fixedly connected to the output shaft connecting portion through a second fastening member and the blade is fixedly connected to the blade connecting portions through at least two first fastening members characterized in that the insulation structure further comprises an insulation cover made of an insulation material, the insulation cover being disposed between the second fastening member and the blade to realize the insulation between the second fastening member and the blade. a housing; a motor which is arranged in the housing and used for providing power, wherein the motor comprises an output shaft; and a blade which is connected with the output shaft, wherein the motor drives the blade to rotate through the output shaft; wherein the insulation structure is arranged between the output shaft and the blade so as to realize the insulation coupling of the blade and the output shaft, wherein the insulation structure comprises a connecting base, wherein the connecting base comprises a main body portion made of insulation materials, and the main body portion is provided with an output shaft connecting portion in fastening coupling with the output shaft and at least two blade connecting portions in fastening coupling with the blade, wherein the output shaft connecting portion and any one of the blade connecting portions are insulated and isolated from each other, wherein the output shaft is fixedly connected to the output shaft connecting portion through a second fastening member and the blade is fixedly connected to the blade connecting portions through at least two first fastening members
A silicon based photoelectric multiplier, comprising: - a plurality of cells; - a substrate of a second conductivity type, the substrate being common for all cells and comprising a front surface and a back surface; - a first layer of a first conductivity type, the first layer being disposed above the front surface of the substrate and being common for all cells; and - a plurality of second layers of a second conductivity type, each cell comprising one of the second layers formed as a well area in the first layer, thus forming a p-n junction, characterized in that the back surface of the substrate is processed by an ion implantation step comprising an ion dose in a range of 10 13 to 10 15 cm -2 and an ion energy in a range of 1 MeV to 10 MeV wherein the parameters of the ion implantation are selected such that, due to an implantation-induced damage of the crystal lattice, an absorption length of light with a wavelength in a range of ≈ 1000 nm is decreased. - a plurality of cells; - a substrate of a second conductivity type, the substrate being common for all cells and comprising a front surface and a back surface; - a first layer of a first conductivity type, the first layer being disposed above the front surface of the substrate and being common for all cells; and - a plurality of second layers of a second conductivity type, each cell comprising one of the second layers formed as a well area in the first layer, thus forming a p-n junction,
A compound comprising the sequence represented by the following general formula 1: X1 Val X2 Ile Phe Thr Tyr Gly X3 Leu Gln Arg X4 Gln Glu Lys Glu Arg X5 Lys Pro Gln (formula 1) [wherein all bonds between amino acids, except the X1-Val bond, are amide bonds; the X1-Val bond is an amide bond or a bond represented by the following formula 2 X1 is phenylalanine, β-homophenylglycine or acetylnaphthylalanine; X2 is proline or sarcosine; X3 is glutamic acid or aspartic acid; X4 is methionine or leucine; X5 is asparagine or proline] or a pharmaceutically acceptable salt thereof, wherein the compound has motilin-like gastrointestinal motility stimulating activity and shows higher absorption efficiency upon transmucosal administration as compared to native motilin. X1 Val X2 Ile Phe Thr Tyr Gly X3 Leu Gln Arg X4 Gln Glu Lys Glu Arg X5 Lys Pro Gln (formula 1) [wherein all bonds between amino acids, except the X1-Val bond, are amide bonds; the X1-Val bond is an amide bond or a bond represented by the following formula 2 X1 is phenylalanine, β-homophenylglycine or acetylnaphthylalanine; X2 is proline or sarcosine; X3 is glutamic acid or aspartic acid; X4 is methionine or leucine; X5 is asparagine or proline] or a pharmaceutically acceptable salt thereof, wherein the compound has motilin-like gastrointestinal motility stimulating activity and shows higher absorption efficiency upon transmucosal administration as compared to native motilin.
A method for blockchain-based access to a protected entity and for protecting the protected entity from malicious activities performed by clients requesting access to the protected entity, the method being carried out by an access system and comprising: granting access tokens of a first-type to a client; identifying, in a blockchain network, a conversion transaction identifying a request to convert the first-type of access tokens with access tokens of a second-type, wherein the transaction designates at least the protected entity; determining a conversion value for converting the first-type of access tokens into the second-type of access tokens, wherein the conversion value is determined based on at least one access parameter; converting, based on the determined conversion value, a first sum of the first-type of access tokens into a second sum of the second-type of access-tokens; and granting the client access to the protected entity when the sum of the second-type of access tokens is received as a payment from the protected entity, wherein the first-type access tokens and the second-type access tokens are cryptocurrency tokens having different cryptographic identities, the protected entity being a network or computing element. granting access tokens of a first-type to a client; identifying, in a blockchain network, a conversion transaction identifying a request to convert the first-type of access tokens with access tokens of a second-type, wherein the transaction designates at least the protected entity; determining a conversion value for converting the first-type of access tokens into the second-type of access tokens, wherein the conversion value is determined based on at least one access parameter; converting, based on the determined conversion value, a first sum of the first-type of access tokens into a second sum of the second-type of access-tokens; and granting the client access to the protected entity when the sum of the second-type of access tokens is received as a payment from the protected entity, wherein the first-type access tokens and the second-type access tokens are cryptocurrency tokens having different cryptographic identities, the protected entity being a network or computing element.
Preassembled module for a motor vehicle transmission assembly intended to be arranged between an engine block and gearbox, comprising: - a support element provided with fixing elements for fixing to the engine block and/or to the gearbox; - a clutch bearing, mounted on the said support element, intended to actuate a clutch on the engine side; - an intermediate shaft with the ability to rotate, comprising a splined end intended to collaborate with a hub of a friction disk of the said clutch, on the engine side, the said intermediate shaft collaborating with the support element via a bearing supporting and guiding the rotation of the intermediate shaft with respect to the support element; - an electric machine comprising an external stator supported by the support element and a rotor having a central opening through which the intermediate shaft passes, the said rotor being mounted to rotate as one with the said intermediate shaft; and - a reaction plate of a clutch, on the gearbox side, which rotates as one with the said intermediate shaft. - a support element provided with fixing elements for fixing to the engine block and/or to the gearbox; - a clutch bearing, mounted on the said support element, intended to actuate a clutch on the engine side; - an intermediate shaft with the ability to rotate, comprising a splined end intended to collaborate with a hub of a friction disk of the said clutch, on the engine side, the said intermediate shaft collaborating with the support element via a bearing supporting and guiding the rotation of the intermediate shaft with respect to the support element; - an electric machine comprising an external stator supported by the support element and a rotor having a central opening through which the intermediate shaft passes, the said rotor being mounted to rotate as one with the said intermediate shaft; and - a reaction plate of a clutch, on the gearbox side, which rotates as one with the said intermediate shaft.
A vehicle drive assistance system equipped with an open hydraulic circuit comprising a hydraulic pump, a hydraulic motor and a reservoir, the hydraulic circuit comprising an intake duct connecting the reservoir to the hydraulic pump, a supply duct connecting the hydraulic pump to the hydraulic motor, and a return duct connecting the hydraulic motor to the reservoir, said system comprising a three-position valve connected to the supply duct and to the return duct, suitable for, in a first position supplying the hydraulic motor in a first direction of operation, in a second position fluidly isolating the hydraulic motor from the hydraulic pump and connecting the hydraulic motor to the reservoir, and in a third position supplying the hydraulic motor in a second direction of operation opposite to the first direction of operation, said system being characterized in that the hydraulic pump is a variable-displacement hydraulic pump, unidirectional, with displacement control slaved to a pressure setpoint the system comprises a flow controller positioned on the supply duct, between the hydraulic pump and the three-position valve, said flow controller being configured in such a way as to, in a first configuration, prevent the passage of fluid through the supply duct of the hydraulic pump toward the three-position valve in such a way that the displacement of the hydraulic pump tends to zero or is null, and in a second configuration, allowing the passage of fluid through the supply duct of the hydraulic pump toward the three-position valve. said system comprising a three-position valve connected to the supply duct and to the return duct, suitable for, in a first position supplying the hydraulic motor in a first direction of operation, in a second position fluidly isolating the hydraulic motor from the hydraulic pump and connecting the hydraulic motor to the reservoir, and in a third position supplying the hydraulic motor in a second direction of operation opposite to the first direction of operation, said system being characterized in that the hydraulic pump is a variable-displacement hydraulic pump, unidirectional, with displacement control slaved to a pressure setpoint the system comprises a flow controller positioned on the supply duct, between the hydraulic pump and the three-position valve, said flow controller being configured in such a way as to, in a first configuration, prevent the passage of fluid through the supply duct of the hydraulic pump toward the three-position valve in such a way that the displacement of the hydraulic pump tends to zero or is null, and in a second configuration, allowing the passage of fluid through the supply duct of the hydraulic pump toward the three-position valve.
Procedure for closure of a hood of a motor vehicle comprising a closing device for the hood with a locking bolt and a locking mechanism comprising a catch and a pawl with the steps that: • the open hood is moved in the direction of the closed position. • by means of this movement of the hood of the locking bolt the catch is pivoted around its axis in the direction of its ratchet position until the catch impacts on an impact absorber, in particular a retention lever; • after this impacting the hood or the catch together with the hood is moved such that the hood gap between the hood and the chassis of the motor vehicle is reduced with use of a drive, in particular using an electrical drive; • the catch is ratcheted by the pawl; • the drive stops after this movement by the drive; • ratcheting of the catch occurs following this movement by the drive; • after stoppage of the drive with a time delay the catch is ratcheted by the pawl. • the open hood is moved in the direction of the closed position. • by means of this movement of the hood of the locking bolt the catch is pivoted around its axis in the direction of its ratchet position until the catch impacts on an impact absorber, in particular a retention lever; • after this impacting the hood or the catch together with the hood is moved such that the hood gap between the hood and the chassis of the motor vehicle is reduced with use of a drive, in particular using an electrical drive; • the catch is ratcheted by the pawl; • the drive stops after this movement by the drive; • ratcheting of the catch occurs following this movement by the drive; • after stoppage of the drive with a time delay the catch is ratcheted by the pawl.
Composition comprising: - a pollen extract consisting of an aqueous pollen extract obtained from a mixture of: - 45% to 90% aqueous extract of pollen of Secale cereale L. by weight of the total weight of the extract; - 1% to 35% aqueous extract of pollen of Zea mays L. by weight of the total weight of the extract; - 0.01% to 5% aqueous extract of pollen of Pinus sylvestris L. by weight of the total weight of the extract; - 3% to 30% aqueous extract of pollen of Dactylis glomerata L. by weight of the total weight of the extract, - an aqueous extract of the pistil of Zea mays L., - an aqueous extract of plant seeds belonging to the genus Cucurbita containing fatty acids at a content of less than 10% by weight of the total weight of the extract, and - vitamin E or its esters, for use in the treatment of urinary incontinence in women. - a pollen extract consisting of an aqueous pollen extract obtained from a mixture of: - 45% to 90% aqueous extract of pollen of Secale cereale L. by weight of the total weight of the extract; - 1% to 35% aqueous extract of pollen of Zea mays L. by weight of the total weight of the extract; - 0.01% to 5% aqueous extract of pollen of Pinus sylvestris L. by weight of the total weight of the extract; - 3% to 30% aqueous extract of pollen of Dactylis glomerata L. by weight of the total weight of the extract, - 45% to 90% aqueous extract of pollen of Secale cereale L. by weight of the total weight of the extract; - 1% to 35% aqueous extract of pollen of Zea mays L. by weight of the total weight of the extract; - 0.01% to 5% aqueous extract of pollen of Pinus sylvestris L. by weight of the total weight of the extract; - 3% to 30% aqueous extract of pollen of Dactylis glomerata L. by weight of the total weight of the extract, - an aqueous extract of the pistil of Zea mays L., - an aqueous extract of plant seeds belonging to the genus Cucurbita containing fatty acids at a content of less than 10% by weight of the total weight of the extract, and - vitamin E or its esters,
A method for joining a first protective material having an outer surface, designed to remain visible, and an inner surface, opposite to said outer surface, together with a second protective material, made of a thermally insulating fabric, said second protective material having a mesh configuration, which method comprises the following steps: - providing a plurality of separate gluing points, formed by small clusters of glue, on said inner surface of the first protective material; - hot-pressing the second protective material onto said first protective material in order to melt said plurality of separate gluing points arranged on said first protective material, so as to firmly fix, by means of said plurality of separate gluing points, the second protective material to the first protective material, wherein the first protective material is made of natural leather, the method being characterized in that the second protective material with a mesh configuration is made using a thermally insulating and abrasion-resistant fabric; said second protective material with a mesh configuration being formed by aramid fibres. which method comprises the following steps: - providing a plurality of separate gluing points, formed by small clusters of glue, on said inner surface of the first protective material; - hot-pressing the second protective material onto said first protective material in order to melt said plurality of separate gluing points arranged on said first protective material, so as to firmly fix, by means of said plurality of separate gluing points, the second protective material to the first protective material, wherein - providing a plurality of separate gluing points, formed by small clusters of glue, on said inner surface of the first protective material; - hot-pressing the second protective material onto said first protective material in order to melt said plurality of separate gluing points arranged on said first protective material, so as to firmly fix, by means of said plurality of separate gluing points, the second protective material to the first protective material, wherein the first protective material is made of natural leather, the method being characterized in that the second protective material with a mesh configuration is made using a thermally insulating and abrasion-resistant fabric; said second protective material with a mesh configuration being formed by aramid fibres.
A composition or vaccine comprising one or more recombinant Bluetongue Virus vectors consisting of a heterologous polynucleotide encoding the VP2 polypeptide of BTV-8 and vector backbone derived from the BTV-1 genome.
A method for purifying or isolating plasmid DNA and reducing the endotoxin contamination thereof, which comprises (a) lysing bacterial cells containing the desired plasmid DNA; (b) clearing the cell lysate from cell debris and precipitated contaminants; (c) applying the cleared lysate to an anion exchange matrix, therewith binding DNA, endotoxins and other polyanions from the cleared lysate at least partially to the anion exchange matrix; (d) washing the anion exchange matrix with an aqueous wash buffer comprising at least two different secondary branched alcohol ethoxylate detergents with different ethylene oxide chain lengths to remove endotoxins bound to the anion exchange matrix, wherein the amount (vol) of the secondary branched alcohol ethoxylate detergent with the shorter EO chain is greater than that of the secondary branched alcohol ethoxylate detergent with the longer EO chain; (e) eluting the plasmid DNA from the anion exchange matrix with an elution buffer. (a) lysing bacterial cells containing the desired plasmid DNA; (b) clearing the cell lysate from cell debris and precipitated contaminants; (c) applying the cleared lysate to an anion exchange matrix, therewith binding DNA, endotoxins and other polyanions from the cleared lysate at least partially to the anion exchange matrix; (d) washing the anion exchange matrix with an aqueous wash buffer comprising at least two different secondary branched alcohol ethoxylate detergents with different ethylene oxide chain lengths to remove endotoxins bound to the anion exchange matrix, wherein the amount (vol) of the secondary branched alcohol ethoxylate detergent with the shorter EO chain is greater than that of the secondary branched alcohol ethoxylate detergent with the longer EO chain; (e) eluting the plasmid DNA from the anion exchange matrix with an elution buffer.