mhurhangee/patent-ind-claim-en huggingface dataset:
A blood flow regulator for creating a shunt in the heart, comprising; a proximal element having a general disc-shape, defined by a braid of one or more wires extending about a central aperture of the proximal element; a distal element having a general disc-shape, defined by a braid of one or more wires extending about a central aperture of the distal element; and a third element defining a neck section intermediate the proximal and distal elements and forming a cavity having a diameter no greater than a diameter of each of the distal and proximal elements, wherein said distal element comprises at least one loop of a wire extending radially outwardly from a center of the distal element and returning towards said center of said distal element, and a connecting element , for a delivery device, joined to the proximal element, and located at a off-set distance from a central axis extending through a channel of said regulator, wherein opposite ends of said one or more wires are fixed to said connecting element, wherein said distal element comprises further returning loops of said one or more wires wherein said proximal element, said distal element, and said third element are formed of the same braiding of one or more wires, and wherein the braiding at a perimeter of said distal element is folded radially inwards to form a double layer braid around said perimeter of the distal element, and wherein said connecting element is joined to said proximal element via a flexing element formed from said more than one wire being fixated to said connecting element . a proximal element having a general disc-shape, defined by a braid of one or more wires extending about a central aperture of the proximal element; a distal element having a general disc-shape, defined by a braid of one or more wires extending about a central aperture of the distal element; and a third element defining a neck section intermediate the proximal and distal elements and forming a cavity having a diameter no greater than a diameter of each of the distal and proximal elements, wherein said distal element comprises at least one loop of a wire extending radially outwardly from a center of the distal element and returning towards said center of said distal element, and a connecting element , for a delivery device, joined to the proximal element, and located at a off-set distance from a central axis extending through a channel of said regulator, wherein opposite ends of said one or more wires are fixed to said connecting element, wherein said distal element comprises further returning loops of said one or more wires wherein said proximal element, said distal element, and said third element are formed of the same braiding of one or more wires, and wherein the braiding at a perimeter of said distal element is folded radially inwards to form a double layer braid around said perimeter of the distal element, and wherein said connecting element is joined to said proximal element via a flexing element formed from said more than one wire being fixated to said connecting element .
A secondary battery in which a plurality of sheet batteries are laminated, comprising: a first sheet battery , a second sheet battery , a third sheet battery and a fourth sheet battery , each including a first electrode on a front side surface and a second electrode on a back side surface, wherein when viewed from above in a state where the first sheet battery , the second sheet battery , the third sheet battery and the fourth sheet battery are laminated, the first sheet battery includes a first tab part placed so as to project outward of the second sheet battery , and the second sheet battery includes a second tab part placed so as to project outward of the first sheet battery in a state where the second electrode of the first sheet battery and the second electrode of the second sheet battery are placed face-to-face to each other, the third sheet battery includes a third tab part placed so as to project outward of the fourth sheet battery , and the fourth sheet battery includes a fourth tab part placed so as to project outward of the third sheet battery in a state where the second electrode of the third sheet battery and the second electrode of the fourth sheet battery are placed face-to-face to each other, the first tab part and the fourth tab part overlap each other so that the second electrode on the surface of the first tab part and the second electrode on the surface of the fourth tab part are placed face-to-face to each other; and the second tab part and the third tab part are placed so as to overlap each other when viewed from above in a state where the first to fourth sheet batteries are laminated. a first sheet battery , a second sheet battery , a third sheet battery and a fourth sheet battery , each including a first electrode on a front side surface and a second electrode on a back side surface, wherein when viewed from above in a state where the first sheet battery , the second sheet battery , the third sheet battery and the fourth sheet battery are laminated, the first sheet battery includes a first tab part placed so as to project outward of the second sheet battery , and the second sheet battery includes a second tab part placed so as to project outward of the first sheet battery in a state where the second electrode of the first sheet battery and the second electrode of the second sheet battery are placed face-to-face to each other, the third sheet battery includes a third tab part placed so as to project outward of the fourth sheet battery , and the fourth sheet battery includes a fourth tab part placed so as to project outward of the third sheet battery in a state where the second electrode of the third sheet battery and the second electrode of the fourth sheet battery are placed face-to-face to each other, the first tab part and the fourth tab part overlap each other so that the second electrode on the surface of the first tab part and the second electrode on the surface of the fourth tab part are placed face-to-face to each other; and the second tab part and the third tab part are placed so as to overlap each other when viewed from above in a state where the first to fourth sheet batteries are laminated.
Process for the preparation of a mercaptan of formula R-SH, comprising at least the steps of: a) preparation of a mixture comprising: 1) a disulfide of formula R-S-S-R', 2) a catalytic amount of amino acid bearing a thiol group or of a thiol-group-containing peptide, 3) a catalytic amount of an enzyme catalyzing the reduction of the disulfide bridge created between two equivalents of said amino acid bearing a thiol group or of said thiol-group-containing peptide, 4) a catalytic amount of an enzyme catalyzing the reduction of hydrogen, 5) a catalytic amount of a cofactor common to the two enzymes catalyzing the reduction and the dehydrogenation, b) addition of hydrogen, c) carrying out of the enzymatic reaction, d) recovery of the mercaptan of formula R-SH and the mercaptan of formula R'-SH, e) optional separation and optional purification of the mercaptan of formula R-SH and/or of the mercaptan of formula R'-SH; in which R and R', which are identical or different, represent independently of one another a linear, branched or cyclic hydrocarbon-based radical comprising from 1 to 20 carbon atoms, said chain being saturated or bearing one or more unsaturations in the form of double or triple bond(s) or R and R' form together, and with the sulfur atoms bearing them, a cyclic molecule comprising from 4 to 22 atoms. a) preparation of a mixture comprising: 1) a disulfide of formula R-S-S-R', 2) a catalytic amount of amino acid bearing a thiol group or of a thiol-group-containing peptide, 3) a catalytic amount of an enzyme catalyzing the reduction of the disulfide bridge created between two equivalents of said amino acid bearing a thiol group or of said thiol-group-containing peptide, 4) a catalytic amount of an enzyme catalyzing the reduction of hydrogen, 5) a catalytic amount of a cofactor common to the two enzymes catalyzing the reduction and the dehydrogenation, 1) a disulfide of formula R-S-S-R', 2) a catalytic amount of amino acid bearing a thiol group or of a thiol-group-containing peptide, 3) a catalytic amount of an enzyme catalyzing the reduction of the disulfide bridge created between two equivalents of said amino acid bearing a thiol group or of said thiol-group-containing peptide, 4) a catalytic amount of an enzyme catalyzing the reduction of hydrogen, 5) a catalytic amount of a cofactor common to the two enzymes catalyzing the reduction and the dehydrogenation, b) addition of hydrogen, c) carrying out of the enzymatic reaction, d) recovery of the mercaptan of formula R-SH and the mercaptan of formula R'-SH, e) optional separation and optional purification of the mercaptan of formula R-SH and/or of the mercaptan of formula R'-SH;
A printing unit of a printing press printing a sheet printing material (B) at at least one printing point according to a screen printing process having a form cylinder configured as a screen printing cylinder , having a counter-pressure cylinder forming an abutment to the screen printing cylinder and having a squeegee device , comprising - a screen printing form configured as a circular screen , - a squeegee which is put in a thrown-on position ("AN") by forming an acute squeegee angle (α) moving toward the screen printing form with a squeegee edge, - a bearing device facilitating a throwing-on and throwing-off movement between the thrown-on position ("AN") of the squeegee and a thrown-off position ("AB"), - a drive device by means of which the squeegee in its relative position vis-à-vis the screen printing form can be brought into at least one thrown-on position (AN) and into at least one thrown-off position (AB) characterized in that - a drive means included by the drive device , by means of which the throwing-on and throwing-off movement of the squeegee can be brought about mechanically independently of a rotational drive of the screen-printing form and of a conveying means which conveys the printing material (B) wherein the drive means bringing about the throwing-on and throwing off-movement of the squeegee can be moved reproducibly via a control device which controls the drive means in at least one operating state (BZ AB ) which brings about a thrown-off position ("AB") and at least two further operating states (BZ; BZ AN ; BZ' AN ) which are defined differently from one another and the taking up of which results in each case in a thrown-on position ("AN"; "AN"") with radial relative positions and/or throwing-on forces which are different from one another between the squeegee and the screen-printing form , and wherein the bearing device comprises bearing means through which at least within one adjusting range comprising a thrown-on position ("AN") and a thrown-off position ("AB") a guided adjustment of the squeegee occurs in a straight line and/or along a direction lying within a squeegee blade plane. - a screen printing form configured as a circular screen , - a squeegee which is put in a thrown-on position ("AN") by forming an acute squeegee angle (α) moving toward the screen printing form with a squeegee edge, - a bearing device facilitating a throwing-on and throwing-off movement between the thrown-on position ("AN") of the squeegee and a thrown-off position ("AB"), - a drive device by means of which the squeegee in its relative position vis-à-vis the screen printing form can be brought into at least one thrown-on position (AN) and into at least one thrown-off position (AB) characterized in that - a drive means included by the drive device , by means of which the throwing-on and throwing-off movement of the squeegee can be brought about mechanically independently of a rotational drive of the screen-printing form and of a conveying means which conveys the printing material (B)
A ground station for analyzing an optical data communication beam emanating from a satellite, comprising - a telescope comprising a frame and an optical unit movably disposed thereon, said optical unit comprising a front side for receiving light and a rear side for outputting a telescope beam formed from the received light, and - an attachment module for being attached to the rear side of the optical unit of the telescope , wherein the telescope beam enters the attachment module and defines an optical axis of the attachment module , - wherein the attachment module comprises a housing in which the following components are disposed: - a daylight camera for receiving light, in particular light from stars, for calibrating the telescope , - an optical data receiver for receiving the optical data communication beam , - a beacon beam source for emitting a beacon beam to a satellite, and - an acquisition and tracking camera for receiving a guide beam emitted by a satellite for tracking the optical unit in accordance with the trajectory of the satellite, - wherein along the optical axis of the attachment module beam splitters for coupling out the portions of the telescope beam to be received by the individual components are disposed. - a telescope comprising a frame and an optical unit movably disposed thereon, said optical unit comprising a front side for receiving light and a rear side for outputting a telescope beam formed from the received light, and - an attachment module for being attached to the rear side of the optical unit of the telescope , wherein the telescope beam enters the attachment module and defines an optical axis of the attachment module , - wherein the attachment module comprises a housing in which the following components are disposed: - a daylight camera for receiving light, in particular light from stars, for calibrating the telescope , - an optical data receiver for receiving the optical data communication beam , - a beacon beam source for emitting a beacon beam to a satellite, and - an acquisition and tracking camera for receiving a guide beam emitted by a satellite for tracking the optical unit in accordance with the trajectory of the satellite, - wherein along the optical axis of the attachment module beam splitters for coupling out the portions of the telescope beam to be received by the individual components are disposed. - a daylight camera for receiving light, in particular light from stars, for calibrating the telescope , - an optical data receiver for receiving the optical data communication beam , - a beacon beam source for emitting a beacon beam to a satellite, and - an acquisition and tracking camera for receiving a guide beam emitted by a satellite for tracking the optical unit in accordance with the trajectory of the satellite, - wherein along the optical axis of the attachment module beam splitters for coupling out the portions of the telescope beam to be received by the individual components are disposed.
Inflatable life jacket , comprising at least a first inflatable chamber and a second chamber adjacent to said first chamber , characterized in that said second chamber comprises in its inside at least an acid resin and at least one metal having an electrical potential lower than the hydrogen standard reduction potential, said second chamber being provided with unidirectional means able to allow the entry of water inside it.
A method for imaging a tooth surface, the method executed at least in part on a computer, comprising: directing (S910) an excitation signal toward the tooth from a scan head, wherein the excitation signal is an optical! signal or an acoustical signal; obtaining (S920) a depth-resolved response signal emanating from the tooth, wherein the response signal encodes tooth surface structure information; segmenting (S930) bodily fluid collected on or around the tooth and the tooth surface from the depth-resolved response signal; adjusting (S940) the tooth surface structure information based on the segmented bodily fluid; reconstructing (S960) a 3D image of the tooth according to the depth-resolved response signal and the adjusted tooth surface structure information; and (S970) displaying, storing or transmitting the 3D image content. directing (S910) an excitation signal toward the tooth from a scan head, wherein the excitation signal is an optical! signal or an acoustical signal; obtaining (S920) a depth-resolved response signal emanating from the tooth, wherein the response signal encodes tooth surface structure information; segmenting (S930) bodily fluid collected on or around the tooth and the tooth surface from the depth-resolved response signal; adjusting (S940) the tooth surface structure information based on the segmented bodily fluid; reconstructing (S960) a 3D image of the tooth according to the depth-resolved response signal and the adjusted tooth surface structure information; and (S970) displaying, storing or transmitting the 3D image content.
A 3D printing build material container comprising: a reservoir to hold build material ; a build material outlet structure to allow build material to exit the reservoir ; a gas inlet structure to allow a gas to enter the reservoir ; and a reinforcement structure attached to the reservoir at at least one selected location; the reservoir and reinforcement structure being to permit reconfiguration of the container from a relatively flat configuration to an in-use configuration in which the reservoir is fillable with build material, wherein when the container is in the in-use configuration the reservoir , at least when in a filled and not collapsed state, comprises a non-converging upper section and a converging lower section , wherein the at least one selected location is comprised in the upper section , and wherein the reservoir is formed from a plastics material and the reinforcement structure is formed from cardboard. a reservoir to hold build material ; a build material outlet structure to allow build material to exit the reservoir ; a gas inlet structure to allow a gas to enter the reservoir ; and a reinforcement structure attached to the reservoir at at least one selected location; the reservoir and reinforcement structure being to permit reconfiguration of the container from a relatively flat configuration to an in-use configuration in which the reservoir is fillable with build material, wherein when the container is in the in-use configuration the reservoir , at least when in a filled and not collapsed state, comprises a non-converging upper section and a converging lower section , wherein the at least one selected location is comprised in the upper section , and wherein the reservoir is formed from a plastics material and the reinforcement structure is formed from cardboard.
A brewing chamber cleaner comprising: a lid configured to be retained in a beverage brewer proximal to a brewing chamber water supply and to rest above a brewing chamber; a passage of the lid; a cylindrical extension attached to the lid; an interior of the cylindrical extension configured to be in fluid communication with the brewing chamber water supply through the passage; and orifices in the cylindrical extension providing fluid communication between the interior of the cylindrical extension and the brewing chamber, the orifices positioned and sized to spray the liquid flow through the orifices into the brewing chamber, a skirt reaching downward from the lid; a ring extending radially from the lid, at the exterior of the skirt, for supporting the brewing chamber cleaner in the brewing chamber; wherein the orifices open into the brewing chamber to release sprays of cleaning solution, wherein the cylindrical extension reaches down into the brewing chamber, such that the passage provides fluid communication from the top of the lid to the at least one set of orifices through the passage of the cylindrical extension. a lid configured to be retained in a beverage brewer proximal to a brewing chamber water supply and to rest above a brewing chamber; a passage of the lid; a cylindrical extension attached to the lid; an interior of the cylindrical extension configured to be in fluid communication with the brewing chamber water supply through the passage; and orifices in the cylindrical extension providing fluid communication between the interior of the cylindrical extension and the brewing chamber, the orifices positioned and sized to spray the liquid flow through the orifices into the brewing chamber, a skirt reaching downward from the lid; a ring extending radially from the lid, at the exterior of the skirt, for supporting the brewing chamber cleaner in the brewing chamber; wherein the orifices open into the brewing chamber to release sprays of cleaning solution, wherein the cylindrical extension reaches down into the brewing chamber, such that the passage provides fluid communication from the top of the lid to the at least one set of orifices through the passage of the cylindrical extension.
A barley plant, or a part thereof, having a mutation in the LOX-1 gene causing a total loss-of-function, wherein the gene encoding LOX-1 of said plant comprises a nonsense codon, said codon corresponding to base no.s 3572-3574 of SEQ ID NO: 2.
A dental adhesive comprising at least one polymerizable monomer, a polymerization initiator, and thermo-expandable particles comprising a shell encapsulating an expansion agent, the dental adhesive being characterized in that the shells of the thermo-expandable particles are made of a copolymer of acrylonitrile and methyl methacrylate.
Energy flow control device for controlling a load shift of a plurality of consumers , which are connected to a network connection point , depending on temporally variable prices for the electrical energy available at the network connection point , characterized in that the energy flow control device is designed to compare relative efficiencies of the consumers with one another and to control the individual load shifts of the consumers depending on the relative efficiencies, wherein each relative efficiency is defined as an efficiency of the consumer that is normalized to a current efficiency of the consumer with which the consumer would be currently operating with an electrical load that is increased for load shifting purposes, and in that the energy flow control device is designed to read values of the relative efficiencies of the connected consumers from the connected consumers or to determine them from other data provided by the connected consumers .