mhurhangee/patent-ind-claim-en huggingface dataset:
A brushroll for a floor cleaner for cleaning a floor surface, comprising: a rotatable portion comprising at least one agitation element and a brush bar supporting the at least one agitation element ; a brushroll axis about which the rotatable portion is rotatable; and a non-rotatable portion comprising an end cap disposed at one end of the brush bar ; wherein the non-rotatable portion comprises a permanent magnet ; characterized by : a brushroll removal handle extending from the end cap ; wherein the permanent magnet is disposed on the brushroll removal handle ; and wherein the permanent magnet is radially offset from the brushroll axis . a rotatable portion comprising at least one agitation element and a brush bar supporting the at least one agitation element ; a brushroll axis about which the rotatable portion is rotatable; and a non-rotatable portion comprising an end cap disposed at one end of the brush bar ; wherein the non-rotatable portion comprises a permanent magnet ; characterized by : a brushroll removal handle extending from the end cap ; wherein the permanent magnet is disposed on the brushroll removal handle ; and a brushroll removal handle extending from the end cap ; wherein the permanent magnet is disposed on the brushroll removal handle ; and wherein the permanent magnet is radially offset from the brushroll axis .
Method for automatically planning a trajectory to be followed during a medical intervention by a medical instrument targeting an anatomy of interest of a patient , said automatic planning method comprising the steps of: - acquiring at least one medical image of the anatomy of interest; - determining a target point , manually by an operator, on the previously acquired image ; - generating a set of trajectory planning parameters from the medical image of the anatomy of interest and from the previously determined target point, the set of planning parameters comprising coordinates of an entry point on the medical image ; characterized in that it also comprises a phase of training a neural network on a set of medical training images, each medical training image comprising an anatomy of interest similar to the anatomy of interest of the patient , each medical training image being associated with coordinates of a target point and of at least one entry point that have been previously determined, the set of parameters being generated using the trained neural network , the trained neural network initially generating a probability of being an entry point for each pixel or voxel of the medical image acquired in 2D or 3D respectively, the coordinates of the entry point corresponding to the coordinates of the pixel or voxel having the greatest probability. - acquiring at least one medical image of the anatomy of interest; - determining a target point , manually by an operator, on the previously acquired image ; - generating a set of trajectory planning parameters from the medical image of the anatomy of interest and from the previously determined target point, the set of planning parameters comprising coordinates of an entry point on the medical image ;
Anchoring arrangement having a. a material , in which a stepped bore is arranged, which has i. an outer section with a first diameter (D 1 ) and with a first length (L 1 ) and ii. an inner section with a second diameter (D 2 ) and with a second length (L 2 ), wherein the second diameter (D 2 ) is smaller than the first diameter (D 1 ), b. an anchoring element with a cylindrical core having a central longitudinal axis and which comprises an anchoring section (AV) having an outer cutting thread , with which the anchoring element is anchored to the inner section , wherein the outer cutting thread has a thread length (LG) oriented along the central longitudinal axis , which is smaller than the second length (L2) of the inner section , c. a hardenable mass , which is arranged in the stepped bore in an intermediate space between the material and the anchoring element in such a way that the mass is arranged in the stepped bore along the central longitudinal axis in a region between the anchoring section (A V ) and a surface of the material , characterised in that the anchoring section (A V ) has a core diameter (D SK ), which is greater than a core diameter (D BK ) of a shaft section (A B ). a. a material , in which a stepped bore is arranged, which has i. an outer section with a first diameter (D 1 ) and with a first length (L 1 ) and ii. an inner section with a second diameter (D 2 ) and with a second length (L 2 ), wherein the second diameter (D 2 ) is smaller than the first diameter (D 1 ), i. an outer section with a first diameter (D 1 ) and with a first length (L 1 ) and ii. an inner section with a second diameter (D 2 ) and with a second length (L 2 ), b. an anchoring element with a cylindrical core having a central longitudinal axis and which comprises an anchoring section (AV) having an outer cutting thread , with which the anchoring element is anchored to the inner section , wherein the outer cutting thread has a thread length (LG) oriented along the central longitudinal axis , which is smaller than the second length (L2) of the inner section , c. a hardenable mass , which is arranged in the stepped bore in an intermediate space between the material and the anchoring element in such a way that the mass is arranged in the stepped bore along the central longitudinal axis in a region between the anchoring section (A V ) and a surface of the material ,
An adhesive closure system, consisting of two interconnectable and releasable adhesive closure parts which each have a plurality of adhesive elements which project from a support and can be brought into releasable engagement with one another opposite one another in a predeterminable connecting region, the adhesive elements of one type in one adhesive closure part receiving the adhesive elements of the other type between them within the connecting region so as to form strips , and one of the adhesive closure parts having adhesive elements of only one type which, when engagement is produced within the connecting region, are connected to adhesive elements of this type and to adhesive elements of a further type of the other adhesive closure part in each case, characterized in that the adhesive element of one type in each case is formed from a stem which projects on the associable support and has a mushroom-like head at its free end, and in that the adhesive element of the other type in each case consists of a loop or sling arranged on the associable support .
A desalination cell comprising: an electrode including a material having at least one compound of the following formula: A x M I y M II z (CN) 6 , wherein A is Na, Li or K, 0 ≤ x ≤ 2, M I is a first metal, M II is a second metal, 1 ≤ y, and z ≤ 2, and wherein the first metal is Fe, Mn, Co, Ti, Cr or Zn, characterized in that the second metal comprises between 5 to 50 molar percent of the total molar concentration of the first and second metals, and the second metal is Sc so that the material having Sc as the second metal is configured to reduce calcium carbonate formation and carbon dioxide gas formation during operation of the desalination cell. an electrode including a material having at least one compound of the following formula: A x M I y M II z (CN) 6 , wherein A is Na, Li or K, 0 ≤ x ≤ 2, M I is a first metal, M II is a second metal, 1 ≤ y, and z ≤ 2, and wherein the first metal is Fe, Mn, Co, Ti, Cr or Zn, characterized in that the second metal comprises between 5 to 50 molar percent of the total molar concentration of the first and second metals, and the second metal is Sc so that the material having Sc as the second metal is configured to reduce calcium carbonate formation and carbon dioxide gas formation during operation of the desalination cell.
Rotor of an electric machine having a cooling device for cooling the rotor which is mounted so as to be rotatable about a rotation axis , wherein the rotor is supported by a central rotor shaft and comprises a cavity in the interior of the rotor shaft for receiving coolant , wherein the cooling device has a closed coolant circuit having: - at least one first coolant line extending radially outward from the cavity ; - an annular first distribution line fluidically connected to the cavity via the first coolant line ; - at least one second coolant line extending radially outward from the cavity ; and - an annular second distribution line fluidically connected to the cavity via the second coolant line ; wherein the rotor has a plurality of electric coils at different azimuthal positions; wherein each coil is thermally coupled to a coil cooling pipe which is in each case fluidically connected to the first annular distribution line via an outlet , and via an inlet is in each case fluidically connected to the second annular distribution line ; wherein the first and the second annular distribution lines are in each case disposed concentrically and at mutually different radial spacings about the rotation axis . - at least one first coolant line extending radially outward from the cavity ; - an annular first distribution line fluidically connected to the cavity via the first coolant line ; - at least one second coolant line extending radially outward from the cavity ; and - an annular second distribution line fluidically connected to the cavity via the second coolant line ; wherein each coil is thermally coupled to a coil cooling pipe which is in each case fluidically connected to the first annular distribution line via an outlet , and via an inlet is in each case fluidically connected to the second annular distribution line ; wherein the first and the second annular distribution lines are in each case disposed concentrically and at mutually different radial spacings about the rotation axis .
A cryosurgical probe, comprising: a first member having a first end portion and a second end portion ; a tip coupled to the first member at the second end portion ; a second member , having an elongated, hollow structure and being tubular, positioned within the first member such that the second member extends within the first member ; and a third member operably engaging an inner surface of the first member to define at least one fluid passage between the third member and the first member , wherein the third member is disposed outward from the second member along at least a portion of the second member , and wherein a portion of the third member substantially encloses at least a portion of the second member ; wherein the second member and third member are positioned within the first member such that a first distance between a distal end of the second member and the tip is less than a second distance between the distal end of the third member and the tip. a first member having a first end portion and a second end portion ; a tip coupled to the first member at the second end portion ; a second member , having an elongated, hollow structure and being tubular, positioned within the first member such that the second member extends within the first member ; and a third member operably engaging an inner surface of the first member to define at least one fluid passage between the third member and the first member , wherein the third member is disposed outward from the second member along at least a portion of the second member , and wherein a portion of the third member substantially encloses at least a portion of the second member ; wherein the second member and third member are positioned within the first member such that a first distance between a distal end of the second member and the tip is less than a second distance between the distal end of the third member and the tip.
A communication system for an automatic guided vehicle arranged to transport a container in a harbor, comprising: the automatic guided vehicle , having a plurality of control devices mounted on the automatic guided vehicle and each arranged to perform a specific function of the automatic guided vehicle ; a short-range communication device mounted on the automatic guided vehicle , and configured to send and receive information related to the plurality of control devices enabling to retrieve a state of each one of the plurality of control devices; a terminal connectable with the short-range communication device ; a traffic control tower arranged to send wirelessly a command to the automatic guided vehicle , so that the automatic guided vehicle travels on a preset travel route (R); wherein the automatic guided vehicle has a plurality of pieces of identification information readable by the terminal , each being linked to its associated one of the plurality of control devices , and the terminal is communicable with the short-range communication device based on the identification information when read by the terminal , and it is configured to retrieve state information of a control device based on the read identification information and the terminal is arranged to use the information of each of the control devices to which the identification information is linked, at a timing at which maintenance and inspection is performed. the automatic guided vehicle , having a plurality of control devices mounted on the automatic guided vehicle and each arranged to perform a specific function of the automatic guided vehicle ; a short-range communication device mounted on the automatic guided vehicle , and configured to send and receive information related to the plurality of control devices enabling to retrieve a state of each one of the plurality of control devices; a terminal connectable with the short-range communication device ; a traffic control tower arranged to send wirelessly a command to the automatic guided vehicle , so that the automatic guided vehicle travels on a preset travel route (R); wherein the automatic guided vehicle has a plurality of pieces of identification information readable by the terminal , each being linked to its associated one of the plurality of control devices , and the terminal is communicable with the short-range communication device based on the identification information when read by the terminal , and it is configured to retrieve state information of a control device based on the read identification information and the terminal is arranged to use the information of each of the control devices to which the identification information is linked, at a timing at which maintenance and inspection is performed.
A method for cleaning the membrane of a nebulizer device having an aerosol generator comprising a transducer body having a vibrating membrane at its downstream end, the membrane having pores; the method comprising: • providing a refillable container for use with the nebulizer device, the container having an opening and being fillable with a cleaning liquid, wherein the opening is sized and shaped to fit onto the transducer body; • filling cleaning liquid into the container; and • placing the container onto the transducer body so that the container is held in place on the nebulizer device and the membrane is immersed in the liquid inside the container. • providing a refillable container for use with the nebulizer device, the container having an opening and being fillable with a cleaning liquid, wherein the opening is sized and shaped to fit onto the transducer body; • filling cleaning liquid into the container; and • placing the container onto the transducer body so that the container is held in place on the nebulizer device and the membrane is immersed in the liquid inside the container.
A method for capturing drug targets, comprising the following steps of: preparing compounds and DNA or RNA; covalently linking the compounds to the DNA or RNA which is labeled with a tag for tracing to obtain labeled compounds; transferring the labeled compounds obtained in the step into cells by a gene transfer method capable of transferring nucleic acid into cells; disrupting the cells in the step , and then capturing the DNA or RNA in the step by immobilized complementary DNA or RNA to enrich the drug targets; dissociating the enriched drug targets from a stationary phase, deploying the enriched drug targets by a gel electrophoresis method, and comparing differential proteins by proteomics to identify the potential drug targets; and subjecting the potential drug targets identified in the step to affinity experiments using the compounds in the step one by one to determine the drug targets for the compounds. preparing compounds and DNA or RNA; covalently linking the compounds to the DNA or RNA which is labeled with a tag for tracing to obtain labeled compounds; transferring the labeled compounds obtained in the step into cells by a gene transfer method capable of transferring nucleic acid into cells; disrupting the cells in the step , and then capturing the DNA or RNA in the step by immobilized complementary DNA or RNA to enrich the drug targets; dissociating the enriched drug targets from a stationary phase, deploying the enriched drug targets by a gel electrophoresis method, and comparing differential proteins by proteomics to identify the potential drug targets; and subjecting the potential drug targets identified in the step to affinity experiments using the compounds in the step one by one to determine the drug targets for the compounds.
Electronic device comprising a paper cutter for a printer integrated into said electronic device, said paper cutter being transparent and made of plastic, said paper cutter having a shape adapted to obtaining at least some of the following optical properties: • a ray arriving at a first viewing angle (VIS1) with respect to at least one face of said paper cutter is at least partly refracted to arrive on said paper , and • a ray arriving at a second viewing angle (VIS2) with respect to said at least one face of said paper cutter is totally reflected; so that said paper cutter is transparent for a merchant placed according to said first viewing angle enabling him to see through the cutter, before the receipt comes out of said electronic device, and said paper cutter preventing a customer placed according to said second viewing angle from seeing through the paper cutter, said optical properties making thus possible to control the transparency of the paper cutter, according to the viewing angle, so as to enable the reading of the receipt for the merchant while concealing the visibility of the receipt and of the interior of the electronic device for the customer, said adapted shape corresponding to a triangle (ABC) such as: • the angle between said first viewing angle (VIS1) and the normal to the upper face (AC) of said paper cutter is less than 40°, delivering a first refracted ray (R1); • the angle between the first refracted ray R1 and the normal to the lower face (CB) of the paper cutter is less than 40°, delivering a second refracted ray (R2) arriving on said paper ; • the angle between said second viewing angle (VIS2) and the normal to the upper face (AC) of said paper cutter is less than 40°, delivering a third refracted ray (R3); • the angle between said third refracted ray (R3) and the normal to the lower face (CB) of said paper cutter is more than 40°, delivering a totally reflected ray (R4), said electronic device belonging to the group comprising: • an electronic payment terminal; • an electronic cash register. • a ray arriving at a first viewing angle (VIS1) with respect to at least one face of said paper cutter is at least partly refracted to arrive on said paper , and • a ray arriving at a second viewing angle (VIS2) with respect to said at least one face of said paper cutter is totally reflected; • the angle between said first viewing angle (VIS1) and the normal to the upper face (AC) of said paper cutter is less than 40°, delivering a first refracted ray (R1); • the angle between the first refracted ray R1 and the normal to the lower face (CB) of the paper cutter is less than 40°, delivering a second refracted ray (R2) arriving on said paper ; • the angle between said second viewing angle (VIS2) and the normal to the upper face (AC) of said paper cutter is less than 40°, delivering a third refracted ray (R3); • the angle between said third refracted ray (R3) and the normal to the lower face (CB) of said paper cutter is more than 40°, delivering a totally reflected ray (R4), • an electronic payment terminal; • an electronic cash register.
A method of making an adhesive article, the method comprising: providing a backing having first and second opposed major surfaces, wherein a first silicone release layer is disposed on the first major surface, wherein a second silicone release layer is disposed on the second major surface, and wherein the second silicone release layer further comprises a compound represented by the formula: wherein R 1 represents a divalent hydrocarbon radical having from 2 to 40 carbon atoms or covalent bond; R 2 represents a monovalent or divalent poly(dimethylsiloxane) moiety; X represents -NH- or a covalent bond; R f represents a perfluorinated group having from 3 to 5 carbon atoms; and y is 1 or 2; disposing an adhesive layer onto the first silicone release layer; and exposing at least the adhesive layer to electron beam radiation within a process chamber thereby providing a crosslinked adhesive layer, wherein the process chamber contains oxygen, wherein the second silicone release layer is exposed to the oxygen during crosslinking of the adhesive layer. providing a backing having first and second opposed major surfaces, wherein a first silicone release layer is disposed on the first major surface, wherein a second silicone release layer is disposed on the second major surface, and wherein the second silicone release layer further comprises a compound represented by the formula: wherein R 1 represents a divalent hydrocarbon radical having from 2 to 40 carbon atoms or covalent bond; R 2 represents a monovalent or divalent poly(dimethylsiloxane) moiety; X represents -NH- or a covalent bond; R f represents a perfluorinated group having from 3 to 5 carbon atoms; and y is 1 or 2; R 1 represents a divalent hydrocarbon radical having from 2 to 40 carbon atoms or covalent bond; R 2 represents a monovalent or divalent poly(dimethylsiloxane) moiety; X represents -NH- or a covalent bond; R f represents a perfluorinated group having from 3 to 5 carbon atoms; and y is 1 or 2; disposing an adhesive layer onto the first silicone release layer; and exposing at least the adhesive layer to electron beam radiation within a process chamber thereby providing a crosslinked adhesive layer, wherein the process chamber contains oxygen, wherein the second silicone release layer is exposed to the oxygen during crosslinking of the adhesive layer.