mhurhangee/patent-ind-claim-en huggingface dataset:
An electrically conductive resin composition comprising: a high-impact polystyrene (HIPS) containing a rubber component having an average particle diameter of 1 μm to 5 μm; an electrically conductive filler; a lubricant; and a silicone oil having a kinematic viscosity of 1 cSt to 5 cSt (1 to 5 mPa·s) at 25 °C, wherein the amount of the silicone oil is 2 wt% to 4 wt% based on the total weight of the electrically conductive resin composition, wherein the amount of the lubricant is 3 wt% to 6 wt% based on the total weight of the electrically conductive resin composition. a high-impact polystyrene (HIPS) containing a rubber component having an average particle diameter of 1 μm to 5 μm; an electrically conductive filler; a lubricant; and a silicone oil having a kinematic viscosity of 1 cSt to 5 cSt (1 to 5 mPa·s) at 25 °C, wherein the amount of the silicone oil is 2 wt% to 4 wt% based on the total weight of the electrically conductive resin composition, wherein the amount of the lubricant is 3 wt% to 6 wt% based on the total weight of the electrically conductive resin composition.
A dam evaluation system for evaluating a dam state of a dam , comprising a) at least one mobile dam monitoring unit adapted to exert excitations to a monitored dam and to transfer excitation response parameters of the dam measured by sensors deployed at the monitored dam to an analytical center of said dam evaluation system ; b) said dam evaluation system having an evaluation unit ; characterized in that c) said dam evaluation unit is adapted to compare the received excitation response parameters of the monitored dam with historic excitation response parameters of the same dam and with historic excitation response parameters of a selected set of similar dams stored in databases of said dam evaluation system . a) at least one mobile dam monitoring unit adapted to exert excitations to a monitored dam and to transfer excitation response parameters of the dam measured by sensors deployed at the monitored dam to an analytical center of said dam evaluation system ; b) said dam evaluation system having an evaluation unit ; characterized in that c) said dam evaluation unit is adapted to compare the received excitation response parameters of the monitored dam with historic excitation response parameters of the same dam and with historic excitation response parameters of a selected set of similar dams stored in databases of said dam evaluation system .
Spray device for an agricultural sprayer , having - a distributor boom on which a plurality of dispensing elements for dispensing a spray liquid are arranged; and - an active vibration reducing device which is set up to actively reduce vibrations of the distributor boom ; characterized by a dispensing-quantity control device which is set up to adapt the dispensing quantity (AM) of spray liquid at a plurality of, groups of or all of the dispensing elements , independently of one another, to vibrations of the distributor boom . - a distributor boom on which a plurality of dispensing elements for dispensing a spray liquid are arranged; and - an active vibration reducing device which is set up to actively reduce vibrations of the distributor boom ;
A form configured to assist in creating an in situ nerve cap being configured to inhibit neuroma formation, the form comprising: a concave wall defining a cavity, the concave wall comprising a top opening for accessing the cavity, the top opening lying on a first plane and having an area that is less than the area of a second plane, the second plane conforming to inside dimensions of the cavity, the second plane being spaced apart from the first plane into the cavity and being parallel to the first plane; and a concave nerve guide carried by the wall and providing a side access into the cavity, wherein the concave nerve guide is configured such that a nerve end positioned within the cavity is at least 1 mm spaced from an interior surface of the concave wall and includes a support surface on an upwardly concave housing to produce a nerve guide channel configured to support the nerve at a level that positions the nerve end within the form cavity. a concave wall defining a cavity, the concave wall comprising a top opening for accessing the cavity, the top opening lying on a first plane and having an area that is less than the area of a second plane, the second plane conforming to inside dimensions of the cavity, the second plane being spaced apart from the first plane into the cavity and being parallel to the first plane; and a concave nerve guide carried by the wall and providing a side access into the cavity, wherein the concave nerve guide is configured such that a nerve end positioned within the cavity is at least 1 mm spaced from an interior surface of the concave wall and includes a support surface on an upwardly concave housing to produce a nerve guide channel configured to support the nerve at a level that positions the nerve end within the form cavity.
A topical composition for use in the local treatment of inflammation and/or pain of an anatomical structure of the muscle-skeletal system, comprising cannabidiol or an extract from hemp sativa containing it in combination with escin, a Boswellia extract, bromelain, glucosamine sulfate, methylsalicylate, methylsulfonylmethane and a pharmaceutically acceptable carrier, wherein the composition is in the form of a gel, lipogel or an emulsion comprising a mixture of Coco-Glucoside and Acetyl Tetrapeptide-15.
A method for operating an electrically driven industrial truck as claimed in one of claims 9 to 15, comprising the following steps: - charging a battery with a charging current which is generated by a traction drive motor during regenerative deceleration of the industrial truck , characterized by the following steps: - determining an inclination angle of the industrial truck by means of an acceleration sensor or an angle sensor at least relative to a horizontal plane, - determining a state of charge of the battery on the basis of a measured battery voltage, - restricting the driving speed of the industrial truck to a maximum driving speed (v max ) which is less than a maximum permitted driving speed during the operation of the industrial truck on level ground, if the state of charge exceeds a predetermined maximum state of charge and the inclination angle exceeds a predetermined maximum inclination angle, in order to avoid the production of high battery voltages by the charging of the battery during regenerative deceleration of the industrial truck . - charging a battery with a charging current which is generated by a traction drive motor during regenerative deceleration of the industrial truck , characterized by the following steps: - determining an inclination angle of the industrial truck by means of an acceleration sensor or an angle sensor at least relative to a horizontal plane, - determining a state of charge of the battery on the basis of a measured battery voltage, - restricting the driving speed of the industrial truck to a maximum driving speed (v max ) which is less than a maximum permitted driving speed during the operation of the industrial truck on level ground, if the state of charge exceeds a predetermined maximum state of charge and the inclination angle exceeds a predetermined maximum inclination angle, in order to avoid the production of high battery voltages by the charging of the battery during regenerative deceleration of the industrial truck .
A bolt holding device (20; 120) having a cylindrical device enveloping contour, the diameter of which is larger than the nominal diameter of the bolt holding device (20; 120), which comprises at least one holding section . and a spreading section , offset thereto in the longitudinal direction of the bolt holding device (20; 120), and having at least one spreading arm tangential to the device enveloping contour, characterized - in that the bolt holding device (20; 120) has a casing part and a spreading cap moulded onto the inner side thereof by means of separating webs , having a spreading-cap enveloping contour, - in that the spreading cap comprises an accommodating recess delimited by means of a lid in an insertion direction orientated from the holding section in the direction of the spreading section , in that the nominal diameter of the bolt holding device (20; 120), reduced by the double wall thickness of the spreading section , is smaller than the outer diameter of the spreading-cap enveloping contour, - in that the casing part has at least one latching element on its inner side and - in that the length of the bolt holding device (20; 120) orientated in the longitudinal direction , reduced by the length of the spreading cap , is larger than the distance of a holding surface of the latching element , orientated in the insertion direction , from an insertion opening of the bolt holding device (20; 120). - in that the bolt holding device (20; 120) has a casing part and a spreading cap moulded onto the inner side thereof by means of separating webs , having a spreading-cap enveloping contour, - in that the spreading cap comprises an accommodating recess delimited by means of a lid in an insertion direction orientated from the holding section in the direction of the spreading section , in that the nominal diameter of the bolt holding device (20; 120), reduced by the double wall thickness of the spreading section , is smaller than the outer diameter of the spreading-cap enveloping contour, - in that the casing part has at least one latching element on its inner side and - in that the length of the bolt holding device (20; 120) orientated in the longitudinal direction , reduced by the length of the spreading cap , is larger than the distance of a holding surface of the latching element , orientated in the insertion direction , from an insertion opening of the bolt holding device (20; 120).
Process for producing rigid PUR/PIR foams by reaction of a reaction mixture containing A1 an isocyanate-reactive component A2 blowing agent A3 catalyst A4 optionally additive A5 flame retardant B an isocyanate component, characterized in that the flame retardant A5 contains a phosphinate of formula (I) M[(R) 2 PO 2 ] n (I), wherein R represents at each occurrence H, C1- to C4-(hydroxy)alkyl or benzyl, M is an element from main groups 1 to 3, with the exception of hydrogen, and n is the number of the main group of M, and the proportion of the phosphinate of formula (I) is 0.1% to 15% by weight based on the total mass of components A1 to A5. A1 an isocyanate-reactive component A2 blowing agent A3 catalyst A4 optionally additive A5 flame retardant B an isocyanate component, R represents at each occurrence H, C1- to C4-(hydroxy)alkyl or benzyl, M is an element from main groups 1 to 3, with the exception of hydrogen, and n is the number of the main group of M,
A laser cutting device, having an arrangement for producing and guiding a working laser beam , comprising a nozzle which has an opening for emission of the working laser beam to a machining zone, wherein an optical axis is defined in the arrangement, and the arrangement has at least one cutting lens which focuses the working laser beam , near the opening of the nozzle , and having an arrangement for monitoring the machining process, comprising at least one group of detector arrangements , characterized in that the laser cutting device has at least one evaluating unit and that the detector arrangements of each group are arranged in an annular manner about the optical axis , preferably along at least one circle which is coaxial and substantially orthogonal to the optical axis , and the observation direction of the detector arrangements is oriented at least in a sub-region between the focusing element closest to the machining zone and the machining zone, preferably in a sub-region at a greater distance from the focusing element , at a polar angle (φ1) greater than 5° in relation to the optical axis of the working laser beam , preferably at a polar angle of greater than or equal to 7°, in particular at a polar angle (φ2) of approximately 10° , and that the detector arrangements are sensitive to a radiation from the machining zone which is characteristic of the machining process, which detector arrangements are associated with at least the evaluating unit for calculating characteristics that correlate with the different features of the cutting quality, using suitable algorithms from the detector signals.
A fan motor for an air conditioner comprising: a stator ; and a rotor , rotatably installed in an inside of the stator , the rotor including: a rotor shaft , a plurality of rotor cores arranged in a circumferential direction about a centre of the rotor shaft , a plurality of permanent magnets , each of the plurality of permanent magnets being respectively disposed between adjacent rotor cores among the plurality of rotor cores , a bridge configured to couple the plurality of rotor cores , the bridge defining a hole through which the rotor shaft is inserted, and an injection-moulded supporting member comprising a first connection moulding part disposed between the plurality of rotor cores and the rotor shaft in the space between the rotor shaft and the bridge, configured to support the rotor and to couple the rotor shaft to the plurality of rotor cores , wherein the diameter of the rotor shaft is smaller than the inner diameter of the hole , characterised in that the rotor shaft comprises a D-shaped cut formed in the outer circumference of the rotor shaft , and the first connection moulding part includes a protrusion portion configured to protrude into the hole to couple to the D-shaped cut of the rotor shaft . a stator ; and a rotor , rotatably installed in an inside of the stator , the rotor including: a rotor shaft , a plurality of rotor cores arranged in a circumferential direction about a centre of the rotor shaft , a plurality of permanent magnets , each of the plurality of permanent magnets being respectively disposed between adjacent rotor cores among the plurality of rotor cores , a bridge configured to couple the plurality of rotor cores , the bridge defining a hole through which the rotor shaft is inserted, and an injection-moulded supporting member comprising a first connection moulding part disposed between the plurality of rotor cores and the rotor shaft in the space between the rotor shaft and the bridge, configured to support the rotor and to couple the rotor shaft to the plurality of rotor cores , a rotor shaft , a plurality of rotor cores arranged in a circumferential direction about a centre of the rotor shaft , a plurality of permanent magnets , each of the plurality of permanent magnets being respectively disposed between adjacent rotor cores among the plurality of rotor cores , a bridge configured to couple the plurality of rotor cores , the bridge defining a hole through which the rotor shaft is inserted, and an injection-moulded supporting member comprising a first connection moulding part disposed between the plurality of rotor cores and the rotor shaft in the space between the rotor shaft and the bridge, configured to support the rotor and to couple the rotor shaft to the plurality of rotor cores , wherein the diameter of the rotor shaft is smaller than the inner diameter of the hole , characterised in that the rotor shaft comprises a D-shaped cut formed in the outer circumference of the rotor shaft , and the first connection moulding part includes a protrusion portion configured to protrude into the hole to couple to the D-shaped cut of the rotor shaft .
Use of a slip that comprises zirconium oxide suspended in a liquid medium for the production of ceramic shaped parts by an inkjet printing process, wherein the slip has a zirconium oxide content of 68 to 88 wt %, preferably 70 to 86 wt % and particularly preferably 75 to 85 wt %, and comprises not more than 3 wt %, preferably not more than 2 wt % and particularly preferably not more than 1 wt % of organic components, relative to the total mass of the slip, wherein the zirconium oxide in the slip exhibits a particle size of 50 to 250 nm, measured as the dso value and relative to the volume of the particles, and wherein the slip has a viscosity of 5 to 1000 mPas, measured at a shear rate of from 0.1 to 1000 s -1 and at a temperature of 25 °C.
Method for manufacturing a three-dimensional article (100 ; 200), comprising: - a step of producing said article (100 ; 200) by an additive manufacturing technology, said article (100 ; 200) comprising at least two parts (110, 160 ; 220, 230, 260) having surfaces that face, at least partially, each other or having edges (111, 161 ; 211, 221, 231, 261) that face, at least partially, each other, and - a step of finishing of said article (100 ; 200), wherein said additive manufacturing technology comprising an operation of fusion of powder or of solidification of fluid, wherein said two parts (110, 160 ; 220, 230, 260) are produced together with a temporary connection (140 ; 240), said temporary connection (140 ; 240) linking said two parts, and said temporary connection (140 ; 240) comprising an inhomogeneity along said surfaces or said edges, wherein said inhomogeneity comprises an inhomogeneity of fusion of powder or solidification of fluid along said surfaces or said edges, and wherein said method comprises, after said step of finishing, a step of unlinking said temporary connection (140 ; 240) in order to separate said two parts (110, 160 ; 220, 230, 260). - a step of producing said article (100 ; 200) by an additive manufacturing technology, said article (100 ; 200) comprising at least two parts (110, 160 ; 220, 230, 260) having surfaces that face, at least partially, each other or having edges (111, 161 ; 211, 221, 231, 261) that face, at least partially, each other, and - a step of finishing of said article (100 ; 200), wherein said additive manufacturing technology comprising an operation of fusion of powder or of solidification of fluid, wherein said two parts (110, 160 ; 220, 230, 260) are produced together with a temporary connection (140 ; 240), said temporary connection (140 ; 240) linking said two parts, and said temporary connection (140 ; 240) comprising an inhomogeneity along said surfaces or said edges, wherein said inhomogeneity comprises an inhomogeneity of fusion of powder or solidification of fluid along said surfaces or said edges, and wherein said method comprises, after said step of finishing, a step of unlinking said temporary connection (140 ; 240) in order to separate said two parts (110, 160 ; 220, 230, 260).
A method of evaluating breast cancer of a subject, the method comprising measuring mRNA expression levels of HoxB13, IL17BR, Bub1B, CENPA, NEK2, RACGAP1, and RRM2 in a sample of ER+ breast cancer cells from the subject; calculating a ratio of expression levels of HoxB13 / IL17BR (H:I); summing the expression levels of Bub1B, CENPA, NEK2, RACGAP1, and RRM2 using coefficients to obtain an MGI index; linearly combining H:I and MGI as continuous variables to form a Breast Cancer Index (BCI) value; and classifying the sample, based on the BCI value, as indicating: (i) a low risk or a high risk of cancer recurrence in the subject, with no intermediate risk category, wherein a higher BCI value is correlated with higher risk of cancer recurrence and a lower BCI value is correlated with lower risk of cancer recurrence; or (ii) requirement or lack of requirement for treatment, wherein a lower BCI value is correlated with not requiring treatment with an aromatase inhibitor, targeted therapy or endocrine therapy after an initial treatment with an aromatase inhibitor, targeted therapy or endocrine therapy for five years or less. (i) a low risk or a high risk of cancer recurrence in the subject, with no intermediate risk category, wherein a higher BCI value is correlated with higher risk of cancer recurrence and a lower BCI value is correlated with lower risk of cancer recurrence; or (ii) requirement or lack of requirement for treatment, wherein a lower BCI value is correlated with not requiring treatment with an aromatase inhibitor, targeted therapy or endocrine therapy after an initial treatment with an aromatase inhibitor, targeted therapy or endocrine therapy for five years or less.
A magnetic toy block suitable for the composition of toy assemblies, comprising a hollow body having a first and a second shell member, in which each shell member is configured with peripheral walls having magnetic contact zones ; and in which the magnetic block comprises a plurality of magnetic elements for a magnetic connection, in respective housing seats; in which both shell members are identically configured, each shell member comprising at least one male junction element , and at least one female junction element that parallely extend inside the hollow body , in a direction parallel to a reference axis at said contact zones; in which each male junction element and each female junction element of one of the shell members is fixedly connected to a female junction element , respectively to a male junction element of the other one of shell members in an assembled condition of the toy block; characterised in that : a magnetic connection element is housed in at least one of the female junction elements of at least one of the first and second shell members ; the female junction members extending inside the hollow body of the toy block, at said magnetic contact zones from an inner surface of respective peripheral walls. in which both shell members are identically configured, each shell member comprising at least one male junction element , and at least one female junction element that parallely extend inside the hollow body , in a direction parallel to a reference axis at said contact zones; in which each male junction element and each female junction element of one of the shell members is fixedly connected to a female junction element , respectively to a male junction element of the other one of shell members in an assembled condition of the toy block; characterised in that : a magnetic connection element is housed in at least one of the female junction elements of at least one of the first and second shell members ; the female junction members extending inside the hollow body of the toy block, at said magnetic contact zones from an inner surface of respective peripheral walls. a magnetic connection element is housed in at least one of the female junction elements of at least one of the first and second shell members ; the female junction members extending inside the hollow body of the toy block, at said magnetic contact zones from an inner surface of respective peripheral walls.