mhurhangee/ep-ind-claims huggingface dataset:
An implant, comprising: a cap member comprising an internally threaded opening extending from a first end thereof; an anchor portion comprising external threads and a first end that defines a tip of the implant; and a coupling portion extending between the cap member and the anchor portion, the coupling portion including an externally threaded portion threadably coupled within the internally threaded opening of the cap member, wherein the cap member is longitudinally moveable along the coupling portion (140, 360); and characterised in that the coupling portion comprises: a breakaway portion with a circumferential groove; and a torque application feature comprising outer planar surfaces circumferentially arranged about the coupling portion. a cap member comprising an internally threaded opening extending from a first end thereof; an anchor portion comprising external threads and a first end that defines a tip of the implant; and a coupling portion extending between the cap member and the anchor portion, the coupling portion including an externally threaded portion threadably coupled within the internally threaded opening of the cap member, wherein the cap member is longitudinally moveable along the coupling portion (140, 360); and characterised in that the coupling portion comprises: a breakaway portion with a circumferential groove; and a torque application feature comprising outer planar surfaces circumferentially arranged about the coupling portion. a breakaway portion with a circumferential groove; and a torque application feature comprising outer planar surfaces circumferentially arranged about the coupling portion.
An toothpaste composition comprising: (i) 5 to 60 wt% abrasive wherein said abrasive is a calcium containing abrasive; (ii) an anionic surfactant; and, (iii) a bipolar antimicrobial particle whose precursor is an asymmetric 1:1 or 2:1:1 clay particle comprising alternating tetrahedral and octahedral sheets terminating with a tetrahedral sheet at one external surface plane and an octahedral sheet at another external surface plane with an antibacterial agent attached to the coordinating cation on one of the said external surface plane where the antibacterial agent is a quaternary ammonium material. (i) 5 to 60 wt% abrasive wherein said abrasive is a calcium containing abrasive; (ii) an anionic surfactant; and, (iii) a bipolar antimicrobial particle whose precursor is an asymmetric 1:1 or 2:1:1 clay particle comprising alternating tetrahedral and octahedral sheets terminating with a tetrahedral sheet at one external surface plane and an octahedral sheet at another external surface plane with an antibacterial agent attached to the coordinating cation on one of the said external surface plane where the antibacterial agent is a quaternary ammonium material.
A refrigeration appliance including a freezer compartment having a freezer compartment door, a refrigeration compartment having at least one refrigeration compartment door (22, 24), and a mullion that comprises an exterior surface and divides the compartments, characterized by: an exterior surface of the refrigeration appliance comprises a hydrophilic structure which directs condensation toward a transfer point; the freezer compartment door comprises a pocket with a wicking structure; the hydrophilic structure contacts the wicking structure at the transfer point when the freezer compartment door is in a closed position; and the wicking structure retracts into the pocket when the freezer compartment door is in an open position. an exterior surface of the refrigeration appliance comprises a hydrophilic structure which directs condensation toward a transfer point; the freezer compartment door comprises a pocket with a wicking structure; the hydrophilic structure contacts the wicking structure at the transfer point when the freezer compartment door is in a closed position; and the wicking structure retracts into the pocket when the freezer compartment door is in an open position.
A cosmetic composition, comprising at least these components: a. tris(hydroxymethyl)aminomethane; b. at least one amino acid; c. at least one organic phosphate ester compound selected from c1. monoester of phosphates of alkoxylated fatty alcohols, wherein the alkoxylated fatty alcohols are composed of C12 - C22 fatty alcohols alkoxylated with from 1 to 50 moles of an alkylene oxide, the number of moles of alkylene oxide with respect to the moles of fatty alcohol; c2. diester of phosphates of non-alkoxylated fatty alcohols, wherein the non-alkoxylated fatty alcohols are composed of C12 - C22 fatty alcohols; and c3. mixtures of c1 and c2; d. water; and e. at least one dye which is a primary intermediate; with the proviso that the composition does not comprise ammonia, salts of ammonia or a source of peroxy monocarbonate. a. tris(hydroxymethyl)aminomethane; b. at least one amino acid; c. at least one organic phosphate ester compound selected from c1. monoester of phosphates of alkoxylated fatty alcohols, wherein the alkoxylated fatty alcohols are composed of C12 - C22 fatty alcohols alkoxylated with from 1 to 50 moles of an alkylene oxide, the number of moles of alkylene oxide with respect to the moles of fatty alcohol; c2. diester of phosphates of non-alkoxylated fatty alcohols, wherein the non-alkoxylated fatty alcohols are composed of C12 - C22 fatty alcohols; and c3. mixtures of c1 and c2; c1. monoester of phosphates of alkoxylated fatty alcohols, wherein the alkoxylated fatty alcohols are composed of C12 - C22 fatty alcohols alkoxylated with from 1 to 50 moles of an alkylene oxide, the number of moles of alkylene oxide with respect to the moles of fatty alcohol; c2. diester of phosphates of non-alkoxylated fatty alcohols, wherein the non-alkoxylated fatty alcohols are composed of C12 - C22 fatty alcohols; and c3. mixtures of c1 and c2; d. water; and e. at least one dye which is a primary intermediate; with the proviso that the composition does not comprise ammonia, salts of ammonia or a source of peroxy monocarbonate.
An electrostatic coupling type contactless electric power supply device comprising: multiple electrodes for contactless electric power supply (41, 43) provided on a fixed section, a high-frequency power source circuit which is configured to supply high-frequency electric power of 100 KHz to MHz between the multiple electrodes for contactless electric power supply (41, 43), multiple electrodes for contactless electric power reception (61, 63, 64) for receiving high-frequency electric power in a contactless manner, each facing and separated from a respective one of the multiple electrodes for contactless electric power supply (41, 43) forming a respective capacitor and which are provided on a movable section movably mounted on the fixed section, and an electric power reception circuit which is configured to supply electric power to a current consumer on the movable section after converting the high-frequency power which the multiple electrodes for contactless electric power reception (61, 62, 63, 64) have received; characterised in that each electrode for contactless electric power supply (41, 43) and the respective electrode for contactless electric power reception (61, 62, 63, 64) have a cross section shape perpendicular to the moving direction of the movable section made from a base section (411, 431, 611, 631, 641) and multiple tooth sections (412, 432, 612, 632, 642) extending from the base section (411, 431, 611, 631, 641), and are interdigitated array electrodes in which the multiple fellow tooth sections (412, 432, 612, 632, 642) are mutually alternating and separated while fitting together; wherein in each electrode for contactless electric power reception (61, 62, 63, 64) the outer surface of the tooth section (612, 632, 642) and the lower surface of the base section (611, 631, 641) is covered with a conducting layer (613, 633, 643) which is connected as one continuous piece on the lower side of the electrode and the tooth section internal section and the upper surface of the base section (611, 631, 641) are formed from material that has a smaller specific gravity than the conducting layer (613, 633, 643). multiple electrodes for contactless electric power supply (41, 43) provided on a fixed section, a high-frequency power source circuit which is configured to supply high-frequency electric power of 100 KHz to MHz between the multiple electrodes for contactless electric power supply (41, 43), multiple electrodes for contactless electric power reception (61, 63, 64) for receiving high-frequency electric power in a contactless manner, each facing and separated from a respective one of the multiple electrodes for contactless electric power supply (41, 43) forming a respective capacitor and which are provided on a movable section movably mounted on the fixed section, and an electric power reception circuit which is configured to supply electric power to a current consumer on the movable section after converting the high-frequency power which the multiple electrodes for contactless electric power reception (61, 62, 63, 64) have received; characterised in that
A compound having formula I wherein R6 is selected from chloro, fluoro, fluoromethyl and fluoromethoxy, R7 is selected from fluoro, chloro, cyclopropyl, cyclopropyloxy, fluoromethyl, and fluoromethoxy, R8 is fluoro or methoxy, R11 is hydrogen, fluoro or methoxy, L is a bond, or a linker selected from -CH2- and -CH2-CH2-O-, X1 and X2 are independently selected from hydrogen and fluoro, and pharmaceutically acceptable salts, solvates, isotopes and cocrystals thereof. R6 is selected from chloro, fluoro, fluoromethyl and fluoromethoxy, R7 is selected from fluoro, chloro, cyclopropyl, cyclopropyloxy, fluoromethyl, and fluoromethoxy, R8 is fluoro or methoxy, R11 is hydrogen, fluoro or methoxy, L is a bond, or a linker selected from -CH2- and -CH2-CH2-O-, X1 and X2 are independently selected from hydrogen and fluoro, and pharmaceutically acceptable salts, solvates, isotopes and cocrystals thereof.
A computer-implemented method for generating anatomical data associated with a musculoskeletal joint, the method comprising: receiving as input variation data representing change with time of a musculoskeletal joint of interest caused by a musculoskeletal joint disease, wherein the variation data comprises an indication of variation with time of the shape of the musculoskeletal joint of interest caused by the musculoskeletal joint disease, wherein the musculoskeletal joint disease is osteoarthritis, and wherein the variation data is associated with a training set of data associated with individuals other than the patient having osteoarthritis; receiving as input patient data representing the musculoskeletal joint of interest of a patient at a current time, wherein the patient data representing the musculoskeletal joint of interest comprises a representation of the shape of the musculoskeletal joint of interest of the patient; and processing the variation data and the patient data to generate said anatomical data, wherein said anatomical data comprises data indicating the musculoskeletal joint of interest of the patient at a predetermined time different to the current time, wherein the anatomical data comprises data suitable for generation of a prosthesis for the musculoskeletal joint of interest of the patient. receiving as input variation data representing change with time of a musculoskeletal joint of interest caused by a musculoskeletal joint disease, wherein the variation data comprises an indication of variation with time of the shape of the musculoskeletal joint of interest caused by the musculoskeletal joint disease, wherein the musculoskeletal joint disease is osteoarthritis, and wherein the variation data is associated with a training set of data associated with individuals other than the patient having osteoarthritis; receiving as input patient data representing the musculoskeletal joint of interest of a patient at a current time, wherein the patient data representing the musculoskeletal joint of interest comprises a representation of the shape of the musculoskeletal joint of interest of the patient; and processing the variation data and the patient data to generate said anatomical data, wherein said anatomical data comprises data indicating the musculoskeletal joint of interest of the patient at a predetermined time different to the current time, wherein the anatomical data comprises data suitable for generation of a prosthesis for the musculoskeletal joint of interest of the patient.
Method for controlling a synchronous electrical machine with permanent magnet powered by a battery delivering a power supply voltage at its terminals, characterized in that it comprises: - a computation of an initial direct voltage component and of an initial quadratic voltage component in a revolving reference frame comprising a plurality of axes, - a verification of a saturation condition in which it is verified, in an orthogonal reference frame having the direct voltage components for X-axis and the quadratic voltage components for Y-axis, that the point of coordinates Vdc and Vqc is outside of a range dependent on Vbat and delimited by a contour, Vdc denoting the initial direct voltage component, Vqc denoting the initial quadratic voltage component and Vbat denoting the power supply voltage at the terminals of the battery, and, if the saturation condition is verified, - a computation of an angle α = arctan Vqc Vdc, - a generation of voltages to be applied to the electrical machine if a varies negatively and Vdc is positive or if α varies positively and Vdc is negative, by determining the point of intersection between said contour and the straight line passing through the origin of the orthogonal reference frame and said point of coordinates Vdc and Vqc, the direct voltage component to be applied then being the X-axis of the intersection and the quadratic voltage component to be applied then being the Y-axis of the intersection, whereas, if these conditions on the angle α and the voltage Vdc are not verified, then the voltages already applied in the preceding implementation of the method are applied. - a computation of an initial direct voltage component and of an initial quadratic voltage component in a revolving reference frame comprising a plurality of axes, - a verification of a saturation condition in which it is verified, in an orthogonal reference frame having the direct voltage components for X-axis and the quadratic voltage components for Y-axis, that the point of coordinates Vdc and Vqc is outside of a range dependent on Vbat and delimited by a contour, Vdc denoting the initial direct voltage component, Vqc denoting the initial quadratic voltage component and Vbat denoting the power supply voltage at the terminals of the battery, and, if the saturation condition is verified, - a computation of an angle α = arctan Vqc Vdc, - a generation of voltages to be applied to the electrical machine if a varies negatively and Vdc is positive or if α varies positively and Vdc is negative, by determining the point of intersection between said contour and the straight line passing through the origin of the orthogonal reference frame and said point of coordinates Vdc and Vqc, the direct voltage component to be applied then being the X-axis of the intersection and the quadratic voltage component to be applied then being the Y-axis of the intersection, whereas, if these conditions on the angle α and the voltage Vdc are not verified, then the voltages already applied in the preceding implementation of the method are applied.
Method for manufacturing an uncured blank of a vehicle tyre, wherein a strip of rubber is extruded and is made to pass between two members (18, 10), one of which forms a roller for extruding the strip, such that the faces (21, 23) of the strip, forming one and the same section of the strip in a plane perpendicular to a direction of travel of the strip and pressing simultaneously against the respective members, are driven at linear speeds (V r, V t) that differ from one another, and that the members (18, 10) stretch the strip between them.
Respiratory face mask providing physiological protection, particularly for aircraft crew, comprising; - an oronasal face cover adapted for being connected to a breathing gas source, - a semi-flexible lip including an edge adapted for positioning the oronasal face cover on the face of a user, and - hygienic protection means placed, removably, at least partially in the mask and including a first part (4a, 4c, 4d) providing hygienic protection and a second part securing the hygienic protection means in the mask, this second part engaging elastically with the semi-flexible lip or the face cover, said mask is characterised in that the first and second parts of the hygienic protection means comprise different materials. - an oronasal face cover adapted for being connected to a breathing gas source, - a semi-flexible lip including an edge adapted for positioning the oronasal face cover on the face of a user, and - hygienic protection means placed, removably, at least partially in the mask and including a first part (4a, 4c, 4d) providing hygienic protection and a second part securing the hygienic protection means in the mask, this second part engaging elastically with the semi-flexible lip or the face cover, said mask is characterised in that the first and second parts of the hygienic protection means comprise different materials.
A hinge, comprising: a hinge body forming a middle portion extending between a first strut and a second strut along a length of the hinge body, the middle portion adapted to bend from the neutral longitudinal axis when the first end and the second end are parallel to one another to an angular range of motion in which the first end is arranged among a plurality of angles within the angular range relative to the second end; wherein the hinge body is continuously formed from a polymeric material from the first end to the second end of the hinge and forms a monolithic structure; wherein the middle portion defines a first set of hinge elements, with each first hinge element adapted to facilitate and reinforce bending of the middle portion, and the middle portion defines a second set of hinge elements, with each second hinge element adapted to facilitate and reinforce bending of the middle portion on an opposed side of the first set of hinge elements, the first set of hinge elements and the second set of hinge elements extends along the first and second longitudinal edges, respectively, of the hinge body on opposed sides of the neutral axis; wherein the first set of hinge elements are geometrically configured to interfere with one another according to predetermined degree of bending to limit the angular range of motion; and wherein the hinge elements (214, 216) of the first set of hinge elements and second set of hinge elements are geometrically configured differently from each other. a hinge body forming a middle portion extending between a first strut and a second strut along a length of the hinge body, the middle portion adapted to bend from the neutral longitudinal axis when the first end and the second end are parallel to one another to an angular range of motion in which the first end is arranged among a plurality of angles within the angular range relative to the second end; wherein the hinge body is continuously formed from a polymeric material from the first end to the second end of the hinge and forms a monolithic structure; wherein the middle portion defines a first set of hinge elements, with each first hinge element adapted to facilitate and reinforce bending of the middle portion, and the middle portion defines a second set of hinge elements, with each second hinge element adapted to facilitate and reinforce bending of the middle portion on an opposed side of the first set of hinge elements, the first set of hinge elements and the second set of hinge elements extends along the first and second longitudinal edges, respectively, of the hinge body on opposed sides of the neutral axis; wherein the first set of hinge elements are geometrically configured to interfere with one another according to predetermined degree of bending to limit the angular range of motion; and wherein the hinge elements (214, 216) of the first set of hinge elements and second set of hinge elements are geometrically configured differently from each other.
A terminal device, comprising: a metal frame with at least two slots disposed on a side of the metal frame, at least two antenna feedpoints being disposed on an inner side wall of the metal frame, and different antenna feedpoints in the at least two antenna feedpoints being located on side edges of different slots; a signal reflection wall being further disposed inside the terminal device, a gap existing between the signal reflection wall and the at least two slots, and the signal reflection wall being formed by a metal outer wall of a battery of the terminal device; and the metal frame and the signal reflection wall being both electrically connected to a ground plate of the terminal device. a metal frame with at least two slots disposed on a side of the metal frame, at least two antenna feedpoints being disposed on an inner side wall of the metal frame, and different antenna feedpoints in the at least two antenna feedpoints being located on side edges of different slots; a signal reflection wall being further disposed inside the terminal device, a gap existing between the signal reflection wall and the at least two slots, and the signal reflection wall being formed by a metal outer wall of a battery of the terminal device; and the metal frame and the signal reflection wall being both electrically connected to a ground plate of the terminal device.
A method of vibro-treating an object, the method comprising: controlling a relative displacement between a vibro-treating media and a surface area of the object to provide a vibro-treating effect, the vibro-treating effect comprising imparting a layer of compressive residual stress onto the surface area of the object; and, controlling substantially vertical movement of the object relative to a surface of the vibro-treating media whilst controlling the relative displacement between the vibro-treating media and the surface area of the object, according to one or more pre-determined conditions, to provide a substantially even vibro-treating condition over the surface area of the object, the substantially even vibro-treating condition comprising a substantially even layer of compressive residual stress; wherein controlling movement of the object relative to the surface of the vibro-treating media comprises at least partially inserting the surface area of the object within and/or partially withdrawing the surface area of the object from the vibro-treating media; characterised in that the object is inserted and/ or withdrawn from the vibro-treating media over a time period of between 0.1 to 5 times the saturation time of the object. controlling a relative displacement between a vibro-treating media and a surface area of the object to provide a vibro-treating effect, the vibro-treating effect comprising imparting a layer of compressive residual stress onto the surface area of the object; and, controlling substantially vertical movement of the object relative to a surface of the vibro-treating media whilst controlling the relative displacement between the vibro-treating media and the surface area of the object, according to one or more pre-determined conditions, to provide a substantially even vibro-treating condition over the surface area of the object, the substantially even vibro-treating condition comprising a substantially even layer of compressive residual stress; wherein controlling movement of the object relative to the surface of the vibro-treating media comprises at least partially inserting the surface area of the object within and/or partially withdrawing the surface area of the object from the vibro-treating media; characterised in that the object is inserted and/ or withdrawn from the vibro-treating media over a time period of between 0.1 to 5 times the saturation time of the object.