mhurhangee/patent-ind-claim-en huggingface dataset:
An anchor tool for positioning downhole, comprising: a body configured to be disposed within a conduit in a wellbore; one or more blades configured to move radially relative to the body , wherein at least one of the one or more blades comprises a key having a fixed protrusion configured to match a corresponding groove of an anchor sub receptacle within the conduit , and at least one of the one or more blades comprises a sliding protrusion configured to move radially and axially relative to the body , or a pivoting protrusion configured to rotate about a connection to the at least one of the one or more blades ; and a locking mechanism comprising a first state and a second state, wherein the first state permits radial movement of the one or more blades relative to the body of the anchor tool and the second state inhibits radial movement of the one or more blades relative to the body of the anchor tool , and wherein the locking mechanism is configured to switch to the second state from the first state via movement of the sliding protrusion or rotation of the pivoting protrusion as soon as the fixed protrusion extends into the corresponding groove of the anchor sub receptacle . a body configured to be disposed within a conduit in a wellbore; one or more blades configured to move radially relative to the body , wherein at least one of the one or more blades comprises a key having a fixed protrusion configured to match a corresponding groove of an anchor sub receptacle within the conduit , and at least one of the one or more blades comprises a sliding protrusion configured to move radially and axially relative to the body , or a pivoting protrusion configured to rotate about a connection to the at least one of the one or more blades ; and a locking mechanism comprising a first state and a second state, wherein the first state permits radial movement of the one or more blades relative to the body of the anchor tool and the second state inhibits radial movement of the one or more blades relative to the body of the anchor tool , and wherein the locking mechanism is configured to switch to the second state from the first state via movement of the sliding protrusion or rotation of the pivoting protrusion as soon as the fixed protrusion extends into the corresponding groove of the anchor sub receptacle .
Device for in situ analysis of radioactive waste containing the chlorine-36 isotope, characterised in that it includes: - a holder for said waste ; - an array of at least two detectors configured to detect coincidences of gamma rays of 511 KeV emitted by said waste; - said holder and said array being movable in relation to one another; - measuring means for determining, at least on the basis of the measurement of these coincidences, the chlorine-36 content in said waste , and that - said measuring means comprise at least a processor and a controlling computer that carry out control of said detectors, coincidence acquisition procedures and management, processing of the data collected and display of results, these measuring means being configured to identify and quantify the coincidences of gamma rays emitted by other atomic species than chlorine-36, and to subtract this quantification from the total sum of the coincidences. - a holder for said waste ; - an array of at least two detectors configured to detect coincidences of gamma rays of 511 KeV emitted by said waste; - said holder and said array being movable in relation to one another; - measuring means for determining, at least on the basis of the measurement of these coincidences, the chlorine-36 content in said waste , and that - said measuring means comprise at least a processor and a controlling computer that carry out control of said detectors, coincidence acquisition procedures and management, processing of the data collected and display of results, these measuring means being configured to identify and quantify the coincidences of gamma rays emitted by other atomic species than chlorine-36, and to subtract this quantification from the total sum of the coincidences.
A vehicle control system , which is configured to control at least any one of characteristics of a speed change, a driving force, a steering and a suspension, on the basis of a detection value of longitudinal acceleration (Gx) of a vehicle , and a parameter which is varied by an operation to increase the driving force of the vehicle executed by a driver, wherein the detection value and the parameter are weighted individually; and a weight on the parameter is reduced in case a weight on the detection value of the longitudinal acceleration (Gx) is increased, and the weight on the parameter is increased in case the weight on the detection value of the longitudinal acceleration (Gx) is reduced. the detection value and the parameter are weighted individually; and a weight on the parameter is reduced in case a weight on the detection value of the longitudinal acceleration (Gx) is increased, and the weight on the parameter is increased in case the weight on the detection value of the longitudinal acceleration (Gx) is reduced.
An ice maker comprising: an ice tray for receiving water to form ice; an ejector rotatably provided and for rotating the ice formed by the ice tray to discharge the ice from the ice tray ; and a motor capable of rotating the ejector in forward and backward rotational directions, wherein a lower portion of the ice tray includes first guide ribs to be extended in a forward and backward direction of the ice maker to enable heat exchange with cool air supplied from a cool air guide , and second guide ribs to be extended in a left and right direction of the ice maker, characterized in that the left and right direction of the ice maker is in parallel with a direction in which cool air supplied from the cool air guide moves, the forward and backward direction of the ice maker is vertical to the left and right direction of the ice maker, and a first guide rib is arranged in a first area of the ice tray adjacent to the cool air guide, and first and second guide ribs are arranged in a second area of the ice tray more distant from the cool air guide than the first area. an ice tray for receiving water to form ice; an ejector rotatably provided and for rotating the ice formed by the ice tray to discharge the ice from the ice tray ; and a motor capable of rotating the ejector in forward and backward rotational directions, wherein a lower portion of the ice tray includes first guide ribs to be extended in a forward and backward direction of the ice maker to enable heat exchange with cool air supplied from a cool air guide , and second guide ribs to be extended in a left and right direction of the ice maker, characterized in that the left and right direction of the ice maker is in parallel with a direction in which cool air supplied from the cool air guide moves, the forward and backward direction of the ice maker is vertical to the left and right direction of the ice maker, and a first guide rib is arranged in a first area of the ice tray adjacent to the cool air guide, and first and second guide ribs are arranged in a second area of the ice tray more distant from the cool air guide than the first area.
A diving mask comprising a rigid frame , at least one lens and a face mask made of soft and elastically yielding material fixed to said frame , said face mask being adapted to close the eyes and nose of the diver while leaving his/her mouth outside of said face mask, said face mask having a front hollow projection for housing the nose of the diver and a rear perimeter profile applicable in an airtight way to the face of the diver so as to delimit an internal space between said mask and the face of the diver, wherein the internal surface of said face mask has at least one rib of constant thickness that surrounds said front hollow projection for housing the nose, said at least one rib having a base end and an apical end and being configured so as to divide said internal space in an airtight way into a first zone behind said at least one lens and a second zone including said front hollow projection for housing the nose, said at least one rib preventing any emission from the nose of the diver to come into contact with the rear face of said at least one lens , said at least one rib having a height, meaning the distance between said base end and said apical end , which increases gradually in the direction from the lower edge to the upper edge of said face mask .
A clamping mechanism for clamping a flexible tube to be provided, the clamping mechanism comprising: two rotatable bobbins , each bobbin comprising a tube-engaging surface portion , wherein the tube-engaging surface portions define boundaries of a free space between the bobbins through which a tube may extend, and wherein at least one tube-engaging surface portion has a shape that changes around at least part of a circumference of the bobbin, such that axial rotation of the bobbins reduces the free space to allow a tube provided in the free space to be squeezed by an amount dependent on the rotation of the bobbins , so as to deform a tube sufficiently to affect flow through the tube; a flow sensor configured to determine a flow value indicative of a flow rate through the tube to be provided; and a controller configured to process the flow value, and to control the clamping mechanism to alter the flow restriction on the tube to maintain a flow rate that does not exceed a restriction threshold, wherein the controller comprises control logic that allows: i) a position along the tube-engaging surface portion; and/or ii) a degree of bobbin rotation to be related to a flow rate through the tube . two rotatable bobbins , each bobbin comprising a tube-engaging surface portion , wherein the tube-engaging surface portions define boundaries of a free space between the bobbins through which a tube may extend, and wherein at least one tube-engaging surface portion has a shape that changes around at least part of a circumference of the bobbin, such that axial rotation of the bobbins reduces the free space to allow a tube provided in the free space to be squeezed by an amount dependent on the rotation of the bobbins , so as to deform a tube sufficiently to affect flow through the tube; a flow sensor configured to determine a flow value indicative of a flow rate through the tube to be provided; and a controller configured to process the flow value, and to control the clamping mechanism to alter the flow restriction on the tube to maintain a flow rate that does not exceed a restriction threshold, wherein the controller comprises control logic that allows: i) a position along the tube-engaging surface portion; and/or ii) a degree of bobbin rotation i) a position along the tube-engaging surface portion; and/or ii) a degree of bobbin rotation to be related to a flow rate through the tube .
Method for adjusting a pivot angle of at least one of at least two headlamps with an asymmetric low beam while a vehicle is driving around a corner, where - a course of a first lane line is determined - an anticipatory distance (d) is specified - a first point of contact is determined in which a first tangent contacts the lane line - it is then determined whether the first point of contact is further away from the vehicle than the anticipatory distance (d), characterised in that - the anticipatory distance (d) is specified as a reference headlamp range of the first headlamp - the first point of contact of the first tangent is determined by the first tangent from the first headlamp being placed at the first lane line and - if the first point of contact is not further away than the anticipatory distance (d), the first headlamp is adjusted in such a way that a projection of an intersection point of a horizontal part of a light/dark cut-off line of the first headlamp and a rising branch of the light/dark cut-off line of the first headlamp falls onto the road in a plane in front of the vehicle and vertically to the vehicle's longitudinal axis in a circle with a designated radius around the first point of contact . - a course of a first lane line is determined - an anticipatory distance (d) is specified - a first point of contact is determined in which a first tangent contacts the lane line - it is then determined whether the first point of contact is further away from the vehicle than the anticipatory distance (d), - the anticipatory distance (d) is specified as a reference headlamp range of the first headlamp - the first point of contact of the first tangent is determined by the first tangent from the first headlamp being placed at the first lane line and - if the first point of contact is not further away than the anticipatory distance (d), the first headlamp is adjusted in such a way that a projection of an intersection point of a horizontal part of a light/dark cut-off line of the first headlamp and a rising branch of the light/dark cut-off line of the first headlamp falls onto the road in a plane in front of the vehicle and vertically to the vehicle's longitudinal axis in a circle with a designated radius around the first point of contact .
A bag in box container comprising: a tap dispenser engaged with said bag in box container; a front panel that is a dispensing side of said bag in box container, a rear panel opposite said front panel, opposing side panels connecting said front panel to said rear panel, a bottom panel below said tap dispenser, and a top panel opposite said bottom panel, wherein said front panel, said rear panel, said side panels, said top panel, and said bottom panel define an interior space ; a dosing cup housed in said interior space, wherein said dosing cup comprises a closed end and an open end and a peripheral wall extending from said closed end to said open end; a predetermined removable portion in or facing said top panel, characterised in that when said predetermined removable portion is removed a dosing cup holder opening is opened and said dosing cup holder opening is sized and dimensioned such that said closed end can pass through said dosing cup holder opening and into said interior space and said open end is exterior to said bag in box container when said dosing cup is seated in said dosing cup holder opening, wherein said dosing cup holder opening comprises an open axis sized and dimensioned to receive index, middle, ring, and little fingers arranged in an extended side by side relationship of an individual adult human hand. a tap dispenser engaged with said bag in box container; a front panel that is a dispensing side of said bag in box container, a rear panel opposite said front panel, opposing side panels connecting said front panel to said rear panel, a bottom panel below said tap dispenser, and a top panel opposite said bottom panel, wherein said front panel, said rear panel, said side panels, said top panel, and said bottom panel define an interior space ; a dosing cup housed in said interior space, wherein said dosing cup comprises a closed end and an open end and a peripheral wall extending from said closed end to said open end; a predetermined removable portion in or facing said top panel, characterised in that when said predetermined removable portion is removed a dosing cup holder opening is opened and said dosing cup holder opening is sized and dimensioned such that said closed end can pass through said dosing cup holder opening and into said interior space and said open end is exterior to said bag in box container when said dosing cup is seated in said dosing cup holder opening, wherein said dosing cup holder opening comprises an open axis sized and dimensioned to receive index, middle, ring, and little fingers arranged in an extended side by side relationship of an individual adult human hand.
Electric bicycle , comprising an electric motor connected to a wheel of the bicycle, a battery electrically connected to the electric motor to supply electric energy to the electric motor, a plurality of sensors adapted to detect operating parameters of the bicycle , a user control system adapted to allow a biker to provide information necessary to control the electric motor , and a control unit operatively connected to the electric motor , to the plurality of sensors and to the user control system to control the electric power of the electric motor in response to signals received from at least one sensor of said plurality of sensors and from the user control system , wherein the control unit comprises a memory unit wherein a plurality of control logics (L1, L2, L3, L4) for controlling the electric motor are stored, and wherein the control unit is configured to - assign a weight to each control logic of said plurality of control logics (L1, L2, L3, L4) according to data received from the plurality of sensors and/or from the user control system , - update the control logic weights based on updated data received from the sensors and/or the user control system , and - dynamically select the control logic with the highest weight, - control the electric motor according to the selected control logic; characterized in that the control unit assigns the weights to said plurality of control logics according to a fuzzy logic. an electric motor connected to a wheel of the bicycle, a battery electrically connected to the electric motor to supply electric energy to the electric motor, a plurality of sensors adapted to detect operating parameters of the bicycle , a user control system adapted to allow a biker to provide information necessary to control the electric motor , and a control unit operatively connected to the electric motor , to the plurality of sensors and to the user control system to control the electric power of the electric motor in response to signals received from at least one sensor of said plurality of sensors and from the user control system , wherein the control unit comprises a memory unit wherein a plurality of control logics (L1, L2, L3, L4) for controlling the electric motor are stored, and wherein the control unit is configured to - assign a weight to each control logic of said plurality of control logics (L1, L2, L3, L4) according to data received from the plurality of sensors and/or from the user control system , - update the control logic weights based on updated data received from the sensors and/or the user control system , and - dynamically select the control logic with the highest weight, - control the electric motor according to the selected control logic; - assign a weight to each control logic of said plurality of control logics (L1, L2, L3, L4) according to data received from the plurality of sensors and/or from the user control system , - update the control logic weights based on updated data received from the sensors and/or the user control system , and - dynamically select the control logic with the highest weight, - control the electric motor according to the selected control logic;
An infrared-reflective coating composition comprising: a scale-like infrared-reflective pigment ; and a resin component, wherein the infrared-reflective pigment consists of a layered body comprising either one metal thin film layer and two transparent dielectric layers , or two metal thin film layers and three transparent dielectric layers , wherein the metal thin film layer or layers and the transparent dielectric layer or layers are layered in an alternate fashion with the dielectric layer on the outermost layer; the dielectric layer consists of one or more materials selected from the group consisting of titanium dioxide, niobium pentoxide, cerium oxide, tin-doped indium oxide, zinc oxide and tin oxide; the metal thin film layer consists of a silver compound; a film thickness of the metal thin film layer is 5 to 15 nm; a film thickness of the dielectric layer is ((Nλ)/ ) ± 20 nm (N = 1, 2 or 3) wherein wavelength λ of incident light in and around a visible light region is 250 to 980 nm, and r is a refractive index of the dielectric layer ; and a proportion of the infrared-reflective pigment having a particle diameter of 1 μm or smaller in respect to the total infrared-reflective pigment is 10% by volume or smaller. a scale-like infrared-reflective pigment ; and a resin component, wherein the infrared-reflective pigment consists of a layered body comprising either one metal thin film layer and two transparent dielectric layers , or two metal thin film layers and three transparent dielectric layers , wherein the metal thin film layer or layers and the transparent dielectric layer or layers are layered in an alternate fashion with the dielectric layer on the outermost layer; the dielectric layer consists of one or more materials selected from the group consisting of titanium dioxide, niobium pentoxide, cerium oxide, tin-doped indium oxide, zinc oxide and tin oxide; the metal thin film layer consists of a silver compound; a film thickness of the metal thin film layer is 5 to 15 nm; a film thickness of the dielectric layer is ((Nλ)/ ) ± 20 nm (N = 1, 2 or 3) wherein wavelength λ of incident light in and around a visible light region is 250 to 980 nm, and r is a refractive index of the dielectric layer ; and a proportion of the infrared-reflective pigment having a particle diameter of 1 μm or smaller in respect to the total infrared-reflective pigment is 10% by volume or smaller.
A reflecting device , wherein the reflecting device comprises a first optical element and a second optical element ; the first optical element and the second optical element are both transparent; the second optical element has a side wall and a light emergent port ; the side wall encloses an optical space in communication with the light emergent port ; the first optical element is surrounded by the side wall of the second optical element and extends into the optical space; the first optical element has a light incident surface and a light emergent surface ; and the light incident surface encloses an accommodating chamber , characterised in that the side wall has an inner surface , an outer surface as well as an upper end portion and a lower end portion; the outer surface comprises a plurality of successively arranged sawtooth structures ; each of the sawtooth structures has a first reflecting surface and a second reflecting surface intersected with each other; and two ends of each of the sawtooth structures extend towards the upper end portion and the lower end portion, respectively, wherein the inner surface includes a plurality of successively arranged microstructures each having a circular arc surface and wherein a rounded corner is formed at an intersection line between the first reflecting surface and the second reflecting surface of each of the sawtooth structures of the second optical element . the first optical element and the second optical element are both transparent; the second optical element has a side wall and a light emergent port ; the side wall encloses an optical space in communication with the light emergent port ; the first optical element is surrounded by the side wall of the second optical element and extends into the optical space; the first optical element has a light incident surface and a light emergent surface ; and the light incident surface encloses an accommodating chamber , characterised in that the side wall has an inner surface , an outer surface as well as an upper end portion and a lower end portion; the outer surface comprises a plurality of successively arranged sawtooth structures ; each of the sawtooth structures has a first reflecting surface and a second reflecting surface intersected with each other; and two ends of each of the sawtooth structures extend towards the upper end portion and the lower end portion, respectively, wherein the inner surface includes a plurality of successively arranged microstructures each having a circular arc surface and wherein a rounded corner is formed at an intersection line between the first reflecting surface and the second reflecting surface of each of the sawtooth structures of the second optical element .