mhurhangee/patent-ind-claim-en huggingface dataset:
A ceiling fan blade structure, comprising: at least one fan blade provided with a first inserting portion ; and a mounting plate provided with a second inserting portion and configured to be detachably connected with the fan blade by a fit between the first inserting portion and the second inserting portion ; wherein the first inserting portion comprises two elastic snaps and one position limiting block , the position limiting block being located between the two elastic snaps , and the second inserting portion comprises two snap grooves and one position limiting groove , the position limiting groove being located between the two snap grooves ; and characterized in that the position limiting groove and the two snap grooves are all configured as through grooves; and the mounting plate is formed with a protrusive plate protruding outwards, and the protrusive plate is bent to form the position limiting groove and the two snap grooves . at least one fan blade provided with a first inserting portion ; and a mounting plate provided with a second inserting portion and configured to be detachably connected with the fan blade by a fit between the first inserting portion and the second inserting portion ; wherein the first inserting portion comprises two elastic snaps and one position limiting block , the position limiting block being located between the two elastic snaps , and the second inserting portion comprises two snap grooves and one position limiting groove , the position limiting groove being located between the two snap grooves ; and characterized in that the position limiting groove and the two snap grooves are all configured as through grooves; and the mounting plate is formed with a protrusive plate protruding outwards, and the protrusive plate is bent to form the position limiting groove and the two snap grooves .
A device for ultrasonic cutting of workpieces , having a cutting guide device , a cutting edge , held on the cutting guide device , with a longitudinal cutting axis , an ultrasonic generator for setting the cutting edge into an oscillating motion and a control unit for moving the cutting guide device for moving the cutting edge on a cutting path in a cutting direction relative to the workpiece which is to be cut, characterised in that the device has a first force measurement device for measuring an actual lateral force (K) acting on the cutting edge transversely to the longitudinal cutting axis and also transversely to the cutting direction , wherein the first force measurement device is coupled with the control unit for relaying actual lateral force measured values to the control unit , and wherein the control unit is designed to change at least one cutting parameter of the device dependent on the measured actual lateral force (K).
A connector including a plurality of electrically conducting contacts and to be fitted in a fitting direction (D3) to another connector , said connector to be fixed to a substrate and comprising: a fixing insulator having a frame shape; a plurality of metal fittings that are disposed at both ends of said fixing insulator in a contact array direction (D1) in which said contacts are arrayed, and that are provided inside said fixing insulator ; and a movable insulator that is disposed inside said fixing insulator , that is connected to said fixing insulator through elastic deformation portions of said contacts , and that is movable at least in a direction perpendicular to the fitting direction (D3) by elastic deformation of said elastic deformation portions , wherein a lock portion is disposed at one end of the movable insulator in the contact array direction (D1) and another lock portion at the other end of the movable insulator in the contact array direction (D1) such that the lock portions face the respective metal fittings , wherein the metal fittings are locked with the fixing insulator in a state of being disposed inside the fixing insulator and are provided in a state of being not exposed on a surface at a fitting side of the fixing insulator , and wherein both ends of said movable insulator are formed to be wider than a central part of said movable insulator in a width direction (D2) orthogonal to said contact array direction (D1), on a plane perpendicular to said fitting direction (D3), characterized in that each lock portion is adapted to be inserted between a respective insulator support portion of the metal fitting and a substrate surface of the substrate . a fixing insulator having a frame shape; a plurality of metal fittings that are disposed at both ends of said fixing insulator in a contact array direction (D1) in which said contacts are arrayed, and that are provided inside said fixing insulator ; and a movable insulator that is disposed inside said fixing insulator , that is connected to said fixing insulator through elastic deformation portions of said contacts , and that is movable at least in a direction perpendicular to the fitting direction (D3) by elastic deformation of said elastic deformation portions , wherein a lock portion is disposed at one end of the movable insulator in the contact array direction (D1) and another lock portion at the other end of the movable insulator in the contact array direction (D1) such that the lock portions face the respective metal fittings , wherein the metal fittings are locked with the fixing insulator in a state of being disposed inside the fixing insulator and are provided in a state of being not exposed on a surface at a fitting side of the fixing insulator , and wherein both ends of said movable insulator are formed to be wider than a central part of said movable insulator in a width direction (D2) orthogonal to said contact array direction (D1), on a plane perpendicular to said fitting direction (D3), characterized in that each lock portion is adapted to be inserted between a respective insulator support portion of the metal fitting and a substrate surface of the substrate .
A stator vane for a gas turbine engine , comprising: an airfoil extending between a first platform and a second platform , the airfoil including a core extending relatively orthogonal to the first platform and the second platform at least one of the first platform or the second platform comprising a frustic load transmission feature , wherein the frustic load transmission feature comprises at least a first angular surface disposed proximate a platform edge, wherein the first angular surface is defined by a non-orthogonal angle θ with respect to a radially outer platform surface , wherein the angle θ is 45°±15°, wherein the first platform and the second platform comprise a plurality of platform layers , wherein the first angular surface of the frustic load transmission feature is formed in the plurality of platform layers , wherein the frustic load transmission feature further comprises a facial overwrap layer over the plurality of platform layers , and wherein the facial overwrap layer extends over the frustic load transmission feature . an airfoil extending between a first platform and a second platform , the airfoil including a core extending relatively orthogonal to the first platform and the second platform at least one of the first platform or the second platform comprising a frustic load transmission feature , wherein the frustic load transmission feature comprises at least a first angular surface disposed proximate a platform edge, wherein the first angular surface is defined by a non-orthogonal angle θ with respect to a radially outer platform surface , wherein the angle θ is 45°±15°, wherein the first platform and the second platform comprise a plurality of platform layers , wherein the first angular surface of the frustic load transmission feature is formed in the plurality of platform layers , wherein the frustic load transmission feature further comprises a facial overwrap layer over the plurality of platform layers , and wherein the facial overwrap layer extends over the frustic load transmission feature .
An apparatus comprising a controller ; wherein the controller is configured to identify user data assigned to be stored in a storage drive of the apparatus, encrypt the user data, identify a system data structure generated in relation to the user data, and encrypt the system data structure; wherein the system data structure comprises metadata that describes the user data; generate a packet comprising a header area and a payload area; encapsulate the encrypted user data in the payload area; characterized in that the controller is further configured to: identify header data of the packet that reveals information about the encrypted user data encrypt the header data; put the encrypted header data in the header area of the packet; and store the encrypted user data, the encrypted system data structure and the packet in the storage drive. identify header data of the packet that reveals information about the encrypted user data encrypt the header data; put the encrypted header data in the header area of the packet; and store the encrypted user data, the encrypted system data structure and the packet in the storage drive.
An oral care implement comprising: a handle ; a head connected to the handle, the head formed by a plurality of segments (140-145) constructed of a rigid material, the plurality of segments including a first segment and a second segment , each of the first and second segments comprising a front surface , wherein the first and second segments are spaced apart so that a channel exists between the first and second segments; an elastomeric material in the channel connecting the first and second segments , the first and second segments being flexible relative to one another between a normal state and a flexed state; and characterized by comprising: an elastomeric cleaning element comprising: a base portion connected to and extending from the elastomeric material disposed in the channel , the base portion overlying a portion of each of the front surfaces of the first and second segments when the first and second segments are in the normal state; and an upper portion extending from the base portion . a handle ; a head connected to the handle, the head formed by a plurality of segments (140-145) constructed of a rigid material, the plurality of segments including a first segment and a second segment , each of the first and second segments comprising a front surface , wherein the first and second segments are spaced apart so that a channel exists between the first and second segments; an elastomeric material in the channel connecting the first and second segments , the first and second segments being flexible relative to one another between a normal state and a flexed state; and characterized by comprising: an elastomeric cleaning element comprising: a base portion connected to and extending from the elastomeric material disposed in the channel , the base portion overlying a portion of each of the front surfaces of the first and second segments when the first and second segments are in the normal state; and an upper portion extending from the base portion .
A soundproofing material comprising a porous body having a cell structure and comprising inorganic fibers other than asbestos, wherein an average cell diameter is more than 300 μm and 1000 μm or less, as determined by cutting a sample from the soundproofing material, taking an X-ray transmission image at a resolution of 5 μm/pixel using an X-ray Micro-CT scanner and synthesizing a three-dimensional image from the taken X-ray transmission image using software NRrecon and DATAVIEWER to form a cross section image of the inside of the sample, a bulk density is 0.007 to 0.024 g/cm 3 , and a flow resistivity is 170,000 to 2,000,000 Ns/m 4 , as determined by measuring a differential pressure between the front and the rear of the soundproofing material with air flowing therethrough, obtained from the following equation: σ = Δ P / V ⋅ L wherein σ is the flow resistivity [N·s/m 4 ] of the soundproofing material, V is an air flow velocity (m/s) in the soundproofing material, ΔP is a differential pressure (Pa) between the front and the rear of the soundproofing material, and L is a thickness (m) of the soundproofing material. an average cell diameter is more than 300 μm and 1000 μm or less, as determined by cutting a sample from the soundproofing material, taking an X-ray transmission image at a resolution of 5 μm/pixel using an X-ray Micro-CT scanner and synthesizing a three-dimensional image from the taken X-ray transmission image using software NRrecon and DATAVIEWER to form a cross section image of the inside of the sample, a bulk density is 0.007 to 0.024 g/cm 3 , and a flow resistivity is 170,000 to 2,000,000 Ns/m 4 , as determined by measuring a differential pressure between the front and the rear of the soundproofing material with air flowing therethrough, obtained from the following equation: σ = Δ P / V ⋅ L wherein σ is the flow resistivity [N·s/m 4 ] of the soundproofing material, V is an air flow velocity (m/s) in the soundproofing material, ΔP is a differential pressure (Pa) between the front and the rear of the soundproofing material, and L is a thickness (m) of the soundproofing material.
A system for treating tissue, the system comprising: a probe , the probe comprising: a treatment device including a needle; and an imaging transducer configured to produce an image field; and a system controller said system controller comprising: a screen for causing an image field produced by the imaging transducer of the probe to be displayed on the screen , wherein the system controller is configured to cause the image field to be overlaid with projected treatment information, wherein the projected treatment information comprises a projected safety boundary and a projected treatment boundary such that a user can manipulate the probe to place a sensitive anatomical structure outside of the projected safety boundary on the screen , and wherein the system controller is adapted to: receive input identifying the position of the needle; calculate or recalculate the projected safety boundary and the projected treatment boundary based on the needle position; and display the calculated or recalculated projected safety boundary and projected treatment boundary on the screen. a probe , the probe comprising: a treatment device including a needle; and an imaging transducer configured to produce an image field; and a treatment device including a needle; and an imaging transducer configured to produce an image field; and a system controller said system controller comprising: a screen for causing an image field produced by the imaging transducer of the probe to be displayed on the screen , wherein the system controller is configured to cause the image field to be overlaid with projected treatment information, wherein the projected treatment information comprises a projected safety boundary and a projected treatment boundary such that a user can manipulate the probe to place a sensitive anatomical structure outside of the projected safety boundary on the screen , and wherein the system controller is adapted to: receive input identifying the position of the needle; calculate or recalculate the projected safety boundary and the projected treatment boundary based on the needle position; and display the calculated or recalculated projected safety boundary and projected treatment boundary on the screen. receive input identifying the position of the needle; calculate or recalculate the projected safety boundary and the projected treatment boundary based on the needle position; and display the calculated or recalculated projected safety boundary and projected treatment boundary on the screen.
A decorative panel for electronic household appliances, having an operational front face and an operational rear face, the operational front face being the outer surface in the installed state and the operating rear face being the inner surface in the installed state, comprising a basic body made of thermally toughened flat glass made of soda-lime glass having a thickness from 2 to 8 mm; characterized in that it comprises at least one digital print on the operational rear face; and in that - at least one depression is provided on the operational front face of the decorative panel, which depression has a digital print; and/or - at least one raised area of at least 250 μm in height is provided and at least one area outside the raised area has at least one digital print. - at least one depression is provided on the operational front face of the decorative panel, which depression has a digital print; and/or - at least one raised area of at least 250 μm in height is provided and at least one area outside the raised area has at least one digital print.
A test method for evaluating a surface state of a dispensing probe included in an automatic analyzing device that dispenses a liquid sample, the test method comprising the following steps in the following order: a step (S301) of dispensing a first test solution in which an acidic pigment is dissolved; a step of cleaning the dispensing probe a step (S302) of dispensing a second test solution in which no acidic pigment is dissolved; a step (S303) of cleaning the dispensing probe ; a step (S304) of dispensing the solution into which the pigment is carried into a reaction vessel by using the dispensing probe ; a measuring step (S306) of measuring an absorbance of the solution into which the acidic pigment is carried; a pigment amount calculating step (S307) of calculating an amount of acidic pigment carried from the acidic pigment remaining on the dispensing probe into the second test solution; and a step of evaluating the surface state of the dispensing probe on the basis of the amount of acidic pigment carried into the second test solution, characterised in that the first test solution has a pH of 2.0 or more and 4.4 or less. a step (S301) of dispensing a first test solution in which an acidic pigment is dissolved; a step of cleaning the dispensing probe a step (S302) of dispensing a second test solution in which no acidic pigment is dissolved; a step (S303) of cleaning the dispensing probe ; a step (S304) of dispensing the solution into which the pigment is carried into a reaction vessel by using the dispensing probe ; a measuring step (S306) of measuring an absorbance of the solution into which the acidic pigment is carried; a pigment amount calculating step (S307) of calculating an amount of acidic pigment carried from the acidic pigment remaining on the dispensing probe into the second test solution; and a step of evaluating the surface state of the dispensing probe on the basis of the amount of acidic pigment carried into the second test solution, characterised in that the first test solution has a pH of 2.0 or more and 4.4 or less.
A kettle comprising: a weight sensor configured to determine an indication of a volume of liquid that is held by the kettle; and a heating element for heating liquid held by the kettle; characterised in that the kettle comprises: a control unit configured to control the kettle to start heating the liquid at a time that is dependent on that indication; wherein the control unit is configured to control the heating element in both a first mode, in which the control unit controls the heating element to heat the liquid to a particular temperature, and in a second mode, in which the control unit controls the heating element to heat the liquid above the particular temperature and then allows the liquid to cool until the liquid reaches the particular temperature. a weight sensor configured to determine an indication of a volume of liquid that is held by the kettle; and a heating element for heating liquid held by the kettle; a control unit configured to control the kettle to start heating the liquid at a time that is dependent on that indication; wherein the control unit is configured to control the heating element in both a first mode, in which the control unit controls the heating element to heat the liquid to a particular temperature, and in a second mode, in which the control unit controls the heating element to heat the liquid above the particular temperature and then allows the liquid to cool until the liquid reaches the particular temperature.
Pliers having two pliers handles guided such that they cross one another in a joint region having a stationary joint bolt , wherein gripping regions are formed on the pliers handles on one side of the joint region, and working regions are formed on free ends of the pliers handles on the other side, said working regions complement each other to form a pliers jaw (M), wherein the working regions further have first and second toothed regions (16 and 17) that come into contact when the pliers jaw (M) is closed, and the opposing first and second toothed regions are shaped differently in the longitudinal extension thereof, wherein in the first toothed region , viewed in a sequence in the longitudinal extent of the pliers handle , the tooth tips end in a surrounding surface that is flat in the longitudinal cross-section and in contact with same, and that the tooth tips of the opposing second toothed region end in a surrounding surface that is convex in the longitudinal cross-section and in contact with same characterized in that with regard to a longitudinal extent of the pliers jaw member , the point of the convex surrounding surface which protrudes furthest towards the opposite working region when the surrounding surfaces of the first and the second toothed regions come into contact with one another in a longitudinal cross-section is arranged approximately in the middle of the second toothed region or that in the direction of the free ends of the pliers handles upstream of the first and second toothed regions , third and fourth toothed regions are formed which are separated from the first and second toothed regions by a hole structure that is given when the pliers jaw (M) is closed and the third and fourth toothed regions of the pliers jaw member gets in contact to a flat surrounding surface with its tooth tips and that the most convex point is placed facing an end (E') of a half of the longitudinal of the second toothed section .