mhurhangee/patent-ind-claim-en huggingface dataset:
An adjustable leg comprising inner and outer leg parts (12 and 16) the inner leg part of which is slidable within the outer leg part to enable the leg to be telescopically adjustable in length, there being a locking member provided with an aperture through which the inner leg part passes, which locking member is held directly or indirectly on the outer leg part and is resiliently urged to adopt an angle with regard to the inner leg part so that edge portions defining the aperture engage the inner leg part and hold it in position relative to the outer leg part , in which the adjustable leg is provided with a second locking member which is moveable into and out of engagement with the said inner leg part , the first-mentioned locking member and the second locking member being provided with mutually engageable portions by which movement of the first-mentioned locking member out of engagement with the inner leg part causes movement of the second locking member out of engagement with the said inner leg part , characterised in that the inner leg part is provided with an engagement portion to facilitate engagement between the second locking member and the inner leg part , said engagement portion comprises an aperture or recess which receives an end portion of the second locking member when the latter is in engagement with the inner leg part .
A method for identifying a user on an exercise equipment , comprising: acquiring , by means of an electronic portable device of the user, an equipment identification code (IDE) associated to a exercise equipment ; sending , by means of the electronic portable device , the equipment identification code (IDE) to an electronic calculator ; sending , by means of the electronic portable device , a user identification code (IDU) to the electronic calculator , said user identification code (IDU) being an alphanumerical character string stored in a memory unit of the electronic portable device ; sending , by means of the electronic calculator , on the basis of both the equipment identification code (IDE) associated to the exercise equipment and the user identification code (IDU) as received from the electronic portable device , user operative data (UOD) of the user corresponding to the user identification code (IDU) to the exercise equipment identified by the equipment identification code (IDE); said user operative data (UOD) comprising a training program (TP) of the user corresponding to the user identification code (IDU), received from the electronic calculator, the method further comprising automatically setting up , by means of the exercise equipment , the training program (TP), said the user operative data (UOD) comprising training data (TD) of the user, the method comprising sending to the electronic calculator , by the exercise equipment , on the basis of the user identification code (IDU), partial training data (TD) of the user of the training program (TP) in execution by the user. acquiring , by means of an electronic portable device of the user, an equipment identification code (IDE) associated to a exercise equipment ; sending , by means of the electronic portable device , the equipment identification code (IDE) to an electronic calculator ; sending , by means of the electronic portable device , a user identification code (IDU) to the electronic calculator , said user identification code (IDU) being an alphanumerical character string stored in a memory unit of the electronic portable device ; sending , by means of the electronic calculator , on the basis of both the equipment identification code (IDE) associated to the exercise equipment and the user identification code (IDU) as received from the electronic portable device , user operative data (UOD) of the user corresponding to the user identification code (IDU) to the exercise equipment identified by the equipment identification code (IDE); said user operative data (UOD) comprising a training program (TP) of the user corresponding to the user identification code (IDU), received from the electronic calculator, the method further comprising automatically setting up , by means of the exercise equipment , the training program (TP), said the user operative data (UOD) comprising training data (TD) of the user, the method comprising sending to the electronic calculator , by the exercise equipment , on the basis of the user identification code (IDU), partial training data (TD) of the user of the training program (TP) in execution by the user.
A segment rolling bearing (1, 1', 1") comprising a bearing shell with a curved track for rolling elements and a segment cage comprising a number of rolling elements , the bearing shell each having a guiding strip on the two longitudinal sides thereof for lateral guidance of the segment cage , each guiding strip being aligned to be perpendicular to the track of the bearing shell , each guiding strip having at least one incision at each of the two ends (5', 5", 6', 6") thereof, which is formed to be perpendicular to the longitudinal side of the bearing shell in such a way that guiding strip portions (5a, 5b; 6a, 6b) are formed on both ends of the bearing shell , characterised in that the guiding strip portions (5a, 5b; 6a, 6b) are bent in the direction of the track and form end stops for the segment cage .
Cutting station for profiled elements, particularly for window and door frames, comprising: - at least one basic structure ; - at least one line of movement of at least one profiled element (P) associated with said basic structure and adapted to move said profiled element (P) along a direction of movement (D) in order to displace it with respect to said basic structure ; and - at least one cutting assembly associated with said basic structure , arranged along said direction of movement (D) and adapted to cut said profiled element (P) according to at least one angle of width comprised between 10° and 170° with respect to said longitudinal direction to obtain at least two portions of profiled element (P1, P2); characterized by the fact that it comprises at least one laser marking assembly associated by being arranged or placed on said basic structure and adapted to emit at least one laser beam (R) towards said profiled element (P) in order to engrave at least one identification mark on the profiled element itself. - at least one basic structure ; - at least one line of movement of at least one profiled element (P) associated with said basic structure and adapted to move said profiled element (P) along a direction of movement (D) in order to displace it with respect to said basic structure ; and - at least one cutting assembly associated with said basic structure , arranged along said direction of movement (D) and adapted to cut said profiled element (P) according to at least one angle of width comprised between 10° and 170° with respect to said longitudinal direction to obtain at least two portions of profiled element (P1, P2);
Deflection unit comprising: - a first window , through which an optical work beam can enter the deflection unit, - a second window , through which the work beam can exit from the deflection unit and through which detection beams can enter the deflection unit from a work region along the corresponding trajectory of the outgoing work beam and in a direction opposite thereto, - an optical element reflecting a first wavelength at least partially, wherein the deflection unit - defines a work beam path followed by the work beam from the first window to the second window via a reflection at the optical element , and wherein the deflection unit further comprises: - an XY deflection device arranged in the work beam path between the second window and the optical element for deflecting the work beam and for scanning the outgoing work beam, and - a focusing device for focussing the work beam , wherein the focusing device has a variable focal length and is arranged in the work beam path between the first window and the optical element ; characterised in that the focusing device comprises a first movable lens , a second movable lens and a fixed lens , wherein the second movable lens is arranged after the first movable lens in the beam direction of the work beam and wherein the fixed lens is arranged after the first movable lens and the second movable lens in the beam direction of the work beam. - a first window , through which an optical work beam can enter the deflection unit, - a second window , through which the work beam can exit from the deflection unit and through which detection beams can enter the deflection unit from a work region along the corresponding trajectory of the outgoing work beam and in a direction opposite thereto, - an optical element reflecting a first wavelength at least partially, wherein the deflection unit - defines a work beam path followed by the work beam from the first window to the second window via a reflection at the optical element , and - an XY deflection device arranged in the work beam path between the second window and the optical element for deflecting the work beam and for scanning the outgoing work beam, and - a focusing device for focussing the work beam , wherein the focusing device has a variable focal length and is arranged in the work beam path between the first window and the optical element ; characterised in that the focusing device comprises a first movable lens , a second movable lens and a fixed lens , wherein the second movable lens is arranged after the first movable lens in the beam direction of the work beam and wherein the fixed lens is arranged after the first movable lens and the second movable lens in the beam direction of the work beam.
A coating composition for imparting water repellency from a rubber element of automotive wiper blade to a windshield, the coating on the windshield having a water droplet contact angle of greater than or equal to 80° as measured by ASTM C813; wherein the composition comprises: i) an oil selected from a group consisting of a silicone oil, fluoropolymer oil, or a combination thereof; ii) a silicone resin soluble in the above oil; and iii) a particulate lubricant; wherein the composition is free of all of a silicone wax, a curing agent and a curing catalyst operative to cross link said oil or said resin. i) an oil selected from a group consisting of a silicone oil, fluoropolymer oil, or a combination thereof; ii) a silicone resin soluble in the above oil; and iii) a particulate lubricant;
A thermally conductive polysiloxane composition comprising: (A) a thermally conductive filler; (B) a polyorganosiloxane resin having a curable functional group in the polysiloxane molecule, the polyorganosiloxane resin comprising at least one polysiloxane (b1) having one curable functional group in the molecule thereof; (C) a siloxane compound having an alkoxysilyl group and a linear siloxane structure; (D) a hydrogenpolyorganosiloxane; and (E) a platinum catalyst, wherein the content of the polysiloxane (b1) having one curable functional group in the molecule thereof in the polyorganosiloxane resin (B) is more than 80% by mass, and wherein the curable functional group in the component (B) is a vinyl group. (A) a thermally conductive filler; (B) a polyorganosiloxane resin having a curable functional group in the polysiloxane molecule, the polyorganosiloxane resin comprising at least one polysiloxane (b1) having one curable functional group in the molecule thereof; (C) a siloxane compound having an alkoxysilyl group and a linear siloxane structure; (D) a hydrogenpolyorganosiloxane; and (E) a platinum catalyst, wherein the content of the polysiloxane (b1) having one curable functional group in the molecule thereof in the polyorganosiloxane resin (B) is more than 80% by mass, and wherein the curable functional group in the component (B) is a vinyl group.
A battery box, comprising a pressure relief region , the pressure relief region comprising a first recess arranged at an inner surface of the battery box and a second recess arranged at an outer surface of the battery box, the first recess being arranged opposite to the second recess , wherein a third recess is provided at a bottom wall of the second recess , and the pressure relief region is configured to fracture at the third recess , when an internal pressure of the battery box reaches a threshold, to relieve the internal pressure; wherein the first recess and/or the second recess are/is a ring recess; the bottom wall of the second recess is provided with a ring-shaped fourth recess , and the third recess is arranged at a bottom wall of the fourth recess . wherein the first recess and/or the second recess are/is a ring recess; the bottom wall of the second recess is provided with a ring-shaped fourth recess , and the third recess is arranged at a bottom wall of the fourth recess .
A hexagonal wire netting , for use in particular in protecting soil embankments, the wire netting being made of steel wires being braided in at least 1,5 fold braids so as to form meshes in which the proportion of the width (A) to the length (B) is less than 0,75, wherein the width (A) of a mesh is defined as the distance between the two sides with the braids, and the length (B) of a mesh is defined as the distance between the two corners where two sides without the braids meet the hexagonal wire netting being characterized in that the wires are made of high carbon steel having tensile strength in the range of 1500-1900 MPa.
A device for reducing a color cast of a facial image of a person, wherein the facial image comprises an image of a face of the person and a reference color strip , wherein the reference color strip comprises a reference color field , and wherein a predetermined reference color is assigned to the reference color field , the device comprising: a memory , which is configured to store the facial image ; and a processor , which is configured to detect the reference color strip in the facial image , detect the reference color field in the detected reference color strip , extract a color from the detected reference color field , compare the extracted color with the predetermined reference color to obtain a color deviation, and reduce the color cast of the facial image based on the color deviation in order to obtain a corrected facial image, characterized in that the processor is configured to automatically remove the reference color strip from the corrected facial image. a memory , which is configured to store the facial image ; and a processor , which is configured to detect the reference color strip in the facial image , detect the reference color field in the detected reference color strip , extract a color from the detected reference color field , compare the extracted color with the predetermined reference color to obtain a color deviation, and reduce the color cast of the facial image based on the color deviation in order to obtain a corrected facial image, characterized in that the processor is configured to automatically remove the reference color strip from the corrected facial image.
A method for preparing cannabidiol represented by Formula (I), comprising hydrolysis-decarboxylation of a compound represented by Formula (II) in a solvent-free state at atmospheric pressure, wherein R 1 is H, an alkyl group or a protecting group, R2 is an alkyl group or an ether group, R3 is an alkyl group or a protecting group, and A is H or a carboxylic ester group wherein the compound represented by Formula (II) is prepared by Lewis acid or Brønsted acid-promoted condensation of a compound represented by Formula (III), with a compound represented by Formula (IV), comprising hydrolysis-decarboxylation of a compound represented by Formula (II) in a solvent-free state at atmospheric pressure, wherein R 1 is H, an alkyl group or a protecting group, R2 is an alkyl group or an ether group, R3 is an alkyl group or a protecting group, and A is H or a carboxylic ester group wherein the compound represented by Formula (II) is prepared by Lewis acid or Brønsted acid-promoted condensation of a compound represented by Formula (III), with a compound represented by Formula (IV),
A device for burying slender elements, such as cables, pipes, ropes, chains, ducts and the like, in a furrow , comprising a chassis, which is provided with manual control means for an operator for piloting it, the chassis carrying movement means, such as wheels and the like, and at least one cutting tool which rotates about its own vertical axis, the cutting tool being driven by a motor, and being further provided with suitable cutting edges, the device being further provided with pivoting means for horizontal pivoting with respect to said vertical axis of said cutting tool , the pivoting means being provided with an outlet for dispensing said slender element , said outlet being substantially aligned with the lower portion of said rotating cutting tool , and means for adjusting the height of said pivoting means and of said rotating cutting tool and therefore of the depth of the furrow that is generated in the terrain by said rotating cutting tool while said device is advancing, characterized in that said pivoting means comprises a collar which is coaxially hinged to the rotating cutting tool , said collar being coupled to a rudder-shaped appendage that has its lower part arranged substantially at the same level as the lower portion of said cutting tool , while the device is advancing , the lower portion of said rudder-shaped appendage being accommodated inside the furrow generated by said cutting tool .
An oral orthotic device for redefining an occlusal plane, the orthotic device comprising: a left portion including an upper surface; a right portion including an upper surface; a single unilateral bite block coupled to either the left portion or the right portion ; and a lingual portion coupled to the left portion and the right portion , wherein the unilateral bite block is disposed along the upper surface of either the left portion or the right portion and extends upward relative to an upper surface of the left portion or the right portion , and wherein the oral orthotic device is configured to be attached to a lower portion of the mouth along the mandible . a left portion including an upper surface; a right portion including an upper surface; a single unilateral bite block coupled to either the left portion or the right portion ; and a lingual portion coupled to the left portion and the right portion ,
A gravitational vortex water turbine assembly , comprising: - a spiral-shaped vortex basin configured to induce a vortex in a water flow under the influence of gravity, having a substantially vertical central axis , the vortex basin comprising a side wall with a tangential inflow opening for supplying the water flow to the vortex and a bottom with a central outflow opening for discharging the water flow of the vortex , - a water turbine , disposed under the basin , coaxially with the central axis of the vortex , comprising a turbine housing , coupled to the central outflow opening and a turbine rotor , wherein the turbine rotor comprises a central rotor hub and rotor blades attached thereon, and characterised in that the rotor blades : - comprise an upstream end , i.e. the upper side of the rotor blade , and a downstream end , i.e. the lower side of the rotor blade , of which the smallest angle between the central axis and the plane tangent to the upstream end is smaller than the respective angle at the downstream end ; - at a radially inward end have a larger angle between a vertical plane tangent to the radially inward end of the rotor blade and a plane through the central axis and through this radially inward end than the angle , at a radially outward end , between a vertical plane tangent to the radially outward end of the rotor blade and a plane through the central axis and through this radially outward end such that the rotor blades are configured to absorb the tangential, axial and radial component of the water flow of the vortex . - a spiral-shaped vortex basin configured to induce a vortex in a water flow under the influence of gravity, having a substantially vertical central axis , the vortex basin comprising a side wall with a tangential inflow opening for supplying the water flow to the vortex and a bottom with a central outflow opening for discharging the water flow of the vortex , - a water turbine , disposed under the basin , coaxially with the central axis of the vortex , comprising a turbine housing , coupled to the central outflow opening and a turbine rotor , - comprise an upstream end , i.e. the upper side of the rotor blade , and a downstream end , i.e. the lower side of the rotor blade , of which the smallest angle between the central axis and the plane tangent to the upstream end is smaller than the respective angle at the downstream end ; - at a radially inward end have a larger angle between a vertical plane tangent to the radially inward end of the rotor blade and a plane through the central axis and through this radially inward end than the angle , at a radially outward end , between a vertical plane tangent to the radially outward end of the rotor blade and a plane through the central axis and through this radially outward end such that the rotor blades are configured to absorb the tangential, axial and radial component of the water flow of the vortex .
A method performed by a wireless device for handling communication of the wireless device in a wireless communication network , wherein a first radio network node serves the wireless device and the wireless communication network further comprises a second radio network node ; the method comprising: - receiving a handover command from the first radio network node indicating a handover to a cell served by the second radio network node , the handover command comprises a beam indication controlling which beam of the cell to select by the wireless device ; and - selecting a beam of the cell based on at least the beam indication, wherein the beam indication comprises a list of beams which are not suitable for access, and/or a threshold indicating a threshold for either a beam quality or a beam strength for a beam to be selected by the wireless device . - receiving a handover command from the first radio network node indicating a handover to a cell served by the second radio network node , the handover command comprises a beam indication controlling which beam of the cell to select by the wireless device ; and - selecting a beam of the cell based on at least the beam indication, wherein the beam indication comprises a list of beams which are not suitable for access, and/or a threshold indicating a threshold for either a beam quality or a beam strength for a beam to be selected by the wireless device .