mhurhangee/patent-ind-claim-en huggingface dataset:
A mobile communication device , comprising: a transceiver ; an antenna system coupled with the transceiver , wherein the antenna system includes a first pair of antennas and a second pair of antennas , wherein one of the first or second pairs of antennas are primary antennas and the other of the first or second pairs of antennas are diversity antennas, wherein the first pair of antennas have a first single feed point, and wherein the second pair of antennas have a second single feed point; a matching network coupled with the transceiver and the antenna system , wherein the matching network comprises a tunable reactive element ; a controller coupled with the matching network , wherein the controller adjusts the tunable reactive element to provide impedance tuning; and an RF switch connected with the antenna system , wherein the RF switch has a first position in which the first pair of antennas are the primary antennas and the second pair of antennas are the diversity antennas, and wherein the RF switch has a second position in which the second pair of antennas are the primary antennas and the first pair of antennas are the diversity antennas, wherein the controller adjusts the RF switch between the first and second positions according to a determined impedance mismatch. a transceiver ; an antenna system coupled with the transceiver , wherein the antenna system includes a first pair of antennas and a second pair of antennas , wherein one of the first or second pairs of antennas are primary antennas and the other of the first or second pairs of antennas are diversity antennas, wherein the first pair of antennas have a first single feed point, and wherein the second pair of antennas have a second single feed point; a matching network coupled with the transceiver and the antenna system , wherein the matching network comprises a tunable reactive element ; a controller coupled with the matching network , wherein the controller adjusts the tunable reactive element to provide impedance tuning; and an RF switch connected with the antenna system , wherein the RF switch has a first position in which the first pair of antennas are the primary antennas and the second pair of antennas are the diversity antennas, and wherein the RF switch has a second position in which the second pair of antennas are the primary antennas and the first pair of antennas are the diversity antennas, wherein the controller adjusts the RF switch between the first and second positions according to a determined impedance mismatch.
A snare device comprising: an elongate shaft , having a proximal end and a distal end ; and a snare loop coupled to the distal end of the elongate shaft , the snare loop comprising: a first leg , having a proximal end and a distal end , the proximal end coupled to the distal end of the elongate shaft ; a second leg having a proximal end and a distal end , the proximal end coupled to the distal end of the elongate shaft ; and a bridge segment coupled to and between the distal end of the first leg and the distal end of the second leg ; wherein the snare loop is configured to form an open loop when unconstrained, and the general shape of the open loop is the same whether the snare loop is fully unconstrained or partially constrained characterized in that the first leg and the second leg form two adjacent legs of a generally triangular shape when the first and second legs are unconstrained, and the bridge segment forms a generally arcuate shape. an elongate shaft , having a proximal end and a distal end ; and a snare loop coupled to the distal end of the elongate shaft , the snare loop comprising: a first leg , having a proximal end and a distal end , the proximal end coupled to the distal end of the elongate shaft ; a second leg having a proximal end and a distal end , the proximal end coupled to the distal end of the elongate shaft ; and a bridge segment coupled to and between the distal end of the first leg and the distal end of the second leg ; wherein the snare loop is configured to form an open loop when unconstrained, and the general shape of the open loop is the same whether the snare loop is fully unconstrained or partially constrained characterized in that the first leg and the second leg form two adjacent legs of a generally triangular shape when the first and second legs are unconstrained, and the bridge segment forms a generally arcuate shape. a first leg , having a proximal end and a distal end , the proximal end coupled to the distal end of the elongate shaft ; a second leg having a proximal end and a distal end , the proximal end coupled to the distal end of the elongate shaft ; and a bridge segment coupled to and between the distal end of the first leg and the distal end of the second leg ; wherein the snare loop is configured to form an open loop when unconstrained, and the general shape of the open loop is the same whether the snare loop is fully unconstrained or partially constrained characterized in that the first leg and the second leg form two adjacent legs of a generally triangular shape when the first and second legs are unconstrained, and the bridge segment forms a generally arcuate shape.
A tool, such as an injection moulding tool or an embossing/pressing tool, comprising a heating device including a stack of layers for heating an active tool surface, the stack comprising: a coil carrier layer including at least one wound coil for generating an oscillating magnetic field, an electrically conductive top layer , being adjacent to the active tool surface, and a backing layer , being positioned beneath the coil carrier layer as seen from the top layer, the backing layer being electrically connected to the top layer at the edges where windings of the coil turns, and having a lower resistivity than the top layer, characterised by an electrically conductive intermediate layer , located between the coil carrier layer and the top layer, wherein the intermediate layer has a lower resistivity than the top layer, wherein a thermal resistance layer is placed between the intermediate layer and the top layer, the thermal resistance layer comprising a heat resistive plastic material such as a polyimide.
Medical ablation apparatus including: an endoluminal delivery catheter having a lumen therein, an outer surface and a distal end wall, at least the outer surface of the catheter being made of an electrically non-conductive material; at least one elongate electrically conductive first terminal disposed in the lumen of the catheter , the first terminal having a first surface area; an electrically conductive second terminal disposed around the outer surface of the catheter and spaced from an exposed operative length of the first terminal so as to provide an insulating gap between the first and second terminals, the second terminal having a surface area a multiple of the surface area of the first terminal , the second terminal being an electrically dispersive electrode and the electrically conductive first terminal being slidably disposed in the lumen of the catheter and operable to vary the operative length of the first terminal ; a control system coupled to the first and second electrically conductive terminals, the control system including a motor unit connected to the first terminal and operable to move the first terminal relative to the second terminal , thereby to change an exposed length of the first terminal ; wherein the control system includes a control input for inputting a vessel size and/or blood flow, the control unit being configured to control the motor unit to adjust the exposed length of the first terminal in dependence upon vessel size and/or blood flow. an endoluminal delivery catheter having a lumen therein, an outer surface and a distal end wall, at least the outer surface of the catheter being made of an electrically non-conductive material; at least one elongate electrically conductive first terminal disposed in the lumen of the catheter , the first terminal having a first surface area; an electrically conductive second terminal disposed around the outer surface of the catheter and spaced from an exposed operative length of the first terminal so as to provide an insulating gap between the first and second terminals, the second terminal having a surface area a multiple of the surface area of the first terminal , the second terminal being an electrically dispersive electrode and the electrically conductive first terminal being slidably disposed in the lumen of the catheter and operable to vary the operative length of the first terminal ; a control system coupled to the first and second electrically conductive terminals, the control system including a motor unit connected to the first terminal and operable to move the first terminal relative to the second terminal , thereby to change an exposed length of the first terminal ; wherein the control system includes a control input for inputting a vessel size and/or blood flow, the control unit being configured to control the motor unit to adjust the exposed length of the first terminal in dependence upon vessel size and/or blood flow.
A brake disc comprising a metal bell and a braking band radially external in respect to the latter, said band and said bell extending around a common axis of symmetry (x-x); said braking band being made of a composite material and having side braking surfaces apt to cooperate with a related brake caliper exerting a braking action with respect to the vehicle on which said brake disc is installed; said side surfaces further defining a plurality of radially arranged ventilation channels ; wherein said metal bell is at least partially co-melted onto said braking band radially outside the latter; said braking band being provided with a continuous planar inner ring equipped with a median plane (M-M) and with two side faces ; characterized in that a respective polar series of hollows which do not interfere with said median plane (M-M) is provided on each side face of said continuous planar inner ring ; said hollows radially developing from an inner free end towards an outside of said braking band , so as to receive a melted metal alloy during the co-melting step of said bell with said braking band and to define within each one of said hollows a joint area for stress transfer between said bell and said braking band .
A refrigerating machine oil comprising: a lubricating base oil comprising 90% by mass or more of an oxygen-containing oil, based on a total amount of the lubricating base oil; an alkylated hydroxyanisole; a hindered phenol compound having no methoxy group; and an acid scavenger; wherein a content of the alkylated hydroxyanisole is 0.1 to 10% by mass based on a total amount of the refrigerating machine oil. a lubricating base oil comprising 90% by mass or more of an oxygen-containing oil, based on a total amount of the lubricating base oil; an alkylated hydroxyanisole; a hindered phenol compound having no methoxy group; and an acid scavenger; wherein a content of the alkylated hydroxyanisole is 0.1 to 10% by mass based on a total amount of the refrigerating machine oil.
A system comprising: at least two photovoltaic modules , each comprising a respective module area being substantially perpendicular to the thickness of the corresponding photovoltaic module , each of the at least two module areas comprising at least one of two first sides being substantially perpendicular to the thickness of the corresponding photovoltaic module and/or two second sides being substantially perpendicular to the thickness of the corresponding photovoltaic module , wherein the at least two module areas are arranged in a substantially parallel manner with respect to each other and are shifted with respect to each other in an extension direction of the system , wherein the at least two module areas are arranged in a staggering or alternating manner with respect to an extension plane in the extension direction of the system , characterized in that the system and/or at least one of the at least two photovoltaic modules comprises multiple vanes being arranged in a region of at least one of the two first sides and/or the two second sides of the respective module area of the corresponding photovoltaic module . wherein the at least two module areas are arranged in a substantially parallel manner with respect to each other and are shifted with respect to each other in an extension direction of the system , wherein the at least two module areas are arranged in a staggering or alternating manner with respect to an extension plane in the extension direction of the system , characterized in that the system and/or at least one of the at least two photovoltaic modules comprises multiple vanes being arranged in a region of at least one of the two first sides and/or the two second sides of the respective module area of the corresponding photovoltaic module .
A casein phosphopeptide stabilized amorphous calcium phosphate (CPP-ACP) and/or casein phosphopeptide stabilized amorphous calcium fluoride phosphate (CPP-ACFP) for use in a method for - inhibiting oral dysbiosis in an individual in need thereof, - reducing gingival inflammation in an individual in need thereof, - treating gingivitis in an individual in need thereof, - treating chronic gingivitis in an individual in need thereof, or - treating periodontitis in an individual in need thereof, wherein said CPP-ACP and/or CPP-ACFP is administered to the oral cavity of the individual. - inhibiting oral dysbiosis in an individual in need thereof, - reducing gingival inflammation in an individual in need thereof, - treating gingivitis in an individual in need thereof, - treating chronic gingivitis in an individual in need thereof, or - treating periodontitis in an individual in need thereof,
A light amount adjusting device comprising a diaphgragm defining an opening of the light amount adjusting device , a plurality of optical filter elements (3, 10a-13a) having different light transmittances, means for switching the plurality of optical filter elements (3, 10a-13a) into an optical path, the optical path being defined by the opening and one of the optical filter elements (3, 10a-13a) switched into the optical path, wherein a color difference between reflected light colors from image sensor-side surfaces of the plurality of optical filter elements is not more than 10, the color difference being a CIE 2000 color difference wherein D65 is used as a light source, and an incident angle of 5 degrees and a sensitivity in a 10-degree visual field are used, wherein said plurality of optical filter elements (3, 10a-13a) are constructed as separate members, each of the plurality of optical filter elements (3, 10a-13a) can independently be entered/retreated into/from the optical path of the light amount adjusting device, and the amount of light incident on an image sensor disposed on the image-sensor side of at least one of the optical filter elements (3, 10a-13a) switched into the optical path can be adjusted by switching the optical filter elements (3, 10a-13a) inserted in the optical path. a diaphgragm defining an opening of the light amount adjusting device , a plurality of optical filter elements (3, 10a-13a) having different light transmittances, means for switching the plurality of optical filter elements (3, 10a-13a) into an optical path, the optical path being defined by the opening and one of the optical filter elements (3, 10a-13a) switched into the optical path, wherein a color difference between reflected light colors from image sensor-side surfaces of the plurality of optical filter elements is not more than 10, the color difference being a CIE 2000 color difference wherein D65 is used as a light source, and an incident angle of 5 degrees and a sensitivity in a 10-degree visual field are used, wherein said plurality of optical filter elements (3, 10a-13a) are constructed as separate members, each of the plurality of optical filter elements (3, 10a-13a) can independently be entered/retreated into/from the optical path of the light amount adjusting device, and the amount of light incident on an image sensor disposed on the image-sensor side of at least one of the optical filter elements (3, 10a-13a) switched into the optical path can be adjusted by switching the optical filter elements (3, 10a-13a) inserted in the optical path.
A system (100; 290; 300; 400) comprising: a lens (130; 230; 330; 430) disposed relative to a scene, wherein the lens focuses light (102; 202; 302; 402) from the scene; an opaque material that defines an aperture; a waveguide having a first side that receives light focused by the lens and transmitted through the aperture, wherein the waveguide guides at least a portion of the received light toward a second side of the waveguide opposite to the first side by total internal reflection or frustrated total internal reflection, and wherein the waveguide has a third side extending between the first side and the second side; characterized by a mirror disposed along a path of the guided light, wherein the mirror reflects the guided light toward the third side of the waveguide; and an array of light detectors that detects the reflected light propagating out of the third side of the waveguide. a lens (130; 230; 330; 430) disposed relative to a scene, wherein the lens focuses light (102; 202; 302; 402) from the scene; an opaque material that defines an aperture; a waveguide having a first side that receives light focused by the lens and transmitted through the aperture, wherein the waveguide guides at least a portion of the received light toward a second side of the waveguide opposite to the first side by total internal reflection or frustrated total internal reflection, and wherein the waveguide has a third side extending between the first side and the second side; characterized by a mirror disposed along a path of the guided light, wherein the mirror reflects the guided light toward the third side of the waveguide; and an array of light detectors that detects the reflected light propagating out of the third side of the waveguide.
An oxyntomodulin peptide analog of the following formula I: wherein: X 1 is Aib (aminoisobutyric acid); X 2 is Asp; X 3 is Tyr or Z; X 4 is Ser; X 5 is Lys; X 6 is Tyr; X 7 is Leu; X 8 is Asp; X 9 is Ser, Aib (aminoisobutyric acid) or Z; X 10 is Gin or Z; X 11 is Met or Leu; X 12 is Asn or Arg; X 13 is Thr or Ala; X 14 is Lys; X 15 is absent; X 16 is absent; C-terminal amino acid may optionally be amidated, wherein one of X 3 , X 9 and X 10 is Z; Z is modified Lys to which Z 1 -Z 2 of the following formulas is attached Z 1 is Formula ; and Z 2 is Formula ; wherein * of Formula is directly bound to a side chain of Lys, and wherein ** of Formula and ** of formula are a bond between Z 1 and Z 2 . X 1 is Aib (aminoisobutyric acid); X 2 is Asp; X 3 is Tyr or Z; X 4 is Ser; X 5 is Lys; X 6 is Tyr; X 7 is Leu; X 8 is Asp; X 9 is Ser, Aib (aminoisobutyric acid) or Z; X 10 is Gin or Z; X 11 is Met or Leu; X 12 is Asn or Arg; X 13 is Thr or Ala; X 14 is Lys; X 15 is absent; X 16 is absent; C-terminal amino acid may optionally be amidated, wherein one of X 3 , X 9 and X 10 is Z; Z is modified Lys to which Z 1 -Z 2 of the following formulas is attached Z 1 is Formula ; and Z 2 is Formula ; wherein * of Formula is directly bound to a side chain of Lys, and wherein ** of Formula and ** of formula are a bond between Z 1 and Z 2 .
A packaging machine for making a package which includes a bag of flexible material filled with a dose of loose product and coupled with a respective spout , the machine being configured to receive the empty bag with an open top end, and the respective spout and to move them along a packaging path (P), characterized in that the packaging machine comprises: - a sealing device movable along the packaging path (P) and configured to seal the bag along its open top end, around the spout ; - a dispensing device movable along the packaging path (P), wherein the dispensing device is configured to fill the dose of product into the sealed product into the sealed bag through the spout . - a sealing device movable along the packaging path (P) and configured to seal the bag along its open top end, around the spout ; - a dispensing device movable along the packaging path (P),
Mowing arrangement for mowing at least one of banks and beds of watercourses, comprising: - a mowing module provided with a cutting edge for cutting vegetation; - a guiding module arranged to guide the mowing module in a mowing direction extending under an angle relative to the cutting edge; and characterised in that the mowing arrangement further comprises a concave bucket having a curved wall , curved over an axis of curvature (A), the bucket being arranged for receiving cut vegetation, wherein the mowing module is provided at an end of the curved wall , such that the cutting edge of the mowing module extends substantially parallel to the axis of curvature (A), and faces outwardly from the bucket , wherein - two deterring modules are each provided at opposite extremities of the bucket spaced apart over the axis of curvature (A) and arranged to emit a signal at least partially directed along the mowing direction for deterring aquatic animals and/or - the guiding module comprises a coupling member that is pivotally couplable to a movable arm of a utility equipment, such that when the mowing module is coupled to a distal end of the movable arm, the mowing module is pivotable about the distal end of the movable arm, wherein two deterring modules are each provided at or near a centre portion of the bucket on opposite sides of the coupling member spaced apart along the axis of curvature (A) and arranged to emit a signal at least partially directed along the mowing direction for deterring aquatic animals. - a mowing module provided with a cutting edge for cutting vegetation; - a guiding module arranged to guide the mowing module in a mowing direction extending under an angle relative to the cutting edge; and characterised in that the mowing arrangement further comprises a concave bucket having a curved wall , curved over an axis of curvature (A), the bucket being arranged for receiving cut vegetation, wherein the mowing module is provided at an end of the curved wall , such that the cutting edge of the mowing module extends substantially parallel to the axis of curvature (A), and faces outwardly from the bucket , wherein the mowing arrangement further comprises a concave bucket having a curved wall , curved over an axis of curvature (A), the bucket being arranged for receiving cut vegetation, wherein the mowing module is provided at an end of the curved wall , such that the cutting edge of the mowing module extends substantially parallel to the axis of curvature (A), and faces outwardly from the bucket , wherein - two deterring modules are each provided at opposite extremities of the bucket spaced apart over the axis of curvature (A) and arranged to emit a signal at least partially directed along the mowing direction for deterring aquatic animals and/or - the guiding module comprises a coupling member that is pivotally couplable to a movable arm of a utility equipment, such that when the mowing module is coupled to a distal end of the movable arm, the mowing module is pivotable about the distal end of the movable arm,
An anchor for securing a well tool , said anchor deployable in a subterranean well via a conveyance , the anchor comprising: a longitudinally extending central axis ; at least one outwardly extendable grip member ; and at least one mechanical linkage including multiple pivotably connected links for displacing the grip member , characterized in that the anchor is configured to be set in response to fluid flow through the anchor at or above a predetermined flow rate combined with application of a tensile force (T) to the anchor via the conveyance . a longitudinally extending central axis ; at least one outwardly extendable grip member ; and at least one mechanical linkage including multiple pivotably connected links for displacing the grip member , characterized in that the anchor is configured to be set in response to fluid flow through the anchor at or above a predetermined flow rate combined with application of a tensile force (T) to the anchor via the conveyance .