mhurhangee/patent-ind-claim-en huggingface dataset:
A set-associative cache comprising: a data array comprising a plurality of sets; and control logic configured to: receive data to be allocated as a cache line in the cache; determine an original data array set to which the cache line maps; determine which dictionary, of a plurality of dictionaries stored in a given group of data array sets including the original data array set, is a preferred dictionary for compressing the cache line; compress the cache line with the preferred dictionary to create a compressed cache line; modify a set mapping of the cache line to cause the cache line to be mapped to a given data array set which includes the preferred dictionary, such that the cache line no longer maps to the original data array set ; and store the compressed cache line in the given data array set. a data array comprising a plurality of sets; and control logic configured to: receive data to be allocated as a cache line in the cache; determine an original data array set to which the cache line maps; determine which dictionary, of a plurality of dictionaries stored in a given group of data array sets including the original data array set, is a preferred dictionary for compressing the cache line; compress the cache line with the preferred dictionary to create a compressed cache line; modify a set mapping of the cache line to cause the cache line to be mapped to a given data array set which includes the preferred dictionary, such that the cache line no longer maps to the original data array set ; and store the compressed cache line in the given data array set. receive data to be allocated as a cache line in the cache; determine an original data array set to which the cache line maps; determine which dictionary, of a plurality of dictionaries stored in a given group of data array sets including the original data array set, is a preferred dictionary for compressing the cache line; compress the cache line with the preferred dictionary to create a compressed cache line; modify a set mapping of the cache line to cause the cache line to be mapped to a given data array set which includes the preferred dictionary, such that the cache line no longer maps to the original data array set ; and store the compressed cache line in the given data array set.
A molding device for the align pressing step of a manufacturing process of a radially-oriented sintered arc-shaped Nd-Fe-B magnet, the molding device including a mold body comprising: a non-magnetically conductive mold main body provided with an arc-shaped cavity including a concave inner arc surface and a convex outer arc surface ; a first and a second magnetic conductive block located on both sides of the arc-shaped cavity , the first magnetic conductive block being located on the side of the inner arc surface , and the second magnetic conductive block being located on the side of the outer arc surface , wherein the centre points of the first magnetic conductive block , the arc-shaped cavity and the second magnetic conductive block lie on a common straight line; and two symmetrically distributed uniform magnetic conductive plates being arranged between the outer arc surface of the arc-shaped cavity and the second magnetic conductive block , wherein a thickness W of the magnetic conductive plate satisfies the condition: 0.5 cavity thickness ≤ W ≤ 1.0 mold cavity thickness, a length L of the magnetic conductive plate satisfies the condition: 0.2 inner arc length ≤ L ≤ 0.4 inner arc length, where the inner arc length L is the length of the inner arc surface of the arc-shaped cavity , a side surface (S2) of the arc-shaped cavity is on the same plane as an outer side surface (S1) of the magnetic conductive plate , and a thickness of the arc-shaped cavity is in the range of 5mm to 25mm. a non-magnetically conductive mold main body provided with an arc-shaped cavity including a concave inner arc surface and a convex outer arc surface ; a first and a second magnetic conductive block located on both sides of the arc-shaped cavity , the first magnetic conductive block being located on the side of the inner arc surface , and the second magnetic conductive block being located on the side of the outer arc surface , wherein the centre points of the first magnetic conductive block , the arc-shaped cavity and the second magnetic conductive block lie on a common straight line; and two symmetrically distributed uniform magnetic conductive plates being arranged between the outer arc surface of the arc-shaped cavity and the second magnetic conductive block , wherein a thickness W of the magnetic conductive plate satisfies the condition: 0.5 cavity thickness ≤ W ≤ 1.0 mold cavity thickness, a length L of the magnetic conductive plate satisfies the condition: 0.2 inner arc length ≤ L ≤ 0.4 inner arc length, where the inner arc length L is the length of the inner arc surface of the arc-shaped cavity , a side surface (S2) of the arc-shaped cavity is on the same plane as an outer side surface (S1) of the magnetic conductive plate , and a thickness of the arc-shaped cavity is in the range of 5mm to 25mm.
Chair comprising a supporting frame , a supporting unit that is arranged on the supporting frame and a seat element and also a backrest element that are respectively supported by the supporting unit , characterised by a first releasing element that is arranged between the supporting unit and the seat element and at least one Bowden cable of at least one functional element engages onto said first releasing element, and said releasing element can be adjusted between a resting position, in which said releasing element does not influence the at least one Bowden cable , and an activating position, in which said releasing element influences the at least one Bowden cable and therefore activates the functional element, and said releasing element is pre-stressed by means of a releasing element clamping device into the resting position of said releasing element, wherein the first releasing element is embodied in such a manner that the adjustment from its resting position into its activating position is provided by means of weight force of an object that acts upon the first releasing element, wherein the first releasing element is a folding element that may be pivoted about a folding element axis .
A composition comprising: a) a polymeric aminoglycoside and b) a phosphorylated organic acid, wherein the phosphorylated organic acid b) comprises in its structure at least one amine function, wherein - said composition is comprised in a pharmaceutical formulation in the form of tablet, capsule or granules comprising: i) an inner core comprising said composition, and ii) a coating of said core a) with gastro-resistant film, which coating is freely soluble in the enteric environment and, in general, at pH> 6; - at pH between 6.0 and 7.0, when the enteric film ii) is dissolved said phosphorylated organic acid b)is in the form of non- quaternary ammonium salt and at the same pH said polymeric aminoglycoside a) is in polycationic form, whereby a salt is formed between said phosphorylated organic acid in the form of nonquatemary ammonium salt and said polymeric aminoglucoside in polycationic form. a) a polymeric aminoglycoside and b) a phosphorylated organic acid, wherein the phosphorylated organic acid b) comprises in its structure at least one amine function, wherein - said composition is comprised in a pharmaceutical formulation in the form of tablet, capsule or granules comprising: i) an inner core comprising said composition, and ii) a coating of said core a) with gastro-resistant film, which coating is freely soluble in the enteric environment and, in general, at pH> 6; - at pH between 6.0 and 7.0, when the enteric film ii) is dissolved said phosphorylated organic acid b)is in the form of non- quaternary ammonium salt and at the same pH said polymeric aminoglycoside a) is in polycationic form, whereby a salt is formed between said phosphorylated organic acid in the form of nonquatemary ammonium salt and said polymeric aminoglucoside in polycationic form. - said composition is comprised in a pharmaceutical formulation in the form of tablet, capsule or granules comprising: i) an inner core comprising said composition, and ii) a coating of said core a) with gastro-resistant film, which coating is freely soluble in the enteric environment and, in general, at pH> 6; i) an inner core comprising said composition, and ii) a coating of said core a) with gastro-resistant film, which coating is freely soluble in the enteric environment and, in general, at pH> 6; - at pH between 6.0 and 7.0, when the enteric film ii) is dissolved said phosphorylated organic acid b)is in the form of non- quaternary ammonium salt and at the same pH said polymeric aminoglycoside a) is in polycationic form, whereby a salt is formed between said phosphorylated organic acid in the form of nonquatemary ammonium salt and said polymeric aminoglucoside in polycationic form.
An image pickup device comprising: an image pickup element ; an image pickup element holder configured to support the image pickup element , the image pickup element holder being rotationally movable with respect to a plane orthogonal to an optical axis; a determination member configured to determine a rotation amount of the image pickup element holder ; and an optical filter holder configured to extractably support an optical filter onto the optical axis, wherein the optical filter holder rotationally moves along with a rotational movement of the image pickup element holder in an identical direction, wherein the optical filter holder is moved by a moving amount in an insertion and extraction direction so that a light beam entering the image pickup element is not blocked by the optical filter holder , and wherein the moving amount of the optical filter holder in the insertion and extraction direction is determined based on the rotation amount of the image pickup element holder determined by the determination member. an image pickup element ; an image pickup element holder configured to support the image pickup element , the image pickup element holder being rotationally movable with respect to a plane orthogonal to an optical axis; a determination member configured to determine a rotation amount of the image pickup element holder ; and an optical filter holder configured to extractably support an optical filter onto the optical axis, wherein the optical filter holder rotationally moves along with a rotational movement of the image pickup element holder in an identical direction, wherein the optical filter holder is moved by a moving amount in an insertion and extraction direction so that a light beam entering the image pickup element is not blocked by the optical filter holder , and wherein the moving amount of the optical filter holder in the insertion and extraction direction is determined based on the rotation amount of the image pickup element holder determined by the determination member.
Measurement method by atomic force microscopy, comprising the following steps: (a) approaching a surface of a sample to be analyzed with a tip of a probe for atomic force microscopy; (b) putting in relative continuous curvilinear uniform movement, at a speed derivable in each point and without stop during the measurement, the surface of the sample relative to the tip while applying another relative movement along the Z-axis, said movement being substantially normal to the surface of the sample ; (c) detecting the interactions forces exerted between said surface to be analyzed and said tip for atomic force microscopy thereby enabling to access the adhesion forces during the removal of the tip from the surface or inversely, and the friction forces as a function of the normal forces imposed during the approach-removal cycles and when the tip is in contact with the surface of the sample . (a) approaching a surface of a sample to be analyzed with a tip of a probe for atomic force microscopy; (b) putting in relative continuous curvilinear uniform movement, at a speed derivable in each point and without stop during the measurement, the surface of the sample relative to the tip while applying another relative movement along the Z-axis, said movement being substantially normal to the surface of the sample ; (c) detecting the interactions forces exerted between said surface to be analyzed and said tip for atomic force microscopy thereby enabling to access the adhesion forces during the removal of the tip from the surface or inversely, and the friction forces as a function of the normal forces imposed during the approach-removal cycles and when the tip is in contact with the surface of the sample .
A device for posture assessment of a user comprising: a sensing means comprising a housing and a single capacitive sensor, wherein said single capacitive sensor is situated just beneath the top of the housing, and wherein said single capacitive sensor has the proximity of the body of a user as input variable, said sensing means being therefore configured to provide an output in direct response to the distance between said housing and the body of a user wearing said sensing means; and means to attach said sensing means to said user's body in such a manner that said distance varies in response to a defined posture change. a sensing means comprising a housing and a single capacitive sensor, wherein said single capacitive sensor is situated just beneath the top of the housing, and wherein said single capacitive sensor has the proximity of the body of a user as input variable, said sensing means being therefore configured to provide an output in direct response to the distance between said housing and the body of a user wearing said sensing means; and means to attach said sensing means to said user's body in such a manner that said distance varies in response to a defined posture change.
A fluid impermeable transducer, comprising: a liquid impermeable metal casing ; a liquid impermeable transducer head comprising a metal focusing lens , the transducer head having a back surface and a front surface, the metal focusing lens being formed on the front surface and configured to focus ultrasound towards a focal point; an actuator bonded to the back surface of the transducer head and operable to generate oscillatory mechanical vibration of the metal focusing lens so that ultrasound is emitted from the metal focusing lens towards the focal point; and a backing material configured to attenuate acoustic energy transmitted by the actuator , the actuator being positioned between the backing material and the metal focusing lens ; characterised in that the metal casing and transducer head are integrally formed as a single part and permanently connected in a liquid impermeable manner to prevent ingress of liquid into the metal casing . a liquid impermeable metal casing ; a liquid impermeable transducer head comprising a metal focusing lens , the transducer head having a back surface and a front surface, the metal focusing lens being formed on the front surface and configured to focus ultrasound towards a focal point; an actuator bonded to the back surface of the transducer head and operable to generate oscillatory mechanical vibration of the metal focusing lens so that ultrasound is emitted from the metal focusing lens towards the focal point; and a backing material configured to attenuate acoustic energy transmitted by the actuator , the actuator being positioned between the backing material and the metal focusing lens ; characterised in that the metal casing and transducer head are integrally formed as a single part and permanently connected in a liquid impermeable manner to prevent ingress of liquid into the metal casing . a backing material configured to attenuate acoustic energy transmitted by the actuator , the actuator being positioned between the backing material and the metal focusing lens ; characterised in that the metal casing and transducer head are integrally formed as a single part and permanently connected in a liquid impermeable manner to prevent ingress of liquid into the metal casing .
A balloon endoscope comprising: an endoscope body having a selectably pressurizable interior volume , the endoscope body comprising an insertion tube portion ; and a selectably inflatable balloon located on an outer surface of said endoscope body and defining a balloon volume which communicates with said interior volume for selectable inflation of said balloon by selectable pressurization of said interior volume ; characterized in that : the selectively pressurizable interior volume generally fills the interior of said endoscope body, with the insertion tube portion including: a reinforcement mesh which serves to maintain the selectively pressurizable interior volume against collapse during bending thereof; and a tubular sealing sheath sealing the interior volume of the insertion tube portion from the exterior of the balloon endoscope ; and at least one conduit extends through at least part of said selectably pressurizable interior volume without fluid communication between the selectively pressurizeable interior volume and the interior of any such conduit extending therethrough. an endoscope body having a selectably pressurizable interior volume , the endoscope body comprising an insertion tube portion ; and a selectably inflatable balloon located on an outer surface of said endoscope body and defining a balloon volume which communicates with said interior volume for selectable inflation of said balloon by selectable pressurization of said interior volume ; characterized in that : the selectively pressurizable interior volume generally fills the interior of said endoscope body, with the insertion tube portion including: a reinforcement mesh which serves to maintain the selectively pressurizable interior volume against collapse during bending thereof; and a tubular sealing sheath sealing the interior volume of the insertion tube portion from the exterior of the balloon endoscope ; and at least one conduit extends through at least part of said selectably pressurizable interior volume without fluid communication between the selectively pressurizeable interior volume and the interior of any such conduit extending therethrough. the selectively pressurizable interior volume generally fills the interior of said endoscope body, with the insertion tube portion including: a reinforcement mesh which serves to maintain the selectively pressurizable interior volume against collapse during bending thereof; and a tubular sealing sheath sealing the interior volume of the insertion tube portion from the exterior of the balloon endoscope ; and at least one conduit extends through at least part of said selectably pressurizable interior volume without fluid communication between the selectively pressurizeable interior volume and the interior of any such conduit extending therethrough.
A continuous feeding device for waste flexible polymer material comprising a feeding apparatus and a material dispersion apparatus, the feeding apparatus is composed of a feeding silo , an inclined silo and a cavity , the feeding silo is arranged on the inclined silo , the said cavity is arranged at the bottom of the inclined silo , the section of the said cavity is circular, characterized in that a discharge end of the cavity is connected with the material dispersion apparatus, the inclined silo and the cavity are both provided with feeding pistons, the top of the inclined silo is provided with an inclined feeding piston , a horizontal feeding piston is arranged on the side of the cavity away from the discharge end , and a bottom of the inclined feeding piston is an arc-shaped depression matching with the section of the cavity ; the material dispersion apparatus includes a housing and a spiral cutting device arranged in the housing ; a side of the said housing is provided with a feed inlet matching with the discharge end of the cavity , and the top of the housing is provided with a sealing plate , an electric motor is arranged on the upper part of the sealing plate , a screw rod penetrating the sealing plate is arranged on the lower part of the electric motor , a spiral is arranged on the screw rod , the top of the spiral is edged, the screw rod and the spiral form the spiral cutting device, and the spiral cutting device corresponds to the position of the feed inlet, and a bottom of the material dispersion apparatus is connected with a screw feeder , and a discharge end of the screw feeder is connected to a pyrolysis apparatus. characterized in that a discharge end of the cavity is connected with the material dispersion apparatus, the inclined silo and the cavity are both provided with feeding pistons, the top of the inclined silo is provided with an inclined feeding piston , a horizontal feeding piston is arranged on the side of the cavity away from the discharge end , and a bottom of the inclined feeding piston is an arc-shaped depression matching with the section of the cavity ; the material dispersion apparatus includes a housing and a spiral cutting device arranged in the housing ; a side of the said housing is provided with a feed inlet matching with the discharge end of the cavity , and the top of the housing is provided with a sealing plate , an electric motor is arranged on the upper part of the sealing plate , a screw rod penetrating the sealing plate is arranged on the lower part of the electric motor , a spiral is arranged on the screw rod , the top of the spiral is edged, the screw rod and the spiral form the spiral cutting device, and the spiral cutting device corresponds to the position of the feed inlet, and a bottom of the material dispersion apparatus is connected with a screw feeder , and a discharge end of the screw feeder is connected to a pyrolysis apparatus.
Semiconducting material comprising an electron transport matrix compound comprising at least one electron transporting structural moiety and at least one polar structural moiety, wherein the polar structural moiety is a phosphine oxide group directly attached to structural moieties which are independently selected from arene and heteroarene structural moieties; wherein the at least one electron transporting structural moiety comprises a benzonaphtofurane structural moiety, wherein when not indicated as being unsubstituted, a structural unit may be substituted and wherein the at least two arene or heteroarene groups attached to the phosphine oxide group may be linked to form a ring. an electron transport matrix compound comprising at least one electron transporting structural moiety and at least one polar structural moiety, wherein the polar structural moiety is a phosphine oxide group directly attached to structural moieties which are independently selected from arene and heteroarene structural moieties; wherein the at least one electron transporting structural moiety comprises a benzonaphtofurane structural moiety, wherein when not indicated as being unsubstituted, a structural unit may be substituted and wherein the at least two arene or heteroarene groups attached to the phosphine oxide group may be linked to form a ring.