mhurhangee/patent-ind-claim-en huggingface dataset:
A method comprising: obtaining touch information comprising force information regarding a pressure applied by a user as a user input to a pressure sensitive input device; and classifying , based on the force information, an intent of the user input as being a key strike referring to user selection of a particular key on a keyboard, with different locations of the keyboard being associated with different keys, in response to the user input, or as a mouse click referring to the pressing of a button associated with a mouse or a track pad; wherein the classifying includes defining an initial impact time duration beginning when pressure applied as the user input rises to a start threshold amount, and ending when the pressure applied as the user input drops to a local minimum or a stop threshold amount; and wherein the key strike is characterized by a sharp rise in force followed by a sharp decrease in force as the finger rebounds from the surface, and the mouse click is characterized by a slow rise in force followed by a sharp decrease in force, the sharp or slow rise and the sharp decrease in force occurring during the initial impact time duration and the initial impact time duration of a mouse click is longer than that of a key strike. obtaining touch information comprising force information regarding a pressure applied by a user as a user input to a pressure sensitive input device; and classifying , based on the force information, an intent of the user input as being a key strike referring to user selection of a particular key on a keyboard, with different locations of the keyboard being associated with different keys, in response to the user input, or as a mouse click referring to the pressing of a button associated with a mouse or a track pad; wherein the classifying includes defining an initial impact time duration beginning when pressure applied as the user input rises to a start threshold amount, and ending when the pressure applied as the user input drops to a local minimum or a stop threshold amount; and wherein the key strike is characterized by a sharp rise in force followed by a sharp decrease in force as the finger rebounds from the surface, and the mouse click is characterized by a slow rise in force followed by a sharp decrease in force, the sharp or slow rise and the sharp decrease in force occurring during the initial impact time duration and the initial impact time duration of a mouse click is longer than that of a key strike.
Electric motor having an inner stator and an outer rotor , which outer rotor has a rotor housing and a plurality of magnets and is formed for rotation about a rotation axis , which magnets are in the form of bar magnets, which rotor housing has an inner surface , a first end and a second end opposite the first end , which inner surface has receiving surfaces for receiving the magnets, which receiving surfaces each serve to arrange one of the magnets , and which magnets are each fixed to one of the receiving surfaces with the aid of an adhesive fixing means , characterized in that a first bearing seat for receiving a first bearing cage is formed at the second end of the rotor housing , which rotor housing has a first rotor housing portion with an inner diameter (D) at the second end , which inner diameter is smaller than the inner diameter (D) of the rotor housing in a second rotor housing portion in which the magnets are fixed, thereby forming the rotor seat at the second end , and that the receiving surfaces each have a groove-like recess , the groove-like recesses extend in a direction parallel to the rotation axis and the groove-like recesses have a first length (L1) in the direction parallel to the rotation axis which is greater than a second length (L2) of the plurality of magnets extending in the direction parallel to the rotation axis , so that an excess adhesive fastener can collect in the recess in the areas not covered by the bar magnets, without a planar fixing of the bar magnet to the magnet seat being cancelled out by the excess adhesive fastener.
A self-cleaning filter comprising: - a tubular filtering element having an inner surface and a longitudinal direction of development (A); - one or more cleaning elements configured for rotating about said longitudinal direction of development (A), said cleaning elements being spaced away from each other along said longitudinal direction of development (A), each cleaning element having a respective direction of forward motion (B), each cleaning element comprising at least a first suction inlet facing said inner surface and placed in proximity to said inner surface , each cleaning element having a seat ; - contact cleaning means configured for striking said inner surface to remove dirt from said inner surface , said contact cleaning means being placed in front of said suction inlet along said direction of forward motion (B), said contact cleaning means comprising a plurality of brushes , each secured to a respective cleaning element and configured for sliding in contact with said inner surface of said tubular filtering element along said direction of forward motion (B), each brush being placed inside the seat of a respective cleaning element , characterized in that the contact cleaning means comprises a second suction inlet facing said brush and preferably placed in proximity to said seat . - a tubular filtering element having an inner surface and a longitudinal direction of development (A); - one or more cleaning elements configured for rotating about said longitudinal direction of development (A), said cleaning elements being spaced away from each other along said longitudinal direction of development (A), each cleaning element having a respective direction of forward motion (B), each cleaning element comprising at least a first suction inlet facing said inner surface and placed in proximity to said inner surface , each cleaning element having a seat ; - contact cleaning means configured for striking said inner surface to remove dirt from said inner surface , said contact cleaning means being placed in front of said suction inlet along said direction of forward motion (B), said contact cleaning means comprising a plurality of brushes , each secured to a respective cleaning element and configured for sliding in contact with said inner surface of said tubular filtering element along said direction of forward motion (B), each brush being placed inside the seat of a respective cleaning element ,
Tag for providing the information of a rail, the rail comprising a rail head , a rail web and a rail foot , the tag configured to be attached to the rail foot in the transverse direction (T) of the rail , the tag comprising: a base body which partially encloses the rail foot , and a label which contains information of the rail , wherein the base body includes an upper lip and a lower lip , the label located on the upper side of the upper lip , wherein the tag further comprises a fastener that attaches the base body to the rail , characterized in that the fastener is made of adhesive material and located on the upper side of the lower lip . a base body which partially encloses the rail foot , and a label which contains information of the rail , wherein the base body includes an upper lip and a lower lip , the label located on the upper side of the upper lip , wherein the tag further comprises a fastener that attaches the base body to the rail , characterized in that the fastener is made of adhesive material and located on the upper side of the lower lip .
Process for making a decorative coating (HD) for an element (EH) of a vehicle interior, characterized by a stage (i) in which at least one edge (B1j) of two leather parts (PCj) is shrunk to an inner face (FI1), and each thin edge is folded to form a realignment (Rj) on each leather part (PCj), and a step (ii) in which the said leather parts (PCj) are combined with a decorative insert (ID) interspersed between them (PCj) having two edges (B2j) placed under the said replenishments (Rj).
A nucleic acid molecule for inhibiting expression of GST-π comprising a sense strand and an antisense strand, wherein the strands form a duplex region, and wherein the antisense strand is SEQ ID NOs: 157 and the sense strand is SEQ ID NOs: 131.
A resin composition, comprising: from 30 to 99 wt% of a cellulose-based resin as a cellulose ether, represented by the following formula : (wherein each of R 1 , R 2 and R 3 independently represents hydrogen or a substituent having a carbon number of 1 to 12), wherein an etherification degree (substitution degree) is from 1.5 to 3.0; and from 70 to 1 wt% of a fumaric acid ester polymer containing 30 to 95 mol% of a fumaric acid diester residue unit represented by the following formula : (wherein R 4 and R 5 represent an alkyl group having a carbon number of 1 to 12), and from 70 to 5 mol% of a fumaric acid monoester residue unit represented by the following formula : (wherein R 6 represents an alkyl group having a carbon number of 1 to 12). from 30 to 99 wt% of a cellulose-based resin as a cellulose ether, represented by the following formula : (wherein each of R 1 , R 2 and R 3 independently represents hydrogen or a substituent having a carbon number of 1 to 12), wherein an etherification degree (substitution degree) is from 1.5 to 3.0; and (wherein each of R 1 , R 2 and R 3 independently represents hydrogen or a substituent having a carbon number of 1 to 12), wherein an etherification degree (substitution degree) is from 1.5 to 3.0; and from 70 to 1 wt% of a fumaric acid ester polymer containing 30 to 95 mol% of a fumaric acid diester residue unit represented by the following formula : (wherein R 4 and R 5 represent an alkyl group having a carbon number of 1 to 12), and from 70 to 5 mol% of a fumaric acid monoester residue unit represented by the following formula : (wherein R 6 represents an alkyl group having a carbon number of 1 to 12). (wherein R 4 and R 5 represent an alkyl group having a carbon number of 1 to 12), and from 70 to 5 mol% of a fumaric acid monoester residue unit represented by the following formula : (wherein R 6 represents an alkyl group having a carbon number of 1 to 12).
A system for containing a viscous material applied to a surface, comprising: a seal movable between a first position and a second position, wherein a contacting edge of the seal contacts the surface in the first position and is separated from the surface by a gap in the second position; and characterized in comprising a gas delivery system configured to contain the viscous material to a side of the seal when the seal is in the second position and separated from the surface by the gap . a seal movable between a first position and a second position, wherein a contacting edge of the seal contacts the surface in the first position and is separated from the surface by a gap in the second position; and characterized in comprising a gas delivery system configured to contain the viscous material to a side of the seal when the seal is in the second position and separated from the surface by the gap .
Fluid pressure measurement sensor operating under extreme pressure conditions ranging from a few hundred bars to more than 2000 bars and measuring pressure of fluid in a well directed towards a hydrocarbon reservoir, comprising a microelectromechanical system MEMS chip , wherein: - the MEMS chip comprises a first substrate attached to a support substrate , two lateral walls and a sensitive membrane connected to said lateral walls , which define a sealed cavity , said cavity being either under vacuum, or filled with a gas whose reference pressure is less than the fluid pressure; - the exterior surfaces of the lateral walls and the sensitive membrane are exposed to the fluid pressure; - the lateral walls are designed to subject the sensitive membrane to a compression stress transmitted by the opposite lateral walls where said lateral walls are connected to the sensitive membrane such that the stress at a centre of the membrane is mostly along the axis of its width; and - the MEMS chip also comprises a stress detection circuit to measure the compression state of the sensitive membrane which is proportional to the fluid pressure. - the MEMS chip comprises a first substrate attached to a support substrate , two lateral walls and a sensitive membrane connected to said lateral walls , which define a sealed cavity , said cavity being either under vacuum, or filled with a gas whose reference pressure is less than the fluid pressure; - the exterior surfaces of the lateral walls and the sensitive membrane are exposed to the fluid pressure; - the lateral walls are designed to subject the sensitive membrane to a compression stress transmitted by the opposite lateral walls where said lateral walls are connected to the sensitive membrane such that the stress at a centre of the membrane is mostly along the axis of its width; and - the MEMS chip also comprises a stress detection circuit to measure the compression state of the sensitive membrane which is proportional to the fluid pressure.
A face mask for a patient undergoing a sedated endoscopic procedure, wherein the face mask includes: a body adapted to cover the patient's nose and mouth in a substantially sealed relationship with the patient's skin, means to provide positive airway pressure to the nose; a bite block with an opening therein; and a one-way valve having an open position, adapted to allow passage of an endoscopic device therethrough and into the opening, and a closed position substantially sealing the opening, the bite block including the one-way valve across the opening . a body adapted to cover the patient's nose and mouth in a substantially sealed relationship with the patient's skin, means to provide positive airway pressure to the nose; a bite block with an opening therein; and
An air compressor system comprising: an internal combustion engine operable to produce a power output in response to combustion of a fuel-air mixture; an air compressor driven by the internal combustion engine and operable to draw in atmospheric air and discharge a mixed flow of compressed air and water; a separator assembly in communication with the air compressor and operable to separate the mixed flow of compressed air and water into a flow of compressed air and a separate flow of water; a water injection system for supplying the flow of water to the fuel-air mixture and into the internal combustion engine ; a water passageway interconnecting the separator assembly and the water injection system , the water passageway configured to direct the flow of water to the water injection system ; an air passageway fluidly connected to the separator assembly , wherein the compressed air is discharged from the separator assembly through the air passageway , and exits the air compressor system ; a sensor configured to detect a flow rate of compressed air through the air passageway ; and a control system coupled to the internal combustion engine and the water injection system , the control system configured to regulate an amount of water supplied to the internal combustion engine in response to the detected flow rate of compressed air by the sensor . an internal combustion engine operable to produce a power output in response to combustion of a fuel-air mixture; an air compressor driven by the internal combustion engine and operable to draw in atmospheric air and discharge a mixed flow of compressed air and water; a separator assembly in communication with the air compressor and operable to separate the mixed flow of compressed air and water into a flow of compressed air and a separate flow of water; a water injection system for supplying the flow of water to the fuel-air mixture and into the internal combustion engine ; a water passageway interconnecting the separator assembly and the water injection system , the water passageway configured to direct the flow of water to the water injection system ; an air passageway fluidly connected to the separator assembly , wherein the compressed air is discharged from the separator assembly through the air passageway , and exits the air compressor system ; a sensor configured to detect a flow rate of compressed air through the air passageway ; and a control system coupled to the internal combustion engine and the water injection system , the control system configured to regulate an amount of water supplied to the internal combustion engine in response to the detected flow rate of compressed air by the sensor .
A thermally insulated shipping container comprising at least one cool pack having at least two rigid compartments each containing a sealed in coolant, the two compartments being joined by a living hinge arranged to permit the two compartments to be folded from a flat configuration to a right angled configuration where the two compartments are arranged at 90 degrees to each other, wherein the container is square or rectangular with one or more cool packs arranged such that the two compartments joined by the living hinge form, or are adjacent and parallel to, two walls of the container, the container further comprising an outer insulation layer formed of expanded foam and a layer of insulation panels , wherein the compartments of the at least one cool pack are arranged to be received inside the layer of insulation panels , to provide a container with an outer insulation layer, an intermediate insulation panel layer and an inner cool pack layer, characterised in that each compartment of the at least one cool pack has outer walls of rigid material formed integrally with the living hinge.
A sampling method for sampling microorganisms contained in biological matter, the sampling method employing a sampling device comprising: - a container comprising a body which comprises an internal space configured to receive the biological matter, and a neck which delimits an access opening to the internal space of the body , the body of the container being constituted by a flexible bag, - a cover configured to be removably and sealingly mounted on the neck of the container so as to obturate the access opening of the neck and close the internal space of the body , wherein at least one of the container and the cover is provided with at least one transfer member internally comprising a passage between the internal space and an external environment, the transfer member having an open state in which said transfer member establishes communication with the internal space through the passage, and a closed state in which said transfer member prevents all communication with the internal space through the passage, said at least one transfer member comprising an evacuation member configured for evacuating, in the open state, at least part of the gases contained in the internal space of the body of the container , the sampling method comprising the steps consisting of: - collecting the biological matter in the internal space of the body of the container , and closing the internal space by mounting the cover on the neck of the container , - putting the internal space of the body of the container under anaerobiosis by putting the evacuation member in the open state, by compressing the body of the container so as to evacuate at least part of the gases contained in the internal space of the body of the container by putting the evacuation member in the closed state. - a container comprising a body which comprises an internal space configured to receive the biological matter, and a neck which delimits an access opening to the internal space of the body , the body of the container being constituted by a flexible bag, - a cover configured to be removably and sealingly mounted on the neck of the container so as to obturate the access opening of the neck and close the internal space of the body , - collecting the biological matter in the internal space of the body of the container , and closing the internal space by mounting the cover on the neck of the container , - putting the internal space of the body of the container under anaerobiosis by putting the evacuation member in the open state, by compressing the body of the container so as to evacuate at least part of the gases contained in the internal space of the body of the container by putting the evacuation member in the closed state.
Package made of cardboard for transporting and displaying goods, having a base and four side walls projecting upwards from the base , wherein a viewing window can be produced on at least one side wall by removing a cover tab , wherein the cover tab is connected to an edge of the at least one side wall via predetermined breaking points , wherein the cover tab has, at least in certain regions, two layers which are fixed to one another, and the outer layer of the cover tab is designed to be smaller, at least on two sides, than the inner layer , which projects beyond the outer layer on these at least two sides, characterized in that the inner layer has two tabs which are spaced apart from one another and to which the outer layer is fixed, and a tear-off web is formed on the outer layer between the two tabs of the inner layer .
Device for receiving at least one kitchen tool in the form of a spoon, a cooking spoon, a fork, a skewer, a ladle or the like or a meat thermometer, the device (V) having a cup-shaped base body with at least one interior (3.1A, 3.2A), the cup-shaped base body being open at the top and having a substantially vertically upwardly extending circumferential wall (3.3) and a base (3.4), the cup-shaped base body having at least one fastening means for producing a connection to a kitchen appliance in such a way that the cup-shaped base body is located outside the kitchen appliance , and in that the device has a cover which extends from the base body to above an upper edge of the kitchen appliance , the cover covering an intermediate space between the base body and the kitchen appliance , and in that the cup-shaped base body has at least one fastening means for producing a connection to the kitchen appliance and - characterized in that the fastening means is in the form of one or more magnets which are arranged on the cup-shaped base body , and in that the cup-shaped base body can be fastened to the kitchen appliance by means of the magnets, and/or - in that the fastening means is in the form of at least one suction cup . - characterized in that the fastening means is in the form of one or more magnets which are arranged on the cup-shaped base body , and in that the cup-shaped base body can be fastened to the kitchen appliance by means of the magnets, and/or - in that the fastening means is in the form of at least one suction cup .