mhurhangee/patent-ind-claim-en huggingface dataset:
A sensor circuit for identifying a surgical target , comprising: a plurality of legs disposed in a coplanar arrangement, each leg of the plurality of legs having a sensor indicative of an orientation to a magnetic source, each sensor comprising a variable element and a fixed element , the fixed element having a response to the voltage source independent of the magnetic source, and the variable element having a variable resistance in response to the field strength of the magnetic source ; a voltage source connected to the fixed element side of each of the legs ; ground connected to the variable elements of the legs; and a calibration reference (V1..V4) is defined by a terminal on the circuit leg between the variable element and the fixed element , the calibration reference (V1..V4) indicative of a voltage drop across the variable element , further comprising a signal conditioner , the signal conditioner configured to receive the calibration reference from each of the circuit legs and configured to utilise a conditioning parameter for augmenting a signal received from the calibration reference (V1..V4) such that the augmented signal from each of the calibration references (V1..V4) is the same when each of the sensors is the same distance from the magnetic source. a plurality of legs disposed in a coplanar arrangement, each leg of the plurality of legs having a sensor indicative of an orientation to a magnetic source, each sensor comprising a variable element and a fixed element , the fixed element having a response to the voltage source independent of the magnetic source, and the variable element having a variable resistance in response to the field strength of the magnetic source ; a voltage source connected to the fixed element side of each of the legs ; ground connected to the variable elements of the legs; and a calibration reference (V1..V4) is defined by a terminal on the circuit leg between the variable element and the fixed element , the calibration reference (V1..V4) indicative of a voltage drop across the variable element , further comprising a signal conditioner , the signal conditioner configured to receive the calibration reference from each of the circuit legs and configured to utilise a conditioning parameter for augmenting a signal received from the calibration reference (V1..V4) such that the augmented signal from each of the calibration references (V1..V4) is the same when each of the sensors is the same distance from the magnetic source.
Method for flue gas denitrification in an incineration plant , wherein nitrogen oxides NO x are removed from the waste gas (A) of the incineration plant , wherein a fluid mixture of an admixed fluid and an active fluid comprising an active agent, which is or contains ammonia or urea, is injected by means of compressed gas through a plurality of nozzles or nozzle lances into a common waste gas chamber of the incineration plant , wherein a temperature (T) in the waste gas chamber is measured and an amount or concentration (C) of the active agent in the atomized fluid mixture is set or controlled depending on the measured temperature (T), characterized in that as the temperature (T) increases, the amount or concentration (C) of the active agent is increased in a first temperature range between approximately 800 °C and approximately 980 °C, and is kept at least substantially constant in a second temperature range between approximately 980 °C and approximately 1040 °C. wherein a temperature (T) in the waste gas chamber is measured and an amount or concentration (C) of the active agent in the atomized fluid mixture is set or controlled depending on the measured temperature (T), characterized in that as the temperature (T) increases, the amount or concentration (C) of the active agent is increased in a first temperature range between approximately 800 °C and approximately 980 °C, and is kept at least substantially constant in a second temperature range between approximately 980 °C and approximately 1040 °C.
An apparatus for aligning and positioning a plurality of pieces of food dough (D2), which are arranged in a perpendicular direction to a moving direction of the pieces of food dough (D2), at predetermined distances, the apparatus comprising: a holding unit having a plurality of holding mechanisms to hold a plurality of pieces of food dough (D2) arranged in the perpendicular direction; a driving mechanism configured to drive the holding unit along the moving direction; and a plurality of guide members configured to control the respective traveling pathways of the holding mechanisms and the distances between the holding mechanisms in the perpendicular direction; wherein the guide members comprise at least an upstream part , an intermediate part , and a downstream part , which are disposed along the moving direction from an upstream to a downstream, wherein the upstream part and the downstream part are disposed parallel to the moving direction, and wherein the guide members are configured to be disposed in a manner that downstream distances between the guide members in the perpendicular direction are wider or narrower than upstream distances between the guide members ; characterized in that the driving mechanism is further configured to move the holding unit around an oval-shaped orbit or circular orbit in one direction. a holding unit having a plurality of holding mechanisms to hold a plurality of pieces of food dough (D2) arranged in the perpendicular direction; a driving mechanism configured to drive the holding unit along the moving direction; and a plurality of guide members configured to control the respective traveling pathways of the holding mechanisms and the distances between the holding mechanisms in the perpendicular direction; wherein the guide members comprise at least an upstream part , an intermediate part , and a downstream part , which are disposed along the moving direction from an upstream to a downstream, wherein the upstream part and the downstream part are disposed parallel to the moving direction, and wherein the guide members are configured to be disposed in a manner that downstream distances between the guide members in the perpendicular direction are wider or narrower than upstream distances between the guide members ;
A self-ligating bracket system comprising: a body, an archwire slot for receiving an archwire, and a locking system, wherein the locking system comprises a resilient shape cantilever locking blade and a ligating sliding member having a centerline parallel to the sliding direction, wherein: the ligating sliding member has a plurality of protuberances , the plurality of protuberances are configured to cooperate with the cantilever locking blade in order to secure the ligating sliding member in a closed or open position, and the resilient shape cantilever locking blade comprises flexible locking arms , characterised in that the flexible locking arms are configured to deflect towards a centerline of the ligating sliding member via the protuberances as the ligating sliding member slides between the open and closed positions. a body, an archwire slot for receiving an archwire, and a locking system, wherein the locking system comprises a resilient shape cantilever locking blade and a ligating sliding member having a centerline parallel to the sliding direction, wherein: the ligating sliding member has a plurality of protuberances , the plurality of protuberances are configured to cooperate with the cantilever locking blade in order to secure the ligating sliding member in a closed or open position, and the resilient shape cantilever locking blade comprises flexible locking arms , characterised in that the flexible locking arms are configured to deflect towards a centerline of the ligating sliding member via the protuberances as the ligating sliding member slides between the open and closed positions. the ligating sliding member has a plurality of protuberances , the plurality of protuberances are configured to cooperate with the cantilever locking blade in order to secure the ligating sliding member in a closed or open position, and the resilient shape cantilever locking blade comprises flexible locking arms , characterised in that the flexible locking arms are configured to deflect towards a centerline of the ligating sliding member via the protuberances as the ligating sliding member slides between the open and closed positions.
An autofeed automatic screwdriver comprising: a bit-holding head that internally houses a rotatable screw bit , and is adapted to receive at inlet a succession of screws which are arranged in sequence in front of the screw bit ; and a motor assembly which is adapted to drive into rotation the screw bit about its longitudinal axis; the bit-holding head comprising: an outer casing internally provided with a substantially straight, main duct open at the bottom and which accommodates said screw bit within an upper portion of the duct; and a bit-holding rod which extends substantially coaxial to the longitudinal axis (A) of the main duct , is inserted in an axially slidable and rotatable manner in the outer casing so as to partially protrude inside of the upper portion of the main duct , and is integral with the screw bit ; whereby the bit-holding rod is mechanically connected to the motor assembly so as to be driven into rotation about its longitudinal axis, characterized in that it further comprises a straight stem having an axial end firmly connected to the screw bit ; and a hollow movable piston which is engaged in a pass-through and axially slidable manner by the straight stem and by the screw bit , so as to be able to move forward and backward astride the straight stem and the screw bit ; the movable piston being provided, at its face turned towards the shaped tip of the screw bit , with a concave recess or seat which has a shape substantially complementary to that of the head of the screws to be screwed, and is adapted to receive the head of the screw to be screwed located inside the main duct , while at same time arranging the same screw substantially coaxial to the longitudinal axis of the screw bit .
An electronic device , comprising: an antenna ; a coupler ; a power amplifier ; a processor electrically coupled to the antenna, the coupler, and the power amplifier; and a memory electrically coupled to the processor and storing instructions; wherein the instructions stored on the memory , when executed by the processor , cause the processor to: transmit a radio signal through the antenna at a preconfigured transmit power value; characterised in that the processor is further caused to: detect, using the coupler , a change of the preconfigured transmit power value outputted from the power amplifier during transmission of the radio signal through the antenna ; and in response to the changed transmit power value output from the power amplifier being greater than a predetermined value, and the changed transmit power value being maintained over a predetermined period, determine that the electronic device is being gripped and adjust the transmit power value of the antenna to below a predetermined level. an antenna ; a coupler ; a power amplifier ; a processor electrically coupled to the antenna, the coupler, and the power amplifier; and a memory electrically coupled to the processor and storing instructions; wherein the instructions stored on the memory , when executed by the processor , cause the processor to: transmit a radio signal through the antenna at a preconfigured transmit power value; characterised in that the processor is further caused to: detect, using the coupler , a change of the preconfigured transmit power value outputted from the power amplifier during transmission of the radio signal through the antenna ; and in response to the changed transmit power value output from the power amplifier being greater than a predetermined value, and the changed transmit power value being maintained over a predetermined period, determine that the electronic device is being gripped and adjust the transmit power value of the antenna to below a predetermined level. detect, using the coupler , a change of the preconfigured transmit power value outputted from the power amplifier during transmission of the radio signal through the antenna ; and in response to the changed transmit power value output from the power amplifier being greater than a predetermined value, and the changed transmit power value being maintained over a predetermined period, determine that the electronic device is being gripped and adjust the transmit power value of the antenna to below a predetermined level.
Instrument for inserting a joint implant , wherein the instrument has an instrument head , which comprises at least one movable post , and a shaft , wherein the movable post is able to be tilted, characterized in that the instrument head has a bearing face for the joint implant , and in that the instrument head in the bearing face thereof has a plurality of stationary posts , the longitudinal axes of the latter being parallel to the longitudinal axis of the shaft .
A single-use delivery device comprising: a manually deformable liquid container defining an inner chamber , the container having a distal end , a body , a proximal end , and an outlet on the distal end; a tip projecting from the outlet on the distal end of the container, the tip in fluid communication with the inner chamber of the container; and characterised in comprising a primer element positioned on the body of the deformable liquid container, the primer element in form of/being a convex-shaped collapsible button disposed on the body of the deformable liquid container, the convex-shaped collapsible button having a volume that matches a volume of air bubbles contained in the deformable liquid container, the convex-shaped collapsible button assuming a concave surface upon manually depression by a user for removing one or more air bubbles from the chamber, said primer element being attached to and in fluid communication with the deformable container and the container, the tip and the primer element being collapsible to minimize dead space in the delivery device. a manually deformable liquid container defining an inner chamber , the container having a distal end , a body , a proximal end , and an outlet on the distal end; a tip projecting from the outlet on the distal end of the container, the tip in fluid communication with the inner chamber of the container; and characterised in comprising a primer element positioned on the body of the deformable liquid container, the primer element in form of/being a convex-shaped collapsible button disposed on the body of the deformable liquid container, the convex-shaped collapsible button having a volume that matches a volume of air bubbles contained in the deformable liquid container, the convex-shaped collapsible button assuming a concave surface upon manually depression by a user for removing one or more air bubbles from the chamber, said primer element being attached to and in fluid communication with the deformable container and the container, the tip and the primer element being collapsible to minimize dead space in the delivery device.
A flush toilet, comprising a bowl including a drainage outlet portion in a bottom portion and a discharge port in an upper inner surface portion, the flush toilet being configured to wash an inner surface of the bowl by allowing washing water discharged from the discharge port to flow down while swirling along the inner surface of the bowl , wherein the inner surface of the bowl comprises a guide passage configured to control flow of the washing water that flows down along the inner surface of the bowl , characterized in that in a vertical cross section of the bowl , every tangent of the inner surface in the vertical cross section is inclined downward toward the drainage outlet portion , the guide passage is constituted by a concave surface that is concave in a vertical cross section and is helical in shape and becomes gradually lower toward the drainage outlet portion , a convex curved surface that is convex in the at least one vertical cross section is continuous to a lower side of the concave curved surface , and a curvature radius (R2) of the convex curved surface , on one side of the bowl , whose inflection point (7; 7b) with the concave curved surface has a small height from the bottom portion of the bowl is larger than a curvature radius (R1) of the convex curved surface , on another side of the bowl , whose inflection point (7; 7a) with the concave curved surface has a large height from the bottom portion of the bowl . the inner surface of the bowl comprises a guide passage configured to control flow of the washing water that flows down along the inner surface of the bowl , characterized in that in a vertical cross section of the bowl , every tangent of the inner surface in the vertical cross section is inclined downward toward the drainage outlet portion , the guide passage is constituted by a concave surface that is concave in a vertical cross section and is helical in shape and becomes gradually lower toward the drainage outlet portion , a convex curved surface that is convex in the at least one vertical cross section is continuous to a lower side of the concave curved surface , and a curvature radius (R2) of the convex curved surface , on one side of the bowl , whose inflection point (7; 7b) with the concave curved surface has a small height from the bottom portion of the bowl is larger than a curvature radius (R1) of the convex curved surface , on another side of the bowl , whose inflection point (7; 7a) with the concave curved surface has a large height from the bottom portion of the bowl .
A manufacturing method for manufacturing a mold having a concavo-convex shape on a substrate surface using a heat-reactive resist material containing copper oxide, and silicon or silicon oxide, wherein a content of the silicon or the silicon oxide in the heat-reactive resist material is 4.0 mol% or more and 10.0 mol% or less in terms of mole of silicon, wherein the content of silicon or silicon oxide is a value expressed in percent of the value obtained by dividing the number of moles of silicon by the total number of moles of copper and silicon, said method including: a step of forming a heat-reactive resist layer on the substrate using the heat-reactive resist material; a step of exposing the heat-reactive resist layer, and then, developing with a developing solution; a step of performing dry etching on the substrate with a fluorocarbon using the heat-reactive resist layer as a mask; and a step of removing the heat-reactive resist layer, wherein the developing solution is a mixed solution of glycine and ammonium oxalate. a step of forming a heat-reactive resist layer on the substrate using the heat-reactive resist material; a step of exposing the heat-reactive resist layer, and then, developing with a developing solution; a step of performing dry etching on the substrate with a fluorocarbon using the heat-reactive resist layer as a mask; and a step of removing the heat-reactive resist layer,
A nucleic acid template comprising: (a) a first guide strand comprising in 3' to 5' direction a first synthesis region, a second synthesis region, a first junction domain, and a first blocking region; and (b) a second guide strand comprising in 3' to 5' direction a second blocking region, a second junction domain and a third synthesis region, wherein the first junction domain comprises a nucleotide sequence substantially identical to a nucleotide sequence of the third synthesis region, and the first junction domain and second junction domain are substantially complementary to each other and form a double-stranded region, and wherein the first blocking region and the second blocking region together form a first blocking domain that blocks strand displacement activity of a polymerase. (a) a first guide strand comprising in 3' to 5' direction a first synthesis region, a second synthesis region, a first junction domain, and a first blocking region; and (b) a second guide strand comprising in 3' to 5' direction a second blocking region, a second junction domain and a third synthesis region, wherein the first junction domain comprises a nucleotide sequence substantially identical to a nucleotide sequence of the third synthesis region, and the first junction domain and second junction domain are substantially complementary to each other and form a double-stranded region, and wherein the first blocking region and the second blocking region together form a first blocking domain that blocks strand displacement activity of a polymerase.
A top tether strap structure, comprising: a fixing member fittingly connectable to a safety seat body; a connecting member , a top tether strap and a buckle , wherein one end of the top tether strap is connected to the buckle, and the other end passes through the fixing member and is then connected to the connecting member; characterized in that it further comprises: a switch disposed on the fixing member, wherein when the buckle pulls the top tether strap to allow the connecting member to move to a set position, the connecting member abuts against the switch; and a reminder device electrically connected to the switch. a fixing member fittingly connectable to a safety seat body; a connecting member , a top tether strap and a buckle , wherein one end of the top tether strap is connected to the buckle, and the other end passes through the fixing member and is then connected to the connecting member; characterized in that it further comprises: a switch disposed on the fixing member, wherein when the buckle pulls the top tether strap to allow the connecting member to move to a set position, the connecting member abuts against the switch; and a reminder device electrically connected to the switch. a switch disposed on the fixing member, wherein when the buckle pulls the top tether strap to allow the connecting member to move to a set position, the connecting member abuts against the switch; and a reminder device electrically connected to the switch.
An apparatus comprising at least one group of crystalline silicon photovoltaic cells mounted in series and a support defining a flat surface provided with a peripheral edge of which at least part has a curved shape so as to define an at least partly curved shape for the flat surface of the support, the photovoltaic cells being arranged on this flat surface , said cells comprising a peripheral edge of which at least part matches the at least one curved part of the peripheral edge of said flat surface , characterised in that the photovoltaic cells have geometries that are varied relative to each other and each constitute a respective section (31-35) of the at least partly curved shape of the flat surface so as to cover said flat surface , the sections (31-35) being of widths (E1-E5) that are varied relative to each other so as to deliver an identical intensity (I1).