mhurhangee/patent-ind-claim-en huggingface dataset:
A drain ball valve for use in connection with an aircraft fluid-holding tank having a tank drain , the drain ball valve comprising: an upper shell with an upper raised wall configured to be received within a plumbing line of the tank drain ; and a lower shell ; characterised in that the drain ball valve comprises a bellow component , wherein the lower shell comprises a connection area for receiving the bellow component ; and in that the drain ball valve further comprises a funnel received on the lower shell . an upper shell with an upper raised wall configured to be received within a plumbing line of the tank drain ; and a lower shell ; characterised in that the drain ball valve comprises a bellow component , wherein the lower shell comprises a connection area for receiving the bellow component ; and in that the drain ball valve further comprises a funnel received on the lower shell .
A semiconductor device (PKG1~PKG4) comprising: a wiring substrate (SUB1) having a first surface ; a semiconductor chip (CHP1) having a second surface where a plurality of terminals are arranged and a third surface opposite to the second surface , and being mounted on the wiring substrate (SUB1) so that the second surface faces the first surface of the wiring substrate (SUB1); a heat release sheet (TIM) arranged on the third surface of the semiconductor chip (CHP1) to cover the entire semiconductor chip (CHP1) and having a larger area than an area of the third surface of the semiconductor chip (CHP1); and a cover member (LID) which covers the entire semiconductor chip (CHP1), the entire heat release sheet (TIM) and a part of the wiring substrate (SUBL) and to which the heat release sheet (TIM) is fixed, wherein the cover member (LID) has a first portion (LID1) facing the third surface of the semiconductor chip (CHP1), a flange portion (LIDf) arranged in a periphery of the first portion (LID1) and bonded and fixed onto the first surface of the wiring substrate (SUB1) through a first bonding member (BND1), and a second portion (LID2) arranged between the first portion (LID1) and the flange portion (LIDf), in a plan view of the cover member (LID) viewed from the heat release sheet (TIM), the heat release sheet (TIM) is bonded and fixed to the cover member (LID) through a second bonding member (BND2) arranged at a position overlapping the second portion (LID2) of the cover member (LID). a wiring substrate (SUB1) having a first surface ; a semiconductor chip (CHP1) having a second surface where a plurality of terminals are arranged and a third surface opposite to the second surface , and being mounted on the wiring substrate (SUB1) so that the second surface faces the first surface of the wiring substrate (SUB1); a heat release sheet (TIM) arranged on the third surface of the semiconductor chip (CHP1) to cover the entire semiconductor chip (CHP1) and having a larger area than an area of the third surface of the semiconductor chip (CHP1); and a cover member (LID) which covers the entire semiconductor chip (CHP1), the entire heat release sheet (TIM) and a part of the wiring substrate (SUBL) and to which the heat release sheet (TIM) is fixed, wherein the cover member (LID) has a first portion (LID1) facing the third surface of the semiconductor chip (CHP1), a flange portion (LIDf) arranged in a periphery of the first portion (LID1) and bonded and fixed onto the first surface of the wiring substrate (SUB1) through a first bonding member (BND1), and a second portion (LID2) arranged between the first portion (LID1) and the flange portion (LIDf), in a plan view of the cover member (LID) viewed from the heat release sheet (TIM), the heat release sheet (TIM) is bonded and fixed to the cover member (LID) through a second bonding member (BND2) arranged at a position overlapping the second portion (LID2) of the cover member (LID).
A method of manufacturing an optical coupler (40; 50) comprising a first surface intended to receive a light beam and a second surface intended to supply at least part of the light beam, the areas of the cross-sections of the first and second surfaces being different, and a lateral wall (42; 52) connecting the first surface to the second surface, the lateral wall successively comprising, between the first and second surfaces, a first concave portion and a first convex portion , the method being characterized in that it comprises the steps of: a) determining, for a first profile (P 0 ) of the lateral wall, the position along the axis of the first profile of the point at which a light beam escapes from the coupler through the lateral wall; and b) determining a second profile (P 1 ) by modifying the first profile by drawing away the lateral wall from the axis at said position with respect to the first profile. a) determining, for a first profile (P 0 ) of the lateral wall, the position along the axis of the first profile of the point at which a light beam escapes from the coupler through the lateral wall; and b) determining a second profile (P 1 ) by modifying the first profile by drawing away the lateral wall from the axis at said position with respect to the first profile.
A staple sizer for determining sizes of surgical staples during surgery, comprising: a disc-shaped member comprising a plurality of sections corresponding to different sizes of surgical staples; a pair of parallel protrusions disposed within each of the plurality of sections and extending away from the center of the staple sizer; and characterised by a pair of holes disposed adjacently to each pair of parallel protrusions, the pair of holes corresponding to positions of a first leg and a second leg of the surgical staple in a distracted state of the surgical staple. a disc-shaped member comprising a plurality of sections corresponding to different sizes of surgical staples; a pair of parallel protrusions disposed within each of the plurality of sections and extending away from the center of the staple sizer; and
Device for transporting containers along a transport direction (TR), preferably at or inside a container cleaning machine , comprising at least one transport apparatus having at least one belt-type transport means and following downstream from this in the transport direction (TR) at least one container-receiving apparatus , wherein the container-receiving apparatus comprises a disk , which can be rotated on a shaft by means of a first drive , and which has at least one driver element , wherein the shaft of the disk is connected to a rocker element , and the rocker element comprises a second drive , by means of which the rocker element can be moved to and fro, characterised in that the container-receiving apparatus comprises a sensor unit , which is designed to sense the angular position of the disk , and an inclination sensor unit arranged on the rocker element , which is designed to sense the position in respect of an angular position of the rocket element .
A fluid heating apparatus , comprising: an impeller arranged in a flow detection region in which flow of fluid to be heated by a heater is detected, wherein the impeller includes a blade portion , and the blade portion includes a portion curved from a base end side corresponding to a rotational center side to a distal end side corresponding to an outer side, the portion being curved towards a side that is opposite to a rotational direction characterized in that the flow detection region includes a bottom surface including a curved surface or an inclined surface, the impeller is rotatably supported at a support shaft protruding upwardly from the bottom surface forming the flow detection region , and the curved surface or the inclined surface is formed to be displaced downwardly towards the outer side in the radial direction. an impeller arranged in a flow detection region in which flow of fluid to be heated by a heater is detected, wherein the impeller includes a blade portion , and the blade portion includes a portion curved from a base end side corresponding to a rotational center side to a distal end side corresponding to an outer side, the portion being curved towards a side that is opposite to a rotational direction characterized in that the flow detection region includes a bottom surface including a curved surface or an inclined surface, the impeller is rotatably supported at a support shaft protruding upwardly from the bottom surface forming the flow detection region , and the curved surface or the inclined surface is formed to be displaced downwardly towards the outer side in the radial direction.
Apparatus for forming 3D objects from metallic powder, comprising: • delivery means comprising a cold spray nozzle adapted to emit a beam of metallic powder at sufficiently high velocity to enable the powder to form a solid mass on a substrate; and • positioning means including a robotic arm , the robotic arm being adapted to set or adjust the distance and/or angle between the delivery means and substrate as powder builds up on the substrate; characterized in that : • the robotic arm has a grip adapted to hold the substrate, wherein the robotic arm comprises a five axis computer numerical controlled (CNC) frame or a six axis industrial arm; and in that the apparatus further comprises: • control means comprising a computerized system adapted to send control signals to the delivery means and the positioning means dependent on the 3D object to be formed, the control means being further adapted to cause the positioning means to continuously reorient and maintain an angle of attack of the beam perpendicular to its point of contact on the substrate or a part formed on the substrate in order to form the 3D object. • delivery means comprising a cold spray nozzle adapted to emit a beam of metallic powder at sufficiently high velocity to enable the powder to form a solid mass on a substrate; and • positioning means including a robotic arm , the robotic arm being adapted to set or adjust the distance and/or angle between the delivery means and substrate as powder builds up on the substrate; • the robotic arm has a grip adapted to hold the substrate, wherein the robotic arm comprises a five axis computer numerical controlled (CNC) frame or a six axis industrial arm; • control means comprising a computerized system adapted to send control signals to the delivery means and the positioning means dependent on the 3D object to be formed, the control means being further adapted to cause the positioning means to continuously reorient and maintain an angle of attack of the beam perpendicular to its point of contact on the substrate or a part formed on the substrate in order to form the 3D object.
A fitting for use with a cable contained in a corrugated metal tubing , the fitting comprising: an adaptor having an internal, longitudinal passage to receive the cable ; a body coupled to the adaptor , the body including a body sealing surface ; an internal seal positioned between the adaptor and the body , the internal seal to be radially disposed about the cable ; a nut coupled to the body ; and a sealing member positioned between the nut and the body , the sealing member including a sealing surface configured to be placed in a valley of the corrugated metal tubing to compress a peak of the corrugated metal tubing between the sealing surface of the sealing member and the body sealing surface of the body such that the compressed peak forms a metal-to-metal seal. an adaptor having an internal, longitudinal passage to receive the cable ; a body coupled to the adaptor , the body including a body sealing surface ; an internal seal positioned between the adaptor and the body , the internal seal to be radially disposed about the cable ; a nut coupled to the body ; and a sealing member positioned between the nut and the body , the sealing member including a sealing surface configured to be placed in a valley of the corrugated metal tubing to compress a peak of the corrugated metal tubing between the sealing surface of the sealing member and the body sealing surface of the body such that the compressed peak forms a metal-to-metal seal.
A signal transmission method, applied to a multiple input multiple output, MIMO radar, wherein the MIMO radar comprises a transmitter, the transmitter comprises a plurality of transmit antennas, and the method comprises: Sending (S301), by the transmitter, a first burst in a first measurement frame, wherein the first measurement frame is used to measure a velocity of a target, and when the first burst is sent, each of the plurality of transmit antennas sends a chirp signal in a time division manner; and Sending (S302), by the transmitter, a second burst in the first measurement frame after the transmitter sends the first burst in the first measurement frame, wherein when the second burst is sent, a quantity of transmit antennas configured to send a chirp signal is one. Sending (S301), by the transmitter, a first burst in a first measurement frame, wherein the first measurement frame is used to measure a velocity of a target, and when the first burst is sent, each of the plurality of transmit antennas sends a chirp signal in a time division manner; and Sending (S302), by the transmitter, a second burst in the first measurement frame after the transmitter sends the first burst in the first measurement frame, wherein when the second burst is sent, a quantity of transmit antennas configured to send a chirp signal is one.
A prosthetic liner comprising: a body of polymeric material having an open proximal end for receiving a residual limb, a closed end distal opposite the open proximal end, an interior surface configured to contact a residual limb, and an exterior surface; and a fabric outer covering reaching over the body of polymeric material ; characterised by a plurality of separate bodies of phase change material separately overlying respective localized areas of the exterior surface of the body of polymeric material to absorb heat emitted by the residual limb, wherein the bodies of phase change material are attached to the fabric covering , and wherein the fabric outer covering adjoins the exterior surface of the body of polymeric material between the bodies of phase change material such that the bodies of phase change material become integral to the liner. a body of polymeric material having an open proximal end for receiving a residual limb, a closed end distal opposite the open proximal end, an interior surface configured to contact a residual limb, and an exterior surface; and a fabric outer covering reaching over the body of polymeric material ; characterised by a plurality of separate bodies of phase change material separately overlying respective localized areas of the exterior surface of the body of polymeric material to absorb heat emitted by the residual limb, wherein the bodies of phase change material are attached to the fabric covering , and wherein the fabric outer covering adjoins the exterior surface of the body of polymeric material between the bodies of phase change material such that the bodies of phase change material become integral to the liner.
Back for a watch case , the back comprising a first element arranged so as to be screwed onto the watch case , and a second element including an end face bearing a pattern (M), the second element being mounted such that it can move in rotation about an axis (C) passing through the centre of the case , the second element comprising braking means arranged so as to hold it relative to the first element in different angular positions about the rotational axis (C), the braking means being disposed between the first and second elements , characterised in that the first element comprises, on its face directed outwards of the case, a base with a wall inclined outwards of the case so that said base has a trapezoidal shaped cross-section, the inclined wall being arranged so as to cooperate with a cavity formed in the second element and which has an inclined wall complementary to the base to be able to perform assembly by clipping of the two elements .
A method of making a monolithic dental restoration, comprising the steps of: providing a monolithic precursor of a dental restoration being made of zirconia material having a relative density of greater than 98% of the theoretic density of the zirconia material; firing the monolithic dental restoration precursor at a temperature of at least 800 °C for a duration of at least 10 seconds to provide the monolithic dental restoration. providing a monolithic precursor of a dental restoration being made of zirconia material having a relative density of greater than 98% of the theoretic density of the zirconia material; firing the monolithic dental restoration precursor at a temperature of at least 800 °C for a duration of at least 10 seconds to provide the monolithic dental restoration.
A working element operable to expand an end of a tube , the working element comprising: a main body configured to rotate about an axis (L, 124); a plurality of roller supports movably coupled to the main body, the roller supports movable relative to the main body between a retracted position and an expanded position; and a plurality of rollers coupled to the roller supports such that a distance between a first roller of the plurality of rollers and a second roller of the plurality of rollers increases when the roller supports move toward the expanded position, wherein the rollers are configured to be inserted into the end of the tube when the roller supports are in the retracted position, and characterized in that the rollers are engageable with an inner circumference of the tube when the main body rotates about the axis to expand the end of the tube by centrifugal force. a main body configured to rotate about an axis (L, 124); a plurality of roller supports movably coupled to the main body, the roller supports movable relative to the main body between a retracted position and an expanded position; and a plurality of rollers coupled to the roller supports such that a distance between a first roller of the plurality of rollers and a second roller of the plurality of rollers increases when the roller supports move toward the expanded position, wherein the rollers are configured to be inserted into the end of the tube when the roller supports are in the retracted position, and characterized in that the rollers are engageable with an inner circumference of the tube when the main body rotates about the axis to expand the end of the tube by centrifugal force.
A tank ventilation system for an internal combustion engine having: A tank , which is connected via a tank ventilation to a sorption reservoir for temporary storage of fuel from a tank ventilation flow, a flushing air pump , for supplying regenerated fuel from the sorption reservoir via a flushing air flow into the intake air flow to the internal combustion engine , wherein a control is provided, which is designed to control the flushing air pump in such a manner that the flushing air flow can be adjusted with respect to its pressure, its mass and/or its volume, so that a dosage of the regenerated fuel takes place via the flushing airflow into the intake airflow according to an operating state of the internal combustion engine , and the intake airflow of the internal combustion engine is supplied via a compressor and the dosage takes place according to an operating state of the compressor . A tank , which is connected via a tank ventilation to a sorption reservoir for temporary storage of fuel from a tank ventilation flow, a flushing air pump , for supplying regenerated fuel from the sorption reservoir via a flushing air flow into the intake air flow to the internal combustion engine , wherein a control is provided, which is designed to control the flushing air pump in such a manner that the flushing air flow can be adjusted with respect to its pressure, its mass and/or its volume, so that a dosage of the regenerated fuel takes place via the flushing airflow into the intake airflow according to an operating state of the internal combustion engine , and the intake airflow of the internal combustion engine is supplied via a compressor and the dosage takes place according to an operating state of the compressor .
Amides of formula (I) wherein the variables have the following meanings: R 1 OH, =O or O(CO)R 6 , wherein R 6 is H or C 1 -C 6 -alkyl; R 2 H or (CO)R 7 ; wherein R 7 is H or C 1 -C 6 -alkyl; R 3 H or (CO)R 8 ; wherein R 3 is H or C 1 -C 6 -alkyl; or R 2 and R 3 together form -CR 9 R 10 -, wherein R 9 and R 10 independently of one another are H, C 1 -C 6 -alkyl or C 1 -C 6 -alkoxy; R 4 H; R 5 C 2 -C 6 -haloalkyl, C 3 -C 6 -haloalkenyl, C 3 -C 6 -alkynyl or C 3 -C 6 -haloalkynyl. R 1 OH, =O or O(CO)R 6 , wherein R 6 is H or C 1 -C 6 -alkyl; R 2 H or (CO)R 7 ; wherein R 7 is H or C 1 -C 6 -alkyl; R 3 H or (CO)R 8 ; wherein R 3 is H or C 1 -C 6 -alkyl; or R 2 and R 3 together form -CR 9 R 10 -, wherein R 9 and R 10 independently of one another are H, C 1 -C 6 -alkyl or C 1 -C 6 -alkoxy; R 4 H; R 5 C 2 -C 6 -haloalkyl, C 3 -C 6 -haloalkenyl, C 3 -C 6 -alkynyl or C 3 -C 6 -haloalkynyl.
A system for displaying items, which system comprises a panel and one or more display accessories , wherein said panel comprises at least one magnetic surface and said one or more display accessories are adapted to magnetically attach to said panel , a display accessory comprises one or more support elements attached or integrated underneath said display accessory , wherein said one or more support elements are formed so as to absorb the pressure due to the weight of said display accessory and the items displayed by said display accessory , wherein the panel is plane and the support elements comprise a plane contact surface adapted to bear against the panel , said one or more support elements having a triangular, squared, half-arched or half-circular profile, characterised in that the one or more support elements is/are extending along a whole width and underneath of said display accessory, or is/are placed underneath a middle of said display accessory and extending for a portion of the width, or a plurality support elements is displaced underneath said display accessory along portions of the width of said display accessory.
A venous access port assembly , including: a housing made of needle impenetrable material, the housing further including: a housing base ; a well having a bottom floor and side walls that define an interior reservoir ; and a passageway that extends from the interior reservoir to a distal tip opening of a discharge port ; wherein radiopaque markings are applied to a surface of the housing base ; and characterized in that the venous access port assembly is rated for power injection such as of contrast fluid, the radiopaque markings including indicia that comprise the letters "CT" and conveying, when an X-ray of the patient is taken after implantation of the venous access port assembly , that the venous access port assembly can be used for power injection. a housing made of needle impenetrable material, the housing further including: a housing base ; a well having a bottom floor and side walls that define an interior reservoir ; and a passageway that extends from the interior reservoir to a distal tip opening of a discharge port ; a housing base ; a well having a bottom floor and side walls that define an interior reservoir ; and a passageway that extends from the interior reservoir to a distal tip opening of a discharge port ; wherein radiopaque markings are applied to a surface of the housing base ; and characterized in that the venous access port assembly is rated for power injection such as of contrast fluid, the radiopaque markings including indicia that comprise the letters "CT" and conveying, when an X-ray of the patient is taken after implantation of the venous access port assembly , that the venous access port assembly can be used for power injection.