mhurhangee/patent-ind-claim-en huggingface dataset:
Sewing machine with seam-forming tools , having a needle for guiding an upper thread , and a looper , - wherein the needle is embodied as a curved needle which is pivotable about a needle pivot axis in such a manner that a spacing (A) of the curved needle from the pivot axis is equal to a radius (r) of a curve of the curved needle about the pivot axis ; - wherein the looper is embodied as a looper which has a bobbin thread supply and is rotatable about a looper rotation axis ; - wherein the looper rotation axis runs parallel to a sewing material support region ; - wherein a disposal of the sewing material support region in relation to a motion path of the curved needle is of such a type that the curved needle in the sewing movement along the motion path pierces sewing material to be sewn from a sewing material side , and exits on the same sewing material side again, characterized by - a stitch plate which is associated with the sewing material support region that defines a position of the sewing material relative to the seam-forming tools when sewing abutting edges; - a belt drive for driving the curved needle and the looper ; and - a design embodiment of such a type that the sewing material in the form of sewn abutting edges is sewn with the aid of a one-sided double lockstitch. - wherein the needle is embodied as a curved needle which is pivotable about a needle pivot axis in such a manner that a spacing (A) of the curved needle from the pivot axis is equal to a radius (r) of a curve of the curved needle about the pivot axis ; - wherein the looper is embodied as a looper which has a bobbin thread supply and is rotatable about a looper rotation axis ; - wherein the looper rotation axis runs parallel to a sewing material support region ; - wherein a disposal of the sewing material support region in relation to a motion path of the curved needle is of such a type that the curved needle in the sewing movement along the motion path pierces sewing material to be sewn from a sewing material side , and exits on the same sewing material side again, - a stitch plate which is associated with the sewing material support region that defines a position of the sewing material relative to the seam-forming tools when sewing abutting edges; - a belt drive for driving the curved needle and the looper ; and - a design embodiment of such a type that the sewing material in the form of sewn abutting edges is sewn with the aid of a one-sided double lockstitch.
A method for context-adaptive binary arithmetic encoding a sequence of binary symbols representing a syntax element related to picture data belonging to a picture block, said method comprising, for each binary symbol of the sequence of binary symbols: - determining a context according to the size of the picture block and the binary symbol to be encoded; and - arithmetic encoding said binary symbol taking into account said determined context; characterized in that said determining of a context comprises: - when the size of said picture block is a power of 2, determining a context according to the size of said picture block; and - when the size of said picture block is not a power of 2, determining a context according to a block size immediately higher or lower than the size of said picture block, said block size being equal to a power of 2. - determining a context according to the size of the picture block and the binary symbol to be encoded; and - arithmetic encoding said binary symbol taking into account said determined context; - when the size of said picture block is a power of 2, determining a context according to the size of said picture block; and - when the size of said picture block is not a power of 2, determining a context according to a block size immediately higher or lower than the size of said picture block, said block size being equal to a power of 2.
A chuck for an automatic inspection system , comprising: a removable insert , wherein the removable insert is configured to support a wafer so that an examination surface of the wafer lies within a focal range when the chuck is in a first configuration, wherein the removable insert is inserted into the chuck in the first configuration; and a first structure forming a recess that has a depth sufficient to support a photomask so that an examination surface of the photomask lies within the focal range when the chuck is in a second configuration, wherein the removable insert is not inserted into the chuck in the second configuration, wherein the chuck is adapted to be coupled to the inspection system , and wherein the chuck includes a sensor adapted to cause electrical operations of the inspection system to be disabled when the removable insert is removed from the chuck . a removable insert , wherein the removable insert is configured to support a wafer so that an examination surface of the wafer lies within a focal range when the chuck is in a first configuration, wherein the removable insert is inserted into the chuck in the first configuration; and a first structure forming a recess that has a depth sufficient to support a photomask so that an examination surface of the photomask lies within the focal range when the chuck is in a second configuration, wherein the removable insert is not inserted into the chuck in the second configuration, wherein the chuck is adapted to be coupled to the inspection system , and wherein the chuck includes a sensor adapted to cause electrical operations of the inspection system to be disabled when the removable insert is removed from the chuck .
Arrangement for a vacuum sewer system having a control arrangement for an extraction / shut-off valve , with a connecting pipe flowed through by sewerage, with a branch connected to said connecting pipe, and with a closing device inserted therein, via which a connection between the connecting pipe and the control arrangement can be made, wherein the closing device has a pipe-like or tube-like section extending in the connecting pipe and having at the end a non-return valve .
A scrap determination system comprising: an acquisition section configured to acquire a camera image including scrap; a first scrap determination model generated using teaching data including first learning images, and configured to determine, based on the camera image, each grade of the scrap included in the camera image and a ratio of the grade; a second scrap determination model generated using teaching data including second learning images different from the first learning images, and configured to determine, based on the camera image, each grade of the scrap included in the camera image and a ratio of the grade; a selection model configured to determine which of the first scrap determination model and the second scrap determination model is to be used, based on the camera image; and an output section configured to output information of each grade of the scrap and a ratio of the grade determined based on the camera image using a model selected by the selection model out of the first scrap determination model and the second scrap determination model , wherein the first learning images are each an image of single-grade metal scrap, and when determining each grade of the scrap included in the camera image and a ratio of the grade using the first scrap determination model , the ratio of the grade is determined based on an area ratio of scrap of the grade in the camera image; the second learning images being each an image of mixed-grade metal scrap; and the ratio of each grade being a weight ratio to the total weight of scrap included in the camera image. an acquisition section configured to acquire a camera image including scrap; a first scrap determination model generated using teaching data including first learning images, and configured to determine, based on the camera image, each grade of the scrap included in the camera image and a ratio of the grade; a second scrap determination model generated using teaching data including second learning images different from the first learning images, and configured to determine, based on the camera image, each grade of the scrap included in the camera image and a ratio of the grade; a selection model configured to determine which of the first scrap determination model and the second scrap determination model is to be used, based on the camera image; and an output section configured to output information of each grade of the scrap and a ratio of the grade determined based on the camera image using a model selected by the selection model out of the first scrap determination model and the second scrap determination model , wherein the first learning images are each an image of single-grade metal scrap, and when determining each grade of the scrap included in the camera image and a ratio of the grade using the first scrap determination model , the ratio of the grade is determined based on an area ratio of scrap of the grade in the camera image; the second learning images being each an image of mixed-grade metal scrap; and the ratio of each grade being a weight ratio to the total weight of scrap included in the camera image.
An RFID tag comprising: an RFID chip ; an antenna connected to the chip; a support medium configured to support the chip and antenna; and a plug comprising a cylindrical wall extending from a circular base, the plug at least partially surrounding the chip, antenna and support medium, the plug being shaped to engage a tubular base portion of a freestanding cryogenic vial , wherein the cylindrical wall has an external surface and an internal surface; and wherein the external surface of the cylindrical wall includes at least one groove and, when the plug is located inside the tubular base portion, the groove forms a channel from the top to the base of the plug to allow cryogenic gas to escape from the tubular base portion, characterizing in that the external surface of the cylindrical wall of the plug is comparable in circumference to the internal dimensions of the tubular base portion such that the external surface of the cylindrical wall of the plug forms a direct contact with the internal surface of the tubular base portion to prevent free movement therebetween. an RFID chip ; an antenna connected to the chip; a support medium configured to support the chip and antenna; and a plug comprising a cylindrical wall extending from a circular base, the plug at least partially surrounding the chip, antenna and support medium, the plug being shaped to engage a tubular base portion of a freestanding cryogenic vial , wherein the cylindrical wall has an external surface and an internal surface; and wherein the external surface of the cylindrical wall includes at least one groove and, when the plug is located inside the tubular base portion, the groove forms a channel from the top to the base of the plug to allow cryogenic gas to escape from the tubular base portion, characterizing in that the external surface of the cylindrical wall of the plug is comparable in circumference to the internal dimensions of the tubular base portion such that the external surface of the cylindrical wall of the plug forms a direct contact with the internal surface of the tubular base portion to prevent free movement therebetween.
A catheter assembly comprising: a delivery catheter ; a delivery catheter handle connected to the delivery catheter ; a retrieval catheter defining a retrieval catheter lumen configured to receive the delivery catheter ; a retrieval catheter handle connected to the retrieval catheter , wherein a proximal end of the retrieval catheter handle is configured to removably couple to a distal end of the delivery catheter handle ; and a retrieval funnel disposed on a distal portion of the retrieval catheter . a delivery catheter ; a delivery catheter handle connected to the delivery catheter ; a retrieval catheter defining a retrieval catheter lumen configured to receive the delivery catheter ; a retrieval catheter handle connected to the retrieval catheter , wherein a proximal end of the retrieval catheter handle is configured to removably couple to a distal end of the delivery catheter handle ; and a retrieval funnel disposed on a distal portion of the retrieval catheter .
Circuit arrangement for an electric power converter , comprising: - a first connector connectable to a pole of a DC voltage source , - a second connector connectable to an inverse pole of the DC voltage source , - a switching element having (i) a drain terminal connected to the first connector , (ii) a source terminal connectable to a load and (iii) a gate terminal and being realized by at least one insulated gate field effect transistor having a body diode being in forward direction from the source terminal to the drain terminal and - a diode connected from the second connector to the gate terminal in forward direction characterized by a further connector connected to the gate terminal and configured to obtain a control voltage to switch the switching element when being operated in a forward mode. - a first connector connectable to a pole of a DC voltage source , - a second connector connectable to an inverse pole of the DC voltage source , - a switching element having (i) a drain terminal connected to the first connector , (ii) a source terminal connectable to a load and (iii) a gate terminal and being realized by at least one insulated gate field effect transistor having a body diode being in forward direction from the source terminal to the drain terminal and (i) a drain terminal connected to the first connector , (ii) a source terminal connectable to a load and (iii) a gate terminal - a diode connected from the second connector to the gate terminal in forward direction
An axial compressor comprising: a compressor body that compresses gas; and a sprayer that sprays droplets in suction gas of the compressor body so that the droplets are introduced into the compressor body and evaporates, the compressor body including a casing , a rotor rotatably arranged in the casing, a plurality of rotor blades arranged on an outer circumferential side of the rotor , a plurality of stator vanes arranged on an inner circumferential side of the casing , and a groove arranged in an inner circumferential surface of the casing so as to be positioned around rotor blades arranged on a front stage side, wherein a communication hole communicating with the groove is formed in the casing , wherein a purge system for supplying high-pressure gas to the groove through the communication hole is provided so as to remove a liquid membrane within the groove, characterized in that the communication hole extends to the groove and is inclined toward a downstream side with respect to an axial direction of the compressor body . a compressor body that compresses gas; and a sprayer that sprays droplets in suction gas of the compressor body so that the droplets are introduced into the compressor body and evaporates, the compressor body including a casing , a rotor rotatably arranged in the casing, a plurality of rotor blades arranged on an outer circumferential side of the rotor , a plurality of stator vanes arranged on an inner circumferential side of the casing , and a groove arranged in an inner circumferential surface of the casing so as to be positioned around rotor blades arranged on a front stage side, wherein a communication hole communicating with the groove is formed in the casing , wherein a purge system for supplying high-pressure gas to the groove through the communication hole is provided so as to remove a liquid membrane within the groove, characterized in that the communication hole extends to the groove and is inclined toward a downstream side with respect to an axial direction of the compressor body .
Dosage pod comprising a casing based on a permeable material forming a housing containing a product to be infused and a first peripheral zone surrounding the housing and delimited by a closed external contour , a first surface of the dosage pod being intended to cooperate by contact with a first part of an infusion chamber of an infusion unit in a closed position of the infusion chamber , and a second surface of the dosage pod , opposite to the first surface , being intended to cooperate with a second part of the infusion chamber , opposite the first part , in the closed position of the infusion chamber , wherein the casing comprises two sheets secured together at the first peripheral zone , and wherein the first peripheral zone is bordered on at least part of the external contour by a second peripheral zone , said second peripheral zone having at least one material and/or a thickness that is different respectively from the material and/or the thickness of the first peripheral zone , characterised in that the thickness of the first peripheral zone is strictly less than the thickness of the second peripheral zone .
Method of producing a low interfacial contact resistance material for use in batteries or connectors comprising the following steps: - providing a steel substrate in the form of a cold-rolled strip; - providing a nickel or nickel-based layer on one or both sides of the steel substrate to form a plated substrate; - electrodepositing a molybdenum oxide layer from an aqueous solution onto the plated substrate wherein the plated substrate acts as a cathode, wherein the aqueous solution comprises a molybdenum salt and an alkali metal phosphate and wherein the pH of the aqueous solution is adjusted to between 4.0 and 6.5; - wherein the plated substrate provided with the molybdenum oxide layer is subjected to an annealing step in a reducing atmosphere to, at least partly and preferably fully, reduce the molybdenum oxide in the molybdenum oxide layer to molybdenum metal in a reduction annealing step and to form, simultaneously or subsequently, in the annealing step a diffusion layer which contains nickel and molybdenum, wherein the nickel originates from the nickel or nickel-based layer and the molybdenum originates from the molybdenum oxide layer. - providing a steel substrate in the form of a cold-rolled strip; - providing a nickel or nickel-based layer on one or both sides of the steel substrate to form a plated substrate; - electrodepositing a molybdenum oxide layer from an aqueous solution onto the plated substrate wherein the plated substrate acts as a cathode, wherein the aqueous solution comprises a molybdenum salt and an alkali metal phosphate and wherein the pH of the aqueous solution is adjusted to between 4.0 and 6.5; - wherein the plated substrate provided with the molybdenum oxide layer is subjected to an annealing step in a reducing atmosphere to, at least partly and preferably fully, reduce the molybdenum oxide in the molybdenum oxide layer to molybdenum metal in a reduction annealing step and to form, simultaneously or subsequently, in the annealing step a diffusion layer which contains nickel and molybdenum, wherein the nickel originates from the nickel or nickel-based layer and the molybdenum originates from the molybdenum oxide layer.
A mounted reversible plough including an attachment member for attachment to a tractor, an inversion device which is hinged to the attachment member about an inversion axis (X), an inversion actuator between the attachment member and the inversion device , a frame which carries a double series of ploughing elements which are alternately operative in accordance with the position of the inversion device about the inversion axis (X), the frame being secured to the inversion device by means of an articulation arm and a linearization actuator of the frame and including an adjustment actuator of the working width (L) of the ploughing elements in order to vary the working width (L) between consecutive ploughing elements , wherein the articulation arm is hinged to the frame at a first end thereof about a linearization axis of the frame and it is hinged to the inversion device at a second opposite end thereof about an articulation axis and wherein the linearization actuator is actuated by a pressurized fluid, the flow of which can be intercepted by means of a valve in order to limit the linearization of the frame which is controlled by the linearization actuator when the frame is actuated so as to rotate about the inversion axis (X), characterized in that the valve is actuated according to the relative angular position (A) of the articulation arm with respect to the inversion axis (X), wherein the valve is actuated by a cam profile and a cam follower which are carried on the inversion device and on the articulation arm , respectively, or vice versa.
A method comprising: receiving , by a computing device, first identity data associated with a user; generating , by the computing device and based on the first identity data associated with the user, a first identity token for the user; transmitting , by the computing device and to a plurality of other computing devices, the first identity token for the user; determining , by the computing device, a number corresponding to how many of the plurality of other computing devices that have verified the first identity token; based on the determined number being above a threshold number of other computing devices, storing the first identity token for the user in an identity chain, wherein the first identity token for the user indicates a prior identity token stored in the identity chain; receiving , by the computing device, a request to perform an activity; in response to receiving the request to perform the activity, requesting , by the computing device, second identity data associated with the user; receiving , by the computing device, the second identity data associated with the user; generating , by the computing device and based on the second identity data associated with the user, a second identity token for the user; based on a comparison of the second identity token to the first identity token, authenticating the user and generating an activity token for the activity; and storing the activity token for the activity in an activity chain, wherein the activity token indicates a prior activity token stored in the activity chain. receiving , by a computing device, first identity data associated with a user; generating , by the computing device and based on the first identity data associated with the user, a first identity token for the user; transmitting , by the computing device and to a plurality of other computing devices, the first identity token for the user; determining , by the computing device, a number corresponding to how many of the plurality of other computing devices that have verified the first identity token; based on the determined number being above a threshold number of other computing devices, storing the first identity token for the user in an identity chain, wherein the first identity token for the user indicates a prior identity token stored in the identity chain; receiving , by the computing device, a request to perform an activity; in response to receiving the request to perform the activity, requesting , by the computing device, second identity data associated with the user; receiving , by the computing device, the second identity data associated with the user; generating , by the computing device and based on the second identity data associated with the user, a second identity token for the user; based on a comparison of the second identity token to the first identity token, authenticating the user and generating an activity token for the activity; and storing the activity token for the activity in an activity chain, wherein the activity token indicates a prior activity token stored in the activity chain.