mhurhangee/patent-ind-claim-en huggingface dataset:
A device for positioning two elements in a docked position, comprising first and second parts , the first part including: - a first contact surface (30.1), - a first portion in the form of a cylinder of revolution (32.1, 54.1), projecting from the first contact surface (30.1) which has an axis of revolution (A32.1, A54.1) perpendicular to the first contact surface (30.1), the second part including: - a second contact surface (30.2), - a second portion in the form of a cylinder of revolution (32.2, 54.2), recessed relative to the second contact surface (30.2), which has an axis of revolution (A32.2, A54.2) perpendicular to the second contact surface (30.1), the first and second portions in the form of a cylinder of revolution (32.1, 54.1; 32.2, 54.2) having the same diameter and the first and second contact surfaces (30.1, 30.2) being configured to be pressed against each other in the docked position, characterised in that the first and second parts respectively comprise first and second frustoconical portions of oval section (38.1, 46.1, 48.1, 58.1; 38.2, 46.2, 48.1, 58.2) that have complementary shapes so as to prevent the first and second parts from rotating about the axes of revolution (A32.1, A32.2) of the first and second portions in the form of a cylinder of revolution (32.1 54.1; 32.2, 54.2) in the docked position, the first and second frustoconical portions of oval section (38.1, 46.1, 48.1, 58.1; 38.2, 46.2, 48.1, 58.2) being positioned relative to the first and second portions in the form of a cylinder of revolution (32.1 54.1; 32.2, 54.2) so that the first portion in the form of a cylinder of revolution (32.1, 54.1) penetrates into the second portion in the form of a cylinder of revolution (32.2, 54.2) before the first and second frustoconical portions of oval section (38.1, 46.1, 48.1, 58.1; 38.2, 46.2, 48.1, 58.2) are in contact with each other. - a first contact surface (30.1), - a first portion in the form of a cylinder of revolution (32.1, 54.1), projecting from the first contact surface (30.1) which has an axis of revolution (A32.1, A54.1) perpendicular to the first contact surface (30.1), - a second contact surface (30.2), - a second portion in the form of a cylinder of revolution (32.2, 54.2), recessed relative to the second contact surface (30.2), which has an axis of revolution (A32.2, A54.2) perpendicular to the second contact surface (30.1), the first and second portions in the form of a cylinder of revolution (32.1, 54.1; 32.2, 54.2) having the same diameter and the first and second contact surfaces (30.1, 30.2) being configured to be pressed against each other in the docked position,
A method comprising: receiving a query for records in a table having a value in a column of the table that is included in a set of values; iterating through a generated hierarchical superset tree structure for the column, the hierarchical superset tree structure comprising a plurality of nodes arranged in a plurality of levels in order to identify a set of leaf nodes of the hierarchical superset tree structure based on the set of values, each leaf node in the hierarchical superset tree structure associated with a different block of records in the column of the table , each leaf node in the hierarchical superset tree structure storing a minimum value and a maximum value of the values of the block of records associated with the leaf node , each non-leaf node comprising data describing a superset of the values described by the data in child nodes of the non-leaf node ; processing the query on a set of block of records in the table associated with the set of leaf nodes ; and generating results for the query based on the processing. receiving a query for records in a table having a value in a column of the table that is included in a set of values; iterating through a generated hierarchical superset tree structure for the column, the hierarchical superset tree structure comprising a plurality of nodes arranged in a plurality of levels in order to identify a set of leaf nodes of the hierarchical superset tree structure based on the set of values, each leaf node in the hierarchical superset tree structure associated with a different block of records in the column of the table , each leaf node in the hierarchical superset tree structure storing a minimum value and a maximum value of the values of the block of records associated with the leaf node , each non-leaf node comprising data describing a superset of the values described by the data in child nodes of the non-leaf node ; processing the query on a set of block of records in the table associated with the set of leaf nodes ; and generating results for the query based on the processing.
A determination device comprising: a communication unit that is configured to selectively connect to and communicate with a plurality of communication networks; an acquisition unit that is configured to acquire sensor information detected by a mobile communication device used by a user (U1) and communication information indicating a state of communication quality to each communication network of the plurality of communication networks with the mobile communication device; and a determination unit that is configured to determine whether to switch the communication network of the mobile communication device to another communication network among the plurality of communication networks other than a connected communication network, on the basis of the sensor information and the communication information acquired by the acquisition unit; and wherein the determination device is configured to vary a predetermined condition for switching in accordance with the sensor information. a communication unit that is configured to selectively connect to and communicate with a plurality of communication networks; an acquisition unit that is configured to acquire sensor information detected by a mobile communication device used by a user (U1) and communication information indicating a state of communication quality to each communication network of the plurality of communication networks with the mobile communication device; and a determination unit that is configured to determine whether to switch the communication network of the mobile communication device to another communication network among the plurality of communication networks other than a connected communication network, on the basis of the sensor information and the communication information acquired by the acquisition unit; and wherein the determination device is configured to vary a predetermined condition for switching in accordance with the sensor information.
A quick coupling assembly suitable for connecting hydraulic lines under pressure, comprising a female coupling and a male coupling , which is connectable to the female coupling , wherein the female coupling is associable with a machine suitable for generating hydraulic pressure, while the male coupling is associable with an equipment, wherein the female coupling comprises an external part which is fixable to the machine, a piston and an internal part sliding along a connection axis (X) inside the external part , wherein the connection axis (X) defines an axial direction, the external part and the internal part are shaped so as to create a single chamber suitable for maintaining the hydraulic pressure generated by the machine, wherein the external part comprises a radial seat for the piston suitable for moving radially between a first position in which the connection between the female coupling and the male coupling is allowed, and a second position, in which the connection between the female coupling and the male coupling is forbidden due to the interference between the internal part and the piston , wherein the piston assumes the second position when in the female coupling there is a hydraulic pressure equal to or greater than a threshold value, wherein the piston comprises a head and a stem , wherein the head provides a lateral seat for a gasket suitable for guaranteeing the seal between the single chamber and a chamber housing a spring suitable for forcing the piston into the first position, wherein the chamber housing the spring is in hydraulic connection with an exhaust duct , characterized in that the piston is a full piston without through cavities. wherein the female coupling comprises an external part which is fixable to the machine, a piston and an internal part sliding along a connection axis (X) inside the external part , wherein the connection axis (X) defines an axial direction, the external part and the internal part are shaped so as to create a single chamber suitable for maintaining the hydraulic pressure generated by the machine, wherein the external part comprises a radial seat for the piston suitable for moving radially between a first position in which the connection between the female coupling and the male coupling is allowed, and a second position, in which the connection between the female coupling and the male coupling is forbidden due to the interference between the internal part and the piston , wherein the piston assumes the second position when in the female coupling there is a hydraulic pressure equal to or greater than a threshold value, wherein the piston comprises a head and a stem , wherein the head provides a lateral seat for a gasket suitable for guaranteeing the seal between the single chamber and a chamber housing a spring suitable for forcing the piston into the first position, wherein the chamber housing the spring is in hydraulic connection with an exhaust duct , characterized in that the piston is a full piston without through cavities.
System for the acute non-invasive treatment of a migraine attack of a patient, comprising at least one skin electrode, the at least one skin electrode configured for placement on the forehead of the patient, the system configured for providing consecutive biphasic electrical pulses via said at least one skin electrode for a prolonged time span, wherein the prolonged time span is at least 10 minutes, characterised in that the system is configured for providing said consecutive biphasic electrical pulses at a frequency of at least 60 hertz and at most 300 hertz, wherein each of said consecutive biphasic electrical pulses comprises a width of at least 30 microseconds and at most 1000 microseconds, wherein the system is configured for linearly increasing the amplitude of said consecutive biphasic electrical pulses during a first portion of said time span up to a preconfigured upper amplitude which is maintained during a second subsequent portion of said time span, wherein said preconfigured upper amplitude is at least 1 milliampere and at most 50 milliampere.
A backlight module, comprising a reflecting layer and a diffuser plate arranged opposite to each other, wherein a light source is arranged on the lower surface of the diffuser plate , a light-exiting surface of the light source is opposite to the reflecting layer , and light emitted from the light source is reflected by the reflecting layer to reach the diffuser plate and exits from the diffuser plate after being diffused therein, characterized in that , at least one auxiliary light source is arranged between the light source and the diffuser plate , a light-exiting surface of the at least one auxiliary light source is contrary to the light-exiting surface of the light source , and the at least one auxiliary light source is configured to compensate a brightness non-uniformity within an orthogonal projection area of the light source on the diffuser plate .
A machine for making liquid and/or semi-liquid ice cream products comprising: a processing container forming a processing chamber for making a liquid and/or semi-liquid ice cream, pastry or catering product; a stirrer mounted inside the processing chamber ; a thermal treatment system provided with at least one heat exchanger associated with the processing container , for exchanging heat with the container ; a feed unit comprising a container containing a basic preparation (P) for an ice cream, pastry or catering product, and a device for injecting a pressurized gaseous fluid, at a pressure measured inside the container with the container closed greater than 0.04 MPascal in differential relative to the atmospheric pressure, configured to inject the gaseous fluid into the container in such a way as to cause the basic preparation (P) to be expelled from the container and transferred to the processing container ; a diluting liquid injection device for delivering a diluting liquid which is associated with the processing container , for injecting the diluting liquid into the processing container , wherein the container is provided with an opening on its wall and houses an element which is movable between a closed position where the opening is closed and an open position where the opening is open, wherein the feed unit further comprises a plurality of containers for containing basic products, mounted above the container and a connecting duct for connecting the containment containers to the container . a processing container forming a processing chamber for making a liquid and/or semi-liquid ice cream, pastry or catering product; a stirrer mounted inside the processing chamber ; a thermal treatment system provided with at least one heat exchanger associated with the processing container , for exchanging heat with the container ; a feed unit comprising a container containing a basic preparation (P) for an ice cream, pastry or catering product, and a device for injecting a pressurized gaseous fluid, at a pressure measured inside the container with the container closed greater than 0.04 MPascal in differential relative to the atmospheric pressure, configured to inject the gaseous fluid into the container in such a way as to cause the basic preparation (P) to be expelled from the container and transferred to the processing container ; a diluting liquid injection device for delivering a diluting liquid which is associated with the processing container , for injecting the diluting liquid into the processing container , wherein the container is provided with an opening on its wall and houses an element which is movable between a closed position where the opening is closed and an open position where the opening is open, wherein the feed unit further comprises a plurality of containers for containing basic products, mounted above the container and a connecting duct for connecting the containment containers to the container .
An agricultural implement , comprising: a frame ; a plurality of shank assemblies pivotally coupled to the frame , each shank assembly of the plurality of shank assemblies comprising a shank extending between a proximal end and a distal end , each shank assembly further comprising at least one mounting element configured to couple the proximal end of the shank to a portion of the frame ; a plurality of shank attachment members , each shank attachment member of the plurality of shank attachment members being coupled to the distal end of the shank of a respective shank assembly of the plurality of shank assemblies ; characterised by a signal transmission device provided in operative association with at least one shank attachment member of the plurality of shank attachment members , the signal transmission device configured to transmit wireless signals; an antenna positioned on the shank assembly and configured to receive the wireless signals transmitted from the signal transmission device ; and a controller communicatively coupled to the antenna , the controller configured to determine an installation status of the at least one shank attachment member based at least in part on the wireless signals received by the antenna from the signal transmission device . a frame ; a plurality of shank assemblies pivotally coupled to the frame , each shank assembly of the plurality of shank assemblies comprising a shank extending between a proximal end and a distal end , each shank assembly further comprising at least one mounting element configured to couple the proximal end of the shank to a portion of the frame ; a plurality of shank attachment members , each shank attachment member of the plurality of shank attachment members being coupled to the distal end of the shank of a respective shank assembly of the plurality of shank assemblies ; characterised by a signal transmission device provided in operative association with at least one shank attachment member of the plurality of shank attachment members , the signal transmission device configured to transmit wireless signals; an antenna positioned on the shank assembly and configured to receive the wireless signals transmitted from the signal transmission device ; and a controller communicatively coupled to the antenna , the controller configured to determine an installation status of the at least one shank attachment member based at least in part on the wireless signals received by the antenna from the signal transmission device .
A method for estimating absolute size dimensions of a test object based on image data of the test object , the test object being a face or a part of a face of a test person, the method comprising the steps of: - receiving (S101) image data of the test object ; - determining (S102) a first model of the test object based on the received image data, wherein the first model has an unknown scale; - aligning and scaling the first model of the test object to a first average model, wherein the first average model includes an average of a plurality of first models of reference objects being faces or parts of faces of reference persons, wherein said first models of the reference objects are of a same type as the first model of the test object and have an unknown scale; - determining a shape difference between the test object and an average of the reference objects by determining a difference between the aligned and scaled first model of the test object and the first average model; - determining a second model of the test object with an estimated scale based on (i) the determined shape difference, (ii) a statistical operator that is indicative of a statistical correlation between shape and size dimensions of the reference objects, and (iii) a second average model, wherein the second average model includes an average of a plurality of second models of the reference objects, wherein said second models of the reference objects are of a same type as the second model of the test object and have a known scale; and - determining the size dimensions of the test object based on the second model of the test object . - receiving (S101) image data of the test object ; - determining (S102) a first model of the test object based on the received image data, wherein the first model has an unknown scale; - aligning and scaling the first model of the test object to a first average model, wherein the first average model includes an average of a plurality of first models of reference objects being faces or parts of faces of reference persons, wherein said first models of the reference objects are of a same type as the first model of the test object and have an unknown scale; - determining a shape difference between the test object and an average of the reference objects by determining a difference between the aligned and scaled first model of the test object and the first average model; - determining a second model of the test object with an estimated scale based on (i) the determined shape difference, (ii) a statistical operator that is indicative of a statistical correlation between shape and size dimensions of the reference objects, and (iii) a second average model, wherein the second average model includes an average of a plurality of second models of the reference objects, wherein said second models of the reference objects are of a same type as the second model of the test object and have a known scale; and - determining the size dimensions of the test object based on the second model of the test object .
An exhaust pipe for the exhaust gas system of an internal combustion engine , wherein the exhaust pipe has an inlet opening for an air connection and an inner pipe section that is surrounded by an outer pipe section in order to form an annular duct , which is designed to be closed at one end and open at the other end toward the internal volume of the exhaust pipe , wherein the inlet opening for the air connection is integrated into the outer pipe section , characterized in that at least one flow guiding element for producing a swirling flow of the exhaust gas is arranged in the inner pipe section , wherein the flow guiding element is configured in the shape of a deformed section of a pipe wall of the inner pipe section .
A quick-change device for a filling adapter for filling vehicles on assembly lines in the automotive industry, on which assembly line circuits and tanks of the vehicles are filled with service fluids, which are fed into the corresponding circuits and tanks from a filling system through hose sets having pneumatic and hydraulic lines and through a filling adapter, wherein a separate connection plate is arranged at the point of separation of the hose set from the filling system, to which all pneumatic and hydraulic lines, which are connected to the filling system through bores and seals, are attached, wherein a connection block is formed on the filling system as a functional counterpart to the connection plate and wherein the connection plate and the connection block have a congruent bore pattern so that, in the assembled state, flow paths with the same contour are formed in the connection region of the connection plate and the connection block, characterized in that the connection block has, along its central longitudinal axis, a channel structure extending all the way through, in which a pull rod is arranged, and in that an assembly having a pneumatic cylinder is positioned at the end of the connection block opposite the connection plate , wherein the pull rod is encased by a spring set , whose two ends are fixedly supported on the pull rod over a portion of its axial extent in the channel structure by means of one fastening element in each case; wherein the pneumatic cylinder has a piston surface by means of which the upper end of the pull rod can be acted upon; wherein the pull rod has, on its end opposite the pneumatic cylinder , a holding geometry in the form of a cylinder screw; and wherein the connection plate has a holding geometry in the form of a slotted hole, such that the connection plate can be hooked on the pull rod , since that holding geometry transitions, with respect to the longitudinal axis of the pull rod , from a portion (A) having a first open cross-section in the shape of the holding geometry formed as a cylinder screw onto the pull rod , in the radial direction, into a portion (B) having a second open cross-section which has a narrower contour opening than the first open cross-section and has an undercut, and wherein the inner installation space of the undercut has a contour in the form of the cylinder screw formed on the pull rod .
A delaminatable container , comprising a container body having an outer shell and an inner bag , the inner bag to be shrunk with a decrease in contents, wherein the inner bag is composed of an inner layer including a mixed resin layer , an adhesion layer , and an EVOH layer in this order from inside of the container, the mixed resin layer is formed of a mixed resin containing a cycloolefin polymer and a styrene-based thermoplastic elastomer. the inner bag is composed of an inner layer including a mixed resin layer , an adhesion layer , and an EVOH layer in this order from inside of the container, the mixed resin layer is formed of a mixed resin containing a cycloolefin polymer and a styrene-based thermoplastic elastomer.