mhurhangee/patent-ind-claim-en huggingface dataset:
A one-piece blank for a cuboid folding box, having five main surface segments which are arranged in a row and are separated from one another on the transverse sides by main folding lines , wherein a first main surface segment forms a first end of the blank and a second main surface segment adjoins the first main surface segment and a third main surface segment adjoins the second main surface segment and a fourth main surface segment adjoins the third main surface segment and a fifth main surface segment adjoins the fourth main surface segment , wherein the fifth main surface segment forms a second end of the blank , and wherein the main surface segments can be folded about the main fold lines , and wherein a second secondary surface segment , having an edge, adjoins the second main surface segment on each of the longitudinal sides via a second secondary fold line , wherein a third secondary surface segment , having an edge, adjoins the third main surface segment on each of the longitudinal sides via a third secondary fold line , wherein the secondary fold lines are arranged perpendicularly to the main fold lines and wherein a first perforation line extends over the third main surface segment and at least partially over the third secondary surface segments and the third secondary surface segments are each divided into two areas by the first perforation line , a first region being a region adjoining the second secondary surface segment and a second region being a region adjoining a fourth secondary surface segment , characterized in that the shape of the second secondary surface segments and the course of the first perforation line are selected in such a way that, in the folded state, the second secondary surface segments completely project beyond the first perforation line in the region of the third secondary surface segments .
A conveyor comprising: a conveyor belt advancing along a carryway path in a direction of belt travel , the conveyor belt having a plurality of rollers rotatable in a lateral direction transverse to the direction of belt travel ; a linear stator adjacent to the conveyor belt in a roller-activation zone extending along the carryway path from a zone entrance to a zone exit ; wherein each of the rollers , acting as a rotor, forms with the linear stator a constant- torque linear-induction motor that rotates the rollers in the lateral direction in the roller-activation zone so that objects (B) conveyed on the conveyor belt are propelled by the rotation of the rollers to exit the roller-activation zone with a speed parallel to the lateral direction that is inversely proportional to the weights of the objects (B): characterised in that the conveyor further comprises a side-off conveyor for receiving objects (B) diverted off a side of the conveyor belt ; and a side rail downstream of the side-off conveyor , to prevent objects from exiting the side of the belt immediately downstream of the side-off conveyor . a conveyor belt advancing along a carryway path in a direction of belt travel , the conveyor belt having a plurality of rollers rotatable in a lateral direction transverse to the direction of belt travel ; a linear stator adjacent to the conveyor belt in a roller-activation zone extending along the carryway path from a zone entrance to a zone exit ; wherein each of the rollers , acting as a rotor, forms with the linear stator a constant- torque linear-induction motor that rotates the rollers in the lateral direction in the roller-activation zone so that objects (B) conveyed on the conveyor belt are propelled by the rotation of the rollers to exit the roller-activation zone with a speed parallel to the lateral direction that is inversely proportional to the weights of the objects (B): characterised in that the conveyor further comprises a side-off conveyor for receiving objects (B) diverted off a side of the conveyor belt ; and a side rail downstream of the side-off conveyor , to prevent objects from exiting the side of the belt immediately downstream of the side-off conveyor . characterised in that the conveyor further comprises a side-off conveyor for receiving objects (B) diverted off a side of the conveyor belt ; and a side rail downstream of the side-off conveyor , to prevent objects from exiting the side of the belt immediately downstream of the side-off conveyor .
A computer implemented method of detecting malicious electronic mail comprising: receiving an electronic mail message including an indication of a purported sender network domain and a Simple Mail Transfer Protocol identifier, SMTP ID; processing the SMTP ID with a classifier , wherein the classifier is implemented using a supervised machine learning method trained to classify the SMTP ID as originating from the purported sender domain based on a training data set including authentic electronic mail messages from the domain; and responsive to a classification , by the classifier, of the received message indicating that the received message originates from a sender other than the purported sender domain, identifying the received message as malicious. receiving an electronic mail message including an indication of a purported sender network domain and a Simple Mail Transfer Protocol identifier, SMTP ID; processing the SMTP ID with a classifier , wherein the classifier is implemented using a supervised machine learning method trained to classify the SMTP ID as originating from the purported sender domain based on a training data set including authentic electronic mail messages from the domain; and responsive to a classification , by the classifier, of the received message indicating that the received message originates from a sender other than the purported sender domain, identifying the received message as malicious.
A formulation characterized in that it comprises an aqueous mixture including a first polyvinyl alcohol having a viscosity in the range of from 38 to 55 mPas (cPs), a second polyvinyl alcohol having a viscosity in the range of from 13 to 27 mPas (cPs), viscosity being measured on a 4% aqueous solution at 20°C, and at least one active agent selected from a pharmaceutical agent, a wound healing agent and a cosmetic agent, the cosmetic agent being selected from: anti-irritant, anti-oxidant, skin conditioning, anti-blotching, anti-aging, anti-cellulite, skin firming, eye contour, slimming, sunburn soothing, skin lifting, anti-elastase, anti-collagenase, free radical scavenger, seboregulator, hydrative, vitamin, mineral, α-hydroxy acid and anti-hyperpigmentation agents, the mixture forming a composition, which, when dried, forms an agent-releasing, water-removable, peelable film when applied to a skin surface.
Method of advertising inter-domain routes to neighbor systems of an autonomous system in a communication network , the inter-domain routes being classified in different classes of routes, the neighbor systems being classified in different classes of neighbors, a database storing for each class of neighbors a rank or probability or weight associated to each class of routes, the method comprising the steps of: - Receiving information about at least one inter-domain route; - Identifying the class of routes of the inter-domain route; - For each of the neighbor systems of the autonomous system: ∘ Extracting from the database the rank or probability or weight associated to the class of routes of the inter-domain route and associated to the class of neighbors of said neighbor system; ∘ Advertising the inter-domain route to said neighbor system according to that rank or probability or weight; - receiving a feedback message and/or a need message and/or a discarding message and/or a context message ; - updating the database according to the feedback message and/or the need message and/or the discarding message and/or the context message. - Receiving information about at least one inter-domain route; - Identifying the class of routes of the inter-domain route; - For each of the neighbor systems of the autonomous system: ∘ Extracting from the database the rank or probability or weight associated to the class of routes of the inter-domain route and associated to the class of neighbors of said neighbor system; ∘ Advertising the inter-domain route to said neighbor system according to that rank or probability or weight; ∘ Extracting from the database the rank or probability or weight associated to the class of routes of the inter-domain route and associated to the class of neighbors of said neighbor system; ∘ Advertising the inter-domain route to said neighbor system according to that rank or probability or weight; - receiving a feedback message and/or a need message and/or a discarding message and/or a context message ; - updating the database according to the feedback message and/or the need message and/or the discarding message and/or the context message.
A gradient coil assembly for a magnetic resonance imaging system , the gradient coil assembly comprising at least one gradient coil and a cooling arrangement for cooling the gradient coil , wherein the gradient coil is comprised of a solid electrical conductor material forming one solid conductor line or more solid conductor lines which are in direct contact with each other, the cooling arrangement comprises a cooling channel configured for guiding a cooling fluid , and the cooling channel is arranged outside along the one solid conductor line or the more solid conductor lines , respectively, in such a way that in a cross-sectional view one single continuous interface line between the cooling channel and the one solid conductor line or the more solid conductor lines , respectively, is formed, wherein the cooling channel is open at at least part of its interface with the one solid conductor line or the more solid conductor lines , respectively, characterised in that an outer wall of the cooling channel is bonded to the one solid conductor line or the more solid conductor lines , respectively, in a way to allow cooling fluid guided in the cooling channel to get into direct contact with at least a part of an outer surface of the one conductor line or the more conductor lines , respectively. the gradient coil is comprised of a solid electrical conductor material forming one solid conductor line or more solid conductor lines which are in direct contact with each other, the cooling arrangement comprises a cooling channel configured for guiding a cooling fluid , and the cooling channel is arranged outside along the one solid conductor line or the more solid conductor lines , respectively, in such a way that in a cross-sectional view one single continuous interface line between the cooling channel and the one solid conductor line or the more solid conductor lines , respectively, is formed, wherein the cooling channel is open at at least part of its interface with the one solid conductor line or the more solid conductor lines , respectively, characterised in that an outer wall of the cooling channel is bonded to the one solid conductor line or the more solid conductor lines , respectively, in a way to allow cooling fluid guided in the cooling channel to get into direct contact with at least a part of an outer surface of the one conductor line or the more conductor lines , respectively.
An access point device for wireless communication comprising: a transmitter configured to allocate a dedicated low-band channel , DLBC in a modified Orthogonal Frequency Division Multiple Access, OFDMA, wireless frame structure, OFDMA-WFS, the DLBC has a lower bandwidth than a minimal transmission bandwidth of mandatory full bandwidth transmission fields required in an 802.11ax network; and a modulator configured to produce in the DLBC a low-band signal field , LBSF, detectable in the lower bandwidth, for acquiring data symbols transmitted in the dedicated low-band channel , wherein the LBSF is after at least one training field in the DLBC , and the at least one training field is produced in parallel to a High Efficiency, HE, OFDMA data symbol in the modified OFDMA-WFS and after a HE OFDMA training field, wherein the modulator is further configured to produce a starter signal for starting a receiver at a receiving device and allocate the starter signal before the at least one produced training field, and wherein the transmitter is further configured to transmit the modified OFDMA-WFS. a transmitter configured to allocate a dedicated low-band channel , DLBC in a modified Orthogonal Frequency Division Multiple Access, OFDMA, wireless frame structure, OFDMA-WFS, the DLBC has a lower bandwidth than a minimal transmission bandwidth of mandatory full bandwidth transmission fields required in an 802.11ax network; and a modulator configured to produce in the DLBC a low-band signal field , LBSF, detectable in the lower bandwidth, for acquiring data symbols transmitted in the dedicated low-band channel , wherein the LBSF is after at least one training field in the DLBC , and the at least one training field is produced in parallel to a High Efficiency, HE, OFDMA data symbol in the modified OFDMA-WFS and after a HE OFDMA training field, wherein the modulator is further configured to produce a starter signal for starting a receiver at a receiving device and allocate the starter signal before the at least one produced training field, and wherein the transmitter is further configured to transmit the modified OFDMA-WFS.
An aircraft comprising: a gas turbine engine comprising a control unit to command the gas turbine engine to perform one of a rolling takeoff procedure and an unrestricted takeoff procedure, characterised in that : the control unit is configured to command the gas turbine engine to perform the rolling takeoff procedure when information required to determine whether the unrestricted takeoff procedure can be performed is unavailable to the control unit , wherein the information includes a ground wind speed, wherein, following initiation of the rolling takeoff procedure, the control unit is configured to power the gas turbine engine to full power after running at intermediate power for a period of time to allow the ground speed of an aircraft to reach a predetermined ground speed.
An operation method of an electronic device, the method comprising: displaying a notification list; determining a first notification of a corresponding first application among a plurality of notifications included in the notification list, upon detection of a first input for the first notification ; displaying a notification list including the first notification to which a pin indicator is added, based on the determination; wherein the first notification corresponding to the first input is maintained in the notification list even though a second input for deleting all notifications included in the notification list is detected; wherein a second notification , not corresponding to the first input, among the plurality of notifications is deleted from the notification list, upon detection of the second input ; wherein, if the pin indicator is added a predetermined number of times with respect to notifications of the corresponding first application, said notifications having a same attribute, the method further comprises: displaying a pop-up window to identify whether to always automatically add a pin indicator for notifications of the corresponding first application having the same attribute; and upon detection of a user input in response to the pop-up window, always displaying the pin indicator for later notifications of the corresponding first application having the same attribute. displaying a notification list; determining a first notification of a corresponding first application among a plurality of notifications included in the notification list, upon detection of a first input for the first notification ; displaying a notification list including the first notification to which a pin indicator is added, based on the determination; wherein the first notification corresponding to the first input is maintained in the notification list even though a second input for deleting all notifications included in the notification list is detected; wherein a second notification , not corresponding to the first input, among the plurality of notifications is deleted from the notification list, upon detection of the second input ; wherein, if the pin indicator is added a predetermined number of times with respect to notifications of the corresponding first application, said notifications having a same attribute, the method further comprises: displaying a pop-up window to identify whether to always automatically add a pin indicator for notifications of the corresponding first application having the same attribute; and upon detection of a user input in response to the pop-up window, always displaying the pin indicator for later notifications of the corresponding first application having the same attribute. displaying a pop-up window to identify whether to always automatically add a pin indicator for notifications of the corresponding first application having the same attribute; and upon detection of a user input in response to the pop-up window, always displaying the pin indicator for later notifications of the corresponding first application having the same attribute.
A saddled vehicle comprising a front cowl covering a head pipe from the front and a horn at least a part of which is covered by the front cowl when viewed from the front of the vehicle, an opening for the horn being formed in the front cowl , wherein the horn is attached to a stay provided on the head pipe ; wherein the front cowl is configured by combining upper and lower twoof divided cowls ; wherein an ABS modulator is attached to the stay such that it lies below the horn as well as protrudes further forward than the horn , and the stay is provided with an attachment portion for a garnish supporting a lower portion of the lower cowl and with attachment portions for lighting systems mounted on right and left sides of the front cowl and of the horn , characterized in that the opening for the horn is formed with a gap provided at a combined portion where the divided cowls are combined together, and the horn is mounted ahead of rear ends of the lighting systems . wherein the front cowl is configured by combining upper and lower twoof divided cowls ; wherein an ABS modulator is attached to the stay such that it lies below the horn as well as protrudes further forward than the horn , and the stay is provided with an attachment portion for a garnish supporting a lower portion of the lower cowl and with attachment portions for lighting systems mounted on right and left sides of the front cowl and of the horn , characterized in that the opening for the horn is formed with a gap provided at a combined portion where the divided cowls are combined together, and the horn is mounted ahead of rear ends of the lighting systems .
A mold device comprising: a fixed mold base for supporting a fixed mold ; a mobile mold base for supporting a mobile mold ; a frame to which the fixed mold base is fixed, provided to extend in a direction in which the mobile mold base is moved, and formed into a wall shape; and holding means for movably supporting the mobile mold base to the frame , wherein the frame is provided along at least one side of the mobile mold base except an upper surface thereof with the mold device installed, the holding means supports the mobile mold base at one side of the mobile mold base , the mold device includes a scale guide on the frame , the scale guide including a machined surface formed in the frame at a preset degree of verticality and flatness such that a scale may be applied to the machined surface at a defined inclination and position, the mobile mold base is provided with a first base-side reference line (RL1) provided to intersect with the machined surface and a second base-side reference line (RL2) that is a line parallel to the machined surface at a certain distance from the machined surface , and the scale is provided with a scale-side reference line (SL) at a position matching the second base-side reference line (RL2), such that, by checking whether or not the first base-side reference line (RL1) is parallel to the side of the scale and whether or not the second base-side reference line (RL2) overlaps the scale-side reference line (SL), it can be determined whether or not the mobile mold base is inclined from a reference position. a fixed mold base for supporting a fixed mold ; a mobile mold base for supporting a mobile mold ; a frame to which the fixed mold base is fixed, provided to extend in a direction in which the mobile mold base is moved, and formed into a wall shape; and holding means for movably supporting the mobile mold base to the frame , wherein the frame is provided along at least one side of the mobile mold base except an upper surface thereof with the mold device installed, the holding means supports the mobile mold base at one side of the mobile mold base , the mold device includes a scale guide on the frame , the scale guide including a machined surface formed in the frame at a preset degree of verticality and flatness such that a scale may be applied to the machined surface at a defined inclination and position, the mobile mold base is provided with a first base-side reference line (RL1) provided to intersect with the machined surface and a second base-side reference line (RL2) that is a line parallel to the machined surface at a certain distance from the machined surface , and the scale is provided with a scale-side reference line (SL) at a position matching the second base-side reference line (RL2), such that, by checking whether or not the first base-side reference line (RL1) is parallel to the side of the scale and whether or not the second base-side reference line (RL2) overlaps the scale-side reference line (SL), it can be determined whether or not the mobile mold base is inclined from a reference position.
Method for setting the focus of a film camera , in which a measuring device arranged in the region of the film camera is used to obtain distance information that is used for setting the focus of the film camera , wherein - the measuring device produces on the one hand a real image and on the other hand a depth image; - the measuring device produces a real image augmented with depth information from this real image of the measuring device and this depth image of the measuring device; characterised in that - this real image augmented with depth information is calculated into the image of the film camera by means of an image transformation. - the measuring device produces on the one hand a real image and on the other hand a depth image; - the measuring device produces a real image augmented with depth information from this real image of the measuring device and this depth image of the measuring device; characterised in that - this real image augmented with depth information is calculated into the image of the film camera by means of an image transformation.