mhurhangee/ep-ind-claims huggingface dataset:
A method for reacting to at least one obstacle while maneuvering a transporter comprising: receiving at least one movement command and user information; receiving and segmenting obstacle data; identifying at least one plane within the segmented obstacle data; identifying the at least one obstacle within the at least one plane; determining at least one situation identifier based at least on the at least one obstacle, the user information, and the at least one movement command; determining a distance between the transporter and the at least one obstacle based at least on the at least one situation identifier; accessing at least one allowed command related to the distance, the at least one obstacle, and the at least one situation identifier; accessing at least one automatic response to the at least one allowed command from an automatic response list; mapping the at least one movement command with one of the at least one allowed commands; and moving the transporter based at least on the at least one movement command and the at least one automatic response associated with the mapped allowed command, wherein the at least one obstacle comprises at least one moving object or the distance comprises a dynamically-varying amount. receiving at least one movement command and user information; receiving and segmenting obstacle data; identifying at least one plane within the segmented obstacle data; identifying the at least one obstacle within the at least one plane; determining at least one situation identifier based at least on the at least one obstacle, the user information, and the at least one movement command; determining a distance between the transporter and the at least one obstacle based at least on the at least one situation identifier; accessing at least one allowed command related to the distance, the at least one obstacle, and the at least one situation identifier; accessing at least one automatic response to the at least one allowed command from an automatic response list; mapping the at least one movement command with one of the at least one allowed commands; and moving the transporter based at least on the at least one movement command and the at least one automatic response associated with the mapped allowed command, wherein the at least one obstacle comprises at least one moving object or the distance comprises a dynamically-varying amount.
A component of a gas turbine engine comprising: at least one cooling hole formed in the component, the cooling hole having an interior surface that defines a flow path for air configured to cool a portion of the component; and a feature including rifling arranged within at least a portion of the cooling hole such that a portion of the feature extends from the interior surface inwardly towards a central axis of the cooling hole, the feature being configured to generate non-linear movement of the air as it flows therethrough; characterised in that the cooling hole includes a metering section and a diffusion section, the diffusion section being fluidly coupled to and arranged downstream from the metering section, a hydraulic diameter of the diffusion section increases in a direction away from the metering section, and in that the feature is arranged within the metering section and the diffusion section of the cooling hole via an additive manufacturing process. at least one cooling hole formed in the component, the cooling hole having an interior surface that defines a flow path for air configured to cool a portion of the component; and a feature including rifling arranged within at least a portion of the cooling hole such that a portion of the feature extends from the interior surface inwardly towards a central axis of the cooling hole, the feature being configured to generate non-linear movement of the air as it flows therethrough; characterised in that the cooling hole includes a metering section and a diffusion section, the diffusion section being fluidly coupled to and arranged downstream from the metering section, a hydraulic diameter of the diffusion section increases in a direction away from the metering section, and in that the feature is arranged within the metering section and the diffusion section of the cooling hole via an additive manufacturing process.
Multi-level converter comprising at least one arm formed of several stages of rank one to n (n an integer greater than one) (Et1, Et2,...., Etn) mounted in cascade, the stage of rank 1 being intended to be connected to a current source and the stage of rank n (Etn) being intended to be connected to a voltage source, characterized in that the stage of rank one comprises a single switching structure with four voltage levels and a stage of rank i (i lying between two and n) comprises i identical switching structures with four voltage levels (Cei1, Cei2,...Ceii) mounted in series, each of these switching structures comprising a cell of floating capacitor type (T1, T2, T1', T2', C12) with three voltage levels comprising a quadruplet of elementary switches in series (T1, T2, T1', T2') possessing a middle node, two basic cells (T3u, T3'u; T3I, T3'l) each formed of a pair of elementary switches (T3u, T3'u; T3I, T3'l) in series exhibiting two extreme terminals (N6, N7; N8, N9) and a midpoint and a capacitive divider bridge (C9, C10, C11) having two ends and formed of a triplet of energy storage devices (C9, C10, C11) mounted in series, of which two energy storage devices (C9, C11) are in the extreme position, each energy storage device (C9, C11) in the extreme position being connected to the extreme terminals (N6, N9) of a different basic switching cell, a midpoint of each basic switching cell being connected to a different end of the quadruplet of elementary switches (T1, T2, T1', T2'), the middle node of each cell of floating capacitor type of the stage of rank i being connected to an end of the capacitive divider bridge of a switching structure with four voltage levels of the stage of rank i-1.
A radio link monitoring, RLM, method, comprising: contending, by a base station, for permission of use of an unlicensed frequency band; sending, by the base station, first statistical information of the permission of use of the unlicensed frequency band to user equipment after the permission of use of the unlicensed frequency band is obtained by means of contention, wherein the first statistical information indicates data that is obtained after statistics collection is performed on the permission of use of the unlicensed frequency band according to a preset statistical method; wherein the first statistical information indicates a quantity of cumulative times in which the base station obtains the permission of use of the unlicensed frequency band by means of contention at a specified interval, or cumulative duration in which the base station occupies the unlicensed frequency band at the specified time interval, or information about a ratio of cumulative duration to total duration of the specified time interval; receiving an RLM result sent by the user equipment; and instructing, according to the RLM result, the user equipment to stop using the unlicensed frequency band cell. contending, by a base station, for permission of use of an unlicensed frequency band; sending, by the base station, first statistical information of the permission of use of the unlicensed frequency band to user equipment after the permission of use of the unlicensed frequency band is obtained by means of contention, wherein the first statistical information indicates data that is obtained after statistics collection is performed on the permission of use of the unlicensed frequency band according to a preset statistical method; wherein the first statistical information indicates a quantity of cumulative times in which the base station obtains the permission of use of the unlicensed frequency band by means of contention at a specified interval, or cumulative duration in which the base station occupies the unlicensed frequency band at the specified time interval, or information about a ratio of cumulative duration to total duration of the specified time interval; receiving an RLM result sent by the user equipment; and instructing, according to the RLM result, the user equipment to stop using the unlicensed frequency band cell.
A wireless local area network (WLAN) system, comprising: a WLAN network controller; and a plurality of access points, the WLAN network controller being in communication with each of the plurality of access points via a transport data network, and the WLAN network controller being configured to perform at least one WLAN network control function for benefit of at least one of the plurality of access points, wherein the at least one WLAN network control function is selected from the group consisting of management and operation, client authentication, mobility, and per-user administration wherein the WLAN network controller is remotely located and operated with respect to the plurality of access points, characterized in that - wherein the WLAN network controller is configured to authenticate the client device to the WLAN network by transmitting a message to at least one access point, the message including information relating to the authenticating, wherein the at least one access point of the plurality of access points is configured to use a Dynamic Host Configuration Protocol (DHCP) snooping operation to determine a client device Media Access Control address and to communicate the client MAC address to the WLAN network controller for MAC authentication. a WLAN network controller; and a plurality of access points, the WLAN network controller being in communication with each of the plurality of access points via a transport data network, and the WLAN network controller being configured to perform at least one WLAN network control function for benefit of at least one of the plurality of access points, wherein the at least one WLAN network control function is selected from the group consisting of management and operation, client authentication, mobility, and per-user administration wherein the WLAN network controller is remotely located and operated with respect to the plurality of access points, - wherein the WLAN network controller is configured to authenticate the client device to the WLAN network by transmitting a message to at least one access point, the message including information relating to the authenticating,
Fastening device for fittings of kitchen sinks, wherein the fastening device is arranged to be fixed on the one hand to a region of the fitting (21, 25) extending below the kitchen sink and on the other hand to an item of furniture carrying the kitchen sink, the fastening device in the mounted state always having a horizontal support face for engaging a horizontal portion of the item of furniture, and the fastening device in the mounted state always additionally having a vertical support face for engaging a vertical portion of the item of furniture, so that two support faces (4, 5) extending in different planes are available for the item of furniture, the vertical and/or the horizontal support face(s) (4, 5) being arranged so as to be adjustable on the fastening device, characterised in that the fastening device has an adjusting element the position of which can be varied in the horizontal direction, and the adjusting element has the vertical and/or horizontal support face(s) (4, 5), and the adjusting element is arranged so as to be displaceable in the horizontal direction on the fastening device, especially over a range in the order of 30 mm, and is steplessly fixable in various horizontal positions, especially by means of a screw connection (6, 6a, 7, 7a).
A cosmetic composition comprising: a cosmetically acceptable carrier; kaolin; and less than 0.5 wt% opacifier; wherein the cosmetic composition has an opacity equal to or greater than 40%; and wherein the kaolin is calcined kaolin. a cosmetically acceptable carrier; kaolin; and less than 0.5 wt% opacifier; wherein the cosmetic composition has an opacity equal to or greater than 40%; and wherein the kaolin is calcined kaolin.
Method for grinding a surface of a rolling body for a roller bearing, said method comprising the passing of said surface along a trajectory successively extending over at least one rough dressing and over at least one finish dressing of a grinding wheel, each of said dressings being formed from a binder in which an abrasive is dispersed, said method being characterised in that it provides for the binder of the finish dressing to be an epoxy resin-based binder, whereby the binder of the rough dressing is an organic resin-based binder, the chemical nature of which is different and comprising an abrasive, the particle size of which is greater than that of the abrasive of said finish dressing.
Water-absorbent resin particles in which the water-absorption rate of physiological saline is 1 second to 15 seconds, the median particle size is 100 μm to 600 μm, the residual volatile component content is 1.5% by weight or less, and the specific surface area of the water-absorbent resin is 0.14 m 2 /g to 0.5 m 2 /g, wherein the specific surface area of the water-absorbent resin is determined as follows: a) passing water-absorbent resin particles through a 42 mesh standard JIS Z 8801-1 sieve (mesh size: 355 μm) to adjust a particle size thereof to be retained on an 80 mesh standard sieve (mesh size: 180 μm); b) drying the sample obtained in step (a) for 16 hours at a temperature of 100°C under reduced pressure of about 1 Pa with a vacuum dryer; c) measuring the adsorption isotherm of the sample obtained in step (b) at -196°C using krypton gas for the adsorption gas with a high-precision fully-automated gas adsorption system; and d) determining the specific surface area from a multi-point BET plot. a) passing water-absorbent resin particles through a 42 mesh standard JIS Z 8801-1 sieve (mesh size: 355 μm) to adjust a particle size thereof to be retained on an 80 mesh standard sieve (mesh size: 180 μm); b) drying the sample obtained in step (a) for 16 hours at a temperature of 100°C under reduced pressure of about 1 Pa with a vacuum dryer; c) measuring the adsorption isotherm of the sample obtained in step (b) at -196°C using krypton gas for the adsorption gas with a high-precision fully-automated gas adsorption system; and d) determining the specific surface area from a multi-point BET plot.
A surface treating apparatus for treating an inner surface of a bore containing a shaft, the apparatus comprising: a) a body connectable to a drive apparatus and configured to movably receive a shaft extending through a bore, the body comprising i) a collar having a collar aperture extending along a collar axis and sized to movably receive the shaft and ii) at least a first base portion and a second base portion that is moveably or detachably connected to the first base portion, the collar being configurable between a closed configuration, in which the collar aperture completely encircles the shaft, and an open position, in which the collar aperture is open to laterally receive the shaft wherein moving or detaching the second base portion from the first base portion opens the aperture to laterally receive the shaft; b) at least one surface treating member connected to and movable with the body relative to the shaft, the at least one surface treating member sized to be inserted within an annular gap formed between the shaft and an inner surface of the bore and to bear against the inner surface of the bore when the shaft is received by the body. a) a body connectable to a drive apparatus and configured to movably receive a shaft extending through a bore, the body comprising i) a collar having a collar aperture extending along a collar axis and sized to movably receive the shaft and ii) at least a first base portion and a second base portion that is moveably or detachably connected to the first base portion, the collar being configurable between a closed configuration, in which the collar aperture completely encircles the shaft, and an open position, in which the collar aperture is open to laterally receive the shaft wherein moving or detaching the second base portion from the first base portion opens the aperture to laterally receive the shaft; b) at least one surface treating member connected to and movable with the body relative to the shaft, the at least one surface treating member sized to be inserted within an annular gap formed between the shaft and an inner surface of the bore and to bear against the inner surface of the bore when the shaft is received by the body.
A device for stacking articles, characterised in that it comprises: - a feeding conveyor equipped with a plurality of contact elements (3A, 3B, 3C), each designed to make contact with a single article in order to convey it along a conveying path; - a first transport surface, configured to support the articles along a first portion of the conveying path; - a predetermined number of conveying planes (P1, P2, P3) for supporting the articles along a second portion of the conveying path which follows the first portion of the conveying path, comprising at least: - a first conveying plane positioned at a first height; - a second conveying plane positioned at a second height, which is different from and higher than the first height; - a movable surface for directing articles, which is movable at least between a number of positions equal to the predetermined number of conveying planes (P1, P2, P3), to selectively and alternatively connect the first transport surface with one of the conveying planes (P1, P2, P3), characterized in that, a first portion (3B, 3C) of the contact elements (3A, 3B, 3C) being movable between an operating position of making contact with and transporting the articles, and a non-operating position of disengagement from the articles adopted at the second portion of the conveying path, and a second portion of the contact elements being configured to make contact with and push the articles along the above-mentioned first and second portions (P1, P2) of the conveying path. - a feeding conveyor equipped with a plurality of contact elements (3A, 3B, 3C), each designed to make contact with a single article in order to convey it along a conveying path; - a first transport surface, configured to support the articles along a first portion of the conveying path; - a predetermined number of conveying planes (P1, P2, P3) for supporting the articles along a second portion of the conveying path which follows the first portion of the conveying path, comprising at least: - a first conveying plane positioned at a first height; - a second conveying plane positioned at a second height, which is different from and higher than the first height; - a movable surface for directing articles, which is movable at least between a number of positions equal to the predetermined number of conveying planes (P1, P2, P3), to selectively and alternatively connect the first transport surface with one of the conveying planes (P1, P2, P3), characterized in that, a first portion (3B, 3C) of the contact elements (3A, 3B, 3C) being movable between an operating position of making contact with and transporting the articles, and a non-operating position of disengagement from the articles adopted at the second portion of the conveying path, and a second portion of the contact elements being configured to make contact with and push the articles along the above-mentioned first and second portions (P1, P2) of the conveying path.
A movement device for drawers having a sliding-open mechanism, wherein by means of the sliding-open mechanism a blocking element is movable from a closed position into an open position or a part-open position, wherein the sliding-open mechanism is held in the closed position by means of an overstroke mechanism, wherein the overstroke mechanism comprises a switching element which is held on a stop in the closed position by way of a blocking member and, when an overstroke is applied to the switching element, is liftable from said switching element in a first switching movement, characterized in that when the overstroke is applied, the blocking member is offset transversely to the first switching movement, wherein a shoulder, into which the blocking member is deflected and is not engaged with the stop, connects to the stop, wherein a deflection bevel is provided which interacts with a deflection part of the switching element, and wherein the switching element deflected into the shoulder is deflectable with the deflection bevel transversely to the overstroke direction in a return region, characterized in that the switching element is held in a spring-prestressed manner on the stop, and in that when the blocking member transfers from the closed position into the offset position, the prestressing is reduced or removed.
Use of a water-absorbing laminated protection film in drying a hygroscopic base material that includes a water-trapping layer having a water-trapping property, wherein the water-absorbing laminated protection film includes a hygroscopic resin layer in which a desiccant is dispersed and a surface protection resin layer provided on one surface of said hygroscopic resin layer, wherein said surface protection resin layer has a coefficient of moisture permeability of not more than 40 g/m 2 ·day at 40°C·90%RH, and the other surface of said hygroscopic resin layer is a hygroscopically working surface, wherein on the hygroscopically working surface of said hygroscopic resin layer, there is provided an adhesive resin layer having a coefficient of moisture permeability higher than that of said surface protection resin layer; and wherein the use comprises: (a) the hygroscopically working surface of said water-absorbing laminate film being opposed, and stuck, to said hygroscopic base material via the adhesive resin layer in the step of drying; and (b) after the drying, the water-absorbing laminated protection film being removed from the hygroscopic base material.
An electronic component assembly comprising: a base formed of a electrically insulative material comprising a first side and a second side, said base comprising a first hole extending from the first side to the second side said base further comprising a first channel formed in the second side of the base; and an electronic component assembled to the base adjacent the first side, said electronic component comprising a first lead extending through the first hole and having a portion received within said channel; characterized in that said base comprises an electrical connector (28,34) outboard of said first hole; in that said channel extends between the first hole and the electrical connector (28,34); and in that the first lead extends along the first channel to contact the electrical connector (28,34). a base formed of a electrically insulative material comprising a first side and a second side, said base comprising a first hole extending from the first side to the second side said base further comprising a first channel formed in the second side of the base; and an electronic component assembled to the base adjacent the first side, said electronic component comprising a first lead extending through the first hole and having a portion received within said channel; characterized in that said base comprises an electrical connector (28,34) outboard of said first hole; in that said channel extends between the first hole and the electrical connector (28,34); and in that the first lead extends along the first channel to contact the electrical connector (28,34).