mhurhangee/ep-ind-claims huggingface dataset:
A method for controlling access to a first network, comprising: - receiving, by a first network access device of the first network, an access request from a first user device, - determining, by the first network access device, if the first user device was granted an access to the first network, - if the first user device has not been granted an access to the first network, determining if a second network access device linked to the first network access device granted the first user device an access to a second network, and - if the second network access device granted access to the first user device, granting the first user device an access to the first network by the first network access device, wherein the second network access device is linked to the first network access device if a link condition is met, the link condition being: c) a different user device has been granted an access to the first and second networks by said first and second network access devices respectively, or d) at least one communication has been exchanged between the first and second network access devices. - receiving, by a first network access device of the first network, an access request from a first user device, - determining, by the first network access device, if the first user device was granted an access to the first network, - if the first user device has not been granted an access to the first network, determining if a second network access device linked to the first network access device granted the first user device an access to a second network, and - if the second network access device granted access to the first user device, granting the first user device an access to the first network by the first network access device, c) a different user device has been granted an access to the first and second networks by said first and second network access devices respectively, or d) at least one communication has been exchanged between the first and second network access devices.
A method of preparation of drone adsorbed brood, characterized by: - mixing 1 part of drone brood homogenate and 3-30 parts of adsorbent by mass, where lactose or glucose or fructose or any combination of these substances serve as adsorbent; and - start to dry the mixture not later than 55 minutes from the moment of retrieval of drone brood from a honeycomb, under vacuum condition without heating and humidity not greater than 1,5 %. - mixing 1 part of drone brood homogenate and 3-30 parts of adsorbent by mass, where lactose or glucose or fructose or any combination of these substances serve as adsorbent; and - start to dry the mixture not later than 55 minutes from the moment of retrieval of drone brood from a honeycomb, under vacuum condition without heating and humidity not greater than 1,5 %.
A communication module (200, 300, 400) comprising: a die (210, 310, 410) comprising a first portion of a transceiver (220, 320, 420), wherein the die is a silicon-based die; a phase shifter die (250, 350, 450) coupled to the silicon-based die (210, 310, 410), the phase shifter die (250, 350, 450) comprising phase shifters (253-256, 353-356), a power combiner and splitter (252, 352, 452); an amplifier die (342, 442) comprising a second portion of the transceiver (220, 320, 420), wherein the amplifier die (342,442) is formed with compound semiconductor materials; wherein the phase shifter die (350, 450) is coupled to the amplifier die (342, 442); and a substrate (290, 390, 490) coupled to the phase shifter die (250, 350, 450), the substrate (290, 390, 490) comprising an antenna unit (291, 391, 491) with steerable beam forming capability for transmitting and receiving communications. a die (210, 310, 410) comprising a first portion of a transceiver (220, 320, 420), wherein the die is a silicon-based die; a phase shifter die (250, 350, 450) coupled to the silicon-based die (210, 310, 410), the phase shifter die (250, 350, 450) comprising phase shifters (253-256, 353-356), a power combiner and splitter (252, 352, 452); an amplifier die (342, 442) comprising a second portion of the transceiver (220, 320, 420), wherein the amplifier die (342,442) is formed with compound semiconductor materials; wherein the phase shifter die (350, 450) is coupled to the amplifier die (342, 442); and a substrate (290, 390, 490) coupled to the phase shifter die (250, 350, 450), the substrate (290, 390, 490) comprising an antenna unit (291, 391, 491) with steerable beam forming capability for transmitting and receiving communications.
Method for sensing the position of a vehicle in a defined region, a digital map of the defined region which has a defined coordinate system being created, the digital map containing stationary reference features with a unique identification feature, before digital images of at least one section of the defined region, preferably the entire defined region, are recorded for the purpose of sensing and detecting further reference features (T1, T2, T3), stationary reference features (T2, T3) without a unique identification feature and/or temporary reference features without a unique identification feature also being sensed and detected and being added to the digital map and/or an associated buffer, with the result that the absolute position of the vehicle in the defined region can then be determined by recording a digital image of part of the defined region from the vehicle and detecting and possibly identifying reference features (T1, T2, T3) in the digital image, the absolute position being determined on the basis of the detected and possibly identified stationary and/or temporary reference features (T1, T2, T3).
A method for accessing an asset in a playlist of assets which playlist includes a plurality of index points each indicative of a viewing progress position within the playlist, the method comprising: displaying the plurality of index points; receiving a user selection of one of the plurality of index points; accessing the asset corresponding to the selected index point; displaying the accessed asset at the viewing progress position for the selected index point; updating the index point to reflect the user's progress through the displayed asset; caching a portion of video of the accessed asset corresponding to the updated index point; and presenting the cached portion of video simultaneously with a listing for the accessed asset. displaying the plurality of index points; receiving a user selection of one of the plurality of index points; accessing the asset corresponding to the selected index point; displaying the accessed asset at the viewing progress position for the selected index point; updating the index point to reflect the user's progress through the displayed asset; caching a portion of video of the accessed asset corresponding to the updated index point; and presenting the cached portion of video simultaneously with a listing for the accessed asset.
An integrated circuit structure, comprising: a dielectric layer formed on an etch stop layer disposed on a substrate; a conductive region comprising a metal silicide region formed in the substrate; a trench in the dielectric layer having a bottom and sidewalls, the trench bottom extending to a top surface of the metal silicide region such that the trench passes through the etch stop layer; an adhesion layer along the bottom and sidewalls of the trench, the adhesion layer comprising manganese; and a fill material on the adhesion layer within the trench comprising at least 50 atomic % cobalt. a dielectric layer formed on an etch stop layer disposed on a substrate; a conductive region comprising a metal silicide region formed in the substrate; a trench in the dielectric layer having a bottom and sidewalls, the trench bottom extending to a top surface of the metal silicide region such that the trench passes through the etch stop layer; an adhesion layer along the bottom and sidewalls of the trench, the adhesion layer comprising manganese; and a fill material on the adhesion layer within the trench comprising at least 50 atomic % cobalt.
A cooling system for a turbine bucket including a multi-wall blade and a platform, the multi-wall blade extending radially away from a top surface of the platform, characterised in that it comprises: a cooling circuit for the multi-wall blade, the cooling circuit including a pressure side outer cavity circuit comprising a plurality of pressure side cavities, a suction side outer cavity circuit comprising a plurality of suction side cavities, a leading edge cavity, a plurality of trailing edge cavities (24A, 24B, 24C), and a plurality of central cavities (26A, 26B) extending radially within the multi-wall blade and disposed between the pressure side outer cavity circuit and the suction side outer cavity circuit, one of the central cavities (26A, 26B) configured to collect cooling air from the pressure side outer cavity circuit; a platform core air feed for receiving the cooling air from the central cavity (26A, 26B), the platform core air feed extending outward below the platform within a shank of the turbine bucket towards a side of the turbine bucket; and an air passage for fluidly connecting the platform core air feed to a platform core of the platform, wherein the top surface of the platform includes a plurality of apertures for exhausting the cooling air from the platform core as cooling film; wherein a portion of the platform core air feed includes an end tab. a cooling circuit for the multi-wall blade, the cooling circuit including a pressure side outer cavity circuit comprising a plurality of pressure side cavities, a suction side outer cavity circuit comprising a plurality of suction side cavities, a leading edge cavity, a plurality of trailing edge cavities (24A, 24B, 24C), and a plurality of central cavities (26A, 26B) extending radially within the multi-wall blade and disposed between the pressure side outer cavity circuit and the suction side outer cavity circuit, one of the central cavities (26A, 26B) configured to collect cooling air from the pressure side outer cavity circuit; a platform core air feed for receiving the cooling air from the central cavity (26A, 26B), the platform core air feed extending outward below the platform within a shank of the turbine bucket towards a side of the turbine bucket; and an air passage for fluidly connecting the platform core air feed to a platform core of the platform, wherein the top surface of the platform includes a plurality of apertures for exhausting the cooling air from the platform core as cooling film; wherein a portion of the platform core air feed includes an end tab.
A liquid container configured to be detachably attached to a main body portion of an apparatus, the liquid container comprising: a container main body including an upper portion, a bottom portion, and side portions (103, 104) connecting the upper portion and the bottom portion, the container main body being capable of storing a liquid; a first ventilation hole, and second ventilation hole each penetrating the upper portion of the container main body, the first ventilation hole and the second ventilation hole are open in a same direction; and a first lid, and a second lid, each disposed on an inner side of the container main body and, when the liquid is stored in the container main body, the first lid and the second lid are capable of closing or opening the first ventilation hole and the second ventilation hole, respectively, according to a change in a surface of the liquid; at least one of the lids (111, 112) including a fulcrum (111a, 112a) positioned closer to the side portion (103, 104) of the container main body than the ventilation hole (11, 12), and the at least one of the lids being pivotable around the fulcrum (111a, 112a) with respect to the ventilation hole (11, 12). a container main body including an upper portion, a bottom portion, and side portions (103, 104) connecting the upper portion and the bottom portion, the container main body being capable of storing a liquid; a first ventilation hole, and second ventilation hole each penetrating the upper portion of the container main body, the first ventilation hole and the second ventilation hole are open in a same direction; and a first lid, and a second lid, each disposed on an inner side of the container main body and, when the liquid is stored in the container main body, the first lid and the second lid are capable of closing or opening the first ventilation hole and the second ventilation hole, respectively, according to a change in a surface of the liquid; at least one of the lids (111, 112) including a fulcrum (111a, 112a) positioned closer to the side portion (103, 104) of the container main body than the ventilation hole (11, 12), and the at least one of the lids being pivotable around the fulcrum (111a, 112a) with respect to the ventilation hole (11, 12).
A force sensor comprising: a sensing die comprising a cap and a support, wherein the cap is coupled to a first surface of the support and comprises a sensing diaphragm, wherein the support comprises a cavity defined by a recess formed in the first surface of the support, wherein the sensing diaphragm lays above the cavity; an actuation element configured to transmit a force to the sensing diaphragm of the sensing die; a plurality of channels formed in the first surface of the support, wherein the plurality of channels are formed in a symmetric manner about the cavity and extend from the cavity to the outer edges of the support; wherein a depth of the cavity in the first surface of the support is greater than a depth of the plurality of channels in the first surface of the support; and one or more sense elements supported by the sensing diaphragm of the cap. a sensing die comprising a cap and a support, wherein the cap is coupled to a first surface of the support and comprises a sensing diaphragm, wherein the support comprises a cavity defined by a recess formed in the first surface of the support, wherein the sensing diaphragm lays above the cavity; an actuation element configured to transmit a force to the sensing diaphragm of the sensing die; a plurality of channels formed in the first surface of the support, wherein the plurality of channels are formed in a symmetric manner about the cavity and extend from the cavity to the outer edges of the support; wherein a depth of the cavity in the first surface of the support is greater than a depth of the plurality of channels in the first surface of the support; and one or more sense elements supported by the sensing diaphragm of the cap.
A gear unit with a housing and a planetary gear stage, having at least one ring gear with external gearing and internal gearing, wherein one or more auxiliary shafts are rotatably mounted on the housing of the gear unit and have gearing or are connected in rotation-resistant manner to a toothed part, wherein each gearing or each toothed part is engaged with the external gearing of the ring gear, wherein the axis of the auxiliary shaft or of each auxiliary shaft is oriented parallel to the axis of the ring gear, wherein an input shaft of the gear unit is connected in rotation-resistant manner to a sun wheel of the planetary gear stage, wherein one or more planet wheels of the planetary gear stage is/are engaged in each case on one hand with the internal gearing of the ring gear and on the other hand with the sun wheel; wherein the respective planet wheel is rotatably mounted by means of bearings on a pin which is connected, in particular plug-connected, to a pinion cage which acts as an output shaft, wherein the sun wheel is at least partially inserted into a bore of the input shaft and the sun wheel has a gearing region which is engaged with internal gearing formed in the bore to form a positive connection, which is resistant to rotation, between the sun wheel and input shaft, wherein the ring gear is rotatably mounted on the pinion cage by means of bearings, wherein the inner rings of these bearings are placed on the pinion cage and the outer rings of these bearings are inserted into the ring gear, characterised in that to attain a controlled tilting degree of freedom of the sun wheel, the end face, facing the input shaft, of the sun wheel is embodied convexly curved, in that to control the axial degree of freedom of the sun wheel a bushing is inserted in the bore of the input shaft, the sun wheel being passed through the bushing and the bushing being fastened in the input shaft by means of screwing parts screwed into the bore, and in that to control the radial degree of freedom of the sun wheel an increasing clearance between the involute profile of the internal gearing of the input shaft and the gearing region of the sun wheel is provided.
Wiper blade for wiping panes, in particular motor vehicle panes, having a supporting element which is spring-elastic and exerts a pressing force in contact of the wiper blade against a pane surface, a rubber-elastic wiper strip with a wiper lip and a retaining strip, wherein the wiper strip, in cross section starting from the wiper lip, has a profile with two limbs and is connected at the two limbs to the retaining strip and/or to the supporting element, characterized in that the supporting element consists of at least two rod-shaped spring elements (5, 20), in particular made from spring steel, and wherein the limbs of the wiper strip are inserted into grooves of the retaining strip, in particular grooves with a circular cross section, and rod-shaped spring elements are inserted into hollow channels within the limbs of the wiper strip in the region within the grooves.
A visual function detection apparatus comprising: a display controller configured to cause an image for determination to be displayed on a display screen of a display unit; a gazing point detector configured to detect a position of a gazing point of a test subject observing the display screen; a positional relation detector configured to detect a distance between any position within the image for determination on the display screen and the position of the gazing point; and a visual function detector configured to perform determination of a trackability of the line of sight of the test subject based on the distance, wherein the display controller is configured to move a position of the image for determination in the display screen continuously and change the moving speed of the image for determination, the positional relation detector is configured to detect the distance for each moving speed, and the visual function detector is configured to perform determination of the trackability of the line of sight of the test subject for each moving speed based on the distance. a display controller configured to cause an image for determination to be displayed on a display screen of a display unit; a gazing point detector configured to detect a position of a gazing point of a test subject observing the display screen; a positional relation detector configured to detect a distance between any position within the image for determination on the display screen and the position of the gazing point; and a visual function detector configured to perform determination of a trackability of the line of sight of the test subject based on the distance, wherein the display controller is configured to move a position of the image for determination in the display screen continuously and change the moving speed of the image for determination, the positional relation detector is configured to detect the distance for each moving speed, and the visual function detector is configured to perform determination of the trackability of the line of sight of the test subject for each moving speed based on the distance.
A cartridge pin assembly comprising a pin for use in a track roller or bogie assembly, the pin comprising: an outboard facing end; an inboard facing end, the inboard facing end having an aperture; a cylindrically-shaped external surface extending from the outboard facing end to the inboard facing end; an inner surface extending inwardly from the aperture of the inboard facing end toward the outboard facing end and defining a cavity within the pin, the inner surface including a groove (72, 94) disposed proximate the inboard facing end; and at least one orifice extending from the inner surface to the external surface, wherein the orifice places the cavity in fluid communication with the exterior of the pin;wherein the inner surface has a cylindrical shape having a uniform diameter, and the groove (72,94) is an annular groove (72, 94) extending around the entire circumference of the inner surface, wherein the groove (72, 94) includes a bottom surface and an inboard side surface that is approximately perpendicular to a longitudinal axis of the pin; the cartridge pin assembly comprising an inboard stopper inserted into the inner surface through the aperture of the inboard facing end and engaging the inner surface to form a substantially water-tight seal at the inboard facing end of the cavity, wherein a portion of the inboard stopper is disposed within the groove. an outboard facing end; an inboard facing end, the inboard facing end having an aperture; a cylindrically-shaped external surface extending from the outboard facing end to the inboard facing end; an inner surface extending inwardly from the aperture of the inboard facing end toward the outboard facing end and defining a cavity within the pin, the inner surface including a groove (72, 94) disposed proximate the inboard facing end; and at least one orifice extending from the inner surface to the external surface, wherein the orifice places the cavity in fluid communication with the exterior of the pin;wherein the inner surface has a cylindrical shape having a uniform diameter, and the groove (72,94) is an annular groove (72, 94) extending around the entire circumference of the inner surface, wherein the groove (72, 94) includes a bottom surface and an inboard side surface that is approximately perpendicular to a longitudinal axis of the pin; the cartridge pin assembly comprising an inboard stopper inserted into the inner surface through the aperture of the inboard facing end and engaging the inner surface to form a substantially water-tight seal at the inboard facing end of the cavity, wherein a portion of the inboard stopper is disposed within the groove.
Shower device comprising - at least one first, water-conveying pipe, which has a sleeve, and - a shower head which is in fluidic connection with the first pipe, characterised in that - a second water-conveying pipe is provided, which is arranged at least in sections in the first pipe, and - an axially extending recess is formed in the sleeve of the first pipe and - provided on the second pipe is a fixation device, comprising at least one fixation element, which fixation device extends from the second pipe through the recess, wherein the second pipe in a fixation position of the fixation element is fixed in the first pipe and in a release position of the fixation element is moveable relative to the first pipe. - at least one first, water-conveying pipe, which has a sleeve, and - a shower head which is in fluidic connection with the first pipe, characterised in that - a second water-conveying pipe is provided, which is arranged at least in sections in the first pipe, and - an axially extending recess is formed in the sleeve of the first pipe and - provided on the second pipe is a fixation device, comprising at least one fixation element, which fixation device extends from the second pipe through the recess, wherein the second pipe in a fixation position of the fixation element is fixed in the first pipe and in a release position of the fixation element is moveable relative to the first pipe.