mhurhangee/patent-ind-claim-en huggingface dataset:
A deployment apparatus for laying a traversable road covering track, the apparatus comprising a base having a spool stand mounted for rotation about a vertical axis between a transportation configuration, wherein the longitudinal axis of the spool stand is substantially parallel to the longitudinal axis of the base , and a deployment configuration in which the longitudinal axis of the spool stand is substantially orthogonal to the longitudinal axis of the base , the spool stand having a spool mounted thereon for rotation about an axis parallel to the longitudinal axis of the spool stand , wherein a length of road covering track may be provided on said spool in a roll having a leading outer end at a first longitudinal side of said spool , characterised in that the apparatus further comprises at least one substantially rigid arm that extends upwardly from said spool stand, , at a second, opposing longitudinal side of said spool , said rigid arm comprising upper , intermediate and lower integral arm sections, said rigid arm being rigidly coupled to an upper end of a support strut of the spool stand ; and wherein the upper arm section extends substantially vertically upwardly, relative to said second longitudinal side of said spool stand, to a point at least halfway up the roll of track , the upper arm being positioned in use to ensure that a resultant space between an inner wall of the rigid arm and the spool is sufficient to accommodate the fully rolled track.
A dielectric resonator antenna comprising: a substrate with at least a first planar surface; a feedline formed on the first planar surface of the substrate; a polymer-based resonator body patterned via X-ray lithography, UV lithography, photolithography or 3D printing, the resonator body comprising at least a first body portion disposed on the first planar surface of the substrate and at least partly upon the feedline, wherein the first body portion at least partly defines a first aperture therethrough in a plane substantially perpendicular to the first planar surface, and wherein the first body portion defines at least a second aperture between a wall of the first aperture and an outer wall of the first body portion, extending in a plane substantially perpendicular to the first planar surface, wherein at least a second body portion is disposed within the first aperture; and a conductive feed structure filled within the second aperture by an amount between 10-100% of the height of the resonator body, the feed structure electrically coupled to the first feedline portion and extending away from the feedline through the second aperture. a substrate with at least a first planar surface; a feedline formed on the first planar surface of the substrate; a polymer-based resonator body patterned via X-ray lithography, UV lithography, photolithography or 3D printing, the resonator body comprising at least a first body portion disposed on the first planar surface of the substrate and at least partly upon the feedline, wherein the first body portion at least partly defines a first aperture therethrough in a plane substantially perpendicular to the first planar surface, and wherein the first body portion defines at least a second aperture between a wall of the first aperture and an outer wall of the first body portion, extending in a plane substantially perpendicular to the first planar surface, wherein at least a second body portion is disposed within the first aperture; and a conductive feed structure filled within the second aperture by an amount between 10-100% of the height of the resonator body, the feed structure electrically coupled to the first feedline portion and extending away from the feedline through the second aperture.
A control device configured to control a drive unit comprised by a production line, comprising: an obtaining unit that is configured to obtain, while a worker performs repeated work operations in cooperation with a robot driven by the drive unit , physical information of the worker indicating a variation with time of a posture of the worker at work; a storage for storing physical information of the worker obtained when the worker works in a stable posture; a detection unit that is configured to, when a respective work operation performed by the worker in cooperation with the robot is complete, detect a difference between a magnitude of the variation with time indicated by the physical information obtained and a magnitude of a variation with time indicated by the physical information stored in the storage ; and a determination unit that is configured to determine, from the detected difference, whether to change an amount of controlling the drive unit driving the robot for a respective next work operation to be performed by the worker in cooperation with the robot , wherein the obtaining unit is configured to learn when the worker works in the stable posture by repeatedly obtaining a feature value from the obtained physical information until the feature value has converged to a stable value. an obtaining unit that is configured to obtain, while a worker performs repeated work operations in cooperation with a robot driven by the drive unit , physical information of the worker indicating a variation with time of a posture of the worker at work; a storage for storing physical information of the worker obtained when the worker works in a stable posture; a detection unit that is configured to, when a respective work operation performed by the worker in cooperation with the robot is complete, detect a difference between a magnitude of the variation with time indicated by the physical information obtained and a magnitude of a variation with time indicated by the physical information stored in the storage ; and a determination unit that is configured to determine, from the detected difference, whether to change an amount of controlling the drive unit driving the robot for a respective next work operation to be performed by the worker in cooperation with the robot , wherein the obtaining unit is configured to learn when the worker works in the stable posture by repeatedly obtaining a feature value from the obtained physical information until the feature value has converged to a stable value.
A true random number generator comprising: a cavity filled with tritium; an electronic sensor constructed to detect energy from the decay of the tritium and to produce a signal for the detected energy; an amplifier connected to the sensor and constructed to amplify the signal; a filter connected to the amplifier constructed to filter the signal; a processor connected to the filter , the processor constructed to perform the following steps: a. determine whether the signal represents decay events for tritium; b. set a timer to determine the time period between decay events; c. based on the time period in step (b), assign a value of a 0 or a 1; d. store the value in a memory ; e. repeat steps (b) - (d) resulting in a string of values; and f. generate a true random number based on the string of values. a cavity filled with tritium; an electronic sensor constructed to detect energy from the decay of the tritium and to produce a signal for the detected energy; an amplifier connected to the sensor and constructed to amplify the signal; a filter connected to the amplifier constructed to filter the signal; a processor connected to the filter , the processor constructed to perform the following steps: a. determine whether the signal represents decay events for tritium; b. set a timer to determine the time period between decay events; c. based on the time period in step (b), assign a value of a 0 or a 1; d. store the value in a memory ; e. repeat steps (b) - (d) resulting in a string of values; and f. generate a true random number based on the string of values. a. determine whether the signal represents decay events for tritium; b. set a timer to determine the time period between decay events; c. based on the time period in step (b), assign a value of a 0 or a 1; d. store the value in a memory ; e. repeat steps (b) - (d) resulting in a string of values; and f. generate a true random number based on the string of values.
A composite closure assembly comprising: a closure shell including a closure socket surrounded by a shell wall and a shell end ; an inner closure within the closure socket , the inner closure fixed to the closure shell to allow transmission of rotation and upward and downward forces from the closure shell to the inner closure , the inner closure includes: a closure wall , and a closure end ; a closure gap is between the shell end and the closure end ; and a plurality of support braces or a support brace including support elements , the one or the plurality of support braces extending from the closure end to the shell end and bridging the closure gap , wherein the one or the plurality of support braces is formed as an integral component with the inner closure , characterized in that the closure gap is between and extends around each of the plurality of adjacent support braces or support elements . a closure shell including a closure socket surrounded by a shell wall and a shell end ; an inner closure within the closure socket , the inner closure fixed to the closure shell to allow transmission of rotation and upward and downward forces from the closure shell to the inner closure , the inner closure includes: a closure wall , and a closure end ; a closure wall , and a closure end ; a closure gap is between the shell end and the closure end ; and a plurality of support braces or a support brace including support elements , the one or the plurality of support braces extending from the closure end to the shell end and bridging the closure gap , wherein the one or the plurality of support braces is formed as an integral component with the inner closure ,
An article rack accessory for use in a dishwasher comprising a tub ; one or more article racks which are extendably disposed into the tub one above the other; and one or more rotating spray arms each including one or more nozzles for upwardly spraying the washing/rinsing liquid towards the respective article rack , wherein the article rack accessory comprises an apparatus which is adapted for installation onto at least one of the article racks and for washing/rinsing the interior of a hollow article that is to be placed thereover with the open side down onto the respective rack , wherein the apparatus includes an ascending pipe which is configured to penetrate into the hollow article , to immediately catch at least part of the washing/rinsing liquid that is upwardly sprayed from the respective counterpart nozzle which passes beneath, and to divert it into the hollow article towards the bottom thereof and a base which includes an attachment means for detachably attaching the base to the respective rack ; and a holding means for releasably holding the apparatus and characterized in that the holding means includes one or more slots , and the apparatus includes one or more keys for engaging with the respective slots .
An antenna device, comprising: a pair of first elements that is arranged on a first plane; and a pair of second elements that is arranged on a second plane parallel to the first plane such that a polarized wave direction of the pair of second elements is orthogonal to that of the pair of first elements , wherein a first element of the pair of first elements and a second element of the pair of second elements facing the first element are configured to act as antennas having different operating principles or a complex antenna in which the different operating principles are combined, according to a frequency band. a pair of first elements that is arranged on a first plane; and a pair of second elements that is arranged on a second plane parallel to the first plane such that a polarized wave direction of the pair of second elements is orthogonal to that of the pair of first elements , wherein a first element of the pair of first elements and a second element of the pair of second elements facing the first element are configured to act as antennas having different operating principles or a complex antenna in which the different operating principles are combined, according to a frequency band.
Knitted semi-finished product for manufacturing stockings, footwear and gloves, comprising: a main waterproofed portion configured to contain a user's foot or hand; wherein the main waterproofed portion comprises an outer knitted portion and an inner waterproofing portion configured to prevent the passage of liquids from the outside to the inside of the semi-finished product ; an auxiliary knitted portion delimiting an opening configured to receive the user's foot or hand; wherein the auxiliary knitted portion comprises at least one ring-shaped portion ; wherein said at least one ring-shaped portion is directly connected to the outer knitted portion ; characterised in that the at least one ring-shaped portion has a lower hydrophilic characteristic than a hydrophilic characteristic of said outer knitted portion and is configured to stop or at least slow down the capillarity rise of a liquid absorbed by the outer knitted portion . a main waterproofed portion configured to contain a user's foot or hand; wherein the main waterproofed portion comprises an outer knitted portion and an inner waterproofing portion configured to prevent the passage of liquids from the outside to the inside of the semi-finished product ; an auxiliary knitted portion delimiting an opening configured to receive the user's foot or hand; wherein the auxiliary knitted portion comprises at least one ring-shaped portion ; wherein said at least one ring-shaped portion is directly connected to the outer knitted portion ; characterised in that the at least one ring-shaped portion has a lower hydrophilic characteristic than a hydrophilic characteristic of said outer knitted portion and is configured to stop or at least slow down the capillarity rise of a liquid absorbed by the outer knitted portion .
Water-using household appliance , in particular dishwasher, with a control facility and a transceiver arranged at a first position (P1) of the household appliance for emitting an electromagnetic signal (S1) into an interior of the household appliance and for receiving an electromagnetic signal (S2) reflected into the interior , at least one transponder arranged at a second position (P2) of the interior for modulating a particular identifier onto the electromagnetic signal (S2) emitted into the interior , and with at least one object with a shielding which can be arranged at a third position (P3) in the interior , characterised in that the first position (P1), the second position (P2) and the third position (P3) are arranged relative to one another such that, in the case of the arrangement of the object at the third position (P3), the shielding is suitable for preventing the modulation of the particular identifier onto the emitted electromagnetic signal (S1), wherein the control apparatus is configured to detect the arrangement of the object at the third position (P3) by means of the reflected electrical signal (S1) received by the transceiver , and wherein the control apparatus is further configured to detect an absence of the object at the third position (P3) in the event that the electromagnetic signal (S2) received by the transceiver has the modulated particular identifier. a transceiver arranged at a first position (P1) of the household appliance for emitting an electromagnetic signal (S1) into an interior of the household appliance and for receiving an electromagnetic signal (S2) reflected into the interior , at least one transponder arranged at a second position (P2) of the interior for modulating a particular identifier onto the electromagnetic signal (S2) emitted into the interior , and with at least one object with a shielding which can be arranged at a third position (P3) in the interior , characterised in that the first position (P1), the second position (P2) and the third position (P3) are arranged relative to one another such that, in the case of the arrangement of the object at the third position (P3), the shielding is suitable for preventing the modulation of the particular identifier onto the emitted electromagnetic signal (S1), wherein the control apparatus is configured to detect the arrangement of the object at the third position (P3) by means of the reflected electrical signal (S1) received by the transceiver , and wherein the control apparatus is further configured to detect an absence of the object at the third position (P3) in the event that the electromagnetic signal (S2) received by the transceiver has the modulated particular identifier.
A brake drum for a drum brake for a vehicle , said vehicle having a longitudinal centre plane (P) extending along a longitudinal direction (L) and a vertical direction (V) and separating said vehicle into a first and a second longitudinal half, said longitudinal direction (L) extending in a direction parallel to the intended direction of travel of said vehicle , said brake drum comprising a braking surface adapted to receive at least one brake shoe of said drum brake , said braking surface having a circumferential extension in a circumferential direction (C) and an axial extension in an axial direction (A), said brake drum further comprising an outer surface at least partially enclosing said braking surface , said brake drum further comprising a cooling arrangement , comprising a set of cooling conduits located between said braking surface and said outer surface and extending at least partially in said axial direction (A), said brake drum comprising an inner axial cross-section (I) and an outer axial cross-section (II) which are located within the axial extension of said braking surface , wherein when said brake drum is mounted to said vehicle , said inner axial cross-section (I) is located closer to said centre plane than said outer axial cross-section (II), as seen in said axial direction (A), said cooling arrangement also extending through each one of said inner axial cross-section (I) and said outer axial cross-section (II), the material of said brake drum located radially between said set of cooling conduits and said braking surface at said inner axial cross-section (I) having an inner axial aggregate thermal conductance, the material of said brake drum located radially between said set of cooling conduits and said braking surface at said outer axial cross-section (II) having an outer axial aggregate thermal conductance, said inner axial aggregate thermal conductance being different from said outer axial aggregate thermal conductance characterized in that at least one cooling conduit of said set of cooling conduits extends axially over at least 90%, preferably over 100%, of the axial extension of said braking surface .
Glitter comprising a film which comprises cellulose acetate, wherein the film comprises at least 60 wt% cellulose acetate based on the weight of the film, wherein the glitter is further coated with a metal.
Trailer coupling for a motor vehicle , in particular a car, with a holder mounted on or attachable to the motor vehicle and a coupling arm attachable releasably to the holder , wherein the coupling arm has a holding part with a plug-in projection for insertion in a plug-in socket of the holder and a coupling part with a coupling element , in particular a coupling ball, for coupling on a load carrier or a trailer, wherein the holding part and the coupling part are connected to one another with the aid of flange parts which are screwed releasably together and in the assembled state abut one another with facing end face support surfaces , wherein the plug-in projection of the holding part is releasably locked in the plug-in socket of the holder with the aid of a locking device wherein, for the setting of different clearances of the coupling element from a road surface (O) the support surface has such a longitudinal extent of at least one flange part forming a first flange part , wherein the support surface of the flange part forming the second flange part may be mounted releasably on the first flange part in a first and at least one different second longitudinal mounting position (M1, M2) relative to the longitudinal extent of the support surface of the first flange part , and wherein the first flange part has in the area of its support surface a first screw assembly of screws and/or screw sockets, which is matched by a second screw assembly of screws and/or screw sockets in the area of the support surface of the second flange part in the first and second longitudinal mounting position or positions (M1, M2), wherein at least one of the flange parts may be releasably connected to the holding part and the coupling part , characterised in that the releasable flange part is in the form of an adapter plate which is designed for the adaptation of the holding part and the coupling part to one another and may be connected releasably to both parts, the holding part and the coupling part .
A patient support structure , comprising: a first supporting part comprising a first resilient member ; a second supporting part comprising a second resilient member ; and a third supporting part between the first supporting part and the second supporting part ; wherein the first supporting part , the second supporting part and the third supporting part together define a supporting surface (S) extending along a longitudinal axis (L), wherein the second resilient member comprises a first supporting area and a second supporting area different in supporting strength; wherein the first supporting area has a supporting strength less than that of the second supporting area , and wherein the first supporting area is arranged between the supporting surface (S) and the second supporting area ; characterised in that the patient support structure is a hybrid pressure relief device, and the third supporting part comprises a pneumatic pressure relief module comprising an air cell and a third resilient member disposed in the air cell . a first supporting part comprising a first resilient member ; a second supporting part comprising a second resilient member ; and a third supporting part between the first supporting part and the second supporting part ; wherein the first supporting part , the second supporting part and the third supporting part together define a supporting surface (S) extending along a longitudinal axis (L), wherein the second resilient member comprises a first supporting area and a second supporting area different in supporting strength; wherein the first supporting area has a supporting strength less than that of the second supporting area , and wherein the first supporting area is arranged between the supporting surface (S) and the second supporting area ; characterised in that the patient support structure is a hybrid pressure relief device, and the third supporting part comprises a pneumatic pressure relief module comprising an air cell and a third resilient member disposed in the air cell .