mhurhangee/patent-ind-claim-en huggingface dataset:
Apparatus for inspecting a pharmaceutical cylindrical container made of glass or of a polymer, wherein the apparatus comprises a handling device and a friction wheel , wherein said handling device comprises at least one holding means for holding said container on its lateral surface, wherein said holding means comprises at least a first support wheel , a second support wheel and a suction element for supporting said container , wherein said handling device is moveable such that said container can first be transferred from a first transfer position into an inspection area and second from said inspection area into a second transfer position , wherein said holding means and/or said friction wheel is movable to and fro for bringing said container within said inspection area into contact with said friction wheel , such that said container is rotatable around its longitudinal axis by rotating said first and second support wheels and/or by rotating said friction wheel . wherein said handling device comprises at least one holding means for holding said container on its lateral surface, wherein said holding means comprises at least a first support wheel , a second support wheel and a suction element for supporting said container , wherein said handling device is moveable such that said container can first be transferred from a first transfer position into an inspection area and second from said inspection area into a second transfer position , wherein said holding means and/or said friction wheel is movable to and fro for bringing said container within said inspection area into contact with said friction wheel , such that said container is rotatable around its longitudinal axis by rotating said first and second support wheels and/or by rotating said friction wheel .
A PET scanner comprising: an annular support structure which surrounds an examination region , the examination region extending axially parallel to an axis of the annular support structure ; a plurality of radiation detector units mounted on the annular support structure , each radiation detector unit comprising a plurality of scintillator crystals , and wherein the plurality of radiation detector units are configured to form annular ranks that surround the examination region ; a patient support configured to move a patient axially in the examinaiton region ; and wherein at least some of the annular ranks are spaced by annular gaps within each of the plurality of radiation detector units , which spacing of the annular ranks is accomplished by spacing the individual crystals within the detector units . an annular support structure which surrounds an examination region , the examination region extending axially parallel to an axis of the annular support structure ; a plurality of radiation detector units mounted on the annular support structure , each radiation detector unit comprising a plurality of scintillator crystals , and wherein the plurality of radiation detector units are configured to form annular ranks that surround the examination region ; a patient support configured to move a patient axially in the examinaiton region ; and
A heat radiation structure comprising: a heat spreader provided on a heating component mounted on a substrate ; a heat sink disposed at a position facing the heat spreader ; a heat transfer member disposed between the heat spreader and the heat sink , and transmitting heat from the heat spreader to the heat sink (16; 16A) characterized by a conductive member electrically connecting the heat spreader and the heat sink , distinct from said heat transfer member . a heat spreader provided on a heating component mounted on a substrate ; a heat sink disposed at a position facing the heat spreader ; a heat transfer member disposed between the heat spreader and the heat sink , and transmitting heat from the heat spreader to the heat sink (16; 16A) characterized by a conductive member electrically connecting the heat spreader and the heat sink , distinct from said heat transfer member .
Positioning device , comprising a base element , a carrier element to be positioned relative to the base element along a z-axis as well as at least one first and one second slide element , wherein the first or second slide element on the one hand is disposed displaceably by means of a first or second base guide device along a first or second base line on the base element and on the other hand by means of a first or second ascent guide device along a first or second ascent line on the carrier element , wherein the first or second ascent line and the first or second base line run in a projection along the z-axis parallel to one another and with respectively constant different angles of inclination relative to the z-axis, wherein the first and the second ascent guide device are arranged with respect to one another in such a manner that in at least one projection perpendicular to the z-axis, the first and the second ascent line are inclined opposite to one another relative to the z-axis so that a synchronous displacement of the first and the second slide element relative to the base element causes a displacement of the carrier element relative to the base element exclusively along the z-axis, characterized in that for the synchronous displacement of the first and second slide element the positioning device comprises at least one drive device which comprises a rotary drive having an axis of rotation parallel to the z-axis and a coupling element , wherein the coupling element couples the rotary drive to the first and/or second slide element in such a manner that a rotational movement of the rotary drive causes a synchronous displacement of the first and second slide element along the respective base lines .
A selectively activatable variable valve timing (VVT) assembly for one or more cylinders of an internal combustion engine that includes a pedestal , the VVT assembly 30 configured to operatively engage an intake valve to extend a duration of the intake valve in an open position in response to an extended duration mode of operation, wherein the VVT assembly includes: an intake rocker mounted on the pedestal , the intake rocker operable by a cam lobe to open and close the intake valve; a lever extension extending from the intake rocker; a holding member extendable from the pedestal and lockable in position by a hydraulic circuit in the pedestal to contact the lever extension and hold the intake valve in the open position during the extended duration mode of operation; and a reset pin (36, 36' 360) movable in the pedestal and actuatable by the cam lobe to release the holding member to allow the intake valve to close. an intake rocker mounted on the pedestal , the intake rocker operable by a cam lobe to open and close the intake valve; a lever extension extending from the intake rocker; a holding member extendable from the pedestal and lockable in position by a hydraulic circuit in the pedestal to contact the lever extension and hold the intake valve in the open position during the extended duration mode of operation; and a reset pin (36, 36' 360) movable in the pedestal and actuatable by the cam lobe to release the holding member to allow the intake valve to close.
A conveyor system comprising:a first conveyor for conveying a mass of electrically conductive articles confined to a first width a continuous conveying surface for receiving the mass of electrically conductive articles from the first conveyor ; means for spreading the mass of electrically conductive articles from the first width to a wider second width on the continuous conveying surface ; a wide and slower moving second conveyor for receiving the mass of electrically conductive articles spread to the second width from the continuous conveying surface ; characterized in that the means for spreading comprises a linear-motor stator (32; 40;52) positioned below the conveying surface and arranged to generate an electromagnetic flux wave transverse to the conveying direction that causes the cans to spread laterally across the width of the transfer device , and wherein the back pressure (P) caused by the supply of cans from the upstream conveyor pushes the cans across the outer conveying surface of the transfer device while they are pushed laterally by the electromagnetic force (F). means for spreading the mass of electrically conductive articles from the first width to a wider second width on the continuous conveying surface ; a wide and slower moving second conveyor for receiving the mass of electrically conductive articles spread to the second width from the continuous conveying surface ; characterized in that the means for spreading comprises a linear-motor stator (32; 40;52) positioned below the conveying surface and arranged to generate an electromagnetic flux wave transverse to the conveying direction that causes the cans to spread laterally across the width of the transfer device , and wherein the back pressure (P) caused by the supply of cans from the upstream conveyor pushes the cans across the outer conveying surface of the transfer device while they are pushed laterally by the electromagnetic force (F).
A method of transmitting an encrypted audio stream from a transmitter device to a plurality of receiver devices , wherein part of the receiver devices are members of a permanent group and part of the receiver devices are members of a temporary group , the method comprising: generating, by the transmitter device , a master key and distributing, by the transmitter device , the master key to the members of the permanent group; generating, by the transmitter device , a group key diversifier specific to the temporary group and deriving, by the transmitter device , a group key from the master key by using the group key diversifier; distributing, by the transmitter device , the group key to the members of the temporary group; distributing, by the transmitter device , the group key diversifier to the members of the permanent group; deriving, by the members of the permanent group, the group key from the master key using the group key diversifier; using, by the transmitter device , the group key to encrypt the audio stream; and decrypting the audio stream, by the receiver devices, using the group key. generating, by the transmitter device , a master key and distributing, by the transmitter device , the master key to the members of the permanent group; generating, by the transmitter device , a group key diversifier specific to the temporary group and deriving, by the transmitter device , a group key from the master key by using the group key diversifier; distributing, by the transmitter device , the group key to the members of the temporary group; distributing, by the transmitter device , the group key diversifier to the members of the permanent group; deriving, by the members of the permanent group, the group key from the master key using the group key diversifier; using, by the transmitter device , the group key to encrypt the audio stream; and decrypting the audio stream, by the receiver devices, using the group key.
Base structure for a device for transporting film , the base structure comprising: exactly one upper guide unit and exactly one lower guide unit , wherein the upper guide unit is adapted to guide an upper movable rope (10-3) and the lower guide unit is adapted to guide a lower movable rope (10-1), wherein the one upper rope (10-3) and the lower rope (10-1) are arrangeable to clamp and entrain the film at its side edge at least in places, and wherein at least one guide unit of the guide units is adapted to press the film via the cable (10-3) guided by the guide unit against the cable (10-1, 10-3) guided by the other guide unit , wherein each guide unit has exactly one roller element , which is adapted to guide the respective rope (10-1, 10-3), characterized in that the base structure has a web portion via which the base structure can be connected to a second base structure of the same type. exactly one upper guide unit and exactly one lower guide unit , wherein the upper guide unit is adapted to guide an upper movable rope (10-3) and the lower guide unit is adapted to guide a lower movable rope (10-1), wherein the one upper rope (10-3) and the lower rope (10-1) are arrangeable to clamp and entrain the film at its side edge at least in places, and wherein at least one guide unit of the guide units is adapted to press the film via the cable (10-3) guided by the guide unit against the cable (10-1, 10-3) guided by the other guide unit , wherein each guide unit has exactly one roller element , which is adapted to guide the respective rope (10-1, 10-3), characterized in that the base structure has a web portion via which the base structure can be connected to a second base structure of the same type.
Hairdryer comprising: - an electric motor comprising a stator , a rotor provided with rotor windings and rotating inside said stator around a main axis (X), a commutator fixed to, and rotating with, said rotor and electrically connected to said rotor windings , and a couple of brushes powerable by an electric current and abutting said commutator with a defined thrust force so as to reverse an electrical supply of said rotor windings ; - at least one fan interposed between said electric motor and an air suction rear opening of said hairdryer and rotated about said main axis (X) by said electric motor to generate at least one main airflow (F) directed to an air outflow front opening of said hairdryer ; - filtering means interposed between said fan and said commutator and said brushes and comprising a first casing defining a first chamber extending around a driving shaft and containing a filtering element for retaining powders and/or scraps of a material constituting said brushes and generated by consumption of said brushes abutting said commutator ; characterized in that it comprises a second casing defining a second chamber adapted to contain said commutator and at least first ends of said brushes abutting said commutator and connected to said first chamber through at least a first passage opening of said first casing , the latter further comprising at least a second passage opening facing said fan , and said second casing comprising at least a third passage opening facing said stator , said passage openings allowing the passage of a secondary airflow (A) generated by said fan , having a direction opposite said main airflow (F), entering said second casing and leaving said first casing passing through said second chamber and said first chamber so as to convey said powders and/or scraps of material generated at said commutator into said filtering element . - an electric motor comprising a stator , a rotor provided with rotor windings and rotating inside said stator around a main axis (X), a commutator fixed to, and rotating with, said rotor and electrically connected to said rotor windings , and a couple of brushes powerable by an electric current and abutting said commutator with a defined thrust force so as to reverse an electrical supply of said rotor windings ; - at least one fan interposed between said electric motor and an air suction rear opening of said hairdryer and rotated about said main axis (X) by said electric motor to generate at least one main airflow (F) directed to an air outflow front opening of said hairdryer ; - filtering means interposed between said fan and said commutator and said brushes and comprising a first casing defining a first chamber extending around a driving shaft and containing a filtering element for retaining powders and/or scraps of a material constituting said brushes and generated by consumption of said brushes abutting said commutator ;
Device (410; 410') for driving a stamping foil over a path through a stamping machine, the driving device (410; 410') comprising two foil-introduction chain-like elements and a drive member coupled to the foil-introduction chain-like elements for driving the foil-introduction chain-like elements through a platen press of the stamping machine , characterized in that it further comprises at least one first load-measurement device (3a; 3a') comprising a first detector configured to measure a parameter indicative of the load applied by the drive member for driving the foil-introduction chain-like elements in a first direction, the at least one first load-measurement device (3a; 3a') being connected to a stamping machine control unit configured to stop the driving by the drive member when the parameter indicative of the load applied by the drive member and measured by the first detector exceeds a threshold.
Monitoring apparatus for monitoring a condition of an aqueous metalworking fluid comprised of water and a lubricant, of a metalworking fluid circuit of a metalworking machine , comprising - a housing having a sample inlet for receiving a sample of metalworking fluid there through from the metalworking fluid circuit; - an outlet for discharging the sample of metalworking fluid after measurement to the metalworking fluid circuit; - wherein the housing is provided with a water connection for connecting to a water feed line; - wherein the housing is provided with a lubricant connection for connecting to a lubricant feed line; comprising at least one measurement element arranged in the housing for measuring pre-determined parameters of the sample of metalworking fluid. - a housing having a sample inlet for receiving a sample of metalworking fluid there through from the metalworking fluid circuit; - an outlet for discharging the sample of metalworking fluid after measurement to the metalworking fluid circuit; - wherein the housing is provided with a water connection for connecting to a water feed line; - wherein the housing is provided with a lubricant connection for connecting to a lubricant feed line; comprising at least one measurement element arranged in the housing for measuring pre-determined parameters of the sample of metalworking fluid.
An assembly kit made up of a carrier frame and at least two scaffolding decks , wherein the carrier frame comprises two posts which are components separate from one another, are parallel and at a distance to one another and are aligned in the vertical direction relative to a base surface in the ready-to-function state and which each have two supporting legs each connected to one another by means of a transverse beam extending in the transverse direction between the supporting legs and each provided with two stanchions that each project upwards in the vertical direction from a supporting leg, wherein each stanchion is held, detachable without using tools, on the associated supporting leg, wherein each transverse beam has a length that at least largely corresponds to an integer multiple of a width of a scaffolding deck in respect of an adjacent positioning of the scaffolding decks on the two transverse beams on a horizontal level, and wherein a holding device positively effective in the vertical direction is provided in each case for at least one scaffolding deck and is associated with the respective post , and wherein a longitudinal support device for positively supporting at least one scaffolding deck in the longitudinal direction is associated with each post .
Modular framework for shelving, comprising: - at least one supporting frame of at least one shelving ; - movement means of said supporting frame for moving it forward/backward on guide means defining a direction of movement (A); - actuating means of said movement means which are associated with said supporting frame ; - motion transmission means for transmitting motion from said actuating means to said movement means , and associated with said supporting frame ; wherein said motion transmission means comprise at least one driving gear wheel associated with said actuating means and at least one driven gear wheel cooperating with said driving gear wheel and associated with said movement means ; wherein said motion transmission means comprise at least one auxiliary gear wheel interposed between said driving gear wheel and said driven gear wheel ; wherein said motion transmission means comprise a plurality of said auxiliary gear wheels vertically aligned with each other, characterized in that said auxiliary gear wheels are suitably spaced away from each other and rotating, respectively, around substantially parallel axes of rotation so as to mesh with each other. - at least one supporting frame of at least one shelving ; - movement means of said supporting frame for moving it forward/backward on guide means defining a direction of movement (A); - actuating means of said movement means which are associated with said supporting frame ; - motion transmission means for transmitting motion from said actuating means to said movement means , and associated with said supporting frame ; wherein said motion transmission means comprise at least one driving gear wheel associated with said actuating means and at least one driven gear wheel cooperating with said driving gear wheel and associated with said movement means ; wherein said motion transmission means comprise at least one auxiliary gear wheel interposed between said driving gear wheel and said driven gear wheel ; wherein said motion transmission means comprise a plurality of said auxiliary gear wheels vertically aligned with each other, characterized in that said auxiliary gear wheels are suitably spaced away from each other and rotating, respectively, around substantially parallel axes of rotation so as to mesh with each other.
A method, comprising: forming on a support substrate comprising a plastic base a plurality of electronically functional elements defined by a stack of layers including a bottom conductive layer , wherein the method comprises the step of forming between the support substrate and the bottom conductive layer a non-conducting layer that functions to increase the adhesion of said bottom conductive layer to the support substrate, wherein the non-conducting layer comprises a nitride layer, and characterised in that the nitride layer is formed by sputtering, and the method comprises, prior to forming said nitride layer, subjecting the support substrate to baking in the sputtering chamber at a pressure of lower than 1E-4 Pa.
A flexible bone fixation device , comprising: two first fixation parts ; and a first flexible spanning part , connected between the two first fixation parts; wherein the first flexible spanning part has a plurality of first cuts , the plurality of first cuts extend inward from two opposite edges of the first flexible spanning part and are arranged in an alternate manner so that part of the first flexible spanning part is in a serpentine shape, the plurality of first cuts are spaced offset from one another and situated in and along opposing lateral sides formed by the opposite edges of the first flexible spanning part, characterized in that the plurality of first cuts are divided into a plurality of cut arrangements , any two of the plurality of cut arrangements located adjacent to each other are spaced apart by a spacing distance larger than a spacing distance between any two of the first cuts of each of the plurality of cut arrangements located adjacent to each other. two first fixation parts ; and a first flexible spanning part , connected between the two first fixation parts; wherein the first flexible spanning part has a plurality of first cuts , the plurality of first cuts extend inward from two opposite edges of the first flexible spanning part and are arranged in an alternate manner so that part of the first flexible spanning part is in a serpentine shape, the plurality of first cuts are spaced offset from one another and situated in and along opposing lateral sides formed by the opposite edges of the first flexible spanning part,