mhurhangee/patent-ind-claim-en huggingface dataset:
A computing system , comprising: an anonymizer server communicatively coupled to a data repository configured to store a personal identification information, PII, data, wherein the anonymizer server is configured to perform operations comprising: receiving a repository configuration request comprising an anonymized data schema and an l-diversity value; deriving a minimum k-homogeneity value based on the l-diversity value; creating an anonymized data repository clone based on the anonymized data schema and the l-diversity value; anonymizing the PII data to create an anonymized data by applying a one-way data masking, a one-way data morphing, or a combination thereof; and storing the anonymized data in the anonymized data repository clone. receiving a repository configuration request comprising an anonymized data schema and an l-diversity value; deriving a minimum k-homogeneity value based on the l-diversity value; creating an anonymized data repository clone based on the anonymized data schema and the l-diversity value; anonymizing the PII data to create an anonymized data by applying a one-way data masking, a one-way data morphing, or a combination thereof; and storing the anonymized data in the anonymized data repository clone.
A customisable item of jewellery comprising a grid with a plurality of openings defining a plurality of distinct closely contiguous adornment locations, and attachment means suitable for releasably retaining a pin of an adornment in each selected one of said plurality of openings ; whereby once a plurality of adornments are attached to said attachment means, a cluster of releasable adornments is formed, characterised in that said attachment means comprises a layer of resilient material which is provided beneath said grid and which spans a plurality of said openings and said pin has a barb , whereby said layer of resilient material is positioned to receive said barb ; the barb and pin being retained within the resilient material by frictional contact between the pin and the resilient material when the barb and the pin are inserted into the resilient material .
Apparatus for use during the building of a tyre carcass of a radial tyre on a carcass building machine of a tyre building plant, which carcass building machine has a stationary part , with a winding drum , and a part which can be moved in the axial direction of the winding drum and has a core centring apparatus for two cores of the radial tyre, characterized by a multiaxial transfer apparatus which is controlled by servomotor and has a handling unit which has, in combination and selectively actuably, a core gripper for the transfer of the cores from a core store to the core centring apparatus , and a carcass gripper for the gripping and for the transfer of the built tyre carcass from the winding drum to a conveying device .
A hair styling apparatus comprising; a first arm and a second arm coupled together at a hinge end thereof to allow the first arm and the second arm to be moveable between a closed position, in which a facing side of the first arm and a facing side of the second arm are adjacent, and an open position, in which the facing side of the first arm and the facing side of the second arm are spaced apart; a central pack disposed between the first arm and the second arm and coupled to the hair styling apparatus at the hinge end; and a biasing means adapted to support the central pack symmetrically between the first arm and the second arm , wherein the biasing means comprises at least two springs, the at least two springs comprising a first spring coupled between the first arm and the central pack , and a second spring coupled between the second arm and the central pack , wherein the first spring and the second spring are symmetrically disposed with respect to a longitudinal central axis of the hair styling apparatus. a first arm and a second arm coupled together at a hinge end thereof to allow the first arm and the second arm to be moveable between a closed position, in which a facing side of the first arm and a facing side of the second arm are adjacent, and an open position, in which the facing side of the first arm and the facing side of the second arm are spaced apart; a central pack disposed between the first arm and the second arm and coupled to the hair styling apparatus at the hinge end; and a biasing means adapted to support the central pack symmetrically between the first arm and the second arm , wherein the biasing means comprises at least two springs, the at least two springs comprising a first spring coupled between the first arm and the central pack , and a second spring coupled between the second arm and the central pack , wherein the first spring and the second spring are symmetrically disposed with respect to a longitudinal central axis of the hair styling apparatus.
A composition for use in inhibiting tumor cell growth comprising a therapeutically effective amount of astaxanthin wherein the tumor is selected from adrenal cancer, bone cancer and brain cancer.
A bidirectional wheel chock restraint system for a vehicle , the system including: an elongated base plate extending along a longitudinal axis, the base plate having a plurality of stoppers transversally-disposed on the base plate and that are spaced apart from one another along the longitudinal axis; characterized by a single double-sided wheel chock that is configured and disposed to cooperate with the base plate , the wheel chock including at least one substantially downwardly-projecting forward-blocking tooth and at least one substantially downwardly-projecting rearward-blocking tooth , the forward-blocking tooth and the rearward-blocking tooth being longitudinally spaced apart from one another, the wheel chock being longitudinally slidable on the base plate , between a forward wheel-blocking position and a rearward wheel-blocking position, when the wheel chock is placed on the base plate , the wheel chock being in the forward wheel-blocking position when the forward-blocking wheel chock tooth is in a latching engagement with a rear lateral surface provided on a corresponding one of the base plate stoppers , and the wheel chock being in the rearward wheel-blocking position when the rearward-blocking wheel chock tooth is in a latching engagement with a front lateral surface provided on a corresponding one of the base plate stoppers . an elongated base plate extending along a longitudinal axis, the base plate having a plurality of stoppers transversally-disposed on the base plate and that are spaced apart from one another along the longitudinal axis; characterized by a single double-sided wheel chock that is configured and disposed to cooperate with the base plate , the wheel chock including at least one substantially downwardly-projecting forward-blocking tooth and at least one substantially downwardly-projecting rearward-blocking tooth , the forward-blocking tooth and the rearward-blocking tooth being longitudinally spaced apart from one another, the wheel chock being longitudinally slidable on the base plate , between a forward wheel-blocking position and a rearward wheel-blocking position, when the wheel chock is placed on the base plate , the wheel chock being in the forward wheel-blocking position when the forward-blocking wheel chock tooth is in a latching engagement with a rear lateral surface provided on a corresponding one of the base plate stoppers , and the wheel chock being in the rearward wheel-blocking position when the rearward-blocking wheel chock tooth is in a latching engagement with a front lateral surface provided on a corresponding one of the base plate stoppers .
Method for the manufacturing of a two-layer metal wire , made of a gold-based alloy and of silver, comprising a succession of steps comprising: - coupling a gold-based alloy of Au-18kt type or of Au-14kt type outer metal tube to a silver alloy of Ag725 type inner metal tube by interposing a first binding thickness made of copper (Cu), - welding in a furnace equipped with belt conveyors defining a movement direction, said furnace having a first combustion chamber and a second combustion chamber at different temperatures, the inner surface of said outer metal tube to the outer surface of said first binding thickness and the inner surface (13") of said first binding thickness to the outer surface of said inner metal tube in order to firmly associate said outer tube and said inner tube together, wherein some gold particles migrate into the silver layer and vice versa and the heat of the furnace causes the particles of the first binding thickness to migrate so as to make them interpenetrate into the outer and inner metal tubes and, similarly, the particles of the tubes merge with those of the first binding thickness so that the first binding thickness is removed from the user's eye thereby forming a tubular element having two metal layers, - optionally coupling a support thickness internally to said inner tube , wherein, preferably, the outer surface of said support thickness is welded to the inner face (14") of said inner metal tube so as to form a tubular element consisting of three metal layers, and - drawing, by means of a final drawing process, said tubular element to obtain a compound metal wire made of two or three metal layers - coupling a gold-based alloy of Au-18kt type or of Au-14kt type outer metal tube to a silver alloy of Ag725 type inner metal tube by interposing a first binding thickness made of copper (Cu), - welding in a furnace equipped with belt conveyors defining a movement direction, said furnace having a first combustion chamber and a second combustion chamber at different temperatures, the inner surface of said outer metal tube to the outer surface of said first binding thickness and the inner surface (13") of said first binding thickness to the outer surface of said inner metal tube in order to firmly associate said outer tube and said inner tube together, wherein some gold particles migrate into the silver layer and vice versa and the heat of the furnace causes the particles of the first binding thickness to migrate so as to make them interpenetrate into the outer and inner metal tubes and, similarly, the particles of the tubes merge with those of the first binding thickness so that the first binding thickness is removed from the user's eye thereby forming a tubular element having two metal layers, - optionally coupling a support thickness internally to said inner tube , wherein, preferably, the outer surface of said support thickness is welded to the inner face (14") of said inner metal tube so as to form a tubular element consisting of three metal layers, and - drawing, by means of a final drawing process, said tubular element to obtain a compound metal wire made of two or three metal layers
A portable inhaler , having a rotary actuation mechanism moveable sequentially and alternately between primed positions and actuated positions and comprising; - a follower component , which is releasable to dispense a dose as the rotary actuation mechanism moves from the primed position to the next actuated position, and able to be primed as the rotary actuation mechanism moves from the actuated position to the next primed position; - a rotary loading device , the rotary loading device comprising a cam component and a cage component wherein the cam component is caged by the cage component and engaged therewith by mutually interfering mechanical features such as to allow a predetermined limited rotational relative movement between the cage component and the cam component ; - a button , which is translatable between a central position and an extended position, which can be engaged by the cam component upon rotary movement of the rotary actuation mechanism to its primed position to translate the button to its extended position, and which can engage the cam component to effect rotary movement of the rotary actuation mechanism to its actuated position as the button translates to its central position thereby releasing the follower component . - a follower component , which is releasable to dispense a dose as the rotary actuation mechanism moves from the primed position to the next actuated position, and able to be primed as the rotary actuation mechanism moves from the actuated position to the next primed position; - a rotary loading device , the rotary loading device comprising a cam component and a cage component wherein the cam component is caged by the cage component and engaged therewith by mutually interfering mechanical features such as to allow a predetermined limited rotational relative movement between the cage component and the cam component ; - a button , which is translatable between a central position and an extended position, which can be engaged by the cam component upon rotary movement of the rotary actuation mechanism to its primed position to translate the button to its extended position, and which can engage the cam component to effect rotary movement of the rotary actuation mechanism to its actuated position as the button translates to its central position thereby releasing the follower component .
Apparatus for producing an object by means of additive manufacturing, comprising: - a process chamber for receiving on a build surface of a build plate a bath of powdered material which can be solidified; - a support for supporting on a supporting surface thereof said build plate and positioning said build plate in relation to a surface level of said bath of powdered material, wherein said build plate is removably connectable to said supporting surface ; - a solidifying device for solidifying a selective part of said material by emitting electromagnetic radiation; and - a build plate takeover device comprising an actuating element for placing said build plate onto said supporting surface of said support for producing said object and removing said build plate from said supporting surface of said support . - a process chamber for receiving on a build surface of a build plate a bath of powdered material which can be solidified; - a support for supporting on a supporting surface thereof said build plate and positioning said build plate in relation to a surface level of said bath of powdered material, wherein said build plate is removably connectable to said supporting surface ; - a solidifying device for solidifying a selective part of said material by emitting electromagnetic radiation; and - a build plate takeover device comprising an actuating element for placing said build plate onto said supporting surface of said support for producing said object and removing said build plate from said supporting surface of said support .
An air conditioner comprising: an indoor equipment ; a wiring connected to the indoor equipment at one end; and a communication interface connected to another end of the wiring and electrically connected to the indoor equipment via the wiring , wherein the communication interface includes: a housing made of resin; an insertion hole formed in the housing and into which a communication module of a cartridge type is inserted; a control board provided inside the housing ; a first connector provided on a board surface of the control board and adapted to be electrically connected to the communication module ; and a pattern wiring provided on the board surface and adapted to discharge static electricity from the communication module before the communication module is electrically connected to the first connector , and wherein the pattern wiring is electrically connected to ground of the indoor equipment via the wiring . an indoor equipment ; a wiring connected to the indoor equipment at one end; and a communication interface connected to another end of the wiring and electrically connected to the indoor equipment via the wiring , wherein the communication interface includes: a housing made of resin; an insertion hole formed in the housing and into which a communication module of a cartridge type is inserted; a control board provided inside the housing ; a first connector provided on a board surface of the control board and adapted to be electrically connected to the communication module ; and a pattern wiring provided on the board surface and adapted to discharge static electricity from the communication module before the communication module is electrically connected to the first connector , and wherein a housing made of resin; an insertion hole formed in the housing and into which a communication module of a cartridge type is inserted; a control board provided inside the housing ; a first connector provided on a board surface of the control board and adapted to be electrically connected to the communication module ; and a pattern wiring provided on the board surface and adapted to discharge static electricity from the communication module before the communication module is electrically connected to the first connector , and wherein the pattern wiring is electrically connected to ground of the indoor equipment via the wiring .
A charging system comprising: a power cable configured to extend from a charging inlet to a battery pack to electrically connect the charging inlet to the battery pack, the power cable including a conductive core , an insulating layer surrounding the conductive core, and a metallic shield layer surrounding the insulating layer; a cooling tube configured for connection to a heat sink ; and a charging inlet configured to releasably couple to a mating connector of an external power source, the charging inlet comprising an electrical power terminal configured for connection to the mating connector , the electrical power terminal comprising a block having a front side and a rear side opposite the front side ; a first outer side and a second outer side that is opposite the first outer side ; characterized in that the block defines a port extending there through, the port comprising a first port opening along the first outer side and a second port opening along second outer side , the port being configured to extend linearly through the block from the first outer side to the second outer side and is configured to receive a cooling tube , which cooling tube is configured to extend continuously through the port and protrude from both the first opening and the second opening of the port thereby to absorb heat from the electrical power terminal ; and the cooling tube is configured to extend along a length of the power cable, the cooling tube engaging the metallic shield layer of the power cable to transfer heat from the power cable to the heat sink. a power cable configured to extend from a charging inlet to a battery pack to electrically connect the charging inlet to the battery pack, the power cable including a conductive core , an insulating layer surrounding the conductive core, and a metallic shield layer surrounding the insulating layer; a cooling tube configured for connection to a heat sink ; and a charging inlet configured to releasably couple to a mating connector of an external power source, the charging inlet comprising an electrical power terminal configured for connection to the mating connector , the electrical power terminal comprising a block having a front side and a rear side opposite the front side ; a first outer side and a second outer side that is opposite the first outer side ; characterized in that the block defines a port extending there through, the port comprising a first port opening along the first outer side and a second port opening along second outer side , the port being configured to extend linearly through the block from the first outer side to the second outer side and is configured to receive a cooling tube , which cooling tube is configured to extend continuously through the port and protrude from both the first opening and the second opening of the port thereby to absorb heat from the electrical power terminal ; and the cooling tube is configured to extend along a length of the power cable, the cooling tube engaging the metallic shield layer of the power cable to transfer heat from the power cable to the heat sink.
A method for resource scheduling, the method comprises receiving (S110), by a first terminal device, indication information and resource grant information from a network device and performing data duplication by the first terminal device, the resource grant information being used to indicate a granted resource allocated to the first terminal device by the network device, and the indication information being used to indicate that the granted resource may be configured to transmit duplicated data and that the duplicated data is born through a target logical channel; and transmitting (S120), by the first terminal device, the duplicated data from the target logical channel to a second terminal device through the granted resource according to the indication information and the resource grant information. receiving (S110), by a first terminal device, indication information and resource grant information from a network device and performing data duplication by the first terminal device, the resource grant information being used to indicate a granted resource allocated to the first terminal device by the network device, and the indication information being used to indicate that the granted resource may be configured to transmit duplicated data and that the duplicated data is born through a target logical channel; and transmitting (S120), by the first terminal device, the duplicated data from the target logical channel to a second terminal device through the granted resource according to the indication information and the resource grant information.