mhurhangee/patent-ind-claim-en huggingface dataset:
An input/output, I/O, card for a storage device comprising: an interface to a controller board ; an drive interface for connection to a set of storage drives ; and at least one power interface configured to deliver one or more power signals to the storage drives ; and an I/O card controller configured to detect when a storage drive is present on the extensible drive interface and to turn on the power signals to the storage drive. characterized in that the drive interface is extensible and further comprises a set of modular connections for connection to a set of storage drives and at least one shift register configured to receive a stream of addresses of the set of storage drives via the set of modular connections, the at least one shift register being configured to enable the extensible drive interface to implement a serially-encoded address format to access the storage drives . an interface to a controller board ; an drive interface for connection to a set of storage drives ; and at least one power interface configured to deliver one or more power signals to the storage drives ; and an I/O card controller configured to detect when a storage drive is present on the extensible drive interface and to turn on the power signals to the storage drive. characterized in that the drive interface is extensible and further comprises a set of modular connections for connection to a set of storage drives and at least one shift register configured to receive a stream of addresses of the set of storage drives via the set of modular connections, the at least one shift register being configured to enable the extensible drive interface to implement a serially-encoded address format to access the storage drives .
A delivery system for vending machines, comprising at least one gearbox , a plurality of spirals to eject a product to be dispensed, placed on at least one drawers (x) of the vending machine suitable to contain said products, each drawer (x) being provided with one or more dispensing spirals , characterized in that each drawer (x) is configured for comprising a guide developing along each said drawers (x) and said gearbox in turn comprising a first and a second motor , wherein said first and second motors are, respectively, a first motor for the sliding motion of said gearbox only on at least one guide which develops along said drawers (x), and a second motor for activating the delivery of the product, and said second motor is provided with a pinion , being arranged on the second motor shaft, facing the inner side of the drawer (x), said pinion shaped for engaging the selected spiral said pinion being provided with a notch to engage a pivot of said spiral , wherein said pinion and said pivot in the position of no actuation of the corresponding spiral , have said notch of pinion and protrusion of pivot mutually aligned, so that said pivot slides in the notch made in said pinion without engaging it, and wherein the shape of said pinion , when the indicated spiral is not actuated, causes the pinion to remain always positioned parallel to the sliding axis of said gearbox during the movement from one spiral to another, thus causing said pivots to slide through said notch of pinion without engagement therewith.
A high frequency chest wall oscillation pump , comprising: a pressure cavity for fluid pressurization to provide pressure oscillation, the pressure cavity defined at least in part by at least one diaphragm arranged for movement between a first position and a second position, a squeeze assembly including a drive shaft arranged for rotational drive and at least one cam coupled with the drive shaft to receive rotational drive, and at least one squeeze body coupled with the at least one cam for radial reciprocating motion to squeeze the at least one diaphragm from one to the other of the first and second positions to generate fluid pressure within the pressure cavity , wherein the squeeze assembly is adapted for more than one oscillation of the at least one diaphragm between the first and second positions for each revolution of the drive shaft ; and characterised in that each of the at least one cam surface is formed as a radially inward facing surface engaged with the at least one squeeze body to drive the at least one squeeze body radially in reciprocal motion. a pressure cavity for fluid pressurization to provide pressure oscillation, the pressure cavity defined at least in part by at least one diaphragm arranged for movement between a first position and a second position, a squeeze assembly including a drive shaft arranged for rotational drive and at least one cam coupled with the drive shaft to receive rotational drive, and at least one squeeze body coupled with the at least one cam for radial reciprocating motion to squeeze the at least one diaphragm from one to the other of the first and second positions to generate fluid pressure within the pressure cavity , wherein the squeeze assembly is adapted for more than one oscillation of the at least one diaphragm between the first and second positions for each revolution of the drive shaft ; and characterised in that each of the at least one cam surface is formed as a radially inward facing surface engaged with the at least one squeeze body to drive the at least one squeeze body radially in reciprocal motion.
A particulate substance comprising: particles of a ceramic matrix bearing an aminofunctional group, the aminofunctional group being capable of promoting penetration of the particles into cells and being distributed homogeneously throughout said particles; and a biomolecule disposed within pores of the particles, the biomolecule being releasable from the particles by dissolution of the ceramic matrix. particles of a ceramic matrix bearing an aminofunctional group, the aminofunctional group being capable of promoting penetration of the particles into cells and being distributed homogeneously throughout said particles; and a biomolecule disposed within pores of the particles, the biomolecule being releasable from the particles by dissolution of the ceramic matrix.
Handle arrangement for arrangement to a door provided with a door latch which in a latching position engages with the doorframe to prevent the door from being opened, the handle arrangement comprising a housing having a hollow interior; a handle moveable relative to the housing along a first direction, the handle configured to couple, when the handle arrangement is in use, to the door latch , wherein a movement of the handle along said first direction moves the door latch to or from the latching position; wherein the handle is moveable relative the housing along a second direction, between a secured position, in which position the handle is locked to the housing, and a released position, in which position the handle is moveable relative the housing about the first direction; characterized in that the handle arrangement further comprises a first locking mechanism configured to, in a locking state, lock the handle in the secured position, and in a releasing state, allow the handle to be moved to the released position, a second locking mechanism configured to, in a locking state, prevent movement of the door latch from the latching position, and in a releasing state allow movement of the door latch from the latching position; and an actuating device configured to actuate the first locking mechanism into a locking state or a releasing state, wherein the actuating device is further configured to actuate the second locking mechanism into a locking state or a releasing state. a housing having a hollow interior; a handle moveable relative to the housing along a first direction, the handle configured to couple, when the handle arrangement is in use, to the door latch , wherein a movement of the handle along said first direction moves the door latch to or from the latching position; wherein the handle is moveable relative the housing along a second direction, between a secured position, in which position the handle is locked to the housing, and a released position, in which position the handle is moveable relative the housing about the first direction; characterized in that the handle arrangement further comprises a first locking mechanism configured to, in a locking state, lock the handle in the secured position, and in a releasing state, allow the handle to be moved to the released position, a second locking mechanism configured to, in a locking state, prevent movement of the door latch from the latching position, and in a releasing state allow movement of the door latch from the latching position; and an actuating device configured to actuate the first locking mechanism into a locking state or a releasing state, wherein the actuating device is further configured to actuate the second locking mechanism into a locking state or a releasing state.
A valve for selectively releasing a product from an aerosol dispenser , said valve having a longitudinal axis (LA) and comprising: a housing having a housing hole therethrough, a seal disposed within said housing and having a seal hole therethrough with a seal hole diameter, said seal hole being disposed within said housing hole, and an elongate longitudinally oriented multi-piece valve stem disposed within and longitudinally movable relative to said seal hole, said valve stem having an upper stem portion and a lower stem portion , said lower stem portion having a valve stem head designed to sealingly fit against said seal and having a stem head diameter, said valve stem having a disc disposed above said seal and having a disc diameter, said disc diameter and said stem head diameter being greater than said seal hole diameter, at least one of said lower stem portion and said disc being fitted to said upper stem portion ; characterized in that said disc has a disc hole therethrough and said upper stem portion is slidingly received within said disc hole and is longitudinally and circumferentially retained thereon by a plurality of radially extending fingers extending radially inwardly from said disc into complementary pockets disposed in said upper stem portion . a housing having a housing hole therethrough, a seal disposed within said housing and having a seal hole therethrough with a seal hole diameter, said seal hole being disposed within said housing hole, and an elongate longitudinally oriented multi-piece valve stem disposed within and longitudinally movable relative to said seal hole, said valve stem having an upper stem portion and a lower stem portion , said lower stem portion having a valve stem head designed to sealingly fit against said seal and having a stem head diameter, said valve stem having a disc disposed above said seal and having a disc diameter, said disc diameter and said stem head diameter being greater than said seal hole diameter, at least one of said lower stem portion and said disc being fitted to said upper stem portion ; characterized in that said disc has a disc hole therethrough and said upper stem portion is slidingly received within said disc hole and is longitudinally and circumferentially retained thereon by a plurality of radially extending fingers extending radially inwardly from said disc into complementary pockets disposed in said upper stem portion .
An integrated repeater comprising: a repeater housing; a donor antenna within the repeater housing, the donor antenna being configured to transmit wireless signals to and receive wireless signals from a base station, the donor antenna emitting a transmission field having one or more null-field points; and, a server antenna within the repeater housing, paired with and physically separated from the donor antenna, the server antenna being configured to transmit wireless signals to and receive wireless signals from one or more wireless devices, the server antenna emitting a transmission field having one or more null-field points, the server antenna being disposed proximate to a location of at least one of the one or more null-field points of the transmission field emitted from the donor antenna for signal isolation between the server antenna and the donor antenna, wherein the donor antenna is disposed proximate to a location of at least one of the one or more null-field points of the transmission field emitted from the server antenna for signal isolation between the server antenna and the donor antenna. a repeater housing; a donor antenna within the repeater housing, the donor antenna being configured to transmit wireless signals to and receive wireless signals from a base station, the donor antenna emitting a transmission field having one or more null-field points; and, a server antenna within the repeater housing, paired with and physically separated from the donor antenna, the server antenna being configured to transmit wireless signals to and receive wireless signals from one or more wireless devices, the server antenna emitting a transmission field having one or more null-field points, the server antenna being disposed proximate to a location of at least one of the one or more null-field points of the transmission field emitted from the donor antenna for signal isolation between the server antenna and the donor antenna, wherein the donor antenna is disposed proximate to a location of at least one of the one or more null-field points of the transmission field emitted from the server antenna for signal isolation between the server antenna and the donor antenna.
A tire comprising: a rubber member formed of a rubber composition, the rubber member being a tread ; and a ring-shaped tire frame formed of a resin material comprising a polyamide-based thermoplastic resin, wherein the tire frame is a tire case composed of a pair of bead portions contacting a bead seat and a rim flange of a rim , side portions each extending outwardly from the bead portion in the tire radial direction, and a crown portion connecting the outer end in the tire radial direction of one of the side portions and the outer end in the tire radial direction of the other of the side portion ; wherein an annular bead core made of a steel cord is embedded in each of the bead portions ; and wherein the tire case is obtained by joining together two or more tire case pieces, characterized in that : the rubber composition comprises a diene-based rubber, and the rubber member is adhered to the tire case via a layer formed of a composition comprising a resorcinol-formalin-latex-based adhesive. a rubber member formed of a rubber composition, the rubber member being a tread ; and a ring-shaped tire frame formed of a resin material comprising a polyamide-based thermoplastic resin, wherein the tire frame is a tire case composed of a pair of bead portions contacting a bead seat and a rim flange of a rim , side portions each extending outwardly from the bead portion in the tire radial direction, and a crown portion connecting the outer end in the tire radial direction of one of the side portions and the outer end in the tire radial direction of the other of the side portion ; wherein an annular bead core made of a steel cord is embedded in each of the bead portions ; and wherein the tire case is obtained by joining together two or more tire case pieces, characterized in that : the rubber composition comprises a diene-based rubber, and the rubber member is adhered to the tire case via a layer formed of a composition comprising a resorcinol-formalin-latex-based adhesive.
An apparatus comprising means for configuring a delay for one or more transmission cycles in a mobile communication system, a transmission cycle corresponding to a process of transmitting a payload data packet from a transmitter and receiving an associated acknowledgement packet from a receiver at the transmitter , wherein transmissions are organized in repetitive radio frames and each radio frame comprises a predetermined number of sub-frames, the apparatus being operable to provide information on the delay to a mobile transceiver operating as the transmitter in uplink and/or as the receiver in downlink, wherein the delay is a delay between the transmitting of the payload data packet and the receiving of the associated acknowledgement packet, wherein the apparatus is operable to configure the delay by determining and configuring a number of transmission cycles to be multiplexed in time based on a round trip time between transmitting by the transmitter the payload data packet and receiving by the transmitter the acknowledgement data packet, wherein the round trip time is based on a processing time between transmitting the payload data packet and receiving the acknowledgement data packet and is due to transit times in the mobile communication system.
An article of footwear , comprising: an upper that includes a foot receiving opening and a tongue opening; a counter located in a position corresponding to a lateral side of a wearer's heel when the article is worn; and a rear strap having a terminal end and a free end , wherein the terminal end is fixed in a location of the article under the wearer's heel when the article is worn, the rear strap extends through a slot in the counter and across the counter, and floats relative to the counter, the strap is configured to be securable in a wrapped position when the article is worn, the wrapped position extending upward and around the wearer's Achilles tendon with the free end secured on the medial side of the upper near the top of the tongue opening, and the strap passing through a space between an element of a foxing panel and a main panel of the upper, and tilting of the wearer's foot and ankle toward the medial side when the article is worn and the rear strap is in the wrapped position, pulls on the rear strap. an upper that includes a foot receiving opening and a tongue opening; a counter located in a position corresponding to a lateral side of a wearer's heel when the article is worn; and a rear strap having a terminal end and a free end , wherein the terminal end is fixed in a location of the article under the wearer's heel when the article is worn, the rear strap extends through a slot in the counter and across the counter, and floats relative to the counter, the strap is configured to be securable in a wrapped position when the article is worn, the wrapped position extending upward and around the wearer's Achilles tendon with the free end secured on the medial side of the upper near the top of the tongue opening, and the strap passing through a space between an element of a foxing panel and a main panel of the upper, and tilting of the wearer's foot and ankle toward the medial side when the article is worn and the rear strap is in the wrapped position, pulls on the rear strap. the terminal end is fixed in a location of the article under the wearer's heel when the article is worn, the rear strap extends through a slot in the counter and across the counter, and floats relative to the counter, the strap is configured to be securable in a wrapped position when the article is worn, the wrapped position extending upward and around the wearer's Achilles tendon with the free end secured on the medial side of the upper near the top of the tongue opening, and the strap passing through a space between an element of a foxing panel and a main panel of the upper, and tilting of the wearer's foot and ankle toward the medial side when the article is worn and the rear strap is in the wrapped position, pulls on the rear strap.
A computer implemented method of fabricating a covered mesh bag for a mesh implant through use of a 3-D printing device , the method comprising: obtaining a 3-D image of an intended bone repair site; generating a 3-D digital model of the intended bone repair site based on the 3-D image; a step for inputting instructions for a computer processor to carry out the fabrication based on the 3-D digital model of the intended bone repair site; a step for aligning a printing surface , a base and a print head relative to one another; a step for depositing material onto the printing surface ; a step for rotating the printing surface and moving the base to create a mesh pattern; a step for solidifying the material on the printing surface ; a step for 3-D printing of the mesh bag having a compartment that is accessible through an opening; a step for filling the compartment with bone material; a step for enclosing the mesh bag by 3-D printing a covering for enclosing the bone material within the compartment of the mesh bag , wherein a volume, length, width, and thickness of the covering is calculated based on the 3-D digital model of the intended bone repair site to match a volume, length, width, and thickness of the compartment and/or mesh bag ; and a step for removing the 3-D formed and covered mesh bag . obtaining a 3-D image of an intended bone repair site; generating a 3-D digital model of the intended bone repair site based on the 3-D image; a step for inputting instructions for a computer processor to carry out the fabrication based on the 3-D digital model of the intended bone repair site; a step for aligning a printing surface , a base and a print head relative to one another; a step for depositing material onto the printing surface ; a step for rotating the printing surface and moving the base to create a mesh pattern; a step for solidifying the material on the printing surface ; a step for 3-D printing of the mesh bag having a compartment that is accessible through an opening; a step for filling the compartment with bone material; a step for enclosing the mesh bag by 3-D printing a covering for enclosing the bone material within the compartment of the mesh bag , wherein a volume, length, width, and thickness of the covering is calculated based on the 3-D digital model of the intended bone repair site to match a volume, length, width, and thickness of the compartment and/or mesh bag ; and a step for removing the 3-D formed and covered mesh bag .
A viscoelastic glycated chitosan formulation, consisting of glycated chitosan polymer as an aqueous solution, wherein the glycated chitosan polymer has a molecular weight between 50,000 Daltons to 250,000 Daltons, wherein the degree of glycation of free amino groups of the chitosan polymer ranges from one tenth of one percent to seven percent, wherein the degree of deacetylation of a chitin parent of the viscoelastic glycated chitosan is eighty percent, and wherein the formulation has a pH from 5 to 6.