mhurhangee/patent-ind-claim-en huggingface dataset:
A support base for a tilting seat, such as a stool, a chair or an armchair, comprising: - a coupling body provided with a rod seat for engagement with a piston rod (S, S') of the seat; - a support body having a central portion provided with a passage with a main axis (X); - a plurality of flexible components , structurally separable and elastically yielding, each made in a single piece, arranged circumferentially around the coupling body , arranged between the coupling body and the central portion , suitable to meet in compression according to the oscillations of the piston rod (S, S'), wherein each flexible component comprises a first elastically yielding block , a second elastically yielding block that is axially spaced apart from the first block , and a connection portion that connects said blocks (22, 22'; 32, 32'), and wherein the central portion comprises a protrusion that projects radially internally in the passage or the coupling body comprises a flange that projects radially externally, wherein each flexible component is attached to the protrusion of the central portion or each flexible component is attached to the flange of the coupling body ; and wherein the first block of each flexible component is arranged above the protrusion or the flange and the second block of each flexible component is arranged below the protrusion or the flange . - a coupling body provided with a rod seat for engagement with a piston rod (S, S') of the seat; - a support body having a central portion provided with a passage with a main axis (X); - a plurality of flexible components , structurally separable and elastically yielding, each made in a single piece, arranged circumferentially around the coupling body , arranged between the coupling body and the central portion , suitable to meet in compression according to the oscillations of the piston rod (S, S'), wherein each flexible component comprises a first elastically yielding block , a second elastically yielding block that is axially spaced apart from the first block , and a connection portion that connects said blocks (22, 22'; 32, 32'), and wherein the central portion comprises a protrusion that projects radially internally in the passage or the coupling body comprises a flange that projects radially externally, wherein each flexible component is attached to the protrusion of the central portion or each flexible component is attached to the flange of the coupling body ; and wherein the first block of each flexible component is arranged above the protrusion or the flange and the second block of each flexible component is arranged below the protrusion or the flange . and wherein the central portion comprises a protrusion that projects radially internally in the passage or the coupling body comprises a flange that projects radially externally, wherein each flexible component is attached to the protrusion of the central portion or each flexible component is attached to the flange of the coupling body ; and wherein the first block of each flexible component is arranged above the protrusion or the flange and the second block of each flexible component is arranged below the protrusion or the flange .
Device for detection of pulse of a subject comprising: an input unit configured to obtain a series of images of a skin region of the subject, and a processing unit for processing said series of images by - detecting pulse-related motion of the skin within the skin region from the series of images, - generating a motion map of the skin region from the detected pulse-related motion, - comparing the generated motion map with an expected motion map of the skin region, wherein the expected motion map represents pulse-related skin motion of a healthy subject and wherein the device is configured to take the expected motion map from a storage unit storing the expected motion map or a set of different expected motion maps available for different kinds of subject, and - determining the presence of pulse within the skin region based on the comparison. - detecting pulse-related motion of the skin within the skin region from the series of images, - generating a motion map of the skin region from the detected pulse-related motion, - comparing the generated motion map with an expected motion map of the skin region, wherein the expected motion map represents pulse-related skin motion of a healthy subject and wherein the device is configured to take the expected motion map from a storage unit storing the expected motion map or a set of different expected motion maps available for different kinds of subject, and - determining the presence of pulse within the skin region based on the comparison.
A method to wipe a fluid ejection device comprising: measuring a temperature of the fluid ejection device by a temperature sensor; determining an amount of treatment fluid based on the temperature of the fluid ejection device; and characterized in that the method further comprises wiping the fluid ejection device with the determined amount of treatment fluid and a wiping medium when the temperature exceeds a predetermined temperature. measuring a temperature of the fluid ejection device by a temperature sensor; determining an amount of treatment fluid based on the temperature of the fluid ejection device; and characterized in that the method further comprises wiping the fluid ejection device with the determined amount of treatment fluid and a wiping medium when the temperature exceeds a predetermined temperature.
An optical coupling apparatus, comprising: an optical fiber component , comprising a plurality of optical fibers and an optical fiber fixing block , wherein the plurality of optical fibers are fixed to the optical fiber fixing block , a first end face is disposed on the optical fiber fixing block , some of the optical fibers comprise plug ends , and the plug ends protrude from the first end face ; and an optical write waveguide block , comprising a main body and a plurality of waveguides corresponding to fiber cores of the plurality of optical fibers , wherein the plurality of waveguides are disposed in the main body , a second end face is disposed on the main body , and coupling holes on recessed ends of some of the waveguides that are in a one-to-one correspondence with the plug ends are disposed on the second end face in a recessed manner; wherein the second end face and the first end face are connectable to each other so that the plug ends of the some of the optical fibers are inserted into the coupling holes in a one-to-one correspondence manner; characterized in that ends of optical fibers in the plurality of optical fibers other than the optical fibers disposed with the plug ends are flush with the first end face , and ends of waveguides in the plurality of waveguides other than waveguides disposed with a coupling hole are flush with the second end face . an optical fiber component , comprising a plurality of optical fibers and an optical fiber fixing block , wherein the plurality of optical fibers are fixed to the optical fiber fixing block , a first end face is disposed on the optical fiber fixing block , some of the optical fibers comprise plug ends , and the plug ends protrude from the first end face ; and an optical write waveguide block , comprising a main body and a plurality of waveguides corresponding to fiber cores of the plurality of optical fibers , wherein the plurality of waveguides are disposed in the main body , a second end face is disposed on the main body , and coupling holes on recessed ends of some of the waveguides that are in a one-to-one correspondence with the plug ends are disposed on the second end face in a recessed manner; wherein the second end face and the first end face are connectable to each other so that the plug ends of the some of the optical fibers are inserted into the coupling holes in a one-to-one correspondence manner; characterized in that ends of optical fibers in the plurality of optical fibers other than the optical fibers disposed with the plug ends are flush with the first end face , and ends of waveguides in the plurality of waveguides other than waveguides disposed with a coupling hole are flush with the second end face .
An apparatus comprising: a photovoltaic direct current power source ; an electronic module comprising an input and an output, wherein the input is connected to the photovoltaic direct current power source; an impedance unit configured to sense an impedance, a current, or a voltage at the output of the electronic module; wherein the electronic module further comprises a bypass connected between the input and the output of the electronic module, wherein the bypass is a single pole switch which is configured to be open circuit when the electronic module is receiving power from the photovoltaic direct current power source. a photovoltaic direct current power source ; an electronic module comprising an input and an output, wherein the input is connected to the photovoltaic direct current power source; an impedance unit configured to sense an impedance, a current, or a voltage at the output of the electronic module; wherein the electronic module further comprises a bypass connected between the input and the output of the electronic module, wherein the bypass is a single pole switch which is configured to be open circuit when the electronic module is receiving power from the photovoltaic direct current power source.
A implantable medical device comprising a luminal surface and a coating, wherein the coating comprises one or more layers of a matrix, one or more pharmaceutical substances that inhibits smooth muscle cell migration and/or proliferation, and a ligand attached to said matrix and operably configured to capture circulating progenitor cells on the luminal surface of said device after implantation of said medical device into a patient, characterized in that said one or more layers of said matrix are one or more layers of a non-polymer matrix, in that the non-polymer matrix is formed of a porous material comprising nano-particles, and in that the one or more pharmaceutical substances is trapped within and/or between said particles.
A cover for a fluid container comprising an essentially plane cover plate for closing at least one opening of at least one fluid container and at least two ports , wherein each port comprises a through channel extending through the entire thickness of the cover plate , wherein a fluid impermeable first membrane is arranged over the entire cross section of the through channel of the first port and in that an at least gas permeable second membrane (3;30) is arranged over the entire cross section of the through channel of the second port , characterized in that the cover comprises: - a holding plate which is arranged on the inner side of the cover plate , wherein the first and/or second membranes (2,3;30) are clamped between the cover plate and the holding plate and wherein the holding plate comprises through channels that are aligned with the corresponding through channels of the cover plate , and - an aspiration tube which is provided on a side of the holding plate facing away from the cover plate , extending from the holding plate , forming an extension of the through channel of the holding plate that is aligned with the through channel of the first port of the cover plate . - a holding plate which is arranged on the inner side of the cover plate , wherein the first and/or second membranes (2,3;30) are clamped between the cover plate and the holding plate and wherein the holding plate comprises through channels that are aligned with the corresponding through channels of the cover plate , and - an aspiration tube which is provided on a side of the holding plate facing away from the cover plate , extending from the holding plate , forming an extension of the through channel of the holding plate that is aligned with the through channel of the first port of the cover plate .
A method for manufacturing a busbar , in particular a laminated busbar , configured for mounting an electronic component, in particular a passive electronic component such as a capacitor, on the busbar , comprising: - providing a first conductive layer made from aluminum, - providing a first connector element for connecting the first conductive layer and the electronic component, wherein the first connector element is at least partially covered with nickel and/or tin characterized in : - creating a bond, in particular a laser welding seam , between the first conductive layer and the first connector element by laser welding. - providing a first conductive layer made from aluminum, - providing a first connector element for connecting the first conductive layer and the electronic component, wherein the first connector element is at least partially covered with nickel and/or tin characterized in : - creating a bond, in particular a laser welding seam , between the first conductive layer and the first connector element by laser welding.
A surgical helmet assembly, comprising: a helmet enclosure shaped to encircle a head of a user including a brow bar portion at a front of the helmet enclosure that is shaped to extend along a brow or a forehead of the user and first and second stabilizers shaped to extend downward from the helmet enclosure in front of ears of the user, each of the first and second stabilizers extending from opposite ends of the brow bar portion and terminating at the cheeks of the user; a fan retained in the helmet enclosure; a face shield that is transparent and coupleable to at least the brow bar portion by one or more of a hook and loop fastener and a post protruding from the brow bar portion; a headband shaped to extend across an occiput region of the user's head coupled to the helmet enclosure; and a surgical garment coupleable to the helmet enclosure for covering at least the head and shoulders of a user in use, wherein the brow bar portion has vents disposed therein to direct airflow pushed through the helmet enclosure from the fan onto the user. a helmet enclosure shaped to encircle a head of a user including a brow bar portion at a front of the helmet enclosure that is shaped to extend along a brow or a forehead of the user and first and second stabilizers shaped to extend downward from the helmet enclosure in front of ears of the user, each of the first and second stabilizers extending from opposite ends of the brow bar portion and terminating at the cheeks of the user; a fan retained in the helmet enclosure; a face shield that is transparent and coupleable to at least the brow bar portion by one or more of a hook and loop fastener and a post protruding from the brow bar portion; a headband shaped to extend across an occiput region of the user's head coupled to the helmet enclosure; and a surgical garment coupleable to the helmet enclosure for covering at least the head and shoulders of a user in use, wherein the brow bar portion has vents disposed therein to direct airflow pushed through the helmet enclosure from the fan onto the user.
Motor vehicle trim panel made of expanded polymer material , characterized in that it comprises a plurality of distinct reinforcing inserts (11-15, 111-117) covered with expanded polymer material and embedded in the latter, and in that at least one reinforcing insert is connected to an adjacent reinforcing insert by a mechanical connection element (21-25, 121-123) applied to an outer face of the trim panel.
A stent comprising: a stent skeleton; and a deposition layer containing a plurality of layers deposited on the stent skeleton; each layer of the deposition layer comprising crystalline cilostazol, at least one of the plurality of layers comprising a bioabsorbable polymer, wherein the deposition layer has at least a first layer and a second layer; the content of cilostazol in the first layer, which is closer to the stent, is higher than the content of cilostazol in the second layer, which is more distant from the stent; and both layers comprise a bioabsorbable polymer, wherein the bioabsorbable polymer comprises not less than 90% by mass of polylactic acid, and wherein elution of not more than 5% by mass of the crystalline cilostazol occurs by 24 hours after the stent is brought into contact in vitro at 37°C with an elution medium of a phosphate-buffered sodium chloride solution containing 0.25% by mass of sodium lauryl sulfate. a stent skeleton; and a deposition layer containing a plurality of layers deposited on the stent skeleton; each layer of the deposition layer comprising crystalline cilostazol, at least one of the plurality of layers comprising a bioabsorbable polymer, wherein the deposition layer has at least a first layer and a second layer; the content of cilostazol in the first layer, which is closer to the stent, is higher than the content of cilostazol in the second layer, which is more distant from the stent; and both layers comprise a bioabsorbable polymer, wherein the bioabsorbable polymer comprises not less than 90% by mass of polylactic acid, and
A method for supplying a liquid to an inhaler cartridge including a housing body including an accommodation space capable of accommodating a liquid, a first opening communicating with the accommodation space and opened in a first direction, and a second opening communicating with the accommodation space and opened in a second direction substantially perpendicular to the first direction, and a cap configured to be formed separately from the housing body and close the first opening , characterized in that the method comprises the steps of: closing the first opening with the cap , after the first opening is closed, supplying the liquid to the accommodation space through the second opening , and after the liquid is supplied to the accommodation space , bringing a porous member into contact with the liquid to hold the liquid in the porous member , wherein the porous member includes a liquid holding member , and wherein the step of holding the liquid in the porous member includes a step of covering the second opening with the porous member . closing the first opening with the cap , after the first opening is closed, supplying the liquid to the accommodation space through the second opening , and after the liquid is supplied to the accommodation space , bringing a porous member into contact with the liquid to hold the liquid in the porous member , wherein the porous member includes a liquid holding member , and wherein the step of holding the liquid in the porous member includes a step of covering the second opening with the porous member .
A multi-stage compressor device for compressing gas, which compressor device mainly consists of at least two compressor elements (2-5-28) placed in series one after the other, at least one of which (5-28) forms a high-pressure compressor element that is driven by a motor and is of the screw type, and at least one other compressor element forms a low-pressure compressor element that is of the centrifugal type and is driven separately, in other words without any mechanical link with said motor , by means of an expander characterized in that the expander belongs to a closed power cycle with a circulating medium inside which is heated by the compressed gas coming from the high-pressure compressor element, in that the medium in the closed power cycle is pumped around by means of a pump , successively through: a heater which is made up of at least one heat exchanger (17-27-25) through which at least part of the compressed gas flows; said expander which is connected with said compressor element ; and a condenser , and in that the compressor device has a drive in the form of a thermal motor with an outlet line for the exhaust gases and that the heater in the closed power cycle has an additional heat exchanger , which is included in said outlet line .
A person-support system comprising: a non powered mattress ; a coverlet positionable on the non powered mattress and including an entry positioned at a first end of the coverlet, the entry including an inlet connector , an exit positioned at a second end of the coverlet, an upper air impermeable layer , and a lower air impermeable layer coupled to the upper air impermeable layer to form an air flow path along the coverlet between the entry and the exit, wherein the upper air impermeable layer is vapor permeable and the lower air impermeable layer is vapor permeable, a conduit having a conduit connector , and and air supply configured to provide air to the coverlet through the conduit , characterized in that the system further comprises a connection sensor , the air supply being configured to be activated when the connection sensor senses that the conduit connector is connected to the air supply and the inlet connector . a non powered mattress ; a coverlet positionable on the non powered mattress and including an entry positioned at a first end of the coverlet, the entry including an inlet connector , an exit positioned at a second end of the coverlet, an upper air impermeable layer , and a lower air impermeable layer coupled to the upper air impermeable layer to form an air flow path along the coverlet between the entry and the exit, wherein the upper air impermeable layer is vapor permeable and the lower air impermeable layer is vapor permeable, a conduit having a conduit connector , and and air supply configured to provide air to the coverlet through the conduit , characterized in that the system further comprises a connection sensor , the air supply being configured to be activated when the connection sensor senses that the conduit connector is connected to the air supply and the inlet connector . an entry positioned at a first end of the coverlet, the entry including an inlet connector , an exit positioned at a second end of the coverlet, an upper air impermeable layer , and a lower air impermeable layer coupled to the upper air impermeable layer to form an air flow path along the coverlet between the entry and the exit, wherein the upper air impermeable layer is vapor permeable and the lower air impermeable layer is vapor permeable, a conduit having a conduit connector , and and air supply configured to provide air to the coverlet through the conduit , characterized in that the system further comprises a connection sensor , the air supply being configured to be activated when the connection sensor senses that the conduit connector is connected to the air supply and the inlet connector .
A piece for a horological movement comprising at least one flexible part, said flexible part being adapted to flex in a plane perpendicular to an axis (X) and being made of a composite material comprising nanotubes held by a matrix , the nanotubes forming a forest of nanotubes, the nanotubes being juxtaposed and disposed generally in parallel to said axis (X), said piece for a horological movement being selected from: - a spiral spring adapted to oscillate about said axis (X), - an oscillator for a horological movement, and - a barrel spring . - a spiral spring adapted to oscillate about said axis (X), - an oscillator for a horological movement, and - a barrel spring .