mhurhangee/patent-ind-claim-en huggingface dataset:
A vaporizer of decontaminating agents, preferably oxygen peroxide, comprising a vaporization chamber with hot walls , a first inlet in said chamber of a flow of a vector fluid, preferably air, directed towards the hot wall , a second inlet in said chamber comprising injection means configured to inject an atomized flow of micro-drops of decontaminating agent, so that said decontaminating agent is interfering in a meeting point (P) with said flow of vector fluid and is be dragged and vaporized in contact with the hot wall , an outlet from the chamber of a flow of vaporized decontaminating agent transported by said vector fluid, said inlet being configured to introduce the flow of vector fluid in a tangential direction to the hot wall and said vaporization chamber has a cyclone geometry with a first portion in a proximal position with respect to said first inlet and a second portion with a conical geometry converging to the bottom of said vaporization chamber in order to induce a spiral trajectory of said flow of vaporized decontaminating agent carried by said vector fluid between said meeting point (P) and said outlet characterized in that the outlet comprises a duct arranged inside the chamber and extended from an internal inlet point proximal to the bottom of said chamber to an external extraction point remote from the bottom of said vaporization chamber. a vaporization chamber with hot walls , a first inlet in said chamber of a flow of a vector fluid, preferably air, directed towards the hot wall , a second inlet in said chamber comprising injection means configured to inject an atomized flow of micro-drops of decontaminating agent, so that said decontaminating agent is interfering in a meeting point (P) with said flow of vector fluid and is be dragged and vaporized in contact with the hot wall , an outlet from the chamber of a flow of vaporized decontaminating agent transported by said vector fluid, said inlet being configured to introduce the flow of vector fluid in a tangential direction to the hot wall and said vaporization chamber has a cyclone geometry with a first portion in a proximal position with respect to said first inlet and a second portion with a conical geometry converging to the bottom of said vaporization chamber in order to induce a spiral trajectory of said flow of vaporized decontaminating agent carried by said vector fluid between said meeting point (P) and said outlet characterized in that the outlet comprises a duct arranged inside the chamber and extended from an internal inlet point proximal to the bottom of said chamber to an external extraction point remote from the bottom of said vaporization chamber.
Connector comprising: a connector body including an outer surface defining a longitudinal axis (A) and gear teeth disposed on the outer surface; a first sleeve rotatably coupled to said connector body , said first sleeve having a sidewall including a hole formed in the sidewall; a moveable member positioned in the hole of the first sleeve ; a second sleeve positioned over said first sleeve and movable with respect to the first sleeve between a locked position and an unlocked position, said second sleeve having a sidewall including a recess ; and a releasable locking member at least partially positioned between the moveable member and the gear teeth , said releasable locking member having a mating surface configured to engage the gear teeth of the connector body ; wherein in the unlocked position of the second sleeve , said recess is configured to at least partially rotationally align with said opening , and, upon rotation of said first sleeve , said moveable member is configured to translate into said recess of said second sleeve to facilitate sliding of said mating surface of said releasable locking member along said gear teeth of said connector body , and wherein in the locked position of the second sleeve , said recess is rotationally spaced from said opening , and, said mating surface of said releasable locking member is locked between said gear teeth of said connector body and said moveable member to prevent rotation of said first sleeve with respect to said connector body , characterized in that said moveable member is a ball . a connector body including an outer surface defining a longitudinal axis (A) and gear teeth disposed on the outer surface; a first sleeve rotatably coupled to said connector body , said first sleeve having a sidewall including a hole formed in the sidewall; a moveable member positioned in the hole of the first sleeve ; a second sleeve positioned over said first sleeve and movable with respect to the first sleeve between a locked position and an unlocked position, said second sleeve having a sidewall including a recess ; and a releasable locking member at least partially positioned between the moveable member and the gear teeth , said releasable locking member having a mating surface configured to engage the gear teeth of the connector body ; wherein in the unlocked position of the second sleeve , said recess is configured to at least partially rotationally align with said opening , and, upon rotation of said first sleeve , said moveable member is configured to translate into said recess of said second sleeve to facilitate sliding of said mating surface of said releasable locking member along said gear teeth of said connector body , and wherein in the locked position of the second sleeve , said recess is rotationally spaced from said opening , and, said mating surface of said releasable locking member is locked between said gear teeth of said connector body and said moveable member to prevent rotation of said first sleeve with respect to said connector body , characterized in that said moveable member is a ball .
An expandable intervertebral device, comprising: a base having a bottom surface; a first body portion slidably coupled to the base and configured to move in a first direction with respect to the base , the first direction being substantially parallel to a longitudinal axis of the base, the first body portion including a first engaging element , a second body portion slidably coupled to the base and configured to move in a second direction with respect to the base , the second body portion including a top surface and a second engaging element , the first engaging element of the first body portion being configured to couple to the second engaging element of the second body portion , such that coupling of the first and second engaging elements prevents movement of the second body portion in a third direction with respect to the base when a compression force is present between the top surface of the second body portion and the bottom surface of the base , the third direction being substantially opposite to the first direction. a base having a bottom surface; a first body portion slidably coupled to the base and configured to move in a first direction with respect to the base , the first direction being substantially parallel to a longitudinal axis of the base, the first body portion including a first engaging element , a second body portion slidably coupled to the base and configured to move in a second direction with respect to the base , the second body portion including a top surface and a second engaging element , the first engaging element of the first body portion being configured to couple to the second engaging element of the second body portion , such that coupling of the first and second engaging elements prevents movement of the second body portion in a third direction with respect to the base when a compression force is present between the top surface of the second body portion and the bottom surface of the base , the third direction being substantially opposite to the first direction.
An optical component comprising: an optical fiber holding member for holding an optical fiber ; a light conversion member ; and a cap including an inner hole for allowing the light conversion member and the optical fiber holding member to be inserted into said cap; wherein the light conversion member inserted into the inner hole of the cap is fixed in the inner hole by being sandwiched between the optical fiber holding member and the cap , and the light conversion member contains phosphor in a glass and converts the wavelength of the light exit of the optical fiber to light having a different wavelength, characterized in that : the cap further includes an engagement part with an opening for engaging the inserted members at one end of the inner hole, the opening of the engagement part is smaller than a maximum diameter of the light conversion member , and the light conversion member inserted into the inner hole of the cap is pressed against the engagement part by said sandwiching. an optical fiber holding member for holding an optical fiber ; a light conversion member ; and a cap including an inner hole for allowing the light conversion member and the optical fiber holding member to be inserted into said cap; wherein the light conversion member inserted into the inner hole of the cap is fixed in the inner hole by being sandwiched between the optical fiber holding member and the cap , and the light conversion member contains phosphor in a glass and converts the wavelength of the light exit of the optical fiber to light having a different wavelength, characterized in that : the cap further includes an engagement part with an opening for engaging the inserted members at one end of the inner hole, the opening of the engagement part is smaller than a maximum diameter of the light conversion member , and the light conversion member inserted into the inner hole of the cap is pressed against the engagement part by said sandwiching. the cap further includes an engagement part with an opening for engaging the inserted members at one end of the inner hole, the opening of the engagement part is smaller than a maximum diameter of the light conversion member , and the light conversion member inserted into the inner hole of the cap is pressed against the engagement part by said sandwiching.
A solar cell module comprising: - a plurality of solar cells, each including; - a semiconductor substrate , - a plurality of finger electrode lines formed on the semiconductor substrate in a first direction, - 6 or more bus bar electrode lines formed to extend in a second direction crossing the plurality of finger electrode lines, and - a plurality of pad sections formed on the bus bar electrode lines, wherein the pad sections have a wider width than the other sections of the busbar electrodes, and - wherein 6 or more leads electrically connect neighboring two solar cells of the plurality of solar cells, each lead having a core layer and a coating layer , and having a circular cross-section and a first width of 250 to 500μm, - wherein the leads are attached to the plurality of pad sections , and a width of each pad section is equal to or greater than the width (W7) of the coating layer in the region adjacent to each pad section . - a plurality of solar cells, each including; - a semiconductor substrate , - a plurality of finger electrode lines formed on the semiconductor substrate in a first direction, - 6 or more bus bar electrode lines formed to extend in a second direction crossing the plurality of finger electrode lines, and - a plurality of pad sections formed on the bus bar electrode lines, wherein the pad sections have a wider width than the other sections of the busbar electrodes, and - wherein 6 or more leads electrically connect neighboring two solar cells of the plurality of solar cells, each lead having a core layer and a coating layer , and having a circular cross-section and a first width of 250 to 500μm, - wherein the leads are attached to the plurality of pad sections , and a width of each pad section is equal to or greater than the width (W7) of the coating layer in the region adjacent to each pad section .
A multicomponent system for delivering and anchoring an annuloplasty structure to repair an atrioventricular valve of a patient, comprising: at least one contracting-member-fastener configured to fasten to a contracting member and to surround the contracting member , the contracting-member-fastener comprising a clamping structure that (a) is biased toward assuming a closed state, in the closed state, the clamping structure is configured to clamp onto the contracting member passed therethrough, and (b) can be flexed to an open state through which the contracting member can move; a stop removably coupled to the contracting-member-fastener and configured to maintain the contracting-member-fastener in the open state; and a contracting-member-severing tool comprising: a cutting element configured to cut the contracting member ; and one or more graspers configured to pull the stop proximally and remove the stop from the contracting-member-fastener , wherein once pulled proximally, the stop contacts the cutting element and is configured to push against and move the cutting element in order to facilitate severing of the contracting member by the cutting element . at least one contracting-member-fastener configured to fasten to a contracting member and to surround the contracting member , the contracting-member-fastener comprising a clamping structure that (a) is biased toward assuming a closed state, in the closed state, the clamping structure is configured to clamp onto the contracting member passed therethrough, and (b) can be flexed to an open state through which the contracting member can move; a stop removably coupled to the contracting-member-fastener and configured to maintain the contracting-member-fastener in the open state; and a contracting-member-severing tool comprising: a cutting element configured to cut the contracting member ; and one or more graspers configured to pull the stop proximally and remove the stop from the contracting-member-fastener , wherein once pulled proximally, the stop contacts the cutting element and is configured to push against and move the cutting element in order to facilitate severing of the contracting member by the cutting element . a cutting element configured to cut the contracting member ; and one or more graspers configured to pull the stop proximally and remove the stop from the contracting-member-fastener , wherein once pulled proximally, the stop contacts the cutting element and is configured to push against and move the cutting element in order to facilitate severing of the contracting member by the cutting element .
A pressure measuring device comprising a ceramic pressure sensor , which comprises a ceramic measuring membrane , and a sensor securing device, by means of which the pressure sensor is secured such that a medium under a pressure (p) to be measured can be applied to a measuring membrane region surrounded externally on all sides by a membrane edge of the measuring membrane , wherein the sensor securing device has a securing element made of titanium or a titanium alloy, which has an opening through which the medium under the pressure (p) to be measured can be applied to the membrane region, characterized in that the membrane edge of the measuring membrane is directly connected to the securing element of the sensor securing device by means of a diffusion welding , wherein the diffusion welding is a diffusion welding which is produced using a diffusion welding method and by means of which the measuring membrane provided as an individual part during the diffusion welding method has been connected to the securing element . a ceramic pressure sensor , which comprises a ceramic measuring membrane , and a sensor securing device, by means of which the pressure sensor is secured such that a medium under a pressure (p) to be measured can be applied to a measuring membrane region surrounded externally on all sides by a membrane edge of the measuring membrane , wherein the sensor securing device has a securing element made of titanium or a titanium alloy, which has an opening through which the medium under the pressure (p) to be measured can be applied to the membrane region, the membrane edge of the measuring membrane is directly connected to the securing element of the sensor securing device by means of a diffusion welding , wherein the diffusion welding is a diffusion welding which is produced using a diffusion welding method and by means of which the measuring membrane provided as an individual part during the diffusion welding method has been connected to the securing element .
An image display method for adjusting an image color, comprising: Transforming a RGB parameter by means of a first gamma curve succeeded by an inverse second gamma curve into a second RGB parameter, whereby a first RGB parameter of a pixel of an image is dependent from the first gamma curve and comprises a first R parameter, a first G parameter and a first B parameter and the second RGB parameter comprises a second R parameter, a second G parameter and a second B parameter; obtaining a hue component (H) parameter and a value component (V) parameter according to the first RGB parameter, and obtaining a saturation component (S) parameter according to the second RGB parameter; obtaining a third RGB parameter according to the hue component (H) parameter, the saturation component (S) parameter, and the value component (V) parameter; and displaying the pixel according to the third RGB parameter. Transforming a RGB parameter by means of a first gamma curve succeeded by an inverse second gamma curve into a second RGB parameter, whereby a first RGB parameter of a pixel of an image is dependent from the first gamma curve and comprises a first R parameter, a first G parameter and a first B parameter and the second RGB parameter comprises a second R parameter, a second G parameter and a second B parameter; obtaining a hue component (H) parameter and a value component (V) parameter according to the first RGB parameter, and obtaining a saturation component (S) parameter according to the second RGB parameter; obtaining a third RGB parameter according to the hue component (H) parameter, the saturation component (S) parameter, and the value component (V) parameter; and displaying the pixel according to the third RGB parameter.
An acoustic sensor , comprising: a semiconductor substrate , a back plate including a fixed film arranged on an upper side of the semiconductor substrate , and a fixed electrode film arranged on the fixed film , wherein a plurality of acoustic holes are opened in the back plate ; and a vibration electrode film arranged on an upper side of the semiconductor substrate to face the back plate through a void, wherein the acoustic sensor is adapted to convert an acoustic vibration into a change in electrostatic capacitance between the vibration electrode film and the fixed electrode film , wherein a plurality of types of projections being stoppers is arranged on a surface, on the side of said void, of at least one of the back plate and the vibration electrode film , the acoustic sensor being characterized in that a cross-sectional area of the plurality of types of projections being stoppers is differed according to a projection forming region in at least one of the back plate and the vibration electrode film , wherein said plurality of types of projections include a projection having a first cross-sectional area which is arranged in an outer peripheral area of at least one of the back plate and the vibration electrode film, and a projection having a second cross-sectional area that is larger than the first cross-sectional area and which is arranged in an internal area of at least one of the back plate and the vibration electrode film. a fixed film arranged on an upper side of the semiconductor substrate , and a fixed electrode film arranged on the fixed film ,
A threaded joint, comprising: a pin member and a box member, wherein the pin member possesses a first thread portion adapted to mate with a second thread portion of the box member; a first coating composition deposited on the thread portion of at least one of the pin and box members, comprising: a polymer; about 0,5 to 15 wt. % of a perfluoropolyether; about 5 to 15 wt. % of a corrosion inhibiting agent comprising at least one of Zn, Ca, Mg, Sr, Al, phosphate functional groups, molybdate functional groups, phosphomolybdate functional groups, and phosphosilicate functional groups; and about 10 to 15 wt. % of inorganic particles comprising zinc oxide, the inorganic particles having a mean diameter ranging between approximately 10 nm and 10 μm; wherein the balance of the first composition is comprised of the polymer and wherein the percentage of each component is on the basis of the total weight of the first coating composition. a pin member and a box member, wherein the pin member possesses a first thread portion adapted to mate with a second thread portion of the box member; a first coating composition deposited on the thread portion of at least one of the pin and box members, comprising: a polymer; about 0,5 to 15 wt. % of a perfluoropolyether; about 5 to 15 wt. % of a corrosion inhibiting agent comprising at least one of Zn, Ca, Mg, Sr, Al, phosphate functional groups, molybdate functional groups, phosphomolybdate functional groups, and phosphosilicate functional groups; and about 10 to 15 wt. % of inorganic particles comprising zinc oxide, the inorganic a polymer; about 0,5 to 15 wt. % of a perfluoropolyether; about 5 to 15 wt. % of a corrosion inhibiting agent comprising at least one of Zn, Ca, Mg, Sr, Al, phosphate functional groups, molybdate functional groups, phosphomolybdate functional groups, and phosphosilicate functional groups; and about 10 to 15 wt. % of inorganic particles comprising zinc oxide, the inorganic particles having a mean diameter ranging between approximately 10 nm and 10 μm; wherein the balance of the first composition is comprised of the polymer and wherein the percentage of each component is on the basis of the total weight of the first coating composition.
Apparatus for promoting scarfree healing of a wound at a wound site where negative pressure wound therapy (NPWT) is applied, the apparatus comprising: a wound dressing comprising a wound contact layer comprising silicone and an open area in an amount and proportion sufficient to inhibit scar tissue formation when NPWT is applied at the wound site wherein said wound contact layer comprises a plurality of through holes, a combined area of said holes comprising said open area and said open area comprising around 20% or less of an overall area of the wound contact layer; and wherein the wound dressing further comprises a gas impermeable moisture vapour permeable cover layer, wherein the cover layer is sealed to the wound contact layer in a border region around the circumference of the wound dressing.
A method for reducing inter-cell interference, the method comprising: transmitting, from a first cell to a user equipment , information on a Cell-specific Reference Signal, CRS, of a second cell, the method further comprising: transmitting, to the user equipment , a downlink channel of the first cell in consideration of the information on the CRS of the second cell, wherein the information on the CRS of the second cell includes information explicitly indicating a number of CRS antenna ports of the second cell, and wherein the information on the CRS of the second cell is provided, by the first cell, to the user equipment as information for demodulation of the downlink channel. transmitting, to the user equipment , a downlink channel of the first cell in consideration of the information on the CRS of the second cell, wherein the information on the CRS of the second cell includes information explicitly indicating a number of CRS antenna ports of the second cell, and wherein the information on the CRS of the second cell is provided, by the first cell, to the user equipment as information for demodulation of the downlink channel.