mhurhangee/patent-ind-claim-en huggingface dataset:
A semiconductor device , comprising: a substrate ; a plurality of channel structures (306 -306 , 804 -804 ) disposed over the substrate and corresponding to a field effect transistor, FET (302 ,302 ,802 ,802 ) and one or more shallow trench isolation, STI, trenches (310 - 310 ), each STI trench formed between a corresponding pair of channel structures of the plurality of channel structures and comprising: a bottom region (312 -312 ) filled with a lower quality oxide; and a top region (316 -316 ) filled with a higher quality oxide not being susceptible to void formation, characterised in that the lower quality oxide is susceptible to void formation, and the higher quality oxide fills voids formed in the lower quality oxide that are within, and adjacent to a top level of, the bottom region. a substrate ; a plurality of channel structures (306 -306 , 804 -804 ) disposed over the substrate and corresponding to a field effect transistor, FET (302 ,302 ,802 ,802 ) and one or more shallow trench isolation, STI, trenches (310 - 310 ), each STI trench formed between a corresponding pair of channel structures of the plurality of channel structures and comprising: a bottom region (312 -312 ) filled with a lower quality oxide; and a top region (316 -316 ) filled with a higher quality oxide not being susceptible to void formation, characterised in that the lower quality oxide is susceptible to void formation, and the higher quality oxide fills voids formed in the lower quality oxide that are within, and adjacent to a top level of, the bottom region. a bottom region (312 -312 ) filled with a lower quality oxide; and a top region (316 -316 ) filled with a higher quality oxide not being susceptible to void formation, characterised in that the lower quality oxide is susceptible to void formation, and the higher quality oxide fills voids formed in the lower quality oxide that are within, and adjacent to a top level of, the bottom region.
A method of producing a refined glyceride composition or treating a glyceride composition, comprising: a clay treatment step of bringing a glyceride composition which has not undergone a deodorizing step into contact with a mixture containing clay and potassium carbonate, wherein a content of the potassium carbonate is 0.01% by mass or more relative to a total mass of the glyceride composition which has not undergone a deodorizing step.
A feedthrough assembly comprising: a ferrule including a base portion and at least one projection extending from the base portion; a capacitive filter positioned adjacent the base portion of the ferrule such that an outer wall of the capacitive filter faces an inner wall of the at least one projection of the ferrule; a conductive pin extending through an aperture in the ferrule and an aperture in the capacitive filter; and an electrically conductive material between the inner wall of the at least one projection of the ferrule and outer wall of the capacitive filter that electrically couples the ferrule and the capacitive filter to ground the capacitive filter, wherein the inner wall of the at least one projection of the ferrule and the outer wall of the capacitive filter are tapered relative to each other such that a gap between the inner wall of the at least one projection of the ferrule and the outer wall of the capacitive filter decreases moving from a top of the at least one projection to the base portion of the ferrule; and characterised by a thin film on the inner wall of the at least one projection of the ferrule configured to wet a solder during reflow. a ferrule including a base portion and at least one projection extending from the base portion; a capacitive filter positioned adjacent the base portion of the ferrule such that an outer wall of the capacitive filter faces an inner wall of the at least one projection of the ferrule; a conductive pin extending through an aperture in the ferrule and an aperture in the capacitive filter; and an electrically conductive material between the inner wall of the at least one projection of the ferrule and outer wall of the capacitive filter that electrically couples the ferrule and the capacitive filter to ground the capacitive filter, wherein the inner wall of the at least one projection of the ferrule and the outer wall of the capacitive filter are tapered relative to each other such that a gap between the inner wall of the at least one projection of the ferrule and the outer wall of the capacitive filter decreases moving from a top of the at least one projection to the base portion of the ferrule; and characterised by a thin film on the inner wall of the at least one projection of the ferrule configured to wet a solder during reflow.
Seal for a door, comprising at least two scissor mechanisms (Sa, Sb), comprising a sealing bar which can be lowered via the at least two scissor mechanisms (Sa, Sb), and comprising overload mechanisms (Ua, Ub) which become effective when the sealing bar is prevented from moving completely downwards, each scissor mechanism (Sa, Sb) being associated with one of the overload mechanisms (Ua, Ub), characterised in that the seal has at least two modules and each module (Ma, Mb) has a module housing , one of the scissor mechanisms (Sa, Sb) and the overload mechanism (Ua, Ub) associated with the scissor mechanism. characterised in that the seal has at least two modules and each module (Ma, Mb) has a module housing , one of the scissor mechanisms (Sa, Sb) and the overload mechanism (Ua, Ub) associated with the scissor mechanism.
Packaging device for directional packaging of products (P), such as vegetables and fruit, comprising: - a sensor system comprising: a camera system and/or one or more other sensors, and a processing unit to process information about the product obtained by the camera system and/or one or more other sensors; - at least one directing unit operatively connected to the sensor system wherein the directing unit is provided with at least one degree of freedom for rotation of the product (P) around a substantially horizontal rotation axis; and - a manipulator comprising: - a pick-up element configured to pick the product (P) up from the directing unit ; and - a moving device , on or close to an outer end of which the pick-up element is arranged and which comprises at least four degrees of freedom for translation of the product (P) and rotation around a substantially horizontal rotation axis, characterized in that the sensor system configured to detect a collection of suitable pick-up points of a product (P) for packaging, wherein a suitable pick-up point is a point on the product (P) for which it has been determined by the processor unit that the manipulator can pick up the product (P) here such that the product (P) is processed in desired manner; and wherein the at least one direction unit is further configured to direct a product (P) such that at least one suitable pick-up point lies in an operating range of the manipulator , and wherein a rotation of the product (P) around a substantially vertical rotation axis is possible by providing the moving device with at least five degrees of freedom and/or providing the directing unit with a second degree of freedom, such that the moving device can pick up the product (P) and place it in a packaging or container in a desired orientation. - a sensor system comprising: a camera system and/or one or more other sensors, and a processing unit to process information about the product obtained by the camera system and/or one or more other sensors; - at least one directing unit operatively connected to the sensor system wherein the directing unit is provided with at least one degree of freedom for rotation of the product (P) around a substantially horizontal rotation axis; and - a manipulator comprising: - a pick-up element configured to pick the product (P) up from the directing unit ; and - a moving device , on or close to an outer end of which the pick-up element is arranged and which comprises at least four degrees of freedom for translation of the product (P) and rotation around a substantially horizontal rotation axis, - a pick-up element configured to pick the product (P) up from the directing unit ; and - a moving device , on or close to an outer end of which the pick-up element is arranged and which comprises at least four degrees of freedom for translation of the product (P) and rotation around a substantially horizontal rotation axis,
A measurement device , comprising: a sensing portion containing at least a fluorescent material, containing at least one of the elements of: lithium, boron, cadmium, gadolinium, samarium, europium, and dysprosium, and wherein the emitting of fluorescent light of the fluorescent material ceases due to an action of a neutron beam destroying the at least one of the elements; and a measuring portion measuring a radiation quantity of the neutron beam, with which the sensing portion is irradiated, based on an amount of decrease in the intensity of the fluorescent light emitted by the fluorescent material contained in the sensing portion when the neutron beam acts on at least a portion of the fluorescent material, the fluorescent light being emitted due to irradiation of the fluorescent material by an excitation source. a sensing portion containing at least a fluorescent material, containing at least one of the elements of: lithium, boron, cadmium, gadolinium, samarium, europium, and dysprosium, and wherein the emitting of fluorescent light of the fluorescent material ceases due to an action of a neutron beam destroying the at least one of the elements; and a measuring portion measuring a radiation quantity of the neutron beam, with which the sensing portion is irradiated, based on an amount of decrease in the intensity of the fluorescent light emitted by the fluorescent material contained in the sensing portion when the neutron beam acts on at least a portion of the fluorescent material, the fluorescent light being emitted due to irradiation of the fluorescent material by an excitation source.
A vibration power generation device comprising: a vibration exciting body configured for vibration caused by a flowing fluid; a vibrated body which is oscillatable and is connected to the vibration exciting body ; and a power generator configured to generate electricity by oscillation of the vibrated body , wherein the vibration exciting body is disposed in proximity to a wall surface , and vibration is caused in the vibration exciting body by a fluid flowing along the wall surface , wherein when a length of the vibration exciting body in a direction orthogonal to the wall surface is H and a distance between the wall surface and the vibration exciting body is S, a gap spacing ratio satisfies S/H ≤ 3, characterized in that a cross-section of the vibration exciting body being parallel to a direction of the fluid flow and orthogonal to the wall surface is circular, wherein when a flow velocity of the fluid to the wall surface is U, a natural frequency of a vibration system comprising the vibration exciting body and the vibrated body is fc, a reduced velocity of the fluid Vr expressed as Vr = U/(fc × H) is 4.0 or more. a vibration exciting body configured for vibration caused by a flowing fluid; a vibrated body which is oscillatable and is connected to the vibration exciting body ; and a power generator configured to generate electricity by oscillation of the vibrated body , wherein the vibration exciting body is disposed in proximity to a wall surface , and vibration is caused in the vibration exciting body by a fluid flowing along the wall surface , wherein when a length of the vibration exciting body in a direction orthogonal to the wall surface is H and a distance between the wall surface and the vibration exciting body is S, a gap spacing ratio satisfies S/H ≤ 3, characterized in that a cross-section of the vibration exciting body being parallel to a direction of the fluid flow and orthogonal to the wall surface is circular, wherein when a flow velocity of the fluid to the wall surface is U, a natural frequency of a vibration system comprising the vibration exciting body and the vibrated body is fc, a reduced velocity of the fluid Vr expressed as Vr = U/(fc × H) is 4.0 or more.
A digital camera comprising: a digital image sensor ; a lens group positioned along an optical axis and including: at least one anamorphic lens element configured to compress an image in a horizontal or vertical dimension; at least one powered lens element positioned between the at least one anamorphic lens element and the digital image sensor; and at least one corrective lens element positioned between the at least one powered lens element and the digital image sensor , and configured to reduce a blurring of the image in the horizontal or vertical dimension on the digital image sensor or decomposition the image in the horizontal or vertical dimension to substantially equalize the image quality in the horizontal and vertical dimension, characterized in that the at least one corrective lens element includes at least one of a cylindrical lens element and/or at least one birefringent material. a digital image sensor ; a lens group positioned along an optical axis and including: at least one anamorphic lens element configured to compress an image in a horizontal or vertical dimension; at least one powered lens element positioned between the at least one anamorphic lens element and the digital image sensor; and at least one anamorphic lens element configured to compress an image in a horizontal or vertical dimension; at least one powered lens element positioned between the at least one anamorphic lens element and the digital image sensor; and
A wear member for attachment to excavating equipment comprising a front end , a rear end , and a socket that opens in the rear end to receive a base fixed to the excavating equipment, the socket being defined by top, bottom and side walls, the rear end having an offset portion defining a shoulder along each side wall to bear against a support of the base and resist vertical loads, wherein the shoulders face generally downward with the top wall extending between each of the shoulders , and the shoulders axially extend substantially parallel to the longitudinal axis of the socket to bear against the base and resist vertical loads; characterized in that the top wall extends farther rearward than the bottom wall
An electrolytic cell for the electrolysis of an electrolyte, preferably water, comprising in turn: - a first lamina made of electrically conductive material adapted to act as an anode; - a second lamina made of electrically conductive material adapted to act as a cathode; - a third lamina made of dielectric material interposed between said first and second laminae and configured to convey a flow of electrolyte from a lower portion to an upper portion of said third lamina ; said third lamina having a first surface (A) facing towards said first lamina and a second surface (B) facing towards said second lamina; wherein said third lamina is disposed in fluid connection with at least one inlet conduit for an electrolyte disposed at said lower portion , at least one outlet conduit (19") for an electrolyte disposed at said lower portion, and at least one conduit (20', 20") for extracting a gas obtained by electrolysis disposed at said upper portion, characterised in that it comprises at least one non-return valve disposed at said lower portion of said third lamina along said inlet conduit configured to convey the flow of electrolyte unidirectionally along said inlet conduit towards a central portion of said third lamina comprised between said lower portion and said upper portion ; said inlet conduit for an electrolyte, said outlet conduit (19") for an electrolyte and said central portion of said third lamina defining a flow path. - a first lamina made of electrically conductive material adapted to act as an anode; - a second lamina made of electrically conductive material adapted to act as a cathode; - a third lamina made of dielectric material interposed between said first and second laminae and configured to convey a flow of electrolyte from a lower portion to an upper portion of said third lamina ; said third lamina having a first surface (A) facing towards said first lamina and a second surface (B) facing towards said second lamina; wherein said third lamina is disposed in fluid connection with at least one inlet conduit for an electrolyte disposed at said lower portion , at least one outlet conduit (19") for an electrolyte disposed at said lower portion, and at least one conduit (20', 20") for extracting a gas obtained by electrolysis disposed at said upper portion, characterised in that it comprises at least one non-return valve disposed at said lower portion of said third lamina along said inlet conduit configured to convey the flow of electrolyte unidirectionally along said inlet conduit towards a central portion of said third lamina comprised between said lower portion and said upper portion ; said inlet conduit for an electrolyte, said outlet conduit (19") for an electrolyte and said central portion of said third lamina defining a flow path.
Motor vehicle latch , in particular an electrically operable motor vehicle latch , comprising - a locking mechanism comprising a catch and at least one pawl , - an electric drive unit , comprising an electric drive , a drive wheel , a driven pulley , and at least one control member , - a release lever , wherein the release lever interacts with the locking mechanism in such a way that the locked locking mechanism can be unlocked and wherein the release lever can be operated by means of the electric drive unit and by means of the control member , - a manually operable operating lever , wherein the release lever can be operated by means of the operating lever , - a control lever , wherein the operating lever can be brought into engagement with the release lever by means of the control lever , wherein the control lever can be blocked and released by means of the control member , - a locking unit, wherein manual unlocking of the locking mechanism can be prevented by means of the locking unit, wherein a simultaneous locking of the operating lever and an unlocking of the locking mechanism can be made possible by means of the drive unit . - a locking mechanism comprising a catch and at least one pawl , - an electric drive unit , comprising an electric drive , a drive wheel , a driven pulley , and at least one control member , - a release lever , wherein the release lever interacts with the locking mechanism in such a way that the locked locking mechanism can be unlocked and wherein the release lever can be operated by means of the electric drive unit and by means of the control member , - a manually operable operating lever , wherein the release lever can be operated by means of the operating lever , - a control lever , wherein the operating lever can be brought into engagement with the release lever by means of the control lever , wherein the control lever can be blocked and released by means of the control member , - a locking unit, wherein manual unlocking of the locking mechanism can be prevented by means of the locking unit, wherein a simultaneous locking of the operating lever and an unlocking of the locking mechanism can be made possible by means of the drive unit .
An image forming apparatus adapted to combine a stamp image with an original image, said image forming apparatus comprising: - a stamp shape data generation unit configured to generate stamp shape data indicating a shape of the stamp image; - a stamp combining unit configured to combine the stamp shape data with image data formed of planes of a respective plurality of color components; - an output execution unit configured to execute an output based on the image data with which the stamp shape data has been combined by means of the stamp combining unit ; and - an operation unit configured to input an instruction for the output, characterized in that the stamp shape data generation unit is configured to generate 1-bpp raster data based on a font serving as a base of the stamp image, wherein the stamp shape data generation unit is further configured to convert the 1-bpp raster data into raster data having a bit depth corresponding to a plane of the image data , to thereby generate the stamp shape data on one monochrome plane, wherein the stamp shape combining unit is further configured to adjust, in order, the stamp shape data such as to have a density of the same color component of the stamp image for each of the plurality of color components of the planes of the image data , and combine the adjusted stamp shape data with the corresponding color component of the planes of the image data , and wherein the density of each of the plurality of color components of the stamp image are designated in the instruction for the output involving the combining through the operation unit along with the stamp image to be combined. - a stamp shape data generation unit configured to generate stamp shape data indicating a shape of the stamp image; - a stamp combining unit configured to combine the stamp shape data with image data formed of planes of a respective plurality of color components; - an output execution unit configured to execute an output based on the image data with which the stamp shape data has been combined by means of the stamp combining unit ; and - an operation unit configured to input an instruction for the output, characterized in that the stamp shape data generation unit is configured to generate 1-bpp raster data based on a font serving as a base of the stamp image, wherein the stamp shape data generation unit is further configured to convert the 1-bpp raster data into raster data having a bit depth corresponding to a plane of the image data , to thereby generate the stamp shape data on one monochrome plane, wherein the stamp shape combining unit is further configured to adjust, in order, the stamp shape data such as to have a density of the same color component of the stamp image for each of the plurality of color components of the planes of the image data , and combine the adjusted stamp shape data with the corresponding color component of the planes of the image data , and wherein the density of each of the plurality of color components of the stamp image are designated in the instruction for the output involving the combining through the operation unit along with the stamp image to be combined.