mhurhangee/patent-ind-claim-en huggingface dataset:
A refrigerator comprising: a housing having a storage chamber; a door that includes a side facing the storage chamber, and configured to open and close the storage chamber; a hinge that rotatably couples the door to the housing; a driving device configured to transmit power to the door for automatically opening and closing the door; and a photographing device disposed in the door, wherein the door includes a first door and a second door, the photographing device includes a first camera disposed on the first door and a second camera disposed on the second door, and the first camera is configured to photograph the storage chamber when the first door is opened by the driving device , and wherein the door further includes a throat portion protruding outward from the inside of the door and a storage pocket mounted to the throat portion, and characterized in that the photographing device is disposed on a side of the throat portion adjacent to the hinge, and wherein the driving device is configured to open the first door after opening the second door, and the first camera photographs the inside of the second door at a first position where the first door is opened and positioned by the driving device . a housing having a storage chamber; a door that includes a side facing the storage chamber, and configured to open and close the storage chamber; a hinge that rotatably couples the door to the housing; a driving device configured to transmit power to the door for automatically opening and closing the door; and a photographing device disposed in the door, wherein the door includes a first door and a second door, the photographing device includes a first camera disposed on the first door and a second camera disposed on the second door, and the first camera is configured to photograph the storage chamber when the first door is opened by the driving device , and wherein the door further includes a throat portion protruding outward from the inside of the door and a storage pocket mounted to the throat portion, and characterized in that the photographing device is disposed on a side of the throat portion adjacent to the hinge, and wherein the driving device is configured to open the first door after opening the second door, and the first camera photographs the inside of the second door at a first position where the first door is opened and positioned by the driving device .
A shelf assembly comprising: a shelf panel having a top surface for supporting articles ; and a hydrophobic surface applied in a spill containment pattern on the top surface of the shelf panel such that the hydrophobic surface defines a boundary of a central portion of the top surface of the shelf panel , the hydrophobic surface comprising a ceramic frit layer applied in the spill containment pattern on the top surface of the shelf panel and a hydrophobic compound coated over the frit layer, the hydrophobic surface comprising a plurality of edge containment strips , each edge containment strip disposed adjacent to one of a plurality of perimeter edges of the shelf panel , and wherein: (a) the frit layer of at least one of the edge containment strips is offset inward from the respective perimeter edge of the shelf panel, or (b) the frit layer of each of the edge containment strips is located directly at a respective perimeter edge of the shelf panel. a shelf panel having a top surface for supporting articles ; and a hydrophobic surface applied in a spill containment pattern on the top surface of the shelf panel such that the hydrophobic surface defines a boundary of a central portion of the top surface of the shelf panel , the hydrophobic surface comprising a ceramic frit layer applied in the spill containment pattern on the top surface of the shelf panel and a hydrophobic compound coated over the frit layer, the hydrophobic surface comprising a plurality of edge containment strips , each edge containment strip disposed adjacent to one of a plurality of perimeter edges of the shelf panel , and wherein: (a) the frit layer of at least one of the edge containment strips is offset inward from the respective perimeter edge of the shelf panel, or (b) the frit layer of each of the edge containment strips is located directly at a respective perimeter edge of the shelf panel. (a) the frit layer of at least one of the edge containment strips is offset inward from the respective perimeter edge of the shelf panel, or (b) the frit layer of each of the edge containment strips is located directly at a respective perimeter edge of the shelf panel.
A video processing method , comprising: obtaining an updated historical motion information candidate list, wherein: the updated historical motion information candidate list is updated based on motion information of at least one of second image blocks in a second region of a current frame, wherein the second image blocks in the second region are image blocks encoded or decoded earlier than image blocks in a first region of the current frame; encoding or decoding each first image block of the plurality of first image blocks according to the updated historical motion information candidate list; wherein encoding or decoding each first image block of the plurality of first image blocks according to the updated historical motion information candidate list includes: using the updated historical motion information candidate list to generate a motion information list for each first image block of the plurality of first image blocks; and selecting the motion information for each first image block of the plurality of first image blocks by using the generated motion information list for each first image block of the plurality of first image blocks; and characterized in that the obtained updated historical motion information candidate list is not updated during said process of encoding or decoding all the first image blocks in the first region. obtaining an updated historical motion information candidate list, wherein: the updated historical motion information candidate list is updated based on motion information of at least one of second image blocks in a second region of a current frame, wherein the second image blocks in the second region are image blocks encoded or decoded earlier than image blocks in a first region of the current frame; encoding or decoding each first image block of the plurality of first image blocks according to the updated historical motion information candidate list; wherein encoding or decoding each first image block of the plurality of first image blocks according to the updated historical motion information candidate list includes: using the updated historical motion information candidate list to generate a motion information list for each first image block of the plurality of first image blocks; and selecting the motion information for each first image block of the plurality of first image blocks by using the generated motion information list for each first image block of the plurality of first image blocks; and using the updated historical motion information candidate list to generate a motion information list for each first image block of the plurality of first image blocks; and selecting the motion information for each first image block of the plurality of first image blocks by using the generated motion information list for each first image block of the plurality of first image blocks; and characterized in that the obtained updated historical motion information candidate list is not updated during said process of encoding or decoding all the first image blocks in the first region.
A method for removing moisture and/or impurities from a structure by means of a system which system comprises a ventilation duct network and an air circulation system for circulating air in the ventilation duct network, which ventilation duct network comprises at least one ventilation duct , and which ventilation duct comprises a casing structure open at both ends and at least partly open on one side, characterized in that the structure is a wall structure, in which method at least one hole is drilled in the wall structure where moisture and/or impurities are removed at an installation position of the casing structure of the ventilation duct , and the wall structure is partly or entirely roughened, wherein the at least one hole is not through hole; the ventilation duct is fixed with the at least partly open side permanently and air-tightly to a surface of the wall structure so that the installation position of the wall, which is roughened and perforated by the at least one hole , and the at least one hole are disposed inside the at least partly open side of the casing structure of the ventilation duct ; and dry air is circulated in the ventilation duct network, whereby moisture and/or impurities possibly absorbed in the wall structure are able to migrate through the roughened and perforated concrete wall structure, and the at least one hole to the air circulated in the ventilation duct network through the at least partly open side of the casing structure. at least one hole is drilled in the wall structure where moisture and/or impurities are removed at an installation position of the casing structure of the ventilation duct , and the wall structure is partly or entirely roughened, wherein the at least one hole is not through hole; the ventilation duct is fixed with the at least partly open side permanently and air-tightly to a surface of the wall structure so that the installation position of the wall, which is roughened and perforated by the at least one hole , and the at least one hole are disposed inside the at least partly open side of the casing structure of the ventilation duct ; and dry air is circulated in the ventilation duct network, whereby moisture and/or impurities possibly absorbed in the wall structure are able to migrate through the roughened and perforated concrete wall structure, and the at least one hole to the air circulated in the ventilation duct network through the at least partly open side of the casing structure.
An auger assembly for receiving particles of cheese curd and conveying the particles of cheese curd downstream along a cheese processing line , the auger assembly comprising: an auger housing , a first auger having a first shaft extending through the auger housing , a second auger having a second shaft extending through the auger housing and arranged colinearly with the first shaft , the second shaft having an end that faces an end of the first shaft , a first bearing mounted to the auger housing and arranged at the end of the first shaft , and a second bearing mounted to the auger housing and arranged at the end of the second shaft , the first bearing and second bearing being colinear and facing each other, wherein at least one slotted groove is formed in each of the first bearing and the second bearing to enable a cleaning fluid to contact a surface of the respective bearing . an auger housing , a first auger having a first shaft extending through the auger housing , a second auger having a second shaft extending through the auger housing and arranged colinearly with the first shaft , the second shaft having an end that faces an end of the first shaft , a first bearing mounted to the auger housing and arranged at the end of the first shaft , and a second bearing mounted to the auger housing and arranged at the end of the second shaft , the first bearing and second bearing being colinear and facing each other, wherein at least one slotted groove is formed in each of the first bearing and the second bearing to enable a cleaning fluid to contact a surface of the respective bearing .
A blowout preventer (BOP) for controlling pressure within a wellbore, comprising: an internal cavity ; a front side including a door opening , the door opening providing access to the internal cavity ; a door associated with the door opening , the door being movable between a first position and a second position, the door blocking access to the internal cavity in the first position and enabling access to the internal cavity in the second position; and a hinge coupled to the door , the hinge comprising: a hinge body , the hinge body secured to a body of the BOP; and a hinge coupling coupled to the door , the blowout preventer (BOP) characterised in that the hinge further comprises: a rotation mechanism arranged at an interface between the hinge body and the hinge coupling , the rotation mechanism securing the door in the second position or in a third position, the third position enabling access to the internal cavity . an internal cavity ; a front side including a door opening , the door opening providing access to the internal cavity ; a door associated with the door opening , the door being movable between a first position and a second position, the door blocking access to the internal cavity in the first position and enabling access to the internal cavity in the second position; and a hinge coupled to the door , the hinge comprising: a hinge body , the hinge body secured to a body of the BOP; and a hinge coupling coupled to the door , the blowout preventer (BOP) characterised in that the hinge further comprises: a rotation mechanism arranged at an interface between the hinge body and the hinge coupling , the rotation mechanism securing the door in the second position or in a third position, the third position enabling access to the internal cavity . a hinge body , the hinge body secured to a body of the BOP; and a hinge coupling coupled to the door , the blowout preventer (BOP) characterised in that the hinge further comprises: a rotation mechanism arranged at an interface between the hinge body and the hinge coupling , the rotation mechanism securing the door in the second position or in a third position, the third position enabling access to the internal cavity .
A head-up display configured to project an image on a transmissive reflection member to allow an observer (D) to visually observe the image as a virtual image (I), the head-up display comprising: a display device configured to display an image; a relay optical system configured to provide the image displayed by the display device as an intermediate image (M); and a projection optical system configured to reflect the intermediate image (M) provided by the relay optical system to project the intermediate image (M) on the transmissive reflection member , and the relay optical system includes a first mirror and a second mirror in this order along an optical path (Lc) from the display device to the reflection member ; the projection optical system includes a third mirror and a fourth mirror provided in this order along the optical path (Lc) from the display device to the reflection member ; each of the first mirror and the fourth mirror has a concave reflection surface; and characterized in that the first mirror has higher power than any other mirror disposed in the relay optical system and the projection optical system . a display device configured to display an image; a relay optical system configured to provide the image displayed by the display device as an intermediate image (M); and a projection optical system configured to reflect the intermediate image (M) provided by the relay optical system to project the intermediate image (M) on the transmissive reflection member , and the relay optical system includes a first mirror and a second mirror in this order along an optical path (Lc) from the display device to the reflection member ; the projection optical system includes a third mirror and a fourth mirror provided in this order along the optical path (Lc) from the display device to the reflection member ; each of the first mirror and the fourth mirror has a concave reflection surface; and characterized in that the first mirror has higher power than any other mirror disposed in the relay optical system and the projection optical system .
A coated ceramic fiber comprising a zirconium interface coating layer deposited on the ceramic fiber, a zirconium dioxide interface coating layer adjacent to the zirconium interface coating layer, and an additional interface coating layer adjacent to the zirconium dioxide interface coating layer, wherein the zirconium dioxide interface coating layer forms micro cracks after a crystal structure transformation; wherein the zirconium dioxide interface coating layer has a thickness greater than 200 nm and includes monoclinic zirconium dioxide which forms micro cracks after transforming to tetragonal zirconium dioxide and back to monoclinic zirconium dioxide; or wherein the zirconium dioxide interface coating layer has a thickness less than 200 nm and includes tetragonal zirconium dioxide which forms micro cracks after transforming to monoclinic zirconium dioxide. wherein the zirconium dioxide interface coating layer has a thickness greater than 200 nm and includes monoclinic zirconium dioxide which forms micro cracks after transforming to tetragonal zirconium dioxide and back to monoclinic zirconium dioxide; or wherein the zirconium dioxide interface coating layer has a thickness less than 200 nm and includes tetragonal zirconium dioxide which forms micro cracks after transforming to monoclinic zirconium dioxide.
A method of fabricating a semiconductor structure, comprising: • forming one or more cavities in a first substrate, the one or more cavities extending at least partially into the first substrate from a first major surface of the first substrate ; • providing a sacrificial material within the one or more cavities ; • bonding a second substrate over the first major surface of the first substrate ; • thinning the second substrate by removing a relatively thick layer of the second substrate from the second substrate and leaving a relatively thin layer of the second substrate bonded over the first major surface of the first substrate ; • forming one or more apertures by etching through the relatively thin layer of the second substrate , for exposing a surface of the sacrificial material within the one or more apertures ; • forming a protective dielectric layer over an exposed surface of the relatively thin layer and within the one or more apertures; and then • removing the sacrificial material from within the one or more cavities out though the one or more apertures ; wherein thinning the second substrate further comprises: • implanting ions into the second substrate to form a fracture plane within the second substrate , the fracture plane disposed between the relatively thick layer of the second substrate and the relatively thin layer of the second substrate; and • fracturing the second substrate along the fracture plane and separating the relatively thick layer of the second substrate from the relatively thin layer of the second substrate. • forming one or more cavities in a first substrate, the one or more cavities extending at least partially into the first substrate from a first major surface of the first substrate ; • providing a sacrificial material within the one or more cavities ; • bonding a second substrate over the first major surface of the first substrate ; • thinning the second substrate by removing a relatively thick layer of the second substrate from the second substrate and leaving a relatively thin layer of the second substrate bonded over the first major surface of the first substrate ; • forming one or more apertures by etching through the relatively thin layer of the second substrate , for exposing a surface of the sacrificial material within the one or more apertures ; • forming a protective dielectric layer over an exposed surface of the relatively thin layer and within the one or more apertures; and then • removing the sacrificial material from within the one or more cavities out though the one or more apertures ; • implanting ions into the second substrate to form a fracture plane within the second substrate , the fracture plane disposed between the relatively thick layer of the second substrate and the relatively thin layer of the second substrate; and • fracturing the second substrate along the fracture plane and separating the relatively thick layer of the second substrate from the relatively thin layer of the second substrate.
A board work machine comprising: a backup plate ; a backup member disposed on the backup plate to support a board from below; and a movement device configured to move the backup member , a movement control section configured to control an operation of the movement device based on pin position coordinate data (M1) indicating a position (P1 - P4) of the backup member disposed on the backup plate ; and a determination section configured to determine whether an adjustment process including an increase or a decrease of the number of the backup members and a change of the position (P1 - P4) of the backup member is necessary based on work evaluation data (Hv) related to execution of predetermined board work, characterised by : wherein, after a process of board conveyance device conveying in the board is completed, one or more reference marks indicating the reference of the board are recognized, a position and an angle of the board in the machine are recognized based on the recognized reference marks , a deviation amount between a posture of the board that is actually positioned and an ideal posture is calculated as a positioning error, such that the positioning error is aggregated, every time a conveyance or mounting process for the board is executed, and constitutes statistical data (Hs) of work evaluation data (Hv). a backup plate ; a backup member disposed on the backup plate to support a board from below; and a movement device configured to move the backup member , a movement control section configured to control an operation of the movement device based on pin position coordinate data (M1) indicating a position (P1 - P4) of the backup member disposed on the backup plate ; and a determination section configured to determine whether an adjustment process including an increase or a decrease of the number of the backup members and a change of the position (P1 - P4) of the backup member is necessary based on work evaluation data (Hv) related to execution of predetermined board work, characterised by : wherein, after a process of board conveyance device conveying in the board is completed, one or more reference marks indicating the reference of the board are recognized, a position and an angle of the board in the machine are recognized based on the recognized reference marks , a deviation amount between a posture of the board that is actually positioned and an ideal posture is calculated as a positioning error, such that the positioning error is aggregated, every time a conveyance or mounting process for the board is executed, and constitutes statistical data (Hs) of work evaluation data (Hv).