mhurhangee/patent-ind-claim-en huggingface dataset:
A cable tray assembly , comprising: - a cable tray with a bottom wall and two side walls facing one another extending respectively from the two longitudinal sides of said bottom wall and demarcating with respect to one another an open upper face of said cable tray ; - a lid which is arranged on said cable tray , covering said open upper face of the cable tray in at least one segment of said cable tray ; - spacers which are fixed to each of said side walls spaced apart from one another along each side wall , said spacers being arranged between said lid and said side walls and thereby separating said lid from said open upper face of the cable tray ; wherein each of said spacers is made up of a single part and comprises an upper end to which said lid is coupled and a lower end having a complementary shape with respect to an upper portion of said side walls , said upper portion of the side walls having a constant section along the side wall , such that said lower end of the spacer is press fit onto said upper portion of the side wall in any position along said side wall ; characterized in that said upper end of the spacers reproduces the section shape of said upper portion of the side walls , such that said lid can be coupled both to said upper end of the spacers and to said upper portion of the side walls , and such that two spacers can be coupled one on top of the other by press fitting the lower end of one spacer onto the upper end of the other spacer . - a cable tray with a bottom wall and two side walls facing one another extending respectively from the two longitudinal sides of said bottom wall and demarcating with respect to one another an open upper face of said cable tray ; - a lid which is arranged on said cable tray , covering said open upper face of the cable tray in at least one segment of said cable tray ; - spacers which are fixed to each of said side walls spaced apart from one another along each side wall , said spacers being arranged between said lid and said side walls and thereby separating said lid from said open upper face of the cable tray ;
Method of producing a microperforated outer composite layer for a sound-absorbing element , said method comprising: a) providing a decorative layer and a support layer each having a front side and a reverse side ; b) bonding the reverse side of the decorative layer and the front side of the support layer to form a layer composite that forms the outer composite layer ; c) reducing a thickness of the decorative layer from a starting thickness d 0 to a final thickness d 1 by two-dimensionally removing some of the decorative layer from its front side ; d) providing the outer composite layer with a microperforation composed of channels of defined cross-sectional geometry that are continuous between the front side of the decorative layer and the reverse side of the support layer ; wherein the reduction in the thickness of the decorative layer follows the step of bonding the decorative layer and the support layer and wherein the final thickness of the decorative layer d 1 is not more than 0.6 mm, and wherein the decorative layer comprises a wood veneer and the support layer a noncombustible element; characterized in that the reduction in the thickness of the decorative layer achieves a substantial reduction in the area-based calorific value of the outer composite layer, wherein the final thickness of the decorative layer d 1 is at least 10% lower than the starting thickness of the decorative layer d 0 and preferably at least 20% lower than the starting thickness of the decorative layer d 0 . a) providing a decorative layer and a support layer each having a front side and a reverse side ; b) bonding the reverse side of the decorative layer and the front side of the support layer to form a layer composite that forms the outer composite layer ; c) reducing a thickness of the decorative layer from a starting thickness d 0 to a final thickness d 1 by two-dimensionally removing some of the decorative layer from its front side ; d) providing the outer composite layer with a microperforation composed of channels of defined cross-sectional geometry that are continuous between the front side of the decorative layer and the reverse side of the support layer ;
A spray gun with a basic body , a paint needle , a liquid conveying device which has a liquid supply pipe which opens at an opening into a liquid conveying pipe , and with contact surfaces between the liquid conveying device and the basic body or a basic body component , characterized in that the liquid conveying device , in the region of the liquid supply pipe , has a shoulder as a contact surface which rests against the basic body of the spray gun, and a further shoulder which serves as a contact surface for a screwed-on paint cup, wherein these contact surfaces (235 and 236) are arranged at an acute angle to one another so that the paint conveying device can be easily pushed onto the basic body of the spray gun in the direction of the paint needle , and when it has been pushed onto the basic body, is supported on the contact surface formed between the paint conveying device and the basic body, while a paint cup can be screwed onto the liquid supply pipe arranged at a slight angle to the liquid conveying pipe .
A vehicle comprising: an undercover provided on a bottom surface of the vehicle , the undercover including multiple air-flow regulating panels configured to regulate air flow flowing on a bottom surface side in the vehicle , the air-flow regulating panel being made of a metallic material having a lower electric resistance than that of iron; and a power receiving apparatus provided on a lower surface of the air-flow regulating panel , the power receiving apparatus being configured to wirelessly receive electric power from a power transmitting apparatus disposed outside the vehicle, wherein among the multiple air-flow regulating panels , the air-flow regulating panel on which the power receiving apparatus is disposed has higher rigidity than rigidities of the other air-flow regulating panels , characterized in that the undercover includes a resin member provided at a portion other than a portion where the power receiving apparatus is disposed on a lower surface of the air-flow regulating panel on which the power receiving apparatus is disposed; the power receiving apparatus includes a coil unit , and an equipment unit provided on the lower surface of the air-flow regulating panel on which the power receiving apparatus is disposed in such a manner that the equipment unit is adjacent to the coil unit in a vehicle width direction; and the resin member is disposed on an opposite side of the equipment unit relative to the coil unit in the vehicle width direction. an undercover provided on a bottom surface of the vehicle , the undercover including multiple air-flow regulating panels configured to regulate air flow flowing on a bottom surface side in the vehicle , the air-flow regulating panel being made of a metallic material having a lower electric resistance than that of iron; and a power receiving apparatus provided on a lower surface of the air-flow regulating panel , the power receiving apparatus being configured to wirelessly receive electric power from a power transmitting apparatus disposed outside the vehicle, wherein among the multiple air-flow regulating panels , the air-flow regulating panel on which the power receiving apparatus is disposed has higher rigidity than rigidities of the other air-flow regulating panels , characterized in that the undercover includes a resin member provided at a portion other than a portion where the power receiving apparatus is disposed on a lower surface of the air-flow regulating panel on which the power receiving apparatus is disposed; the power receiving apparatus includes a coil unit , and an equipment unit provided on the lower surface of the air-flow regulating panel on which the power receiving apparatus is disposed in such a manner that the equipment unit is adjacent to the coil unit in a vehicle width direction; and the resin member is disposed on an opposite side of the equipment unit relative to the coil unit in the vehicle width direction.
A cutting board comprised of a board and four feet ; the board is rectangular and has an upper surface , a lower surface and four corners; each of the corners has two adjacent edges ; a foot is affixed to each corner of the board; each foot has a top that extends above the upper surface of the board; each foot has a bottom that extends below the lower surface of the board; each foot has a vertical surface perpendicular to the upper surface; characterized in that : the vertical surface on each foot is outside a perimeter of the upper surface and extends beyond both adjacent edges so that the board is stably and vertically supported on any two adjacent feet on a counter without the board touching any part of a counter; the bottom of each foot is concave and the top of each foot is complimentary convex such that when multiple similarly dimensioned cutting boards are horizontally stacked the bottom of each foot nests onto the top of a corresponding foot on a lower cutting board. the board is rectangular and has an upper surface , a lower surface and four corners; each of the corners has two adjacent edges ; a foot is affixed to each corner of the board; each foot has a top that extends above the upper surface of the board; each foot has a bottom that extends below the lower surface of the board; each foot has a vertical surface perpendicular to the upper surface; characterized in that : the vertical surface on each foot is outside a perimeter of the upper surface and extends beyond both adjacent edges so that the board is stably and vertically supported on any two adjacent feet on a counter without the board touching any part of a counter; the bottom of each foot is concave and the top of each foot is complimentary convex such that when multiple similarly dimensioned cutting boards are horizontally stacked the bottom of each foot nests onto the top of a corresponding foot on a lower cutting board. the vertical surface on each foot is outside a perimeter of the upper surface and extends beyond both adjacent edges so that the board is stably and vertically supported on any two adjacent feet on a counter without the board touching any part of a counter; the bottom of each foot is concave and the top of each foot is complimentary convex such that when multiple similarly dimensioned cutting boards are horizontally stacked the bottom of each foot nests onto the top of a corresponding foot on a lower cutting board.
A semiconductor device comprising: a base substrate ; patterns on the base substrate; and an epitaxial layer on the base substrate, wherein the epitaxial layer is formed on a surface of the substrate exposed among the patterns, wherein the base substrate comprises a silicon carbide, wherein the patterns comprise an oxide, wherein the patterns protrude vertically to the base substrate and protrude in a shape of an elliptic cone, wherein the elliptic cone has a long axis with a length in a range of 10nm to 300nm and a height of 100nm or less. a base substrate ; patterns on the base substrate; and an epitaxial layer on the base substrate, wherein the epitaxial layer is formed on a surface of the substrate exposed among the patterns, wherein the base substrate comprises a silicon carbide, wherein the patterns comprise an oxide, wherein the patterns protrude vertically to the base substrate and protrude in a shape of an elliptic cone, wherein the elliptic cone has a long axis with a length in a range of 10nm to 300nm and a height of 100nm or less.
A leather-manufacturing rotary drum having an alternate hydrophilic and hydrophobic surface structure , characterized by comprising: a drum body capable of rotating in its own circumferential direction; a stirring structure arranged in the drum body ; and an alternate hydrophilic and hydrophobic surface structure in which hydrophilic-material surfaces and hydrophobic-material surfaces are alternately distributed, the alternate hydrophilic and hydrophobic surface structure being distributed on a surface of an inner wall of the drum body and/or a surface of the stirring structure , wherein, in a rotating process of the drum body , the alternate hydrophilic and hydrophobic surface structure repeatedly enters and leaves a bath liquid in the drum body . a drum body capable of rotating in its own circumferential direction; a stirring structure arranged in the drum body ; and an alternate hydrophilic and hydrophobic surface structure in which hydrophilic-material surfaces and hydrophobic-material surfaces are alternately distributed, the alternate hydrophilic and hydrophobic surface structure being distributed on a surface of an inner wall of the drum body and/or a surface of the stirring structure , wherein, in a rotating process of the drum body , the alternate hydrophilic and hydrophobic surface structure repeatedly enters and leaves a bath liquid in the drum body .
A method of transporting a plurality of cells through a flow chamber, the method comprising: immobilizing the cells on an internal surface of the flow chamber, wherein the immobilizing comprises adhering the cells to the internal surface; selectively releasing the cells from the internal surface of the flow chamber, wherein the releasing comprises applying a trapping potential; and flowing liquid through the flow chamber such that the released cells travel with the liquid, thereby transporting the cells through the flow chamber. immobilizing the cells on an internal surface of the flow chamber, wherein the immobilizing comprises adhering the cells to the internal surface; selectively releasing the cells from the internal surface of the flow chamber, wherein the releasing comprises applying a trapping potential; and flowing liquid through the flow chamber such that the released cells travel with the liquid, thereby transporting the cells through the flow chamber.
Device for flushing and/or for testing the pressure and tightness of pipes of drinking water and/or heating systems, with a base framework , wherein the device has at least one water pipe with a water network connection and at least one outlet for connecting to the pipes of the drinking water and/or heating system, wherein at least one compressed air pipe opens into the water pipe , which compressed air pipe is secured with respect to the water pipe by a non-return valve and in which a switching valve , preferably a 3/2-way valve, is seated, by means of which the access of the compressed air to the water pipe can be selectively blocked and released, and wherein a non-return valve is seated in the water pipe and secures the water pipe against the water network connection .
A recombinant E . coli cell comprising one or more exogenous nucleic acid sequences encoding at least one enzyme from a fatty alcohol biosynthetic pathway for use in the production of a fatty alcohol, wherein the fatty alcohol is released from the cell into the culture medium at a 1:1 ratio of intracellular product to extracellular product, and wherein the one or more exogenous nucleic acid sequences are overexpressed.
A refrigerator comprising a body ; a door which provides access into the body and which has an inner lining , an outer lining and a lower cover and an upper cover for covering the volume remaining between the inner lining and the outer lining from the bottom and the top, wherein insulation material is filled therebetween; at least one casing which is disposed between the inner lining and the outer lining so as to at least partially remain in the insulation material; an opening which is provided on the outer lining and which faces the casing ; and at least one display which is passed through the opening and fitted into the casing , characterized by a latch which is provided on the upper cover or the lower cover and which is suitable to be moved by rotating; a plurality of claws which are provided on the display ; a plurality of housings which are provided on the casing and which receive the claws ; a frame which is provided on the casing and which has a plurality of holding walls and a plurality of cut-outs remaining between the holding walls ; and a motion transmitter which transfers the movement of the latch to the frame and which ensures that the frame is moved between a fixing position where each housing is aligned with a holding wall and a free position where each housing is aligned with a cut-out .
A combination package , comprising: a beverage glass (12, 12', 12") having an upper shell-shaped body defining an upwardly narrowing tapered flume terminating in an upper rim thereof defining an open mouth , and a lower base opposite the open mouth ; and a bottle (14', 14") defining a container for retaining a beverage and a pour spout for dispensing the beverage therefrom, the bottle (14', 14") having a size and shape for select slide-in reception through the open mouth of the beverage glass (12, 12', 12") in an inverted orientation such that the upwardly narrowing tapered flume selectively engages a sidewall of the container for friction-fit engagement therewith, wherein engagement of the bottle (14', 14") with the beverage glass (12, 12', 12") forms the combination package ; characterized in that the bottle (14', 14") includes a detent protrusion at least partially disposed around the circumference of the bottle (14', 14") and a slant adjacent to and increasing in diameter away from the detent protrusion and toward a bottom of the bottle (14', 14"). a beverage glass (12, 12', 12") having an upper shell-shaped body defining an upwardly narrowing tapered flume terminating in an upper rim thereof defining an open mouth , and a lower base opposite the open mouth ; and a bottle (14', 14") defining a container for retaining a beverage and a pour spout for dispensing the beverage therefrom, the bottle (14', 14") having a size and shape for select slide-in reception through the open mouth of the beverage glass (12, 12', 12") in an inverted orientation such that the upwardly narrowing tapered flume selectively engages a sidewall of the container for friction-fit engagement therewith, wherein engagement of the bottle (14', 14") with the beverage glass (12, 12', 12") forms the combination package ; characterized in that the bottle (14', 14") includes a detent protrusion at least partially disposed around the circumference of the bottle (14', 14") and a slant adjacent to and increasing in diameter away from the detent protrusion and toward a bottom of the bottle (14', 14").
An endoscope comprising, in a distal part, a dichroic prism assembly (P1-P7) configured to receive light from an object image through an entrance face of the dichroic prism assembly, the dichroic prism assembly comprising a first prism (P3), wherein a first side of the first prism is provided with a first sensor (D2), and a further dichroic prism assembly comprising three prisms (P5,P6,P7), each prism being provided with a sensor (D3,D4,D5), the further dichroic prism assembly being suitable for splitting light in three light components, the first prism having a cross section with at least five corners, each corner having an inside angle of at least 90 degrees, wherein the corners of the first prism are designed so that an incoming beam which enters the entrance face in a direction parallel to a normal of said entrance face is partially reflected twice inside the first prism and exits the first prism through an exit face parallel to a normal of said exit face towards the first sensor (D2), wherein the normal of the entrance face and the normal of the exit face are perpendicular to each other, wherein the dichroic prism assembly comprises a compensator prism (P4) between the first prism and the further dichroic prism assembly, wherein a first path length travelled by the part of the incoming beam reflected twice inside the first prism towards the first sensor (D2) is the same as path lengths travelled by a part of the incoming beam not reflected inside the first prism and entering the further dichroic prism assembly (P5, P6, P7) towards each of its three sensors (D3, D4, D5), taking into account an adjustment for focal plane focus position difference in wavelengths to be detected at the first sensor (D2) and the further three sensors (D3, D4, D5). wherein the corners of the first prism are designed so that an incoming beam which enters the entrance face in a direction parallel to a normal of said entrance face is partially reflected twice inside the first prism and exits the first prism through an exit face parallel to a normal of said exit face towards the first sensor (D2), wherein the normal of the entrance face and the normal of the exit face are perpendicular to each other, wherein the dichroic prism assembly comprises a compensator prism (P4) between the first prism and the further dichroic prism assembly, wherein the normal of the entrance face and the normal of the exit face are perpendicular to each other, wherein the dichroic prism assembly comprises a compensator prism (P4) between the first prism and the further dichroic prism assembly, wherein a first path length travelled by the part of the incoming beam reflected twice inside the first prism towards the first sensor (D2) is the same as path lengths travelled by a part of the incoming beam not reflected inside the first prism and entering the further dichroic prism assembly (P5, P6, P7) towards each of its three sensors (D3, D4, D5), taking into account an adjustment for focal plane focus position difference in wavelengths to be detected at the first sensor (D2) and the further three sensors (D3, D4, D5).
A display apparatus comprising a housing , a display unit , and a backlight module , wherein the display apparatus further comprises a first image capturing device , wherein the first image capturing device is located in the housing and is used for capturing a first image being displayed or played on the display unit , characterized in that the first image capturing device is located at the periphery of an optical cavity (C) formed between the display unit and the backlight module so as not to overlap the display area of the display unit and for capturing said first image being displayed or played on the display unit through the optical cavity (C).