mhurhangee/patent-ind-claim-en huggingface dataset:
A method for encapsulating a semiconductor device comprising the steps of: a) providing a mold having top and bottom portions to form a cavity for creating a package having planar top and side areas, the top mold portion having a center die to define the planar top area of the package, and side dies to define the planar side areas of the package, the center die separated from the side dies by a gap having a width and further having protruding members along the die perimeter, the members extending toward the cavity and having a height equal to the width of the gap ; b) lining the top mold portion facing the cavity with a protective plastic tape ; c) pulling the plastic tape tight to the contours of the top mold portion by applying vacuum to the gap , thereby causing the tape to line the center die members and to bridge the gap ; d) providing a semiconductor chip on a substrate ; e) positioning the substrate on the bottom mold portion , so that the chip faces away from the bottom mold ; f) dispensing a pre-determined amount of encapsulation compound over the chips to cover the chips and portions of the substrate near the chips; and g) closing the mold portions by clamping the top portion onto the bottom portion , thereby forming a seal of the tape surrounding the substrate ; and h) shaping the encapsulation compound to follow the contours of the tape to form a recess along edge lines formed where the planar top and side areas intersect, thereby preserving the planarity of the top package area by preventing any compound to reach over the top area plane . a) providing a mold having top and bottom portions to form a cavity for creating a package having planar top and side areas, the top mold portion having a center die to define the planar top area of the package, and side dies to define the planar side areas of the package, the center die separated from the side dies by a gap having a width and further having protruding members along the die perimeter, the members extending toward the cavity and having a height equal to the width of the gap ; b) lining the top mold portion facing the cavity with a protective plastic tape ; c) pulling the plastic tape tight to the contours of the top mold portion by applying vacuum to the gap , thereby causing the tape to line the center die members and to bridge the gap ; d) providing a semiconductor chip on a substrate ; e) positioning the substrate on the bottom mold portion , so that the chip faces away from the bottom mold ; f) dispensing a pre-determined amount of encapsulation compound over the chips to cover the chips and portions of the substrate near the chips; and g) closing the mold portions by clamping the top portion onto the bottom portion , thereby forming a seal of the tape surrounding the substrate ; and h) shaping the encapsulation compound to follow the contours of the tape to form a recess along edge lines formed where the planar top and side areas intersect, thereby preserving the planarity of the top package area by preventing any compound to reach over the top area plane .
A polyester-based metalizing film comprising: a heat-shrinkable polyester-based film base; a metal deposition layer formed on the base; and a print layer formed on the metal deposition layer, and a back layer formed on the other surface of the heat-shrinkable polyester-based film as an embossing layer formed by physically or chemically treating a surface of the heat-shrinkable polyester-based film or a white pigment coating layer, wherein a stiffness of the film in a maximum shrinkage direction is 1.5 to 13 g/mm 2 , (determined according to the method described herein), and a curl characteristic value defined by a detailed description is 5mm or less. a heat-shrinkable polyester-based film base; a metal deposition layer formed on the base; and a print layer formed on the metal deposition layer, and a back layer formed on the other surface of the heat-shrinkable polyester-based film as an embossing layer formed by physically or chemically treating a surface of the heat-shrinkable polyester-based film or a white pigment coating layer, wherein a stiffness of the film in a maximum shrinkage direction is 1.5 to 13 g/mm 2 , (determined according to the method described herein), and a curl characteristic value defined by a detailed description is 5mm or less.
A pharmaceutical package assembly comprising a plunger or a piston comprising a polymer composition comprising an effective amount of lubricating additive, characterized in that the lubricating additive comprises hexagonal boron nitride, with the proviso that no lubricating coating selected from silicone oil and fluorocarbon coatings are added.
Component for an electric machine , wherein the component includes at least one polymer layer , wherein the at least one polymer layer consists of cured plastic adhesive and adheres to at least one flat region of the component without further aids, wherein at least one electric line runs on the at least one flat region at least when the component is integrated into the electric machine , wherein the at least one flat region has at least one sharp-edged structure , wherein the at least one sharp-edged structure is masked with the polymer layer adhering thereto, in order to protect from damage the at least one electric line running - at least when the component is integrated into the electric machine - on the at least one flat region, characterised in that the plastic adhesive is jetted onto the flat region in the form of threads , such that the threads are spin-coated on top of one another in the form of overlapping loops and form a network structure which spans the at least one sharp-edged structure .
An electrochemical device comprising: an electrochemical cell including a first electrode having a first flow path , a second electrode having a second flow path , and a separating membrane sandwiched between the first electrode and the second electrode ; a gas-liquid separation tank which is connected to the first flow path of the first electrode ; an operating pipe connected to the first flow path of the first electrode and a gas portion of the gas-liquid separation tank ; and a water sealing pipe which is connected to a liquid portion of the gas-liquid separation tank and the operating pipe , wherein the device is configured: to send a product produced at the first electrode and water permeating from the second electrode to the first electrode to the gas-liquid separation tank at an operation time of the electrochemical device , and to send water in the gas-liquid separation tank through the water sealing pipe to the first flow path of the first electrode at a stop time of the electrochemical device , the water sealing pipe is connected via the operating pipe to an opening being an outlet of hydrogen in the first flow path at the device operation time, and has a check valve , and an electromagnetic valve is connected to the opening being an outlet of water in the first flow path at the device stop time. an electrochemical cell including a first electrode having a first flow path , a second electrode having a second flow path , and a separating membrane sandwiched between the first electrode and the second electrode ; a gas-liquid separation tank which is connected to the first flow path of the first electrode ; an operating pipe connected to the first flow path of the first electrode and a gas portion of the gas-liquid separation tank ; and a water sealing pipe which is connected to a liquid portion of the gas-liquid separation tank and the operating pipe , wherein the device is configured: to send a product produced at the first electrode and water permeating from the second electrode to the first electrode to the gas-liquid separation tank at an operation time of the electrochemical device , and to send water in the gas-liquid separation tank through the water sealing pipe to the first flow path of the first electrode at a stop time of the electrochemical device , to send a product produced at the first electrode and water permeating from the second electrode to the first electrode to the gas-liquid separation tank at an operation time of the electrochemical device , and to send water in the gas-liquid separation tank through the water sealing pipe to the first flow path of the first electrode at a stop time of the electrochemical device , the water sealing pipe is connected via the operating pipe to an opening being an outlet of hydrogen in the first flow path at the device operation time, and has a check valve , and an electromagnetic valve is connected to the opening being an outlet of water in the first flow path at the device stop time.
A concealed flow regulator, comprising a housing portion and a water diversion device assembled in the housing portion , the housing portion is disposed with a mutation cavity and a suction passage connecting an inner and an outer of the mutation cavity , the diversion device is used to divide water, negative pressure generates when the divided water flows into the mutation cavity , air is sucked to mix with water to produce bubble water under an action of the negative pressure; an external revolution surface of the housing portion is disposed with external thread , the housing portion can be threaded to a water supplying opening via the external thread ; wherein the suction passage is disposed with an internal port faced to the mutation cavity and an external port disposed in the external revolution surface, an air flowing clearance is formed, when the flow regulator is in its installed condition, between the housing portion and the inner wall of the water supplying opening , the air flowing clearance is connected to the external port, so that air can enter the mutation cavity through the air flowing clearance , the external port and the internal port, characterised in that the flow regulator further comprises an annular seat and an elastic water stop ring , wherein the annular seat , the water diversion device and the housing portion are assembled together; wherein the diversion device comprises a periphery wall , a central base in the periphery wall and a deflecting annular wall fixedly connecting the periphery wall and the central base , the periphery wall is disposed with diversion holes , the external periphery surface of the deflecting annular wall is gradually larger downwardly radically from the central base to the periphery wall , the central base has at least a part extending out of an internal hole of the annular seat , a flowing clearance is formed between the central base and the hole wall of the internal hole of the annular seat, the flowing clearance is disposed above the deflecting annular wall to make water directly flow to the deflecting annular wall through the flowing clearance; wherein the water stop ring is supported on the annular seat to surround and fit to the central base , so that the flowing area of the flowing clearance is adjustable by the water pressure so as to save water.
Insertion pipe clamp comprising at least one pipe clamp bracket with lateral clasps and supports with a plurality of lateral openings , wherein the pipe clamp bracket comprises a left and a right end region with one opening each , the supports can be inserted into the openings of the end regions and the clasps can be slid over the end regions in such a way that the clasps engage into at least one opening of the support in order to attach the pipe clamp to the support , wherein the insertion pipe clamp comprises a base plate and the supports comprise a foot arranged essentially at a right angle in the lower end region of the supports , characterized in that the base plate and the foot of the supports for fastening the supports to the base plate together form a screw cap , the screw cap comprises at least one rounded guide area , wherein the guide area is part of the base plate and the angular circumference of the guide area(s) does not exceed a 180° angle, and the foot of the support comprises at least one rounded section , wherein the rounded section of the foot engages into the guide area of the base plate .
A method executed by a server remote from a vehicle, comprising: receiving a wirelessly transmitted request from a vehicle for a particular application to utilize a user interface powered by the vehicle, the user interface having a plurality of vehicle user interface resources , wherein the received request includes an application identifier for said particular application; following receipt of the request from the vehicle, accessing a stored mapping of application identifiers to vehicle conditions, wherein the vehicle conditions include at least a first condition of the vehicle powered but not moving and a second condition of the vehicle moving, and wherein the mapping includes an indication of vehicle user interface resources permitted to be accessed by a particular application for a given vehicle condition specific to a particular user application program; comparing the received request to the mapping and identifying vehicle user interface resources of the user interface permitted according to the comparison; and signaling control software on the vehicle to permit the particular application to access only the permitted vehicle interface resources of the vehicle user interface, wherein the particular application resides on a portable mobile device coupled to the vehicle, and wherein the signaling permits the portable mobile device application to utilize the vehicle user interface as an extended interface to control the portable mobile device application with such utilization being restricted to the permitted vehicle user interface resources of the vehicle user interface. receiving a wirelessly transmitted request from a vehicle for a particular application to utilize a user interface powered by the vehicle, the user interface having a plurality of vehicle user interface resources , wherein the received request includes an application identifier for said particular application; following receipt of the request from the vehicle, accessing a stored mapping of application identifiers to vehicle conditions, wherein the vehicle conditions include at least a first condition of the vehicle powered but not moving and a second condition of the vehicle moving, and wherein the mapping includes an indication of vehicle user interface resources permitted to be accessed by a particular application for a given vehicle condition specific to a particular user application program; comparing the received request to the mapping and identifying vehicle user interface resources of the user interface permitted according to the comparison; and signaling control software on the vehicle to permit the particular application to access only the permitted vehicle interface resources of the vehicle user interface, wherein the particular application resides on a portable mobile device coupled to the vehicle, and wherein the signaling permits the portable mobile device application to utilize the vehicle user interface as an extended interface to control the portable mobile device application with such utilization being restricted to the permitted vehicle user interface resources of the vehicle user interface.
A bone plate designed for veterinary use, comprising: a shaft portion ; a head portion ; a bone contacting surface ; an outer surface opposed to the bone contacting surface ; characterized in that an elliptical hole is formed through the head portion and is configured for accommodating at least a portion of a condyle of a distal humerus of an animal. a shaft portion ; a head portion ; a bone contacting surface ; an outer surface opposed to the bone contacting surface ; characterized in that an elliptical hole is formed through the head portion and is configured for accommodating at least a portion of a condyle of a distal humerus of an animal.
An edible food conditioning film characterized by forming a film composed of: • 0.5% to 1.5% of ethanolic and hydroethanolic fraction of seaweed; • 1% alginate; and • 1% glycerol; and • 96.5% to 97.5% water. • 0.5% to 1.5% of ethanolic and hydroethanolic fraction of seaweed; • 1% alginate; and • 1% glycerol; and • 96.5% to 97.5% water.
A method for adjusting a series of golf clubs each comprising a shaft , a head at the proximal end of the shaft and a grip at the distal end of the shaft; said method comprising the following steps: - adjusting the mass of the head of each golf club and/or adjusting the mass of the shaft of each golf club near the distal end of the shaft, such that each golf club has a moment of inertia identical to within plus or minus 1% along an axis passing through the proximal end of the shaft; and - adjusting the mass of the grip of each golf club and/or adjusting the mass of the shaft of each golf club near the proximal end of the shaft, such that each golf club has a swingweight identical to within plus or minus 1 point. - adjusting the mass of the head of each golf club and/or adjusting the mass of the shaft of each golf club near the distal end of the shaft, such that each golf club has a moment of inertia identical to within plus or minus 1% along an axis passing through the proximal end of the shaft; and - adjusting the mass of the grip of each golf club and/or adjusting the mass of the shaft of each golf club near the proximal end of the shaft, such that each golf club has a swingweight identical to within plus or minus 1 point.
A dry sprinkler head comprising: a flexible conduit having a first end and a second end, the flexible conduit being configured to couple to a fluid supply; a sprinkler nozzle mounted at the first end of the flexible conduit ; the sprinkler nozzle having an element which breaks when exposed to temperatures above a preselected temperature to permit fluid flow through the sprinkler nozzle ; and a valve disposed proximate to the second end of the flexible conduit and having a released position and a latched position, wherein the valve is a check valve configured to allow fluid from the fluid supply to flow through the conduit when the valve is in the released position and to prevent fluid from the fluid supply from flowing through the conduit when the valve is in the latched position, characterized in that : a flexible link extending between said sprinkler nozzle and said valve , wherein breaking of said element causes said flexible link to in turn cause the valve to move from the latched position to the released position. a flexible conduit having a first end and a second end, the flexible conduit being configured to couple to a fluid supply; a sprinkler nozzle mounted at the first end of the flexible conduit ; the sprinkler nozzle having an element which breaks when exposed to temperatures above a preselected temperature to permit fluid flow through the sprinkler nozzle ; and a valve disposed proximate to the second end of the flexible conduit and having a released position and a latched position, wherein the valve is a check valve configured to allow fluid from the fluid supply to flow through the conduit when the valve is in the released position and to prevent fluid from the fluid supply from flowing through the conduit when the valve is in the latched position, characterized in that : a flexible link extending between said sprinkler nozzle and said valve , wherein breaking of said element causes said flexible link to in turn cause the valve to move from the latched position to the released position.
A fused-view computer implemented imaging method comprising: obtaining two or more digital image files of adjacent tissue sections of a tissue sample ; based on the digital image files, providing for display a single output digital composite image of a tissue section comprising two or more regions, wherein each region has a size and shape and shows image data from a different adjacent tissue section ; obtaining a modification input from a user in size, shape or both of one or more regions; responsive to the modification input, modifying the size, shape or both of one or more regions within the single output digital image, characterized in that modifying the size, shape or both of one or more regions comprises executing a local image registration process to match tissue structure along an interface between modified regions. obtaining two or more digital image files of adjacent tissue sections of a tissue sample ; based on the digital image files, providing for display a single output digital composite image of a tissue section comprising two or more regions, wherein each region has a size and shape and shows image data from a different adjacent tissue section ; obtaining a modification input from a user in size, shape or both of one or more regions; responsive to the modification input, modifying the size, shape or both of one or more regions within the single output digital image, characterized in that modifying the size, shape or both of one or more regions comprises executing a local image registration process to match tissue structure along an interface between modified regions.
An interlayer film for laminated glass, being an interlayer film for laminated glass having a structure which is more than two layered, provided with a first layer, a second layer layered on a first surface of the first layer and a third layer layered on a second surface opposite to the first surface of the first layer, wherein the first layer includes a modified polyvinyl acetate and a plasticizer, the content of the plasticizer in the first layer is greater than or equal to 25 parts by weight relative to 100 parts by weight of the modified polyvinyl acetate in the first layer, and the modified polyvinyl acetate having a vinyl acetate structural unit and a fatty acid vinyl ester structural unit. wherein the first layer includes a modified polyvinyl acetate and a plasticizer, the content of the plasticizer in the first layer is greater than or equal to 25 parts by weight relative to 100 parts by weight of the modified polyvinyl acetate in the first layer, and the modified polyvinyl acetate having a vinyl acetate structural unit and a fatty acid vinyl ester structural unit.
Electronics module comprising a housing lower part , a printed circuit board , a fastening means and a housing upper part , the printed circuit board having at least one through-opening for fastening with the fastening means, which is force-fittingly and/or form-fittingly introduced by way of a first end through the through-opening into a receiving element , arranged in line, of the housing lower part and fastened, a receiving element arranged in line with the receiving element of the housing lower part being provided on the housing upper part , the other end of the fastening means being force-fittingly and/or form-fittingly introduced into the at least one receiving element of the housing upper part and fastened, the fastening means being in the form of a locking bolt comprising at least one protruding support portion and a first bolt portion with a head end and a connecting neck portion , at least one single-part or multi-part cutting and/or friction ring (6.1, 9.1) being arranged in the region of the head end and/or the neck portion , a second bolt portion being arranged on the rear side of the protruding support portion , the second bolt portion having a head end and a connecting neck portion , and at least one single-part or multi-part cutting and/or friction ring (5.1) being arranged in the region of the head end and/or the neck portion , and characterized in that the printed circuit board is centred and permanently pressed on the receiving elements of the housing lower part by the protruding support portion of the locking bolt .