mhurhangee/patent-ind-claim-en huggingface dataset:
A vehicle interior system comprising: a base comprising a curved surface ; a glass substrate comprising a first major surface , a second major surface , a minor surface connecting the first major surface and the second major surface , and a thickness (t) in a range from 0.05 mm to 2 mm, wherein the second major surface comprises a first radius of curvature of 500 mm or greater; an adhesive bonding the second major surface to the base ; a mounting mechanism for mounting the base in a vehicle, wherein the mounting mechanism comprises mounting brackets or clamps, wherein the base and the glass substrate in combination have a first stiffness K1, characterized in that : as a result of an impacter having a 165 mm diameter and a mass of 6.8 kg impacting the first major surface at an impact velocity of 6.68 m/s and at a normal angle of impact, a peak deceleration of the impacter after impact is 120 g or less, the mounting mechanism has a second stiffness K2 that limits deflection of the base and glass substrate as a result of the impacter to less than 50.8 mm, and the vehicle interior system has a system stiffness Ks defined as Ks = (K1 × K2) / (K1 + K2), wherein Ks is in a range where the glass substrate does not fracture from the impact of the impacter. a base comprising a curved surface ; a glass substrate comprising a first major surface , a second major surface , a minor surface connecting the first major surface and the second major surface , and a thickness (t) in a range from 0.05 mm to 2 mm, wherein the second major surface comprises a first radius of curvature of 500 mm or greater; an adhesive bonding the second major surface to the base ; a mounting mechanism for mounting the base in a vehicle, wherein the mounting mechanism comprises mounting brackets or clamps, wherein the base and the glass substrate in combination have a first stiffness K1, characterized in that : as a result of an impacter having a 165 mm diameter and a mass of 6.8 kg impacting the first major surface at an impact velocity of 6.68 m/s and at a normal angle of impact, a peak deceleration of the impacter after impact is 120 g or less, the mounting mechanism has a second stiffness K2 that limits deflection of the base and glass substrate as a result of the impacter to less than 50.8 mm, and the vehicle interior system has a system stiffness Ks defined as Ks = (K1 × K2) / (K1 + K2), wherein Ks is in a range where the glass substrate does not fracture from the impact of the impacter. as a result of an impacter having a 165 mm diameter and a mass of 6.8 kg impacting the first major surface at an impact velocity of 6.68 m/s and at a normal angle of impact, a peak deceleration of the impacter after impact is 120 g or less, the mounting mechanism has a second stiffness K2 that limits deflection of the base and glass substrate as a result of the impacter to less than 50.8 mm, and the vehicle interior system has a system stiffness Ks defined as Ks = (K1 × K2) / (K1 + K2), wherein Ks is in a range where the glass substrate does not fracture from the impact of the impacter.
An electroluminescence display comprising: a substrate , a plurality of sub pixels (P) defined on the substrate , wherein each sub pixel (P) comprises pixel circuit and a light emitting element connected to the pixel circuit, wherein the light emitting element (OLED) comprises a first electrode (ANO), an emission layer (EL) and a second electrode (CAT) disposed on a layered structure on the substrate ; a trench (TR) formed in the layered structure and surrounding the light emitting element (OLED); a lower metal layer disposed on a bottom surface in the trench (TR); a bank layer (BA) deposited at circumferences of the first electrode (ANO) and on the lower metal layer ; an upper metal layer disposed on the bank layer (BA) in the trench (TR); wherein the emission layer (EL) is disposed on the first electrode (ANO), the bank layer (BA) and the upper metal layer ; and the second electrode (CAT) is disposed on the emission layer (EL). a substrate , a plurality of sub pixels (P) defined on the substrate , wherein each sub pixel (P) comprises pixel circuit and a light emitting element connected to the pixel circuit, wherein the light emitting element (OLED) comprises a first electrode (ANO), an emission layer (EL) and a second electrode (CAT) disposed on a layered structure on the substrate ; a trench (TR) formed in the layered structure and surrounding the light emitting element (OLED); a lower metal layer disposed on a bottom surface in the trench (TR); a bank layer (BA) deposited at circumferences of the first electrode (ANO) and on the lower metal layer ; an upper metal layer disposed on the bank layer (BA) in the trench (TR); wherein the emission layer (EL) is disposed on the first electrode (ANO), the bank layer (BA) and the upper metal layer ; and the second electrode (CAT) is disposed on the emission layer (EL).
A system for performing an intravascular procedure, the system comprising an intravascular catheter having a proximal end and a distal end and comprising an ultrasonic probe near the distal end; a puncture assembly comprising a needle guide that is intrinsic to the catheter, the needle guide having a lumen extending therethrough, the lumen having a proximal opening, a distal opening proximal to the ultrasonic probe, and a flexible needle disposed therein, wherein the distal portion of the needle guide can articulate from a first position parallel to the catheter to a second position out and away from the catheter; whereby the puncture assembly is configured to direct a distal end of the needle away from the catheter into a visualization area of the ultrasonic probe as the needle is advanced through the needle guide. an intravascular catheter having a proximal end and a distal end and comprising an ultrasonic probe near the distal end; a puncture assembly comprising a needle guide that is intrinsic to the catheter, the needle guide having a lumen extending therethrough, the lumen having a proximal opening, a distal opening proximal to the ultrasonic probe, and a flexible needle disposed therein, wherein the distal portion of the needle guide can articulate from a first position parallel to the catheter to a second position out and away from the catheter; whereby the puncture assembly is configured to direct a distal end of the needle away from the catheter into a visualization area of the ultrasonic probe as the needle is advanced through the needle guide.
An underwater cleaning device for marine life on sealing surfaces of a gate, adapted for cleaning marine life attached to sealing surfaces of a gate of a building structure , the underwater cleaning device comprising a main structure , a cleaning structure installed on the main structure , and a rigging structure fixed to the main structure , wherein the rigging structure is connected with a lifting device to drive the cleaning structure to move to a corresponding position on the sealing surfaces of the gate, and the cleaning structure is configured to clean the marine life on the sealing surfaces of the gate when the cleaning structure moves to the corresponding position on the sealing surfaces of the gate; wherein the main structure comprises a truss arranged laterally and a moving carrier slidably provided on the truss , the cleaning structure comprises a nozzle structure, a delivery pipe and a reel device , the delivery pipe is configured to provide jetting fluid to the nozzle structure, the nozzle structure comprises a first nozzle for cleaning an upper sealing surface of the sealing surfaces and a second nozzle for cleaning a lower sealing surface of the sealing surfaces, and the first nozzle and the second nozzle are mounted on the moving carrier ; the reel device is mounted on the truss characterized in that the reel device is configured to release or rewind the delivery pipe with a movement of the moving carrier , and the reel device comprises a reel body , a left guide wheel and a right guide wheel , the delivery pipe is wound on the reel body and is located between the left guide wheel and the right guide wheel . wherein the main structure comprises a truss arranged laterally and a moving carrier slidably provided on the truss , the cleaning structure comprises a nozzle structure, a delivery pipe and a reel device , the delivery pipe is configured to provide jetting fluid to the nozzle structure, the nozzle structure comprises a first nozzle for cleaning an upper sealing surface of the sealing surfaces and a second nozzle for cleaning a lower sealing surface of the sealing surfaces, and the first nozzle and the second nozzle are mounted on the moving carrier ; the reel device is mounted on the truss characterized in that the reel device is configured to release or rewind the delivery pipe with a movement of the moving carrier , and the reel device comprises a reel body , a left guide wheel and a right guide wheel , the delivery pipe is wound on the reel body and is located between the left guide wheel and the right guide wheel .
An arrangement for providing a driving voltage from a primary power source to multiple Suspended Particle Device (SPD) loads (SPD1, SPD2, SPD3, SPD4, SPD5) for architectural structures, characterized by that the arrangement comprises in combination: multiple SPD loads (SPD1, SPD2, SPD3, SPD4, SPD5), a first conversion stage (20, 30, 51-55) configured to convert the voltage of said primary power source to a low voltage, the low voltage being lower than a voltage of the primary power source ; a backbone wiring configured to distribute said low voltage derived from said primary power source 810) throughout the structure; a second conversion stage (21-25,31-35) configured to convert said low voltage to a higher AC driving voltage and configured to supply said higher AC driving voltage to said multiple SPD loads (SPD1, SPD2, SPD3, SPD4, SPD5). multiple SPD loads (SPD1, SPD2, SPD3, SPD4, SPD5), a first conversion stage (20, 30, 51-55) configured to convert the voltage of said primary power source to a low voltage, the low voltage being lower than a voltage of the primary power source ; a backbone wiring configured to distribute said low voltage derived from said primary power source 810) throughout the structure; a second conversion stage (21-25,31-35) configured to convert said low voltage to a higher AC driving voltage and configured to supply said higher AC driving voltage to said multiple SPD loads (SPD1, SPD2, SPD3, SPD4, SPD5).
A cell removal system that is mounted on a centrifugal separator and removes predetermined cells from a body fluid, the cell removal system being characterized by a body fluid bag that is adapted to receive a body fluid; a first body fluid component bag that is adapted to receive a first body fluid component having a relatively high cell concentration in the body fluid; a second body fluid component bag that is adapted to receive a second body fluid component having a relatively low cell concentration in the body fluid; a first channel connected to the first body fluid component bag and the body fluid bag ; a second channel connected to the second body fluid component bag and the body fluid bag ; a filter that is provided in the first channel and adapted to remove predetermined cells from a body fluid component passing through the channel ; a first on-off valve that adapted to open and close the first channel ; and a second on-off valve that is adapted to open and close the second channel , the first channel being connected to an end portion of the body fluid bag , the end portion being, when mounted on the centrifugal separator , on the side of a direction of centrifugal force by the centrifugal separator , and the second channel being connected to an end portion of the body fluid bag , the end portion being, when mounted on the centrifugal separator , on the opposite side from the direction of centrifugal force by the centrifugal separator , characterized in that the cell removal system comprises a preservation liquid supply circuit connected to the first channel at a position closer to the body fluid bag than the filler provided in the first channel and which is configured to supply a preservation liquid for preserving the first body fluid component.
Electronic imager for imaging a photographic medium, comprising at least one matrix array of micro-mirrors each of which is suitable for reflecting, during a change in position, a light beam originating from at least one light source towards a projecting optical element , the change in position of the micro-mirrors being commanded by a signal modulated at a switching frequency ( f b ) of the micro-mirrors that is comprised between 1 Hz and 100 kHz.
A printer comprising: a receive buffer configured to receive string information including multiple substrings (BM) segmenting a string (M), wherein the string (M) is segmented into substrings (BM) by a delimiter and wherein characters in the string (M) are character codes that relate to font information; a storage configured to store style information indicating a style defined by a specific rule and store the font information related to the character codes; a processor configured to: generate, for each substring (BM) in the string information received by the receive buffer , a command string including a command and the substring (BM) based on the style information stored in the storage indicating the style of each substring (BM), execute the command included in the generated command string, and generate image data by referencing the font information in the storage ; and a printing mechanism configured to print based on the image data, characterized in that the style information corresponds to the number of substrings (BM); and the processor is configured to identify the substrings (BM) based on the delimiter, and generate the command string according to the style information including style data for each of the substrings (BM), which is selected in the order of the substrings (BM) based on the number of substrings (BM) separated by the delimiter. a receive buffer configured to receive string information including multiple substrings (BM) segmenting a string (M), wherein the string (M) is segmented into substrings (BM) by a delimiter and wherein characters in the string (M) are character codes that relate to font information; a storage configured to store style information indicating a style defined by a specific rule and store the font information related to the character codes; a processor configured to: generate, for each substring (BM) in the string information received by the receive buffer , a command string including a command and the substring (BM) based on the style information stored in the storage indicating the style of each substring (BM), execute the command included in the generated command string, and generate image data by referencing the font information in the storage ; and generate, for each substring (BM) in the string information received by the receive buffer , a command string including a command and the substring (BM) based on the style information stored in the storage indicating the style of each substring (BM), execute the command included in the generated command string, and generate image data by referencing the font information in the storage ; and a printing mechanism configured to print based on the image data, characterized in that the style information corresponds to the number of substrings (BM); and the processor is configured to identify the substrings (BM) based on the delimiter, and generate the command string according to the style information including style data for each of the substrings (BM), which is selected in the order of the substrings (BM) based on the number of substrings (BM) separated by the delimiter.
A deposition system , comprising: a system housing having a housing frame, housing panels carried by said housing frame and a housing interior ; a fixture transfer assembly having a generally elongated sloped fixture transfer rail carried by the system frame and extending through the housing interior; a plurality of sequentially ordered deposition chambers carried by the fixture transfer rail in the housing interior; a controller interfacing with the deposition chambers; a plurality of circular fixture carrier assemblies carried by the fixture transfer rail and each adapted to contain one substrate; and wherein the fixture carrier assemblies roll along the fixture transfer rail under influence of gravity. a system housing having a housing frame, housing panels carried by said housing frame and a housing interior ; a fixture transfer assembly having a generally elongated sloped fixture transfer rail carried by the system frame and extending through the housing interior; a plurality of sequentially ordered deposition chambers carried by the fixture transfer rail in the housing interior; a controller interfacing with the deposition chambers; a plurality of circular fixture carrier assemblies carried by the fixture transfer rail and each adapted to contain one substrate; and wherein the fixture carrier assemblies roll along the fixture transfer rail under influence of gravity.
A composition comprising: (A) at least 35% by weight polyfunctional polyurethane (meth)acrylate oligomer; (B) at least 0.1% by weight pigment; (C) 0.5% to 10% by weight thixotropic additive selected from the group consisting of organically-modified clay, organically-modified mixed mineral clay, and a mixture thereof; (D) 0 to about 20% by weight non-reactive solvent; (E) 0 to no more than 20% by weight film-forming polymer; (F) 0.1 to 5% by weight photoinitiator; (G) 0 to 5% by weight dispersant, and (H) the balance to make 100% by weight of one or more mono-, di-tri-, and tetrafunctional acrylic or methacrylic monomers; wherein the ratio of oligomer (A) to film forming polymer (E) is greater than 2.5; and wherein the composition is a UV curable gel suitable for coating natural and artificial nails and forming a wear-resistant adornment, and wherein the composition has a low shear viscosity at 2/sec shear rate at 25°C of greater than 1.2 Pa.s and a high shear viscosity at 70/sec shear rate at 25°C of less than 2 Pa.s. (A) at least 35% by weight polyfunctional polyurethane (meth)acrylate oligomer; (B) at least 0.1% by weight pigment; (C) 0.5% to 10% by weight thixotropic additive selected from the group consisting of organically-modified clay, organically-modified mixed mineral clay, and a mixture thereof; (D) 0 to about 20% by weight non-reactive solvent; (E) 0 to no more than 20% by weight film-forming polymer; (F) 0.1 to 5% by weight photoinitiator; (G) 0 to 5% by weight dispersant, and (H) the balance to make 100% by weight of one or more mono-, di-tri-, and tetrafunctional acrylic or methacrylic monomers;
A composite laminate part having an exposed edge and a fay surface , the part being provided with a seal arrangement comprising: an edge seal covering the exposed edge ; an edge cover covering the edge seal ; a recess located in the fay surface or in the edge cover adjacent the fay surface ; and a seal bead located within the recess and configured to form a seal between the fay surface and a structure to which the part is joined. an edge seal covering the exposed edge ; an edge cover covering the edge seal ; a recess located in the fay surface or in the edge cover adjacent the fay surface ; and a seal bead located within the recess and configured to form a seal between the fay surface and a structure to which the part is joined.
A PCB-pinout based packaged module, comprising a packaged module and a pin exposed outside the packaged module, wherein the packaged module comprises a printed circuit board, PCB and a power component, the PCB has a first surface and a second surface that are disposed opposite to each other, and the power component is disposed on the first surface or the second surface of the PCB; the power component performs communication connection with a pin located on one side of the first surface or one side of the second surface of the PCB through surface-layer copper of the PCB; and the pin located on one side of the first surface or one side of the second surface of the PCB is a surface-layer copper etching pattern that is located on an edge part of the PCB and that is exposed outside the packaged module; wherein there are two or more pins, and the PCB between the two or more pins is provided with an opening to form at least one sprue, wherein the sprue is configured to connect a packaging material to two sides of the PCB in a packaging process; characterised in that there are a plurality of left and right symmetric sprues, and the plurality of left and right symmetric sprues comprise two or more sprues. the packaged module comprises a printed circuit board, PCB and a power component, the PCB has a first surface and a second surface that are disposed opposite to each other, and the power component is disposed on the first surface or the second surface of the PCB; the power component performs communication connection with a pin located on one side of the first surface or one side of the second surface of the PCB through surface-layer copper of the PCB; and the pin located on one side of the first surface or one side of the second surface of the PCB is a surface-layer copper etching pattern that is located on an edge part of the PCB and that is exposed outside the packaged module; wherein there are two or more pins, and the PCB between the two or more pins is provided with an opening to form at least one sprue, wherein the sprue is configured to connect a packaging material to two sides of the PCB in a packaging process; characterised in that there are a plurality of left and right symmetric sprues, and the plurality of left and right symmetric sprues comprise two or more sprues.