mhurhangee/patent-ind-claim-en huggingface dataset:
A chip package structure , comprising a substrate , multiple chips and multiple discrete devices that are packaged on an upper surface of the substrate , and a heat dissipation apparatus , characterized in that , the heat dissipation apparatus comprises multiple cured insulation layers and multiple cured thermally conductive layers that are alternately laminated and coincide in a projection direction perpendicular to the upper surface of the substrate, one of the insulation layers is a bottom layer, which is cured to the upper surface of the substrate , one of the thermally conductive layers is cured to an upper surface of the bottom layer cured to the upper surface of the substrate , and the bottom layer is completely enclosing and adhered to outer surfaces of the multiple chips , outer surfaces of the multiple discrete devices , and the upper surface of the substrate , and is configured to conduct heat generated by the multiple chips and the multiple discrete devices to the thermally conductive layers and the substrate , so that the heat generated by the multiple chips and the multiple discrete devices is dissipated by using the thermally conductive layers and the substrate , and another one the thermally conductive layers is a top layer, which is configured to conduct the heat generated by the multiple chips and the multiple discrete devices to the air, wherein, the thermally conductive layers are made of a thermally conductive material and a formable insulating material, the thermally conductive material is evenly doped with the formable insulating material.
A method for detecting at least one transformed cell in a sample, wherein the transformed cell is a human or other vertebrate organism cell having acquired the properties of cancer, the method comprising: culturing a cellular sample in low attachment conditions, wherein culturing under low attachment conditions comprises agitating the cells to inhibit attachment; aliquoting the cells into the wells of a microtiter plate, said wells having been treated with different test agents, and/or concentrations of test agents; and detecting growth and/or cell viability of the sample, wherein increased growth relative and/or viability relative to a non-transformed control, or a control level indicative of basal growth and/or viability, indicates the presence of at least one transformed cell in a sample. culturing a cellular sample in low attachment conditions, wherein culturing under low attachment conditions comprises agitating the cells to inhibit attachment; aliquoting the cells into the wells of a microtiter plate, said wells having been treated with different test agents, and/or concentrations of test agents; and detecting growth and/or cell viability of the sample, wherein increased growth relative and/or viability relative to a non-transformed control, or a control level indicative of basal growth and/or viability, indicates the presence of at least one transformed cell in a sample.
A coupling device for connecting a drive block to at least one working shaft of a roll forming stand , comprising: - at least one universal shaft having a drive-side end and a driven-side end , wherein the driven-side end is connectable to an input section of a working shaft of the roll forming stand , - an automated actuating unit for engaging and disengaging the universal shaft , characterized in that the actuating unit comprises a coupling mechanism with a guide link which compensates for an axial offset and a radial offset between the driven-side end of the universal shaft and the input section of the working shaft , at least when the universal shaft is engaging, wherein the guide link has a section which is inclined both with respect to a direction of the axial offset and with respect to a direction of the parallel offset , wherein the driven-side end and the input section are movable relative to one another along the inclined portion in order to couple the universal shaft to the working shaft . - at least one universal shaft having a drive-side end and a driven-side end , wherein the driven-side end is connectable to an input section of a working shaft of the roll forming stand , - an automated actuating unit for engaging and disengaging the universal shaft , characterized in that the actuating unit comprises a coupling mechanism with a guide link which compensates for an axial offset and a radial offset between the driven-side end of the universal shaft and the input section of the working shaft , at least when the universal shaft is engaging, wherein the guide link has a section which is inclined both with respect to a direction of the axial offset and with respect to a direction of the parallel offset , wherein the driven-side end and the input section are movable relative to one another along the inclined portion in order to couple the universal shaft to the working shaft . characterized in that the actuating unit comprises a coupling mechanism with a guide link which compensates for an axial offset and a radial offset between the driven-side end of the universal shaft and the input section of the working shaft , at least when the universal shaft is engaging, wherein the guide link has a section which is inclined both with respect to a direction of the axial offset and with respect to a direction of the parallel offset , wherein the driven-side end and the input section are movable relative to one another along the inclined portion in order to couple the universal shaft to the working shaft .
Use of a low hydroxyl dibenzoate plasticizer in a reactive polyurethane composition prepared from the reaction of an isocyanate and a polyol, wherein the dibenzoate plasticizer consists of a low hydroxyl 1,2-propylene glycol dibenzoate having a hydroxyl number of less than 2 mg KOH/g when measured by the ASTM E222 method and less than 4 mg KOH/g when measured by the ASTM E1899 method, wherein the dibenzoate plasticizer is added to the polyurethane composition at the same time or close to the time that the isocyanate and polyol are mixed together to form a polyurethane polymer, wherein the dibenzoate plasticizer achieves comparable or improved properties of compatibility, color, exudation, optical properties, MVTR, hardness, tensile strength, tear strength, rebound, compression set, and solvent swell, as compared to that achieved with traditional plasticizers known for use in polyurethanes, and wherein the reactive polyurethane composition is a 1K or 2K sealant, a 1K or 2K adhesive, a thermoplastic composition or a thermoset composition, comprising a polyurethane polymer. wherein the dibenzoate plasticizer consists of a low hydroxyl 1,2-propylene glycol dibenzoate having a hydroxyl number of less than 2 mg KOH/g when measured by the ASTM E222 method and less than 4 mg KOH/g when measured by the ASTM E1899 method, wherein the dibenzoate plasticizer is added to the polyurethane composition at the same time or close to the time that the isocyanate and polyol are mixed together to form a polyurethane polymer, wherein the dibenzoate plasticizer achieves comparable or improved properties of compatibility, color, exudation, optical properties, MVTR, hardness, tensile strength, tear strength, rebound, compression set, and solvent swell, as compared to that achieved with traditional plasticizers known for use in polyurethanes, and wherein the reactive polyurethane composition is a 1K or 2K sealant, a 1K or 2K adhesive, a thermoplastic composition or a thermoset composition, comprising a polyurethane polymer.
Corner cabinet fitting for movably mounting a shelf in a corner cabinet , the corner cabinet fitting comprising - a bearing pedestal , - a supporting arm mounted to the bearing pedestal such as to be pivotable in a first pivoting movement about a first vertical pivot axis , - a shelf carrier mounted to the supporting arm such as to be pivotable in a second pivoting movement about a second vertical pivot axis , and - a mechanism which couples the second pivoting movement to the first pivoting movement, characterized in that the mechanism includes two rolling elements , which roll on one another directly or via a belt, a chain or a rod, and of which one rolling element is coupled to the bearing pedestal and the other rolling element is coupled to the shelf carrier . - a bearing pedestal , - a supporting arm mounted to the bearing pedestal such as to be pivotable in a first pivoting movement about a first vertical pivot axis , - a shelf carrier mounted to the supporting arm such as to be pivotable in a second pivoting movement about a second vertical pivot axis , and - a mechanism which couples the second pivoting movement to the first pivoting movement, characterized in that the mechanism includes two rolling elements , which roll on one another directly or via a belt, a chain or a rod, and of which one rolling element is coupled to the bearing pedestal and the other rolling element is coupled to the shelf carrier .
Carrier for mounting a vehicle device for a motor vehicle, with a basic structure , the basic structure being formed from plastic, and with at least one attachment point for arranging the vehicle device on the carrier , the attachment point being assigned a holding element which is configured from metal, the holding element being configured for absorbing forces in a crash scenario, characterized in that the holding element has a predefined crash expansion region , the crash expansion region having at least one protuberance or a plurality of protuberances for providing a material reservoir, and the at least one protuberance or the plurality of protuberances being configured for expanding the holding element in the crash scenario.
A method of cutting a semiconductor material by irradiating the semiconductor material with laser energy, comprising the steps of: i) providing a laser source adapted to emit successive pulses of laser beams , ii) emitting laser beam pulses from the laser source , iii) guiding the emitted laser beam pulses to irradiate semiconductor material to be cut , and iv) moving the semiconductor material relative to the irradiating laser beam pulses to cut the semiconductor material along a cutting line, wherein the laser source emits laser beam pulses having a pulse width of 100 picoseconds or less, and in step iii), the semiconductor material is irradiated by a plurality of laser beam pulses with a pulse repetition frequency in the range from 0.1 GHz to 5000 GHz, and wherein the plurality of laser beam pulses are emitted in at least two successive bursts of pulses, each burst comprising a plurality of laser beam pulses , the method characterised by the step of controlling at least one of: the laser source such that successive bursts have different pulse repetition frequencies, and the polarisation of the emitted laser beam pulses , such that the laser beam pulses of different bursts have different laser beam polarisation states. i) providing a laser source adapted to emit successive pulses of laser beams , ii) emitting laser beam pulses from the laser source , iii) guiding the emitted laser beam pulses to irradiate semiconductor material to be cut , and iv) moving the semiconductor material relative to the irradiating laser beam pulses to cut the semiconductor material along a cutting line, wherein the laser source emits laser beam pulses having a pulse width of 100 picoseconds or less, and in step iii), the semiconductor material is irradiated by a plurality of laser beam pulses with a pulse repetition frequency in the range from 0.1 GHz to 5000 GHz, and wherein the plurality of laser beam pulses are emitted in at least two successive bursts of pulses, each burst comprising a plurality of laser beam pulses , the method characterised by the step of controlling at least one of: the laser source such that successive bursts have different pulse repetition frequencies, and the polarisation of the emitted laser beam pulses , such that the laser beam pulses of different bursts have different laser beam polarisation states.
A method performed by a device, the method comprising: receiving a network threat report; extracting an indicator from the network threat report, the indicator being indicated in the network threat report as reported to be associated with a network threat; determining , based on the indicator, a confidence score indicating a likelihood that the indicator is associated with malicious activity; determining , based on the indicator, an impact score indicating a potential severity of the malicious activity; and performing an action identified based on the indicator, the confidence score, and the impact score, wherein the action includes blocking network traffic corresponding to the indicator or monitoring network traffic corresponding to the indicator. receiving a network threat report; extracting an indicator from the network threat report, the indicator being indicated in the network threat report as reported to be associated with a network threat; determining , based on the indicator, a confidence score indicating a likelihood that the indicator is associated with malicious activity; determining , based on the indicator, an impact score indicating a potential severity of the malicious activity; and performing an action identified based on the indicator, the confidence score, and the impact score, wherein the action includes blocking network traffic corresponding to the indicator or monitoring network traffic corresponding to the indicator.
A particle or pollen sensor comprising: an array of relative humidity sensors ; and a processor for processing the signals from the array of humidity sensors , wherein the processor is adapted to: detect a change in relative humidity representative of a particle or pollen in contact with one or more sensors of the array of relative humidity sensors , and thereby determine a change in relative humidity associated with presence of the particle or pollen; and identify a type of a particle or pollen based on the change in relative humidity. an array of relative humidity sensors ; and a processor for processing the signals from the array of humidity sensors , wherein the processor is adapted to: detect a change in relative humidity representative of a particle or pollen in contact with one or more sensors of the array of relative humidity sensors , and thereby determine a change in relative humidity associated with presence of the particle or pollen; and identify a type of a particle or pollen based on the change in relative humidity. detect a change in relative humidity representative of a particle or pollen in contact with one or more sensors of the array of relative humidity sensors , and thereby determine a change in relative humidity associated with presence of the particle or pollen; and identify a type of a particle or pollen based on the change in relative humidity.
A sorbent pouch system, comprising: a sorbent cartridge ; two or more sorbent pouches (202-205) removeably mounted with the sorbent cartridge , each sorbent pouch comprising a porous material and containing at least one sorbent material, the porous material allowing fluid to pass through the pouch; wherein the sorbent material is selected from the group consisting of zirconium oxide, zirconium phosphate, urease, and combinations thereof; wherein the porous material allows fluid to pass through one pouch into another; and the pouches are capable of being attached to and/or detached from each other; and characterized in that one or more of the pouches comprises a top portion and a bottom portion pivotably connected by a hinge to allow the pouch to be opened and provided with a latch member to secure the top portion to the bottom portion when the pouch is closed. a sorbent cartridge ; two or more sorbent pouches (202-205) removeably mounted with the sorbent cartridge , each sorbent pouch comprising a porous material and containing at least one sorbent material, the porous material allowing fluid to pass through the pouch; wherein the sorbent material is selected from the group consisting of zirconium oxide, zirconium phosphate, urease, and combinations thereof; wherein the porous material allows fluid to pass through one pouch into another; and the pouches are capable of being attached to and/or detached from each other; and characterized in that one or more of the pouches comprises a top portion and a bottom portion pivotably connected by a hinge to allow the pouch to be opened and provided with a latch member to secure the top portion to the bottom portion when the pouch is closed.
An iron-based alloy, consisting of 16.50 - 20.00 % by weight Cr; 0.20 - 2.00 % by weight B; 0.20 - 4.00 % by weight Ni; 0.10 - 0.35 % by weight C; 0.10 - 4.00 % by weight Mo; optionally 1.50 % by weight or less Si; optionally 1.00 % by weight or less Mn, optionally 3.90 % by weight or less Nb; optionally 3.90 % by weight or less V; optionally 3.90 % by weight or less W; and optionally 3.90 % by weight or less Ti; the balance being Fe and unavoidable impurities; provided that the total of Mo, Nb, V, W and Ti is in the range of 0.1 - 4.0 % by weight of the alloy. 16.50 - 20.00 % by weight Cr; 0.20 - 2.00 % by weight B; 0.20 - 4.00 % by weight Ni; 0.10 - 0.35 % by weight C; 0.10 - 4.00 % by weight Mo; optionally 1.50 % by weight or less Si; optionally 1.00 % by weight or less Mn, optionally 3.90 % by weight or less Nb; optionally 3.90 % by weight or less V; optionally 3.90 % by weight or less W; and optionally 3.90 % by weight or less Ti; the balance being Fe and unavoidable impurities; provided that the total of Mo, Nb, V, W and Ti is in the range of 0.1 - 4.0 % by weight of the alloy.
A light scanning apparatus comprising: a housing containing a space; a light source module , installed on the housing, arranged to emit a light beam (L); a light deflector , installed on a base of the housing and on which the light beam emitted by the light source module is incident, and which is arranged to be driven to deflect the incident light beam; an image forming optical system , installed in the space contained by the housing, arranged to form an image of the light beam deflected by the light deflector on a surface to be scanned; a flow restricting unit , arranged between the light source module and the light deflector in the space contained by the housing, which is arranged to restrict air flows occurring as the light deflector is driven, the flow restricting unit having an opening or a transparent member to allow the light beam emitted by the light source module to be incident on the light deflector; and a cover which covers the housing; wherein the flow restricting unit comprises a first flow blocking partitioning wall arranged on the housing and a second flow blocking partitioning wall arranged on the cover, and the first flow blocking partitioning wall and the second flow blocking partitioning wall are alternately arranged. a housing containing a space; a light source module , installed on the housing, arranged to emit a light beam (L); a light deflector , installed on a base of the housing and on which the light beam emitted by the light source module is incident, and which is arranged to be driven to deflect the incident light beam; an image forming optical system , installed in the space contained by the housing, arranged to form an image of the light beam deflected by the light deflector on a surface to be scanned; a flow restricting unit , arranged between the light source module and the light deflector in the space contained by the housing, which is arranged to restrict air flows occurring as the light deflector is driven, the flow restricting unit having an opening or a transparent member to allow the light beam emitted by the light source module to be incident on the light deflector; and a cover which covers the housing; wherein the flow restricting unit comprises a first flow blocking partitioning wall arranged on the housing and a second flow blocking partitioning wall arranged on the cover, and the first flow blocking partitioning wall and the second flow blocking partitioning wall are alternately arranged.
An imaging device for imaging at least one object comprising I. at least one image sensor located in at least one image plane of the imaging device , the image sensor comprising a plurality of photosensitive elements ; II. at least one first imaging system configured for generating at least one intermediate image of the object in at least one intermediate image plane ; III. at least one second imaging system configured for generating at least one image of the intermediate image on the image sensor in the image plane ; IV. at least one diffractive optical element arranged in the intermediate image plane ; and V. at least one aperture arranged in a beam path of the second imaging system between the intermediate image plane and the image sensor , wherein the diffractive optical element , the second imaging system and the aperture are arranged such that at least two different images for at least two different wavelengths of the intermediate image are generated on at least two different groups of the photosensitive elements . I. at least one image sensor located in at least one image plane of the imaging device , the image sensor comprising a plurality of photosensitive elements ; II. at least one first imaging system configured for generating at least one intermediate image of the object in at least one intermediate image plane ; III. at least one second imaging system configured for generating at least one image of the intermediate image on the image sensor in the image plane ; IV. at least one diffractive optical element arranged in the intermediate image plane ; and V. at least one aperture arranged in a beam path of the second imaging system between the intermediate image plane and the image sensor ,
LIDAR measurement system comprising: - a frame comprising a plurality of side members connected to each other in order to define an internal space; - a laser scanner , comprising a laser source and a detection unit , attached to one end of the frame and having at least one projecting portion which is arranged outside the internal space; - a tracking device securely attached, without any degree of freedom, to the detection unit and floatingly mounted in the frame , where "floating" means that the tracking device is not rigidly attached to the frame; - a cooling device comprising at least one heat collector arranged in the measurement system and thermally connected to a heat exchanger ; - a sealed protective case attached to the frame . - a frame comprising a plurality of side members connected to each other in order to define an internal space; - a laser scanner , comprising a laser source and a detection unit , attached to one end of the frame and having at least one projecting portion which is arranged outside the internal space; - a tracking device securely attached, without any degree of freedom, to the detection unit and floatingly mounted in the frame , where "floating" means that the tracking device is not rigidly attached to the frame; - a cooling device comprising at least one heat collector arranged in the measurement system and thermally connected to a heat exchanger ; - a sealed protective case attached to the frame .