mhurhangee/ep-ind-claims huggingface dataset:
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 vehicle dashboard comprising a cockpit module assembly which is disposed inside the dashboard for a vehicle, the vehicle cockpit module assembly comprising: a dashboard connection frame inserted into a bent inner side surface of an upper dashboard and comprising a structure insertion groove for insertion disposed at one extended side thereof; a rail assembly comprising a main housing configured to accommodate a linear power transmitting portion, which comprises a pulley and a timing belt; and a connection frame having one side thereof fastened to the linear power transmitting portion, which is disposed inside the main housing, through the sliding hole and the other side thereof fastened to the monitor to allow the monitor to slide in the sliding hole due to the linear power transmitting portion; characterized by a fixing bracket coupled to one side of the main housing, the fixing bracket being inserted into the structure insertion groove of the dashboard connection frame, and comprising a sliding hole formed at one side to allow horizontal sliding of a monitor. a dashboard connection frame inserted into a bent inner side surface of an upper dashboard and comprising a structure insertion groove for insertion disposed at one extended side thereof; a rail assembly comprising a main housing configured to accommodate a linear power transmitting portion, which comprises a pulley and a timing belt; and a connection frame having one side thereof fastened to the linear power transmitting portion, which is disposed inside the main housing, through the sliding hole and the other side thereof fastened to the monitor to allow the monitor to slide in the sliding hole due to the linear power transmitting portion; characterized by a fixing bracket coupled to one side of the main housing, the fixing bracket being inserted into the structure insertion groove of the dashboard connection frame, and comprising a sliding hole formed at one side to allow horizontal sliding of a monitor.
An absorbent article comprising: a chassis defining two leg openings opposite a waist opening, the chassis containing an absorbent core and including a front portion, a back portion and a crotch portion positioned in between the front portion and the back portion; at least one of a back elastic waistband or a front elastic waistband that partially encircles the waist opening of the chassis; and characterised in that: the chassis further includes first and second opposing elastic side areas, wherein the first and second opposing side areas include the portions of the article positioned on the hips of the wearer in use, the side areas being made from a stretchable material, the first elastic side area including a first panel attached to a second panel along a first vertical attachment area and wherein the second side area also includes a first panel attached to a second panel along a second vertical attachment area; and wherein the back or front waistband has a first end and a second end, the first end terminating on the first side area but leaving a gap between the first end and the first vertical attachment area, the second end terminating on the second side area but also leaving a gap between the second end and the second vertical attachment area, wherein the gap between the first end of the back or front waistband (56,54) and the first vertical attachment area and the gap between the second end of the back or front waistband (56,54) and the second vertical attachment area is from about 3 mm to about 150 mm. a chassis defining two leg openings opposite a waist opening, the chassis containing an absorbent core and including a front portion, a back portion and a crotch portion positioned in between the front portion and the back portion; at least one of a back elastic waistband or a front elastic waistband that partially encircles the waist opening of the chassis; the chassis further includes first and second opposing elastic side areas, wherein the first and second opposing side areas include the portions of the article positioned on the hips of the wearer in use, the side areas being made from a stretchable material, the first elastic side area including a first panel attached to a second panel along a first vertical attachment area and wherein the second side area also includes a first panel attached to a second panel along a second vertical attachment area; and wherein the back or front waistband has a first end and a second end, the first end terminating on the first side area but leaving a gap between the first end and the first vertical attachment area, the second end terminating on the second side area but also leaving a gap between the second end and the second vertical attachment area, wherein the gap between the first end of the back or front waistband (56,54) and the first vertical attachment area and the gap between the second end of the back or front waistband (56,54) and the second vertical attachment area is from about 3 mm to about 150 mm.
A method for anonymization of location event data collected within a mobile communication network providing a service for subscribers or customers wherein each location event data set is related to an individual subscriber or customer of the mobile communication network specified by an obfuscated personal identifier and consists of an event attribute defining an occurred event of an individual subscriber and of a location attribute defining the current location where the event occurred, characterised in that for each detected location the method counts the number of different obfuscated personal identifiers triggering an event at said each location, and wherein the method merges the collected location event data sets of different locations, if the number of different obfuscated personal identifiers at a location is less than a defined threshold.
A water cleaning device comprising: a water tank (41, 70, 80, 91) enabling a cloth to be adhered to a lower side thereof, supplying water to the cloth, and having an air hole (446, 742, 816, 912) for allowing external air to be introduced therethrough; and a control device (450, 750, 820, 950) movably provided on the water tank, the control device (450, 750, 820, 950) controlling the flow of air through the air hole, wherein the water tank (41, 70, 80, 91) forms a water storage space in which water is stored, wherein the control device (450, 750, 820, 950) includes a movable member (452, 752, 952) that is movably disposed at the outside of the water storage space to open or close the air hole (446, 742, 816, 912), characterized in that the movable member (452, 752) protrudes downward of the water tank (41, 70) to be in contact with the cloth adhered to the water tank (41, 70). a water tank (41, 70, 80, 91) enabling a cloth to be adhered to a lower side thereof, supplying water to the cloth, and having an air hole (446, 742, 816, 912) for allowing external air to be introduced therethrough; and a control device (450, 750, 820, 950) movably provided on the water tank, the control device (450, 750, 820, 950) controlling the flow of air through the air hole, wherein the water tank (41, 70, 80, 91) forms a water storage space in which water is stored, wherein the control device (450, 750, 820, 950) includes a movable member (452, 752, 952) that is movably disposed at the outside of the water storage space to open or close the air hole (446, 742, 816, 912), characterized in that the movable member (452, 752) protrudes downward of the water tank (41, 70) to be in contact with the cloth adhered to the water tank (41, 70).
A miRNA inhibitor comprising: a first oligonucleotide comprising: a central region having 3' and 5' ends, and having a central sequence that is from about 6 to about 37 nucleotides and having at least about 80% complementarity with a target RNA sequence, wherein the central region is single stranded, and the target RNA sequence is capable of silencing a target gene; a 5' flanking region that comprises a duplex region; and a 3' flanking region that comprises a duplex region wherein the target RNA sequence is selected from the group consisting of a region of RISC-entering strand of a miRNA, a region of pre-miRNA, and a mature region and regions bordering the mature region of pri-miRNA and the miRNA inhibitor is capable of being recognised by RISC and other proteins associated with RNAi machinery. a first oligonucleotide comprising: a central region having 3' and 5' ends, and having a central sequence that is from about 6 to about 37 nucleotides and having at least about 80% complementarity with a target RNA sequence, wherein the central region is single stranded, and the target RNA sequence is capable of silencing a target gene; a 5' flanking region that comprises a duplex region; and a 3' flanking region that comprises a duplex region a central region having 3' and 5' ends, and having a central sequence that is from about 6 to about 37 nucleotides and having at least about 80% complementarity with a target RNA sequence, wherein the central region is single stranded, and the target RNA sequence is capable of silencing a target gene; a 5' flanking region that comprises a duplex region; and a 3' flanking region that comprises a duplex region
A device for dispensing an active volatile substance into the surrounding atmosphere, provided with means for forced ventilation of an evaporation surface impregnated with said volatile substance, said device comprising: a) a reservoir (1,1') containing an active volatile substance (2,2') and having an upper part (3,3') equipped with an opening; b) a wick/emanator assembly comprising an emanating member (5,5',5") carrying said evaporation surface and formed of a material capable of being impregnated with said active volatile substance upon activation of the device and of allowing evaporation thereof into the device's surroundings; and a wick member (4,4',4") formed of, or carrying, a porous material part capable of being impregnated with said active volatile substance, said wick member being adapted to be lodged in the device through the opening of the reservoir's upper part (3,3') in a position allowing it to be impregnated with the volatile substance and to be in contact with the emanating member; the emanating member and the wick member, upon activation of the device, being lodged in the device in a position allowing the wick member to be in contact with the active volatile substance and to cause the emanating member to be impregnated therewith, said means for forced ventilation of the evaporation surface carried by the emanating member comprise electrically, battery or solar powered means (6,7) capable of causing repeated movement, controlled by a user or caused by pulsed auctioning of a means capable of directly acting on the emanating member or assembly, of at least the emanating member relative to said reservoir, for a determined period of time, the device being characterized in being devoid of a separate fan or helix to increase ventilation of the emanating surface. a) a reservoir (1,1') containing an active volatile substance (2,2') and having an upper part (3,3') equipped with an opening; b) a wick/emanator assembly comprising an emanating member (5,5',5") carrying said evaporation surface and formed of a material capable of being impregnated with said active volatile substance upon activation of the device and of allowing evaporation thereof into the device's surroundings; and a wick member (4,4',4") formed of, or carrying, a porous material part capable of being impregnated with said active volatile substance, said wick member being adapted to be lodged in the device through the opening of the reservoir's upper part (3,3') in a position allowing it to be impregnated with the volatile substance and to be in contact with the emanating member;
Bicycle frame for an electric bicycle, comprising a multi-tubular and one-piece frame section comprising a support tube and a housing tube, the support tube defining a support chamber extending in the longitudinal direction of the frame section and the housing tube defining a housing chamber extending in the longitudinal direction of the frame section, wherein the housing tube comprises a battery opening through which a battery can be inserted into the housing chamber, characterised in that the support tube has a larger wall thickness than the housing tube. a multi-tubular and one-piece frame section comprising a support tube and a housing tube, the support tube defining a support chamber extending in the longitudinal direction of the frame section and the housing tube defining a housing chamber extending in the longitudinal direction of the frame section, wherein the housing tube comprises a battery opening through which a battery can be inserted into the housing chamber, characterised in that the support tube has a larger wall thickness than the housing tube.
A low-density lipoprotein cholesterol measurement method for measuring LDL cholesterol in a sample, the method comprising steps to below: a step of providing a test piece comprising: (i) a total-cholesterol measurement portion comprising an enzyme reagent for measuring cholesterol, and (ii) a non-LDL cholesterol measurement portion for measuring non-LDL cholesterol, which is cholesterol other than LDL cholesterol, comprising an enzyme reagent for measuring cholesterol, a surfactant for solubilizing non-LDL cholesterol and a surfactant for inhibiting LDL cholesterol dissolution; the total-cholesterol measurement portion and the non-LDL cholesterol measurement portion being provided separately and independently; a step of measuring total cholesterol in the sample in the total-cholesterol measurement portion by the enzyme reagent for measuring cholesterol; a step of selectively measuring non-LDL cholesterol in the sample by the enzyme reagent for measuring cholesterol in the non-LDL cholesterol measurement portion due to the action of the surfactant for solubilizing non-LDL cholesterol and the surfactant for inhibiting LDL cholesterol dissolution; and a step of obtaining an LDL cholesterol level of the sample by subtracting a non-LDL cholesterol value measured in the step from a total-cholesterol value measured in the step. a step of providing a test piece comprising: (i) a total-cholesterol measurement portion comprising an enzyme reagent for measuring cholesterol, and (ii) a non-LDL cholesterol measurement portion for measuring non-LDL cholesterol, which is cholesterol other than LDL cholesterol, comprising an enzyme reagent for measuring cholesterol, a surfactant for solubilizing non-LDL cholesterol and a surfactant for inhibiting LDL cholesterol dissolution; the total-cholesterol measurement portion and the non-LDL cholesterol measurement portion being provided separately and independently; (i) a total-cholesterol measurement portion comprising an enzyme reagent for measuring cholesterol, and (ii) a non-LDL cholesterol measurement portion for measuring non-LDL cholesterol, which is cholesterol other than LDL cholesterol, comprising an enzyme reagent for measuring cholesterol, a surfactant for solubilizing non-LDL cholesterol and a surfactant for inhibiting LDL cholesterol dissolution; the total-cholesterol measurement portion and the non-LDL cholesterol measurement portion being provided separately and independently; a step of measuring total cholesterol in the sample in the total-cholesterol measurement portion by the enzyme reagent for measuring cholesterol; a step of selectively measuring non-LDL cholesterol in the sample by the enzyme reagent for measuring cholesterol in the non-LDL cholesterol measurement portion due to the action of the surfactant for solubilizing non-LDL cholesterol and the surfactant for inhibiting LDL cholesterol dissolution; and a step of obtaining an LDL cholesterol level of the sample by subtracting a non-LDL cholesterol value measured in the step from a total-cholesterol value measured in the step.
A method for determining a location of a vehicle (200, 400), comprising: acquiring a plurality of sensor data traces from a radar sensor associated with the vehicle (200, 400); obtaining an approximate location of the vehicle using a GPS unit; comparing the sensor data traces to a database of geo-referenced sensor data traces; and based on the comparison, determining a location of the vehicle (200, 400), wherein comparing the sensor data traces to a database of geo-referenced sensor data traces further comprises identifying a portion of the database corresponding to the approximate location of the vehicle (200, 400), wherein comparing the sensor data traces to a database of geo-referenced sensor data traces comprises fitting the sensor data traces onto a portion of the database, and wherein acquiring a plurality of sensor data traces from a radar sensor associated with the vehicle comprises: obtaining velocity information from the plurality of sensor data traces; using the velocity information, identifying a portion of the plurality of sensor data traces corresponding to a moving object; and removing the portion of the plurality of sensor data traces corresponding to a moving object from the plurality of sensor data traces. acquiring a plurality of sensor data traces from a radar sensor associated with the vehicle (200, 400); obtaining an approximate location of the vehicle using a GPS unit; comparing the sensor data traces to a database of geo-referenced sensor data traces; and based on the comparison, determining a location of the vehicle (200, 400), wherein comparing the sensor data traces to a database of geo-referenced sensor data traces further comprises identifying a portion of the database corresponding to the approximate location of the vehicle (200, 400), wherein comparing the sensor data traces to a database of geo-referenced sensor data traces comprises fitting the sensor data traces onto a portion of the database, and wherein acquiring a plurality of sensor data traces from a radar sensor associated with the vehicle comprises: obtaining velocity information from the plurality of sensor data traces; using the velocity information, identifying a portion of the plurality of sensor data traces corresponding to a moving object; and removing the portion of the plurality of sensor data traces corresponding to a moving object from the plurality of sensor data traces. obtaining velocity information from the plurality of sensor data traces; using the velocity information, identifying a portion of the plurality of sensor data traces corresponding to a moving object; and removing the portion of the plurality of sensor data traces corresponding to a moving object from the plurality of sensor data traces.
A host cell, comprising a fusion protein and an antigen binding protein, wherein the fusion protein comprises a transmembrane domain disposed between an extracellular component comprising a cytokine binding domain or a cytokine binding domain portion thereof, and an intracellular component comprising an IL-2R intracellular portion, intracellular signaling domain or an intracellular signaling domain portion thereof; and wherein the antigen binding protein is a T cell receptor, a chimeric antigen receptor, or both, wherein the TCR is exogenous to the host cell; and wherein the antigen binding protein is specific for a cancer-specific antigen. wherein the fusion protein comprises a transmembrane domain disposed between an extracellular component comprising a cytokine binding domain or a cytokine binding domain portion thereof, and an intracellular component comprising an IL-2R intracellular portion, intracellular signaling domain or an intracellular signaling domain portion thereof; and wherein the antigen binding protein is a T cell receptor, a chimeric antigen receptor, or both, wherein the TCR is exogenous to the host cell; and wherein the antigen binding protein is specific for a cancer-specific antigen.