mhurhangee/ep-ind-claims huggingface dataset:
An ice maker for a home appliance, in particular for a refrigerator or freezer, comprising: an upper tray defining at least one upper chamber part; a lower tray defining at least one lower chamber part; wherein the lower tray is movable with respect to the upper tray between an open position and a closed position, wherein in the closed position, the lower chamber part and the upper chamber part form an ice chamber in which ice is to be formed, and an upper heater disposed in an accommodation part formed in the upper tray for providing heat to the upper chamber, wherein the upper tray is made of a non-metal material, characterized in that the upper tray is made of a flexible material that is capable of being restored to an original shape after being deformed by an external force; and the ice maker further comprises an upper support configured to support the upper tray, the upper support including a support plate provided with a plate opening; wherein the upper tray comprises an upper tray body defining the upper chamber part, and an extension part extending from the upper tray body and being supported by the support plate of the upper support, and wherein a portion of the upper tray penetrates through the plate opening. an upper tray defining at least one upper chamber part; a lower tray defining at least one lower chamber part; wherein the lower tray is movable with respect to the upper tray between an open position and a closed position, wherein in the closed position, the lower chamber part and the upper chamber part form an ice chamber in which ice is to be formed, and an upper heater disposed in an accommodation part formed in the upper tray for providing heat to the upper chamber, wherein the upper tray is made of a non-metal material, characterized in that the upper tray is made of a flexible material that is capable of being restored to an original shape after being deformed by an external force; and the ice maker further comprises an upper support configured to support the upper tray, the upper support including a support plate provided with a plate opening; wherein the upper tray comprises an upper tray body defining the upper chamber part, and an extension part extending from the upper tray body and being supported by the support plate of the upper support, and wherein a portion of the upper tray penetrates through the plate opening.
An inductively heatable aerosol-forming rod for use in an aerosol-generating article, the aerosol-forming rod comprising - a first cylindrical core portion comprising at least one of a first aerosol-forming substrate and a first flavoring material; - a second cylindrical core portion separate from the first core portion comprising at least one of a second aerosol-forming substrate and a second flavoring material; - at least one elongate susceptor laterally abutting the first core portion and the second core portion in a non-bond manner such that the susceptor is sandwiched between the first core portion and the second core portion; - a sleeve portion arranged around the first core portion, the second core portion and the susceptor, wherein the sleeve portion comprises at least one of a filler material, a third aerosol-forming substrate and a third flavoring material; and - a wrapper entirely surrounding the sleeve portion. - a first cylindrical core portion comprising at least one of a first aerosol-forming substrate and a first flavoring material; - a second cylindrical core portion separate from the first core portion comprising at least one of a second aerosol-forming substrate and a second flavoring material; - at least one elongate susceptor laterally abutting the first core portion and the second core portion in a non-bond manner such that the susceptor is sandwiched between the first core portion and the second core portion; - a sleeve portion arranged around the first core portion, the second core portion and the susceptor, wherein the sleeve portion comprises at least one of a filler material, a third aerosol-forming substrate and a third flavoring material; and - a wrapper entirely surrounding the sleeve portion.
A method for inhibiting the formation of fouling materials comprising contacting hydrocarbon media containing aldehyde compounds with an antifoulant while treating the hydrocarbon media with a basic wash, wherein said antifoulant includes a reducing sugar, wherein the reducing sugar may be a saccharide containing an aldehyde group and having an anomeric carbon in the free form or open chain configuration in which the anomeric carbon is not locked in an acetal or ketal linkage and the saccharide may have one or more hydroxyl groups removed, replaced or modified provided that at least one anomeric carbon is free in the open chain configuration, the saccharides may include monosaccharides, disaccharides or oligosaccharides and may have one or more hydroxyl groups removed, replaced or modified provided that at least one anomeric carbon is free in the open chain configuration, characterized in that the antifoulant is selected from the group consisting of glucose, glucosamine, acetyl glucosamine, fructose, galactose, lactose, mannose, maltose, ribose, xylose, lyxose, rhamnose, cellobiose and arabinose and blends thereof; and in that the antifoulant is added in a mole ratio of the antifoulant to aldehyde compounds in an amount of from 0.1:1 to 10:1.
An airbag configured to be part of a wearable safety system to allow the provision of a facial protection, the airbag comprising, as seen in a flat, noninflated condition: a C-shaped neck portion characterized by the C-shaped neck portion defining a mouth merging with a central opening configured to receive the neck of a user, whereby the neck portion is allowed to partially encircle the neck of the user; a first and a second elongated face portion extending from the C-shaped neck portion in an area opposite the mouth, each face portion having two opposing long sides; wherein a first attachment portion of one of the two opposing long sides of the first face portion is attached to an inner peripheral edge portion of the central opening in an area adjacent a first edge portion of the mouth, and a first attachment portion of one of the two opposing long sides of the second face portion is attached to an inner peripheral edge portion of the central opening in an area adjacent a second edge portion of the mouth. a C-shaped neck portion characterized by the C-shaped neck portion defining a mouth merging with a central opening configured to receive the neck of a user, whereby the neck portion is allowed to partially encircle the neck of the user; a first and a second elongated face portion extending from the C-shaped neck portion in an area opposite the mouth, each face portion having two opposing long sides; wherein a first attachment portion of one of the two opposing long sides of the first face portion is attached to an inner peripheral edge portion of the central opening in an area adjacent a first edge portion of the mouth, and a first attachment portion of one of the two opposing long sides of the second face portion is attached to an inner peripheral edge portion of the central opening in an area adjacent a second edge portion of the mouth.
A method of separating a first material from a second material, the method comprising: Mixing the first material and the second material in a slurry with a beneficiation composition, wherein the beneficiation composition comprises MIBC mixture, wherein the MIBC mixture comprises MIBC and one or more components selected from a group consisting of 2,6-dimethyl-4-heptanol, 2,6-dimethyl-4-heptanone, 3,3,5-trimethyl-1-cyclohexanone 4,6-dimethyl-2-heptanone, 4,6-dimethyl-2-heptanol, 2,6,8-trimethyl-4-nonanone, and wherein the MIBC mixture comprises 50 to 90 weight percent of MIBC, 5 to 25 weight percent of C9 alcohols, and 5 to 25 weight percent of C9 ketones.
A method for wireless communication performed by a user equipment, UE, comprising: maintaining a first prioritized bit rate, PBR, and a second PBR for each of one or more logical channels, the first PBR associated with transmissions in a shared radio frequency spectrum band and a dedicated radio frequency spectrum band, and the second PBR associated with transmissions in the dedicated radio frequency spectrum band; and mapping at least a portion of data associated with a logical channel of the one or more logical channels to resources of one or more uplink grants according to the first PBR for the logical channel and the second PBR for the logical channel. maintaining a first prioritized bit rate, PBR, and a second PBR for each of one or more logical channels, the first PBR associated with transmissions in a shared radio frequency spectrum band and a dedicated radio frequency spectrum band, and the second PBR associated with transmissions in the dedicated radio frequency spectrum band; and mapping at least a portion of data associated with a logical channel of the one or more logical channels to resources of one or more uplink grants according to the first PBR for the logical channel and the second PBR for the logical channel.
Drainage system for discharging hydrocarbon-contaminated wastewater, comprising one or more elongate pipes and one or more drain mouths for collecting hydrocarbon-contaminated wastewater, wherein a first end of the pipes can be connected in a liquid-tight manner to the drain mouths for discharging the contaminated wastewater, the pipes being flexible, and the pipes having a bend radius comprised between 4 and 15 times the nominal diameter of the pipes; and wherein the pipes comprise polyamide and/or high-density polyethylenes, polyurethanes, polybutylenes, polyphenylenes, polyoxymethyls, ethylene/vinyl alcohol copolymers and/or combinations and/or copolymers of the aforementioned; and wherein the pipes have an inner diameter comprised between 70 mm and 200 mm, and the pipes have a total wall thickness of at least 1 mm and at most 20 mm.
A manufacturing method of a bearing cage that is to be formed by injecting melted resin from one resin injection gate, which is provided at a peripheral edge part of a substantially circular ring-shaped cavity formed in an injection mold, into the cavity, wherein the bearing cage includes: a substantially circular ring-shaped base part, a plurality and an odd or even number of pillar parts spaced with predetermined intervals in a circumferential direction and protruding axially from one axial end side surface of the base part, and pockets whose number is equal to a number of the pillars formed by facing surfaces of a pair of the pillar parts adjacent to each other and one axial end side surface of the base part, wherein the resin injection gate is disposed at the pillar part, wherein when the bearing cage is divided into first and second regions (S1, S2) by an imaginary line connecting the resin injection gate and a weld line to be formed at a position radially facing the resin injection gate, a resin reservoir that can store therein the melted resin is formed at the pillar part in only one of the regions (S1, S2), wherein a circumferential distance between the resin reservoir and the weld line is smaller than a circumferential distance between the resin reservoir and the resin injection gate, and wherein a cross-sectional area of a communicating part of the resin reservoir, which is configured to communicate with the pillar part, is equal to or less than a quarter of a cross-sectional area of the resin injection gate. wherein the bearing cage includes: a substantially circular ring-shaped base part, a plurality and an odd or even number of pillar parts spaced with predetermined intervals in a circumferential direction and protruding axially from one axial end side surface of the base part, and pockets whose number is equal to a number of the pillars formed by facing surfaces of a pair of the pillar parts adjacent to each other and one axial end side surface of the base part, wherein the resin injection gate is disposed at the pillar part, wherein when the bearing cage is divided into first and second regions (S1, S2) by an imaginary line connecting the resin injection gate and a weld line to be formed at a position radially facing the resin injection gate, a resin reservoir that can store therein the melted resin is formed at the pillar part in only one of the regions (S1, S2), wherein a circumferential distance between the resin reservoir and the weld line is smaller than a circumferential distance between the resin reservoir and the resin injection gate, and wherein a cross-sectional area of a communicating part of the resin reservoir, which is configured to communicate with the pillar part, is equal to or less than a quarter of a cross-sectional area of the resin injection gate.
Method for configuring a home-automation sensor comprising an element sensitive to a physical quantity to be measured or to be detected, a computer, such as a microprocessor, a data storage medium, notably a memory, a communication element comprising a data or signal transmission element, the method comprising: - a step of selection of at least one mode of operation of the home-automation sensor out of at least one first mode of operation of the home-automation sensor in which the home-automation sensor transmits a first control command determined on the basis of a first physical quantity measured or detected and at least one second mode of operation of the home-automation sensor in which the home-automation sensor transmits a first signal representative of the first physical quantity measured or detected, - a step of activation of the at least one mode of operation selected in the preceding step. - a step of selection of at least one mode of operation of the home-automation sensor out of at least one first mode of operation of the home-automation sensor in which the home-automation sensor transmits a first control command determined on the basis of a first physical quantity measured or detected and at least one second mode of operation of the home-automation sensor in which the home-automation sensor transmits a first signal representative of the first physical quantity measured or detected, - a step of activation of the at least one mode of operation selected in the preceding step.
A system capable of displaying mechanical activation patterns for a heart, the system comprising the following: a data input adapted to receive data from an electrophysiology apparatus; a processor electrically connected to the data input, the processor configured to execute the following steps: calculate mechanical activation parameters from the data; generate an anatomical representation of the heart from the data; divide the anatomical representation into segments; and generate a depiction that displays magnitudes of the mechanical activation parameter relative to the segments such that performance of a plurality of segments can be simultaneously evaluated; and an output adapted to transmit the depiction that displays magnitudes of the mechanical activation parameter relative to the segments to a display; and wherein the display is configured and arranged to facilitate clinician diagnosis based on the visualized magnitudes of the mechanical activation parameter relative to the segments, and the mechanical activation parameter comprises a time or displacement parameter. a data input adapted to receive data from an electrophysiology apparatus; a processor electrically connected to the data input, the processor configured to execute the following steps: calculate mechanical activation parameters from the data; generate an anatomical representation of the heart from the data; divide the anatomical representation into segments; and generate a depiction that displays magnitudes of the mechanical activation parameter relative to the segments such that performance of a plurality of segments can be simultaneously evaluated; and calculate mechanical activation parameters from the data; generate an anatomical representation of the heart from the data; divide the anatomical representation into segments; and generate a depiction that displays magnitudes of the mechanical activation parameter relative to the segments such that performance of a plurality of segments can be simultaneously evaluated; and an output adapted to transmit the depiction that displays magnitudes of the mechanical activation parameter relative to the segments to a display; and wherein the display is configured and arranged to facilitate clinician diagnosis based on the visualized magnitudes of the mechanical activation parameter relative to the segments, and the mechanical activation parameter comprises a time or displacement parameter.
A method for controlling earphone switching, being applicable to a first earphone and comprising: detecting whether the first earphone is put in a charging case, the first earphone being coupled with a second earphone and an electronic device and serving as a master earphone, and the second earphone serving as a slave earphone; and switching the first earphone to serve as the slave earphone and switching the second earphone to serve as the master earphone, upon detecting that the first earphone is put in the charging case; characterized in that: the method further comprises at least one of the following upon detecting that the first earphone is put in the charging case: detecting an operating mode of the first earphone, and proceeding to the switching when the operating mode is a non-speaker mode; or acquiring a volume of the first earphone, and proceeding to the switching when the volume is lower than a preset volume; or receiving an incoming call, acquiring identity information of the incoming call, and proceeding to the switching when the identity information satisfies a preset condition. detecting whether the first earphone is put in a charging case, the first earphone being coupled with a second earphone and an electronic device and serving as a master earphone, and the second earphone serving as a slave earphone; and switching the first earphone to serve as the slave earphone and switching the second earphone to serve as the master earphone, upon detecting that the first earphone is put in the charging case; characterized in that: the method further comprises at least one of the following upon detecting that the first earphone is put in the charging case: detecting an operating mode of the first earphone, and proceeding to the switching when the operating mode is a non-speaker mode; or acquiring a volume of the first earphone, and proceeding to the switching when the volume is lower than a preset volume; or receiving an incoming call, acquiring identity information of the incoming call, and proceeding to the switching when the identity information satisfies a preset condition. detecting an operating mode of the first earphone, and proceeding to the switching when the operating mode is a non-speaker mode; or acquiring a volume of the first earphone, and proceeding to the switching when the volume is lower than a preset volume; or receiving an incoming call, acquiring identity information of the incoming call, and proceeding to the switching when the identity information satisfies a preset condition.
A molding device for producing molded parts by means of rotation molding comprising a molding shell, which has a product region for molding the molded part, a flange region located outside of the product region, for fixing the molding shell to a frame, and a transition region between the product region and the flange region, characterized in that a plurality of relief slots (28; 30) are arranged so as to be distributed around the circumference of the product region in the transition region, wherein the relief slots (28; 30) extend perpendicular or approximately perpendicular to a contour line of the product region.
A method for forming a laminate, the method comprising: indexing a layup mandrel to a lamination station disposed at a first location; transporting the lamination station and the layup mandrel in a process direction from the first location towards a second location; laying up the laminate having layers (141, 142) of fiber-reinforced material onto the layup mandrel via a lamination machine while the lamination machine and the layup mandrel are transported in the process direction; removing the layup mandrel and the laminate at the second location; and returning the lamination station to the first location for laying up an additional laminate onto a new layup mandrel. indexing a layup mandrel to a lamination station disposed at a first location; transporting the lamination station and the layup mandrel in a process direction from the first location towards a second location; laying up the laminate having layers (141, 142) of fiber-reinforced material onto the layup mandrel via a lamination machine while the lamination machine and the layup mandrel are transported in the process direction; removing the layup mandrel and the laminate at the second location; and returning the lamination station to the first location for laying up an additional laminate onto a new layup mandrel.
A microprocessor for performing cryptographic operations, comprising: first digital circuit logic, henceforth referred to as fetch logic and configured to fetch a cryptographic instruction from a memory, the cryptographic instruction being part of an instruction flow for execution on said microprocessor, wherein said cryptographic instruction is configured to prescribe one of the cryptographic operations, and wherein said cryptographic instruction is configured to direct the microprocessor to access registers, contents of which point to locations in said memory, one of said locations containing a keygen field within a control word, wherein said registers are initialized with said contents by execution of instructions within program flow prior to execution of said cryptographic instruction and wherein said keygen field specifies the employment of a user-generated key schedule; second digital circuit logic, henceforth referred to as keygen logic and for receiving said cryptographic instruction, configured to direct said microprocessor to load said user-generated key schedule; and third digital circuit logic, henceforth referred to as execution logic and operatively coupled to said keygen logic, configured to utilize said user-generated key schedule when executing said one of the cryptographic operations. first digital circuit logic, henceforth referred to as fetch logic and configured to fetch a cryptographic instruction from a memory, the cryptographic instruction being part of an instruction flow for execution on said microprocessor, wherein said cryptographic instruction is configured to prescribe one of the cryptographic operations, and wherein said cryptographic instruction is configured to direct the microprocessor to access registers, contents of which point to locations in said memory, one of said locations containing a keygen field within a control word, wherein said registers are initialized with said contents by execution of instructions within program flow prior to execution of said cryptographic instruction and wherein said keygen field specifies the employment of a user-generated key schedule; second digital circuit logic, henceforth referred to as keygen logic and for receiving said cryptographic instruction, configured to direct said microprocessor to load said user-generated key schedule; and third digital circuit logic, henceforth referred to as execution logic and operatively coupled to said keygen logic, configured to utilize said user-generated key schedule when executing said one of the cryptographic operations.