mhurhangee/ep-ind-claims huggingface dataset:
A method of repairing and reinforcing a concrete structure using a textile grid reinforcement and a highly durable inorganic binder, the method comprising: a) forming a textile grid reinforcement coated with a coating material to improve adhesiveness with an old concrete structure; b) mixing and making a highly durable inorganic binder according to a use environment of the old concrete structure and repair and reinforcement purposes; c) pouring shotcrete formed of the highly durable inorganic binder on a surface of the old concrete structure to form a primary mortar layer; d) placing the textile grid reinforcement at an upper portion of the primary mortar layer; e) fixing the textile grid reinforcement to the old concrete structure using a grid fixing unit; f) pouring shotcrete formed of the highly durable inorganic binder on the textile grid reinforcement to form a secondary mortar layer; and g) hardening the secondary mortar layer to complete repairing and reinforcing of the old concrete structure, wherein the highly durable inorganic binder of the operation b) is a chloride penetration resistant inorganic binder having chloride penetration resistance performance or a chemical resistant inorganic binder having chemical resistance performance, wherein before the operation e), the textile grid reinforcement is pulled from both sides thereof to introduce a tensile force such that the textile grid reinforcement is horizontally maintained; and in the operation e), the grid fixing unit is driven into the old concrete structure by an explosive or pneumatic tacker such that the textile grid reinforcement is firmly fixed to the old concrete structure. a) forming a textile grid reinforcement coated with a coating material to improve adhesiveness with an old concrete structure; b) mixing and making a highly durable inorganic binder according to a use environment of the old concrete structure and repair and reinforcement purposes; c) pouring shotcrete formed of the highly durable inorganic binder on a surface of the old concrete structure to form a primary mortar layer; d) placing the textile grid reinforcement at an upper portion of the primary mortar layer; e) fixing the textile grid reinforcement to the old concrete structure using a grid fixing unit; f) pouring shotcrete formed of the highly durable inorganic binder on the textile grid reinforcement to form a secondary mortar layer; and g) hardening the secondary mortar layer to complete repairing and reinforcing of the old concrete structure, wherein the highly durable inorganic binder of the operation b) is a chloride penetration resistant inorganic binder having chloride penetration resistance performance or a chemical resistant inorganic binder having chemical resistance performance, wherein before the operation e), the textile grid reinforcement is pulled from both sides thereof to introduce a tensile force such that the textile grid reinforcement is horizontally maintained; and in the operation e), the grid fixing unit is driven into the old concrete structure by an explosive or pneumatic tacker such that the textile grid reinforcement is firmly fixed to the old concrete structure.
An electronic smoking device having an atomizer within a housing, and a heating element including a first lead, a second lead, a plurality of electrically conductive fibers electrically connected to the first and the second leads, and a liquid supply, characterized by a first pad and a second pad sandwiching at least a portion of the fibers in a heating section between the first lead and the second lead, wherein at least one pad (13, 13') functions as a liquid guiding structure to conduct liquid from the liquid supply to the fibers. a heating element including a first lead, a second lead, a plurality of electrically conductive fibers electrically connected to the first and the second leads, and a liquid supply, characterized by a first pad and a second pad sandwiching at least a portion of the fibers in a heating section between the first lead and the second lead, wherein at least one pad (13, 13') functions as a liquid guiding structure to conduct liquid from the liquid supply to the fibers.
An optical sensor package, comprising: an optical sensor device with a sensor element, and a housing (1, 2) comprising a cap with an aperture, the optical sensor device being arranged inside the housing (1, 2), a diffuser arranged in the aperture opposite the sensor element, the diffuser prolonging the cap within the aperture or closing the aperture, and a cover of the optical sensor device, the cover being arranged at a positive distance (d) from the diffuser, and the cover having a refractive index greater than a refractive index that is present between the cover and the diffuser by a factor of at least 1.5 for at least one wavelength that is to be detected, characterized in that the positive distance (d) is adjusted with respect to the cover in such a manner that a maximal angle of incidence (α) of 40° is obtained at the sensor element for radiation of at least one wavelength that is to be detected. an optical sensor device with a sensor element, and a housing (1, 2) comprising a cap with an aperture, the optical sensor device being arranged inside the housing (1, 2), a diffuser arranged in the aperture opposite the sensor element, the diffuser prolonging the cap within the aperture or closing the aperture, and a cover of the optical sensor device, the cover being arranged at a positive distance (d) from the diffuser, and the cover having a refractive index greater than a refractive index that is present between the cover and the diffuser by a factor of at least 1.5 for at least one wavelength that is to be detected, characterized in that the positive distance (d) is adjusted with respect to the cover in such a manner that a maximal angle of incidence (α) of 40° is obtained at the sensor element for radiation of at least one wavelength that is to be detected.
A flash tank, comprising a flash tank liquid inlet and a flash tank liquid outlet, wherein the flash tank further comprises: a plurality of flash chambers, the flash chambers are arranged in sequence, and every two adjacent flash chambers communicating; and a plurality of air replenishment openings, the air replenishment openings and the flash chambers are corresponded one to one and are communicated with each other, wherein the flash tank liquid inlet communicates with the first flash chamber of the flash chambers, and the flash tank liquid outlet communicates with the last flash chamber of the flash chambers, the flash tank comprises a plurality of throttle hole plates, wherein the throttle hole plates are arranged inside an internal cavity of the flash tank to form the flash chambers, every two adjacent flash chambers communicating via throttle holes of the throttle hole plates, characterised in that the flash tank comprises a liquid delivery pipeline and a throttle device, wherein a first end of the liquid delivery pipeline communicates with one of every two adjacent flash chambers, and a second end of the liquid delivery pipeline communicates with the other one of every two adjacent flash chambers, the throttle device is arranged on the liquid delivery pipeline. a plurality of flash chambers, the flash chambers are arranged in sequence, and every two adjacent flash chambers communicating; and a plurality of air replenishment openings, the air replenishment openings and the flash chambers are corresponded one to one and are communicated with each other, wherein the flash tank liquid inlet communicates with the first flash chamber of the flash chambers, and the flash tank liquid outlet communicates with the last flash chamber of the flash chambers, the flash tank comprises a plurality of throttle hole plates, wherein the throttle hole plates are arranged inside an internal cavity of the flash tank to form the flash chambers, every two adjacent flash chambers communicating via throttle holes of the throttle hole plates, characterised in that the flash tank comprises a liquid delivery pipeline and a throttle device, wherein a first end of the liquid delivery pipeline communicates with one of every two adjacent flash chambers, and a second end of the liquid delivery pipeline communicates with the other one of every two adjacent flash chambers, the throttle device is arranged on the liquid delivery pipeline.
Tool holder, particularly for use with tool turrets, comprising a housing and a tool spindle received and rotatably mounted therein and driven by at least one bearing, said spindle having a receiving space for receiving a replaceable machining tool, a sealing device being arranged between the housing and the tool spindle, at least one seal of the sealing device being formed by a brush seal, characterised in that bristles of the brush seal are part of an insert strip, which can be inserted in a receiving groove in a sealing ring, and which is provided in the form of a flexible flat band made from plastics material.
A flat winding type battery having a wound electrode body obtained by winding a positive electrode and a negative electrode with a separator interposed therebetween, wherein in an inner circumferential part of the wound electrode body, an insulator (19A, 19B, 19C, 20A, 20B, 20C, 24, 25A, 25B) covers a partial or the whole face of the separator or a negative electrode collector surface surrounding a space where a positive electrode or a positive electrode collector is absent among spaces surrounded by the negative electrode or the negative electrode collector that are newly formed every time the negative electrode or the negative electrode collector is folded.
A medical apparatus, comprising: a sleeve; non-circular ring anchoring component attached to at least a portion of said sleeve; the anchoring component including deflection cups or hinges to facilitate the folding of the ring into a compact delivery profile; and a delivery tube having a lumen and said sleeve being substantially fully inverted and contained within the lumen of said delivery tube. a sleeve; non-circular ring anchoring component attached to at least a portion of said sleeve; the anchoring component including deflection cups or hinges to facilitate the folding of the ring into a compact delivery profile; and a delivery tube having a lumen and said sleeve being substantially fully inverted and contained within the lumen of said delivery tube.
A control device of an internal combustion engine controlling an internal combustion engine having a plurality of cylinders which comprises a variable compression ratio mechanism able to change a mechanical compression ratio by moving a cylinder block relative to a crankcase, said control device comprising: a compression ratio detector configured to detect a mechanical compression ratio based on a value of a relative position parameter representing a relative positional relationship between the cylinder block and a piston with respect to a crank angle; and a compression ratio controller configured to feedback-control said variable compression ratio mechanism so that the mechanical compression ratio detected by said compression ratio detector becomes a target mechanical compression ratio, characterised in that in feedback controlling said variable compression ratio mechanism, the compression ratio controller is configured not to use the mechanical compression ratio detected by said compression ratio detector when a crank angle is in a predetermined crank angle range including a time period where a cylinder pressure is equal to or greater than a preset predetermined pressure at least at one cylinder where the fluctuation of said relative position parameter is greatest due to fluctuation of the cylinder pressure accompanying combustion. a compression ratio detector configured to detect a mechanical compression ratio based on a value of a relative position parameter representing a relative positional relationship between the cylinder block and a piston with respect to a crank angle; and a compression ratio controller configured to feedback-control said variable compression ratio mechanism so that the mechanical compression ratio detected by said compression ratio detector becomes a target mechanical compression ratio, characterised in that in feedback controlling said variable compression ratio mechanism, the compression ratio controller is configured not to use the mechanical compression ratio detected by said compression ratio detector when a crank angle is in a predetermined crank angle range including a time period where a cylinder pressure is equal to or greater than a preset predetermined pressure at least at one cylinder where the fluctuation of said relative position parameter is greatest due to fluctuation of the cylinder pressure accompanying combustion.
A cell population derived from human umbilical cord tissue, wherein said cell population is capable of self-renewal and expansion in culture, has the potential to differentiate into cells of other phenotypes, is obtainable by isolating in the presence of metalloproteases, neutral proteases and mucolytic enzyme activities from human umbilical cord tissue free of blood, and wherein the cells: a) produce each of CD 10, CD 13, CD44, CD73, CD90, PDGFr-alpha, and HLA-A,B,C, as detected by flow cytometry; and b) do not produce each of CD31, CD34, CD45, CD117, CD141, or HLA-DR,DP,DQ, as detected by flow cytometry. a) produce each of CD 10, CD 13, CD44, CD73, CD90, PDGFr-alpha, and HLA-A,B,C, as detected by flow cytometry; and b) do not produce each of CD31, CD34, CD45, CD117, CD141, or HLA-DR,DP,DQ, as detected by flow cytometry.
Support rack for a storage cabinet for storing beverages in a climate and/or temperature-controlled manner, in particular for a wine cabinet, the support rack being frame-shaped and consisting of two transverse struts (3, 4) and two longitudinal struts (3, 4) connecting the transverse struts (5, 6), with support struts arranged removably and adjustably within the support rack, characterised in that the support rack comprises an additional device, the additional device being an insert which can be integrated into the support rack in hanging form or on the support rack in standing form, said insert having the structure of a crate-shaped receiving box in which bottles, glasses, accessories, various objects and further storage boxes can be stored.
A hair styling appliance comprising a heater element, wherein the heater element comprises a substrate having a conductive track for generating heat upon application of an electrical current thereto, and an integral temperature sensor that comprises a resistive track, the resistance of which changes with temperature; wherein the conductive track and the temperature sensor are formed as parallel layers embedded within the substrate; and wherein the substrate comprises a ceramic material. wherein the heater element comprises a substrate having a conductive track for generating heat upon application of an electrical current thereto, and an integral temperature sensor that comprises a resistive track, the resistance of which changes with temperature; wherein the conductive track and the temperature sensor are formed as parallel layers embedded within the substrate; and wherein the substrate comprises a ceramic material.
A method performed by a Wireless Transmit/Receive Unit, WTRU, for selecting a local service network, the method comprising: receiving, from a non-access stratum signaling, steering of roaming, SoR, information for one or more networks providing localized services, wherein the SoR information comprises an indication of a prioritized list of one or more networks providing localized services, wherein each network providing localized services in the prioritized list of one or more networks is associated with a network identifier (211a, 211b, 211c), a time window (207, 215) and a geographic area (209, 217); switching to an access mode for network searching; searching for a network providing localized services; selecting a network providing localized services based on the prioritized list of one or more networks providing localized services, on a condition that a current time is within a time window associated with the selected network providing localized services, wherein the time window comprises a time period during which the corresponding network is considered for joining; and joining the selected network providing localized services. receiving, from a non-access stratum signaling, steering of roaming, SoR, information for one or more networks providing localized services, wherein the SoR information comprises an indication of a prioritized list of one or more networks providing localized services, wherein each network providing localized services in the prioritized list of one or more networks is associated with a network identifier (211a, 211b, 211c), a time window (207, 215) and a geographic area (209, 217); switching to an access mode for network searching; searching for a network providing localized services; selecting a network providing localized services based on the prioritized list of one or more networks providing localized services, on a condition that a current time is within a time window associated with the selected network providing localized services, wherein the time window comprises a time period during which the corresponding network is considered for joining; and joining the selected network providing localized services.
- A method for transmitting a signal with an emitting device to a satellite moving in orbit about the Earth, said emitting device and the satellite comprising wireless telecommunication means, said method comprising steps of: - receiving with said emitting device a signal emitted by the satellite, called the presence signal; - analysing a frequency shift induced by Doppler effect in the presence signal received by said emitting device; characterised in that said method comprises also steps of: - evaluating by said emitting device a proximity criterion quantifying the proximity between said emitting device and said satellite, on the basis of an estimation of a variation as a function of time in the frequency shift and/or on the basis of an estimation of the frequency shift, computed during the analysis of the frequency shift; - emitting a signal with said emitting device if the proximity criterion is met. - receiving with said emitting device a signal emitted by the satellite, called the presence signal; - analysing a frequency shift induced by Doppler effect in the presence signal received by said emitting device; - evaluating by said emitting device a proximity criterion quantifying the proximity between said emitting device and said satellite, on the basis of an estimation of a variation as a function of time in the frequency shift and/or on the basis of an estimation of the frequency shift, computed during the analysis of the frequency shift; - emitting a signal with said emitting device if the proximity criterion is met.
Device holder cup for electrical installation devices (12, 14, 16, 18) with in each case at least one protrusion (24, 26) on opposite end walls of the device holder cup, wherein the protrusions (24, 26) are provided for inserting the device holder cup in mounting openings of click ladders of an underfloor cassette, characterized in that on at least one end wall of the device holder cup in the vicinity of the at least one protrusion (24, 26) is provided a lever rotatable relative to the device holder cup for locking the device holder cup on click ladders, wherein a locking section of the lever in a first release position is disposed flush to the at least one protrusion (24, 26), and the locking section of the lever in an intermediate position is still disposed flush between the protrusions (24, 26), however, between said locking section and the end wall an intermediate space is formed and in a second locking position said locking position is disposed obliquely or perpendicular to the protrusion (24, 26), in order to engage behind the mounting opening of the underfloor cassette.
A vapor-phase epitaxial growth method for performing an epitaxial layer growth step, wherein in a state in which a SiC container of a material including polycrystalline SiC is housed in a TaC container of a material including TaC and in which an underlying substrate is housed in the SiC container, the TaC container is heated with a temperature gradient such that inside of the TaC container is at a Si vapor pressure from a Si source disposed on an inner wall of the TaC container or in the TaC container, and C atoms sublimated by etching of an inner surface of the SiC container are bonded to Si atoms in an atmosphere, thereby causing an epitaxial layer of single crystalline SiC to grow on the underlying substrate. in a state in which a SiC container of a material including polycrystalline SiC is housed in a TaC container of a material including TaC and in which an underlying substrate is housed in the SiC container, the TaC container is heated with a temperature gradient such that inside of the TaC container is at a Si vapor pressure from a Si source disposed on an inner wall of the TaC container or in the TaC container, and C atoms sublimated by etching of an inner surface of the SiC container are bonded to Si atoms in an atmosphere, thereby causing an epitaxial layer of single crystalline SiC to grow on the underlying substrate.
An aluminum phosphate bound heat-insulation concrete, which comprises orthophosphoric acid as a phosphate binder in a concentration of from 65 to 75% and a mixture, characterized in that as the mixture, a mixture of various grades of special corundum type 25A having the following proportion of components per FEPA 32GB 1971 (mass %) is used: special corundum - 28 to 36 grade 20 special corundum - 22 to 24 grade 46 special corundum - 15 to 20 grade 80 special corundum - 25 to 35 grade 220 orthophosphoric acid - 10 to 12 over 100% mass %.