mhurhangee/ep-ind-claims huggingface dataset:
A digital signage comprising: a display panel; a housing having the display panel arranged in one surface, the housing comprising a closed inner space; a cooling unit arranged in a top portion of the housing, the cooling unit comprising a hole (111, 112) configured to suck and exhaust external air; a heat pipe comprising one end positioned in the closed inner space of the housing to be coupled to a back surface of the display and the other end positioned in the cooling unit, with a liquid flowing therein to move heat to the cooling unit, where the liquid is cooled by the external air; and a driving circuit board to control operating of the display panel, wherein the driving circuit board is arranged in the closed inner space of the housing and coupled to a back surface of the heat pipe, and wherein the back surface of the heat pipe is opposite to a surface coupled to the display panel, wherein the heat pipe is a long pipe extending in a vertical direction and penetrating a top portion of the closed inner space extending into the cooling unit. a display panel; a housing having the display panel arranged in one surface, the housing comprising a closed inner space; a cooling unit arranged in a top portion of the housing, the cooling unit comprising a hole (111, 112) configured to suck and exhaust external air; a heat pipe comprising one end positioned in the closed inner space of the housing to be coupled to a back surface of the display and the other end positioned in the cooling unit, with a liquid flowing therein to move heat to the cooling unit, where the liquid is cooled by the external air; and a driving circuit board to control operating of the display panel, wherein the driving circuit board is arranged in the closed inner space of the housing and coupled to a back surface of the heat pipe, and wherein the back surface of the heat pipe is opposite to a surface coupled to the display panel, wherein the heat pipe is a long pipe extending in a vertical direction and penetrating a top portion of the closed inner space extending into the cooling unit.
A vehicle brake system comprising: an electric brake (16a-16d) including at least one unit of an electric actuator that presses a friction pad toward a rotor side; a driver that drives the electric actuator; and a control device arrangement (10, 11), the control device arrangement including at least three units of controllers (30, 40, 41, 50) connected to one another, each of the controllers including a braking force calculation unit (302, 402, 412) that calculates braking force of the electric brake, and characterized by: each of the controllers including a driver control unit (301, 400, 410, 500) that controls the driver, and, at least one of the controllers further including a determination unit (304, 404, 414) that compares braking force calculation results of the controllers to determine whether the controllers are normal or not, and the determination unit including an output block section (305, 405, 415) that blocks, when the determination unit determines that any one of the controllers is not normal, an output of the one of the controllers that is determined to be not normal. an electric brake (16a-16d) including at least one unit of an electric actuator that presses a friction pad toward a rotor side; a driver that drives the electric actuator; and a control device arrangement (10, 11), the control device arrangement including at least three units of controllers (30, 40, 41, 50) connected to one another, each of the controllers including a braking force calculation unit (302, 402, 412) that calculates braking force of the electric brake, and characterized by: each of the controllers including a driver control unit (301, 400, 410, 500) that controls the driver, and, at least one of the controllers further including a determination unit (304, 404, 414) that compares braking force calculation results of the controllers to determine whether the controllers are normal or not, and the determination unit including an output block section (305, 405, 415) that blocks, when the determination unit determines that any one of the controllers is not normal, an output of the one of the controllers that is determined to be not normal. each of the controllers including a driver control unit (301, 400, 410, 500) that controls the driver, and, at least one of the controllers further including a determination unit (304, 404, 414) that compares braking force calculation results of the controllers to determine whether the controllers are normal or not, and the determination unit including an output block section (305, 405, 415) that blocks, when the determination unit determines that any one of the controllers is not normal, an output of the one of the controllers that is determined to be not normal.
An information processing program to be executed by a computer of an information processing apparatus which executes an information process on the basis of user's operation to an operation section and displays an image on a display section, the information processing program causing the computer to execute: a first image generation step (S8, S40) of generating a first image by imaging a first three-dimensional virtual space including a predetermined object by a first virtual camera; a map object generation step (Si) of generating a map object representing the first three-dimensional virtual space and formed by a three-dimensional model corresponding to the first three-dimensional virtual space, and placing the map object in a second three-dimensional virtual space; an indicator object placing step of placing, on the map object, an indicator object indicating a position of the predetermined object in the first three-dimensional virtual space; a second image generation step of generating a second image by imaging the second three-dimensional virtual space including the map object on which the indicator object is placed, by a second virtual camera; and a display control step (S9, S42) of displaying the first image and the second image on the display section, wherein in the second image generation step, the second image is generated such that the indicator object placed on the map object is displayed in a manner such that a part hidden by the map object and a part not hidden by the map object as seen from the second virtual camera are different from each other. a first image generation step (S8, S40) of generating a first image by imaging a first three-dimensional virtual space including a predetermined object by a first virtual camera; a map object generation step (Si) of generating a map object representing the first three-dimensional virtual space and formed by a three-dimensional model corresponding to the first three-dimensional virtual space, and placing the map object in a second three-dimensional virtual space; an indicator object placing step of placing, on the map object, an indicator object indicating a position of the predetermined object in the first three-dimensional virtual space; a second image generation step of generating a second image by imaging the second three-dimensional virtual space including the map object on which the indicator object is placed, by a second virtual camera; and a display control step (S9, S42) of displaying the first image and the second image on the display section, wherein in the second image generation step, the second image is generated such that the indicator object placed on the map object is displayed in a manner such that a part hidden by the map object and a part not hidden by the map object as seen from the second virtual camera are different from each other.
A micromixer system (108, 308) comprising: a casing comprising a first side wall and a second side wall; a plurality of pipes spaced apart from each other and disposed within the casing, wherein each pipe from the plurality of pipes, comprises an inlet formed in the first side wall and an outlet formed in the second side wall; a first fuel plenum comprising a first fuel inlet (174a, 174b) formed in the casing, wherein the first plenum is disposed around a first portion of each of the plurality of pipes, and is fluidically coupled to each of the plurality of pipes, such that, in use, fuel from the first plenum enters the plurality of pipes and is mixed with air within the plurality of pipes to generate an air-fuel mixture; a second fuel plenum comprising a second fuel inlet formed in the casing for receiving a second fuel, the second plenum being disposed around a second portion of each of the plurality of pipes, wherein the first portion of each pipe is upstream of the second portion of each pipe; and a plurality of openings formed in the second side wall, surrounding the outlets of at least some pipes of the plurality of pipes, and being fluidically coupled to the second plenum, such that, in use, the second fuel may be fed through the plurality of openings. a casing comprising a first side wall and a second side wall; a plurality of pipes spaced apart from each other and disposed within the casing, wherein each pipe from the plurality of pipes, comprises an inlet formed in the first side wall and an outlet formed in the second side wall; a first fuel plenum comprising a first fuel inlet (174a, 174b) formed in the casing, wherein the first plenum is disposed around a first portion of each of the plurality of pipes, and is fluidically coupled to each of the plurality of pipes, such that, in use, fuel from the first plenum enters the plurality of pipes and is mixed with air within the plurality of pipes to generate an air-fuel mixture; a second fuel plenum comprising a second fuel inlet formed in the casing for receiving a second fuel, the second plenum being disposed around a second portion of each of the plurality of pipes, wherein the first portion of each pipe is upstream of the second portion of each pipe; and a plurality of openings formed in the second side wall, surrounding the outlets of at least some pipes of the plurality of pipes, and being fluidically coupled to the second plenum, such that, in use, the second fuel may be fed through the plurality of openings.
A stent delivery system, comprising: an inner member having a proximal end; a sleeve coupled to the inner member adjacent to the proximal end; a deployment sheath disposed about the inner member; an intermediate tube disposed between the inner member and the deployment sheath; a gear rack assembly coupled to the deployment sheath; a stent disposed between the inner member and the deployment sheath; a handle coupled to the inner member and to the deployment sheath; wherein the handle includes an actuation member, the actuation member being coupled to the gear rack assembly so that actuation of the actuation member shifts the longitudinal position of the gear rack assembly and the deployment sheath; an engagement mechanism coupled to the gear rack assembly, the engagement mechanism being configured to engage the sleeve of the inner member so that proximal retraction of the gear rack assembly results in proximal retraction of the inner member, wherein the engagement mechanism is arranged to catch on the sleeve after the deployment sheath is proximally retracted a distance. an inner member having a proximal end; a sleeve coupled to the inner member adjacent to the proximal end; a deployment sheath disposed about the inner member; an intermediate tube disposed between the inner member and the deployment sheath; a gear rack assembly coupled to the deployment sheath; a stent disposed between the inner member and the deployment sheath; a handle coupled to the inner member and to the deployment sheath; wherein the handle includes an actuation member, the actuation member being coupled to the gear rack assembly so that actuation of the actuation member shifts the longitudinal position of the gear rack assembly and the deployment sheath; an engagement mechanism coupled to the gear rack assembly, the engagement mechanism being configured to engage the sleeve of the inner member so that proximal retraction of the gear rack assembly results in proximal retraction of the inner member, wherein the engagement mechanism is arranged to catch on the sleeve after the deployment sheath is proximally retracted a distance.
A hose clamp comprising: a band having an inner face configured to engage a circumference of a substrate, a tensioner (3, 4) comprising a worm drive, and an annular spring liner (9, 19) comprising: a flat circumferential shoulder near each axial outer edge of said liner; a central, cylindrical, flat, contact portion extending axially and being of smaller circumference than said shoulders; and, a leg bridging between the each shoulder and the central, cylindrical, flat, contact portion; wherein both said shoulders are adapted to abut said inner face of said band, wherein said liner deflects elastically under a clamp tensioning force so that a gap defined between the inner face of the band and the flat contact portion varies with said clamp tensioning force. a band having an inner face configured to engage a circumference of a substrate, a tensioner (3, 4) comprising a worm drive, and an annular spring liner (9, 19) comprising: a flat circumferential shoulder near each axial outer edge of said liner; a central, cylindrical, flat, contact portion extending axially and being of smaller circumference than said shoulders; and, a leg bridging between the each shoulder and the central, cylindrical, flat, contact portion; a flat circumferential shoulder near each axial outer edge of said liner; a central, cylindrical, flat, contact portion extending axially and being of smaller circumference than said shoulders; and, a leg bridging between the each shoulder and the central, cylindrical, flat, contact portion; wherein both said shoulders are adapted to abut said inner face of said band, wherein said liner deflects elastically under a clamp tensioning force so that a gap defined between the inner face of the band and the flat contact portion varies with said clamp tensioning force.
A continuous wedging tool for directional diamond drilling comprising a composite stator assembly with a bearing seated composite rotor assembly in it, the lower end of said composite rotor assembly being attached to a suitable drill bit, and said stator assembly consisting of an upper wedge member and a lower wedge member with a slide block in-between, said slide block having a forehead, provided with fixing elements, and an inner board with a locking groove is provided in the upper side of the upper wedge member, and said rotor assembly consisting of an upper shaft and a lower shaft with formed upper and lower rims connected by a spline assembly, and said upper shaft is provided with an upper thrust bearing assembly and a locking pawl underneath, wherein the upper part of said upper shaft is provided with a tool joint for connecting to an orienting device, and said lower shaft is provided with a lower bearing assembly, and a lower spring member is positioned between said locking pawl and said spline assembly and an upper spring member is positioned between said upper thrust bearing assembly and said upper wedge member, characterised in that said upper shaft is solid and is provided with upper and lower longitudinal bores ( and) ending respectively in side apertures ( and), and a nozzle at the lower end of said lower longitudinal bore, said spline assembly is provided with a spline stuffing box, and said continuous wedging tool for directional diamond drilling is provided with an upper stuffing box positioned above the upper thrust bearing assembly.
Joint strip for a joint, which is formed between a structural element, in particular a window or door frame, and an adjoining plaster, having - an abutment section for attachment of the joint strip to the structural element, - a plaster receiving section for connection with the plaster and - a compensating section for compensation of size changes of the joint, wherein the compensating section comprises a concertina-like bellows which has two folded side walls, - wherein the bellows is formed by two opposite folded side walls which enclose an inner chamber cavity, characterized in that - the folded side walls have folding edges which are of arcuate design with approximately semicircular arches, - in that the arcuate folding edges have an inner radius ranging between 0.3 mm and 2 mm and an outer radius ranging from 1 mm to 6 mm and - in that the semicircular arches can be extended so as to be almost stretched. - an abutment section for attachment of the joint strip to the structural element, - a plaster receiving section for connection with the plaster and - a compensating section for compensation of size changes of the joint, wherein the compensating section comprises a concertina-like bellows which has two folded side walls, - wherein the bellows is formed by two opposite folded side walls which enclose an inner chamber cavity, - the folded side walls have folding edges which are of arcuate design with approximately semicircular arches, - in that the arcuate folding edges have an inner radius ranging between 0.3 mm and 2 mm and an outer radius ranging from 1 mm to 6 mm and - in that the semicircular arches can be extended so as to be almost stretched.
A drill string joint for joining a drill head to a drill string along a central axis, the joint comprising: a box end member defining, at a first axial end thereof, a first bore and a second deeper bore of smaller cross section than the first bore; a pin end member defining a first insertion portion corresponding to the first bore and a second insertion portion corresponding to the second bore, wherein a conical tapered surface interface is defined between the second insertion portion and the second bore; a plurality of cross pins extending through corresponding apertures formed through both the box end member, at the first bore, and the first insertion portion of the pin end member, the plurality of cross pins being located within a first axial span of the joint separate from a second axial span in which the conical tapered surface interface of the second insertion portion and the second bore is defined; and a torque coupling established between the box end member and the pin end member at an axial position between the first axial span and the second axial span. a box end member defining, at a first axial end thereof, a first bore and a second deeper bore of smaller cross section than the first bore; a pin end member defining a first insertion portion corresponding to the first bore and a second insertion portion corresponding to the second bore, wherein a conical tapered surface interface is defined between the second insertion portion and the second bore; a plurality of cross pins extending through corresponding apertures formed through both the box end member, at the first bore, and the first insertion portion of the pin end member, the plurality of cross pins being located within a first axial span of the joint separate from a second axial span in which the conical tapered surface interface of the second insertion portion and the second bore is defined; and a torque coupling established between the box end member and the pin end member at an axial position between the first axial span and the second axial span.
Use of the following refrigerant (i) and lubricating oil composition (ii) in a refrigerator: (i) a refrigerant comprising at least one fluoropropene and optionally one or more saturated fluorinated hydrocarbon compounds, the total amount of saturated fluorinated hydrocarbon compounds being 30 mass% or less based on the mass of the refrigerant; and (ii) a lubricating oil composition comprising a base oil which consists of at least one polyvinyl ether-based compound having an alkylene glycol unit and a vinyl ether unit or having a polyoxyalkylene glycol unit and a vinyl ether unit in a molecule, the polyvinyl ether-based compound(s) having a hydroxyl value of 15 mgKOH/g or less. (i) a refrigerant comprising at least one fluoropropene and optionally one or more saturated fluorinated hydrocarbon compounds, the total amount of saturated fluorinated hydrocarbon compounds being 30 mass% or less based on the mass of the refrigerant; and (ii) a lubricating oil composition comprising a base oil which consists of at least one polyvinyl ether-based compound having an alkylene glycol unit and a vinyl ether unit or having a polyoxyalkylene glycol unit and a vinyl ether unit in a molecule, the polyvinyl ether-based compound(s) having a hydroxyl value of 15 mgKOH/g or less.
An apparatus for damping an ultrasonic signal propagating in the wall of a pipe, the apparatus comprising: a structurally significant housing (132; 200; 300) for securing at least one sensor having a transmitter component and a receiver component for transmitting and receiving an ultrasonic signal traveling substantially orthogonally to a fluid flow within the pipe, wherein said structurally significant housing (132; 200; 300), which is configured to essentially modify the structural properties of a structural path between the transmitter component and the receiver component, is operative to be coupled with sufficient force to the outer wall of the pipe for damping a portion of said ultrasonic signals propagating circumferentially within the wall of the pipe; characterised in that the structurally significant housing (132; 200; 300) reinforces all areas of the pipe except for the immediate area of each transmitter component and each receiver component, and the structurally significant housing (132; 200; 300) includes ports for receiving each transmitter component and each receiver component, each of which ports defining an unreinforced pipe wall section. a structurally significant housing (132; 200; 300) for securing at least one sensor having a transmitter component and a receiver component for transmitting and receiving an ultrasonic signal traveling substantially orthogonally to a fluid flow within the pipe, wherein said structurally significant housing (132; 200; 300), which is configured to essentially modify the structural properties of a structural path between the transmitter component and the receiver component, is operative to be coupled with sufficient force to the outer wall of the pipe for damping a portion of said ultrasonic signals propagating circumferentially within the wall of the pipe; characterised in that the structurally significant housing (132; 200; 300) reinforces all areas of the pipe except for the immediate area of each transmitter component and each receiver component, and the structurally significant housing (132; 200; 300) includes ports for receiving each transmitter component and each receiver component, each of which ports defining an unreinforced pipe wall section.