mhurhangee/ep-ind-claims huggingface dataset:
A shielding arrangement comprising - a shielding can 111 and a multilayered printed circuit board (101, 102, 103, 104, 105, 106, 107, 108) having electrical components (109a, 109b, 109c, 109d, 109e, 109f), - at least two ground potential layers (104, 106) within the printed circuit board, - grounding connections between edges of the shielding can and at least one of the ground potential layers (104, 106), - grounding connections between components (109a, 109b, 109c, 109d, 109e, 109f) inside the shielding can and at least one of the ground potential layers (104, 106), and - the said two sorts of grounding connections connecting to each other only through at least one of the ground potential layers (104, 106) for providing small loops. - a shielding can 111 and a multilayered printed circuit board (101, 102, 103, 104, 105, 106, 107, 108) having electrical components (109a, 109b, 109c, 109d, 109e, 109f), - at least two ground potential layers (104, 106) within the printed circuit board, - grounding connections between edges of the shielding can and at least one of the ground potential layers (104, 106), - grounding connections between components (109a, 109b, 109c, 109d, 109e, 109f) inside the shielding can and at least one of the ground potential layers (104, 106), and - the said two sorts of grounding connections connecting to each other only through at least one of the ground potential layers (104, 106) for providing small loops.
Use of at least one salt selected from the group consisting of salts of nitric acid, salts of nitrous acid, salts of halogens, salts of trifluoromethanesulfonic acid, and combinations thereof, as an accelerator in an epoxy resin composition for chemically fastening construction elements and anchoring means, in particular anchor rods, anchor bolts, (threaded) rods, (threaded) sleeves, reinforcing bars, and/or screws in boreholes, wherein the epoxy resin composition is a multi-component epoxy resin composition, wherein the multi-component epoxy resin composition comprises an epoxy resin component which contains at least one curable epoxy resin, and a hardener component which contains at least one amine which is reactive to epoxide groups, wherein the epoxy resin component and the hardener component are present separately from one another in a reaction-inhibiting manner, and wherein the amine which is reactive to epoxide groups is selected from 3-aminomethyl-3,5,5-trimethylcyclohexane (IPDA), 2-methyl-1,5-pentanediamine (DYTEK A), m-xylylenediamine (mXDA), 1,3-bis(aminomethyl)cyclohexane (1,3-BAC), 4,4'-methylenebis(cyclohexylamine) (PACM), 4-methylcyclohexane-1,3-diamine (mCDA), 1,2-diaminocyclohexane (1,2-BAC), and mixtures thereof.
A crawler propelling device comprising: a crawler belt, the crawler belt including a belt main body made of rubber material, cored bars embedded in the belt main body at predetermined intervals in a belt circumferential direction, and a pair of right and left cored bar projections protruding from intermediate portions in a belt width direction of each of the cored bars; and a driving sprocket for providing the crawler belt with rotational power in the belt circumferential direction, wherein the crawler belt has engaging recesses provided on an inner circumferential surface thereof to be engageable with driving claws of the driving sprocket, wherein each of the engaging recesses is positioned between the cored bars in the belt circumferential direction, the engaging recess being elongated greater in the belt width direction than in the belt circumferential direction, the engaging recess having end faces in the belt width direction formed as tapered surfaces to be narrower toward an inner depth side of the engaging recess, wherein each of the driving claws is elongated greater in a lateral direction than in a circumferential direction of a disk-shaped member, wherein the driving claws are formed on an outer circumferential side of the disk-shaped member, which side is fitted into a space between the right and left cored bar projections, to be engaged into the engaging recesses formed at predetermined intervals in the belt circumferential direction, and wherein each of the driving claws has end faces in the lateral direction formed as tapered surfaces to be narrower radially outward, characterized in that each of the tapered surfaces forming the end face of the engaging recess in the belt width direction has an angle of inclination relative to a horizontal plane that is the same as an angle of inclination relative to the horizontal plane of each of the tapered surfaces forming the end face of the driving claw in the lateral direction. a crawler belt, the crawler belt including a belt main body made of rubber material, cored bars embedded in the belt main body at predetermined intervals in a belt circumferential direction, and a pair of right and left cored bar projections protruding from intermediate portions in a belt width direction of each of the cored bars; and a driving sprocket for providing the crawler belt with rotational power in the belt circumferential direction,
A tubing assembly comprising: (a) a tubing having a fluid outlet and a sidewall comprising a layer of a polymer blend comprising a first component which is a material that is not thermally responsive to laser beam and is selected from polyolefins, ethylene and lower alkyl acrylate copolymers, ethylene and lower alkyl substituted alkyl acrylate copolymers, ethylene vinyl acetate copolymers, polybutadienes, polyesters, polyamides, and styrene and hydrocarbon copolymers; a second component of a laser responsive material having low solubility in aqueous medium; and the blend melts upon exposure to a laser beam having a wavelength of from 700 nm to 1500 nm for a short period of time; and (b) an and cap film covering the fluid outlet which end cap film is hermetically sealed to the tubing and which film is a polymeric material having a monolayer structure or a multilayer structure, wherein the polymeric material is a blend comprising: a first component selected from ethylene and α-olefin copolymers having a density of less than about 0.915 g/cc. ethylene and lower alkyl acrylate copolymers, ethylene and lower alkyl substituted alkyl acrylate copolymers and ionic polymers; and a second component selected from the group consisting of: propylene containing polymers, butene containing polymers, polymethyl pentene containing polymers, cyclic olefin containing polymers and bridged polycyclic hydrocarbon containing polymers. (a) a tubing having a fluid outlet and a sidewall comprising a layer of a polymer blend comprising a first component which is a material that is not thermally responsive to laser beam and is selected from polyolefins, ethylene and lower alkyl acrylate copolymers, ethylene and lower alkyl substituted alkyl acrylate copolymers, ethylene vinyl acetate copolymers, polybutadienes, polyesters, polyamides, and styrene and hydrocarbon copolymers; a second component of a laser responsive material having low solubility in aqueous medium; and the blend melts upon exposure to a laser beam having a wavelength of from 700 nm to 1500 nm for a short period of time; and (b) an and cap film covering the fluid outlet which end cap film is hermetically sealed to the tubing and which film is a polymeric material having a monolayer structure or a multilayer structure, wherein the polymeric material is a blend comprising: a first component selected from ethylene and α-olefin copolymers having a density of less than about 0.915 g/cc. ethylene and lower alkyl acrylate copolymers, ethylene and lower alkyl substituted alkyl acrylate copolymers and ionic polymers; and a second component selected from the group consisting of: propylene containing polymers, butene containing polymers, polymethyl pentene containing polymers, cyclic olefin containing polymers and bridged polycyclic hydrocarbon containing polymers.
A door module for a vehicle lavatory, the door module comprising: a bi-fold door that includes a first panel and a second panel each having an inner surface and an outer surface and pivotably connected together by a living hinge, wherein the living hinge includes a hinge member that extends between first and second securing members (50, 51), wherein the first securing member extends along and is attached to an inner edge of the first panel and the second securing member extends along and is attached to an inner edge of the second panel, wherein the living hinge includes a fixed hinge at a top and at a bottom thereof that secures the top and the bottom of the living hinge.
A connection device comprising a lock component of non-circular cross-sectional shape, the lock component being both angularly and axially moveable relative to a housing, stop means (48, 50) operable to limit angular movement of the lock component relative to the housing, the lock component having a threaded drive region, and a drive nut in threaded engagement with the drive region, wherein rotation of the drive nut when the stop means (48, 50) are engaged causes axial displacement of the lock component relative to the housing and characterised in that angular movement of the drive nut relative to the housing when the stop means (48, 50) are not engaged is able to drive the lock component for angular movement, without causing axial displacement of the lock component relative to the housing.
A method comprising: receiving, by a media device, a respective value for a plurality of control parameters for a rate adaptation algorithm, wherein the rate adaptation algorithm monitors conditions of a network and adjusts a coding rate of a media encoder based on the network conditions and the plurality of control parameters, wherein each of the plurality of control parameters specifies a threshold value or a timing value that controls a response of the rate adaptation algorithm to the network conditions, and wherein the plurality of control parameters comprises a first minimum feedback interval value to wait before sending a subsequent feedback for decreasing a maximum rate limit and a second minimum feedback interval value to wait before sending a subsequent feedback for increasing a maximum rate limit; and setting the control parameters to the respective received value. receiving, by a media device, a respective value for a plurality of control parameters for a rate adaptation algorithm, wherein the rate adaptation algorithm monitors conditions of a network and adjusts a coding rate of a media encoder based on the network conditions and the plurality of control parameters, wherein each of the plurality of control parameters specifies a threshold value or a timing value that controls a response of the rate adaptation algorithm to the network conditions, and wherein the plurality of control parameters comprises a first minimum feedback interval value to wait before sending a subsequent feedback for decreasing a maximum rate limit and a second minimum feedback interval value to wait before sending a subsequent feedback for increasing a maximum rate limit; and setting the control parameters to the respective received value.
A supply of cushioning material for wrapping at least one object, which comprises a stack formed of a multitude of prefabricated sheets of three-dimensional cushioning material, characterized in that adjacent sheets are connected to each other preferably in the region of at least one edge by means of a releasable adhesive system, the adhesive system being designed such that the connection can be released without auxiliary means, i.e. without special heat exposure and without chemicals and without special tools simply by mechanical action, and non-destructively, i.e. without damaging the cushioning material.
An ultrasonic transmission/reception unit (5, 6, 30, 35, 40, 50, 60) comprising: a metal plate (16, 31); an acoustic matching member fastened to one main surface of the metal plate; a piezoelectric substrate fastened to the other main surface of the metal plate such that the piezoelectric substrate corresponds to a portion of the metal plate to which the acoustic matching member is fastened; a first lead wire connected to an end portion of the piezoelectric substrate which is more distant from the metal plate, to supply a voltage applied to the piezoelectric substrate; a second lead wire connected to the metal plate, to supply the voltage applied to the piezoelectric substrate; and a vibration suppression member containing a thermoplastic resin as a major component, characterized in that the vibration suppression member is configured to cover, in a unitary manner, the other main surface of the metal plate, which is other than a portion of the other main surface to which the piezoelectric substrate is fastened, a surface of the piezoelectric substrate, an end surface of the metal plate, an outer peripheral portion of the one main surface of the metal plate, the first lead wire, and the second lead wire; wherein the vibration suppression member is a single member made of a continuous material. a metal plate (16, 31); an acoustic matching member fastened to one main surface of the metal plate; a piezoelectric substrate fastened to the other main surface of the metal plate such that the piezoelectric substrate corresponds to a portion of the metal plate to which the acoustic matching member is fastened; a first lead wire connected to an end portion of the piezoelectric substrate which is more distant from the metal plate, to supply a voltage applied to the piezoelectric substrate; a second lead wire connected to the metal plate, to supply the voltage applied to the piezoelectric substrate; and a vibration suppression member containing a thermoplastic resin as a major component, characterized in that the vibration suppression member is configured to cover, in a unitary manner, the other main surface of the metal plate, which is other than a portion of the other main surface to which the piezoelectric substrate is fastened, a surface of the piezoelectric substrate, an end surface of the metal plate, an outer peripheral portion of the one main surface of the metal plate, the first lead wire, and the second lead wire; wherein the vibration suppression member is a single member made of a continuous material.
A drawer having a front panel, a railing strut, a drawer side wall, a fitting body separate from the drawer side wall, and an attachment element arranged at least partially above the drawer side wall, the attachment element is configured to be fixed to the front panel by the fitting body, the fitting body includes at least one fastening location for fixing to the front panel and a recess for receiving the attachment element, the attachment element can be introduced into the recess of the fitting body after the fitting body has been mounted to the front panel, wherein the attachment element can be introduced into the recess of the fitting body and can subsequently be pivoted about a notional, substantially vertically extending axis in the mounting position, wherein the fitting body includes a device for fixing the railing strut.
A connecting joint, comprising a connecting tube and a first compression sleeve, wherein the connecting tube comprises a first tube connecting section for connecting a first tube and a second tube connecting section for connecting a second tube wherein the first tube connecting section and the second tube connecting section are communicated and an annular connecting plate is arranged therebetween, the first compression sleeve is sleeved on the second tube connecting section, a first insertion hole with an annular cross-section for the second tube to be inserted into is formed between an inner wall of the first compression sleeve and an outer wall of the second tube connecting section, a first annular groove is formed in an outer surface of one end of the second tube connecting section close to the annular connecting plate, and an end portion of one end of the first compression sleeve close to the annular connecting plate is bent toward the second tube connecting section and inserted into the first annular groove; wherein a bent section is arranged at an end of the first compression sleeve, and in a process of being nested in the second tube connecting section, the bent section is inserted into the first annular groove through its own elastic deformation; wherein an observation hole is formed in a surface of the end of the first compression sleeve close to the annular connecting plate; and the first tube connecting section is not arranged coaxially with the second tube connecting section and there is an angle between the first tube connecting section and the second tube connecting section. wherein a bent section is arranged at an end of the first compression sleeve, and in a process of being nested in the second tube connecting section, the bent section is inserted into the first annular groove through its own elastic deformation; wherein an observation hole is formed in a surface of the end of the first compression sleeve close to the annular connecting plate; and the first tube connecting section is not arranged coaxially with the second tube connecting section and there is an angle between the first tube connecting section and the second tube connecting section.
A clothes dryer comprising: a cabinet; a drum provided within the cabinet to provide a space for receiving laundry; an intake duct having an air inlet, the intake duct forming a passage for therethrough supplying air introduced through the air inlet to the drum; a heating portion provided in the intake duct so as to heat air introduced into the intake duct; an exhaust duct forming a passage for therethrough discharging air from the drum; and a preheating member having a heat exchange space for air introduced into the intake duct exchanging heat therein with heat radiated from the intake duct for preheating the air introduced into the intake duct, wherein the preheating member comprises a preheating portion at least partially surrounding a portion of the intake duct in order to form the heat exchange space, wherein the preheating portion includes at least one air introduction hole therein, and wherein one side of the air introduction hole is provided with an air guide for guiding air to the air introduction hole, the clothes dryer being characterized in that the air guide is formed in a circular arc shape opened outward of the air introduction hole such that one side of the air guide is fixed adjacent to the air introduction hole and the other side thereof has a certain angle. a cabinet; a drum provided within the cabinet to provide a space for receiving laundry; an intake duct having an air inlet, the intake duct forming a passage for therethrough supplying air introduced through the air inlet to the drum; a heating portion provided in the intake duct so as to heat air introduced into the intake duct; an exhaust duct forming a passage for therethrough discharging air from the drum; and a preheating member having a heat exchange space for air introduced into the intake duct exchanging heat therein with heat radiated from the intake duct for preheating the air introduced into the intake duct, wherein the preheating member comprises a preheating portion at least partially surrounding a portion of the intake duct in order to form the heat exchange space, wherein the preheating portion includes at least one air introduction hole therein, and wherein one side of the air introduction hole is provided with an air guide for guiding air to the air introduction hole, the clothes dryer being characterized in that the air guide is formed in a circular arc shape opened outward of the air introduction hole such that one side of the air guide is fixed adjacent to the air introduction hole and the other side thereof has a certain angle.
A wind turbine blade assembly comprising: first and second blade sections (24, 26) connected together, each blade section having a shell defining an aerodynamic profile and each section comprising lightning protection components; a substantially enclosed interior region defined in part by the shell of the first blade section and in part by the shell of the second blade section; a first connector located in the interior region, the first connector being attached to the first blade section and electrically connected to the lightning protection components of the first blade section, the first connector defining a contact surface; a second connector located in the interior region, the second connector being attached to the second blade section and electrically connected to the lightning protection components of the second blade section, the second connector defining a contact surface opposed to and in contact with the contact surface of the first connector; and a first fastener extending through the shell of the first blade section into the interior region, the first fastener having a threaded shank that extends at least partially through the first and second connectors (56, 58), wherein the first fastener clamps the contact surfaces (82, 74) of the first and second connectors together to form a torqued connection between the first and second connectors. first and second blade sections (24, 26) connected together, each blade section having a shell defining an aerodynamic profile and each section comprising lightning protection components; a substantially enclosed interior region defined in part by the shell of the first blade section and in part by the shell of the second blade section; a first connector located in the interior region, the first connector being attached to the first blade section and electrically connected to the lightning protection components of the first blade section, the first connector defining a contact surface; a second connector located in the interior region, the second connector being attached to the second blade section and electrically connected to the lightning protection components of the second blade section, the second connector defining a contact surface opposed to and in contact with the contact surface of the first connector; and a first fastener extending through the shell of the first blade section into the interior region, the first fastener having a threaded shank that extends at least partially through the first and second connectors (56, 58), wherein the first fastener clamps the contact surfaces (82, 74) of the first and second connectors together to form a torqued connection between the first and second connectors.