mhurhangee/ep-ind-claims huggingface dataset:
Locking bolt system with media coupling for connecting two elements, wherein one element has a connecting bolt which has on its end regions accurately fitting force transmission regions (2, 2') which engage in a force-fitting manner into lateral plates that substantially serve for the transmission of transverse forces and bending moments, characterized in that between these force transmission regions (2, 2') receiving bores for hydraulic plugs (5, 7) or other media connecting plugs are arranged in the connecting bolt transversely to the bolt axis and in that on the element to be connected via the connecting bolt a recess (18, 18') accurately fitting the geometry of the connecting bolt is arranged and in that this recess (18, 18') has, at least partially, contact surfaces (11, 11') that accurately fit with and are congruent to the corresponding contact surfaces (12, 12') on the connecting bolt and thus, in the connected state, bring about a sealing of the hydraulic plugs (5, 7) or other connecting plugs.
Laminated glass obtained by integrally bonding glass sheets through an adhesive, the adhesive comprising a hydrogenated block copolymer obtained by introducing an alkoxysilyl group into a hydrogenated block copolymer that is obtained by hydrogenating 90% or more of carbon-carbon unsaturated bonds included in the main chain, the side chain, and the aromatic ring of a block copolymer that comprises at least two polymer blocks and at least one polymer block, the polymer block comprising a repeating unit derived from an aromatic vinyl compound as a main component, the polymer block comprising a repeating unit derived from a linear conjugated diene compound as a main component, and a ratio (wA:wB) of a weight fraction wA of the polymer block in the block copolymer to a weight fraction wB of the polymer block in the block copolymer being 30:70 to 60:40.
A rotation angle detecting apparatus, comprising a bearing holder, a rotation shaft rotatably supported by said bearing holder, a shaft portion space formed in said rotation shaft, a bearing holder space formed in said bearing holder, an angle detection pattern accommodated in said shaft portion space, a reference pattern provided in said bearing holder space, an image sensor provided in said bearing holder space, an optical system (9, 11, 12, 15) which exists across said shaft portion space and is configured to form a projection image of said angle detection pattern and a projection image of said reference pattern on said image sensor, a photodetection switching means (19, 20) for subsequently projecting said projection image of said angle detection pattern and said projection image of said reference pattern onto said image sensor, and an arithmetic device for calculating a rotation angle of said rotation shaft based on a signal from said image sensor, wherein said arithmetic device is configured to detect said rotation angle of said rotation shaft based on a deviation between a first signal from said image sensor which has received said reference pattern and a second signal from said image sensor which has received said angle detection pattern.
A packaged garment comprising: a protective garment comprising: an interior surface and an exterior surface; an upper portion, a central portion, and a lower portion; a neck opening defined by the upper portion; at least one surface indicia positioned on the interior surface of the garment; a torso section comprising the upper portion, the central portion, and the lower portion; a right leg and a left leg, where both legs (22, 24) extend from the lower portion; and a right sleeve and a left sleeve, where both sleeves (18, 20) extend from at least the upper portion; where the protective garment is folded into a folded configuration, where in the folded configuration the interior surface of the garment is present on an outer surface of the folded configuration, and where the at least one surface indicia is presented to the wearer on the outer surface of the folded configuration; and a packaging member, where the packaging member contains the folded configuration, and where the packaging member containing the folded configuration is sealed; characterised in that the at least one surface indicia comprises an indicia strip that extends from the neck opening through the central portion and into the lower portion. a protective garment comprising: an interior surface and an exterior surface; an upper portion, a central portion, and a lower portion; a neck opening defined by the upper portion; at least one surface indicia positioned on the interior surface of the garment; a torso section comprising the upper portion, the central portion, and the lower portion; a right leg and a left leg, where both legs (22, 24) extend from the lower portion; and a right sleeve and a left sleeve, where both sleeves (18, 20) extend from at least the upper portion; where the protective garment is folded into a folded configuration, where in the folded configuration the interior surface of the garment is present on an outer surface of the folded configuration, and where the at least one surface indicia is presented to the wearer on the outer surface of the folded configuration; and an interior surface and an exterior surface; an upper portion, a central portion, and a lower portion; a neck opening defined by the upper portion; at least one surface indicia positioned on the interior surface of the garment; a torso section comprising the upper portion, the central portion, and the lower portion; a right leg and a left leg, where both legs (22, 24) extend from the lower portion; and a right sleeve and a left sleeve, where both sleeves (18, 20) extend from at least the upper portion; a packaging member, where the packaging member contains the folded configuration, and where the packaging member containing the folded configuration is sealed; characterised in that the at least one surface indicia comprises an indicia strip that extends from the neck opening through the central portion and into the lower portion.
A vehicular image display device that controls a display of a display screen mounted at a position visible from a driver seat, comprising: a detection unit that detects a travel start of a vehicle; a setting image display unit that displays a setting image for setting an operation content for a vehicle-mounted device; an image change unit that changes the setting image of the display screen to a setting disable image indicating that the setting of the operation content for the vehicle-mounted device is disabled and including a display of a vehicle speed when the detection unit detects the travel start of the vehicle; and a previous notice execution unit that executes a previous notice display by continuously moving a boundary between an area in which the setting image is displayed and an area in which the setting disable image is displayed on the display screen so as to increase the area of the setting disable image, prior to a change to the setting disable image. a detection unit that detects a travel start of a vehicle; a setting image display unit that displays a setting image for setting an operation content for a vehicle-mounted device; an image change unit that changes the setting image of the display screen to a setting disable image indicating that the setting of the operation content for the vehicle-mounted device is disabled and including a display of a vehicle speed when the detection unit detects the travel start of the vehicle; and a previous notice execution unit that executes a previous notice display by continuously moving a boundary between an area in which the setting image is displayed and an area in which the setting disable image is displayed on the display screen so as to increase the area of the setting disable image, prior to a change to the setting disable image.
A consolidation facility for consolidating power generated by a plurality of water current power generation systems (101, 201,401,801), each of said power generation systems (101, 201,401, 801) comprising: - one or more submerged flotation chambers (102,402,403); - one or more submerged induction type power generation units (104, 204, 205, 405, 406) disposed in communication with said flotation chambers (102,402,403); - one or more propellers (105, 206, 407, 501) disposed in communication with said induction type power generation units (104, 204, 205, 405, 406); - a mooring system (106; 408, 409, 410, 411) for mooring said plurality of water current power generation systems (101, 201, 401, 801); and - a generated power output means; said consolidation facility comprising: - a control substation for receiving power generated by said power generation systems (101, 201, 401, 801) and transferred to said control substation by said generated power output means, said control substation being installed on a spar; - said spar either being floating on the ocean surface near the submerged water current power generation systems (101, 201, 401, 801), or - said spar being submerged; and wherein - said spar is permanently moored to the ocean floor. - one or more submerged flotation chambers (102,402,403); - one or more submerged induction type power generation units (104, 204, 205, 405, 406) disposed in communication with said flotation chambers (102,402,403); - one or more propellers (105, 206, 407, 501) disposed in communication with said induction type power generation units (104, 204, 205, 405, 406); - a mooring system (106; 408, 409, 410, 411) for mooring said plurality of water current power generation systems (101, 201, 401, 801); and - a generated power output means; - a control substation for receiving power generated by said power generation systems (101, 201, 401, 801) and transferred to said control substation by said generated power output means, said control substation being installed on a spar; - said spar either being floating on the ocean surface near the submerged water current power generation systems (101, 201, 401, 801), or - said spar being submerged; and wherein - said spar is permanently moored to the ocean floor.
A hydraulic engine comprising: a hydraulic power unit comprising a hydraulic tube comprising a hollow portion having an opened front end and being filled with a fluid, an amplitude amplification device that is disposed at the rear side of the hydraulic tube, an oscillator that is disposed at the rear side of the amplitude amplification device so as to be deformed and increases and decreases a pressure within the hydraulic tube, and an oscillator head that is attached to a front end of the oscillator, wherein the hydraulic tube extends in a longitudinal direction, comprises a metal tube formed on the outside thereof and an elastic tube formed on the inside thereof, and is configured in the form of a double tube having an outer hollow and an inner hollow, wherein the amplitude amplification device comprises a casing having a hollow formed therein, a swell tube that is disposed within the casing and has a cylindrical hollow therein, a plurality of vibration rods that are disposed in the hollow of the swell tube, and an elastic chip that is disposed in the hollow of the swell tube, intersects with the hollow, and is disposed between the plurality of vibration rods, wherein the oscillator moves bidirectionally and changes a pressure within the hydraulic tube by applying deformation force to the vibration rod according to its deformation so that a fluid within the hydraulic tube is extruded to the outside or flows into the hydraulic tube. a hydraulic power unit comprising a hydraulic tube comprising a hollow portion having an opened front end and being filled with a fluid, an amplitude amplification device that is disposed at the rear side of the hydraulic tube, an oscillator that is disposed at the rear side of the amplitude amplification device so as to be deformed and increases and decreases a pressure within the hydraulic tube, and an oscillator head that is attached to a front end of the oscillator, wherein the hydraulic tube extends in a longitudinal direction, comprises a metal tube formed on the outside thereof and an elastic tube formed on the inside thereof, and is configured in the form of a double tube having an outer hollow and an inner hollow, wherein the amplitude amplification device comprises a casing having a hollow formed therein, a swell tube that is disposed within the casing and has a cylindrical hollow therein, a plurality of vibration rods that are disposed in the hollow of the swell tube, and an elastic chip that is disposed in the hollow of the swell tube, intersects with the hollow, and is disposed between the plurality of vibration rods, wherein the oscillator moves bidirectionally and changes a pressure within the hydraulic tube by applying deformation force to the vibration rod according to its deformation so that a fluid within the hydraulic tube is extruded to the outside or flows into the hydraulic tube.
A random access method, performed by a terminal, characterized by comprising: obtaining configuration information of a target random access; determining a first physical uplink shared channel, PUSCH, resource for transmitting a message 1, according to the configuration information; on the first PUSCH resource, transmitting the message 1 of the target random access; characterized in that the configuration information comprises association relationship between reference signals and PUSCH resources. obtaining configuration information of a target random access; determining a first physical uplink shared channel, PUSCH, resource for transmitting a message 1, according to the configuration information; on the first PUSCH resource, transmitting the message 1 of the target random access; characterized in that the configuration information comprises association relationship between reference signals and PUSCH resources.
Use of a compound for reducing, inhibiting and/or antagonizing expression of Bone Morphogenetic Protein 4 in a cell, for the manufacture of a medicament for alleviating a symptom of a genetic muscular dystrophy in an individual, wherein said genetic muscular dystrophy is Duchenne Muscular Dystrophy or Becker Muscular Dystrophy, and wherein said compound comprises a BMP-4 antisense RNA.
Process for a piezoelectric pump domestic appliance consisting of a pumping chamber equipped with a movable wall which is moved under the effect of a piezoelectric actuator (111 A), characterised in that, during the pump starting phase, the piezoelectric actuator (111 A) is supplied in several alternations with an alternative power signal which has a U voltage, which generates a strong deformation of the piezoelectric actuator (111 A) for maximum sweeping of the volume of the pumping chamber by the movable wall, and also in that the pump starting phase is followed by a normal functioning phase during which the U voltage of the power signal is lowered in relation to the U voltage of the power signal used during the start phase, and/or the frequency of the power signal is weaker than during the starting phase, so that the average output supplied by the pump is less than the output supplied during the start phase.
A method for mounting a flush-mounted installation body for a sanitary fitting, wherein the flush-mounted installation body has at least one housing and a diverter valve for a sanitary fitting, wherein the diverter valve is arranged at least partially in the housing, wherein the diverter valve has at least one diverter valve housing, a valve body for the targeted supply of a liquid to at least two diverter valve outlets (4, 5), namely a first diverter valve outlet and a second diverter valve outlet, and a spindle for actuating the valve body, wherein the spindle extends at least partially through the diverter valve housing and, during operation of the diverter valve in the diverter valve housing, can be displaced to a limited extent by tension and/or pressure for moving the valve body between a first valve seat of the first diverter valve outlet and a second valve seat of the second diverter valve outlet, comprising at least the step of: a) fixing the flush-mounted installation body at least partially in a wall or on a support; and characterized by the step of: (b) cutting to length the spindle of the diverter valve of the flush-mounted installation body, wherein the spindle is biased by an elastic element so that after cutting the spindle to length, the spindle is displaced from the diverter valve body by a defined adjustment travel. a) fixing the flush-mounted installation body at least partially in a wall or on a support; and (b) cutting to length the spindle of the diverter valve of the flush-mounted installation body, wherein the spindle is biased by an elastic element so that after cutting the spindle to length, the spindle is displaced from the diverter valve body by a defined adjustment travel.
An air conditioning system control method for controlling an air conditioning system including an outdoor unit, an indoor unit, and a control unit, the outdoor unit including a compressor and an outdoor heat exchanger, the indoor unit including an indoor heat exchanger, the compressor, the outdoor heat exchanger, and the indoor heat exchanger being connected with pipes to constitute a refrigerant circuit in which a refrigerant circulates, the control unit being configured to control constituent members of the refrigerant circuit in the air conditioning system and to execute a mold prevention operation mode, wherein the mold prevention operation mode includes an inside humidity decrease stage, at the inside humidity decrease stage, when a preset condition is satisfied, the control unit controls the air conditioning system and starts up a humidity decrease process of decreasing a relative humidity, the humidity decrease process includes an air blowing operation of blowing air out of the indoor unit toward a room, characterized in that by the inside humidity decrease stage, a relative humidity inside the indoor unit is decreased within a predetermined time such that a ratio between the relative humidity and a relative humidity before the inside humidity decrease stage falls within a preset range that enables destruction of propagation and a survival environment of bacteria and mold; wherein the preset condition includes one of or at least two of a condition that the relative humidity inside the indoor unit reaches a predetermined value, a condition that a humidity of indoor air reaches a predetermined value, a condition that an integrated operating time of a cooling operation or a dehumidifying operation reaches a predetermined value, and a condition that an integrated time of continuous increase in environmental temperature reaches a predetermined value. the mold prevention operation mode includes an inside humidity decrease stage, at the inside humidity decrease stage, when a preset condition is satisfied, the control unit controls the air conditioning system and starts up a humidity decrease process of decreasing a relative humidity, the humidity decrease process includes an air blowing operation of blowing air out of the indoor unit toward a room, characterized in that by the inside humidity decrease stage, a relative humidity inside the indoor unit is decreased within a predetermined time such that a ratio between the relative humidity and a relative humidity before the inside humidity decrease stage falls within a preset range that enables destruction of propagation and a survival environment of bacteria and mold;
A solid solution ceramic material having a general chemical formula:: x(Bi 0.5 Na 0.5)TiO 3 -y(Bi 0.5 K 0.5)TiO 3 -z 1 SrHfO 3 -z 2 SrZrO 3 wherein: x + y + z 1 + z 2 = 1; y, z 1 + z 2 ≠ 0; x ≥ 0; and wherein the ceramic material comprises at least 70 vol.% of a pseudo-cubic phase having an axial ratio c/a of from 0.995 to 1.005 and/or a rhombohedral angle of 90 ± 0.5 degrees and wherein the ceramic material is capable of undergoing a field induced reversible transition from the pseudo-cubic phase to a tetragonal phase having an axial ratio c/a of between 1.005 and 1.02.
A compound which is a 5-lipoxygenase (5-LO) inhibitor or a 5-lipoxygenase activating protein (FLAP) inhibitor for use in a method of promoting osteogenesis in a mammalian subject, to heal or repair a bone fracture, a bone fracture delayed union or a bone fracture non-union 2) heal or repair a bone that has had a portion of the bone removed or that has loss of a bone segment from trauma; promote, increase or accelerate bone growth into or around prosthetic devices; promote, enhance or accelerate bone formation in joint anklyosis, bone anklyosis, or spinal fusions; or promote bone formation during autograft, allograft or synthetic bone material incorporation.
Container system, comprising a plant holder with a chamber which is accessible on a side remote from a bottom and which is intended and configured to receive therein at least a plant with a root system and a rooting substrate, which plant holder is bounded laterally by at least one outer wall, wherein the at least one outer wall is provided on a visible side remote from the chamber with a manually removable wall covering comprising at least one shell part which is connected via coupling means (11,21) to at least one of the at least one outer wall, characterised in that the coupling means (11,21) comprise an axial coupling cavity which extends from a first of each of the at least one outer wall and the shell part in combination with a coupling member which extends from a second of each of the at least one outer wall and the shell part, which coupling member is received for axial movement in the coupling cavity and is placed transversely of a longitudinal axis of the coupling cavity behind a wall of the coupling cavity facing toward the coupling profile.
A pipe having a length of at least 1m and a residual stress measured according to Example 1 of less than 5MPa, preferably of less than 2 MPa, wherein said pipe comprises a polymeric material selected from polyetheretherketone, polyetherketone, polyetherketoneketone, polyetherketoneetherketoneketone, and polyetheretherketoneketone.
A vehicle including a solid propellant containing lithium for propelling the vehicle, said vehicle operable to transform optical energy into thermal energy and utilize the thermal energy to liquefy at least a portion of the solid propellant to propel said vehicle, said vehicle, comprising: a propellant tank; a quantity of solid propellant containing lithium within said propellant tank; an optical absorber operable to transform optical energy into thermal energy; a heat exchanger operable to transfer thermal energy from said optical absorber to said quantity of solid propellant to liquefy at least a portion of the solid propellant, said heat exchanger operable to boil the liquefied portion of the lithium in the propellant; an engine operable to utilize lithium vapor from the boiled lithium to propel said vehicle; and a heat conduit to transfer the thermal energy from said heat exchanger to said quantity of solid propellant; and a pump, said pump operable to pump the liquefied portion of the solid propellant into said heat exchanger. a propellant tank; a quantity of solid propellant containing lithium within said propellant tank; an optical absorber operable to transform optical energy into thermal energy; a heat exchanger operable to transfer thermal energy from said optical absorber to said quantity of solid propellant to liquefy at least a portion of the solid propellant, said heat exchanger operable to boil the liquefied portion of the lithium in the propellant; an engine operable to utilize lithium vapor from the boiled lithium to propel said vehicle; and a heat conduit to transfer the thermal energy from said heat exchanger to said quantity of solid propellant; and a pump, said pump operable to pump the liquefied portion of the solid propellant into said heat exchanger.