mhurhangee/ep-ind-claims huggingface dataset:
An agitator for a front-loading drum washing machine, comprising: a first agitating subsection having an agitating rib facing a washing cavity, the agitating rib of the first agitating subsection being provided with water spray holes; a second agitating subsection, wherein the second agitating subsection and the first agitating subsection are separate parts, and the second agitating subsection and the first agitating subsection are mounted and jointly define a water spray channel in communication with the water spray holes; wherein the first agitating subsection is an agitating disk, the second agitating subsection is a spray frame, the spray frame is mounted in the agitating disk, the agitating rib is formed on the agitating disk, and the agitating disk is provided with a mounting surface facing away from the washing cavity; characterised in that the spray frame comprises a central water collecting block; a plurality of water distributing arms, spaced apart from each other along a circumferential direction of the central water collecting block, connected to an outer circumferential surface of the central water collecting block, and provided with water passing holes correspondingly in communication with the water spray holes. a first agitating subsection having an agitating rib facing a washing cavity, the agitating rib of the first agitating subsection being provided with water spray holes; a second agitating subsection, wherein the second agitating subsection and the first agitating subsection are separate parts, and the second agitating subsection and the first agitating subsection are mounted and jointly define a water spray channel in communication with the water spray holes; wherein the first agitating subsection is an agitating disk, the second agitating subsection is a spray frame, the spray frame is mounted in the agitating disk, the agitating rib is formed on the agitating disk, and the agitating disk is provided with a mounting surface facing away from the washing cavity; characterised in that the spray frame comprises a central water collecting block; a plurality of water distributing arms, spaced apart from each other along a circumferential direction of the central water collecting block, connected to an outer circumferential surface of the central water collecting block, and provided with water passing holes correspondingly in communication with the water spray holes.
System for inspecting an at least translucent object extending along a vertical axis, the translucent object having at least one marking and being located in an inspection area (Zi), the system for inspecting comprising - at least one inspection assembly (Ei) that comprises -- a main illumination device (Di) positioned on one side of the inspection area (Zi), the main illumination device comprising a light source (1,1') and emitting at least one light beam along an illumination axis (Δ), -- an acquisition device (Da) positioned opposite the illumination device relative to the inspection area (Zi) and comprising acquisition optics with an optical axis (Δ') of observation and an image sensor optically aligned with the acquisition optics, the illumination axis Δ and the observation optical axis Δ' not being aligned or coplanar, characterised in that for each inspection assembly (Ei), the acquisition optics comprise an entry lens and a secondary lens located between the entry lens and the image sensor, the entry lens being adapted to optically conjugate, in projection in a horizontal plane, the light source (1,1') with the pupil of the secondary lens,. - at least one inspection assembly (Ei) that comprises -- a main illumination device (Di) positioned on one side of the inspection area (Zi), the main illumination device comprising a light source (1,1') and emitting at least one light beam along an illumination axis (Δ), -- an acquisition device (Da) positioned opposite the illumination device relative to the inspection area (Zi) and comprising acquisition optics with an optical axis (Δ') of observation and an image sensor optically aligned with the acquisition optics, the illumination axis Δ and the observation optical axis Δ' not being aligned or coplanar, characterised in that for each inspection assembly (Ei), the acquisition optics comprise an entry lens and a secondary lens located between the entry lens and the image sensor, the entry lens being adapted to optically conjugate, in projection in a horizontal plane, the light source (1,1') with the pupil of the secondary lens,. -- a main illumination device (Di) positioned on one side of the inspection area (Zi), the main illumination device comprising a light source (1,1') and emitting at least one light beam along an illumination axis (Δ), -- an acquisition device (Da) positioned opposite the illumination device relative to the inspection area (Zi) and comprising acquisition optics with an optical axis (Δ') of observation and an image sensor optically aligned with the acquisition optics, the illumination axis Δ and the observation optical axis Δ' not being aligned or coplanar,
A part for a finger joint rehabilitation exercise aid, wherein the rehabilitation exercise aid comprises a single power source corrugated tube for each finger, and wherein the part comprises a rubber part which is configured to be worn by the patient such that, is use, the power source corrugated tube forces the rubber part to bend and straighten and drives the patient's finger to perform exercise, the part further comprises: at least one small bracket, one middle bracket and one large bracket, wherein the small bracket, the middle bracket and the large bracket are fixed on the rubber part, with the positions of the small bracket, the middle bracket and the large bracket fixed on the rubber part respectively corresponding to a distal phalanx/middle phalanx, a proximal phalanx and a metacarpal bone; the small bracket, the middle bracket and the large bracket are each provided with a fixing hole (121,131,142) for fixing the power source corrugated tube; the rubber part is further provided with a hole for fixing the rubber part to another aid structure through the hole; a front end of the rubber part is provided with a finger sheath into which a patient's finger can reach; the reverse side of the rubber part is provided with a curved surface, so as to facilitate fitting to the patient's finger; the rubber part is provided with at least four raised cylinders, and the small bracket, the middle bracket and the large bracket are all provided with holes that cooperate with the cylinders. at least one small bracket, one middle bracket and one large bracket, wherein the small bracket, the middle bracket and the large bracket are fixed on the rubber part, with the positions of the small bracket, the middle bracket and the large bracket fixed on the rubber part respectively corresponding to a distal phalanx/middle phalanx, a proximal phalanx and a metacarpal bone; the small bracket, the middle bracket and the large bracket are each provided with a fixing hole (121,131,142) for fixing the power source corrugated tube; the rubber part is further provided with a hole for fixing the rubber part to another aid structure through the hole; a front end of the rubber part is provided with a finger sheath into which a patient's finger can reach; the reverse side of the rubber part is provided with a curved surface, so as to facilitate fitting to the patient's finger; the rubber part is provided with at least four raised cylinders, and the small bracket, the middle bracket and the large bracket are all provided with holes that cooperate with the cylinders.
A composition comprising a therapeutically effective amount of hyaluronic acid and botulinum toxin, for use in the treatment of injured soft tissue as a result of sprain and/or strain, wherein said injured soft tissue is selected from the group consisting of muscle, fascia, tendon and ligament.
A lithium electrode comprising: a lithium metal layer; an aluminum oxide (Al 2 O 3) layer formed on the lithium metal layer; and a carbon layer formed on the aluminum oxide (Al 2 O 3) layer; wherein the thickness of the aluminum oxide layer is 20 to 100 nm, and the thickness of the carbon layer is 10 to 50 nm. a lithium metal layer; an aluminum oxide (Al 2 O 3) layer formed on the lithium metal layer; and a carbon layer formed on the aluminum oxide (Al 2 O 3) layer; wherein the thickness of the aluminum oxide layer is 20 to 100 nm, and the thickness of the carbon layer is 10 to 50 nm.
Solid cleaning agent for the cleansing cleaning of washing appliances, containing - 15 to 35 % w/w imidoalkanpercarboxylic acid; - 5 to 20 % w/w citric acid; - 20 to 35 % w/w one or more complexing agent; - 2 to 5 % w/w an anionic or non-ionic surfactant or a mixture thereof; - 2 to 5 % w/w an enzyme mixture, comprising a protease, an amylase and a lipase, and - 10 to 25 % w/w base. - 15 to 35 % w/w imidoalkanpercarboxylic acid; - 5 to 20 % w/w citric acid; - 20 to 35 % w/w one or more complexing agent; - 2 to 5 % w/w an anionic or non-ionic surfactant or a mixture thereof; - 2 to 5 % w/w an enzyme mixture, comprising a protease, an amylase and a lipase, and - 10 to 25 % w/w base.
A carriage assembly for a sliding door, in particular for a lifting-sliding door, comprising at least one carriage (2, 2'), said carriage comprising a lifting mechanism with a guide part which is held along a guide track of the carriage assembly for lifting and lowering a support part, on which a wing of a door can be supported, whereby on both sides of the lifting mechanism at least one roller (5, 6) is rotatably mounted, which are displaceable on a guide rail, and the rollers (5, 6) are held on opposite sides of the lifting mechanism on a common roller holder, whereby the roller holder comprises two webs which are arranged in the axial direction of the rollers (5, 6) on opposite sides of the rollers (5, 6), whereby the roller holder is held rotatably on the guide part in a manner independent from a control mechanism of the lifting mechanism, whereby the guide part is formed as a bolt which protrudes at least through the guide track and the webs of the roller holders, characterized in that the bolt is connected in an area adjacent to the webs of the roller holder with one strip-shaped control element, respectively, by means of which the movement of the bolt relative to the guide track can be controlled.
A method for managing a remote electronic device (10.1-10.4) using a user interface on an electronic device, the electronic device being operatively connected to a database associating, for each given device identifier, alternative argument values and graphical elements, the method comprising: receiving a user input through the user interface on the electronic device; determining a first device identifier based on the user input; accessing the database to retrieve a first graphical element associated with a first alternative argument value of the first device identifier, said first alternative argument value matching the user input; rendering the user input by outputting the retrieved first graphical element. receiving a user input through the user interface on the electronic device; determining a first device identifier based on the user input; accessing the database to retrieve a first graphical element associated with a first alternative argument value of the first device identifier, said first alternative argument value matching the user input; rendering the user input by outputting the retrieved first graphical element.
Arrangement (1, 2, 3) comprising a household appliance and an operating device (2, 3) for at least this household appliance, wherein - the operating device (2, 3) has at least one inductively suppliable operating part, - the operating part can be positioned variably on a set-down surface, - a data transmission can be carried out between the operating part and the household appliance, - the household appliance can be operated by means of the operating device (2, 3) and - a data transmission based on a near field radio transmission can be carried out between the supply unit and the at least one operating part, characterised in that - the operating device (2, 3) has an inductive supply unit which can be arranged remote from the household appliance, with a set-down surface for the at least one operating part, wherein the operating part can be supplied by means of the supply unit through inductive power transmission when it is placed on the set-down surface, - and that - a data transmission based on a near field radio transmission can be carried out between the supply unit and the household appliance. - the operating device (2, 3) has at least one inductively suppliable operating part, - the operating part can be positioned variably on a set-down surface, - a data transmission can be carried out between the operating part and the household appliance, - the household appliance can be operated by means of the operating device (2, 3) and - a data transmission based on a near field radio transmission can be carried out between the supply unit and the at least one operating part, - the operating device (2, 3) has an inductive supply unit which can be arranged remote from the household appliance, with a set-down surface for the at least one operating part, wherein the operating part can be supplied by means of the supply unit through inductive power transmission when it is placed on the set-down surface, - and that - a data transmission based on a near field radio transmission can be carried out between the supply unit and the household appliance.
A device for transmitting client signals in an Optical Transport Network, OTN, comprising: a client signal obtaining unit, configured to obtain the client signals; a determining unit 921, configured to determine the number of Optical Channel Payload Unit-k Tributary Slots, OPUk TSs, of an OPUk according to the client signals according to the type of the client signals and the bit rate of the OPUk; an OPUk TS setting unit 922, adapted to determine the OPUk TSs according to the number of OPUk TSs, where the OPUk TSs occupy the OPUk bytes by using the number of OPUk TSs as a cycle; a mapping unit, configured to map the client signals into the preset OPUk TSs of the OPUk in an agnostic CBR mapping mode, wherein the mapping unit comprises: a first unit, configured to determine the number of bytes of a first client signal according to the rate of the first client signal among the client signals and the OPUk TS rate corresponding to the first client signal; a second unit, configured to map the number of bytes of the first client signal to the overhead of the OPUk TS corresponding to the first client signal; and a third unit, configured to map the bytes of a client signal of this number of bytes to the OPUk TS corresponding to the first client signal; an adding unit, configured to add an overhead into the OPUk; and a sending unit, configured to send the OPUk to the OTN. a client signal obtaining unit, configured to obtain the client signals; a determining unit 921, configured to determine the number of Optical Channel Payload Unit-k Tributary Slots, OPUk TSs, of an OPUk according to the client signals according to the type of the client signals and the bit rate of the OPUk; an OPUk TS setting unit 922, adapted to determine the OPUk TSs according to the number of OPUk TSs, where the OPUk TSs occupy the OPUk bytes by using the number of OPUk TSs as a cycle; a mapping unit, configured to map the client signals into the preset OPUk TSs of the OPUk in an agnostic CBR mapping mode, wherein the mapping unit comprises: a first unit, configured to determine the number of bytes of a first client signal according to the rate of the first client signal among the client signals and the OPUk TS rate corresponding to the first client signal; a second unit, configured to map the number of bytes of the first client signal to the overhead of the OPUk TS corresponding to the first client signal; and a third unit, configured to map the bytes of a client signal of this number of bytes to the OPUk TS corresponding to the first client signal; a first unit, configured to determine the number of bytes of a first client signal according to the rate of the first client signal among the client signals and the OPUk TS rate corresponding to the first client signal; a second unit, configured to map the number of bytes of the first client signal to the overhead of the OPUk TS corresponding to the first client signal; and a third unit, configured to map the bytes of a client signal of this number of bytes to the OPUk TS corresponding to the first client signal; an adding unit, configured to add an overhead into the OPUk; and a sending unit, configured to send the OPUk to the OTN.
A positive electrode comprising: a positive electrode current collector; and a positive electrode active material-including layer formed on the positive electrode current collector; wherein, the positive electrode active material-including layer includes a positive electrode active material and a conductive agent, the positive electrode active material includes a lithium-manganese oxide represented by LiMn 2-x M x O 4, in which subscript x is within a range of 0.22 ≤ x ≤ 0.7, and M is at least one metal element selected from a group consisting of Mg, Ti, Cr, Fe, Co, Zn, Al, and Ga, and in a particle size distribution of the positive electrode active material-including layer obtained by a laser diffraction scattering method, an average particle diameter d 50 is within a range of 2 μm to 5 μm, a particle diameter d 10 at which a cumulative frequency from a small particle diameter side is 10% is within a range of 0.5 μm to 3 μm, and a particle diameter d 90 at which a cumulative frequency from the small particle diameter side is 90% is within a range of 4 μm to 10 μm, X, represented by X = (d 50 - d 10)/d 50, is within a range of 0.4 to 0.8, and Y, represented by Y = (d 90 - d 50)/d 90, is within a range of 0.2 to 0.6. a positive electrode current collector; and a positive electrode active material-including layer formed on the positive electrode current collector; wherein, the positive electrode active material-including layer includes a positive electrode active material and a conductive agent, the positive electrode active material includes a lithium-manganese oxide represented by LiMn 2-x M x O 4, in which subscript x is within a range of 0.22 ≤ x ≤ 0.7, and M is at least one metal element selected from a group consisting of Mg, Ti, Cr, Fe, Co, Zn, Al, and Ga, and in a particle size distribution of the positive electrode active material-including layer obtained by a laser diffraction scattering method, an average particle diameter d 50 is within a range of 2 μm to 5 μm, a particle diameter d 10 at which a cumulative frequency from a small particle diameter side is 10% is within a range of 0.5 μm to 3 μm, and a particle diameter d 90 at which a cumulative frequency from the small particle diameter side is 90% is within a range of 4 μm to 10 μm, X, represented by X = (d 50 - d 10)/d 50, is within a range of 0.4 to 0.8, and Y, represented by Y = (d 90 - d 50)/d 90, is within a range of 0.2 to 0.6.
An engine-generator set comprising a generator for producing electricity and an internal combustion engine that is coupled to a shaft of the generator for driving the generator, the engine-generator set comprising a vibration isolation arrangement that is configured to carry torques about the shaft of the generator for maintaining a mutual angular position of the engine and the generator and to reduce transmission of vibrations from the engine to the generator, wherein the vibration isolation arrangement comprises at least two attachment elements connecting the engine to the generator, wherein a first attachment element is arranged on one side of the shaft of the generator and a second attachment element is arranged on an opposite side of the shaft, each attachment element having an elongated shape, each attachment element comprising a first attachment portion that is attached to the engine and a second attachment portion that is attached to the generator, wherein each attachment element further comprises a resilient portion connecting the first attachment portion to the second attachment portion, characterized in that the longitudinal axis of the attachment element being perpendicular to the direction of the shaft of the generator, that the resilient portion having a shape that is configured to make the resilient portion less stiff in the direction of the shaft of the generator than in a direction that is perpendicular to the direction of the shaft and that the resilient portion of the attachment element is made of a sheet material.
An isolator system comprising: a glove box that includes an operation portion including a glove for performing an internal operation, and forms an operation space which is isolated from outside; an intake port for taking a gas into the glove box; an exhaust port connected to an exhaust pipe for exhausting the gas in the glove box; a flow rate regulation mechanism that regulates an exhaust flow rate of the gas, which is exhausted from the exhaust port to the exhaust pipe, to an exhaust flow rate where a differential pressure which is set in advance can be formed between the operation space and the outside of the glove box by a differential pressure forming portion provided in the intake port, characterized by a partition member which partitions an inside of the glove box into the operation space and a buffer space where the exhaust port is formed, and in which a communication port is formed to communicate the operation space and the buffer space with each other; and a buffer side gas supply unit that includes the intake port and supplies a buffer gas to the buffer space, wherein the buffer side gas supply unit includes a supply stop mechanism which, when a damage opening is formed due to the operation portion falling off from the glove box which forms the operation space, stops supplying the buffer gas such that the gas passing from an operation room, in which the glove box is located, into the operation space through the damage opening flows in at a predetermined speed or greater, said predetermined speed being set in advance. a glove box that includes an operation portion including a glove for performing an internal operation, and forms an operation space which is isolated from outside; an intake port for taking a gas into the glove box; an exhaust port connected to an exhaust pipe for exhausting the gas in the glove box; a flow rate regulation mechanism that regulates an exhaust flow rate of the gas, which is exhausted from the exhaust port to the exhaust pipe, to an exhaust flow rate where a differential pressure which is set in advance can be formed between the operation space and the outside of the glove box by a differential pressure forming portion provided in the intake port, characterized by a partition member which partitions an inside of the glove box into the operation space and a buffer space where the exhaust port is formed, and in which a communication port is formed to communicate the operation space and the buffer space with each other; and a buffer side gas supply unit that includes the intake port and supplies a buffer gas to the buffer space, wherein the buffer side gas supply unit includes a supply stop mechanism which, when a damage opening is formed due to the operation portion falling off from the glove box which forms the operation space, stops supplying the buffer gas such that the gas passing from an operation room, in which the glove box is located, into the operation space through the damage opening flows in at a predetermined speed or greater, said predetermined speed being set in advance.