mhurhangee/patent-ind-claim-en huggingface dataset:
An inverter casing comprising an upper casing , an inner side of the upper casing is provided with a cavity for accommodating a circuit board, an upper surface of the upper casing is provided with a junction recess for accommodating a junction box, and the junction box is fixedly installed in the junction recess ; a bottom part of the junction recess is provided with an elastic protrusion , configured for connecting a high-voltage protection device, and two incoming terminals ; the elastic protrusion cooperates with a knockout pin on the junction box for high-voltage power-off protection; the two incoming terminals are connected with external cables via the junction box. an upper casing , an inner side of the upper casing is provided with a cavity for accommodating a circuit board, an upper surface of the upper casing is provided with a junction recess for accommodating a junction box, and the junction box is fixedly installed in the junction recess ; a bottom part of the junction recess is provided with an elastic protrusion , configured for connecting a high-voltage protection device, and two incoming terminals ; the elastic protrusion cooperates with a knockout pin on the junction box for high-voltage power-off protection; the two incoming terminals are connected with external cables via the junction box.
A luggage case comprising an apparatus for selectively securing at least a first zipper closure mechanism and a second zipper closure mechanism of the luggage case, the apparatus comprising: a lock device including a lock mechanism operable between a locked and unlocked configuration, at least two securing recesses for releasable receipt of at least a portion of each of the respective first and second zipper closure mechanisms, and at least one release member for actuating the lock mechanism, wherein: the second zipper closure mechanism includes an elongated cable defining a free end, the elongated cable operably engageable with at least one zipper slider to limit its movement, and at least one of the two securing recesses is operable to releasably receive the free end of the cable. a lock device including a lock mechanism operable between a locked and unlocked configuration, at least two securing recesses for releasable receipt of at least a portion of each of the respective first and second zipper closure mechanisms, and at least one release member for actuating the lock mechanism, wherein: the second zipper closure mechanism includes an elongated cable defining a free end, the elongated cable operably engageable with at least one zipper slider to limit its movement, and at least one of the two securing recesses is operable to releasably receive the free end of the cable.
A laundry treatment apparatus, comprising a framework , and a shell installed on the framework , the shell comprising a front plate provided with a clothes delivery opening , wherein the front plate is a plate-shaped structure covering a front surface of the laundry treatment apparatus, a top of the front plate is fixed on the framework through a first mounting surface , and an adaptor that is fixed on the framework and wherein the first mounting surface is fixed on the adaptor , wherein an upper edge of the front plate is bent downwards to form the first mounting surface , the laundry treatment apparatus is characterized in that the adaptor includes a first contact surface and a second contact surface which are perpendicular to each other, the second contact surface is horizontally fixed on the top end of the side, cooperated with the front plate , of the framework ; the first contact surface is a perpendicular surface to the second contact surface , and the first contact surface is attached to the first mounting surface and fixed by a fastener. a framework , and a shell installed on the framework , the shell comprising a front plate provided with a clothes delivery opening , wherein the front plate is a plate-shaped structure covering a front surface of the laundry treatment apparatus, a top of the front plate is fixed on the framework through a first mounting surface , and an adaptor that is fixed on the framework and wherein the first mounting surface is fixed on the adaptor , wherein an upper edge of the front plate is bent downwards to form the first mounting surface , the laundry treatment apparatus is characterized in that the adaptor includes a first contact surface and a second contact surface which are perpendicular to each other, the second contact surface is horizontally fixed on the top end of the side, cooperated with the front plate , of the framework ; the first contact surface is a perpendicular surface to the second contact surface , and the first contact surface is attached to the first mounting surface and fixed by a fastener.
A squeezer , comprising: a pair of rolling shafts , a driving device and a mounting bracket , wherein the pair of rolling shafts being rotatably mounted to the mounting bracket , each rolling shaft having a mounting part at each end and a squeezing segment located between the mounting parts ; the squeezing segment including a supporting shaft and an elastic body surrounding the supporting shaft ; the pair of rolling shafts being capable of operatively clamping an object to be clamped between the squeezing segments and oppositely being rotated by the driving device to apply a squeezing force to the object clamped, and the squeezer further comprising a protective device (311, 332; 1211, 1211a) for protecting the elastic body at ends of the squeezing segment , wherein the mounting bracket comprises a first base and a second base respectively arranged at both ends of the rolling shaft , wherein both the first base and the second base are provided with concave recesses , and both ends of the squeezing segment are respectively received in the recesses of the first base and the second base ; and the squeezing segment of one of the pair of rolling shafts received in the recess of the first base and the squeezing segment of the other received in the recess of first base are not in contact with each other; and the squeezing segment of one of the pair of rolling shafts received in the recess of the second base and the squeezing segment of the other received in the recess of the second base are not in contact with each other. the mounting bracket comprises a first base and a second base respectively arranged at both ends of the rolling shaft , wherein both the first base and the second base are provided with concave recesses , and both ends of the squeezing segment are respectively received in the recesses of the first base and the second base ; and the squeezing segment of one of the pair of rolling shafts received in the recess of the first base and the squeezing segment of the other received in the recess of first base are not in contact with each other; and the squeezing segment of one of the pair of rolling shafts received in the recess of the second base and the squeezing segment of the other received in the recess of the second base are not in contact with each other.
Filter element for filtering a liquid, in particular an urea solution, wherein the filter element annularly encloses an interior space and can be flowed through from a raw side to a clean side in parallel through at least a first and a second filter medium which are each disposed between the raw side and the clean side of the filter element , wherein the first filter medium is liquid-permeable and gas-impermeable and the second filter medium is liquid-impermeable and gas-permeable, and wherein the first filter medium features an end disc on one or both front faces and the second filter medium is disposed in an opening in an end disc .
Vibrodisplacement lance comprising a tamping tube , which is connected to a filler piece, which comprises a feed tube as well as a feed funnel and/or a hose connecting flange, wherein the feed tube is firmly connected to a vibrator , characterised in that the vibrator has means for pivotable attachment to a carriage displaceably guided on the leader of a construction machine , wherein the means comprise a connecting part , which is pivotably connected to the vibrator and which can be attached to the carriage displaceably guided on the leader .
A near-infrared (NIR) absorbing and mitochondria targeted photosensitizer selected from the group consisting of the compounds of the formula:
An ultrasonic electronic cigarette atomization core, comprising a housing , a front cover , an ultrasonic atomization sheet , a liquid storage cotton , and a liquid guide cotton ; the housing and the front cover are fastened together to form a receiving cavity , the ultrasonic atomization sheet is fixed in the receiving cavity , a liquid storage ring whose one end penetrates through the front cover is disposed in the receiving cavity , the liquid storage cotton is disposed in the liquid storage ring , the liquid storage cotton is connected to an atomization surface of the ultrasonic atomization sheet through the liquid guide cotton , and the outer lateral surface of the liquid storage cotton is communicated with a liquid bin of an electronic cigarette; wherein the atomization core further comprises a position-limit mechanism for preventing the liquid storage cotton from falling off the liquid storage ring .
A refrigerator comprising: at least one storage compartment for storing and refrigerating food; an odor sensing unit comprising a main sensor and an auxiliary sensor for sensing odor in the storage compartment, and a processing means for receiving and processing data from the main and auxiliary sensors ; and a display for displaying information; characterized in that the odor sensing unit has a normal operation mode for sensing odor in the storage compartment and a sensitivity check mode for checking sensitivity of the main sensor , wherein the auxiliary sensor is inactive in the normal operation mode and both sensors are active in the sensitivity check mode.
Securing means for pre-mounting a pencil-shaped connecting element in a through opening of a component , wherein the securing means has a sleeve and a plurality of inwardly projecting holding elements on the inner side of the sleeve , wherein a recess is provided, incorporated in a flat outer wall of the sleeve , for latching engagement during the pre-mounting of a stop , located in the through opening , characterized in that the sleeve has a cylindrical jacket shape and the recess is introduced in the outer wall in the circumferential direction, wherein the sleeve is symmetrical with respect to the recess.
Method for estimating the energy consumption of a motor vehicle over a given route, comprising the following steps: a) a step for splitting the route into route portions, b) a step for allocating a set speed to each route portion, as a function of at least one characteristic of said portion, c) a step for estimating, for each route portion, the change in speed of the vehicle as a function of time, the speed being estimated as a function of at least one characteristic of the route portion and as a function of a predetermined driving behaviour associated with the set speed of said portion, so as to establish for the whole of the route an estimate of the change in speed of the vehicle as a function of time, d) a step for estimating the energy consumption of the vehicle over the route, as a function of the change in the estimated speed, characterized in that the step for estimating the change in speed of the vehicle as a function of time is carried out using an autoregressive-moving-average model and is obtained by working out the average of several estimates. a) a step for splitting the route into route portions, b) a step for allocating a set speed to each route portion, as a function of at least one characteristic of said portion, c) a step for estimating, for each route portion, the change in speed of the vehicle as a function of time, the speed being estimated as a function of at least one characteristic of the route portion and as a function of a predetermined driving behaviour associated with the set speed of said portion, so as to establish for the whole of the route an estimate of the change in speed of the vehicle as a function of time, d) a step for estimating the energy consumption of the vehicle over the route, as a function of the change in the estimated speed,
Suction nozzle for a vacuum cleaner , wherein the suction nozzle has a suction duct and at least one first section for surrounding a suction region of the suction nozzle , and wherein the first section can surround the suction region in a sealing manner, and the first section has a circumferential sealing region for sealing the suction region against a surface to be processed with the vacuum cleaner , and wherein the suction nozzle has a second section for surrounding the suction region , wherein the second section comprises cut-outs and is arranged in a movable manner with respect to the suction nozzle , characterised in that the suction nozzle has a third section , wherein the third section is arranged in a movable manner with respect to the suction nozzle and with respect to the first and second section.
Electrical apparatus for heating food divided into separate portions, comprising a heating base comprising a steam-producing device , containers for containing food to be heated, and a support accessory for suspending the container such that the bottom of each container is distant from the heating base when the heating base carries the support accessory , the heating base and the support accessory forming a chamber which can contain steam from the steam-producing device , the support accessory comprising an upper surface having several orifices , each orifice passing through the support accessory , each orifice being surrounded by an upper support edge , each upper support edge being provided to suspend a container , characterised in that the upper support edges extend at different levels of the upper surface .
An injection device for injecting a medicant into a plurality of sites in a patient for a selected treatment, wherein the number of sites is the total number for the selected treatment thereby requiring a single positioning step, said injection device comprising: a body including a plurality of medicant barrels , wherein each barrel defines a filling passage and a separate injection end ; a plurality of injection needles , wherein each needle of said plurality is connected to a corresponding one of said medicant barrels ; a multi-lumen tip ; means for connecting said multi-lumen tip with said body ; and means for moving each injection needle of said plurality of injection needles between a deployed, injection position and a retracted position, wherein the number of needles is at least as great as the number of sites for the selected treatment. a body including a plurality of medicant barrels , wherein each barrel defines a filling passage and a separate injection end ; a plurality of injection needles , wherein each needle of said plurality is connected to a corresponding one of said medicant barrels ; a multi-lumen tip ; means for connecting said multi-lumen tip with said body ; and means for moving each injection needle of said plurality of injection needles between a deployed, injection position and a retracted position, wherein the number of needles is at least as great as the number of sites for the selected treatment.
Laundry washing machine comprising an outer casing and, inside said outer casing , a washing tub , a rotatable drum arranged in axially rotating manner inside the washing tub and structured for receiving the laundry to be washed, a detergent dispensing assembly which is structured for supplying detergent into the washing tub , a fresh-water supply circuit which is structured for selectively channeling a flow of fresh water from the water mains towards the detergent dispensing assembly and/or the washing tub , and a water softening device which is interposed between the fresh-water supply circuit and the detergent dispensing assembly or the washing tub , and is structured for reducing the hardness degree of the fresh water supplied to the washing tub ; the water softening device in turn comprising: a water-softening agent container which is crossed by the fresh water arriving from the fresh-water supply circuit and is filled with a water softening agent able to reduce the hardness degree of the fresh water flowing through the same water-softening agent container ; a regeneration-agent reservoir which is structured to receive a salt or other regeneration agent for performing a regeneration of the water softening function of the water softening agents stored into the water-softening agent container ; and a water supply circuit which is structured for selectively channeling a given amount of fresh water into the regeneration-agent reservoir to form brine; the regeneration-agent reservoir comprising a regeneration-agent container which is fillable with a given quantity of regeneration agents, and the water supply circuit of the water softening device is structured for selectively spilling/pouring a shower of water droplets by gravity into said regeneration-agent container ; the internal water softening device furthermore comprises an electrically-powered brine-circulating pump assembly which is interposed between the water-softening agent container and the regeneration-agent reservoir and which is structured for transferring/moving the brine from the regeneration-agent reservoir to the water-softening agent container when activated, and for watertight sealing/isolating the regeneration-agent reservoir from the water-softening agent container when deactivated; characterized in that the water supply circuit of the water softening device comprises a regeneration-agent sprinkler head which is located above the regeneration-agent container and is structured for feeding a shower of water droplets by gravity into said regeneration- agent container ; and a valve assembly which is located upstream of said regeneration-agent sprinkler head and is structured for selectively channeling the fresh water arriving from the fresh-water supply circuit or directly from the water mains towards said regeneration-agent sprinkler head .
A sensor , comprising: a base body including a first surface including a first base body region ; a first structure body provided in the first base body region ; the first structure body including a first movable member configured to vibrate, the vibration of the first movable member including a first component along a first direction (D1) along the first surface and a second component along a second direction (D2) along the first surface , the second direction (D2) crossing the first direction (D1); a the control device including a controller configured to perform a processing operation, the processing operation including obtaining a first rotation angle (θv1) of the first movable member based on the first component and the second component; characterized in that the base body includes a second base body region ; wherein the sensor comprises a second structure body provided in the second base body region ; the second structure body including a second movable member configured to vibrate; the processing operation further including outputting a second rotation angle (θv2), the second rotation angle (θv2) being obtained by correcting a first rotation angle (θv1) based on a resonance frequency (fb2) of the second movable member . a base body including a first surface including a first base body region ; a first structure body provided in the first base body region ; the first structure body including a first movable member configured to vibrate, the vibration of the first movable member including a first component along a first direction (D1) along the first surface and a second component along a second direction (D2) along the first surface , the second direction (D2) crossing the first direction (D1); a the control device including a controller configured to perform a processing operation, the processing operation including obtaining a first rotation angle (θv1) of the first movable member based on the first component and the second component; characterized in that the base body includes a second base body region ; wherein the sensor comprises a second structure body provided in the second base body region ; the second structure body including a second movable member configured to vibrate; the processing operation further including outputting a second rotation angle (θv2), the second rotation angle (θv2) being obtained by correcting a first rotation angle (θv1) based on a resonance frequency (fb2) of the second movable member .
Storage device with at least one carrier unit (12a-d) and with at least one storage unit (14a-d), which is configured for an accommodation and/or storage of consumer goods (16a-d) in at least one accommodation region (18a-d), and is in at least one application state releasably connected to the carrier unit (12a-d) in a one-sided fashion, i.e. on precisely one side of the storage unit (14a-d), wherein the storage unit (14a-d) is displaceable relative to the carrier unit (12a-d), wherein the storage unit (14a-d) comprises at least one at least substantially plate-shaped base body (20a-d) and at least one guiding unit (24a-d) that is arranged on the base body (20a-d), said guiding unit (24a-d) being configured to at least partially guide the base body (20a-d) in a displacement of the storage unit (14a-d) relative to the carrier unit (12a-d), wherein the storage unit comprises at least one abutment , which at least partially delimits a movement of the storage unit relative to the carrier unit in the displacement of the storage unit relative to the carrier unit , characterised in that, for a release from the carrier unit , the storage unit is configured to overcome the abutment by tilting the base body relative to the carrier unit .
Organic optoelectronic device , such as a display, lighting or signalling device with organic light-emitting diodes ("OLED"), the device having a light-emitting unit having at least one active zone for light emission coated with a sealed multi-layer encapsulation structure and an electrical connection zone adjacent to the or each active zone, the encapsulation structure comprising n stack(s) (n ≥ 1) inorganic film F1, ..., Fn / photosensitive polymeric layer C1, ..., Cn including an internal stack F1/C1 where the film F1 covers the or each active zone and is superposed by the layer C1 which is deposited in a liquid phase, the or each layer C1, ..., Cn covering the film F1, ..., Fn by extending around a peripheral edge of the or of each active zone in at least one structured surrounding portion ending beyond the adjacent connection zone, and if n ≥ 2 the or each layer C2, ..., Cn being structured in a surrounding manner with respect to the layer C1, ..., Cn-1 of the immediately underlying stack, such that the or each layer C1, ..., Cn passivates the film F1, ..., Fn and laterally protects the or each underlying active zone from the developing solutions and solvents used for etching this layer C1, ..., Cn; the or each film F1, ..., Fn having a base of at least one inorganic compound selected from the group comprising compounds having formula Al x O y , SiO x , Si x N y , SiO x N y , ZnSe, Sb 2 O 3 and transparent conductive oxides (TCOs) optionally combined with a metal and the or each layer C1, ..., Cn being etched by photolithography, characterised in that the or each film F1, ..., Fn is deposited by atomic layer deposition ("ALD") and in that the or each layer C1, ..., Cn insulating the or each active zone is itself coated by an external inorganic dielectric barrier film (Fe) which superposes both the or each active zone by covering the entire corresponding last layer C1, ..., Cn and the adjacent connection zone thereof, so as to insulate from the outside said at least one surrounding portion of this layer.