mhurhangee/patent-ind-claim-en huggingface dataset:
A motorized brewing unit for preparing beverages from a powdered product (P) containing at least one ingredient, comprising a dispensing assembly which includes - a first assembly part having a receptacle adapted to receive said powdered product, and - a second assembly part , relative to which the first assembly part is movable between an open position, wherein the first assembly part and the second assembly part are spaced apart from each other to allow said powdered product to be inserted into the receptacle, and a closed position, wherein the first assembly part and the second assembly part are coupled to each other to define a brewing chamber therebetween, an electric motor adapted to control the movement of the first assembly part relative to the second assembly part between the open position and the closed position, characterized by further comprising readout means adapted to provide a digital image of said powdered product, said readout means comprising an optical sensor which faces the receptacle in a detection position, intermediate between the open position and the closed position. a dispensing assembly which includes - a first assembly part having a receptacle adapted to receive said powdered product, and - a second assembly part , relative to which the first assembly part is movable between an open position, wherein the first assembly part and the second assembly part are spaced apart from each other to allow said powdered product to be inserted into the receptacle, and a closed position, wherein the first assembly part and the second assembly part are coupled to each other to define a brewing chamber therebetween, - a first assembly part having a receptacle adapted to receive said powdered product, and - a second assembly part , relative to which the first assembly part is movable between an open position, wherein the first assembly part and the second assembly part are spaced apart from each other to allow said powdered product to be inserted into the receptacle, and a closed position, wherein the first assembly part and the second assembly part are coupled to each other to define a brewing chamber therebetween, an electric motor adapted to control the movement of the first assembly part relative to the second assembly part between the open position and the closed position, characterized by further comprising readout means adapted to provide a digital image of said powdered product, said readout means comprising an optical sensor which faces the receptacle in a detection position, intermediate between the open position and the closed position.
Modular element for the production of chains such as necklaces, bracelets, earrings and the like comprising a shaped body having a head end and a tail end moulded for the stable coupling to further modular elements so as to make a chain, said shaped body comprising: - at least a pair of openings connected to an inner channel within said shaped body which connects them, said openings being spaced with one or more partitions and made on the lateral surface of said shaped body at least at said tail end ; characterized in that : - at least a pair of jaws is connected to said head end and shaped to fit at least partially into said inner channel , each of said jaws being inserted into a respective one of said openings , at least one of said jaws emerging from the lateral surface plan projection of said shaped body at least in a step before the stable coupling of said modular element with another modular element so as to push at least one of said jaws towards the other of said jaws acting from outside said shaped body in order to connect the free ends of said jaws with each other when inserted in said inner channel of another of said modular elements . - at least a pair of openings connected to an inner channel within said shaped body which connects them, said openings being spaced with one or more partitions and made on the lateral surface of said shaped body at least at said tail end ; characterized in that : - at least a pair of jaws is connected to said head end and shaped to fit at least partially into said inner channel , each of said jaws being inserted into a respective one of said openings , at least one of said jaws emerging from the lateral surface plan projection of said shaped body at least in a step before the stable coupling of said modular element with another modular element so as to push at least one of said jaws towards the other of said jaws acting from outside said shaped body in order to connect the free ends of said jaws with each other when inserted in said inner channel of another of said modular elements . - at least a pair of jaws is connected to said head end and shaped to fit at least partially into said inner channel , each of said jaws being inserted into a respective one of said openings , at least one of said jaws emerging from the lateral surface plan projection of said shaped body at least in a step before the stable coupling of said modular element with another modular element so as to push at least one of said jaws towards the other of said jaws acting from outside said shaped body in order to connect the free ends of said jaws with each other when inserted in said inner channel of another of said modular elements .
A control unit which controls the operation of an engine which powers a hydraulic pump; the control unit configured to selectively vary the power supplied to the hydraulic pump, the control unit further configured to; determine an amount of excess engine performance available at a current engine speed, wherein the excess engine performance is the difference between a maximum engine performance available at a current engine speed and the engine performance at idle at said current engine speed, determine a desired demand of engine performance from the hydraulic pump, compare the amount of excess engine performance with the desired demand, and if the amount of excess engine performance is less than the desired demand, provide the hydraulic pump with an amount of engine performance that is less than the desired demand and increase the engine performance at the engine speed.
A coke scraper ring for placement proximate to a top dead center in a cylinder of an internal combustion engine , the coke scraper ring comprising: an inner surface configured to face a fuel-air mixture; and a plurality of turbulators formed on the inner surface as protrusions inducing turbulence in the fuel-air mixture. an inner surface configured to face a fuel-air mixture; and a plurality of turbulators formed on the inner surface as protrusions inducing turbulence in the fuel-air mixture.
A latching member , comprising: a hard material member , comprising a hard material body , an elastic arm , and a buckle portion , wherein the hard material body has a first side and a second side opposite to each other, one of two ends of the elastic arm is connected to the first side of the hard material body , at least one hollow portion is between the elastic arm and the hard material body , and the buckle portion is connected to the other end of the elastic arm ; and characterized in that a soft material member , comprising a first soft material body , wherein the first soft material body is on the first side of the hard material body and covers the hollow portion and the elastic arm . a hard material member , comprising a hard material body , an elastic arm , and a buckle portion , wherein the hard material body has a first side and a second side opposite to each other, one of two ends of the elastic arm is connected to the first side of the hard material body , at least one hollow portion is between the elastic arm and the hard material body , and the buckle portion is connected to the other end of the elastic arm ; and characterized in that a soft material member , comprising a first soft material body , wherein the first soft material body is on the first side of the hard material body and covers the hollow portion and the elastic arm .
Device for cutting and drawing off tissue from the human or animal body, preferably for use in ophthalmology, in particular for a vitrectomy, retina peeling, etc., having a cutting device which has a cutting element which can be moved back and forth, wherein the cutting device is connected in terms of flow via a flow channel to a pulse valve, and wherein the cutting element by means of cooperation of the pulse valve with a pressure generation device can be acted on with a pressure pulse which drives the cutting element to carry out a movement, characterised in that a pressure sensor which measures a pressure and/or pressure pulse in the flow channel between the cutting device or the cutting element and the pulse valve in order to reproduce the pressure relationships present at the cutting device or the cutting element is associated with the flow channel .
Method for planning and/or executing a fertilizing procedure, with the steps of: - planning and/or executing a first spreading procedure for spreading a fertilizer mixture having a first type of fertilizer and a second type of fertilizer , wherein the fertilizer mixture comprises at least two nutrients; and - detecting irregularities (20a-20e) in the nutrient distribution at least of a first nutrient of the fertilizer mixture in accordance with the planned and/or executed first spreading procedure by means of an evaluation device; characterized by the step of: - planning and/or executing a second spreading procedure for spreading a compensating fertilizer in order to reduce the detected irregularities (20a-20e) in the nutrient distribution , wherein the compensating fertilizer comprises at least the first nutrient and corresponds neither to the first type of fertilizer nor to the second type of fertilizer of the fertilizer mixture . - planning and/or executing a first spreading procedure for spreading a fertilizer mixture having a first type of fertilizer and a second type of fertilizer , wherein the fertilizer mixture comprises at least two nutrients; and - detecting irregularities (20a-20e) in the nutrient distribution at least of a first nutrient of the fertilizer mixture in accordance with the planned and/or executed first spreading procedure by means of an evaluation device; - planning and/or executing a second spreading procedure for spreading a compensating fertilizer in order to reduce the detected irregularities (20a-20e) in the nutrient distribution , wherein the compensating fertilizer comprises at least the first nutrient and corresponds neither to the first type of fertilizer nor to the second type of fertilizer of the fertilizer mixture .
Toilet paper product comprising: a cylindrical paper tube ; and belt-shaped paper wound around the paper tube as a core, wherein a floral-note or fruity-floral-note fragrance is applied to the paper tube, and the fragrance is a modification fragrance which, in a toilet space, modifies a fecal odor containing at least methyl mercaptan and hydrogen sulfide, and an application amount of the modification fragrance is at least 0.4 mass% but no more than 6 mass% to the paper tube of the toilet paper product , whereby the paper tube is formed of two base paper layers of an inner-side base paper layer constituting the inner circumferential surface of the paper tube and an outer-side base paper layer constituting the outer circumferential surface of the paper tube , and whereby the fragrance is applied to the outer-side base paper layer. a cylindrical paper tube ; and belt-shaped paper wound around the paper tube as a core, wherein a floral-note or fruity-floral-note fragrance is applied to the paper tube, and the fragrance is a modification fragrance which, in a toilet space, modifies a fecal odor containing at least methyl mercaptan and hydrogen sulfide, and an application amount of the modification fragrance is at least 0.4 mass% but no more than 6 mass% to the paper tube of the toilet paper product , whereby the paper tube is formed of two base paper layers of an inner-side base paper layer constituting the inner circumferential surface of the paper tube and an outer-side base paper layer constituting the outer circumferential surface of the paper tube , and whereby the fragrance is applied to the outer-side base paper layer.
Mechanical device for synchronizing the closure of a double leaf (L1, L2) swing door (D) comprising at least one first component , which can be rotated or moved between a first opening position and a second closing position, arranged to be rendered integral in movement or rotation or kinematically connected with a first leaf or male leaf (L1) of a door, at least one second component , which can be rotated or moved between a third opening position and a fourth closing position arranged to be rendered integral in movement or rotation or kinematically connected with a second leaf or female leaf (L2) of a door, said device further comprises locking or stop means , operatively associated with said second component , arranged to prevent rotation or displacement of said first component until said second position if said at least one second component has not reached said fourth position or a determined intermediate position between said third and said fourth position, wherein said locking or stop means comprises at least one abutment or interference component movable between at least one hindrance operative position (BP) hindering the advancement of said first component towards said second closing position, wherein said abutment or interference component is arranged to interfere with the rotation or displacement towards said second position of said first component , and consequently with the closing or advancement of a respective first leaf or male leaf (L1), and at least one enabling operative position (CP), wherein said abutment or interference component does not interfere with or does not block or does not stop the rotation or displacement of said first component towards said second position, and consequently, in use, the closure of a first leaf or male leaf (L1), wherein said first component comprises or defines at least one abutment portion configured to impact said abutment or interference component , if the latter is in said hindrance operative position (BP), thereby blocking the rotation or displacement of said first component , and consequently the closing or advancement of a corresponding first leaf or male leaf (L1), characterised in that said abutment portion comprises at least one projecting section (3a1) and at least one hollow section (3a2), which delimit an engagement seat (ES) for said abutment or interference component , when the latter is in said hindrance operative position (BP).
Device for the transportation of elongate sausages exhibiting a curvature, said device having a first conveying device comprising two circulating conveyor belts or belt conveyors spaced apart from one another laterally, each having studs for randomly receiving the sausages , wherein an end portion of a sausage can be received in two adjacent studs in each case, wherein a free space is provided beneath the conveying belts or belt conveyors at least sectionally along the conveying path, in order to facilitate a swing-through of the sausages mounted on the conveyor belts or belt conveyors in the peripheral region in such a manner that they hang in the free space with the curvature facing downwards, said device having a lead component into which a sagging sausage runs, by means of which it is pivoted up in the direction of the conveying plane, and having a second conveying device for receiving the upwardly pivoted sausage .
Sterilizing machine for loose products (P), comprising a treatment chamber provided with a loading zone for said loose products (P) to be treated, said sterilizing machine being characterized in that it comprises, upstream of said treatment chamber : a container for loading said loose products (P) provided with a loading side and an unloading side of said loose products (P), said container being made to rotate by means of a drive motor around an axis (C) that passes through said loading side and said unloading side ; at least one helicoidal guide with several spirals , positioned inside said container and configured to move and guide said loose products (P) from said loading side to said unloading side , at least a pipe for sending the loose products (P) from said container to said treatment chamber ; and at least one pneumatic device positioned on the unloading side of said container and configured to introduce said loose products (P) unloaded from said container into said pipe and hence toward said loading zone of said treatment chamber . a container for loading said loose products (P) provided with a loading side and an unloading side of said loose products (P), said container being made to rotate by means of a drive motor around an axis (C) that passes through said loading side and said unloading side ; at least one helicoidal guide with several spirals , positioned inside said container and configured to move and guide said loose products (P) from said loading side to said unloading side , at least a pipe for sending the loose products (P) from said container to said treatment chamber ; and at least one pneumatic device positioned on the unloading side of said container and configured to introduce said loose products (P) unloaded from said container into said pipe and hence toward said loading zone of said treatment chamber .
A silicone replacement for use in a personal care formulation comprising a mixture of at least one polymeric ester and at least one non-polymeric ester, wherein the polymeric ester is an esterification reaction product of (i) at least one first dicarboxylic acid, (ii) at least one first monofunctional alcohol or monofunctional carboxylic acid and (iii) glycerin or derivatives thereof; and the non-polymeric ester is an esterification reaction product of (i) at least one second dicarboxylic acid and (ii) at least one second monofunctional alcohol.
A roller lid for truck bed consisting of a plurality of slats, each slat is mounted to the next slat using a flexible joiner member , wherein the cross section of the slat consists of a front groove , a back groove , an upper surface , a front protrusion , a back protrusion , a front hole , and a back hole , wherein the front hole and the back hole are positioned between the front groove and the back groove , the front protrusion protrudes from the leading edge of the slat in outward direction from the slat , the back protrusion protrudes from the trailing edge of the slat in outward direction from the slat , the front protrusion is positioned lower than the upper surface by a distance, the back protrusion is positioned adjacent to the upper surface , the front groove is provided with a front opening having a width, the front opening faces outward from the slat, the back groove is provided with a back opening having a width, the back opening faces outward from the slat, characterized in that the cross section of the flexible joiner member consists of a front end , a back end , a connecting portion positioned between the front end and the back end , a vertical protrusion protruding from the connecting portion in upward direction, a horizontal protrusion protruding from the end of the vertical protrusion in backward direction, and an upward protrusion protruding from the end of the horizontal protrusion in upward direction, the front end has a height that is longer than the width of the back opening of the back groove , the back end has a height that is longer than the width of the front opening of the front groove , the first slat is attached to the flexible joiner member such that the front end of the flexible joiner member is positioned in the back groove of the first slat and the connecting portion is inserted through the back opening of the back groove of the first slat, the next slat is attached to the flexible joiner member such that the back end of the flexible joiner member is positioned in the front groove of said next slat and the connecting portion is inserted through the front opening of the front groove of said next slat , when the roller lid for truck bed is in close position, the horizontal protrusion of the flexible joiner members is positioned between the back protrusion of the first slat and the front protrusion of said next slat and the upward protrusion of the flexible joiner members is positioned between the back protrusion of the first slat and said next slat .
A method in a system comprising a plurality of devices that include an intermediary node (106b; 106c) that comprises a sensor and communicates with a set of the plurality of devices (106a, 106d, 106e; 106a, 106f) via a network , the method comprising, at the intermediary node: sending a data aggregation request message to an application protocol layer of the set of the plurality of devices so as to retrieve data from a plurality of different applications, the data aggregation request message including an aggregation rule ; and in response to the data aggregation request message, receiving a data aggregation response message that includes data representative of the set of the plurality of devices based on the aggregation rule and an aggregation group identity, wherein the set is located downstream in the system from the intermediary node, and the data aggregation request message is an application-protocol layer message; based on the aggregation rule , calculating one of a maximum, minimum, or average value associated with one of the devices in the set of the plurality of devices , the data representative of the set of the plurality of devices including the one of the maximum, minimum or average value; generating sensory data; aggregating the sensory data with the data representative of the set of the plurality of devices to create an aggregation result; creating a new data aggregation response message that includes the aggregation result; and sending the new data aggregation response message to at least one device of the plurality of devices, the at least one device located upstream in the system from the intermediary node. sending a data aggregation request message to an application protocol layer of the set of the plurality of devices so as to retrieve data from a plurality of different applications, the data aggregation request message including an aggregation rule ; and in response to the data aggregation request message, receiving a data aggregation response message that includes data representative of the set of the plurality of devices based on the aggregation rule and an aggregation group identity, wherein the set is located downstream in the system from the intermediary node, and the data aggregation request message is an application-protocol layer message; based on the aggregation rule , calculating one of a maximum, minimum, or average value associated with one of the devices in the set of the plurality of devices , the data representative of the set of the plurality of devices including the one of the maximum, minimum or average value; generating sensory data; aggregating the sensory data with the data representative of the set of the plurality of devices to create an aggregation result; creating a new data aggregation response message that includes the aggregation result; and sending the new data aggregation response message to at least one device of the plurality of devices, the at least one device located upstream in the system from the intermediary node.