mhurhangee/patent-ind-claim-en huggingface dataset:
A distributed pump system comprising: a supply source ; a support structure arranged on or proximate an agricultural vehicle movable across a field; at least two fluid distribution elements mounted to the support structure and coupled at an inlet to a first conduit to provide fluid communication between the fluid distribution elements and the supply source ; an application system comprising at least two application units having a plurality of dispensing nozzles coupled thereto, wherein each application unit is respectively coupled to one or more of the fluid distribution elements by a second conduit ; at least one first monitoring device coupled to the second conduit , wherein the at least one first monitoring device is associated with a respective application unit and fluid distribution element , and wherein the at least one first monitoring device is configured to sense a downstream flow parameter of the second conduit and generate a corresponding output signal; and an electronic control unit communicatively coupled to each of the fluid distribution elements , wherein the electronic control unit is configured to dynamically adjust an input parameter of one or more of the fluid distribution elements when the sensed downstream flow parameter is above or below a predetermined threshold to maintain a desired spray output of the plurality of dispensing nozzles , characterized in that each of the at least two fluid distribution elements comprise one of centrifugal pumps, positive displacement pumps, variable displacement pumps. a supply source ; a support structure arranged on or proximate an agricultural vehicle movable across a field; at least two fluid distribution elements mounted to the support structure and coupled at an inlet to a first conduit to provide fluid communication between the fluid distribution elements and the supply source ; an application system comprising at least two application units having a plurality of dispensing nozzles coupled thereto, wherein each application unit is respectively coupled to one or more of the fluid distribution elements by a second conduit ; at least one first monitoring device coupled to the second conduit , wherein the at least one first monitoring device is associated with a respective application unit and fluid distribution element , and wherein the at least one first monitoring device is configured to sense a downstream flow parameter of the second conduit and generate a corresponding output signal; and an electronic control unit communicatively coupled to each of the fluid distribution elements , wherein the electronic control unit is configured to dynamically adjust an input parameter of one or more of the fluid distribution elements when the sensed downstream flow parameter is above or below a predetermined threshold to maintain a desired spray output of the plurality of dispensing nozzles , characterized in that each of the at least two fluid distribution elements comprise one of centrifugal pumps, positive displacement pumps, variable displacement pumps.
A gas-volume controller comprising: an inlet ; an outlet separated from the inlet; characterized in that it comprises a one-piece fitting, said fitting defining the inlet and the outlet; and a circuitous helical path formed between the inlet and the outlet, wherein the circuitous path is configured to regulate a flow rate of gas exiting the outlet to be substantially constant such that the flow rate is substantially independent of pressure fluctuations from a set average pressure of the gas at the inlet. an inlet ; an outlet separated from the inlet; characterized in that it comprises a one-piece fitting, said fitting defining the inlet and the outlet; and a circuitous helical path formed between the inlet and the outlet, wherein the circuitous path is configured to regulate a flow rate of gas exiting the outlet to be substantially constant such that the flow rate is substantially independent of pressure fluctuations from a set average pressure of the gas at the inlet.
Height-adjustable supporting bearing for floor covering elements which can be laid on a substrate, with a basic body configured to be height-adjustable and with a support element which is arranged on the basic body in a manner to be variably-tiltable, wherein the support element , on an underside , comprises a bearing surface configured to be in the shape of a spherical and concave cap at least along an annular circumferential line, with which surface the support element is supported on the basic body , wherein the support element , on an upper side , comprises at least one support surface for a floor covering element, and wherein the upper side of the support element is designed to be free of depressions, characterized in that the support element , on the underside , comprises an engagement element projecting towards the basic body and having at least one laterally projecting clamping tongue spaced from the support element , so that an inwardly-protruding portion of the bearing support surface of the basic body can be engaged around in a clamping manner, and in that the upper side of the support element comprises a convexly-bulged drain surface, on which, in a mutually-spaced manner, at least one upwardly-projecting ground support bearing is arranged.
A tray system for display, storage and transportation of bottles, the tray system comprising a first tray having a plurality of stacking units , each stacking unit comprising a lower receptacle for receiving a neck portion of a first bottle, each stacking unit further comprising an upper receptacle for receiving a base portion of a second bottle to be stacked vertically above a first bottle, the lower receptacle comprising a first end , a second end opposite the first end, and a sidewall connecting the first end with the second end , the first end forming an opening for receiving the neck of the first bottle into the lower receptacle, wherein the lower receptacle comprises a protective element , the protective element attached to the lower receptacle to provide a protective guard between the lower receptacle and a shoulder portion of the first bottle received in the lower receptacle , characterized in that the protective element comprises a body portion and a cushion element attached to the body portion and/or in that the protective element comprises a floating cushion in the lower receptacle .
Internal cladding part for cladding a fuselage structure of an aircraft, having: a first cover layer that extends in a planar manner; a second cover layer that extends in a planar manner; a core layer which is disposed between the first and the second cover layer (2; 3) and is connected to the first and the second cover layer (2; 3) and defines a receptacle cavity ; and an insulation structure having a porous insulation core and an evacuated film sheath that encases the insulation core in a gas-tight manner; wherein the insulation structure is disposed in the receptacle cavity between the first and the second cover layer (2; 3). a first cover layer that extends in a planar manner; a second cover layer that extends in a planar manner; a core layer which is disposed between the first and the second cover layer (2; 3) and is connected to the first and the second cover layer (2; 3) and defines a receptacle cavity ; and an insulation structure having a porous insulation core and an evacuated film sheath that encases the insulation core in a gas-tight manner; wherein the insulation structure is disposed in the receptacle cavity between the first and the second cover layer (2; 3).
Shoe , in particular a sports shoe, comprising: a. a sole (no), in particular a midsole, wherein the sole comprises a particle foam material; b. a heel counter ; c. wherein the heel counter is not attached to a top surface of the sole . a. a sole (no), in particular a midsole, wherein the sole comprises a particle foam material; b. a heel counter ; c. wherein the heel counter is not attached to a top surface of the sole .
A film material for use in a cold spray device and to be sprayed onto a base material, comprising: - a spray material, the spray material being nickel; - flux powder, the flux powder being soldering flux powder; wherein the film material comprises the spray material and the flux powder in a volume ratio ranging from 1:1 to 3:1. - a spray material, the spray material being nickel; - flux powder, the flux powder being soldering flux powder;
An uplink transmission method, wherein the method comprises: determining a plurality of serving cells, wherein the plurality of serving cells have at least one of the following association relationships: operating frequency bands are completely the same, or the operating frequency bands are partially the same; and sending (S403) uplink signals to the plurality of serving cells, wherein the sending of the uplink signals meets a preset condition; characterized in that before the sending uplink signals to the plurality of serving cells, the method further comprises: if the sending of the uplink signals does not meet the preset condition, performing power back-off on a power of the uplink signal of at least one of the plurality of serving cells. determining a plurality of serving cells, wherein the plurality of serving cells have at least one of the following association relationships: operating frequency bands are completely the same, or the operating frequency bands are partially the same; and sending (S403) uplink signals to the plurality of serving cells, wherein the sending of the uplink signals meets a preset condition; characterized in that before the sending uplink signals to the plurality of serving cells, the method further comprises: if the sending of the uplink signals does not meet the preset condition, performing power back-off on a power of the uplink signal of at least one of the plurality of serving cells.
Polymer composition comprising - a first copolymer being an ethylene-propylene copolymer comprising from 60 to 95% by weight propylene and from 5 to 40% by weight ethylene, based on the total weight of the first copolymer, and - a copolymer blend comprising a second copolymer being a butylene-propylene copolymer, wherein the second copolymer comprises from 15 to 35% by weight 1-butylene and from 30 to 65% by weight propylene, based on the total weight of the second copolymer, wherein the weight ratio of the first copolymer to the copolymer blend ranges from 90:10 to 10:90, wherein the polymer composition has a softening temperature according to the Vicat method based on ASTM-D1525 of more than 120°C and a Young's modulus determined according to ISO 527-2 of less than 500 MPa, and wherein the polymer composition has DC electrical breakdown strength at room temperature determined according to ASTM D149-87 of higher than 300 kV/mm. - a first copolymer being an ethylene-propylene copolymer comprising from 60 to 95% by weight propylene and from 5 to 40% by weight ethylene, based on the total weight of the first copolymer, and - a copolymer blend comprising a second copolymer being a butylene-propylene copolymer, wherein
A fluid processing method, wherein at least two fluids being a first fluid and a second fluid are used as fluids to be processed, of them, the second fluid contains at least one kind of material to be extracted, and the first fluid is an extracting fluid which contains at least one kind of extraction solvent capable of extracting the material to be extracted, characterized in that first, the first fluid is introduced from a first introduction part (d1), which is one flow path, into between two processing surfaces being disposed in a position they are faced with each other so as to be able to approach to and separate from each other, at least one of which rotates relative to the other, thereby forming between the processing surfaces a first fluid thin film, then, the second fluid is directly introduced into the first fluid thin film formed between the processing surfaces from a second introduction part (d2), which is another flow path, thereby mixing the first fluid and the second fluid between the processing surfaces while the distance between the two processing surfaces is fixed by pressure balance between a supply pressure of the fluids to be processed and a pressure that is applied between the processing surfaces, thereby extracting the material to be extracted into the extraction solvent. of them, the second fluid contains at least one kind of material to be extracted, and the first fluid is an extracting fluid which contains at least one kind of extraction solvent capable of extracting the material to be extracted, characterized in that first, the first fluid is introduced from a first introduction part (d1), which is one flow path, into between two processing surfaces being disposed in a position they are faced with each other so as to be able to approach to and separate from each other, at least one of which rotates relative to the other, thereby forming between the processing surfaces a first fluid thin film, then, the second fluid is directly introduced into the first fluid thin film formed between the processing surfaces from a second introduction part (d2), which is another flow path, thereby mixing the first fluid and the second fluid between the processing surfaces while the distance between the two processing surfaces is fixed by pressure balance between a supply pressure of the fluids to be processed and a pressure that is applied between the processing surfaces, thereby extracting the material to be extracted into the extraction solvent.
A filter cartridge comprising: a filter housing comprising an inlet through which untreated fluid enters and an outlet from which treated fluid exits; a filter media contained within the filter housing configured to treat the fluid passing through the filter housing; a region of the filter housing configured to connect to a fluid manifold connecting the inlet and the outlet; and an electromagnetic identification device attached to or within the filter housing and configured to modify an electromagnetic field generated by a filter media sensor system, wherein the identification device is configured to have a resonant frequency that is higher than a base frequency of the electromagnetic field generated by the filter media sensor system. a filter housing comprising an inlet through which untreated fluid enters and an outlet from which treated fluid exits; a filter media contained within the filter housing configured to treat the fluid passing through the filter housing; a region of the filter housing configured to connect to a fluid manifold connecting the inlet and the outlet; and an electromagnetic identification device attached to or within the filter housing and configured to modify an electromagnetic field generated by a filter media sensor system,
Light bracket group for industrial vehicles, comprising: - a pair of side modules , having a main transverse extension (X-X), said side modules supporting at least one light having signalling and/or lighting functions of the industrial vehicle, - a central module arranged in an intermediate and contiguous position with respect to said side modules , the central module supporting at least one identification plate of the industrial vehicle, - wherein each side module is provided with fixing means to a chassis of the industrial vehicle, - wherein the central module is fixed to the side modules by removable fixing means , wherein the side modules , at the inner transverse ends , facing the central module , have, with respect to a section plane perpendicular to said main transverse extension (X-X), a body with a "C" section having a vertical stretch and two side edges , substantially perpendicular to the vertical stretch , said side edges having raised profiles which create transverse sliding rails for corresponding transverse seats of the central module , characterized in that the central module , with respect to a section plane perpendicular to the main transverse extension (X-X), comprises a "C" section having a vertical element and a pair of horizontal branches which delimit said transverse seats , wherein, with respect to a section plane perpendicular to the main transverse extension (X-X), said horizontal branches of the central module end with hooking appendages , configured to create a hook with free ends of the side edges of the inner transverse ends of the side modules . - a pair of side modules , having a main transverse extension (X-X), said side modules supporting at least one light having signalling and/or lighting functions of the industrial vehicle, - a central module arranged in an intermediate and contiguous position with respect to said side modules , the central module supporting at least one identification plate of the industrial vehicle, - wherein each side module is provided with fixing means to a chassis of the industrial vehicle, - wherein the central module is fixed to the side modules by removable fixing means , wherein the side modules , at the inner transverse ends , facing the central module , have, with respect to a section plane perpendicular to said main transverse extension (X-X), a body with a "C" section having a vertical stretch and two side edges , substantially perpendicular to the vertical stretch , said side edges having raised profiles which create transverse sliding rails for corresponding transverse seats of the central module , characterized in that the central module , with respect to a section plane perpendicular to the main transverse extension (X-X), comprises a "C" section having a vertical element and a pair of horizontal branches which delimit said transverse seats , wherein, with respect to a section plane perpendicular to the main transverse extension (X-X), said horizontal branches of the central module end with hooking appendages , configured to create a hook with free ends of the side edges of the inner transverse ends of the side modules .
An adapter, comprising: an adapter body having a bore relative to a longitudinal axis thereof, the adapter body including an upper face at an end of the adapter body ; a plurality of sealing surfaces circumscribed around an outer surface of the adapter body and having a sealing surface diameter that is greater than an adapter body diameter of the adapter body ; an upper surface at the upper face ; characterized in that the adapter comprises a threaded connection nested in the adapter body , including: a connection end between the upper face and the end of the adapter body ; a port extending from the connection end toward the upper face , the bore extending through the port ; an annular space , the port extending through the annular space toward the upper face ; and threads in the annular space . an adapter body having a bore relative to a longitudinal axis thereof, the adapter body including an upper face at an end of the adapter body ; a plurality of sealing surfaces circumscribed around an outer surface of the adapter body and having a sealing surface diameter that is greater than an adapter body diameter of the adapter body ; an upper surface at the upper face ; characterized in that the adapter comprises a threaded connection nested in the adapter body , including: a connection end between the upper face and the end of the adapter body ; a port extending from the connection end toward the upper face , the bore extending through the port ; an annular space , the port extending through the annular space toward the upper face ; and threads in the annular space . a connection end between the upper face and the end of the adapter body ; a port extending from the connection end toward the upper face , the bore extending through the port ; an annular space , the port extending through the annular space toward the upper face ; and threads in the annular space .
A method for providing access to a vehicle, the method being performed by a vehicle determination device , the method comprising: receiving a request signal, indicating a set of parameters of a desired vehicle; determining , from a first database , a plurality of candidate vehicles (2a-c) matching the set of parameters of the desired vehicle; determining , from a second database , for each one of the candidate vehicles (2a-c), a number of blocking vehicles blocking access to the respective candidate vehicle; selecting the candidate vehicle with the fewest number of blocking vehicles; and transmitting a key release signal to an automated key cabinet to release a physical key to the selected vehicle and to release physical keys to any blocking vehicles that block access for the selected vehicle, to thereby provide access to the selected vehicle. receiving a request signal, indicating a set of parameters of a desired vehicle; determining , from a first database , a plurality of candidate vehicles (2a-c) matching the set of parameters of the desired vehicle; determining , from a second database , for each one of the candidate vehicles (2a-c), a number of blocking vehicles blocking access to the respective candidate vehicle; selecting the candidate vehicle with the fewest number of blocking vehicles; and transmitting a key release signal to an automated key cabinet to release a physical key to the selected vehicle and to release physical keys to any blocking vehicles that block access for the selected vehicle, to thereby provide access to the selected vehicle.
An apparatus for preparing an endoscope for an endoscopy procedure, comprising: a protecting shroud dimensioned to receive therein a distal end of the endoscope, the distal end comprising a view port configured to enable collecting an image of the surrounding of the view port there through, and a plasma generating field applicator electrically associated with an electric power source and having a slot configured to receive therein the distal end of the endoscope shrouded within said protecting shroud, the plasma generating field applicator being configured to apply electric power suitable for plasma generation within the protecting shroud, wherein the protecting shroud is detachable from the distal end of the endoscope and from the plasma generating field applicator . a protecting shroud dimensioned to receive therein a distal end of the endoscope, the distal end comprising a view port configured to enable collecting an image of the surrounding of the view port there through, and a plasma generating field applicator electrically associated with an electric power source and having a slot configured to receive therein the distal end of the endoscope shrouded within said protecting shroud, the plasma generating field applicator being configured to apply electric power suitable for plasma generation within the protecting shroud, wherein the protecting shroud is detachable from the distal end of the endoscope and from the plasma generating field applicator .
A waterslide system for amusement purposes providing rider's helical movement, comprising - at least one starting gradient and a spiral path configured for providing entry of the rider to the waterslide system at a speed under predetermined force threshold and exit after completion of the movement at 360° rotation axis, whereby the spiral path further defines - at least one peak point configured such that riders speed is decreased to zero after completion of the movement through the against the gravity at 360° rotation axis and speed up at the opposite direction by 180° rotational movement. - at least one starting gradient and a spiral path configured for providing entry of the rider to the waterslide system at a speed under predetermined force threshold and exit after completion of the movement at 360° rotation axis, whereby the spiral path further defines - at least one peak point configured such that riders speed is decreased to zero after completion of the movement through the against the gravity at 360° rotation axis and speed up at the opposite direction by 180° rotational movement.