mhurhangee/patent-ind-claim-en huggingface dataset:
A device for the selective transmission of torques, said device comprising: - an inlet arranged to provide an inlet torque Q , said inlet comprising a transmission element arranged to rotate with speed ω about a rotation axis x ; - a predetermined number m of outlets arranged to express, respectively, outlet torques T i , with i = 1,2, ... , m , each outlet comprising a receiving element arranged to rotate with speed θ i about said rotation axis x ; - a connection means arranged to pass between a disengagement configuration and an engagement configuration, in said disengagement configuration said inlet being disengaged by said or each outlet in such a way that Q ≠ T i and ω ≠ θ i , in said engagement configuration said inlet being engaged to a number n of outlets, with 1 ≤ n ≤ m , and said transmission element being connected by friction to a number n of respective receiving elements in such a way that Q = ∑ i = 1 n T i and ω = θ 1 = θ 2 = ··· = θ n ; said device further comprising at least: - a first outlet arranged to express an outlet torque T 1 , said first outlet comprising a first receiving element arranged to rotate with speed θ 1 about said rotation axis x ; - a second outlet arranged to express an outlet torque T 2 , said second outlet comprising a second receiving element arranged to rotate with speed θ 2 about said rotation axis x . said device characterized in that said connection means comprise at least one rotating element engaged to said transmission element and arranged to rotate about a rotation axis x' for causing said device to pass between said disengagement configuration, wherein said or each rotating element is not in contact with said or each receiving element , and said engagement configuration, wherein said or each rotating element is clamped by friction to said or each receiving element . - an inlet arranged to provide an inlet torque Q , said inlet comprising a transmission element arranged to rotate with speed ω about a rotation axis x ; - a predetermined number m of outlets arranged to express, respectively, outlet torques T i , with i = 1,2, ... , m , each outlet comprising a receiving element arranged to rotate with speed θ i about said rotation axis x ; - a connection means arranged to pass between a disengagement configuration and an engagement configuration, in said disengagement configuration said inlet being disengaged by said or each outlet in such a way that Q ≠ T i and ω ≠ θ i , in said engagement configuration said inlet being engaged to a number n of outlets, with 1 ≤ n ≤ m , and said transmission element being connected by friction to a number n of respective receiving elements in such a way that Q = ∑ i = 1 n T i and ω = θ 1 = θ 2 = ··· = θ n ; - a first outlet arranged to express an outlet torque T 1 , said first outlet comprising a first receiving element arranged to rotate with speed θ 1 about said rotation axis x ; - a second outlet arranged to express an outlet torque T 2 , said second outlet comprising a second receiving element arranged to rotate with speed θ 2 about said rotation axis x .
Joint sealing tape comprising a foam, the joint sealing tape being compressible and resilient, characterized in that the foam is equipped with at least one substance which depending on the ambient conditions absorbs, stores and releases heat, wherein the substance which depending on the ambient conditions absorbs, stores and releases heat is a phase change material, namely PCM.
Support part for a piece of furniture , - in particular designed as a shelf board or as part of a carcass, of a door or of a drawer, having - an upper side and a lower side , - wherein a clearance which opens towards the bottom is configured in the lower side , characterized - in that a liquid outlet which opens outwardly on the lower side of the support part is inserted into the clearance , - in that a valve is connected to the liquid outlet by way of a connecting line in the form of a flexible hose , - in that a line guide , in which the connecting line to the liquid outlet is disposed, is configured in the interior of the support part , - wherein the line guide is incorporated in the support part , and the connecting line is placed into the line guide , and - in that the connecting line is disposed between the upper side and the lower side of the support part (19, - wherein, in a use position of the support part , the upper side lies at the top and the lower side lies at the bottom, - so that the liquid outlet in the use position is oriented downwards. - in particular designed as a shelf board or as part of a carcass, of a door or of a drawer, having - an upper side and a lower side , - wherein a clearance which opens towards the bottom is configured in the lower side , characterized - in that a liquid outlet which opens outwardly on the lower side of the support part is inserted into the clearance , - in that a valve is connected to the liquid outlet by way of a connecting line in the form of a flexible hose , - in that a line guide , in which the connecting line to the liquid outlet is disposed, is configured in the interior of the support part , - wherein the line guide is incorporated in the support part , and the connecting line is placed into the line guide , and - in that the connecting line is disposed between the upper side and the lower side of the support part (19, - wherein, in a use position of the support part , the upper side lies at the top and the lower side lies at the bottom, - so that the liquid outlet in the use position is oriented downwards.
Iron carbide nanoparticle, characterized in that at least 70% of the iron atoms that it comprises are present in an Fe 2.2 C crystalline structure.
A transmission apparatus performing multi-user transmission comprising: a signal generator which, in operation, generates a transmission signal that includes a legacy preamble , a non-legacy preamble , and a data field , wherein the non-legacy preamble comprises a HE-SIG-A field and a HE-SIG-B field indicating assignments of a plurality of resource units, RUs, in a frequency domain; and a transmitter which, in operation, transmits the generated transmission signal, and the HE-SIG-B field comprises a plurality of user fields, each of the user fields comprising user-specific information which identifies user associated with the user field; and the user fields correspond to the RUs, and the user fields are arranged such that the corresponding RUs are arranged in ascending order of frequency, characterized in that the HE-SIG-B field comprises a common field indicating the assignments of the plurality of the RUs. a signal generator which, in operation, generates a transmission signal that includes a legacy preamble , a non-legacy preamble , and a data field , wherein the non-legacy preamble comprises a HE-SIG-A field and a HE-SIG-B field indicating assignments of a plurality of resource units, RUs, in a frequency domain; and a transmitter which, in operation, transmits the generated transmission signal, and the HE-SIG-B field comprises a plurality of user fields, each of the user fields comprising user-specific information which identifies user associated with the user field; and the user fields correspond to the RUs, and the user fields are arranged such that the corresponding RUs are arranged in ascending order of frequency, characterized in that the HE-SIG-B field comprises a common field indicating the assignments of the plurality of the RUs.
A cap for a container comprising: - a retaining ring intended to remain associated with a neck of the container, the retaining ring extending about a central axis (Z1); - a closing element movable between a closed position and an open position; - at least one connecting band for keeping the closing element connected to the retaining ring even in the open position; wherein the retaining ring comprises engaging means suitable for engaging with the neck in order to prevent the retaining ring from being pulled off the neck , the engaging means comprising a plurality of second engaging elements , characterized in that the engaging means further comprise a plurality of first engaging elements , the first engaging elements and the second engaging elements being distributed around the central axis (Z1), the first engaging elements having a shape different from the second engaging elements , wherein each of the first engaging elements and each of the second engaging elements extends towards the inside of the retaining ring and comprises: - a retaining portion delimited by an abutment surface suitable for abutting against an annular protuberance of the neck for preventing the retaining ring from being removed from the neck ; - a centring portion which projects from the abutment surface for engaging with the neck before the closing element is brought into the open position for the first time, so as to keep the retaining ring centred relative to the neck ; and wherein each of the first engaging elements further comprises an anti-rotation appendage for contacting the neck in the open position, so as to obstruct rotation of the retaining ring around the neck , the centring portion being interposed between the retaining portion and the anti-rotation appendage . - a retaining ring intended to remain associated with a neck of the container, the retaining ring extending about a central axis (Z1); - a closing element movable between a closed position and an open position; - at least one connecting band for keeping the closing element connected to the retaining ring even in the open position; - a retaining portion delimited by an abutment surface suitable for abutting against an annular protuberance of the neck for preventing the retaining ring from being removed from the neck ; - a centring portion which projects from the abutment surface for engaging with the neck before the closing element is brought into the open position for the first time, so as to keep the retaining ring centred relative to the neck ;
A center plug for attenuating noise in a gas turbine engine , comprising: an inner skin , the inner skin having a substantially cylindrical shape and extending along an axial centerline (A); an outer skin positioned radially outside the inner skin ; a forward bulkhead disposed proximate a forward end of the inner skin , the forward bulkhead connected to and extending radially outward from the inner skin , and the forward bulkhead oriented at an angle with respect to the axial centerline (A); an aft bulkhead disposed proximate an aft end of the inner skin , the aft bulkhead connected to and extending radially outward from the inner skin , and the aft bulkhead oriented at the angle with respect to the axial centerline; a first resonator cavity disposed within a volume defined by the inner skin , the outer skin and the forward bulkhead and the aft bulkhead , the first resonator cavity including a first perforated disk extending between the inner skin and the outer skin and forming a first sub-cavity and a second sub-cavity , characterised in that the center plug further comprises: a first intermediate bulkhead disposed aft of the first perforated disk and extending between the inner skin and the outer skin , the first intermediate bulkhead oriented at the angle with respect to the axial centerline. an inner skin , the inner skin having a substantially cylindrical shape and extending along an axial centerline (A); an outer skin positioned radially outside the inner skin ; a forward bulkhead disposed proximate a forward end of the inner skin , the forward bulkhead connected to and extending radially outward from the inner skin , and the forward bulkhead oriented at an angle with respect to the axial centerline (A); an aft bulkhead disposed proximate an aft end of the inner skin , the aft bulkhead connected to and extending radially outward from the inner skin , and the aft bulkhead oriented at the angle with respect to the axial centerline; a first resonator cavity disposed within a volume defined by the inner skin , the outer skin and the forward bulkhead and the aft bulkhead , the first resonator cavity including a first perforated disk extending between the inner skin and the outer skin and forming a first sub-cavity and a second sub-cavity , characterised in that the center plug further comprises: a first intermediate bulkhead disposed aft of the first perforated disk and extending between the inner skin and the outer skin , the first intermediate bulkhead oriented at the angle with respect to the axial centerline.
A system effective for dual utilization of cooling fluid in a gas turbine engine, the system comprising: a cooling annulus subject to a hot-temperature combustion flow received from a combustor basket and passing between an upstream side and a downstream side of the cooling annulus , the cooling annulus comprising a liner including at least one feed channel to receive the cooling fluid; a feed manifold in fluid communication with the at least one feed channel to feed the cooling fluid to a plurality of conduits that extend in an upstream direction, the plurality of conduits in fluid communication with a plurality of exit orifices of the cooling annulus ; and a plurality of resonators in fluid communication with respective ones of the exit orifices of the cooling annulus , at least some of the plurality of resonators configured to operate with different amounts of the cooling fluid, wherein a respective group of the plurality of exit orifices of the cooling annulus is respectively configured to supply an amount of the cooling fluid appropriate for a respective one of the plurality of resonators in fluid communication with the respective group of the plurality of exit orifices of the cooling annulus , wherein the respective group of the plurality of exit orifices of the cooling annulus comprises a different number of exit orifices and/or a different orifice geometry to supply the amount of the cooling fluid appropriate for the respective one of the plurality of resonators in fluid communication with the respective group of the plurality of exit orifices of the cooling annulus . a cooling annulus subject to a hot-temperature combustion flow received from a combustor basket and passing between an upstream side and a downstream side of the cooling annulus , the cooling annulus comprising a liner including at least one feed channel to receive the cooling fluid; a feed manifold in fluid communication with the at least one feed channel to feed the cooling fluid to a plurality of conduits that extend in an upstream direction, the plurality of conduits in fluid communication with a plurality of exit orifices of the cooling annulus ; and a plurality of resonators in fluid communication with respective ones of the exit orifices of the cooling annulus , at least some of the plurality of resonators configured to operate with different amounts of the cooling fluid, wherein a respective group of the plurality of exit orifices of the cooling annulus is respectively configured to supply an amount of the cooling fluid appropriate for a respective one of the plurality of resonators in fluid communication with the respective group of the plurality of exit orifices of the cooling annulus , wherein the respective group of the plurality of exit orifices of the cooling annulus comprises a different number of exit orifices and/or a different orifice geometry to supply the amount of the cooling fluid appropriate for the respective one of the plurality of resonators in fluid communication with the respective group of the plurality of exit orifices of the cooling annulus .
An integrated-inverter electric compressor wherein an inverter device for converting DC power to three-phase AC power and supplying the converted power to an electric motor is installed in an inverter container, and comprises a plurality of power semiconductor switching devices from which respective pluralities of terminals extend; said inverter container being provided on an outer circumference of a housing accommodating an electric compressor, and the inverter device further comprising a control substrate which has a plurality of connecting holes for fitting the terminals and on which a circuit for operating the power semiconductor switching devices is mounted; said integrated-inverter electric compressor being characterized in that a guide member having a plurality of guide holes for passing the terminals is provided between the power semiconductor switching devices and the control substrate ; and the guide member is provided with at least one first positioning pin , fitted in positioning holes provided in mounting surface of the power semiconductor switching devices , in one side surface facing the power semiconductor switching devices, and at least one second positioning pin , fitted in positioning holes provided in the control substrate, in another side surface facing the control substrate .
A motor, comprising a stator and a direct starting synchronous reluctance motor rotor, wherein the direct starting synchronous reluctance motor rotor comprises: a rotor core provided with a plurality of slit grooves ; and two filling grooves respectively disposed adjacent to two ends of each of the slit grooves to form a magnetic barrier layer; wherein a first end of the filling groove being disposed adjacent to the slit groove , a second end of the filling groove being disposed to be extended outwards an outside of the rotor core , an extending direction of the filling groove substantially parallel with the d-axis, a beveled edge disposed on the second end of at least one of the filling grooves away from a d-axis of the rotor core , so that a d-axis flux of the rotor core does not suddenly change when entering a stator along a channel formed at the beveled edge ; characterized in that lengths of the filling grooves are gradually increased in a direction close to the d-axis; and wherein distances between adjacent two of the filling grooves are gradually decreased in the direction away from the d-axis.
An apparatus comprising: means to identify, by a port , an indication of a channel loss of a channel; means to identify, by the port , an indication of whether a receiver associated with the port desires forward error correction, FEC, for the channel; characterized in that the apparatus comprises means to identify, by the port based on the indication of the channel loss and the indication of whether the receiver desires FEC, whether latency associated with the FEC is above an acceptability threshold; and means to identify, by the port based on whether the latency is above the acceptability threshold, whether to advertise a Gen 4 or Gen 5 peripheral component interconnect-express, PCI-e, data rate. means to identify, by a port , an indication of a channel loss of a channel; means to identify, by the port , an indication of whether a receiver associated with the port desires forward error correction, FEC, for the channel; characterized in that the apparatus comprises means to identify, by the port based on the indication of the channel loss and the indication of whether the receiver desires FEC, whether latency associated with the FEC is above an acceptability threshold; and means to identify, by the port based on whether the latency is above the acceptability threshold, whether to advertise a Gen 4 or Gen 5 peripheral component interconnect-express, PCI-e, data rate.
A vehicle control device comprising; a friction brake device configured to generate a friction braking force in response to driver's braking operation, wherein the vehicle control device further comprises: a regenerative brake device configured to generate a regenerative braking force in response to the driver's braking operation; and a controller configured to control the friction brake device and the regenerative brake device , characterized in that , when the controller determines that driver's accelerating operation and the driver's braking operation are being simultaneously conducted, the controller expands a range of use of the regenerative brake device to reduce a rate of share of the friction brake device in an entire braking force as compared with a case where the controller determines that only the braking operation is being conducted without the accelerating operation. a regenerative brake device configured to generate a regenerative braking force in response to the driver's braking operation; and a controller configured to control the friction brake device and the regenerative brake device , characterized in that , when the controller determines that driver's accelerating operation and the driver's braking operation are being simultaneously conducted, the controller expands a range of use of the regenerative brake device to reduce a rate of share of the friction brake device in an entire braking force as compared with a case where the controller determines that only the braking operation is being conducted without the accelerating operation.
A compressed-air extraction valve for selectively extracting compressed air from a combustion chamber of an internal combustion engine, characterized in that the compressed-air extraction valve has an arresting device , preferably ball-type arresting device, and wherein the arresting device has: a clamping ring ; a shank , specifically a valve shank of the compressed-air extraction valve , which shank is mounted in axially displaceable fashion, is arranged coaxially within the clamping ring and has a groove , preferably an annular groove; and at least one arresting element , which is arranged between the shank and the clamping ring , is movable radially with respect to the shank and is preloaded by the clamping ring so as to engage into the groove in order to axially arrest the shank ; wherein the groove pushes the at least one arresting element radially away from the shank , in order to eliminate the arresting of the shank , if an axial force acting on the shank exceeds an arresting force imparted by the clamping ring and the at least one arresting element , wherein the compressed-air extraction valve is actuatable, specifically closable, by means of a gas force which acts on a disc element of the compressed-air extraction valve and which is imparted by a cylinder pressure in a combustion chamber of the internal combustion engine, wherein the axial force that exceeds the arresting force in order to eliminate the arresting is imparted partially or entirely by the gas force. a clamping ring ; a shank , specifically a valve shank of the compressed-air extraction valve , which shank is mounted in axially displaceable fashion, is arranged coaxially within the clamping ring and has a groove , preferably an annular groove; and at least one arresting element , which is arranged between the shank and the clamping ring , is movable radially with respect to the shank and is preloaded by the clamping ring so as to engage into the groove in order to axially arrest the shank ; wherein the groove pushes the at least one arresting element radially away from the shank , in order to eliminate the arresting of the shank , if an axial force acting on the shank exceeds an arresting force imparted by the clamping ring and the at least one arresting element , wherein the compressed-air extraction valve is actuatable, specifically closable, by means of a gas force which acts on a disc element of the compressed-air extraction valve and which is imparted by a cylinder pressure in a combustion chamber of the internal combustion engine, wherein the axial force that exceeds the arresting force in order to eliminate the arresting is imparted partially or entirely by the gas force.