mhurhangee/ep-ind-claims huggingface dataset:
A pet bowl comprising: a first shell formed from a non-metallic material; a second shell formed from a metallic material and positioned at least in part within the first shell; characterized in that the pet bowl further comprises an anti-slip provision comprising a ring made of elastomeric material, the anti-slip provision being removably mounted on a bottom surface of the first shell which has a substantially circular recess formed therein that receives the ring of the anti-slip provision, wherein the ring has a bottom surface for contacting the ground, and wherein a portion of the bottom surface is substantially co-planar with the bottom surface of the first shell, wherein the ring is removably mounted on the first shell using an interference fit between the ring and the recess of the first shell, wherein the bottom surface of the ring has a plurality of concentric ribs, wherein the recess has a depth, wherein the ring has a height defined by a distance between the bottom of the ribs and a top surface of the ring, the height being slightly greater than the depth of the recess such that the ribs extend below a plane of the bottom surface of the first shell and the remainder of the bottom surface of the ring is substantially co-planar with the bottom surface of the first shell. a first shell formed from a non-metallic material; a second shell formed from a metallic material and positioned at least in part within the first shell; an anti-slip provision comprising a ring made of elastomeric material, the anti-slip provision being removably mounted on a bottom surface of the first shell which has a substantially circular recess formed therein that receives the ring of the anti-slip provision, wherein the ring has a bottom surface for contacting the ground, and wherein a portion of the bottom surface is substantially co-planar with the bottom surface of the first shell, wherein the ring is removably mounted on the first shell using an interference fit between the ring and the recess of the first shell, wherein the bottom surface of the ring has a plurality of concentric ribs, wherein the recess has a depth, wherein the ring has a height defined by a distance between the bottom of the ribs and a top surface of the ring, the height being slightly greater than the depth of the recess such that the ribs extend below a plane of the bottom surface of the first shell and the remainder of the bottom surface of the ring is substantially co-planar with the bottom surface of the first shell.
An apparatus adapted to access information associated with a process control system, the apparatus comprising: a processor system; and a memory communicatively coupled to the processor system, the memory including stored instructions that enable the processor system to: receive a first user-defined parameter name to enable the processor system to reference a first datum value in a first data source; receive configuration parameters to enable a first one of a plurality of data source interfaces to access the first datum value in the first data source according to a first data access standard; receive configuration parameters to enable the first data source interface to reference the first datum value in the first data source based on the first user-defined parameter name; and generate data source interface software according to the received configuration parameters to enable the processor system to access the first datum value in the first data source in response to receiving a first data access request including the first user-defined parameter name. a processor system; and a memory communicatively coupled to the processor system, the memory including stored instructions that enable the processor system to: receive a first user-defined parameter name to enable the processor system to reference a first datum value in a first data source; receive configuration parameters to enable a first one of a plurality of data source interfaces to access the first datum value in the first data source according to a first data access standard; receive configuration parameters to enable the first data source interface to reference the first datum value in the first data source based on the first user-defined parameter name; and generate data source interface software according to the received configuration parameters to enable the processor system to access the first datum value in the first data source in response to receiving a first data access request including the first user-defined parameter name. receive a first user-defined parameter name to enable the processor system to reference a first datum value in a first data source; receive configuration parameters to enable a first one of a plurality of data source interfaces to access the first datum value in the first data source according to a first data access standard; receive configuration parameters to enable the first data source interface to reference the first datum value in the first data source based on the first user-defined parameter name; and generate data source interface software according to the received configuration parameters to enable the processor system to access the first datum value in the first data source in response to receiving a first data access request including the first user-defined parameter name.
A helicopter comprising: - a fuselage; - a first main rotor, which is adapted to generate, in use, the necessary lift for the flight of said helicopter and to enable the forward/backward, upward/downward and lateral movement of said helicopter, and generating, in use, a first torque on said fuselage; - an anti-torque system adapted to generate, in use, a second torque having a main component in the same or opposite direction with respect to said first torque, so as to control the yaw angle of said helicopter; and - a tail portion connected to said fuselage; said tail portion comprising, in turn: a tail boom connected to said fuselage; a fin protruding from an aft end of said tail boom on the opposite side of said fuselage and transversally with respect to said tail boom; and a tailplane projecting in cantilever fashion on both sides of said fin; said tail boom being adapted to sustain the bending moments and the shear stress generated, in use, by the weight of said fin and said tailplane; characterized in that said anti-torque system is integrated with said tail boom; said anti-torque system comprising: - an electric power supply unit; - at least one second rotor operatively connected to said electric power supply unit and operable by said electric power supply unit so as to rotate with a first variable angular speed; and - at least one third rotor operatively connected to said electric power supply unit and operable by said electric power supply unit so as to rotate with a second variable angular speed. - a fuselage; - a first main rotor, which is adapted to generate, in use, the necessary lift for the flight of said helicopter and to enable the forward/backward, upward/downward and lateral movement of said helicopter, and generating, in use, a first torque on said fuselage; - an anti-torque system adapted to generate, in use, a second torque having a main component in the same or opposite direction with respect to said first torque, so as to control the yaw angle of said helicopter; and - a tail portion connected to said fuselage; a tail boom connected to said fuselage; a fin protruding from an aft end of said tail boom on the opposite side of said fuselage and transversally with respect to said tail boom; and a tailplane projecting in cantilever fashion on both sides of said fin; said tail boom being adapted to sustain the bending moments and the shear stress generated, in use, by the weight of said fin and said tailplane; characterized in that said anti-torque system is integrated with said tail boom; - an electric power supply unit; - at least one second rotor operatively connected to said electric power supply unit and operable by said electric power supply unit so as to rotate with a first variable angular speed; and - at least one third rotor operatively connected to said electric power supply unit and operable by said electric power supply unit so as to rotate with a second variable angular speed.
Device for fastening and electrical contacting a vehicle window pane, in which at least one electrical functional element is integrated, - with a pane adapter that is constructed for fixing on the vehicle window pane, - with a pane holder that is constructed for coupling the pane adapter with a vehicle body, - with a pane-side plug that, in the intended assembled state, establishes electrical contact with the functional element of the vehicle window pane, - with a pane-side coupling shoe for mounting the pane-side plug on the vehicle window pane, - with a mating plug that is constructed to be coupled with the pane-side plug for the electrical contacting of the functional element with a control unit, wherein the pane adapter and the pane-side coupling shoe as well as the pane holder and a plug holder supporting the mating plug are kinematically coupled such that during assembly of the vehicle window pane using the pane adapter on the pane holder, the pane-side plug is connected to the mating plug, characterized in that, on the pane-side coupling shoe or on the plug holder, an elastic stop element is arranged that is constructed for the purpose of applying, during assembly, a coupling force for the intended coupling of the pane-side plug with the mating plug, and wherein the pane-side plug and the mating plug, in the intended assembled state, are mounted with play on the pane-side coupling shoe or the plug holder. - with a pane adapter that is constructed for fixing on the vehicle window pane, - with a pane holder that is constructed for coupling the pane adapter with a vehicle body, - with a pane-side plug that, in the intended assembled state, establishes electrical contact with the functional element of the vehicle window pane, - with a pane-side coupling shoe for mounting the pane-side plug on the vehicle window pane, - with a mating plug that is constructed to be coupled with the pane-side plug for the electrical contacting of the functional element with a control unit,
Heating block for an electric radiator heating a stream of air flowing in a ventilation and heating installation of a vehicle, in which a heat conductive element comprises at least one hole through which the stream of air to be heated flows, characterized in that it comprises at least one screen printed heating element on at least a first face of the said heat conductive element, the screen printed heating element having a thickness in the range between 0.05 and 0.20 mm.
Method for condition-monitoring of a hydraulic system, wherein the hydraulic system is coupled or provided with a pump, which is drivable by a drive motor, for providing a work fluid in the hydraulic system and with a heat exchanger, the primary side of which is flowed through by the work fluid and to the secondary side of which a cooling fluid for take-up of a part of a thermal energy of the work fluid is supplied, characterised in that the method is provided for the hydraulic system of a metal reshaping plant and comprises the steps, which are caused or performed by a condition-monitoring device during operation of the hydraulic system, of: a) determining an instantaneous cooling performance (Pw) of the heat exchanger; b) determining an instantaneous conveying performance (Pp) of the pump; and c) determining an instantaneous maintenance urgency and/or an instantaneous ageing state of the hydraulic system (Mi) on the basis of the determined instantaneous cooling performance (Pw) of the heat exchanger and the determined instantaneous conveying performance (Pp) of the pump. a) determining an instantaneous cooling performance (Pw) of the heat exchanger; b) determining an instantaneous conveying performance (Pp) of the pump; and c) determining an instantaneous maintenance urgency and/or an instantaneous ageing state of the hydraulic system (Mi) on the basis of the determined instantaneous cooling performance (Pw) of the heat exchanger and the determined instantaneous conveying performance (Pp) of the pump.
Method for putting a first device in secure communication with a second device, the method comprising steps of: • generating, by the first device, at least one first datum dependent on a private key ( SKpcd) specific to the first device and dependent on a public key ( PKpicc) specific to the second device, • generating, by the second device, at least one second datum ( K') dependent on a private key ( SKpicc) specific to the second device associated with the public key ( PKpicc) specific to the second device, and dependent on a third datum ( PK'), the third datum ( PK') being dependent on a public datum ( PKpcd, maskedPK) specific to the first device, • implementing a test (118, 120, 122) verifying whether the first and second data ( K,K') meet a predetermined condition, and putting the first device in secure communication with the second device only if the predetermined condition is met, the method being characterized in that it comprises the following step implemented before the generation of the second datum ( K'): • generating the third datum ( PK'), the third datum ( PK') taking on a value adapted so that the predetermined condition is met only if input data ( PIN') are identical to reference secret data associated with the second device. • generating, by the first device, at least one first datum dependent on a private key ( SKpcd) specific to the first device and dependent on a public key ( PKpicc) specific to the second device, • generating, by the second device, at least one second datum ( K') dependent on a private key ( SKpicc) specific to the second device associated with the public key ( PKpicc) specific to the second device, and dependent on a third datum ( PK'), the third datum ( PK') being dependent on a public datum ( PKpcd, maskedPK) specific to the first device, • implementing a test (118, 120, 122) verifying whether the first and second data ( K,K') meet a predetermined condition, and putting the first device in secure communication with the second device only if the predetermined condition is met, • generating the third datum ( PK'), the third datum ( PK') taking on a value adapted so that the predetermined condition is met only if input data ( PIN') are identical to reference secret data associated with the second device.
A method for enabling multiple Bluetooth host devices the method comprising: receiving, by a Bluetooth radio controller, a wireless communication from a Bluetooth device, wherein the Bluetooth radio controller is coupled with more than one host devices; decoding by the Bluetooth radio controller, the communication to determine a packet based upon the communication, the communication comprising a destination that associates the packet with at least one host device of the more than one host devices; identifying, by the Bluetooth radio controller, the destination as at least one host device of the more than one host devices to which the packet is addressed; transmitting, by the Bluetooth radio controller, the packet to a first host device if the first host device is identified as the destination of the packet; transmitting, by the Bluetooth radio controller, the packet to a second host device if the second host device is identified as the destination, and wherein identifying the destination comprises identifying the destination as an embedded host device and wherein transmitting comprises transmitting the packet to the embedded host device, wherein the embedded host device comprises a secure operating system that executes within a secure embedded environment, which decrypts encrypted packets from another Bluetooth device within the secure embedded environment. receiving, by a Bluetooth radio controller, a wireless communication from a Bluetooth device, wherein the Bluetooth radio controller is coupled with more than one host devices; decoding by the Bluetooth radio controller, the communication to determine a packet based upon the communication, the communication comprising a destination that associates the packet with at least one host device of the more than one host devices; identifying, by the Bluetooth radio controller, the destination as at least one host device of the more than one host devices to which the packet is addressed; transmitting, by the Bluetooth radio controller, the packet to a first host device if the first host device is identified as the destination of the packet; transmitting, by the Bluetooth radio controller, the packet to a second host device if the second host device is identified as the destination, and wherein identifying the destination comprises identifying the destination as an embedded host device and wherein transmitting comprises transmitting the packet to the embedded host device, wherein the embedded host device comprises a secure operating system that executes within a secure embedded environment, which decrypts encrypted packets from another Bluetooth device within the secure embedded environment.
A liquid level sensing device for aircraft galley inserts, the liquid level sensing device comprising: a housing including an annular inner stationary contact ring; and a plurality of rotating electrically conductive probes, said plurality of rotating electrically conductive probes each including a rotating conductive base portion having a rotatable contact stylus, said plurality of rotating electrically conductive probes being connected to the housing by said rotatable contact stylus and said annular inner stationary contact ring, said rotatable contact stylus and said annular inner stationary contact ring forming a rotating electrical contact joint which operates with a self cleaning action that ensures continuous electrical contact. a housing including an annular inner stationary contact ring; and a plurality of rotating electrically conductive probes, said plurality of rotating electrically conductive probes each including a rotating conductive base portion having a rotatable contact stylus, said plurality of rotating electrically conductive probes being connected to the housing by said rotatable contact stylus and said annular inner stationary contact ring, said rotatable contact stylus and said annular inner stationary contact ring forming a rotating electrical contact joint which operates with a self cleaning action that ensures continuous electrical contact.
A method for wireless communication by a base station (106, 204, 610), comprising: determining a region of a subframe having overlapping resource allocations for a first device (102, 206, 650) of a first type and a second device of a second type, wherein the first device (102, 206, 650) of the first type has a capability to perform certain procedures with low latency relative to the second device of the second type that lacks the capability; and modulating data from the region of the subframe for transmission to the first and the second devices (102, 206, 650) using a hierarchical modulation scheme, wherein modulating the data using the hierarchical modulation scheme comprises using a higher order modulation scheme for transmission of data from the region with the overlapping resource allocations, relative to modulation schemes used for transmission of data from regions of the subframe allocated exclusively for the first or the second devices. determining a region of a subframe having overlapping resource allocations for a first device (102, 206, 650) of a first type and a second device of a second type, wherein the first device (102, 206, 650) of the first type has a capability to perform certain procedures with low latency relative to the second device of the second type that lacks the capability; and modulating data from the region of the subframe for transmission to the first and the second devices (102, 206, 650) using a hierarchical modulation scheme, wherein modulating the data using the hierarchical modulation scheme comprises using a higher order modulation scheme for transmission of data from the region with the overlapping resource allocations, relative to modulation schemes used for transmission of data from regions of the subframe allocated exclusively for the first or the second devices.
A system for actuating flight control surfaces providing jam protection while maintaining functionality comprising: first and second rotatable subassemblies (2, 16), which represent flight control surfaces, respectively pivotably coupled to a support structure such as a wing; a drive linkage which links the first rotatable subassembly to the second rotatable subassembly so that rotation of the first rotatable subassembly drives rotation of the second rotatable subassembly, the drive linkage comprising first and second links (50, 52), a first joint which pivotably couples the first and second links (50, 52) to each other, and a second joint which pivotably couples the first link to the first rotatable subassembly; an actuator pivotably coupled to the support structure and to the first rotatable subassembly, the actuator when activated producing a force urging the first rotatable subassembly to rotate relative to the support structure; and a cam track structure mounted to the support structure, the cam track structure comprising first and second cam surfaces (40, 42), wherein the first and second joints (E, D) of the drive linkage are trapped in the first and second cam surfaces (40, 42) respectively of the cam track structure, wherein at least one of the first and second links (50, 52) comprises a weakened portion (58, 60, 62) which is designed to fail when a structural overload is produced due to jamming. first and second rotatable subassemblies (2, 16), which represent flight control surfaces, respectively pivotably coupled to a support structure such as a wing; a drive linkage which links the first rotatable subassembly to the second rotatable subassembly so that rotation of the first rotatable subassembly drives rotation of the second rotatable subassembly, the drive linkage comprising first and second links (50, 52), a first joint which pivotably couples the first and second links (50, 52) to each other, and a second joint which pivotably couples the first link to the first rotatable subassembly; an actuator pivotably coupled to the support structure and to the first rotatable subassembly, the actuator when activated producing a force urging the first rotatable subassembly to rotate relative to the support structure; and a cam track structure mounted to the support structure, the cam track structure comprising first and second cam surfaces (40, 42), wherein the first and second joints (E, D) of the drive linkage are trapped in the first and second cam surfaces (40, 42) respectively of the cam track structure, wherein at least one of the first and second links (50, 52) comprises a weakened portion (58, 60, 62) which is designed to fail when a structural overload is produced due to jamming.
A structure material having a mountain shape which has an expansion from a centre of the structure material toward an outside of the structure material with a certain inclination and surfaces (2,3) which surround a cavity, the structure material comprising a resin, reinforced fibers and voids, wherein the reinforced fibers are discontinuous and dispersed in the structure material in a random manner, and coated with the resin, wherein the voids are spaces formed by the reinforced fibers coated with the resin serving as columnar supported bodies and overlapping with each other or crossing each other, and a volume content of the voids is 10 to 97% by volume, as measured in accordance with the method detailed in the description, and the structure material has a specific bending stiffness represented as EC 1/3 ·ρ -1 being 2.5 (GPa) 1/3.cm 3 g -1 or more where a bending modulus is Ec, measured in GPa in accordance with ISO 178 Method, and a density is ρ, measured in g/cm 3 in accordance with JIS K7222.