mhurhangee/ep-ind-claims huggingface dataset:
An air gap eductor for mixing a diluent with a chemical, comprising: an eductor body, comprising: a nozzle section having an inlet portion and an air gap portion, the inlet portion configured to couple to a diluent source and the air gap portion open to the atmosphere; and a venturi section coupled to the nozzle section, the venturi section including a venturi configured to couple to a chemical source for drawing chemical into the venturi with the flow of diluent through the venturi; and a nozzle assembly positioned in the nozzle section of the eductor body, characterized in that the venturi section is coupled to the nozzle section by a swivel joint. an eductor body, comprising: a nozzle section having an inlet portion and an air gap portion, the inlet portion configured to couple to a diluent source and the air gap portion open to the atmosphere; and a venturi section coupled to the nozzle section, the venturi section including a venturi configured to couple to a chemical source for drawing chemical into the venturi with the flow of diluent through the venturi; and a nozzle section having an inlet portion and an air gap portion, the inlet portion configured to couple to a diluent source and the air gap portion open to the atmosphere; and a venturi section coupled to the nozzle section, the venturi section including a venturi configured to couple to a chemical source for drawing chemical into the venturi with the flow of diluent through the venturi; and a nozzle assembly positioned in the nozzle section of the eductor body, characterized in that the venturi section is coupled to the nozzle section by a swivel joint.
An apparatus comprising: a control panel of a security system that protects a secure geographic area; a user input carried by the control panel that receives a disarm instruction requesting to disarm the security system; a camera carried by the control panel that captures an image of a person entering the disarm instruction; and a processor that disarms the security system in response to the disarm instruction received by the user input only when a human face of the person is detected by the camera, characterised in that the human face of the person is detected by the camera without determining an identity of the person. a control panel of a security system that protects a secure geographic area; a user input carried by the control panel that receives a disarm instruction requesting to disarm the security system; a camera carried by the control panel that captures an image of a person entering the disarm instruction; and a processor that disarms the security system in response to the disarm instruction received by the user input only when a human face of the person is detected by the camera, characterised in that the human face of the person is detected by the camera without determining an identity of the person.
A method of forwarding a packet, comprising: assigning, by a Provider Edge, PE, device, a private network application identifier to a received Internet Protocol, IP, packet; and sending, by the PE device, a Multi-Protocol Label Switching, MPLS, packet generated based on the IP packet, wherein the private network application identifier is carried in an extension label of the MPLS packet; characterized in that assigning the private network application identifier to the received IP packet comprises: configuring, by the PE device, an Access Control List, ACL, entry for a private network application, wherein the ACL entry comprises a private network application identifier indicating the private network application and packet features of an IP packet belonging to the private network application; and assigning, by the PE device, the private network application identifier in the ACL entry to the IP packet when packet features of the received IP packet are matched with the ACL entry. assigning, by a Provider Edge, PE, device, a private network application identifier to a received Internet Protocol, IP, packet; and sending, by the PE device, a Multi-Protocol Label Switching, MPLS, packet generated based on the IP packet, wherein the private network application identifier is carried in an extension label of the MPLS packet; characterized in that assigning the private network application identifier to the received IP packet comprises: configuring, by the PE device, an Access Control List, ACL, entry for a private network application, wherein the ACL entry comprises a private network application identifier indicating the private network application and packet features of an IP packet belonging to the private network application; and assigning, by the PE device, the private network application identifier in the ACL entry to the IP packet when packet features of the received IP packet are matched with the ACL entry. configuring, by the PE device, an Access Control List, ACL, entry for a private network application, wherein the ACL entry comprises a private network application identifier indicating the private network application and packet features of an IP packet belonging to the private network application; and assigning, by the PE device, the private network application identifier in the ACL entry to the IP packet when packet features of the received IP packet are matched with the ACL entry.
A net comprising at least two ropes (2, 4), wherein the net comprises at least one mesh, wherein at least one corner of a mesh is formed by a knot formed by two of said ropes (2, 4), wherein the knot comprises a first opening in the first rope through which the second rope passes, and a first opening in the second rope through which the first rope passes, characterized in that the knot comprises a second opening in the first rope through which the second rope passes, and in that a part of the first rope is positioned in the first opening in the second rope being in between the first and second opening (6, 8) of the first rope.
A composition for interfacial polymerizing polyamide comprising: an amine compound; and one or more types selected from among a purine-based compound, wherein the purine-based compound is one or more types selected from among purine, adenine, guanine, hypoxanthine, xanthine, theobromine, caffeine, uric acid and isoguanine, and a pyrimidine-based compound represented by the following Chemical Formula 1: wherein, in Chemical Formula 1, X is N or NH; Y is O or OH; Z is O, OH or NH 2; R1 and R2 are each hydrogen; or a substituted or unsubstituted alkyl group; is a single bond or a double bond, and wherein the term "substituted or unsubstituted" means being substituted with one, two or more substituents selected from the group consisting of deuterium; a halogen group; a nitrile group; a nitro group; a hydroxy group; a carbonyl group; an ester group; an imide group; a silyl group; a phosphine oxide group; an alkyl group; a cycloalkyl group; an alkenyl group; an alkoxy group; an alkylthio group; an aryl group; a sulfonyl group and a heterocyclic group, being substituted with a substituent linking two or more substituents among the substituents illustrated above, or having no substituents. an amine compound; and one or more types selected from among a purine-based compound, wherein the purine-based compound is one or more types selected from among purine, adenine, guanine, hypoxanthine, xanthine, theobromine, caffeine, uric acid and isoguanine, and a pyrimidine-based compound represented by the following Chemical Formula 1: wherein, in Chemical Formula 1, X is N or NH; Y is O or OH; Z is O, OH or NH 2; R1 and R2 are each hydrogen; or a substituted or unsubstituted alkyl group; is a single bond or a double bond, and wherein the term "substituted or unsubstituted" means being substituted with one, two or more substituents selected from the group consisting of deuterium; a halogen group; a nitrile group; a nitro group; a hydroxy group; a carbonyl group; an ester group; an imide group; a silyl group; a phosphine oxide group; an alkyl group; a cycloalkyl group; an alkenyl group; an alkoxy group; an alkylthio group; an aryl group; a sulfonyl group and a heterocyclic group, being substituted with a substituent linking two or more substituents among the substituents illustrated above, or having no substituents.
System for individual security, comprising: a case configured to be fastened to a protective helmet, in which the following are disposed: a processor (PROC); a voltage detector configured to detect an ambient electric field; a signalling system configured to emit a signalling signal to an individual if the voltage detector detects an ambient electric field greater than a detection threshold; a lighting system; a fastening device coupled to the case and configured to fasten the case to a protective helmet at a location adapted for lighting around the individual when the latter wears the helmet on their head; said security system comprising a first switch (MUTE) configured to interrupt the generation of the signalling signal and to adjust the detection threshold to n times the detected level having led to the previous signalling, n being a constant greater than 1; said security system comprising a second switch (AUTOTEST) configured to initialise the detection threshold to an initial level, said initial level being stored in a memory of said security system, the voltage detector, the signalling system, the lighting system, the first switch (MUTE), the second switch (AUTOTEST) and the memory being coupled to the processor (PROC). a processor (PROC); a voltage detector configured to detect an ambient electric field; a signalling system configured to emit a signalling signal to an individual if the voltage detector detects an ambient electric field greater than a detection threshold; a lighting system; a fastening device coupled to the case and configured to fasten the case to a protective helmet at a location adapted for lighting around the individual when the latter wears the helmet on their head; said security system comprising a first switch (MUTE) configured to interrupt the generation of the signalling signal and to adjust the detection threshold to n times the detected level having led to the previous signalling, n being a constant greater than 1; said security system comprising a second switch (AUTOTEST) configured to initialise the detection threshold to an initial level, said initial level being stored in a memory of said security system, the voltage detector, the signalling system, the lighting system, the first switch (MUTE), the second switch (AUTOTEST) and the memory being coupled to the processor (PROC).
An electrical connection cable for mounting in an opening of a light module, the connection cable comprising an electrical cable having an end near the light and an end remote from the light; and an adapter plug at the end of the electrical cable near the light, the adapter plug having a board which has at least one first contact point to which a wire of the electrical cable is connected, and at least one second contact point which is in electrical connection with the first contact point via the board and to which an electrical line in an interior of the light module can be connected, as well as a plug housing which is connected to the board by a casting material and which has means for fixing the adapter plug in the opening of the light module, the casting material sealing the board and the at least one wire to the plug housing, the plug housing having an insertion slot into which the board is inserted, characterized in that the board and the plug housing have latching means (16, 17), and the board is latched into the insertion slot of the plug housing before the casting material is applied.
A wind turbine comprising: a wind turbine tower; a nacelle including a primary frame, the primary frame being connected to the tower; a secondary structure connected to the primary frame; and one or more flexible couplings between the primary frame and the secondary structure configured to reduce transmission of deformations from the primary frame to the secondary structure, characterized in that at least one of the flexible couplings comprises a sliding mechanism that allows relative displacement between the primary frame and the secondary structure. a wind turbine tower; a nacelle including a primary frame, the primary frame being connected to the tower; a secondary structure connected to the primary frame; and one or more flexible couplings between the primary frame and the secondary structure configured to reduce transmission of deformations from the primary frame to the secondary structure, characterized in that at least one of the flexible couplings comprises a sliding mechanism that allows relative displacement between the primary frame and the secondary structure.
A method of transmitting at least two payloads (32, 34, 36) in a downstream traffic phase of a time-division duplex, TDD, cycle, the method comprising the steps of: ordering by rank a first payload and at least one next payload (34, 36) of the at least two payloads by a headend; transmitting the at least two payloads (32, 34, 36) to predetermined at least two customer premise equipments, CPEs, (40, 42, 46); and wherein the step of ordering by rank is characterized by ranking by an increased modulation profile. ordering by rank a first payload and at least one next payload (34, 36) of the at least two payloads by a headend; transmitting the at least two payloads (32, 34, 36) to predetermined at least two customer premise equipments, CPEs, (40, 42, 46); and wherein the step of ordering by rank is characterized by ranking by an increased modulation profile.
A flowmeter for gaseous fluid comprising: a conduit composed of non-electrically conductive material for passage of an ionized flow of the gaseous fluid therethrough; an electromagnetic sensor arranged to measure a magnetic field generated about the conduit by the passage of the ionized flow and generate a signal proportional to the magnetic field; and characterized by a de-ionizer for neutralizing the ionized flow downstream from the electromagnetic sensor. a conduit composed of non-electrically conductive material for passage of an ionized flow of the gaseous fluid therethrough; an electromagnetic sensor arranged to measure a magnetic field generated about the conduit by the passage of the ionized flow and generate a signal proportional to the magnetic field; and characterized by a de-ionizer for neutralizing the ionized flow downstream from the electromagnetic sensor.
Rotor of the type extending in a rotation axis (X-X) and comprising: - a short-circuit cage having at least one bar and at least one first electrical and mechanical short-circuit crown, - the or each bar having a first end part, - the first end part being connected mechanically and electrically to the first short-circuit crown by a connection means, - the or each connecting means being a means of complementary form connection, which retains the end part (24, 26) relative to the associated short-circuit crown (16, 18) in a retaining direction extending radially relative to a rotation axis, wherein when the rotor is not rotating about its rotation axis, the connecting means preloads the end part (24, 26) in a preload direction with a radial component relative to the rotation axis, in particular directed radially relative to the rotation axis, in particular wherein the preload direction is opposite the retaining direction, the retaining direction being a direction opposing a radial displacement of the end parts towards the outside, characterised in that the or each connecting means defines a radial play between the associated end part (24, 26) and the associated retaining crown (16, 18) in a direction contrary to the retaining direction. - a short-circuit cage having at least one bar and at least one first electrical and mechanical short-circuit crown, - the or each bar having a first end part, - the first end part being connected mechanically and electrically to the first short-circuit crown by a connection means, - the or each connecting means being a means of complementary form connection, which retains the end part (24, 26) relative to the associated short-circuit crown (16, 18) in a retaining direction extending radially relative to a rotation axis, wherein when the rotor is not rotating about its rotation axis, the connecting means preloads the end part (24, 26) in a preload direction with a radial component relative to the rotation axis, in particular directed radially relative to the rotation axis, in particular wherein the preload direction is opposite the retaining direction, the retaining direction being a direction opposing a radial displacement of the end parts towards the outside,
Forged flexible trailing arm (1; 101) for an air sprung wheel axle suspension of a vehicle, said trailing arm being made of spring steel and having a front end portion adapted and configured to be pivotally mounted to a chassis bearing bracket, an axle attachment portion (4; 104) located at a longitudinal distance from the front end portion and adapted to attach an axle body against, and a spring portion extending between the front end portion and the axle attachment portion (4; 104) and formed integrally therewith, characterized in that the spring portion comprises a channel shaped profile having a top wall having a wall thickness ( t t), two opposing lateral walls, having a wall thickness ( t l), and an open side opposite the top wall and facing downwardly in use, and the spring portion furthermore comprising outwardly extending lateral ridges formed at the end of the lateral walls flanking the open side of the channel shaped profile.
An endoscope insertion direction detecting device comprising: scene feature value computing means configured to compute, on a scene of an endoscope image of a moving image picked up by an endoscope inserted into a body cavity, a plurality of scene feature values relating to detection of an endoscope insertion direction in the body cavity; and insertion direction computing means, configured to compute an insertion direction of the endoscope on the basis of the plurality of scene feature values computed by the scene feature value computing means, characterized in that the endoscope insertion direction detecting device further comprises classification means configured to perform classification into classes for a plurality of different feature values from a feature value vector corresponding to the plurality of scene feature values computed by the scene feature value computing means; and computing means configured to compute an essential feature value class among the classes of the plurality of feature values into which the classification is performed by the classification means, wherein the insertion direction computing means are configured to only compute the endoscope insertion direction corresponding to the essential feature value class computed by the computing means. scene feature value computing means configured to compute, on a scene of an endoscope image of a moving image picked up by an endoscope inserted into a body cavity, a plurality of scene feature values relating to detection of an endoscope insertion direction in the body cavity; and insertion direction computing means, configured to compute an insertion direction of the endoscope on the basis of the plurality of scene feature values computed by the scene feature value computing means, characterized in that the endoscope insertion direction detecting device further comprises classification means configured to perform classification into classes for a plurality of different feature values from a feature value vector corresponding to the plurality of scene feature values computed by the scene feature value computing means; and computing means configured to compute an essential feature value class among the classes of the plurality of feature values into which the classification is performed by the classification means, wherein the insertion direction computing means are configured to only compute the endoscope insertion direction corresponding to the essential feature value class computed by the computing means.
A refrigerator, comprising: a refrigerator cabinet; an ice maker disposed within the refrigerator cabinet; a pump fluidly connected to the ice maker and configured for pumping cooling media to the ice maker; a motor operatively connected to the ice maker and configured to provide oscillating movement to the ice maker; wherein the pump is operatively connected to the motor such that driving of the motor results in the pumping of the cooling media with the pump, characterized in that the pump is an oscillation pump comprising a bladder, a first check valve and a second one way check valve and positioned such that oscillation of the icemaker compresses and relieves the bladder in a cyclical manner. a refrigerator cabinet; an ice maker disposed within the refrigerator cabinet; a pump fluidly connected to the ice maker and configured for pumping cooling media to the ice maker; a motor operatively connected to the ice maker and configured to provide oscillating movement to the ice maker; wherein the pump is operatively connected to the motor such that driving of the motor results in the pumping of the cooling media with the pump, characterized in that the pump is an oscillation pump comprising a bladder, a first check valve and a second one way check valve and positioned such that oscillation of the icemaker compresses and relieves the bladder in a cyclical manner.
A detector assembly, comprising: a base; a detector chamber; a first detecting module on the base for detecting smoke, the first detecting module including a light source and a photodetector; a second detecting module including: a detecting module printed circuit board; a sensor mounted to the printed circuit board; a controller mounted on the detecting module printed circuit board, the controller generating alarm signal in response to the sensor; characterized in that the detector assembly comprises a detector printed circuit board secured to the base and having a controller; the detector chamber is removably attached to the base; the second detecting module is removably secured between the base and the detector chamber; and the controller of the second detector module is configured to transmit the alarm signal to the controller on the detector printed circuit board. a base; a detector chamber; a first detecting module on the base for detecting smoke, the first detecting module including a light source and a photodetector; a second detecting module including: a detecting module printed circuit board; a sensor mounted to the printed circuit board; a controller mounted on the detecting module printed circuit board, the controller generating alarm signal in response to the sensor; a detecting module printed circuit board; a sensor mounted to the printed circuit board; a controller mounted on the detecting module printed circuit board, the controller generating alarm signal in response to the sensor; characterized in that the detector assembly comprises a detector printed circuit board secured to the base and having a controller; the detector chamber is removably attached to the base; the second detecting module is removably secured between the base and the detector chamber; and the controller of the second detector module is configured to transmit the alarm signal to the controller on the detector printed circuit board.
A method for determining spatial correspondences between image areas in a number of image sequences of a scene that are recorded from different observation perspectives, in particular for the three-dimensional reconstruction of this scene, wherein image regions that are relevant for determining correspondence are determined within the image sequences, wherein image areas are formed from the relevant image regions, wherein a parameterized function h(u,v,t) is matched to the image values in the image areas in a space R(uvgt) respectively defined by pixel position u, v, image value g and time t, and wherein the parameters of the parameterized functions are used to form a similarity measure between the image areas of the number of image sequences.