mhurhangee/patent-ind-claim-en huggingface dataset:
A refrigerator comprising: a rear wall ; a first strap and a second strap each fixed to the rear wall ; an insulative member defining a first aperture and extending between the first strap and the second strap ; a housing disposed in the first aperture , the housing including a top end , a bottom end , and a wall extending therebetween, a frontside of the wall having a recessed portion that defines a receptacle on a backside of the wall , a trough on the frontside of the wall , and a first number of vents , wherein the first number of vents establish fluid communication between the receptacle and the trough ; an ozone generator disposed in the receptacle ; a first ventilation panel disposed over the trough and at least a portion of the frontside of the wall , the first ventilation panel being fixed to the insulative member and defining at least one slot , wherein the at least one slot is in fluid communication with the trough and is configured to receive ozonated fluid from the ozone generator via the trough , first number of vents , and receptacle ; and a light fixed to the wall and disposed between the bottom end and the ozone generator , the light including a cover that overlaps at least a portion of the trough and defines a second number of vents , wherein the second number of vents are in fluid communication with the at least one slot and are configured to vent the ozonated fluid from the at least one slot to the an interior portion of the refrigerator . a rear wall ; a first strap and a second strap each fixed to the rear wall ; an insulative member defining a first aperture and extending between the first strap and the second strap ; a housing disposed in the first aperture , the housing including a top end , a bottom end , and a wall extending therebetween, a frontside of the wall having a recessed portion that defines a receptacle on a backside of the wall , a trough on the frontside of the wall , and a first number of vents , wherein the first number of vents establish fluid communication between the receptacle and the trough ; an ozone generator disposed in the receptacle ; a first ventilation panel disposed over the trough and at least a portion of the frontside of the wall , the first ventilation panel being fixed to the insulative member and defining at least one slot , wherein the at least one slot is in fluid communication with the trough and is configured to receive ozonated fluid from the ozone generator via the trough , first number of vents , and receptacle ; and a light fixed to the wall and disposed between the bottom end and the ozone generator , the light including a cover that overlaps at least a portion of the trough and defines a second number of vents , wherein the second number of vents are in fluid communication with the at least one slot and are configured to vent the ozonated fluid from the at least one slot to the an interior portion of the refrigerator .
The crusher for grinding and crushing materials, especially residual and waste material resulting from metal working, comprising a frame with a hopper , at least one drive unit and a crushing and grinding assembly comprising at least two counter-driven screw rotors , where each of the screw rotors is provided with at least two screw blades , where on both the first screw rotor and the second screw rotor , is at least one pair of screw blades , which are arranged symmetrically to each other to the centre of the screw rotor , where one of the screw blades forms a right-hand thread and the other of the screw blades forms a left-hand thread, characterized in that the left-hand screw blade on the second screw rotor is assigned to the right-hand screw blade on the first screw rotor and the right-hand screw blade on the second screw rotor is assigned to the left-hand screw blade on the first screw rotor , where the outer edges of the screw blades on the first screw rotor and the second screw rotor skew to each other when the screw rotors are rotated, with an overlap on the projection in the horizontal plane, and recesses corresponding to the shape of the separation bars mounted on the surface of the screw rotors parallel to the axis of their rotation are formed on the screw blades and positioned such that when rotating the screw rotors , the separation bars on the first screw rotor are associated with the recesses of the screw blades on the second screw rotor and the separation bars on the second screw rotor are associated with the recesses of the screw blades on the first screw rotor .
A method of making a composition comprising surface-modified nanoparticles, the method comprising the steps of: providing an aqueous sol of acetate-functionalized zirconia nanoparticles; combining at least one non-metallic organic derivative comprising at least one hydroxamate functionality, or a solution thereof, with the sol to form a mixture; removing water and displaced acetic acid from the mixture to form surface-modified nanoparticles; and blending the surface-modified nanoparticles with pressure-sensitive adhesive precursors. providing an aqueous sol of acetate-functionalized zirconia nanoparticles; combining at least one non-metallic organic derivative comprising at least one hydroxamate functionality, or a solution thereof, with the sol to form a mixture; removing water and displaced acetic acid from the mixture to form surface-modified nanoparticles; and blending the surface-modified nanoparticles with pressure-sensitive adhesive precursors.
Method for operating an agricultural spreader device , comprising the step: - acquiring information on at least one distributor disc , which can be driven in rotation, of the agricultural spreader device by means of a sensing device of the agricultural spreader device ; wherein the information on the at least one distributor disc comprises information on the disc type, the disc condition and/or the disc configuration, and the acquisition of information on the at least one distributor disc , which can be driven in rotation, of the agricultural spreader device by the sensing device of the agricultural spreader device is carried out on the basis of at least one sensor signal which is dependent on the ejection characteristic of the spreading material, wherein the sensing of the information on the at least one distributor disc comprises the following steps: - calculating a frequency spectrum (32a-32c) of the at least one sensor signal, which spectrum is dependent on the ejection characteristic of the spreading material; - sensing properties of the calculated frequency spectrum (32a-32c); - deriving the information on the at least one distributor disc from the calculated frequency spectrum (32a-32c) and/or the acquired properties of the frequency spectrum (32a-32c), and the step: - independent adjustment of adjustment parameters of the agricultural spreader device in accordance with the acquired information on the at least one distributor disc by means of the agricultural spreader device . - acquiring information on at least one distributor disc , which can be driven in rotation, of the agricultural spreader device by means of a sensing device of the agricultural spreader device ; wherein - calculating a frequency spectrum (32a-32c) of the at least one sensor signal, which spectrum is dependent on the ejection characteristic of the spreading material; - sensing properties of the calculated frequency spectrum (32a-32c); - deriving the information on the at least one distributor disc from the calculated frequency spectrum (32a-32c) and/or the acquired properties of the frequency spectrum (32a-32c), and the step: - independent adjustment of adjustment parameters of the agricultural spreader device in accordance with the acquired information on the at least one distributor disc by means of the agricultural spreader device . - independent adjustment of adjustment parameters of the agricultural spreader device in accordance with the acquired information on the at least one distributor disc by means of the agricultural spreader device .
A compound of Formula V: for use in treatment of oral inflammation and pain caused by oral mucositis, oral ulceration, oral infection, stomatitis, or radiation mucositis, wherein RH is lauric acid, caprylic acid or linolenic acid.
A method of twisting a pair of wires , comprising the steps of: a) arranging a first wire parallel to a second wire along a longitudinal axis; b) securing ends of the first and second wires ; c) gripping outer surfaces of central portions of the first and second wires , wherein inner surfaces of the central portions of the first and second wires are in contact with one another; and d) rotating a gripping mechanism thereby rotating the central portions of the central portions of the first and second wires , thereby twisting the first and second wires about one another, characterized in that step c) is performed using the gripping mechanism including an inflatable U-shaped bladder , wherein the inflatable U-shaped bladder defines a U-shaped groove configured to receive and grip the central portions of the first and second wires , wherein a width of the U-shaped groove is greater than a diameter of the first and second wires when the first and second wires are received within the U-shaped groove and wherein the width of the U-shaped groove is less than or equal to the diameter of the first and second wires when the first and second wires are gripped within the U-shaped groove . a) arranging a first wire parallel to a second wire along a longitudinal axis; b) securing ends of the first and second wires ; c) gripping outer surfaces of central portions of the first and second wires , wherein inner surfaces of the central portions of the first and second wires are in contact with one another; and d) rotating a gripping mechanism thereby rotating the central portions of the central portions of the first and second wires , thereby twisting the first and second wires about one another, characterized in that step c) is performed using the gripping mechanism including an inflatable U-shaped bladder , wherein the inflatable U-shaped bladder defines a U-shaped groove configured to receive and grip the central portions of the first and second wires , wherein a width of the U-shaped groove is greater than a diameter of the first and second wires when the first and second wires are received within the U-shaped groove and wherein the width of the U-shaped groove is less than or equal to the diameter of the first and second wires when the first and second wires are gripped within the U-shaped groove .
A guide wire comprising a flexible first core wire , and a flexible second core wire configured separately from the first core wire , wherein the first core wire has a first plate-shaped portion having a plate shape, and a first linear portion provided continuously on a proximal side of the first plate-shaped portion and having a linear shape thinner than the first plate-shaped portion , and the second core wire has a second plate-shaped portion having a plate shape and disposed to overlap and be in contact with the first linear portion , and a second linear portion that is provided continuously on a distal side of the second plate-shaped portion , has a linear shape thinner than the second plate-shaped portion , and is disposed to overlap and be in contact with the first plate-shaped portion .
A resonant cavity light emitting diode, RCLED, device or a laser device, comprising: a plurality of group III-V semiconductor nanowires, NWs, grown on one side of a graphitic substrate, preferably through the holes of an optional hole-patterned mask on said graphitic substrate; a first distributed Bragg reflector or metal mirror positioned substantially parallel to said graphitic substrate and positioned on the opposite side of said graphitic substrate to said NWs; a second light reflector such that the NWs are arranged between first distributed Bragg reflector or metal mirror and the second light reflector to define an optical resonator; and wherein said NWs comprise an n-type doped region and a p-type doped region and optionally an intrinsic region there between. a plurality of group III-V semiconductor nanowires, NWs, grown on one side of a graphitic substrate, preferably through the holes of an optional hole-patterned mask on said graphitic substrate; a first distributed Bragg reflector or metal mirror positioned substantially parallel to said graphitic substrate and positioned on the opposite side of said graphitic substrate to said NWs; a second light reflector such that the NWs are arranged between first distributed Bragg reflector or metal mirror and the second light reflector to define an optical resonator; and wherein said NWs comprise an n-type doped region and a p-type doped region and optionally an intrinsic region there between.
Sensor device for measuring the rotational position of an element that is rotatable about an axis of rotation , the sensor device comprising at least one sender member for emitting a magnetic field and at least two receiving members for receiving the magnetic field, wherein each of the at least two receiving members comprises two conductors that together delimit at least two surrounded areas , wherein each of the surrounded areas tapers in and against a circumferential direction (C) at their ends, characterized in that at least one of the surrounded areas is a non-convex surrounded area.
A method comprising: calculating, based on data received from a first access point on a wireless network within a communication range of an identified client device , a first effective uplink data rate for the client device with respect to the first access point based on a) an uplink data rate for the first access point and b) a percentage of uplink airtime available to the client device via the first access point based on a number of devices connected to the first access point ; calculating, based on data received from the first access point, a first effective downlink data rate for the client device with respect to the first access point based on a) a downlink data rate for the first access point and b) a percentage of downlink airtime available to the client device via the first access point based on the number of devices connected to the first access point, wherein the downlink data rate for the first access point is estimated based on a signal to noise ratio with respect to the first access point; computing a first metric for the first access point based on the first effective uplink data rate, the first effective downlink data rate, and a noise floor scaling factor; and characterised by generating a recommendation for access point connection by the client device based on a comparison of the first metric for the first access point and a second metric computed for a second access point, wherein the client device is associated with the second access point and wherein the second metric is an artificially inflated indication of a current load of the second access point. calculating, based on data received from a first access point on a wireless network within a communication range of an identified client device , a first effective uplink data rate for the client device with respect to the first access point based on a) an uplink data rate for the first access point and b) a percentage of uplink airtime available to the client device via the first access point based on a number of devices connected to the first access point ; calculating, based on data received from the first access point, a first effective downlink data rate for the client device with respect to the first access point based on a) a downlink data rate for the first access point and b) a percentage of downlink airtime available to the client device via the first access point based on the number of devices connected to the first access point, wherein the downlink data rate for the first access point is estimated based on a signal to noise ratio with respect to the first access point; computing a first metric for the first access point based on the first effective uplink data rate, the first effective downlink data rate, and a noise floor scaling factor; and characterised by generating a recommendation for access point connection by the client device based on a comparison of the first metric for the first access point and a second metric computed for a second access point, wherein the client device is associated with the second access point and wherein the second metric is an artificially inflated indication of a current load of the second access point.
A method comprising: receiving an indication that a first COS, Container Orchestration System, service and one or more first COS endpoints are created in a first COS cluster; and transmitting a request to create, in a second COS cluster, a second COS service and one or more second COS endpoints that correspond to the first COS service and the one or more first COS endpoints, wherein creation of the second COS service and the one or more second COS endpoints causes insertion of one or more first Domain Name System, DNS, records in a first DNS server that is local to the second COS cluster, and the insertion of the one or more first DNS records enables one or more COS pods of the second COS cluster to communicate with one or more COS pods defined by the first COS service of the first COS cluster through a network. receiving an indication that a first COS, Container Orchestration System, service and one or more first COS endpoints are created in a first COS cluster; and transmitting a request to create, in a second COS cluster, a second COS service and one or more second COS endpoints that correspond to the first COS service and the one or more first COS endpoints, wherein creation of the second COS service and the one or more second COS endpoints causes insertion of one or more first Domain Name System, DNS, records in a first DNS server that is local to the second COS cluster, and the insertion of the one or more first DNS records enables one or more COS pods of the second COS cluster to communicate with one or more COS pods defined by the first COS service of the first COS cluster through a network.
Display means for a household appliance, having a diffusion film for generating diffused light by means of optical scattering and a light shaft with at least one first entry area (4.1) for radiating light into a first chamber (5.1) of the light shaft and a first exit area (6.1) for radiating the light escaping from the first chamber (5.1) out onto the diffusion film , with at least one second entry area (4.2) for radiating light into a second chamber (5.2) of the light shaft and a second exit area (6.2) for radiating the light escaping from the second chamber (5.2) out onto the diffusion film , with at least one chamber side wall that optically partitions the first chamber (5.1) from the second chamber (5.2) and with at least one connecting element that is moulded onto the diffusion film and by means of which the diffusion film is connected to the light shaft such that it covers the at least one first exit area (6.1) and the at least one second exit area (6.2), wherein the diffusion film has at least one first passage area (2.1), which is illuminated by the light escaping from the first exit area (6.1) of the light shaft , and has at least one second passage area (2.2), which is illuminated by the light escaping from the second exit area (6.2) of the light shaft , and a slot for optically separating the first passage area (2.1) from the second passage area (2.2) in the diffusion film extends between the first passage area (2.1) and the second passage area (2.2) in such a manner that an outshining of light between the first exit area (6.1) and the second exit area (6.2) is at least considerably reduced or entirely prevented by means of the slot , characterised in that the light shaft has a protruding rib extending into the slot for optically separating the light escaping from the first exit area (6.1) and the light escaping from the second exit area (6.2) in such a manner that an outshining between the first passage area (2.1) and the second passage area (2.2) is at least considerably reduced or entirely prevented by means of the protruding rib . wherein the diffusion film has at least one first passage area (2.1), which is illuminated by the light escaping from the first exit area (6.1) of the light shaft , and has at least one second passage area (2.2), which is illuminated by the light escaping from the second exit area (6.2) of the light shaft , and a slot for optically separating the first passage area (2.1) from the second passage area (2.2) in the diffusion film extends between the first passage area (2.1) and the second passage area (2.2) in such a manner that an outshining of light between the first exit area (6.1) and the second exit area (6.2) is at least considerably reduced or entirely prevented by means of the slot , characterised in that the light shaft has a protruding rib extending into the slot for optically separating the light escaping from the first exit area (6.1) and the light escaping from the second exit area (6.2) in such a manner that an outshining between the first passage area (2.1) and the second passage area (2.2) is at least considerably reduced or entirely prevented by means of the protruding rib .