mhurhangee/ep-ind-claims huggingface dataset:
A method for managing power consumption of a network, the method comprising: monitoring, by a network device, a set of network area zones of a network coverage area, each network area zone associated with a set of edge devices; determining, for a first network area zone of the set of network area zones, a first occupancy state based on usage of a first set of edge devices of the first network area zone, wherein determining the first occupancy state comprises determining the first occupancy state based on a number of client devices attached to the first set of edge devices and an amount of usage of the first set of edge devices; based on the determined first occupancy state, determining a first power consumption policy for the first network area zone; and responsive to determining the first power consumption policy, applying the determined first power consumption policy to the first set of edge devices in the first network area zone at least by changing a power consumption mode of a first edge device in the first set of edge devices. monitoring, by a network device, a set of network area zones of a network coverage area, each network area zone associated with a set of edge devices; determining, for a first network area zone of the set of network area zones, a first occupancy state based on usage of a first set of edge devices of the first network area zone, wherein determining the first occupancy state comprises determining the first occupancy state based on a number of client devices attached to the first set of edge devices and an amount of usage of the first set of edge devices; based on the determined first occupancy state, determining a first power consumption policy for the first network area zone; and responsive to determining the first power consumption policy, applying the determined first power consumption policy to the first set of edge devices in the first network area zone at least by changing a power consumption mode of a first edge device in the first set of edge devices.
Circuit arrangement for detecting a switch position, having a first node, which can be connected to a phase of an electrical grid, a third node, and a microcontroller, wherein a switch is arranged between the first node and the third node, wherein a resistor is arranged in parallel with the switch between the first node and the third node, wherein a connection of the microcontroller is connected to the third node, wherein the connection is a voltage supply connection of the microcontroller, wherein the microcontroller is programmed to compare a voltage present at the connection with a reference voltage and, on the basis of said comparison, to determine whether the switch is open or closed.
A method of treating a hydroformylation catalyst solution comprising rhodium, polyphosphoramidite ligand, and polyphosphoramidite ligand degradation products, wherein the hydroformylation catalyst solution is used to hydroformylate an olefin in an operating hydroformylation unit, the method comprising: contacting the catalyst solution with a peroxide in the operating hydroformylation unit.
A method of wireless communication for a User Equipment, UE, that is capable of a Multi-Point High-Speed Downlink Packet Access, HSDPA, mode utilizing a primary serving cell and a secondary serving cell, the method comprising: receiving Multi-Point HSDPA data from a first cell as the primary serving cell and from a second cell as the secondary serving cell; determining that a measurement of the secondary serving cell exceeds a measurement of the primary serving cell; transmitting, to a radio network controller, RNC, a report corresponding to the measurement of the secondary serving cell exceeding the measurement of the primary serving cell; receiving, in response to the transmitted report a Radio Resource Control, RRC, message from the RNC comprising an information element adapted to inform the UE that the secondary serving cell utilizes the same carrier frequency as that of the primary serving cell; transmitting, to the RNC, a response to the RRC message to confirm completion of a reconfiguration in accordance with the RRC message, wherein the reconfiguration comprises a swapping of the primary serving cell with the secondary serving cell such that the first cell acts as a secondary serving cell and the second cell acts as a primary serving cell; and receiving Multi-Point HSDPA data from the second cell as the primary serving cell and the first cell as the secondary serving cell, wherein Multi-Point HSDPA is a mode in which plural cells can provide high-speed downlink communication to a UE, such that the UE is capable of aggregating the transmissions from those cells, within the same frequency carrier. receiving Multi-Point HSDPA data from a first cell as the primary serving cell and from a second cell as the secondary serving cell; determining that a measurement of the secondary serving cell exceeds a measurement of the primary serving cell; transmitting, to a radio network controller, RNC, a report corresponding to the measurement of the secondary serving cell exceeding the measurement of the primary serving cell; receiving, in response to the transmitted report a Radio Resource Control, RRC, message from the RNC comprising an information element adapted to inform the UE that the secondary serving cell utilizes the same carrier frequency as that of the primary serving cell; transmitting, to the RNC, a response to the RRC message to confirm completion of a reconfiguration in accordance with the RRC message, wherein the reconfiguration comprises a swapping of the primary serving cell with the secondary serving cell such that the first cell acts as a secondary serving cell and the second cell acts as a primary serving cell; and receiving Multi-Point HSDPA data from the second cell as the primary serving cell and the first cell as the secondary serving cell, wherein Multi-Point HSDPA is a mode in which plural cells can provide high-speed downlink communication to a UE, such that the UE is capable of aggregating the transmissions from those cells, within the same frequency carrier.
A method for provisioning quality of service, QoS,-sensitive devices in a wireless local area network, LAN, the method comprising: determining that at least one QoS-sensitive device is communicating with a wireless LAN access point, AP, wherein a QoS-sensitive device is a cellular user equipment that has at least one running QoS-sensitive flow; reserving a contention free period, CFP, in a superframe for the at least one QoS-sensitive device to communicate with the AP; and allocating a contention period, CP, in the superframe for non-QoS-sensitive devices to communicate with the AP, wherein a non-QoS-sensitive device is a user equipment that does not have any running QoS-sensitive flow and wherein the non-QoS-sensitive devices are prohibited from transmitting during the CFP; characterized in that the method further comprises: reassigning an QoS-sensitive device configured to communicate during the CFP to communicate during the CP when a new QoS-sensitive device joins the wireless LAN, wherein the new QoS-sensitive device comprises a higher priority QoS requirement. determining that at least one QoS-sensitive device is communicating with a wireless LAN access point, AP, wherein a QoS-sensitive device is a cellular user equipment that has at least one running QoS-sensitive flow; reserving a contention free period, CFP, in a superframe for the at least one QoS-sensitive device to communicate with the AP; and allocating a contention period, CP, in the superframe for non-QoS-sensitive devices to communicate with the AP, wherein a non-QoS-sensitive device is a user equipment that does not have any running QoS-sensitive flow and wherein the non-QoS-sensitive devices are prohibited from transmitting during the CFP; characterized in that the method further comprises: reassigning an QoS-sensitive device configured to communicate during the CFP to communicate during the CP when a new QoS-sensitive device joins the wireless LAN, wherein the new QoS-sensitive device comprises a higher priority QoS requirement.
Retaining system to constrain two precast elements (51, 52) for buildings, comprising a first anchoring insert (2; 32) associable with a first precast element, a second anchoring insert associable with a second precast element and connecting means for connecting and constraining said anchoring inserts (2, 3) and said precast elements (51, 52) in an assembled configuration, said second anchoring insert comprising a portion of an open section channel provided with a longitudinal cavity accessible from the outside through a longitudinal access opening and said first anchoring insert (2; 32) comprising at least one side wall, in particular flat, facing said longitudinal access opening in said assembled configuration and provided with a slot (12; 42), said connecting means comprising at least one screw provided with a shaped head insertable and lockable in said longitudinal cavity and a threaded stem insertable and lockable in said slot (12; 42), said retaining system being characterized in that said first anchoring insert includes a portion of a tubular section provided with opposite open ends for access to an internal cavity and comprising said side wall and at least one side through opening (14; 44) obtained by cutting said portion of tubular section and shaped so as to allow access to said internal cavity and an internal face of said side wall, said side through opening (14; 44) forming on said portion of tubular section at least two parallel and spaced apart anchoring tubular protrusions which extend from said side wall, in particular along a direction substantially orthogonal to said side wall.
A semiconductor device comprising: a semiconductor layer of a first conductivity type; body regions of a second conductivity type plurally formed on a surface layer portion of the semiconductor layer at interval; a source region of the first conductivity type formed on a surface layer portion of each body region; a gate insulating film provided on the semiconductor layer to extend between the body regions adjacent to each other; a gate electrode provided on the gate insulating film and opposed to the body regions; and a protrusion projected from the surface of the semiconductor layer such that the protrusion is raised with respect to the surface of the semiconductor layer between the body regions adjacent to each other, wherein the protrusion which has the second conductivity type, contacts the gate insulating film. a semiconductor layer of a first conductivity type; body regions of a second conductivity type plurally formed on a surface layer portion of the semiconductor layer at interval; a source region of the first conductivity type formed on a surface layer portion of each body region; a gate insulating film provided on the semiconductor layer to extend between the body regions adjacent to each other; a gate electrode provided on the gate insulating film and opposed to the body regions; and a protrusion projected from the surface of the semiconductor layer such that the protrusion is raised with respect to the surface of the semiconductor layer between the body regions adjacent to each other, wherein the protrusion which has the second conductivity type, contacts the gate insulating film.
A producing method of a sintered ferrite material, comprising: a step of preparing raw powder to obtain a material having a composition formula of (1x-y-z)(Li 0.5 Fe 0.5)O·xZnO·yFe 2 O 3 ·zCuO wherein x, y and z satisfy 0.14≤x≤0.19, 0.48≤y<0.5 and 0≤z≤0.03; a step of pre-sintering the raw powder at 1000-1200°C to obtain first pre-sintered powder; a step of adding Bi 2 O 3 in a range from 0.5% by mass to 3% by mass against 100% by mass of the first pre-sintered powder to obtain second pre-sintered powder; a step of pulverizing the second pre-sintered powder to obtain pulverized powder; a step of forming the pulverized powder to obtain a compact; and a step of sintering the compact at 1000-1150°C, for a duration in a range from 2 to 5 hours, to obtain a sintered ferrite material in which an average crystal grain size is in a range from 7.5 μm to 25 μm. a step of preparing raw powder to obtain a material having a composition formula of (1x-y-z)(Li 0.5 Fe 0.5)O·xZnO·yFe 2 O 3 ·zCuO wherein x, y and z satisfy 0.14≤x≤0.19, 0.48≤y<0.5 and 0≤z≤0.03; a step of pre-sintering the raw powder at 1000-1200°C to obtain first pre-sintered powder; a step of adding Bi 2 O 3 in a range from 0.5% by mass to 3% by mass against 100% by mass of the first pre-sintered powder to obtain second pre-sintered powder; a step of pulverizing the second pre-sintered powder to obtain pulverized powder; a step of forming the pulverized powder to obtain a compact; and a step of sintering the compact at 1000-1150°C, for a duration in a range from 2 to 5 hours, to obtain a sintered ferrite material in which an average crystal grain size is in a range from 7.5 μm to 25 μm.
Non-therapeutic method of feeding a pregnant mammal, comprising administering a composition comprising sorbic acid or an ester or salt thereof and betaine to the pregnant mammal, wherein the dosage of sorbic acid or an ester or salt thereof is in a range of 0.02 - 100 grams per day, and the dosage of betaine is in a range of 0.02 - 100 grams per day. wherein the dosage of sorbic acid or an ester or salt thereof is in a range of 0.02 - 100 grams per day, and the dosage of betaine is in a range of 0.02 - 100 grams per day.
Control unit comprising at least one base and a circuit carrier assigned thereto and also a cover that closes the control unit, wherein the control unit can be brought to a desired temperature with the aid of a substrate which dissipates the heat and/or components which dissipate heat, and wherein the substrate is accommodated by cooling paths, at least inside the control unit, characterized in that the control unit has wide cooling paths and narrow cooling paths, in that the narrow cooling paths open out into the wide cooling paths and in that the cooling fluid can circulate within the cooling paths (11, 12).
Device for the vibration-damping suspension of an assembly, in particular of a hydraulic assembly of an electronically slip-controlled brake system of a vehicle, in an associated receptacle, said device having a bolt-shaped anchor by way of which the device can be arranged on the assembly and which projects, in sections, beyond the outer dimension of the assembly, having a sleeve-shaped elastomer part. which is arranged on the projecting-out section of the anchor and which has a central section of reduced outer diameter and has, arranged to both sides of said central section, first and second end sections (14c, d) with outer diameters greater than that of the central section, and having a bracing means arranged on the anchor, wherein the bracing means, in its bracing position, exerts an axial force on the elastomer part, wherein the bracing means can be transferred from a basic position into a bracing position by manual actuation, and wherein the bracing means is guided in axially displaceable fashion on the anchor, characterized in that the bracing means - is arranged on the anchor before the insertion of the device into the receptacle, which surrounds the central section of the elastomer part, and - is in each case latched in its basic position and in its bracing position by way of the anchor. - is arranged on the anchor before the insertion of the device into the receptacle, which surrounds the central section of the elastomer part, and - is in each case latched in its basic position and in its bracing position by way of the anchor.
Assembly of a motor vehicle brake disc /wheel rim set on a rotating drive system of said set, said system comprising a roller bearing unit presenting a turning body assembled rotating in relation to a fixed body through the intermediary of at least one row of rolling bodies, said system comprising a transmission bowl of an engine torque to said turning body, said turning body comprising a flange presenting a radial wall extending between two respectively interior and exterior axial edges, the disc presenting a sleeve which is centred on the exterior axial edge, the rim presenting a tube, said radial wall presenting at least one orifice which is equipped with an axial tightening means of the rim and of the disc on said radial wall, said assembly being characterised in that the tube is centred in the interior axial wall of the flange.
Device for blow-moulding containers that comprises a heating section for heating preforms made of a thermoplastic material and is provided with a blow facility that comprises at least one blow station for conversion of the preforms into the containers, and in which a carrier element for transport of the preforms comprises at least one positionable clamping element in the region of a head that can be inserted into an exit section of the preform, and the clamping element is arranged between a tensioning element and a contact pressure element, whereby the clamping element is provided to be rounded, and a cam control is arranged for introduction of a positioning force into the carrier element along at least a part of an designated transport path, and whereby the tensioning element can be positioned in a radial direction of the head by at least one guide surface (59, 60) that is arranged obliquely to the horizontal line, whereby the carrier element is provided for bracketing a preform that is oriented by its exit section in a vertical direction upward, characterised in that at least two clamping elements are arranged along an external circumference of the head at a distance with respect to each other, and whereby the tensioning element is provided to be rigid.
A handle, in particular a push handle, having a handle portion and at least one attachment portion which emerges from the handle portion and is attachable to an attachment surface, in particular to a door leaf, the longitudinal axis of the at least one attachment portion intersecting its at least partially flat free face side in an angle that is not perpendicular, the free face side of the at least one attachment portion featuring a recess, a channel being provided in a rear portion of the at least one attachment portion for feeding through an attachment means, which channel is loosely connected to the recess and is substantially parallel to the free face side, the handle including at least one attachment bolt which can releasably be connected to the attachment surface, and which is located, in the mounted state of the handle, in the recess in the face side of the at least one attachment portion and whose peripheral surface cooperates with a stop element projecting from the inner peripheral surface of the recess into the lumen of the recess in a front portion of the at least one attachment portion and serving the purpose of establishing a positive connection between the attachment portion and the attachment bolt, wherein the attachment bolt is embodied so as to be tapered at least partially from an upper region towards a lower region, such that an inclined surface is formed which is embodied so as to be at least partially parallel to a stop surface of the stop element, the inclined surface or the stop surface, in the mounted state, drawing an angle of approximately 20° to 80° with the attachment surface.
An intra-vaginal device for measuring a temperature progression in the vagina, comprising: an inner wall, an elastic outer wall connected to the inner wall, an inflatable space between the inner wall and the outer wall, a sealable connection to the inflatable space through which in open condition a gas can be blown into or out of, respectively, the inflatable space, whereby the device, in operational condition, when at least partially inserted into the vagina by blowing the gas into the inflatable space can be inflated until the outside of the outer wall of the device presses against the inner wall of the vagina such that it is wedged in, and a temperature sensor, characterised in that the inner wall of the device delimits a hollow space with an opening in each of its facing ends acting as a passage for discharging secretions. an inner wall, an elastic outer wall connected to the inner wall, an inflatable space between the inner wall and the outer wall, an elastic outer wall connected to the inner wall, an inflatable space between the inner wall and the outer wall, a sealable connection to the inflatable space through which in open condition a gas can be blown into or out of, respectively, the inflatable space, whereby the device, in operational condition, when at least partially inserted into the vagina by blowing the gas into the inflatable space can be inflated until the outside of the outer wall of the device presses against the inner wall of the vagina such that it is wedged in, and a temperature sensor, characterised in that the inner wall of the device delimits a hollow space with an opening in each of its facing ends acting as a passage for discharging secretions.
Electrical connection terminal with a housing, with a clampimg spring and with a metal part wherein the clampimg spring has a clamping leg and a contact leg and the clamping leg and a section of the metal part form a spring force clamping connection for an electrical lead to be connected and wherein a lead insertion opening for inserting the electrical lead and an actuation opening for opening the spring force clamping connection are formed in the housing, wherein the metal part is electrically and mechanically connected to a plug-in contact via at least one connecting region, and wherein the plug-in contact has two contact legs (13, 14) which are resilient relative to one another for plugging into a contact hole of a circuit board, characterized in that the housing is formed in two parts, namely a first housing part and a second housing part, wherein the first housing part is axially movable relative to the second housing part between a first position and a second position, wherein the clampimg spring and the metal part are arranged in the first housing part and the contact legs (13, 14) of the plug-in contact are arranged in a chamber formed in the second housing part so as to be axially movable in the longitudinal direction of the chamber, and that, in the first position of the first housing part, the contact legs (13, 14) of the plug-in contact do not protrude with their free ends (13a, 14a) from the bottom of the second housing part, which faces away from the first housing part, whereas, in the second position of the first housing part, the contact legs (13, 14) protrude with their free ends (13a, 14a) from the bottom of the second housing part. wherein the plug-in contact has two contact legs (13, 14) which are resilient relative to one another for plugging into a contact hole of a circuit board, characterized in that the housing is formed in two parts, namely a first housing part and a second housing part, wherein the first housing part is axially movable relative to the second housing part between a first position and a second position, wherein the clampimg spring and the metal part are arranged in the first housing part and the contact legs (13, 14) of the plug-in contact are arranged in a chamber formed in the second housing part so as to be axially movable in the longitudinal direction of the chamber, and that, in the first position of the first housing part, the contact legs (13, 14) of the plug-in contact do not protrude with their free ends (13a, 14a) from the bottom of the second housing part, which faces away from the first housing part, whereas, in the second position of the first housing part, the contact legs (13, 14) protrude with their free ends (13a, 14a) from the bottom of the second housing part.