mhurhangee/ep-ind-claims huggingface dataset:
A method implemented in a User Equipment, UE (100, 304, 400, 726), for a cellular communications system, comprising: receiving, from a base station, a Random Access Response, RAR, message comprising an indication of a time-domain resource allocation for a Msg3 transmission on a Physical Uplink Shared Channel, PUSCH; determining a slot offset value, K2, for the Msg3 transmission based on the indication of the time-domain resource allocation and a PUSCH table; adding an additional slot offset value for the Msg3 transmission to the slot offset value, K2, to provide an increased slot offset value for the Msg3 transmission, wherein the additional slot offset value varies in relation to an additional processing time needed for RAR message decoding compared to Physical Downlink Control Channel, PDCCH, decoding and rounded to a next higher or next lower number of slots in an uplink numerology of the PUSCH, wherein the additional processing time is a function of whether the RAR message is transmitted in a short Physical Downlink Shared Channel, PDSCH, with mapping Type A; and transmitting, to the base station, the Msg3 transmission in accordance with the increased slot offset value. receiving, from a base station, a Random Access Response, RAR, message comprising an indication of a time-domain resource allocation for a Msg3 transmission on a Physical Uplink Shared Channel, PUSCH; determining a slot offset value, K2, for the Msg3 transmission based on the indication of the time-domain resource allocation and a PUSCH table; adding an additional slot offset value for the Msg3 transmission to the slot offset value, K2, to provide an increased slot offset value for the Msg3 transmission, wherein the additional slot offset value varies in relation to an additional processing time needed for RAR message decoding compared to Physical Downlink Control Channel, PDCCH, decoding and rounded to a next higher or next lower number of slots in an uplink numerology of the PUSCH, wherein the additional processing time is a function of whether the RAR message is transmitted in a short Physical Downlink Shared Channel, PDSCH, with mapping Type A; and transmitting, to the base station, the Msg3 transmission in accordance with the increased slot offset value.
Method, implemented by a communication terminal, for determining at least one access point usable by said communication terminal for accessing a first wireless communication network, said method comprising: - for at least one detected access point, obtaining an address, relating to a second network, of said detected access point, said second network being another network than said first network; - determining said at least one usable access point by taking account of at least one of said obtained address. - for at least one detected access point, obtaining an address, relating to a second network, of said detected access point, said second network being another network than said first network; - determining said at least one usable access point by taking account of at least one of said obtained address.
An air conditioner comprising a refrigerant circuit formed of a compressor, an outdoor heat exchanger, an expansion mechanism, and an indoor heat exchanger connected to one another in the stated order, the air conditioner configured to perform a defrosting operation of melting frost that has adhered to the outdoor heat exchanger by switching from a heating cycle in which the outdoor heat exchanger functions as an evaporator to a cooling cycle in which the outdoor heat exchanger functions as a condenser, the air conditioner comprising: a four-way valve configured to perform a switching action of switching between the heating cycle and the cooling cycle in the refrigerant circuit; an indoor fan configured to send air to the indoor heat exchanger; and a controller configured to control operations of the four-way valve and operations of the indoor fan, the controller being configured to perform a first control of putting the air conditioner into a state in which the indoor fan is running when the four-way valve performs the switching action, characterised in that the controller is further configured to perform a pressure equalization control of stopping the compressor and reducing differential pressure in the refrigerant circuit before the defrosting operation, during which the air conditioner is put into a state in which the indoor fan is running when the four-way valve performs the switching action. a four-way valve configured to perform a switching action of switching between the heating cycle and the cooling cycle in the refrigerant circuit; an indoor fan configured to send air to the indoor heat exchanger; and a controller configured to control operations of the four-way valve and operations of the indoor fan, the controller being configured to perform a first control of putting the air conditioner into a state in which the indoor fan is running when the four-way valve performs the switching action, characterised in that the controller is further configured to perform a pressure equalization control of stopping the compressor and reducing differential pressure in the refrigerant circuit before the defrosting operation, during which the air conditioner is put into a state in which the indoor fan is running when the four-way valve performs the switching action.
A method for relaying and managing service calls, wherein a customer terminal sends a call and a service terminal receives an assignment, the method further comprising the steps to transmit call associated call information from the customer terminal to the server, said server comprising server-based data on service providers, in which the server-based data on the service providers comprise data for establishing a connection to the service provider's service terminal and additional service provider data, whereby a call arriving at the server activates the server's selection of a service provider on the basis of the data contained in the call and said additional data, and to send an assignment based on the data of the call to the service terminal in accordance with contact information of the selected service provider, wherein said additional service provider data contains data about the services provided by said service provider, wherein as a selection criteria of the service provider is used at least the information about the service needs contained in the call, and said additional service provider data about the services of the service provider, wherein the method further comprises: - saving onto the server an acknowledgement by a service provider of the reception of an assignment and/or acknowledgement of the completion of a service, and - storing to the server into a log memory of said server comprised a log memory data pertaining to calls arriving and/or assignments sent, whereby the invoicing for the services taking place on the basis of this log information. - saving onto the server an acknowledgement by a service provider of the reception of an assignment and/or acknowledgement of the completion of a service, and - storing to the server into a log memory of said server comprised a log memory data pertaining to calls arriving and/or assignments sent, whereby the invoicing for the services taking place on the basis of this log information.
Frameless solar module having a substrate and a cover layer, between which a layer structure for forming solar cells is situated, wherein at least one module carrier for reinforcing and/or supporting mounting of the solar module is fastened on a substrate surface facing away from the layer structure, which module carrier has at least one adhesive surface which is adhesively bonded to the substrate surface by an adhesive layer made of a cured adhesive, wherein the adhesive layer includes one or a plurality of spacers, which are in each case implemented to maintain the adhesive surface at a pre-specifiable minimum distance from the substrate surface when the adhesive of the adhesive layer is not cured, characterized in that the spacers have mutually different dimensions for maintaining the distance between the adhesive surface of the module carrier and the substrate surface.
An adapter cap for a sample collection container, comprising: a monolithic elongate body having an upper neck portion with an open needle bore, wherein the needle bore has a downwardly extending wall with an inner surface that comprises (i) a plurality of circumferentially spaced apart longitudinally extending flat surfaces and (ii) first and second circumferentially spaced apart threads that extend radially inward from the inner surface so that respective innermost edges reside on opposing sides of an axially extending centerline of the elongate body. a monolithic elongate body having an upper neck portion with an open needle bore, wherein the needle bore has a downwardly extending wall with an inner surface that comprises (i) a plurality of circumferentially spaced apart longitudinally extending flat surfaces and (ii) first and second circumferentially spaced apart threads that extend radially inward from the inner surface so that respective innermost edges reside on opposing sides of an axially extending centerline of the elongate body.
An apparatus for characterising a flow through a conduit, the apparatus comprising: a body portion having a longitudinal axis extending between first and second body portion ends, wherein the cross-sectional area of the body portion varies along the longitudinal axis, and wherein, in use, the body portion is arranged to be disposed substantially longitudinally within the conduit with the first body portion end disposed upstream of the second body portion end; a first sensor disposed at or near the first body portion end; and a second sensor (42, 43, 46) longitudinally spaced from the first sensor, wherein the body portion has a larger cross-sectional area at the second sensor than at the first sensor such that, in use, the second sensor experiences an accelerated flow as compared to the first sensor; wherein the first and second sensors are operable to sense a common variable, thereby enabling the effects of accelerated flow on the common variable to be characterised; and wherein the first and second sensors are electrical resistance sensors, each arranged to provide a respective signal which varies in dependence upon metal loss of a respective target surface exposed to the flow in use, characterised in that the target surfaces of the first and second sensors are both corrodible such that the provided signals vary in dependence upon corrosion of the respective target surfaces, or in that they are both corrosion-resistant such that the provided signals vary in dependence upon erosion of the respective target surfaces. a body portion having a longitudinal axis extending between first and second body portion ends, wherein the cross-sectional area of the body portion varies along the longitudinal axis, and wherein, in use, the body portion is arranged to be disposed substantially longitudinally within the conduit with the first body portion end disposed upstream of the second body portion end; a first sensor disposed at or near the first body portion end; and a second sensor (42, 43, 46) longitudinally spaced from the first sensor, wherein the body portion has a larger cross-sectional area at the second sensor than at the first sensor such that, in use, the second sensor experiences an accelerated flow as compared to the first sensor; wherein the first and second sensors are operable to sense a common variable, thereby enabling the effects of accelerated flow on the common variable to be characterised; and wherein the first and second sensors are electrical resistance sensors, each arranged to provide a respective signal which varies in dependence upon metal loss of a respective target surface exposed to the flow in use, characterised in that the target surfaces of the first and second sensors are both corrodible such that the provided signals vary in dependence upon corrosion of the respective target surfaces, or in that they are both corrosion-resistant such that the provided signals vary in dependence upon erosion of the respective target surfaces.
A pressure modulator for an ABS system, comprising a housing which has a hydraulic inlet and a hydraulic outlet connected thereto via a hydraulic line, and comprising a volume accumulator which increases the volume of the hydraulic line during an activated anti-lock function, wherein a linear drive is provided for opening the volume accumulator, wherein an electronic circuit, which controls the linear drive, is provided, characterized in that the electronic circuit is disposed in the housing and the hydraulic line is routed through the electronic circuit.
A holding and charging device for a mobile terminal, particularly for smartphones and tablet computers, the holding and charging device comprising at least one permanent magnet and a housing shell, in which an electronic module comprising a transmitting coil, at least one shielding layer and charging electronics is arranged, the transmitting coil of the electronic module running in a coil plane, the at least one permanent magnet being arranged to lie inside a magnetic plane parallel to the transmitting coil, the magnetic plane running parallel to the coil plane in a spaced manner, a detachable fastening of the mobile terminal to the holding and charging device being achievable by an operative connection to the at least one permanent magnet of the holding and charging device and a ferromagnetic holding element of the mobile terminal, the at least one permanent magnet forming a ring segment, which is open in the plane, with a gap to suppress induction currents in the ring segment, characterized in that the at least one permanent magnet is adhesively bonded or clamped into at least one magnetic recess in a wall of the housing shell inside the magnetic plane, wherein the housing shell is closed with a housing back panel, wherein the wall of the housing shell with the magnetic recess and the at least one permanent magnet is arranged on the side facing away from the interior of the housing shell and the electronic module and opposite the housing back panel, wherein the at least one permanent magnet is arranged outside the interior of the housing shell.
An estrus notifying method executed by a computer that determines estrus based on a step-count measurement result from a step-count measuring device equipped to each of a plurality of livestock animals each belonging to a herd, the estrus notifying method comprising: acquiring the step-count measurement result of each of the plurality of livestock animals; determining, for each of the plurality of livestock animals, whether the acquired step-count measurement result of the livestock animal satisfies a given condition, and determining that the livestock animal is in estrus if the given condition is satisfied; searching for a given position information communications device upon determining that a given livestock animal is in estrus among the plurality of livestock animals, the given position information communications device corresponding to the given livestock animal, and the searching being based on information of the herd to which the given livestock animal belongs and information on a position information communications device that is capable of outputting position information and equipped to any among the plurality of livestock animals belonging to the herd; transmitting to the given position information communications device, an activation instruction for a function of the given position information communications device, the function being for acquiring position information of the given position information communications device; and outputting the position information received from the given position information communications device. acquiring the step-count measurement result of each of the plurality of livestock animals; determining, for each of the plurality of livestock animals, whether the acquired step-count measurement result of the livestock animal satisfies a given condition, and determining that the livestock animal is in estrus if the given condition is satisfied; searching for a given position information communications device upon determining that a given livestock animal is in estrus among the plurality of livestock animals, the given position information communications device corresponding to the given livestock animal, and the searching being based on information of the herd to which the given livestock animal belongs and information on a position information communications device that is capable of outputting position information and equipped to any among the plurality of livestock animals belonging to the herd; transmitting to the given position information communications device, an activation instruction for a function of the given position information communications device, the function being for acquiring position information of the given position information communications device; and outputting the position information received from the given position information communications device.
An air-conditioning apparatus, comprising; a compressor, a heat source side heat exchanger, a plurality of expansion devices, and a plurality of use side heat exchangers being connected by refrigerant piping constituting a refrigeration cycle; the air-conditioning apparatus being characterized in that it further comprises: human detection devices each detecting the number of people in one conditioned space among a plurality of conditioned spaces supplied with conditioned air from the use side heat exchangers; and control means (9, 50) controlling an amount of refrigerant supplied to the use side heat exchangers by controlling opening degrees of the expansion devices on the basis of detection results of the human detection devices, wherein the control means (9, 50), when comparing each detection result of the human detection devices with a first predetermined value and determining that there is a conditioned space in which the number of stayed people of the detection result is less than the first predetermined value, changes the opening degree of the expansion device that is connected to the use side heat exchanger corresponding to the conditioned space so that the amount of refrigerant supplied to the use side heat exchanger corresponding to the conditioned space is reduced. human detection devices each detecting the number of people in one conditioned space among a plurality of conditioned spaces supplied with conditioned air from the use side heat exchangers; and control means (9, 50) controlling an amount of refrigerant supplied to the use side heat exchangers by controlling opening degrees of the expansion devices on the basis of detection results of the human detection devices, wherein the control means (9, 50), when comparing each detection result of the human detection devices with a first predetermined value and determining that there is a conditioned space in which the number of stayed people of the detection result is less than the first predetermined value, changes the opening degree of the expansion device that is connected to the use side heat exchanger corresponding to the conditioned space so that the amount of refrigerant supplied to the use side heat exchanger corresponding to the conditioned space is reduced.
Fluid, in particular water, meter including a totalizer having an electronic circuit board including a meter screen that is able to display data, this totalizer being covered with a cap having an outside window for viewing said screen, a screen cover being mounted on said cap for covering and protecting said screen and said outside window, said screen cover being movable between an open position and a closed position, said electronic circuit board being provided with a detector device for detecting the open or closed position of said screen cover, which meter is characterized in that the electronic circuit board is arranged to control the scrolling of various data across said screen when the detector device detects a succession of changes in this open or closed position.
Method for connecting elements of a motor vehicle, the method comprising the steps of: providing a first element, the first element having a depression on one surface; providing a second element; arranging the first element and the second element in such a way that a surface of the second element and the depression of the first element form a cavity; introducing an adhesive into the cavity, the adhesive being introduced into the cavity through a filling aperture, characterized in that the adhesive during introduction into the cavity has a temperature of 10 to 100°C, and/or wherein the adhesive is introduced into the cavity with a volume flow rate of 0.1 to 5 cm 3 /s. providing a first element, the first element having a depression on one surface; providing a second element; arranging the first element and the second element in such a way that a surface of the second element and the depression of the first element form a cavity; introducing an adhesive into the cavity, the adhesive being introduced into the cavity through a filling aperture, characterized in that the adhesive during introduction into the cavity has a temperature of 10 to 100°C, and/or wherein the adhesive is introduced into the cavity with a volume flow rate of 0.1 to 5 cm 3 /s.
Method for performing a coating process of a workpiece, comprising the steps of: - providing the workpiece in a coating unit; - prefilling the coating unit with a coating medium using a pump; - filling the coating unit with the coating medium by a dosing unit, wherein a predetermined amount of coating medium is applied to the coating unit by the dosing unit as soon as the coating medium level has reached a given reference level in the chamber, - wherein prefilling is performed up to a filling level of the chamber of the coating unit which is below the reference level, characterised in that prefilling is stopped by closing a valve cutting the pump from the coating unit, and - wherein a pumping rate of the pump is higher than the pumping rate of the dosing unit. - providing the workpiece in a coating unit; - prefilling the coating unit with a coating medium using a pump; - filling the coating unit with the coating medium by a dosing unit, wherein a predetermined amount of coating medium is applied to the coating unit by the dosing unit as soon as the coating medium level has reached a given reference level in the chamber, - wherein prefilling is performed up to a filling level of the chamber of the coating unit which is below the reference level, - wherein a pumping rate of the pump is higher than the pumping rate of the dosing unit.
A method for the production of relief printing plates comprising the following steps: a) provision of a support with a polymeric substrate layer and a laser-ablatable mask layer, wherein the polymeric substrate layer contains a first polymeric binder, b) production of a mask with openings corresponding to pixels by imagewise laser ablation of the mask layer, c) application of a liquid containing a reactive monomer over the surface of the mask, d) diffusion of the reactive monomer through the openings of the mask into the polymeric substrate layer for a predetermined exposure time, wherein a relief is formed, e) removal of non-diffused monomer from the surface, and f) fixing of the resulting relief by cross-linking. a) provision of a support with a polymeric substrate layer and a laser-ablatable mask layer, wherein the polymeric substrate layer contains a first polymeric binder, b) production of a mask with openings corresponding to pixels by imagewise laser ablation of the mask layer, c) application of a liquid containing a reactive monomer over the surface of the mask, d) diffusion of the reactive monomer through the openings of the mask into the polymeric substrate layer for a predetermined exposure time, wherein a relief is formed, e) removal of non-diffused monomer from the surface, and f) fixing of the resulting relief by cross-linking.