mhurhangee/ep-ind-claims huggingface dataset:
A working fluid composition for a refrigerating machine, comprising: a refrigerant comprising a hydrofluoroethane represented by the following formula, difluoromethane and tetrafluoropropene; and a refrigerating machine oil comprising at least one selected from a polyvinyl ether as a base oil, wherein a carbon/oxygen molar ratio of the base oil is 2.5 or more and 5.8 or less, and wherein the polyvinyl ether has a carbon/oxygen molar ratio of 4.0 or more and 5.0 or less and a weight average molecular weight of 200 or more and 3000 or less, wherein Formula is as follows: C 2 H n F 6-n wherein n represents 1 or 2, wherein the polyvinyl ether is a polyvinyl ether having a structural unit represented by the following formula: wherein R 1, R 2 and R 3 each represent a hydrogen atom, m is 0, R 5 represents an alkyl group having 1 to 5 carbon atoms, and wherein the polyvinyl ether is a copolymer including: a structural unit represented by the above formula, wherein R 5 represents an ethyl group, and a structural unit represented by the above formula, wherein R 5 represents an isobutyl group, and wherein a molar ratio of the structural unit to the structural unit is 70: 30 to 90: 10. a refrigerant comprising a hydrofluoroethane represented by the following formula, difluoromethane and tetrafluoropropene; and a refrigerating machine oil comprising at least one selected from a polyvinyl ether as a base oil, wherein a carbon/oxygen molar ratio of the base oil is 2.5 or more and 5.8 or less, and wherein the polyvinyl ether has a carbon/oxygen molar ratio of 4.0 or more and 5.0 or less and a weight average molecular weight of 200 or more and 3000 or less, wherein Formula is as follows: C 2 H n F 6-n wherein n represents 1 or 2, wherein the polyvinyl ether is a polyvinyl ether having a structural unit represented by the following formula: wherein R 1, R 2 and R 3 each represent a hydrogen atom, m is 0, R 5 represents an alkyl group having 1 to 5 carbon atoms, and wherein the polyvinyl ether is a copolymer including: a structural unit represented by the above formula, wherein R 5 represents an ethyl group, and a structural unit represented by the above formula, wherein R 5 represents an isobutyl group, and wherein a molar ratio of the structural unit to the structural unit is 70: 30 to 90: 10. wherein R 1, R 2 and R 3 each represent a hydrogen atom, m is 0, R 5 represents an alkyl group having 1 to 5 carbon atoms, and wherein the polyvinyl ether is a copolymer including: a structural unit represented by the above formula, wherein R 5 represents an ethyl group, and a structural unit represented by the above formula, wherein R 5 represents an isobutyl group, and wherein a molar ratio of the structural unit to the structural unit is 70: 30 to 90: 10. a structural unit represented by the above formula, wherein R 5 represents an ethyl group, and a structural unit represented by the above formula, wherein R 5 represents an isobutyl group, and wherein a molar ratio of the structural unit to the structural unit is 70: 30 to 90: 10.
A method of limiting a generator voltage in an overvoltage condition comprising the step of: a) determining an amount of overvoltage of a generator output voltage exceeding a specified voltage; and characterized in that it includes the further steps of: b) calculating a reference threshold voltage based upon the duration of overvoltage; c) modulating a switch according to the existence of a voltage error between the output voltage and the reference threshold voltage; and thereby: d) interrupting current flow within the generator to limit the output voltage to the reference threshold voltage. a) determining an amount of overvoltage of a generator output voltage exceeding a specified voltage; b) calculating a reference threshold voltage based upon the duration of overvoltage; c) modulating a switch according to the existence of a voltage error between the output voltage and the reference threshold voltage; and thereby: d) interrupting current flow within the generator to limit the output voltage to the reference threshold voltage.
A computer implemented method for allocating resources to Quality of Service, QoS, models in a network, the method comprising: selecting a route in the network, wherein the route comprises a plurality of flows of network traffic; obtaining model-to-route mapping data identifying a plurality of QoS models, wherein each QoS model is used by at least one of the plurality of flows of network traffic; monitoring the plurality of flows of network traffic to determine a characteristic of each of the plurality of flows; and, in the event that one of the QoS models is withdrawn, reallocating resources of the selected route to flows of network traffic along that route, wherein the reallocation is based on at least one of: the QoS model used by each of the flows of network traffic along that route; and the characteristic of each of the flows. selecting a route in the network, wherein the route comprises a plurality of flows of network traffic; obtaining model-to-route mapping data identifying a plurality of QoS models, wherein each QoS model is used by at least one of the plurality of flows of network traffic; monitoring the plurality of flows of network traffic to determine a characteristic of each of the plurality of flows; and, in the event that one of the QoS models is withdrawn, reallocating resources of the selected route to flows of network traffic along that route, wherein the reallocation is based on at least one of: the QoS model used by each of the flows of network traffic along that route; and the characteristic of each of the flows.
A method of intelligent car wash, comprising: acquiring (201, 301), by a vehicle terminal, a user account corresponding to a vehicle and sending the user account to a server to cause the server to authenticate the user account; checking (204, 306), by the vehicle terminal, whether hardware devices of the vehicle are in car washing preparation states when a notification message and a vehicle parking success message have been received, the vehicle parking success message being a message sent by a car washer through the server upon detecting that the vehicle has been parked in a car washing area preset by the car washer, the notification message indicating that the authentication is successful; if any one of the hardware devices of the vehicle is not in the car washing preparation state, controlling, by the vehicle terminal, the hardware device to transition to the car washing preparation state; and if the hardware devices are in the car washing preparation states, sending (205, 307), by the vehicle terminal, a car washing request message to the server to cause the server to trigger the car washer to start a car washing service for the vehicle. acquiring (201, 301), by a vehicle terminal, a user account corresponding to a vehicle and sending the user account to a server to cause the server to authenticate the user account; checking (204, 306), by the vehicle terminal, whether hardware devices of the vehicle are in car washing preparation states when a notification message and a vehicle parking success message have been received, the vehicle parking success message being a message sent by a car washer through the server upon detecting that the vehicle has been parked in a car washing area preset by the car washer, the notification message indicating that the authentication is successful; if any one of the hardware devices of the vehicle is not in the car washing preparation state, controlling, by the vehicle terminal, the hardware device to transition to the car washing preparation state; and if the hardware devices are in the car washing preparation states, sending (205, 307), by the vehicle terminal, a car washing request message to the server to cause the server to trigger the car washer to start a car washing service for the vehicle.
A low drop out voltage regulator comprising first and second field effect transistors (M1, M2) arranged in series between a regulator input and a regulator output; a third field effect transistor co-operating with the first field effect transistor to form a first current mirror; a fourth field effect transistor co-operating with the second field effect transistor to form a second current mirror; first and second control transistors (Q1, Q2) connected in series with the third and fourth field effect transistors respectively so as to control the current flowing therein; characterised by a controller (12, 10) arranged to determine a control signal based on a comparison between an output voltage at the regulator output and a predetermined reference voltage, and to provide the control signal to the first and second control transistors (Q1, Q2).
A method for dynamic allocation of identifiers, the method consisting in allocating at least one subscription identifier (IMSI) to an embedded universal integrated circuit card - eUICC residing in an item of user equipment - UE, the method consisting in transmitting, by an item of identifier management equipment, through a first mobile telephone network of which a radio interface is used by the UE to make an authentication request which will not lead to an attachment to the network, a subscription identifier (IMSI) in a field of a message exchanged in accordance with a standard attachment protocol of a roaming terminal on the first mobile telephone network, the identifier management equipment being connected to an external roaming interface of the first mobile telephone network, the transmitted subscription identifier (IMSI) having been selected by the identifier management equipment from a pool of previously defined subscription identifiers, the method further consisting in creating, by means of the identifier management equipment, a specific subscriber profile for the eUICC and updating a subscriber service with said subscriber profile, said subscriber profile incorporating the subscription identifier allocated to the eUICC.
Fuel injection valve for fuel injection systems of internal combustion engines, having an excitable actuator for the actuation of a valve closing body which, together with a valve seat surface formed on a valve seat body, forms a sealing seat, and spray openings which are formed downstream of the valve seat surface, wherein the spray openings comprise at least an upstream first spray opening section and a downstream second spray opening section (7") with a different opening width, characterized in that all of the spray opening sections (7', 7") of the individual spray openings run entirely coaxially, and concentrically over their entire length, with respect to the respective hole longitudinal axis, and the spray openings are formed in a single valve component which is produced as an MIM (metal injection moulding) part.
A multi-band filter comprising: at least one input manifold; at least one output manifold; and a plurality of filters (13, 14, 15, 16) connected in parallel between said at least one input manifold and said at least one output manifold, wherein each of the plurality of filters is a single integrated filter, and each filter is directly coupled between said at least one input manifold and said at least one output manifold; wherein each of the filters has a first section proximal to the at least one input manifold which is coupled to the at least one input manifold and a second section proximal to the at least one output manifold which is coupled to the at least one output manifold, and each filter is configured to pass a distinct pass band requiring a particular respective effective path length between the at least one input manifold and the at least one output manifold of the multi-band filter, and said at least one input manifold and said at least one output manifold are a linear waveguide comprising a plurality of linear sections (111, 112, 113) extending in the same direction and a plurality of transitional sections, in which each linear section of the plurality of linear sections is joined to an adjacent linear section by a respective one of the plurality of transitional sections which is arranged in a different direction from the linear sections which it joins, such that the respective particular path length through each corresponding filter is provided, and each filter is coupled to the at least one input manifold and the at least one output manifold at a linear section thereof. at least one input manifold; at least one output manifold; and a plurality of filters (13, 14, 15, 16) connected in parallel between said at least one input manifold and said at least one output manifold, wherein each of the plurality of filters is a single integrated filter, and each filter is directly coupled between said at least one input manifold and said at least one output manifold; wherein each of the filters has a first section proximal to the at least one input manifold which is coupled to the at least one input manifold and a second section proximal to the at least one output manifold which is coupled to the at least one output manifold, and each filter is configured to pass a distinct pass band requiring a particular respective effective path length between the at least one input manifold and the at least one output manifold of the multi-band filter, and said at least one input manifold and said at least one output manifold are a linear waveguide comprising a plurality of linear sections (111, 112, 113) extending in the same direction and a plurality of transitional sections, in which each linear section of the plurality of linear sections is joined to an adjacent linear section by a respective one of the plurality of transitional sections which is arranged in a different direction from the linear sections which it joins, such that the respective particular path length through each corresponding filter is provided, and each filter is coupled to the at least one input manifold and the at least one output manifold at a linear section thereof.
A terminal for contactless communication with a transponder of a transponder arrangement having several transponders which are arranged on or in a carrier structure (13, 14, 15) forming a mechanical unit, wherein the terminal has a housing and an antenna arranged within the housing, wherein within the housing a receiving space is formed for at least partially receiving the transponder arrangement, characterized in that a portion of the terminal that contains the receiving space is shielded against magnetic fields and a sensor device is provided for ascertaining a characteristic of a field employed for the contactless communication.
A device for producing from an input photon state (|S IN >) not having a definite number of photons but having an original characteristic an output photon state (|S OUT >) with a definite photon number and the original characteristic, the device comprising: a beam splitting system that splits the input photon state (|S IN >) into modes that are distinguished by states of a characteristic of signal photons in the input photon state (|S IN >); a non-destructive measurement system capable of measuring a total number of photons in the modes without identifying a photon number for any individual one of the modes, the non-destructive measurement system comprising: a plurality of electromagnetically induced transparency matter systems (641, 642, 651, 652), each EIT matter system (641, 642, 651, 652) receiving a different one of the modes (|S1 IN >, |S2 IN >) and a probe photon state (|P1 IN >, |P2 IN >), and a measurement system arranged to measure a change in the probe photon state caused in the EIT matter systems; and a beam combining system positioned to combine the modes after output from the non-destructive detection system. a beam splitting system that splits the input photon state (|S IN >) into modes that are distinguished by states of a characteristic of signal photons in the input photon state (|S IN >); a non-destructive measurement system capable of measuring a total number of photons in the modes without identifying a photon number for any individual one of the modes, the non-destructive measurement system comprising: a plurality of electromagnetically induced transparency matter systems (641, 642, 651, 652), each EIT matter system (641, 642, 651, 652) receiving a different one of the modes (|S1 IN >, |S2 IN >) and a probe photon state (|P1 IN >, |P2 IN >), and a measurement system arranged to measure a change in the probe photon state caused in the EIT matter systems; and a plurality of electromagnetically induced transparency matter systems (641, 642, 651, 652), each EIT matter system (641, 642, 651, 652) receiving a different one of the modes (|S1 IN >, |S2 IN >) and a probe photon state (|P1 IN >, |P2 IN >), and a measurement system arranged to measure a change in the probe photon state caused in the EIT matter systems; and a beam combining system positioned to combine the modes after output from the non-destructive detection system.
A fill level radar device, comprising: a first signal source arrangement (31, 51, 52) for generating a first electromagnetic signal with a sectionwise constant frequency, the individual frequencies being distributed within a defined frequency band; a second signal source arrangement (43, 51), which is designed as a fixed- frequency oscillator, for generating a second electromagnetic signal; a first mixer arrangement for heterodyne mixing the first electromagnetic signal with the second electromagnetic signal (44, 53) to produce a first mixed signal; a transmitting arrangement for transmitting the first signal in direction of a product surface and for receiving the first signal reflected at the product surface; a second mixer arrangement for heterodyne mixing the received reflected first signal with the first mixed signal to form an intermediate frequency signal having a uniform frequency, which is independent of the frequency of the first signal and which corresponds to the frequency of the second signal source arrangement (43, 51); and an evaluation circuit (41, 37, 46, 47, 38, 16) for determining a fill level from the intermediate frequency signal. a first signal source arrangement (31, 51, 52) for generating a first electromagnetic signal with a sectionwise constant frequency, the individual frequencies being distributed within a defined frequency band; a second signal source arrangement (43, 51), which is designed as a fixed- frequency oscillator, for generating a second electromagnetic signal; a first mixer arrangement for heterodyne mixing the first electromagnetic signal with the second electromagnetic signal (44, 53) to produce a first mixed signal; a transmitting arrangement for transmitting the first signal in direction of a product surface and for receiving the first signal reflected at the product surface; a second mixer arrangement for heterodyne mixing the received reflected first signal with the first mixed signal to form an intermediate frequency signal having a uniform frequency, which is independent of the frequency of the first signal and which corresponds to the frequency of the second signal source arrangement (43, 51); and an evaluation circuit (41, 37, 46, 47, 38, 16) for determining a fill level from the intermediate frequency signal.
A mounting arrangement including a base member which is mountable on the outside of an existing elongate member and a guide member for supporting an additional elongate member extending parallel to the existing elongate member, the guide member being mountable on the base member to extend radially therefrom, wherein the guide member is substantially n-shaped, with the limbs of the n mountable to the base member, a plurality of through holes being provided on each limb of the n to permit the guide member to be mounted at a plurality of different positions, wherein a pair of spaced aligned mounting holes are provided on the base member, which are alignable respectively with a one of a plurality of through holes in the guide member, with an elongate mounting member extendable therethrough, to mount the guide member on the base member.
An adhesive blend comprising: a semi-crystalline metallocene catalyst polymerisation derived copolymer of propylene and at least one monomer selected from the group consisting of ethylene, 1-hexene and 1-octene having a propylene content of at least 65 mol% and said propylene copolymer having an isotactic polypropylene crystallinity of from 2% to 65%, the copolymer comprising 1.3 to 15 mol% of the at least one monomer selected from ethylene, 1-hexene or 1-octene; wherein the copolymer has a weight average molecular weight (Mw) from 15,000 to 200,000 Dalton; a melt index greater than 250 dg/min as measured by ASTM D 1238; a weight average molecular weight/number average molecular weight ratio (Mw/Mn) of between 1.5 to 3; and the copolymer has a heat of fusion of from 30 to 80 J/g as determined by DSC. a semi-crystalline metallocene catalyst polymerisation derived copolymer of propylene and at least one monomer selected from the group consisting of ethylene, 1-hexene and 1-octene having a propylene content of at least 65 mol% and said propylene copolymer having an isotactic polypropylene crystallinity of from 2% to 65%, the copolymer comprising 1.3 to 15 mol% of the at least one monomer selected from ethylene, 1-hexene or 1-octene; wherein the copolymer has a weight average molecular weight (Mw) from 15,000 to 200,000 Dalton; a melt index greater than 250 dg/min as measured by ASTM D 1238; a weight average molecular weight/number average molecular weight ratio (Mw/Mn) of between 1.5 to 3; and the copolymer has a heat of fusion of from 30 to 80 J/g as determined by DSC.
A method implemented by a user equipment, UE, the method comprising: receiving a first wake up signal, WUS, wherein the first WUS is associated with a first discontinuous reception,DRX, ON period; receiving a first control channel during the associated first DRX ON period after receiving the first WUS, wherein the first control channel is a physical downlink control channel, PDCCH; and characterised in that the method further comprises: determining that a media access control, MAC, entity is within Active Time during a time duration before a second DRX ON period, and based thereon, deactivating WUS reception during the time. receiving a first wake up signal, WUS, wherein the first WUS is associated with a first discontinuous reception,DRX, ON period; receiving a first control channel during the associated first DRX ON period after receiving the first WUS, wherein the first control channel is a physical downlink control channel, PDCCH; and characterised in that the method further comprises: determining that a media access control, MAC, entity is within Active Time during a time duration before a second DRX ON period, and based thereon, deactivating WUS reception during the time.
A contact for forced engagement in an insertion hole formed in a printed circuit, the contact comprising a stub and a prong; the prong presenting an elongate opening subdividing the prong at a certain axial distance from the stub into two branches (34A, 34B); the prong presenting a first end formed integrally with the stub and a second end at its end remote from the stub; wherein, in a direction going from the first end to the second end of the prong, each of said branches is constituted in succession by a first portion of generally decreasing thickness, a second portion of thickness that is generally increasing, a third portion of thickness that is generally decreasing, and a fourth portion of thickness that is generally increasing; and wherein, in a direction going from the first end to the second end of the prong, a width of the opening decreases in the fourth portion; the contact being characterized in that said width of the opening decreases in the third portion.