mhurhangee/patent-ind-claim-en huggingface dataset:
Lighting device for vehicles, comprising at least one LED branch (Z; Z1, Z2) with at least one LED (DL1... DLn; DL11...DL1n, DL21... DL2n), a regulated LED power supply and a drive to which an external dimming signal (SD) can be supplied, for each LED branch an electronic switch (TS; TS1, TS; TS1, TS2), each of the electronic switches being supplied with a respective PWM dimming signal (sDD; sDD1, sDD2) from the drive , and for each LED branch a regulated auxiliary circuit (N; N1, N2) connected to the at least one LED branch (Z; Z1, Z2) for branching off a partial current (IN, IN1, IN2), characterized in that each of the secondary circuits has an analog controller (2, TN; 21, TN1, 22, TN2) to which an analog dimming signal (sDA; sDA1, sDA2) is supplied by the drive , the drive being set up in such a way that, in the case of dimming values below a definable limit value, a controlled secondary circuit (N; N1, N2) is established by branching off a partial current (IN, IN1, IN2) via the respective secondary circuit (N; N1, N2); N1, N2) by means of the respective analog controller, the respective LED branch is dimmed, and wherein a duty cycle of the PWM dimming signal is not reduced further, and at dimming values up to the definable limit value no partial current is branched off and dimming is controlled digitally only via the respective electronic switch (TS; TS1, TS; TS1, TS2).
A method that facilitates deciphering at least one parameter corresponding to a base station in a wireless communication environment, the method being performed by a wireless communication apparatus, comprising: receiving a radio frame from a base station; analyzing the radio frame to determine at least one of relative locations of disparate types of synchronization signals, a sequence utilized to generate a particular type of synchronization signal, or whether the radio frame includes two types of synchronization signals; and recognizing at least one parameter associated with the base station based upon the relative locations, the sequence, or whether the radio frame includes two types of synchronization signals; further comprising: determining a primary synchronization code, PSC, sequence utilized to generate a PSC included in the received radio frame; and deciphering one or more of the at least one parameter based at least in part upon the determined PSC sequence. receiving a radio frame from a base station; analyzing the radio frame to determine at least one of relative locations of disparate types of synchronization signals, a sequence utilized to generate a particular type of synchronization signal, or whether the radio frame includes two types of synchronization signals; and recognizing at least one parameter associated with the base station based upon the relative locations, the sequence, or whether the radio frame includes two types of synchronization signals; further comprising: determining a primary synchronization code, PSC, sequence utilized to generate a PSC included in the received radio frame; and deciphering one or more of the at least one parameter based at least in part upon the determined PSC sequence. determining a primary synchronization code, PSC, sequence utilized to generate a PSC included in the received radio frame; and deciphering one or more of the at least one parameter based at least in part upon the determined PSC sequence.
A handheld assembly for dispensing a medicament to a subject, the assembly comprising: a unit dose form, the unit dose form containing a medicament and an internal piercing member; a shell ieconfigured for housing components of the handheld assembly; a plunger at least partially enclosed within the shell and extending from the shell and configured to express the unit dose form; a dispense button at least partially enclosed within the shell and extending from the shell and in slidable communication with the shell; a drive member located within the shell and in communication with the dispense button; a plunger escapement member movable about an axis within the shell and having more than one ramp wherein each ramp has a predetermined profile wherein a first motion of the dispense button causes the drive member to translate along a first ramp of the plunger escapement member readying the assembly for dispense, and wherein a second motion of the dispense button causes the drive member to translate along a second ramp of the plunger escapement member extending the plunger to express the unit dose form. a unit dose form, the unit dose form containing a medicament and an internal piercing member; a shell ieconfigured for housing components of the handheld assembly; a plunger at least partially enclosed within the shell and extending from the shell and configured to express the unit dose form; a dispense button at least partially enclosed within the shell and extending from the shell and in slidable communication with the shell; a drive member located within the shell and in communication with the dispense button; a plunger escapement member movable about an axis within the shell and having more than one ramp wherein each ramp has a predetermined profile wherein a first motion of the dispense button causes the drive member to translate along a first ramp of the plunger escapement member readying the assembly for dispense, and wherein a second motion of the dispense button causes the drive member to translate along a second ramp of the plunger escapement member extending the plunger to express the unit dose form.
A method performed at a small cell controller of a wireless cellular communications network , the method comprising: receiving, from an User Equipment, UE, measurement reports of first signal strength data for a wireless backhaul between a mobile relay and a base station ; receiving, from the UE, measurement reports of second signal strength data for a signal between the user equipment and the mobile relay; receiving, from the UE, measurement reports of third signal strength data for a signal between the UE and the base station; determining a cell parameter for a user equipment in communication with the mobile relay and the base station using the first, second and third signal strength data; evaluating the cell parameter in order to configure cell reselection or handover service for the UE; adjusting the cell parameter to steer the UE from the mobile relay to the base station when a signal between the UE and the mobile relay is stronger than a signal between the UE and the base station and a backhaul signal between the mobile relay and the base station is less than the signal between the UE and the base station; wherein the cell parameter is at least one of a cell selection parameter and a handover parameter; and transferring the service for the UE from the mobile relay to the base station based on the adjusted cell parameter. receiving, from an User Equipment, UE, measurement reports of first signal strength data for a wireless backhaul between a mobile relay and a base station ; receiving, from the UE, measurement reports of second signal strength data for a signal between the user equipment and the mobile relay; receiving, from the UE, measurement reports of third signal strength data for a signal between the UE and the base station; determining a cell parameter for a user equipment in communication with the mobile relay and the base station using the first, second and third signal strength data; evaluating the cell parameter in order to configure cell reselection or handover service for the UE; adjusting the cell parameter to steer the UE from the mobile relay to the base station when a signal between the UE and the mobile relay is stronger than a signal between the UE and the base station and a backhaul signal between the mobile relay and the base station is less than the signal between the UE and the base station; wherein the cell parameter is at least one of a cell selection parameter and a handover parameter; and transferring the service for the UE from the mobile relay to the base station based on the adjusted cell parameter.
A method of diagnosing volume-dependent Acute Kidney Injury (vAKI) in a subject with elevated plasma creatinine (Pcr) in need thereof, the method comprising: a) ex vivo determining the level of full-length PAPPA2 protein in a urine sample from the subject; and b) diagnosing the subject with vAKI if full-length PAPPA2 protein is present in the urine sample from the subject in a higher amount than in a urine sample from a subject that does not have AKI. a) ex vivo determining the level of full-length PAPPA2 protein in a urine sample from the subject; and b) diagnosing the subject with vAKI if full-length PAPPA2 protein is present in the urine sample from the subject in a higher amount than in a urine sample from a subject that does not have AKI.
Fastening element for fastening two visible profiles , more particularly terrace profiles, to a substructure , with a plate , which is formed for engaging in opposite grooves on the facing longitudinal sides of the profile (3.1, 3.2) of the visible profiles , with at least one mounting opening recessed in the plate for fastening means , with at least one elevation introduced into the plate for clamping the plate in at least one groove of the visible profiles , wherein the elevation is forming a hook (12.1, 12.2) on the plate , and with one, more particularly in the middle, of the plate arranged spacer , which is protruding inclined from the plate , wherein spacer and elevation projecting away from opposite plate broad sides (2.1, 2.6), wherein the spacer is arranged on a plate front side (2.4, 2.5) of the plate , characterized in that the elevation is formed by cutting and form bending of a tongue-shaped section (11.1, 11.2 or 111.1, 111.2) from the plate made from a metal sheet.
Hybrid heat pump with at least one CO 2 -compression circuit and with at least one adsorption circuit wherein both circuits are coupled to at least one layer store of the at least one adsorption circuit, wherein the at least one CO 2 -compression circuit has a gas-cooler , which by means of the layer store is thermotechnically coupled with the at least one adsorption circuit.
Composition comprising a protein-free ultrafiltrated D. radiodurans extract for use in treating or preventing the side effect of radiation exposure in a subject in need thereof wherein the extract contains (i) an antioxidant consisting of manganese, MnCl 2 , and manganous phosphate and (ii) adenosine and/or uridine, and optionally β-pseudouridine, inosine or mixtures thereof, but does not contain molecules having a molecular weight of greater than or equal to 3 kDa.
A master aircraft , comprising: a virtual reality flight emulator , comprising: a pilot control interface ; wherein the flight emulator is configured to control with the pilot control interface a virtual or remote slave aircraft connected through a network to the flight emulator when a user of the flight emulator virtually teleports through the network into the virtual or remote slave aircraft characterised by the flight emulator comprising a plurality of galvanic vestibular stimulation (GVS) devices worn by the user ; and wherein the GVS devices are configured to minimize for the user the perception of the motion of, orientation of, or forces acting on the master aircraft while simulating the motion of, orientation of, or forces acting on the virtual or remote slave aircraft when the user is virtually teleported into the virtual or remote slave aircraft . a virtual reality flight emulator , comprising: a pilot control interface ; wherein the flight emulator is configured to control with the pilot control interface a virtual or remote slave aircraft connected through a network to the flight emulator when a user of the flight emulator virtually teleports through the network into the virtual or remote slave aircraft characterised by the flight emulator comprising a plurality of galvanic vestibular stimulation (GVS) devices worn by the user ; and wherein the GVS devices are configured to minimize for the user the perception of the motion of, orientation of, or forces acting on the master aircraft while simulating the motion of, orientation of, or forces acting on the virtual or remote slave aircraft when the user is virtually teleported into the virtual or remote slave aircraft . a pilot control interface ; wherein the flight emulator is configured to control with the pilot control interface a virtual or remote slave aircraft connected through a network to the flight emulator when a user of the flight emulator virtually teleports through the network into the virtual or remote slave aircraft characterised by the flight emulator comprising a plurality of galvanic vestibular stimulation (GVS) devices worn by the user ; and wherein the GVS devices are configured to minimize for the user the perception of the motion of, orientation of, or forces acting on the master aircraft while simulating the motion of, orientation of, or forces acting on the virtual or remote slave aircraft when the user is virtually teleported into the virtual or remote slave aircraft .
A cutting insert for a milling tool , having a first side , a second side which is identical to the first side and a circumferential surface which extends between the first and the second sides , with a bore which extends along a bore axis , wherein the cutting insert is 120° rotationally symmetrical with respect to the bore axis , wherein the cutting insert comprises on each of the first side and the second side three identically formed cutting regions (28, 28', 28"), respectively, which are situated at a transition between the first side and the circumferential surface or at a transition between the second side and the circumferential surface , respectively, wherein each of the in total six cutting regions (28, 28', 28") comprises a first rectilinear cutting edge , a second rectilinear cutting edge and a third arcuate cutting edge , wherein a first end of the first cutting edge is connected to a first end of the third cutting edge , and a first end of the second cutting edge is connected to a second end of the third cutting edge , wherein the first and the second cutting edges are of same length, wherein the cutting insert comprises on the first side a first contact surface which extends orthogonally to the bore axis and lies in a first contact plane , and on the second side comprises a second contact surface which extends orthogonally to the bore axis and lies in a second contact plane , and wherein each of the first cutting edges are connected at their second ends , which are located opposite the first ends , to one of a total of six arcuate edges , a vertex of which is located between the first and the second contact planes , characterized in that an imaginary circle , a center of which lies on the bore axis , is, when viewed in a plan view in the direction of the bore axis , at a total of six points tangent to the first and second cutting edges arranged on the first side , however only at one point tangent to each of said cutting edges .
An apparatus , especially a dosing apparatus, arranged for providing a liquid medium from a storage container to a system connected downstream the apparatus , the apparatus comprising: - an extraction probe for extracting liquid medium out of the storage container , wherein the extraction probe is adapted for being inserted into said storage container ; - a pump for pumping the liquid medium from the storage container to the system; - a suction line fluidically connecting the extraction probe with the pump ; and - a valve unit located at the pump side of the suction line , which valve unit comprises a non-return valve and an overpressure valve , wherein said overpressure valve opens towards the extraction probe side of the suction line in case of a predefined overpressure, wherein a valve of the pump located at the suction side of said pump is provided by the non-return valve of the valve unit . - an extraction probe for extracting liquid medium out of the storage container , wherein the extraction probe is adapted for being inserted into said storage container ; - a pump for pumping the liquid medium from the storage container to the system; - a suction line fluidically connecting the extraction probe with the pump ; and - a valve unit located at the pump side of the suction line , which valve unit comprises a non-return valve and an overpressure valve , wherein said overpressure valve opens towards the extraction probe side of the suction line in case of a predefined overpressure, wherein a valve of the pump located at the suction side of said pump is provided by the non-return valve of the valve unit .
A method for scheduling a voice service in a packet domain, comprising: obtaining one or more values of at least two first scheduling parameters, each of the at least two first scheduling parameters corresponds to a protocol sublayer of Layer 2, L2, of a voice service, wherein the L2 comprises at least two protocol sublayers; determining a condition needing to be satisfied by quality of service of the voice service; determining a value of a service scheduling parameter of the voice service based on the condition needing to be satisfied by the quality of service of the voice service and based on the one or more values of the at least two first scheduling parameters; and scheduling the voice service based on the value of the service scheduling parameter of the voice service. obtaining one or more values of at least two first scheduling parameters, each of the at least two first scheduling parameters corresponds to a protocol sublayer of Layer 2, L2, of a voice service, wherein the L2 comprises at least two protocol sublayers; determining a condition needing to be satisfied by quality of service of the voice service; determining a value of a service scheduling parameter of the voice service based on the condition needing to be satisfied by the quality of service of the voice service and based on the one or more values of the at least two first scheduling parameters; and scheduling the voice service based on the value of the service scheduling parameter of the voice service.
A cooling system for a vehicle, comprising: a coolant loop having a coolant therein and configured to be in thermal communication with a heat load to receive heat from the heat load ; a refrigeration system comprising an evaporator in thermal communication with the coolant loop to receive heat from the coolant loop , and a condenser configured to be in thermal communication with ram air to remove heat from the refrigeration system ; an inline ram air heat exchanger disposed in a ram air stream of the condenser ; and a ram air cooling branch in fluid communication with the coolant loop and configured to direct coolant to the ram air heat exchanger to cool the coolant; and characterized by : a valve configured to selectively allow and/or meter flow through the ram air cooling branch ; a controller to control the valve ; a ram air temperature sensor operatively connected to the ram air heat exchanger to sense temperature of the ram air, wherein the controller is configured to control the valve as a function of the temperature of the ram air; and wherein the controller is configured to close the valve at a low temperature threshold. a coolant loop having a coolant therein and configured to be in thermal communication with a heat load to receive heat from the heat load ; a refrigeration system comprising an evaporator in thermal communication with the coolant loop to receive heat from the coolant loop , and a condenser configured to be in thermal communication with ram air to remove heat from the refrigeration system ; an inline ram air heat exchanger disposed in a ram air stream of the condenser ; and a ram air cooling branch in fluid communication with the coolant loop and configured to direct coolant to the ram air heat exchanger to cool the coolant; and characterized by : a valve configured to selectively allow and/or meter flow through the ram air cooling branch ; a controller to control the valve ; a ram air temperature sensor operatively connected to the ram air heat exchanger to sense temperature of the ram air, wherein the controller is configured to control the valve as a function of the temperature of the ram air; and wherein the controller is configured to close the valve at a low temperature threshold. a valve configured to selectively allow and/or meter flow through the ram air cooling branch ; a controller to control the valve ; a ram air temperature sensor operatively connected to the ram air heat exchanger to sense temperature of the ram air, wherein the controller is configured to control the valve as a function of the temperature of the ram air; and wherein the controller is configured to close the valve at a low temperature threshold.
A supporting fixture for assembling/disassembling the gearbox of vehicles with increased operating flexibility, which comprises a load-bearing element which extends along a longitudinal axis (A) and a pair of crossmembers which are associated with said supporting element , each one of which is associated with respective supporting means for supporting the gearbox of a vehicle undergoing maintenance from below, said supporting means of at least one of said crossmembers comprising at least one tilting support which is associated with said crossmember so that it can rotate about a respective angular position adjustment axis (R) thereby to be adapted to assume different angular positions around the corresponding adjustment axis (R) as a function of the type of gearbox to be supported, characterized in that said at least one crossmember is associated with said load-bearing element so that it can oscillate about said longitudinal axis (A).
A packaged composition comprising a plurality of particles , wherein said particles comprise: a carrier; and perfume; wherein each of said particles has a density less than 0.95 g/cm 3 ; wherein each of said particles has a mass between 0.1 mg to 5 g; and wherein each of said particles has a maximum dimension of less than 10 mm wherein said particles comprise occlusions of gas. a carrier; and perfume; wherein each of said particles has a density less than 0.95 g/cm 3 ; wherein each of said particles has a mass between 0.1 mg to 5 g; and wherein each of said particles has a maximum dimension of less than 10 mm wherein said particles comprise occlusions of gas.