mhurhangee/ep-ind-claims huggingface dataset:
A semiconductor device, wherein the semiconductor device comprises a plurality of memory chips and a temperature detection module, wherein the temperature detection module comprises: a plurality of temperature detection units disposed on at least part of the memory chips to detect temperatures of at least part of the memory chips; and a processing unit, wherein the plurality of temperature detection units share the processing unit with each other, and the processing unit is configured to process a signal of at least one of the temperature detection units, characterised in that a power supply of the temperature detection units and a power supply of the memory chips are implemented by different and independently controllable power sources (Vtemp, VDD) and the power supply of the temperature detection units is started earlier than the power supply of the memory chips. a plurality of temperature detection units disposed on at least part of the memory chips to detect temperatures of at least part of the memory chips; and a processing unit, wherein the plurality of temperature detection units share the processing unit with each other, and the processing unit is configured to process a signal of at least one of the temperature detection units, characterised in that a power supply of the temperature detection units and a power supply of the memory chips are implemented by different and independently controllable power sources (Vtemp, VDD) and the power supply of the temperature detection units is started earlier than the power supply of the memory chips.
Transdermal therapeutic system for the delivery of pharmaceutical actives, comprising a backing layer and at least one active-containing carrier material, wherein at least one retaining element between the active-containing carrier material and the backing layer secures the active-containing carrier material to the backing layer, characterized in that the therapeutic actives have a cationic structure and the carrier material is liquid saturated, the retaining element is the hook side of an elongately shaped segment of a hook and loop tape and the shape of the elongately shaped hook and loop tape matches the shape of the active-containing carrier material.
A method comprising: determining, at a central controller of a first air mattress system, whether a user is present on a mattress of the air mattress system; if the user is not present, generating, via the central controller of the first air mattress system, an instruction to adjust a feature of a component of a second air mattress system that is remote from the first air mattress system; and transmitting, to a central controller of the second air mattress system, the instruction to adjust the feature of the component of the second air mattress system. determining, at a central controller of a first air mattress system, whether a user is present on a mattress of the air mattress system; if the user is not present, generating, via the central controller of the first air mattress system, an instruction to adjust a feature of a component of a second air mattress system that is remote from the first air mattress system; and transmitting, to a central controller of the second air mattress system, the instruction to adjust the feature of the component of the second air mattress system.
A time-of-flight depth imager (110; 410; 810; 910; 1110) comprising: an emitter configured to release repeating bursts of modulated light pulses with a pause between consecutive bursts; an array (116; 416; 816; 916; 1116) of pixel elements (424; 824; 924; 1124; 1324; 1424; 1524) formed on a semiconductor surface (422; 822; 922; 1122), each element having a finger gate (426; 826; 926; 1126; 1326; 1426; 1526) biasable to attract photogenerated charge to the surface, a reading node (428; 828; 928; 1128; 1328; 1428; 1528) to collect the photogenerated charge attracted to the surface, and a transfer gate (430; 830; 930; 1130; 1330; 1430; 1530) biasable to admit such charge to the reading node and to deter such charge from being absorbed into the finger gate; logic (432; 832; 932; 1132) to bias the finger gates of the pixel elements of the array in synchronicity with the modulated light pulses from the emitter, the finger gates of adjacent first (424A; 824A; 924A; 1124A) and second (424B; 824B;924B; 1124B) pixel elements cycling with unequal phase into and out of a charge-attracting state, wherein the logic to bias the finger gates is configured to apply negative bias with respect to ground to the finger gates during the pauses; and logic (434; 834; 934; 1134) to bias the transfer gates of the pixel elements of the array so that the photogenerated charge is admitted to the reading node only during the bursts and is prevented from reaching the reading node during the pauses. an emitter configured to release repeating bursts of modulated light pulses with a pause between consecutive bursts; an array (116; 416; 816; 916; 1116) of pixel elements (424; 824; 924; 1124; 1324; 1424; 1524) formed on a semiconductor surface (422; 822; 922; 1122), each element having a finger gate (426; 826; 926; 1126; 1326; 1426; 1526) biasable to attract photogenerated charge to the surface, a reading node (428; 828; 928; 1128; 1328; 1428; 1528) to collect the photogenerated charge attracted to the surface, and a transfer gate (430; 830; 930; 1130; 1330; 1430; 1530) biasable to admit such charge to the reading node and to deter such charge from being absorbed into the finger gate; logic (432; 832; 932; 1132) to bias the finger gates of the pixel elements of the array in synchronicity with the modulated light pulses from the emitter, the finger gates of adjacent first (424A; 824A; 924A; 1124A) and second (424B; 824B;924B; 1124B) pixel elements cycling with unequal phase into and out of a charge-attracting state, wherein the logic to bias the finger gates is configured to apply negative bias with respect to ground to the finger gates during the pauses; and logic (434; 834; 934; 1134) to bias the transfer gates of the pixel elements of the array so that the photogenerated charge is admitted to the reading node only during the bursts and is prevented from reaching the reading node during the pauses.
Method for the remote control of a function of a motor vehicle by means of a mobile controller, in which method a remote control command is transmitted to the motor vehicle by means of the mobile controller and the remote control command is executed by the motor vehicle if an enable signal is given, wherein an image of the motor vehicle is detected by means of an optical detection device of the mobile controller, characterised in that the image detected by the optical detection device of the mobile controller is transmitted to the motor vehicle and the enable signal is given by a checking device of the motor vehicle if the motor vehicle has been identified in the transmitted image by the checking device, and in that the image detected by the optical detection device of the mobile controller or a corresponding video of the motor vehicle is displayed by means of a display device of the mobile controller and the said display indicates whether the motor vehicle has been successfully identified by the testing device.
A method for piloting a simple flow ventilation system, characterized in that it comprises the following steps: - Step A: Measurement of pollution in at least one main room of the residential building by means of at least one main room pollution sensor, - Step B: Measurement of pollution in at least one technical room of the residential building by means of at least one technical room pollution sensor, - Step C: Comparison of the measurements performed at step A and at step B by means of a calculator of a central control unit, - Step D: Identification of the air extraction needs for each technical room and/or each main room by means of the calculator of the central control unit, - Step E: Control of the air distribution according to the needs identified at step D from the central control unit towards at last one regulator, the air distribution being carried out from a self-learning mode of the central control unit, - Step F: Actuation of at least one regulator 8 associated to an extraction branch according to the distribution control of Step E, - Step G: Piloting of the speed of the motor fan. - Step A: Measurement of pollution in at least one main room of the residential building by means of at least one main room pollution sensor, - Step B: Measurement of pollution in at least one technical room of the residential building by means of at least one technical room pollution sensor, - Step C: Comparison of the measurements performed at step A and at step B by means of a calculator of a central control unit, - Step D: Identification of the air extraction needs for each technical room and/or each main room by means of the calculator of the central control unit, - Step E: Control of the air distribution according to the needs identified at step D from the central control unit towards at last one regulator, the air distribution being carried out from a self-learning mode of the central control unit, - Step F: Actuation of at least one regulator 8 associated to an extraction branch according to the distribution control of Step E, - Step G: Piloting of the speed of the motor fan.
A regeneration braking control device of an electric vehicle system, wherein, in the electric vehicle system that includes an electric motor coupled to a drive wheel, an electric motor controller adapted to control powering/regeneration of the electric motor and a regeneration amount setting means for setting a regeneration amount by a driver operation and that can change the regeneration amount according to an intention of a driver, the control device being characterised in that the electric motor controller includes a regeneration instruction torque limitation means for limiting, immediately before stop of the vehicle with a motor rotation speed in a low-speed area, the regeneration amount to be decreased as a motor rotation speed is lowered, the regeneration instruction torque limitation means includes a gradient correction torque calculation portion adapted to calculate a gradient correction torque according to a plurality of limit maps which are set with reference to a flat road and a road surface gradient and a torque value obtained based on any map selected from the limit maps and the motor rotation speed is set at a limit map lower limit value, and a regeneration torque lower limit value is calculated by correction of the limit map lower limit value with the gradient correction torque such that the regeneration instruction torque limitation processing is performed to correspond to variations in the road surface gradient.
Circuit arrangement for determining counting errors in a position measuring device which determines a pulse sequence corresponding to the extent of the shift in the position of an object to be measured, characterized in that - a counter counts counting signals which are generated from at least one doubled, tripled or quadrupled base signal (phase A, phase B) for the purpose of calculating the extent of the shift in the position, and - a comparator compares at least one output signal (Z0, Z1) from the counter with a comparison signal derived from the at least one base signal (phase A, phase B) and outputs a counting error output signal if a particular relationship exists. - a counter counts counting signals which are generated from at least one doubled, tripled or quadrupled base signal (phase A, phase B) for the purpose of calculating the extent of the shift in the position, and - a comparator compares at least one output signal (Z0, Z1) from the counter with a comparison signal derived from the at least one base signal (phase A, phase B) and outputs a counting error output signal if a particular relationship exists.
An apparatus for picking up loose substance in the tobacco industry equipment comprising a loose substance feeding unit provided with a loose substance feeding tape and a picking up unit provided with vacuum pockets cooperating with scrapers, whereas the vacuum pockets and the scrapers are adapted to moving relative to the loose substance feeding tape, characterised in that the vacuum pockets move together with the scrapers.
A dual-reflector antenna comprising a primary reflector, a waveguide and a subreflector, said subreflector having: - a first extremity, - a second extremity adapted to be coupled with the extremity of the waveguide, and - a body extending between the first extremity and the second extremity, comprising a dielectric part having a portion penetrating into the waveguide and a portion external to the waveguide, characterized in that - the first extremity comprises an internal convex surface, - the body further comprises a metallic part comprising a first cylindrical portion contiguous to the first extremity of the subreflector whose diameter is greater than the portion of the dielectric part outside the waveguide, and a second cylindrical portion adjacent to the first cylindrical portion, and a conical portion, extending the second cylindrical portion, that penetrates into the dielectric part, - a flat ring-shaped surface, disposed within the outer cylindrical wall of the first cylindrical portion at the junction of the first cylindrical portion and the second cylindrical portion and facing the primary reflector, forms, when seen from the center of the primary reflector, a less-than-90° angle with the axis of revolution (X-X') of the subreflector calculated so as to reflect the signal towards the center of the primary reflector. - a first extremity, - a second extremity adapted to be coupled with the extremity of the waveguide, and - a body extending between the first extremity and the second extremity, comprising a dielectric part having a portion penetrating into the waveguide and a portion external to the waveguide, characterized in that - the first extremity comprises an internal convex surface, - the body further comprises a metallic part comprising a first cylindrical portion contiguous to the first extremity of the subreflector whose diameter is greater than the portion of the dielectric part outside the waveguide, and a second cylindrical portion adjacent to the first cylindrical portion, and a conical portion, extending the second cylindrical portion, that penetrates into the dielectric part, a first cylindrical portion contiguous to the first extremity of the subreflector whose diameter is greater than the portion of the dielectric part outside the waveguide, and a second cylindrical portion adjacent to the first cylindrical portion, and a conical portion, extending the second cylindrical portion, that penetrates into the dielectric part, - a flat ring-shaped surface, disposed within the outer cylindrical wall of the first cylindrical portion at the junction of the first cylindrical portion and the second cylindrical portion and facing the primary reflector, forms, when seen from the center of the primary reflector, a less-than-90° angle with the axis of revolution (X-X') of the subreflector calculated so as to reflect the signal towards the center of the primary reflector.
A method for determining the medical condition of a subject, said method comprising the steps of: a. collecting aerosol particles exhaled by said subject; b. sorting said aerosol particles according to their mass or size; and g. analysing the chemical content of said aerosol particles, thus allowing the medical condition of said subject to be determined. a. collecting aerosol particles exhaled by said subject; b. sorting said aerosol particles according to their mass or size; and g. analysing the chemical content of said aerosol particles, thus allowing the medical condition of said subject to be determined.
Method for downloading an access profile for access to a communication network by a security module (20, 21), said access profile being prepared for a user by a network operator and available at a server configured to provide by downloading to the security module said access profile, said method comprising: - an obtaining by the security module of a first verification datum prepared by said network operator; - an establishment of a secure downloading session, in the course of which session keys are generated jointly between the server and the security module and in which the server is authenticated by the security module by means of a public downloading key; - a verification by the security module of the authenticity of the server's public downloading key by means of the first verification datum making it possible to verify that the server uses a secret downloading key corresponding to that envisaged by the network operator during the preparation of the first verification datum; - when the public downloading key is not verified authentic, an interruption of the downloading of the access profile. - an obtaining by the security module of a first verification datum prepared by said network operator; - an establishment of a secure downloading session, in the course of which session keys are generated jointly between the server and the security module and in which the server is authenticated by the security module by means of a public downloading key; - a verification by the security module of the authenticity of the server's public downloading key by means of the first verification datum making it possible to verify that the server uses a secret downloading key corresponding to that envisaged by the network operator during the preparation of the first verification datum; - when the public downloading key is not verified authentic, an interruption of the downloading of the access profile.
A device for mechanically splitting finite textile fiber bundles consisting of n individual fibers (n ≥ 2) in fiber bundles with fewer than n individual fibers and/or individual fibers, with said device featuring an outwardly sealed milling chamber that contains one or more dead spaces amounting to at least 10% of the milling chamber volume and in which one or more rotating striking mechanisms operate in a non-cutting fashion with a rotational speed that can be adapted to the material, but amounts to at least 200/min so as to reduce load peaks, and with the material being adjustably input into said milling chamber batch-by-batch in different quantities, treated over an adjustable duration and then once again discharged from the milling chamber, wherein the rotating milling mechanism is equipped with single or multiple propeller-like striking elements /striking blades that are arranged on a driveshaft behind one another in the axial direction in order to separate the textile material into fibers components, characterized in that the striking blades are arranged in an elastically resilient or fold-away fashion and therefore able to briefly yield to sporadically occurring material accumulations during the treatment such that particularly material-damaging load peaks can be prevented and a particularly gentle treatment of the material can be achieved.
A pump dispenser, comprising: a container defining a cavity for storing a dispensable material; a pump body positionable in said cavity and having a pump chamber fluidly communicatable with a pickup chamber that is fluidly communicatable with a dispensation chamber, characterised in that at least a portion of said dispensation chamber is defined by a lumen of a flexible member to sealingly separate said dispensation chamber from said pump chamber, so that said pump chamber is fluidly communicatable with said dispensation chamber only through said pickup chamber, said pump body further including an intake opening communicating said cavity with said pickup chamber, and a central axis defining mutually perpendicular axial and radial directions (37, 38); and a piston positioned at said pump chamber and slidably engaged with said pump body, said piston being axially movable in said pump chamber in a first axial direction to force airflow into said pickup chamber to an extent sufficient to carry the dispensable material through said dispensation chamber. a container defining a cavity for storing a dispensable material; a pump body positionable in said cavity and having a pump chamber fluidly communicatable with a pickup chamber that is fluidly communicatable with a dispensation chamber, characterised in that at least a portion of said dispensation chamber is defined by a lumen of a flexible member to sealingly separate said dispensation chamber from said pump chamber, so that said pump chamber is fluidly communicatable with said dispensation chamber only through said pickup chamber, said pump body further including an intake opening communicating said cavity with said pickup chamber, and a central axis defining mutually perpendicular axial and radial directions (37, 38); and a piston positioned at said pump chamber and slidably engaged with said pump body, said piston being axially movable in said pump chamber in a first axial direction to force airflow into said pickup chamber to an extent sufficient to carry the dispensable material through said dispensation chamber.
An aqueous solution comprising water and an effective amount of a macromolecular heparin conjugate, wherein the heparin conjugate is a conjugate comprising a main chain of an inert aliphatic compound and 50 or more but 100 or less heparin chains linked to the main chain wherein each heparin is bound terminally and by only a single bond to the main chain, for use in a method of treating a damaged blood vessel in a patient, wherein said method comprises bringing, by administration thereof to said patient, the surface of the damaged blood vessel of said patient in contact with an effective amount of said macromolecular heparin conjugate.