mhurhangee/patent-ind-claim-en huggingface dataset:
Vehicle system for the autonomous and automated maintenance and/or care of a photovoltaic open space plant with a control unit, a support platform , a thermal imaging camera and an associated computing unit for evaluating an image of the thermal imaging camera, wherein an adjustable mounting device for guiding the thermal imaging camera and/or a cleaning unit for cleaning photovoltaic modules is arranged on the support platform, and a ground care unit for caring for ground in an environment of the photovoltaic open space plant is associated with the vehicle system, characterised in that the adjustable mounting device is designed so that during driving of the vehicle system, cleaning of photovoltaic modules and/or care of the ground, the thermal imaging camera can be guided with motion compensation in such a way that a defect or reduced output of a photovoltaic module of the photovoltaic open space plant is detectable by means of an evaluated image of the thermal imaging camera.
A device for the treatment of itching and/or herpes disease on a skin, comprising a) at least one treatment surface and b) a control device for regulating the temperature of the treatment surface, characterized in that the control device is configured to regulate the treatment surface on an outer side facing the skin by heating at least one heating element in a heating phase to a contact temperature during a contact of the treatment surface with the skin and to maintain the contact temperature in a treatment phase and wherein the device comprises at least one contact sensor. a) at least one treatment surface and b) a control device for regulating the temperature of the treatment surface,
A system for monitoring an animal in a home cage , the system comprising: • a home cage enclosure to enclose the home cage ; where the home cage enclosure comprises: - a door hingedly engaged to at least one sidewall of the home cage enclosure ; - a front camera engaged to a first lens and the front camera is further engaged to the door ; - a rear camera engaged to a second lens and the rear camera engaged to a rear wall of the home cage enclosure , where the rear wall is engaged to the at least one sidewall and disposed opposite the door ; - at least one near-infrared light source ; and - a light diffuser . • a home cage enclosure to enclose the home cage ; where the home cage enclosure comprises: - a door hingedly engaged to at least one sidewall of the home cage enclosure ; - a front camera engaged to a first lens and the front camera is further engaged to the door ; - a rear camera engaged to a second lens and the rear camera engaged to a rear wall of the home cage enclosure , where the rear wall is engaged to the at least one sidewall and disposed opposite the door ; - at least one near-infrared light source ; and - a light diffuser . - a door hingedly engaged to at least one sidewall of the home cage enclosure ; - a front camera engaged to a first lens and the front camera is further engaged to the door ; - a rear camera engaged to a second lens and the rear camera engaged to a rear wall of the home cage enclosure , where the rear wall is engaged to the at least one sidewall and disposed opposite the door ; - at least one near-infrared light source ; and - a light diffuser .
A method for the manufacture of a processed, solid soya protein product derived from soya bean meal (SBM) which protein product comprises 65-75 % protein by weight of dry matter, has a protein to potassium weight ratio of at least 50:1 and a dry matter content of at least 90 %, which product comprises less than 0.2 % sodium, such as less than 0.01 % or less than 0.005 % or less than 0.001 % by weight, and wherein at least 65 % by weight of the indigestible oligosaccharide content of the SBM wherefrom the protein is derived has been removed; the method comprises the following steps: 1) providing an initial mixture comprising milled or flaked or otherwise disintegrated soya bean meal (SBM) and water; 2) leaching the initial mixture under conditions where the dry matter amount in the initial mixture is between 8 and 20 % by weight, for 0.15 to 6 hours at a temperature of 5 to 65°C and at neutral pH; 3) separating the leaching mixture in a liquid fraction and a first solid fraction; 4) adjusting the pH of the liquid fraction from the initial leaching mixture with acid to a value of 3.5 to 5.5; 5) conveying the acidified liquid fraction through separation means such as a decanter centrifuge or similar means thereby separating the waste liquid and collecting a further solid fraction; 6) combining the solid fraction from the initial leaching mixture with the solid fraction collected from the separation means; 7) drying the combined solid fraction to a dry matter content of at least 90 %; 8) wherein the total amount of spent water in the method calculated from the initial SBM starting material is 10 times the amount of SBM or less. 1) providing an initial mixture comprising milled or flaked or otherwise disintegrated soya bean meal (SBM) and water; 2) leaching the initial mixture under conditions where the dry matter amount in the initial mixture is between 8 and 20 % by weight, for 0.15 to 6 hours at a temperature of 5 to 65°C and at neutral pH; 3) separating the leaching mixture in a liquid fraction and a first solid fraction; 4) adjusting the pH of the liquid fraction from the initial leaching mixture with acid to a value of 3.5 to 5.5; 5) conveying the acidified liquid fraction through separation means such as a decanter centrifuge or similar means thereby separating the waste liquid and collecting a further solid fraction; 6) combining the solid fraction from the initial leaching mixture with the solid fraction collected from the separation means; 7) drying the combined solid fraction to a dry matter content of at least 90 %; 8) wherein the total amount of spent water in the method calculated from the initial SBM starting material is 10 times the amount of SBM or less.
A receiving device , comprising: a pair of reception electrodes (32-1, 32-2) configured to receive a signal of a peripheral electric field varied by a transmitting device configured to cause a voltage to be applied to a pair of transmission electrodes (31-1, 31-2) to be changed and transmit data; a variable gain amplifier configured to amplify a signal from a first reception electrode (32-2) of the pair of reception electrodes (32-1, 32-2); a differential amplifier configured to output a difference between a signal from the second reception electrode (32-1) of the pair of reception electrodes (32-1, 32-2) and a signal from the variable gain amplifier ; and a gain control unit configured to control a gain of the variable gain amplifier in accordance with an amplitude of an output signal (e(n)) from the differential amplifier and an amplitude of the signal from the first (32-2) of the pair of reception electrodes (32-1, 32-2), wherein the signal from the first reception electrode (32-2) of the pair of reception electrodes (32-1, 32-2) is input to the variable gain amplifier and to the gain control unit . a pair of reception electrodes (32-1, 32-2) configured to receive a signal of a peripheral electric field varied by a transmitting device configured to cause a voltage to be applied to a pair of transmission electrodes (31-1, 31-2) to be changed and transmit data; a variable gain amplifier configured to amplify a signal from a first reception electrode (32-2) of the pair of reception electrodes (32-1, 32-2); a differential amplifier configured to output a difference between a signal from the second reception electrode (32-1) of the pair of reception electrodes (32-1, 32-2) and a signal from the variable gain amplifier ; and a gain control unit configured to control a gain of the variable gain amplifier in accordance with an amplitude of an output signal (e(n)) from the differential amplifier and an amplitude of the signal from the first (32-2) of the pair of reception electrodes (32-1, 32-2), wherein the signal from the first reception electrode (32-2) of the pair of reception electrodes (32-1, 32-2) is input to the variable gain amplifier and to the gain control unit .
A method for estimating a communication load of an estimation-target cell in a network, wherein the network includes a plurality of cells and has a predetermined resource block structure, the method being performed by a device and being characterized by : acquiring measurement data of a first quality indicator, which includes entire received power, and measurement data of a second quality indicator, which includes a signal-to-noise-and-interference ratio of a reference signal of an estimation-target cell , wherein the entire received power includes received power from the estimation-target cell, interference power from an interfering cell and noise, wherein the signal-to-noise-and-interference ratio is a ratio of a received power of the reference signal to the interference power and the noise, estimating the communication load of the estimation-target cell based on a result of subtracting interference and noise components included in the signal-to-noise-and-interference ratio from the entire received power. acquiring measurement data of a first quality indicator, which includes entire received power, and measurement data of a second quality indicator, which includes a signal-to-noise-and-interference ratio of a reference signal of an estimation-target cell , wherein the entire received power includes received power from the estimation-target cell, interference power from an interfering cell and noise, wherein the signal-to-noise-and-interference ratio is a ratio of a received power of the reference signal to the interference power and the noise, estimating the communication load of the estimation-target cell based on a result of subtracting interference and noise components included in the signal-to-noise-and-interference ratio from the entire received power.
A method of fabricating a microelectronic structure , comprising: forming a dielectric material layer over a conductive land ; forming an opening through the dielectric material layer to expose at least a portion of the conductive land ; forming a ruthenium/aluminum-containing liner adjacent at least one sidewall of the opening and adjacent the exposed portion of the conductive land; and forming an aluminum-free copper fill material comprising less than 3% atomic aluminium abutting the ruthenium/aluminum-containing liner ; wherein forming the ruthenium/aluminum-containing liner and forming the aluminum-free copper fill material comprises: depositing a ruthenium-containing liner adjacent the at least one sidewall of the opening ; depositing an aluminum layer abutting the ruthenium-containing liner ; depositing a copper fill material abutting the ruthenium-containing liner ; and annealing the aluminum layer to migrate it into the ruthenium-containing liner ; characterized in that annealing the aluminum layer occurs prior to depositing the copper fill material . forming a dielectric material layer over a conductive land ; forming an opening through the dielectric material layer to expose at least a portion of the conductive land ; forming a ruthenium/aluminum-containing liner adjacent at least one sidewall of the opening and adjacent the exposed portion of the conductive land; and forming an aluminum-free copper fill material comprising less than 3% atomic aluminium abutting the ruthenium/aluminum-containing liner ; wherein forming the ruthenium/aluminum-containing liner and forming the aluminum-free copper fill material comprises: depositing a ruthenium-containing liner adjacent the at least one sidewall of the opening ; depositing an aluminum layer abutting the ruthenium-containing liner ; depositing a copper fill material abutting the ruthenium-containing liner ; and annealing the aluminum layer to migrate it into the ruthenium-containing liner ; depositing a ruthenium-containing liner adjacent the at least one sidewall of the opening ; depositing an aluminum layer abutting the ruthenium-containing liner ; depositing a copper fill material abutting the ruthenium-containing liner ; and annealing the aluminum layer to migrate it into the ruthenium-containing liner ; characterized in that annealing the aluminum layer occurs prior to depositing the copper fill material .
A current measuring device that is protected against electrical surges when opening the electric circuit of said device , said device comprising a first current transformer , a first connection terminal having connected thereto a first terminal of said first current transformer , a second connection terminal having connected thereto a second terminal of said first current transformer distinct from said first terminal of said first current transformer , a protective resistance having a first terminal connected to said second connection terminal , and a load resistance connected between said first and second connection terminals (4 and 5) across the terminals of which a voltage is measured from which the current flowing in a circuit passing through said first current transformer is determined, said device being characterized in that it includes a second current transformer connected to said first and second terminals of the protective resistance , and current branch connection means connected between said first connection terminal and said second terminal of said protective resistance .
A device with adjustment bolt comprising: a bolt attachment wall having an internal thread hole ; said adjustment bolt screwed with the internal thread hole and attached to the bolt attachment wall ; a locknut screwed with the adjustment bolt ; a cover fitted around the locknut , the cover having a tubular unit that surrounds the adjustment bolt and the locknut , and a stopper unit causing the cover to be in a removal disallowed state from the locknut , in which the cover cannot be removed from the locknut , wherein the stopper unit includes a retaining ring , an attachment inner circumference unit provided in the cover so as to allow internal attachment to the retaining ring in the removal disallowed state, and an external circumference groove provided on the locknut so as to allow external attachment to the retaining ring , characterised in that the external circumference groove includes a first groove portion and a second groove portion provided continuously with the first groove portion on a side of the bolt attachment wall, the first groove portion having a groove bottom that restricts removal of the retaining ring fitted within the attachment inner circumference unit from the attachment inner circumference unit due to contraction, the second groove portion having a groove bottom that allows removal of the retaining ring fitted within the attachment inner circumference unit from the attachment inner circumference unit due to contraction, wherein the retaining ring is configured to be helical. a bolt attachment wall having an internal thread hole ; said adjustment bolt screwed with the internal thread hole and attached to the bolt attachment wall ; a locknut screwed with the adjustment bolt ; a cover fitted around the locknut , the cover having a tubular unit that surrounds the adjustment bolt and the locknut , and a stopper unit causing the cover to be in a removal disallowed state from the locknut , in which the cover cannot be removed from the locknut , wherein the stopper unit includes a retaining ring , an attachment inner circumference unit provided in the cover so as to allow internal attachment to the retaining ring in the removal disallowed state, and an external circumference groove provided on the locknut so as to allow external attachment to the retaining ring , characterised in that the external circumference groove includes a first groove portion and a second groove portion provided continuously with the first groove portion on a side of the bolt attachment wall, the first groove portion having a groove bottom that restricts removal of the retaining ring fitted within the attachment inner circumference unit from the attachment inner circumference unit due to contraction, the second groove portion having a groove bottom that allows removal of the retaining ring fitted within the attachment inner circumference unit from the attachment inner circumference unit due to contraction, wherein the retaining ring is configured to be helical.
A reception apparatus comprising: a detection unit configured to detect occurrence of a phase slip in a phase estimation value of time-series received symbol data, and determine an inclination of the phase slip; a delay processing unit configured to generate first received signal data obtained by delaying received signal data obtained from the time-series received symbol data by one symbol time interval; characterized by : a phase shift unit configured to generate second received signal data obtained by performing phase shift according to the inclination, only in a period in which one symbol time elapses, on only the received signal data of a symbol time at which the occurrence of the phase slip is detected among pieces of the received signal data obtained from the time-series received symbol data; and a remainder processing unit configured to derive a remainder of a difference between the second received signal data and the first received signal data, for differentially decoding the received signal data, based on a value of M in an M-ary phase shift keying used. a detection unit configured to detect occurrence of a phase slip in a phase estimation value of time-series received symbol data, and determine an inclination of the phase slip; a delay processing unit configured to generate first received signal data obtained by delaying received signal data obtained from the time-series received symbol data by one symbol time interval; a phase shift unit configured to generate second received signal data obtained by performing phase shift according to the inclination, only in a period in which one symbol time elapses, on only the received signal data of a symbol time at which the occurrence of the phase slip is detected among pieces of the received signal data obtained from the time-series received symbol data; and a remainder processing unit configured to derive a remainder of a difference between the second received signal data and the first received signal data, for differentially decoding the received signal data, based on a value of M in an M-ary phase shift keying used.
Electropneumatic parking-brake valve unit for an electronically controlled pneumatic braking system of a vehicle, in particular a commercial vehicle, comprising at least one first supply connector for receiving supply pressure (pV) from a compressed air source, at least one spring-loaded connector for connecting at least one spring-loaded brake actuator of a vehicle, a parking-brake valve assembly having at least one first bistable valve , wherein a spring-loaded brake pressure (pF) can be modulated at the spring-loaded connector depending on the switching of the first bistable valve , a pneumatically switchable holding valve having a holding valve control connector (14.4), which is connected between the first supply connector and the first bistable valve , and is spring-loaded into a first switching position in which the first bistable valve is connected to a vent , and, when a first threshold value is exceeded by a first control pressure (p1) provided at the holding valve control connector (14.4), switches into a second switching position in which the first bistable valve is connected to the first supply connector for receiving supply pressure (pV), characterized in that the first control pressure (p1) is modulated by an electrically switchable control valve which is part of the electropneumatic parking-brake valve unit or is arranged remotely therefrom. at least one first supply connector for receiving supply pressure (pV) from a compressed air source, at least one spring-loaded connector for connecting at least one spring-loaded brake actuator of a vehicle, a parking-brake valve assembly having at least one first bistable valve , wherein a spring-loaded brake pressure (pF) can be modulated at the spring-loaded connector depending on the switching of the first bistable valve , a pneumatically switchable holding valve having a holding valve control connector (14.4), which is connected between the first supply connector and the first bistable valve , and is spring-loaded into a first switching position in which the first bistable valve is connected to a vent , and, when a first threshold value is exceeded by a first control pressure (p1) provided at the holding valve control connector (14.4), switches into a second switching position in which the first bistable valve is connected to the first supply connector for receiving supply pressure (pV), characterized in that the first control pressure (p1) is modulated by an electrically switchable control valve which is part of the electropneumatic parking-brake valve unit or is arranged remotely therefrom.
An effective, low dose amount of desmopressin and an alpha-adrenergic receptor antagonist for use in a method of inhibiting the urge to urinate in an adult human subject over an interval of about two hours to no more than about eight hours, comprising administering to an adult human subject in need thereof said effective, low dose amount of desmopressin and alpha-adrenergic receptor antagonist so that both exert physiological activity during an overlapping time period and whereby the administering achieves a bloodstream concentration of the desmopressin in the subject that does not exceed 2 ng/kg of body weight.
An RFID transponder assembly, comprising: - a substrate layer ; - a void structure which is applied to the substrate layer and comprises spaced-apart adhesion force adjustment means which reduce an adhesion force; - an RFID transponder which is applied above the substrate layer and comprises at least one semiconductor chip and a dipole antenna ; - wherein the RFID transponder comprises an inlay including the at least one semiconductor chip and a loop antenna to which the semiconductor chip is contacted, the loop antenna and a portion of the dipole antenna being superimposed. - a substrate layer ; - a void structure which is applied to the substrate layer and comprises spaced-apart adhesion force adjustment means which reduce an adhesion force; - an RFID transponder which is applied above the substrate layer and comprises at least one semiconductor chip and a dipole antenna ; - wherein the RFID transponder comprises an inlay including the at least one semiconductor chip and a loop antenna to which the semiconductor chip is contacted, the loop antenna and a portion of the dipole antenna being superimposed.