mhurhangee/patent-ind-claim-en huggingface dataset:
Re-Circulating culture system for the autonomous cultivation and/or breeding of aquatic organisms, comprising a circulation system for re-circulating and tempering a liquid, wherein the circulation system comprises a culture tank for holding the liquid, a water reservoir for storing the liquid, a tempering device configured to supply and/or remove thermal energy to/from the liquid, a pumping system for re-circulating the liquid, and a filtration system for filtering the liquid, as well as a container which has at least one interior space and one or more container walls which are penetrated by an opening , wherein the opening and the culture tank are arranged relative to each other such that the culture tank covers the opening when it is placed in the container , wherein the one or more container walls contain or are formed of an insulating material, wherein the circulation system is arranged in the at least one interior space of the container , and wherein the re-circulating culture system further comprises: • a camera whose detection field is inside the culture tank ; • a sensor system arranged in the at least one interior space , wherein the sensor system comprises a temperature sensor, an oxygen sensor, a flow sensor, a conductivity sensor, and/or a pH sensor; and • a control device in the interior space , wherein the control device is configured to control the circulation system based on data from the sensor system . • a camera whose detection field is inside the culture tank ; • a sensor system arranged in the at least one interior space , wherein the sensor system comprises a temperature sensor, an oxygen sensor, a flow sensor, a conductivity sensor, and/or a pH sensor; and • a control device in the interior space , wherein the control device is configured to control the circulation system based on data from the sensor system .
An image forming apparatus comprising: first and second memories ; and a main controller and a sub-controller ; wherein the main controller performs a control operation using the first memory in a normal mode state, the sub-controller is mounted on an engine unit provided in the image forming apparatus to perform an image forming job by driving the engine unit in a normal mode state under the control of the main controller, the main controller transmits a low-power mode change request to the sub-controller if a condition for changing a mode state from the normal mode state to a low-power mode state is satisfied, and the sub-controller copies a low-power service program stored in the first memory into the second memory if the low-power mode change request is received, and performs a low-power service by executing the low-power service program through accessing of the second memory. first and second memories ; and a main controller and a sub-controller ; wherein the main controller performs a control operation using the first memory in a normal mode state, the sub-controller is mounted on an engine unit provided in the image forming apparatus to perform an image forming job by driving the engine unit in a normal mode state under the control of the main controller, the main controller transmits a low-power mode change request to the sub-controller if a condition for changing a mode state from the normal mode state to a low-power mode state is satisfied, and the sub-controller copies a low-power service program stored in the first memory into the second memory if the low-power mode change request is received, and performs a low-power service by executing the low-power service program through accessing of the second memory.
Cromoglycate or a salt thereof for use in a method of treating a dry hoof condition or hoof crack in ungulates.
A convertible refrigerant recovery, recycle, and recharge unit, comprising: a control valve array , a vacuum pump , an oil separator , a compressor , and one or more storage tanks , said vacuum pump and said oil separator in flow communication with said control valve array ; said one or more storage tanks in flow communication with said compressor ; and wherein said control valve array is adapted to receive refrigerant from a refrigerant containing device ; characterized in that said compressor is oil-less and draws said refrigerant into said one or more storage tanks ; and in that said oil-less compressor is in flow communication with said oil separator , said oil separator being upstream of the oil-less compressor , wherein said convertible refrigerant recovery, recycle, and recharge unit does not comprise an oil separator placed downstream of the oil-less compressor . a control valve array , a vacuum pump , an oil separator , a compressor , and one or more storage tanks , said vacuum pump and said oil separator in flow communication with said control valve array ; said one or more storage tanks in flow communication with said compressor ; and wherein said control valve array is adapted to receive refrigerant from a refrigerant containing device ; characterized in that said compressor is oil-less and draws said refrigerant into said one or more storage tanks ; and in that said oil-less compressor is in flow communication with said oil separator , said oil separator being upstream of the oil-less compressor , wherein said convertible refrigerant recovery, recycle, and recharge unit does not comprise an oil separator placed downstream of the oil-less compressor .
A method performed by a substation processing unit, SPU, the method comprising: receiving a symbol (106; 206) from a particular endpoint device and over a particular communications channel via power lines in a power-line communication system , wherein the particular endpoint device is one of a plurality of endpoint devices respectively situated at different locations for monitoring power provided to loads via the power lines in the power-line communication system , each of the plurality of endpoint devices being assigned a different communications channel over which the endpoint device communicates via the power lines in the power-line communication system ; decrypting the symbol (106; 206) using a decryption key that is uniquely assigned to the particular endpoint device that is assigned the particular communications channel; computing a measure of error for the decrypted symbol; determining whether the measure of error exceeds a threshold error measure; in response to determining that the measure of error exceeds the threshold error measure, identifying the decrypted symbol as a symbol from a different endpoint device among the plurality of endpoint devices; and in response to determining that the measure of error does not exceed the threshold error measure: identifying the decrypted symbol as a valid symbol transmitted by the particular endpoint device; and logging the valid symbol for the particular endpoint device . receiving a symbol (106; 206) from a particular endpoint device and over a particular communications channel via power lines in a power-line communication system , wherein the particular endpoint device is one of a plurality of endpoint devices respectively situated at different locations for monitoring power provided to loads via the power lines in the power-line communication system , each of the plurality of endpoint devices being assigned a different communications channel over which the endpoint device communicates via the power lines in the power-line communication system ; decrypting the symbol (106; 206) using a decryption key that is uniquely assigned to the particular endpoint device that is assigned the particular communications channel; computing a measure of error for the decrypted symbol; determining whether the measure of error exceeds a threshold error measure; in response to determining that the measure of error exceeds the threshold error measure, identifying the decrypted symbol as a symbol from a different endpoint device among the plurality of endpoint devices; and in response to determining that the measure of error does not exceed the threshold error measure: identifying the decrypted symbol as a valid symbol transmitted by the particular endpoint device; and logging the valid symbol for the particular endpoint device . identifying the decrypted symbol as a valid symbol transmitted by the particular endpoint device; and logging the valid symbol for the particular endpoint device .
A layer-built tab , characterized in that , the layer-built tab comprises: a plurality of metal pieces ; and adhesives arranged between adjacent metal pieces; the plurality of metal pieces are stacked, and adhered by the adhesives ; wherein, - a set of metal pieces , selected from the plurality of metal pieces, are provided with through holes, or - a through hole is provided on each alternate metal piece in the plurality of metal pieces , wherein the through holes are filled with the adhesives and the adhesives between and through the alternate metal pieces are connected to form a single body. a plurality of metal pieces ; and adhesives arranged between adjacent metal pieces; the plurality of metal pieces are stacked, and adhered by the adhesives ; - a set of metal pieces , selected from the plurality of metal pieces, are provided with through holes, or - a through hole is provided on each alternate metal piece in the plurality of metal pieces ,
A safety helmet adapted to be worn by an individual, comprising: - a shell configured to receive a skull of the individual; - a shield adapted to protect an area of a face of the individual; - a chin guard adapted to be moved between a withdrawal position and a protection position, wherein in the protection position, the chin guard is at least partially disposed around the shield so as to extend the area of protection of the face of the individual by the helmet; - a system for articulating the chin guard relative to the shell , comprising means for guiding a displacement of the chin guard between the withdrawal position and the protection position, the safety helmet being characterized in that the articulation system further comprises means for pressing the chin guard against the shield adapted to press the chin guard against the shield when the chin guard is near or in the protection position. - a shell configured to receive a skull of the individual; - a shield adapted to protect an area of a face of the individual; - a chin guard adapted to be moved between a withdrawal position and a protection position, wherein in the protection position, the chin guard is at least partially disposed around the shield so as to extend the area of protection of the face of the individual by the helmet; - a system for articulating the chin guard relative to the shell , comprising means for guiding a displacement of the chin guard between the withdrawal position and the protection position,
A plastic vehicle tank defining an interior volume provided to contain a liquid and comprising: a. an upper wall ; b. a lower wall ; c. at least one connecting element joining the upper wall to the lower wall of the plastic vehicle tank, said at least one connecting element being located inside the interior volume provided to contain a liquid, characterized in that the connecting element comprises a structure made of continuous fibers embedded in a matrix. a. an upper wall ; b. a lower wall ; c. at least one connecting element joining the upper wall to the lower wall of the plastic vehicle tank, said at least one connecting element being located inside the interior volume provided to contain a liquid, characterized in that the connecting element comprises a structure made of continuous fibers embedded in a matrix.
A silencer for an exhaust-gas duct , in particular of a gas turbine, having a plurality of silencer elements between which clearances for the throughflow of exhaust gas are located, wherein a respective silencer element is designed to be elongated in a z-direction lying parallel to a throughflow direction through the silencer and has a length relating to the z-direction, a thickness (d) relating to an x-direction, which is at a right angle to the z-direction and represents the direction of the smallest extent of the silencer element , and a width (b) in a y-direction, which is at a right angle to the z-direction and to the x-direction, said width being smaller than the length (l) of the silencer element , wherein the width (b) of a respective silencer element is less than half, preferably less than a third, of the total extent of the silencer relating to the y-direction of the respective silencer element , and the silencer has an extent of at least 1m in all directions at a right angle to and parallel to the z-direction, characterised in that silencer elements are present, whereof the y-directions are at an angle, preferably at a right angle, to one another and at least some of the silencer elements have a central portion relating to the z-direction and end caps which adjoin said central portion on both sides and close the silencer element in relation to the z-direction, wherein the central portion forms an absorption silencer and at least one of the end caps is formed as a resonance silencer.
Mixer cartridge for a sanitary fitting, with a cartridge housing having an upper housing part , with a bearing sleeve which is rotatable within the cartridge housing and on which an adjusting lever is mounted in a swivelable manner, and with a stop sleeve , on which at least one stop is formed, which at least one stop in order to limit a relative rotating movement of the bearing sleeve in relation to the upper housing part comes into contact with at least one counter-stop , wherein the stop sleeve can be mounted directly and non-rotationally on the bearing sleeve and the at least one counter-stop is non-rotationally connected to the upper housing part and formed directly on the upper housing part , characterised in that the at least one counter-stop is both radially inwards and radially outwards overlapped by the mounted stop sleeve .
A voltage controlled oscillator, comprising: a first device having first, second and third terminals (102 1 , 102 2 , 102 3 ); a second device having first, second and third terminals (104 1 , 104 2 , 104 3 ); and circuitry comprising a tuning voltage network coupled to dynamically tuned coupled resonator networks , which are respectively coupled to the third terminals (102 3 , 104 3 ) of each of the devices and a dynamically-tuned combiner network , which includes two input ports (132 1 ,132 2 ) accepting a respective input signal present at the second terminal (102 2 ,104 2 ) of each of the devices and combines the input signals ) into an output signal , whereby the dynamically-tuned combiner network is coupled to the tuning voltage network for feeding back a select portion of a signal from the dynamically-tuned combiner network to the tuning voltage network , wherein the voltage of the tuning network can be adjusted to tune the output signal of the voltage controlled oscillator over a frequency range of at least an octave. a first device having first, second and third terminals (102 1 , 102 2 , 102 3 ); a second device having first, second and third terminals (104 1 , 104 2 , 104 3 ); and circuitry comprising a tuning voltage network coupled to dynamically tuned coupled resonator networks , which are respectively coupled to the third terminals (102 3 , 104 3 ) of each of the devices and a dynamically-tuned combiner network , which includes two input ports (132 1 ,132 2 ) accepting a respective input signal present at the second terminal (102 2 ,104 2 ) of each of the devices and combines the input signals ) into an output signal , whereby the dynamically-tuned combiner network is coupled to the tuning voltage network for feeding back a select portion of a signal from the dynamically-tuned combiner network to the tuning voltage network , wherein the voltage of the tuning network can be adjusted to tune the output signal of the voltage controlled oscillator over a frequency range of at least an octave.
A method for interference management at a serving network node within a wireless telecommunications network comprising a plurality of network nodes and one or more user equipment, the method comprising the serving network node : coordinating transmission of cell specific resource elements with at least one other network node, wherein the cell specific resource elements are resource elements configured such that the transmit power of said resource elements is set to zero, referred to as null resource elements, and wherein the respective null resource elements patterns are exchanged among the serving network node and the at least one other network node; wherein the serving network node notifies the user equipment , based on said exchanging, about the null resource elements pattern of the at least one other network node; selecting a number of cell specific resource elements based on a user equipment feedback; and transmitting the cell specific resource elements to a user equipment concurrent to a resource element transmission from the at least one other network node, wherein the resource element transmission from the at least one other network element is a physical downlink shared channel resource element. coordinating transmission of cell specific resource elements with at least one other network node, wherein the cell specific resource elements are resource elements configured such that the transmit power of said resource elements is set to zero, referred to as null resource elements, and wherein the respective null resource elements patterns are exchanged among the serving network node and the at least one other network node; wherein the serving network node notifies the user equipment , based on said exchanging, about the null resource elements pattern of the at least one other network node; selecting a number of cell specific resource elements based on a user equipment feedback; and transmitting the cell specific resource elements to a user equipment concurrent to a resource element transmission from the at least one other network node, wherein the resource element transmission from the at least one other network element is a physical downlink shared channel resource element.
A hybridoma cell line designated by American Type Culture Collection (ATCC) deposit designation PTA-9638, which produces a monoclonal antibody comprising an antigen binding domain which binds to amino acids 13-27 of PIVKA-II having the sequence Leu Glu Arg Glu Cys Val Glu Glu Thr Cys Ser Tyr Glu Glu Ala and does not cross-react with Factor X.
Axial bearing for absorbing axial loads which act on a rotating body, with a bearing housing and with a thrust shaft which is mounted rotatably in a bearing housing, can be coupled to the rotating body and has the at least one thrust collar , with a multiplicity of thrust pieces which in each case have a front sliding face for sliding contact with the at least one thrust collar , and two thrust piece ring arrangements which are arranged on both sides of the thrust collar , and with two holders for securing the thrust pieces of the respective thrust piece ring arrangement , each thrust piece ring arrangement in each case having a holder , characterized in that the holders in each case have a positioning section for positioning in the bearing housing in a stationary manner, and a spring washer section for axially elastic deformation when a load limit which acts on at least some of the thrust pieces is exceeded, a spring gap being formed between the spring washer sections and in each case one rear-side housing section , the spring washer sections being arranged radially on the outside and the positioning sections being arranged radially on the inside in relation to a longitudinal axis of the thrust shaft , and the spring washer sections having a multiplicity of spring washer segments which lie next to one another in the circumferential direction, radial indents being made in the spring washer sections in order to form the spring washer segments .
A film for use in transferring a thin layer of metal onto a substrate, comprising a carrier film having a thickness of 4 - 75 μm and comprising a polymer consisting essentially of a polyester, and a release agent, in which the carrier film comprises a core layer and a first skin layer coextensively adjacent in direct contact with one side of the core layer, a side of the first skin layer opposite the core layer defining a metal-contacting surface, in which the release agent comprises surfactant selected from the group consisting of anionic surfactant, non-ionic surfactant and a mixture thereof, and is present in the polyester of the carrier film in an amount effective to provide the metal-contacting surface with a preselected adhesion value to a metal in the range of 0.4 - 39 g/cm (1 - 100 g/in) measured by a 180 degree ethylene acrylic acid polymer peel test, in which the metal-contacting surface exhibits a specular reflection of at least 160 gloss units measured by glossmeter at a 60° angle; and in which at least one of the core layer and the first skin layer each independently comprises a heterogeneous mixture of finely divided solid particles uniformly dispersed in a continuous phase of the polyester, and in which the solid particles in the carrier film are present in concentration and size effective to provide the metal-contacting surface with roughness characterized by Ra at most 50 nm and Sra at most 30, when Ra is measured by a Surfcorder Model SE-500 surface roughness measurement instrument and Sra is analysed according to the High Precision Optical Surface Sensor method, the film further comprising a transferable layer of a metal in direct contact with the metal-contacting surface of the first skin layer, the metal being selected from the group consisting of aluminium, copper, silver, titanium and a blend thereof, and the transferable layer having a thickness equivalent to an optical density of 0.2 to 4, and in which the transferable layer on the metal-contacting surface exhibits a specular reflection of at least 830 gloss units measured by glossmeter at a 60° angle.
A multiphasic kit for use as contraceptive by successive daily oral administration within a 28-days treatment period, comprising: (i) 21-24 separate daily dosage units, wherein each dosage unit comprises a progestin and an estrogen and the ratio of the dose of progestin to the dose of estrogen is the same for all dosage units, and wherein the dosage units are divided into two to four phases with 4 to 16 dosage units in each phase, wherein the doses of each of the progestin and estrogen in each subsequent phase are increased by 10%-50% as compared to the corresponding doses of the progestin and estrogen in the immediately preceding phase; and (ii) optionally comprising 4-7 daily dosage units having no contraceptive steroids, and (iii) optionally comprising instructions for use characterized in that progestin is selected from a group consisting of levonorgestrel within a range of 100 μg to 150 μg per oral combination drug formulation and norethindrone acetate within a range of 1000 μg to 1500 μg per oral combination drug formulation, and estrogen is ethinyl estradiol within a range of 20 μg to 30 μg per oral combination drug formulation. (i) 21-24 separate daily dosage units, wherein each dosage unit comprises a progestin and an estrogen and the ratio of the dose of progestin to the dose of estrogen is the same for all dosage units, and wherein the dosage units are divided into two to four phases with 4 to 16 dosage units in each phase, wherein the doses of each of the progestin and estrogen in each subsequent phase are increased by 10%-50% as compared to the corresponding doses of the progestin and estrogen in the immediately preceding phase; and (ii) optionally comprising 4-7 daily dosage units having no contraceptive steroids, and (iii) optionally comprising instructions for use