mhurhangee/patent-ind-claim-en huggingface dataset:
A method for reducing the amount of data to be transmitted when communicating visual data over a network from a first node to a second node, the method at the first node comprising the steps of: reducing the resolution of a section of higher-resolution visual data to provide a corresponding section of lower-resolution visual data; developing a neural network model for increasing the resolution of the lower-resolution visual data, comprising training the neural network model to increase the resolution of the lower-resolution visual data to substantially reproduce the higher-resolution visual data, wherein the training comprises processing the section of lower-resolution visual data using the neural network model, calculating an error comprising a comparison between the section of higher-resolution visual data and the output obtained with the neural network model, the error being quantified by a pre-defined cost function, and adjusting parameters associated with the neural network model to minimise the error; transmitting the section of lower-resolution visual data; and transmitting the parameters associated with the developed neural network model trained using the section of lower-resolution visual data, wherein the section of lower-resolution visual data and the parameters associated with the developed neural network model thereby enable the second node to substantially reproduce the section of higher-resolution visual data from the transmitted section of lower-resolution visual data using the developed neural network model trained using the section of lower-resolution visual data. reducing the resolution of a section of higher-resolution visual data to provide a corresponding section of lower-resolution visual data; developing a neural network model for increasing the resolution of the lower-resolution visual data, comprising training the neural network model to increase the resolution of the lower-resolution visual data to substantially reproduce the higher-resolution visual data, wherein the training comprises processing the section of lower-resolution visual data using the neural network model, calculating an error comprising a comparison between the section of higher-resolution visual data and the output obtained with the neural network model, the error being quantified by a pre-defined cost function, and adjusting parameters associated with the neural network model to minimise the error; transmitting the section of lower-resolution visual data; and transmitting the parameters associated with the developed neural network model trained using the section of lower-resolution visual data, wherein the section of lower-resolution visual data and the parameters associated with the developed neural network model thereby enable the second node to substantially reproduce the section of higher-resolution visual data from the transmitted section of lower-resolution visual data using the developed neural network model trained using the section of lower-resolution visual data.
A method for automatically controlling a position of an implement of an agricultural work vehicle relative to a ground surface , the method comprising the steps of: monitoring, with one or more computing devices, an implement position parameter indicative of the position of the implement relative to the ground surface ; calculating, with one or more computing devices, a normal output signal based on the implement position parameter relative to a predetermined target implement position parameter; characterized by the steps of: determining, with the one or more computing devices, when a boost condition is satisfied based on a comparison between the implement position parameter and a predetermined implement position parameter threshold selected based on an operating range of the implement during normal operation when the boost condition is not satisfied; when it is determined that the boost condition is satisfied, computing, with the one or more computing devices, a boost output signal based on the implement position parameter; and adjusting, with the one or more computing devices, the position of the implement relative to the ground surface based on the normal output signal and the boost output signal. monitoring, with one or more computing devices, an implement position parameter indicative of the position of the implement relative to the ground surface ; calculating, with one or more computing devices, a normal output signal based on the implement position parameter relative to a predetermined target implement position parameter; characterized by the steps of: determining, with the one or more computing devices, when a boost condition is satisfied based on a comparison between the implement position parameter and a predetermined implement position parameter threshold selected based on an operating range of the implement during normal operation when the boost condition is not satisfied; when it is determined that the boost condition is satisfied, computing, with the one or more computing devices, a boost output signal based on the implement position parameter; and adjusting, with the one or more computing devices, the position of the implement relative to the ground surface based on the normal output signal and the boost output signal. determining, with the one or more computing devices, when a boost condition is satisfied based on a comparison between the implement position parameter and a predetermined implement position parameter threshold selected based on an operating range of the implement during normal operation when the boost condition is not satisfied; when it is determined that the boost condition is satisfied, computing, with the one or more computing devices, a boost output signal based on the implement position parameter; and adjusting, with the one or more computing devices, the position of the implement relative to the ground surface based on the normal output signal and the boost output signal.
Railroad sleeper for laying in the region of switches on railroad lines, comprising a first sleeper body and a second sleeper body , wherein the first sleeper body comprises a first underside and a first upper side and, in longitudinal extension, a first edge region , wherein the second sleeper body comprises a second underside and a second upper side and, in longitudinal extension, a second edge region , wherein the first edge region is connected to the second edge region by a coupling arrangement essentially in longitudinal extension of the first and second sleeper body , characterized in that the coupling arrangement comprises at least a first partial coupling and a second partial coupling , wherein the first partial coupling connects the first edge region in the region of the first upper side to the second edge region in the region of the second upper side , in that the second partial coupling connects the first edge region in the region of the first underside to the second edge region in the region of the second underside , in that the first partial coupling and/or the second partial coupling comprises at least one spring and/or a damper, in that the first sleeper body and the second sleeper body each have two rail supports .
Wearable device adapted to be worn by a user , the wearable device comprising - a fixation element for fixing the wearable device to the user; - a lower side for contacting a skin of the user when worn; and - a processing unit adapted to determine a sweat level measure indicative of an amount of sweat accumulated between the lower side of the wearable device and the skin of the user and indicative of an exposure to sweat over time; and to determine a moment in time for ventilating said lower side of the wearable device based on a said sweat level measure . - a fixation element for fixing the wearable device to the user; - a lower side for contacting a skin of the user when worn; and - a processing unit adapted to determine a sweat level measure
Tracer gas sensing device comprising a gas discharge cell having cell walls defining a discharge volume and a tracer gas inlet into the discharge volume , an optical spectrometer arrangement having a radiation source on a first side of the discharge cell for emitting light into the discharge cell and a radiation detector on a second side of the discharge cell opposite to the first side for detecting radiation which was emitted by the radiation source through the discharge volume as an indication of tracer gas molecules, and electrodes on opposing sides of the discharge cell for generating a plasma within the discharge cell, said electrodes being unexposed plasma electrodes , wherein the tracer gas inlet comprises a gas selective membrane which comprises a layer of thermally densified spin-on glass dielectric, wherein the spin-on glass layer is leveled and/or capped with a thermally re-flown layer of chemical vapor deposition borophosphosilicate glass.
A current estimator module for providing an estimate for the average output current of a buck type DC/DC converter comprising: a first inverting amplifier ; a second inverting amplifier , wherein an input of said second inverting amplifier is connected to an output of said first inverting amplifier by a summing junction ; and a switch connecting an output of said second inverting amplifier to said summing junction in a first position, and connecting a ground to said summing junction in a second position, the input terminal of the first inverting amplifier configured to receive a current measurement signal of an internal transistor of the buck type DC/DC converter, the output terminal of the second inverting amplifier configured to provide a current estimation signal, the current estimator module further comprising an input configured to receive a duty cycle of the transistor, and wherein said transistor duty cycle is operable to control a state of said switch. a first inverting amplifier ; a second inverting amplifier , wherein an input of said second inverting amplifier is connected to an output of said first inverting amplifier by a summing junction ; and a switch connecting an output of said second inverting amplifier to said summing junction in a first position, and connecting a ground to said summing junction in a second position, the input terminal of the first inverting amplifier configured to receive a current measurement signal of an internal transistor of the buck type DC/DC converter, the output terminal of the second inverting amplifier configured to provide a current estimation signal, the current estimator module further comprising an input configured to receive a duty cycle of the transistor, and wherein said transistor duty cycle is operable to control a state of said switch.
A composition comprising isolated nanovesicles derived from an extracellular matrix and a pharmaceutically acceptable carrier, wherein the nanovesicles do not express CD63 or CD81, or are CD63 lo CD81 lo , for use in treating inflammation in a subject.
A control unit for a process system in which at least one medium is transferred from at least one first state to at least one second state , characterized by a controller which is connected to at least one measuring instrument for detecting at least one measurable variable of the medium in the first state and to at least one measuring instrument for detecting at least one measurable variable of the medium in the second state , the controller being further connected to at least one measuring instrument for detecting an energy consumption of the process system during the transfer of the medium from the at least one first state to the at least one second state , the controller comprising a processor which relates the energy consumption to the difference between the measurement variables of the medium in the first state and the second state , the controller comprising a memory means in which an ideal simulated physical comparison value without efficiency loss of the energy demand for transferring a defined amount of a medium from a defined first state to a defined second state is stored, the controller comprising a comparator which compares the ideal simulated physical comparison value without efficiency loss of the energy demand to the measured energy consumption based on the actual amount of the medium transferred from the first state to the second state , the controller comprising a display device which displays the result of the comparison. a controller which is connected to at least one measuring instrument for detecting at least one measurable variable of the medium in the first state and to at least one measuring instrument for detecting at least one measurable variable of the medium in the second state , the controller being further connected to at least one measuring instrument for detecting an energy consumption of the process system during the transfer of the medium from the at least one first state to the at least one second state , the controller comprising a processor which relates the energy consumption to the difference between the measurement variables of the medium in the first state and the second state , the controller comprising a memory means in which an ideal simulated physical comparison value without efficiency loss of the energy demand for transferring a defined amount of a medium from a defined first state to a defined second state is stored, the controller comprising a comparator which compares the ideal simulated physical comparison value without efficiency loss of the energy demand to the measured energy consumption based on the actual amount of the medium transferred from the first state to the second state , the controller comprising a display device which displays the result of the comparison.
Concealed hinging device to hinge a closing element , in particular an armored door, with respect to a fixed element , comprising a hinging element configured to be disposed coaxially to a hinging axis (X) and mounted on a support mean configured to be disposed in a compartment made in said closing element , wherein the hinging device also comprises first adjustment means configured to selectively adjust the position of said hinging element in a sliding direction (Y), substantially perpendicular to said hinging axis (X), and second adjustment means configured to selectively adjust the axial position of said hinging element along said hinging axis (X), wherein said support mean comprises a containing box mounted slidingly on a support element configured to be disposed perpendicular to said hinging axis (X), so that said containing box can be selectively moved in said sliding direction (Y), wherein said containing box is disposed with ample play in a housing of said support element , wherein sliding means are provided to allow said containing box to freely slide in said sliding direction (Y) together with said hinging element characterized in that said support element comprises a fin provided with two eyelets disposed on opposite sides with respect to said housing and aligned in said sliding direction (Y), and in that said sliding means comprise two guide pegs inserted in said eyelets and fixed to a support plate , which in turn is removably attached to said containing box .
An optical fiber preform extending in a longitudinal direction for drawing an optical fiber therefrom having a first core , and a second core winding about the first core, comprising: a unitary core rod comprising a first core and a cladding disposed about said core; an arrangement of elongate members forming a ring disposed about said core rod; a second core comprising at least one of the elongate members of the arrangement forming a said ring; a tube disposed about the arrangement of elongate members; said preform being constructed and arranged such that the preform can be drawn with rotation about an axis passing through the first core to provide the fiber wherein the first core of the fiber is multimode at a selected wavelength of operation and a second core of the fiber is spaced from and winds around the first core of the fiber and has a selected longitudinal pitch and wherein at said wavelength of operation the second core of the fiber couples to a higher order mode of the first core of the fiber and increases the attenuation thereof relative to the fundamental mode of the first core of the fiber. a unitary core rod comprising a first core and a cladding disposed about said core; an arrangement of elongate members forming a ring disposed about said core rod; a second core comprising at least one of the elongate members of the arrangement forming a said ring; a tube disposed about the arrangement of elongate members; said preform being constructed and arranged such that the preform can be drawn with rotation about an axis passing through the first core to provide the fiber wherein the first core of the fiber is multimode at a selected wavelength of operation and a second core of the fiber is spaced from and winds around the first core of the fiber and has a selected longitudinal pitch and wherein at said wavelength of operation the second core of the fiber couples to a higher order mode of the first core of the fiber and increases the attenuation thereof relative to the fundamental mode of the first core of the fiber.
Elevator car defining an interior space for accommodating passengers and comprising a support frame positioned on a top side of the interior space ; a support structure pivotably mounted to the support frame ; and a working platform pivotably mounted to the support structure ; wherein the support structure is pivotable with respect to the support frame and the working platform is pivotable with respect to the support structure between a retracted position, in which the working platform and the support structure are oriented close to the support frame , and a deployed position, in which the support structure extends away from the support frame towards the interior space and the working platform extends away from the support structure wherein the elevator car further comprises a linkage including linkage elements , the elevator car characterised in that the linkage elements have a variable length and a first end of each linkage element is connected to the support frame and a second end of each linkage element is connected to the working platform . a support frame positioned on a top side of the interior space ; a support structure pivotably mounted to the support frame ; and a working platform pivotably mounted to the support structure ; wherein the support structure is pivotable with respect to the support frame and the working platform is pivotable with respect to the support structure between a retracted position, in which the working platform and the support structure are oriented close to the support frame , and a deployed position, in which the support structure extends away from the support frame towards the interior space and the working platform extends away from the support structure wherein the elevator car further comprises a linkage including linkage elements , the elevator car characterised in that the linkage elements have a variable length and a first end of each linkage element is connected to the support frame and a second end of each linkage element is connected to the working platform .
In vitro use of an adenovirus for restoring drug sensitivity of drug resistant cells or for reversing drug resistance in cells, whereby the adenovirus is replicating in a YB-1 dependent manner, whereby the drug is a cytostatic and the resistance is mediated by a gene the transcription of which is activated by YB-1, whereby the cells are not sensitive or no longer sensitive to the cytostatic, and whereby the adenovirus is replication deficient in cells which lack YB-1 in the nucleus, and whereby the adenovirus encodes an oncogene protein which transactivates an E1B55kDa gene and an E4orf6 gene, whereby the oncogene is E1A, or whereby the adenovirus expresses an E1B55kDa protein and an E4orf6 protein prior to an E1A12S protein. whereby the adenovirus is replication deficient in cells which lack YB-1 in the nucleus, and whereby the adenovirus encodes an oncogene protein which transactivates an E1B55kDa gene and an E4orf6 gene, whereby the oncogene is E1A, or whereby the adenovirus expresses an E1B55kDa protein and an E4orf6 protein prior to an E1A12S protein.
An on-chip memory comprising: a plurality of design Intellectual Properties (IPs); a memory that includes a storage area; and a processor connected to the memory, characterised in that the processor is configured to: monitor latency of a memory traffic for at least one IP among the plurality of IPs, and control a usage of a storage area corresponding to the at least one IP, if a difference between a latency threshold value corresponding to the at least one IP and a monitored latency of the at least one IP is smaller than a predetermined value, based on an operation table including information for the at least one IP among the plurality of IPs. a plurality of design Intellectual Properties (IPs); a memory that includes a storage area; and a processor connected to the memory, characterised in that the processor is configured to: monitor latency of a memory traffic for at least one IP among the plurality of IPs, and control a usage of a storage area corresponding to the at least one IP, if a difference between a latency threshold value corresponding to the at least one IP and a monitored latency of the at least one IP is smaller than a predetermined value, based on an operation table including information for the at least one IP among the plurality of IPs. monitor latency of a memory traffic for at least one IP among the plurality of IPs, and control a usage of a storage area corresponding to the at least one IP, if a difference between a latency threshold value corresponding to the at least one IP and a monitored latency of the at least one IP is smaller than a predetermined value, based on an operation table including information for the at least one IP among the plurality of IPs.
A cylinder head gasket for sealing a combustion chamber having at least one pair of layers , each pair of layers having - a first layer having a first bead , and - a second layer having a second bead ; the first bead and the second bead being arranged in contact with one another and both beads at least in sections running circumferentially around a combustion chamber recess of the cylinder head gasket and at least one of the layers or a further layer of the cylinder head gasket having a stopper ; characterized in that the rigidity of the second bead is at most 60% of the rigidity of the first bead . - a first layer having a first bead , and - a second layer having a second bead ; the first bead and the second bead being arranged in contact with one another and both beads at least in sections running circumferentially around a combustion chamber recess of the cylinder head gasket and at least one of the layers or a further layer of the cylinder head gasket having a stopper ; characterized in that the rigidity of the second bead is at most 60% of the rigidity of the first bead . the first bead and the second bead being arranged in contact with one another and both beads at least in sections running circumferentially around a combustion chamber recess of the cylinder head gasket and at least one of the layers or a further layer of the cylinder head gasket having a stopper ; characterized in that the rigidity of the second bead is at most 60% of the rigidity of the first bead .