mhurhangee/patent-ind-claim-en huggingface dataset:
Roller bearing comprising an outer ring and an inner ring together delimiting a roller space wherein rolling bodies are disposed to allow the relative rotation of said rings, each of said rings having a left-side outer face and a right-side outer face extending radially by being connected by an outer axial wall , the left-side faces - respectively right-side - being separated by a left-side opening - respectively right-side - of the roller space, said bearing further comprising at least one cage comprising an annular body which is provided with housings wherein the rolling bodies are disposed to ensure the guiding in rotation thereof, said body having at least one substantially axial edge on which is formed an annular lip which extends substantially radially, said bearing being characterised in that the edge is disposed in an opening by forming a clearance (J a ) with an inner axial wall of said rings delimiting said opening so as to form an inner annular conduit of cross-section S a , the lip being disposed facing a side outer face by forming a clearance (J b ) so as to form an outer annular conduit of cross-section S b , said outer annular conduit extending from the inner annular conduit to a passage to form a communication path of the roller space with the exterior, said passage radially leading along the side outer face to the axial wall .
An air-quality detection apparatus, comprising: a casing body comprising a bottom and a side wall extending upwards from a circumference of the bottom; a first printed circuit board (PCB) disposed horizontally above the bottom; a temperature/humidity sensor mounted on a bottom surface of the first PCB ; a second PCB disposed horizontally above the first PCB ; and a CO 2 sensor mounted on the second PCB . a casing body comprising a bottom and a side wall extending upwards from a circumference of the bottom; a first printed circuit board (PCB) disposed horizontally above the bottom; a temperature/humidity sensor mounted on a bottom surface of the first PCB ; a second PCB disposed horizontally above the first PCB ; and a CO 2 sensor mounted on the second PCB .
A computer implemented method for controlling a transmission of a video stream, the method comprising: estimating a number of bits for a group of pictures, GOP, of the video stream to be transmitted, the GOP comprising an intra-frame and one or more inter-frames; setting a latency requirement for the transmission of the video stream, wherein the latency requirement is a requirement on a time difference between capturing/generation of video frame data for the intra-frame and transmission of the same; determining an average minimum video bitrate across the GOP based on the estimated number of bits and a time corresponding to a time period represented by a duration of the GOP ; for the intra-frame in the GOP , setting an output bitrate for transmission of the intra video frame based on the latency requirement and the average minimum video bitrate by determining a number of data packets over which the intra- frame is to be spread; transmitting the intra-frame using the output bitrate; for an inter-frame of the GOP, determining, based on the average minimum video bitrate, weather it is to be transmitted in a same data packet as another inter-frame of the GOP or it is to be transmitted as a separate data packet; and transmitting the data packet comprising the inter-frame. estimating a number of bits for a group of pictures, GOP, of the video stream to be transmitted, the GOP comprising an intra-frame and one or more inter-frames; setting a latency requirement for the transmission of the video stream, wherein the latency requirement is a requirement on a time difference between capturing/generation of video frame data for the intra-frame and transmission of the same; determining an average minimum video bitrate across the GOP based on the estimated number of bits and a time corresponding to a time period represented by a duration of the GOP ; for the intra-frame in the GOP , setting an output bitrate for transmission of the intra video frame based on the latency requirement and the average minimum video bitrate by determining a number of data packets over which the intra- frame is to be spread; transmitting the intra-frame using the output bitrate; for an inter-frame of the GOP, determining, based on the average minimum video bitrate, weather it is to be transmitted in a same data packet as another inter-frame of the GOP or it is to be transmitted as a separate data packet; and transmitting the data packet comprising the inter-frame.
A method of prognosis of acute lymphoblastic leukemia (ALL) in a subject, comprising: determining the expression level of miR-1290 in a sample obtained from the subject; and comparing the miR-1290 expression level in the subject with control expression of miR-1290, wherein a significant increase in miR-1290 expression in the subject in comparison to the control expression indicates that the subject has an increased risk of ALL relapse; and wherein a significant decrease in miR-1290 expression in the subject in comparison to the control expression indicates that the subject has a reduced risk of ALL relapse. determining the expression level of miR-1290 in a sample obtained from the subject; and comparing the miR-1290 expression level in the subject with control expression of miR-1290, wherein a significant increase in miR-1290 expression in the subject in comparison to the control expression indicates that the subject has an increased risk of ALL relapse; and wherein a significant decrease in miR-1290 expression in the subject in comparison to the control expression indicates that the subject has a reduced risk of ALL relapse.
An automated power injection system comprising: an injector housing having at least two injector rams ; a first subassembly comprising a first fluid barrel and a second fluid barrel , the first fluid barrel having a protective outer shell and being in fluid communication with a saline source , the second fluid barrel having a protective outer shell and being in fluid communication with a contrast source , the first subassembly further comprising a fill chamber and at least two valves ; a second subassembly comprising tubing capable of mixing a contrast solution with a saline solution, a tubing junction , a pressure protection valve , a pressure transducer and a catheter connection ; a controller configured to control the movement of the at least two injector rams independently, the controller comprising a selector for selecting a fluid source, an actuator , a sensor for measuring a position of the actuator , and a feedback means ; a user interface configured to receive a user input which includes at least one injection parameter that specifies the dilution percentage of the contrast solution with the saline solution and programs the controller based on the received user input; wherein the system is configured to mix the contrast solution and the saline solution in-line at the tubing junction . an injector housing having at least two injector rams ; a first subassembly comprising a first fluid barrel and a second fluid barrel , the first fluid barrel having a protective outer shell and being in fluid communication with a saline source , the second fluid barrel having a protective outer shell and being in fluid communication with a contrast source , the first subassembly further comprising a fill chamber and at least two valves ; a second subassembly comprising tubing capable of mixing a contrast solution with a saline solution, a tubing junction , a pressure protection valve , a pressure transducer and a catheter connection ; a controller configured to control the movement of the at least two injector rams independently, the controller comprising a selector for selecting a fluid source, an actuator , a sensor for measuring a position of the actuator , and a feedback means ; a user interface configured to receive a user input which includes at least one injection parameter that specifies the dilution percentage of the contrast solution with the saline solution and programs the controller based on the received user input; wherein the system is configured to mix the contrast solution and the saline solution in-line at the tubing junction .
A centrifugal-force pendulum device , in particular for a drive train of an internal combustion engine-driven motor vehicle, comprising a pendulum mass support part which can be rotated about an axis of rotation and at least one pendulum mass which can be displaced under the influence of centrifugal force arranged on the pendulum mass support part , wherein the at least one pendulum mass is guided on the pendulum mass support part using at least one pendulum roller , the pendulum roller having a pendulum roller axis of rotation , two first roller sections , each with a first diameter, and a second roller section with a second diameter arranged between the first roller sections in the direction of extension of the pendulum roller axis of rotation , wherein the first diameter is smaller than the second diameter and a centring section designed as a ramp-like transition between the first diameter and the second diameter is arranged between each of the first roller sections and the second roller section , characterised in that the pendulum mass carrier part and/or the at least one pendulum mass has a sliding layer .
A method for 3-dimensional point cloud reconstruction, comprising: obtaining image data in a current view angle; generating voxels of a target object in the current view angle according to the image data, the voxels of the target object including a first voxel, and the first voxel containing depth information; if a value of the depth information of the first voxel is not within a preset range, the preset range being based on a surface of the target object, discarding the first voxel; if the value of the depth information of the first voxel is within the preset range, fusing the first voxel with stored voxels; and the method being characterized in that generating the voxels of the target object in the current view angle according to the image data includes: determining, according to the image data, whether the target object is a moving object; and if the target object is a moving object, generating the voxels of the target object such that a value of depth information of each voxel in the target object is not within the preset range. obtaining image data in a current view angle; generating voxels of a target object in the current view angle according to the image data, the voxels of the target object including a first voxel, and the first voxel containing depth information; if a value of the depth information of the first voxel is not within a preset range, the preset range being based on a surface of the target object, discarding the first voxel; if the value of the depth information of the first voxel is within the preset range, fusing the first voxel with stored voxels; and the method being characterized in that generating the voxels of the target object in the current view angle according to the image data includes: determining, according to the image data, whether the target object is a moving object; and if the target object is a moving object, generating the voxels of the target object such that a value of depth information of each voxel in the target object is not within the preset range. determining, according to the image data, whether the target object is a moving object; and if the target object is a moving object, generating the voxels of the target object such that a value of depth information of each voxel in the target object is not within the preset range.
System for controlling at least one connected object by using a switch capable of switching from an open position to a closed position and vice versa, characterized in that it comprises a regulation device that can be connected in parallel with said switch in an electrical power supply circuit of said at least one connected object , and in that said regulation device comprises: - a module for detecting (DET) a change in position of said switch ; and - a communication module (COM) configured to transmit information (3.1) relating to said detected change in position to said at least one connected object. - a module for detecting (DET) a change in position of said switch ; and - a communication module (COM) configured to transmit information (3.1) relating to said detected change in position to said at least one connected object.
Method for wrapping products , which are arranged next to one another in a package , in a sleeve made of a packaging material , the products each having at least one tapered portion toward an upper face of the package , and the method comprising at least the following steps: a) providing the packaging material which has a pattern of openings which matches the shape of the tapered portions of the products and the arrangement of the products in the package , the products of the package arranged next to one another being provided for the method in a base tray surrounding the products on a lower face of the package , which is opposite the upper face of the package , the base tray having a bottom and a rim, the rim extending completely around the bottom; b) moving the packaging material , which has the pattern of openings , from above toward the upper face of the package such that the openings in the packaging material are placed around the tapered portions of the products of the package such that the openings in the packaging material each encompass the tapered portions in a packaging plane which is below the upper face of the package ; c) wrapping the packaging material around the package such that a sleeve is formed surrounding the package and the base tray ; and d) connecting packaging material portions of the packaging material in order to close the sleeve , the base tray being made of cardboard, characterized in that the packaging material is a fiber-based kraft paper . a) providing the packaging material which has a pattern of openings which matches the shape of the tapered portions of the products and the arrangement of the products in the package , the products of the package arranged next to one another being provided for the method in a base tray surrounding the products on a lower face of the package , which is opposite the upper face of the package , the base tray having a bottom and a rim, the rim extending completely around the bottom; b) moving the packaging material , which has the pattern of openings , from above toward the upper face of the package such that the openings in the packaging material are placed around the tapered portions of the products of the package such that the openings in the packaging material each encompass the tapered portions in a packaging plane which is below the upper face of the package ; c) wrapping the packaging material around the package such that a sleeve is formed surrounding the package and the base tray ; and d) connecting packaging material portions of the packaging material in order to close the sleeve , the base tray being made of cardboard, characterized in that the packaging material is a fiber-based kraft paper .
An apparatus for orienting a preform for stretch blow moulding a container; said preform comprising a substantially cylindrical body with an integrally attached handle ; said apparatus including a sleeve provided with a handle guiding slit and at least one sloping upper edge ; said at least one sloping upper edge and said slit arranged so as to guide said integrally attached handle into alignment with said slit .
A system comprising: a motor loss controller structure configured for motor loss reduction, comprising an input bandshifting stage , an integral controller stage , and an output inverse bandshifting stage ; wherein inputs to the system are a feedback current signal , a motor frequency signal and a control value , wherein the sine of an angular component of a multiple of the motor frequency signal is multiplied by the feedback current signal in the input bandshifting stage to form a first band-shifted feedback signal, wherein the cosine of the angular component of a multiple of the motor frequency signal is multiplied by the feedback current signal in the input bandshifting stage to form a second band-shifted feedback signal, wherein errors in the first band-shifted feedback signal and the second band-shifted feedback signal are cancelled via integral control in the integral controller stage , characterized in that an inverse frequency-shift transformation is applied to an output of the integral controller stage in the output inverse bandshifting stage , wherein the first band-shifted feedback signal is subtracted from the control value , wherein the second band-shifted feedback signal is subtracted from the control value , and wherein the feedback current signal comprises at least one of a d-axis component or a q-axis component, and wherein the inverse bandshifting stage comprises a phase delay compensation, and wherein the motor loss controller outputs a compensation signal which is added to a voltage signal for controlling the motor. a motor loss controller structure configured for motor loss reduction, comprising an input bandshifting stage , an integral controller stage , and an output inverse bandshifting stage ; wherein inputs to the system are a feedback current signal , a motor frequency signal and a control value , wherein the sine of an angular component of a multiple of the motor frequency signal is multiplied by the feedback current signal in the input bandshifting stage to form a first band-shifted feedback signal, wherein the cosine of the angular component of a multiple of the motor frequency signal is multiplied by the feedback current signal in the input bandshifting stage to form a second band-shifted feedback signal, wherein errors in the first band-shifted feedback signal and the second band-shifted feedback signal are cancelled via integral control in the integral controller stage , characterized in that an inverse frequency-shift transformation is applied to an output of the integral controller stage in the output inverse bandshifting stage , wherein the first band-shifted feedback signal is subtracted from the control value , wherein the second band-shifted feedback signal is subtracted from the control value , and wherein the feedback current signal comprises at least one of a d-axis component or a q-axis component, and wherein the inverse bandshifting stage comprises a phase delay compensation, and wherein the motor loss controller outputs a compensation signal which is added to a voltage signal for controlling the motor.
A composition for use in a method promoting a tolerogenic immune response to an antigen that would otherwise cause an undesired immune response when administered to a subject, wherein: (a) the composition comprises synthetic nanocarriers coupled to: rapamycin or a rapamycin analog at a load of no more than 25% (w/w); and B cell and/or MHC Class II-restricted epitopes of the said antigen at a load of no more than 25% (w/w); and (b) the composition is in an amount effective to generate regulatory B cells specific for the said antigen in the subject. (a) the composition comprises synthetic nanocarriers coupled to: rapamycin or a rapamycin analog at a load of no more than 25% (w/w); and B cell and/or MHC Class II-restricted epitopes of the said antigen at a load of no more than 25% (w/w); and (b) the composition is in an amount effective to generate regulatory B cells specific for the said antigen in the subject.
Conveyor system for transporting material , comprising a first conveyor device and a first drive device for driving the first conveyor device , a second conveyor device downstream of the first conveyor device in the transport direction of the material and a second drive device for driving the second conveyor device , wherein the first drive device is configured such that it can be operated as a generator, in particular as an electrodynamic brake for braking the first conveyor device , wherein the conveyor system has a control/regulating device for controlling/regulating supply of power from the first drive device to the second drive device , the control/regulating device being connected to the first and second drive device , the first drive device being connected to the second drive device , in such a way that electrical power generated by the first drive device can be supplied to the second drive device , characterised in that the control/regulating device is configured in such a way that it detects an interruption in the power supply and thereupon switches the first drive device from motor operation to generator operation as an electrodynamic brake. a first conveyor device and a first drive device for driving the first conveyor device , a second conveyor device downstream of the first conveyor device in the transport direction of the material and a second drive device for driving the second conveyor device , wherein the first drive device is configured such that it can be operated as a generator, in particular as an electrodynamic brake for braking the first conveyor device , wherein the conveyor system has a control/regulating device for controlling/regulating supply of power from the first drive device to the second drive device , the control/regulating device being connected to the first and second drive device , the first drive device being connected to the second drive device , in such a way that electrical power generated by the first drive device can be supplied to the second drive device , characterised in that the control/regulating device is configured in such a way that it detects an interruption in the power supply and thereupon switches the first drive device from motor operation to generator operation as an electrodynamic brake.
An analyte sensor comprising: a sensor tail comprising at least a first working electrode , the sensor tail configured for insertion into a tissue; a creatinine-responsive active area disposed upon a surface of the first working electrode , the creatinine-responsive active area comprising a first electron transfer agent, a first polymer, and an enzyme system comprising multiple enzymes that are capable of acting in concert to facilitate detection of creatinine, the enzyme system comprising: creatinine amidohydrolase, creatine amidohydrolase, and sarcosine oxidase; characterized by a first membrane that is permeable to creatinine and overcoats the creatinine-responsive active area ; and an oxygen scavenger located upon the sensor tail in proximity to the creatinine-responsive active area . a sensor tail comprising at least a first working electrode , the sensor tail configured for insertion into a tissue; a creatinine-responsive active area disposed upon a surface of the first working electrode , the creatinine-responsive active area comprising a first electron transfer agent, a first polymer, and an enzyme system comprising multiple enzymes that are capable of acting in concert to facilitate detection of creatinine, the enzyme system comprising: creatinine amidohydrolase, creatine amidohydrolase, and sarcosine oxidase; characterized by a first membrane that is permeable to creatinine and overcoats the creatinine-responsive active area ; and creatinine amidohydrolase, creatine amidohydrolase, and sarcosine oxidase; characterized by a first membrane that is permeable to creatinine and overcoats the creatinine-responsive active area ; and an oxygen scavenger located upon the sensor tail in proximity to the creatinine-responsive active area .