mhurhangee/patent-ind-claim-en huggingface dataset:
An extracorporeal blood treatment machine , especially a dialysis machine, comprising a dialyzer and a sensor device that is downstream of the dialyzer on a dialysis fluid side and is electrically connected to a control and computing unit , which is provided and configured to both qualitatively and quantitatively determine, on the basis of measurement signals of the sensor device , at least one preferably selected or selectable blood component in the used dialysis fluid, characterized in that the control and computing unit is further provided and adapted - to switch the extracorporeal blood treatment machine into a mode in which a dialysis fluid amount is confined within the dialyzer at least until a concentration equilibrium of the blood component on the dialysis fluid side and the blood side of the dialyzer is established that no longer changes, or changes insignificantly, wherein a period of time within which the concentration equilibrium is established is determined by a preferably analytically determined time value and thereupon - to change into a mode in which the dialysis fluid flow from the dialyzer is permitted in order to feed the previously confined dialysis fluid amount as a dialysis fluid bolus to the sensor device for determining the blood component concentration contained therein, and - to calculate a current recirculation value from the previously determined blood component concentration and from a number of further machine and/or adjustment parameters. - to switch the extracorporeal blood treatment machine into a mode in which a dialysis fluid amount is confined within the dialyzer at least until a concentration equilibrium of the blood component on the dialysis fluid side and the blood side of the dialyzer is established that no longer changes, or changes insignificantly, wherein a period of time within which the concentration equilibrium is established is determined by a preferably analytically determined time value and thereupon - to change into a mode in which the dialysis fluid flow from the dialyzer is permitted in order to feed the previously confined dialysis fluid amount as a dialysis fluid bolus to the sensor device for determining the blood component concentration contained therein, and - to calculate a current recirculation value from the previously determined blood component concentration and from a number of further machine and/or adjustment parameters.
A periphery recognition apparatus configured to recognize a peripheral situation of a vehicle , the periphery recognition apparatus comprising: a detection portion configured to detect an abnormality of at least a third detector among a first detector configured to detect an object in a first area that is a predetermined area adjacent to one side of the vehicle, a second detector configured to detect the object in a second area that is an area located adjacent to the one side and located on a backward side of the first area, and the third detector configured to detect the object in a third area that is an area located adjacent to the one side and located between the first area and the second area; characterized in that the periphery recognition apparatus further comprises: an estimation portion (42, S101) configured to perform speed control that is control of traveling speed of the vehicle and estimate whether the object is present in the third area based on information obtained from at least one of the first detector or the second detector, when the detection portion detects that the third detector is abnormal. a detection portion configured to detect an abnormality of at least a third detector among a first detector configured to detect an object in a first area that is a predetermined area adjacent to one side of the vehicle, a second detector configured to detect the object in a second area that is an area located adjacent to the one side and located on a backward side of the first area, and the third detector configured to detect the object in a third area that is an area located adjacent to the one side and located between the first area and the second area; a first detector configured to detect an object in a first area that is a predetermined area adjacent to one side of the vehicle, a second detector configured to detect the object in a second area that is an area located adjacent to the one side and located on a backward side of the first area, and the third detector configured to detect the object in a third area that is an area located adjacent to the one side and located between the first area and the second area; characterized in that the periphery recognition apparatus further comprises: an estimation portion (42, S101) configured to perform speed control that is control of traveling speed of the vehicle and estimate whether the object is present in the third area based on information obtained from at least one of the first detector or the second detector, when the detection portion detects that the third detector is abnormal.
A personal hygiene product comprising: a fluid matrix containing a plurality of ooids and at least one of the group consisting of a detergent, a lotion, a pH buffer, a nutrient, a mineral, and a stabilizer, wherein the ooids: possess an average size of at least about 100μm to less than about 650μm; possess a size distribution, where at least 75% of the ooids range from about 75μm to about 800μm; possess an average roundness score of at least 0.4; and possess an average aspect ratio of less than 1.6; wherein the average size, the size distribution , the average roundness, and the aspect ratio are measured using a Retsch Camsizer P4, and wherein roundness is determined using the Wadell Roundness Index. possess an average size of at least about 100μm to less than about 650μm; possess a size distribution, where at least 75% of the ooids range from about 75μm to about 800μm; possess an average roundness score of at least 0.4; and possess an average aspect ratio of less than 1.6; wherein the average size, the size distribution , the average roundness, and the aspect ratio are measured using a Retsch Camsizer P4, and wherein roundness is determined using the Wadell Roundness Index.
A method for determining a distance upper bound by a verifier device , comprising: measuring a first round-trip time to receive a first response from a target device corresponding to a first message sent to the target device ; measuring a second round-trip time to receive a second response from the target device corresponding to a second message sent to the target device , the second response being delayed by a processing time multiplier ; determining a transit time measurement based on the first round-trip time , the second round-trip time and the processing time multiplier , wherein the transit time measurement is determined independent of a processing time of the target device ; and determining the distance upper bound based on the transit time measurement . measuring a first round-trip time to receive a first response from a target device corresponding to a first message sent to the target device ; measuring a second round-trip time to receive a second response from the target device corresponding to a second message sent to the target device , the second response being delayed by a processing time multiplier ; determining a transit time measurement based on the first round-trip time , the second round-trip time and the processing time multiplier , wherein the transit time measurement is determined independent of a processing time of the target device ; and determining the distance upper bound based on the transit time measurement .
A method for making available an operator control apparatus in a vehicle , in which - graphic data are generated by a control device , which actuates a display surface such that a plurality of graphic objects (20-1 to 20-10) can be displayed in at least two display modes, wherein in the first display mode the graphic objects (20-1 to 20-10) are displayed arranged one next to the other in a single row , characterized in that - in the second display mode the graphic objects (20-1 to 20-10) are displayed arranged in a matrix (26; 27), - at least one control button (23 to 25) is shown for a change between the display modes, wherein the position of an activation object in front of or on the display surface is detected relative to the control button (23 to 25) and as a function of the detected position a control signal is generated for an activation of the control button (23 to 25) and a change is carried out from the currently displayed display mode into the other display mode by the control signal, wherein during the changeover from the currently displayed display mode into the other display mode an animated image sequence is represented, in which the graphic objects (20-1 to 20-10) are moved from the positions in the currently displayed display mode to the positions in the other display mode. - graphic data are generated by a control device , which actuates a display surface such that a plurality of graphic objects (20-1 to 20-10) can be displayed in at least two display modes, wherein in the first display mode the graphic objects (20-1 to 20-10) are displayed arranged one next to the other in a single row , characterized in that - in the second display mode the graphic objects (20-1 to 20-10) are displayed arranged in a matrix (26; 27), - at least one control button (23 to 25) is shown for a change between the display modes, wherein the position of an activation object in front of or on the display surface is detected relative to the control button (23 to 25) and as a function of the detected position a control signal is generated for an activation of the control button (23 to 25) and a change is carried out from the currently displayed display mode into the other display mode by the control signal, wherein during the changeover from the currently displayed display mode into the other display mode an animated image sequence is represented, in which the graphic objects (20-1 to 20-10) are moved from the positions in the currently displayed display mode to the positions in the other display mode.
A method for decoding a current transform block according to a scan order selected based on transform coefficients of a previously decoded transform block, the method characterised by : identifying, as a first end of block position, a location within the previously decoded transform block of the last non-zero one of the transform coefficients according to a first candidate scan order; identifying, as a second end of block position, a location within the previously decoded transform block of the last non-zero one of the transform coefficients according to a second candidate scan order; determining a cost value for the first candidate scan order based on a number of the transform coefficients that are located before the first end of block position; determining a cost value for the second candidate scan order based on a number of the transform coefficients that are located before the second end of block position; selecting, based on the cost value for the first candidate scan order and the cost value for the second candidate scan order, one of the first candidate scan order or the second candidate scan order as the scan order for decoding the current transform block; and decoding the current transform block using the selected scan order. identifying, as a first end of block position, a location within the previously decoded transform block of the last non-zero one of the transform coefficients according to a first candidate scan order; identifying, as a second end of block position, a location within the previously decoded transform block of the last non-zero one of the transform coefficients according to a second candidate scan order; determining a cost value for the first candidate scan order based on a number of the transform coefficients that are located before the first end of block position; determining a cost value for the second candidate scan order based on a number of the transform coefficients that are located before the second end of block position; selecting, based on the cost value for the first candidate scan order and the cost value for the second candidate scan order, one of the first candidate scan order or the second candidate scan order as the scan order for decoding the current transform block; and decoding the current transform block using the selected scan order.
A pharmaceutical composition, comprising -N-(3-methoxy-1,2,4-thiadiazol-5-yl)-5-(methyl(7H-pyrrolo[2,3-d]pyrimidi ne-4-yl)amino)hexahydrocyclopenta[c]pyrrol-2 -carboxamide or a pharmaceutically acceptable salt thereof as an active ingredient, and hydroxypropyl methyl cellulose in an amount of 1-10% by weight, relative to the total weight of the pharmaceutical composition.
A method for wireless communication, comprising: receiving a data transmission on at least one scheduled component carrier, CC, in a plurality of CCs configured for a user equipment, UE (120, 120x-z); determining acknowledgment/negative acknowledgment, ACK/NACK, information for the data transmission; wherein determining ACK/NACK information comprises: concatenating ACK/NACK bits for the plurality of configured CCs in a predetermined order based on an index of each configured CC; determining an uplink channel for sending the ACK/NACK information; performing power control for sending the ACK/NACK information based on the at least one CC on which the data transmission is received when it is determined to send the ACK/NACK information on a physical uplink control channel, PUCCH; and sending the ACK/NACK information on the uplink channel in a subframe. receiving a data transmission on at least one scheduled component carrier, CC, in a plurality of CCs configured for a user equipment, UE (120, 120x-z); determining acknowledgment/negative acknowledgment, ACK/NACK, information for the data transmission; wherein determining ACK/NACK information comprises: concatenating ACK/NACK bits for the plurality of configured CCs in a predetermined order based on an index of each configured CC; determining an uplink channel for sending the ACK/NACK information; performing power control for sending the ACK/NACK information based on the at least one CC on which the data transmission is received when it is determined to send the ACK/NACK information on a physical uplink control channel, PUCCH; and sending the ACK/NACK information on the uplink channel in a subframe.
A composition comprising a pharmaceutically acceptable salt of cromolyn for use in a method of treating a patient having a lung disease or condition selected from idiopathic pulmonary fibrosis or chronic cough, wherein the method comprises administering to the patient the composition with an inhalation device, wherein administration of the composition with the inhalation device produces a systemically effective amount of the pharmaceutically acceptable salt of cromolyn and/or a locally effective amount of the pharmaceutically acceptable salt of cromolyn to treat the lung disease or condition, wherein the inhalation device is a high efficiency nebulizer, and wherein the high efficiency nebulizer is an inhalation device comprising a micro-perforated membrane through which a liquid solution may be converted through electrical or mechanical means into aerosol droplets suitable for inhalation.
A plastic-coated aluminum LED lamp, comprising a lamp holder , an upper cap , a bulb shell, an LED lamp panel and a drive power supply , the lamp holder being thread-connected to the upper cap , wherein the LED lamp panel is provided with a small separator , two ends above the small separator being each provided with a rib , the rib being provided with a slot for accommodating a PCB of the drive power supply , two barbs each having an open slot being provided beneath the small separator and being inserted in jacks on the LED lamp panel ; and the small separator located in the middle of the open slot is provided with wiring holes , and the drive power supply is connected to the LED lamp panel by two pins of an electrolytic capacitor on the PCB of the drive power through the wiring hole ; the upper cap is a plastic-coated aluminum shell, an outer layer of the shell being a plastic element , an inner layer thereof being an aluminum cup , and an inner side of an outer edge of the aluminum cup being provided with an L-shaped step for accommodating the LED lamp panel ; the LED lamp panel and the aluminum cup are connected by interference fit through the L-shaped step.
A bedding for babies and infants comprising: two mattresses having mutually opposite sides that are coupled and having square shapes in planar views of the two mattresses; wall-surface cushion materials removably mounted on top surfaces of other three sides excluding the coupled sides of both the mattresses via coupling members ; and handles removably mounted on both the mattresses or the wall-surface cushion materials, wherein the wall-surface cushion materials are separably and mutually coupled between the adjacent wall-surface cushion materials via coupling members , and the bedding for babies and infants is configured to be carried around with the handles in a state where both the mattresses are folded such that top surfaces of corresponding wall-surface cushion materials are abutted to be closed with a coupling member; and wherein the two mattresses are coupled with a reinforce cloth stitched to the mattresses and extending between the mattresses on lower surfaces of the mutually opposite sides . two mattresses having mutually opposite sides that are coupled and having square shapes in planar views of the two mattresses; wall-surface cushion materials removably mounted on top surfaces of other three sides excluding the coupled sides of both the mattresses via coupling members ; and handles removably mounted on both the mattresses or the wall-surface cushion materials, wherein the wall-surface cushion materials are separably and mutually coupled between the adjacent wall-surface cushion materials via coupling members , and the bedding for babies and infants is configured to be carried around with the handles in a state where both the mattresses are folded such that top surfaces of corresponding wall-surface cushion materials are abutted to be closed with a coupling member; and wherein the two mattresses are coupled with a reinforce cloth stitched to the mattresses and extending between the mattresses on lower surfaces of the mutually opposite sides .
A method of joining two components using additive manufacturing, the method comprising: forming a first component made of a first material, wherein forming the first component comprises successively depositing layers of the first material; forming an interlocking transition zone from the first material and a second material, wherein forming the interlocking transition zone comprises successively depositing layers of the first material and the second material onto the first component ; and forming a second component made of the second material, wherein forming the second component comprises successively depositing layers of the second material, and wherein the interlocking transition zone comprises a plurality of projections alternately extending from the first component and the second component , respectively, to undetachably couple the first component and the second component , and wherein each of the plurality of projections allow relative motion between the first component and the second component . forming a first component made of a first material, wherein forming the first component comprises successively depositing layers of the first material; forming an interlocking transition zone from the first material and a second material, wherein forming the interlocking transition zone comprises successively depositing layers of the first material and the second material onto the first component ; and forming a second component made of the second material, wherein forming the second component comprises successively depositing layers of the second material, and wherein the interlocking transition zone comprises a plurality of projections alternately extending from the first component and the second component , respectively, to undetachably couple the first component and the second component , and wherein each of the plurality of projections allow relative motion between the first component and the second component .
A fermentation medium for cultivating L-isoleucine-producing Corynebacterium glutamicum, comprising: a basal medium and growth factors, wherein the growth factors consist of choline, betaine and vitamin B6, and the contents of growth factors in the fermentation medium are as follows: 0.2-1g/L of choline, 0.25-0.5 mg/L of betaine, and 0.05-0.3 mg/L of vitamin B6.
A composition comprising a) Pterostilbene, or a salt thereof, and b) Silibinin, or a salt thereof.
A neural network system implemented by one or more computers, the neural network system being configured for image generation, wherein the neural network system is configured to receive a neural network input and to generate an output image from the neural network input, the output image being generated based on images on which the system was trained, the output image comprising a plurality of pixels arranged in a two-dimensional map, each pixel having a respective color value for each of a plurality of color channels, and the neural network system comprising: one or more initial neural network layers configured to receive the neural network input and to process the neural network input to generate an alternative representation of the neural network input, wherein the neural network input comprises an image; and one or more output layers , wherein the output layers are configured to receive the alternative representation and to generate color values in the output image pixel by pixel in accordance with a sequence of pixels of the output image thereby to generate the output image, wherein generating the color values comprises, for each pixel in the output image, generating a respective score distribution comprising a probability distribution over a discrete set of possible color values for each of the plurality of color channels wherein during training, the neural network input comprises an input image and the output image comprises a reconstruction of the input image. one or more initial neural network layers configured to receive the neural network input and to process the neural network input to generate an alternative representation of the neural network input, wherein the neural network input comprises an image; and one or more output layers , wherein the output layers are configured to receive the alternative representation and to generate color values in the output image pixel by pixel in accordance with a sequence of pixels of the output image thereby to generate the output image, wherein generating the color values comprises, for each pixel in the output image, generating a respective score distribution comprising a probability distribution over a discrete set of possible color values for each of the plurality of color channels wherein during training, the neural network input comprises an input image and the output image comprises a reconstruction of the input image.