mhurhangee/patent-ind-claim-en huggingface dataset:
A medical apparatus designed as a blood purification device, comprising a control or regulating apparatus configured to perform a method of controlling or checking the pressure (p_filt), which prevails during the treatment of a patient's blood within a heating bag of a tubing system used for the treatment, the method comprising the steps of: - determining the pressure (p_filt); - comparing the determined pressure (p_filt) with a reference pressure or determining its position relative to a reference pressure range; - modifying at least one treatment parameter of the treatment of the patient or proposing a correction or modification of the at least one treatment parameter if the determined pressure (p_filt) lies below, respectively above the reference pressure or outside the reference pressure range, wherein the treatment parameter of the treatment is a substitution flow or an ultrafiltration rate. - determining the pressure (p_filt); - comparing the determined pressure (p_filt) with a reference pressure or determining its position relative to a reference pressure range; - modifying at least one treatment parameter of the treatment of the patient or proposing a correction or modification of the at least one treatment parameter if the determined pressure (p_filt) lies below, respectively above the reference pressure or outside the reference pressure range, wherein the treatment parameter of the treatment is a substitution flow or an ultrafiltration rate.
A kit for creating a decorative object comprising: a plurality of rubber sticks , wherein each rubber stick in the plurality of rubber sticks has a continuous internal pattern that extends down an entire length of a longitudinal axis of the rubber stick; a cutting device designed to cut one or more segments from the plurality of rubber sticks ; a coring device , wherein the coring device includes a core cutter that is designed to cut holes through one or more segments ; and a plurality of retainers designed to couple one or more segments together. a plurality of rubber sticks , wherein each rubber stick in the plurality of rubber sticks has a continuous internal pattern that extends down an entire length of a longitudinal axis of the rubber stick; a cutting device designed to cut one or more segments from the plurality of rubber sticks ; a coring device , wherein the coring device includes a core cutter that is designed to cut holes through one or more segments ; and a plurality of retainers designed to couple one or more segments together.
A microfluidic system comprising: a) a chip comprising a droplet-generating device and/or a droplet nanoinjection device and/or a droplet reinjection device and/or a droplet fusion device, b) a delay line of a length between 0.1m and 100m, c) a droplet-analysis device , and d) optionally a droplet sorting device, wherein the delay line is fluidically connected at one end to the outlet of the device a), and at the other end to the inlet of the device c), characterized in that the device a) is configured to generate or provide either: 1) droplets with a diameter that is equal or larger than the inner diameter of the delay line ; or 2) droplets with a diameter that is smaller than the inner diameter of the off-chip delay line , in which case the device a) is configured in addition to generate and/or insert, between each droplet or group of about 2 to about 100 droplets , a separating-droplet with a diameter that is equal or larger than the inner diameter of the delay line , the system characterized in that , the inner diameter of the delay line is constant over its entire length, and in that the delay line is off-chip. a) a chip comprising a droplet-generating device and/or a droplet nanoinjection device and/or a droplet reinjection device and/or a droplet fusion device, b) a delay line of a length between 0.1m and 100m, c) a droplet-analysis device , and d) optionally a droplet sorting device, 1) droplets with a diameter that is equal or larger than the inner diameter of the delay line ; or 2) droplets with a diameter that is smaller than the inner diameter of the off-chip delay line , in which case the device a) is configured in addition to generate and/or insert, between each droplet or group of about 2 to about 100 droplets , a separating-droplet with a diameter that is equal or larger than the inner diameter of the delay line ,
A surgical system comprising: a surgical instrument having a distal portion and a second portion; a reference fixture comprising a joint and a joint tracker configured to track motion of the joint, wherein the reference fixture is positioned in a first reference frame; a tether connected between the joint and the surgical instrument; a shape sensor extending from the distal portion through the surgical instrument, through the tether, to the reference fixture and through the joint, wherein the shape sensor provides shape information for the surgical instrument relative to the first reference frame and wherein the shape sensor is substantially free of twist in the tether; and a processor configured to use information from the joint tracker to determine a pose of the first reference frame relative to a fixed world reference frame and configured to register the shape information in the fixed world reference frame. a surgical instrument having a distal portion and a second portion; a reference fixture comprising a joint and a joint tracker configured to track motion of the joint, wherein the reference fixture is positioned in a first reference frame; a tether connected between the joint and the surgical instrument; a shape sensor extending from the distal portion through the surgical instrument, through the tether, to the reference fixture and through the joint, wherein the shape sensor provides shape information for the surgical instrument relative to the first reference frame and wherein the shape sensor is substantially free of twist in the tether; and a processor configured to use information from the joint tracker to determine a pose of the first reference frame relative to a fixed world reference frame and configured to register the shape information in the fixed world reference frame.
A kitchen canopy comprising a hood , an exhaust air flow duct that is connected to said hood and at least one degreaser unit for removing grease from an air flow inside the kitchen canopy that is fixed inside the hood on a side of an opening of said exhaust air flow duct and on the side of a path of the air flow arranged to flow inside the kitchen canopy so that the air flow is not obstructed, and wherein said degreaser unit comprises at least one ultraviolet source for generating ultraviolet radiation, and wherein the solid angle of said radiation by which the air flow is radiated is at least 3π steradians.
A motor drive device that is set by a setting display unit , the setting display unit (20;30) comprising: a means (24;34,35) for simultaneously displaying a setting item, a setting content of the setting item, one or more related items related to the setting item, and related information of the one or more related items, during an operation for changing the setting content of the setting item, based on the related items, the related information and the number of the related items; characterized in that the related items are registered in the motor drive device in advance in association with the setting item; the related information is registered in the motor drive device ; and the contents of the related information are changed in conjunction with the operation for changing the setting content of the setting item by the setting display unit (20; 30). a means (24;34,35) for simultaneously displaying a setting item, a setting content of the setting item, one or more related items related to the setting item, and related information of the one or more related items, during an operation for changing the setting content of the setting item, based on the related items, the related information and the number of the related items; characterized in that the related items are registered in the motor drive device in advance in association with the setting item; the related information is registered in the motor drive device ; and the contents of the related information are changed in conjunction with the operation for changing the setting content of the setting item by the setting display unit (20; 30).
A method for controlling a screen state, comprising: transmitting ultrasonic transmission-signals for N times within a preset time period when detecting that an ultrasonic function of a terminal is enabled, N being an integer greater than 1; receiving returned ultrasonic received-signals; determining whether an obstruction exists for the terminal for each of the N times based on the N times of ultrasonic transmission-signals and corresponding ultrasonic received-signals, to obtain N determination results; and determining that an obstruction exists for the terminal and switching a screen state of the terminal from a turned-on state to a turned-off state when at least one of the N determination results indicates that an obstruction exists for the terminal, characterized in that determining whether an obstruction exists for the terminal for each of the N times based on the N times of ultrasonic transmission-signals and corresponding ultrasonic received-signals, to obtain N determination results, comprises: determining N test values of a distance between the terminal and an object based on the N times of ultrasonic transmission-signals and corresponding ultrasonic received-signals; and determining a determination result corresponding to a test value less than a preset threshold as an obstruction existing for the terminal. transmitting ultrasonic transmission-signals for N times within a preset time period when detecting that an ultrasonic function of a terminal is enabled, N being an integer greater than 1; receiving returned ultrasonic received-signals; determining whether an obstruction exists for the terminal for each of the N times based on the N times of ultrasonic transmission-signals and corresponding ultrasonic received-signals, to obtain N determination results; and determining that an obstruction exists for the terminal and switching a screen state of the terminal from a turned-on state to a turned-off state when at least one of the N determination results indicates that an obstruction exists for the terminal, characterized in that determining whether an obstruction exists for the terminal for each of the N times based on the N times of ultrasonic transmission-signals and corresponding ultrasonic received-signals, to obtain N determination results, comprises: determining N test values of a distance between the terminal and an object based on the N times of ultrasonic transmission-signals and corresponding ultrasonic received-signals; and determining a determination result corresponding to a test value less than a preset threshold as an obstruction existing for the terminal. determining N test values of a distance between the terminal and an object based on the N times of ultrasonic transmission-signals and corresponding ultrasonic received-signals; and determining a determination result corresponding to a test value less than a preset threshold as an obstruction existing for the terminal.
A wireless communication system comprising: a transmitter configured to transmit an OFDM-modulated signal; and a receiver configured to receive signals by a first antenna and a second antenna, wherein the transmitter discretely inserts a plurality of null subcarriers into a transmission signal in time and frequency domains and transmits the transmission signal, and wherein the receiver calculates a complex coefficient, wherein a result of multiplying the complex coefficient by a first reception vector for each of the null subcarriers received by the first antenna is equal to an amplitude of a second reception vector of a corresponding null subcarrier received by the second antenna and is opposite in phase to the second reception vector, and wherein the receiver calculates a fourth reception vector by multiplying a third reception vector of any data subcarrier received by the first antenna by a coefficient that is obtained by interpolating the complex coefficient, and adds the fourth reception vector to a fifth reception vector of the any data subcarrier received by the second antenna. a transmitter configured to transmit an OFDM-modulated signal; and a receiver configured to receive signals by a first antenna and a second antenna, wherein the transmitter discretely inserts a plurality of null subcarriers into a transmission signal in time and frequency domains and transmits the transmission signal, and wherein the receiver calculates a complex coefficient, wherein a result of multiplying the complex coefficient by a first reception vector for each of the null subcarriers received by the first antenna is equal to an amplitude of a second reception vector of a corresponding null subcarrier received by the second antenna and is opposite in phase to the second reception vector, and wherein the receiver calculates a fourth reception vector by multiplying a third reception vector of any data subcarrier received by the first antenna by a coefficient that is obtained by interpolating the complex coefficient, and adds the fourth reception vector to a fifth reception vector of the any data subcarrier received by the second antenna.
An image measuring method using swept source optical coherence tomography (SS-OCT) comprising: a clock generating step that generates clock signals; a noise reducing step that reduces the noise of the generated clock signals to a predetermined threshold (I noise,thresh ) or lower; a data acquisition step that acquires analog data indicating the inner morphology of an object; a digital data generating step that samples the analog data based on the clock signals with reduced noise to generate digital data; and an image data generating step that performs data processing including Fourier transform on the generated digital data, thereby generating image data of the object, characterized in that the image measuring method further comprises: a threshold determining step that determines the threshold (I noise,thresh ) based on intensity information indicating the correspondence between the image artifact intensity and the noise intensity of clock signals obtained in advance. a clock generating step that generates clock signals; a noise reducing step that reduces the noise of the generated clock signals to a predetermined threshold (I noise,thresh ) or lower; a data acquisition step that acquires analog data indicating the inner morphology of an object; a digital data generating step that samples the analog data based on the clock signals with reduced noise to generate digital data; and an image data generating step that performs data processing including Fourier transform on the generated digital data, thereby generating image data of the object, characterized in that the image measuring method further comprises: a threshold determining step that determines the threshold (I noise,thresh ) based on intensity information indicating the correspondence between the image artifact intensity and the noise intensity of clock signals obtained in advance.
An iron oxide/nanokaolin composite hemostatic agent, wherein an active ingredient of the composite hemostatic agent is made by compounding nanokaolin and nano-scale iron oxide,the iron oxide being supported on a surface of the nanokaolin, the mass percentage of the iron oxide being 15%-45%,wherein the iron oxide is α-ferric oxide, γ-ferric oxide and/or ferroferric oxide.
A process for producing thermally inhibited starch comprising the steps of: (i) providing alkaline starch having a pH, when measured in a 20 % (w/v) aqueous dispersion, between 9.1 and 11.2; (ii) adjusting the water content of the starch to between 2 and 22 wt.%; (iii) heating the starch having the adjusted water content between 130 and 190 °C, while maintaining the water content of the starch above a level of 1 wt.% for a sufficient time and at a sufficient pressure for the inhibition of the starch to be initiated to form carboxylic acids before pH drops below 9; (iv) continuing heating the starch between 130 and 190 °C until viscostability is achieved; (v) cooling and optionally further processing the starch. (i) providing alkaline starch having a pH, when measured in a 20 % (w/v) aqueous dispersion, between 9.1 and 11.2; (ii) adjusting the water content of the starch to between 2 and 22 wt.%; (iii) heating the starch having the adjusted water content between 130 and 190 °C, while maintaining the water content of the starch above a level of 1 wt.% for a sufficient time and at a sufficient pressure for the inhibition of the starch to be initiated to form carboxylic acids before pH drops below 9; (iv) continuing heating the starch between 130 and 190 °C until viscostability is achieved; (v) cooling and optionally further processing the starch.
A combine harvester having a belt cutting assembly which comprises at least one central belt for conveying crop to an intake roller and/or to an intake channel of an inclined conveyor , and at least one transverse conveyor belt disposed on the left hand side and on the right hand side of the central belt for conveying the crop to the central belt , wherein the central belt , the left hand side and the right hand side transverse conveyor belt are disposed behind a cutter bar in the direction of travel (FR), wherein the central belt , the left hand side and the right hand side transverse conveyor belt can respectively be operated at an individual belt speed (v M , v L , v R ), wherein the combine harvester and/or the belt cutting assembly has a control unit , characterized in that the control unit is configured for automatically controlling the belt speeds (v L , v R ) of the left hand side and of the right hand side transverse conveyor belt in each case as a function of a forward travel speed (v F ), and for automatically controlling the belt speed (v M ) of the central belt as a function of the forward travel speed (v F ) or as a function of the belt speed (v L , v R ) of the left hand side and of the right hand side transverse conveyor belt .
Switchgear housing for housing an object, such as a circuit breaker , the switchgear housing comprising: - a wall with an access opening for access to for example a high voltage connector ; - at least one shutter plate movable parallel to the wall between a closed position, wherein the shutter plate covers the opening and an open position, wherein the shutter plate exposes the opening; - urging means for urging the at least one shutter plate towards the closed position; - an operating mechanism for operating the shutter plate from the closed position to the open position when an object such as a circuit breaker is moved into the housing ; and - at least one latch movable in a direction perpendicular to the wall with the access opening and between a latched position and an unlatched position, wherein the path of the latch and the path of the shutter plate intersect, such that the latch , in the latched position, blocks movement of the shutter plate from the open position to the closed position; characterized in that , the at least one latch is spring loaded, wherein the at least one latch blocks movement of the shutter plate in an intermediate position of the shutter plate between the closed position and the open position, said intermediate position being such that when the shutter plate is moved further toward the open position, the spring loading urges the at least one latch to automatically return to its unlatched position. - a wall with an access opening for access to for example a high voltage connector ; - at least one shutter plate movable parallel to the wall between a closed position, wherein the shutter plate covers the opening and an open position, wherein the shutter plate exposes the opening; - urging means for urging the at least one shutter plate towards the closed position; - an operating mechanism for operating the shutter plate from the closed position to the open position when an object such as a circuit breaker is moved into the housing ; and - at least one latch movable in a direction perpendicular to the wall with the access opening and between a latched position and an unlatched position, wherein the path of the latch and the path of the shutter plate intersect, such that the latch , in the latched position, blocks movement of the shutter plate from the open position to the closed position;
Chemical compounds for use as an agent for regeneration of a neurological injury and/or treatment of neurological injury such as: H 2 N-RGD-amide (referred to as RGD1 ), H 2 N-RGDRGD-amide (referred to as RGD2 ), H 2 N-RGDRGDRGD-amide (referred to as RGD3 ), acetyl-RGDRGDRGD-amide (referred to as Ac-RGD3 ) H 2 N-RGDRGDRGDRGD-amide (referred to as RGD4 )
A foldable tent, comprising at least three column assemblies , and top rod assemblies which are of the same number of and one-to-one corresponding to the column assemblies , wherein upper end portions of each two adjacent column assemblies are connected via a side rod assembly , whereby each top rod assembly comprises a first top rod , a second top rod and an overhanging rod , which are sequentially arranged from inside to outside and respectively have an inner end portion and an outer end portion; the inner end portions of the first top rods of the respective top rod assemblies are rotatably connected with each other; in each of the top rod assemblies , the outer end portion of the first top rod and the inner end portion of the second top rod are rotatably connected; the tent has an unfolded state and a folded state, when the tent is in the unfolded state, the first top rod , the second top rod and the overhanging rod of each top rod assembly are respectively unfolded with respect to each other and the outer end portion of the overhanging rod extends to an outer side of the corresponding column assembly ; when the tent is in the folded state, the first top rod , the second top rod and the overhanging rod of each top rod assembly are respectively drawn close to each other; each of the top rod assemblies further comprises a transmission member connected between the first top rod and the overhanging rod for unfolding or folding the overhanging rod and the first top rod , characterised in that the outer end portion of the second top rod , the inner end portion of the overhanging rod and an upper end portion of a corresponding column assembly are rotatably connected via two axles or coaxially rotatably connected.