mhurhangee/ep-ind-claims huggingface dataset:
A method for treating a solution contaminated with porcine circovirus, comprising the steps of: adjusting the pH of a solution contaminated with porcine circovirus to range from 3.8 to 7.0, wherein the pH-adjusted solution contains glycine in an amount of 0.010 to 0.40 M, and treating the pH-adjusted solution with a filtration membrane having a log removal value for bacteriophage PP7 of 4 or more, and wherein the LRV for porcine circovirus is 2 or more, wherein said solution contains a protein at a protein concentration ranging from 0.10 to 1.5 w/v %, said filtration membrane having an LRV for bacteriophage PP7 of 4 or more is a membrane having an LRV of 4 or more when the filtration membrane to be used is loaded with a 50 L/m 2 solution containing bacteriophage PP7, and said solution containing bacteriophage PP7 is a 1 mg/mL BSA solution (PBS buffer, pH 7.4) containing bacteriophage PP7 at a concentration of 10 7 pfu/mL. adjusting the pH of a solution contaminated with porcine circovirus to range from 3.8 to 7.0, wherein the pH-adjusted solution contains glycine in an amount of 0.010 to 0.40 M, and treating the pH-adjusted solution with a filtration membrane having a log removal value for bacteriophage PP7 of 4 or more, and wherein the LRV for porcine circovirus is 2 or more, wherein said solution contains a protein at a protein concentration ranging from 0.10 to 1.5 w/v %, said filtration membrane having an LRV for bacteriophage PP7 of 4 or more is a membrane having an LRV of 4 or more when the filtration membrane to be used is loaded with a 50 L/m 2 solution containing bacteriophage PP7, and said solution containing bacteriophage PP7 is a 1 mg/mL BSA solution (PBS buffer, pH 7.4) containing bacteriophage PP7 at a concentration of 10 7 pfu/mL.
An aqueous slurry comprising a mineral material and having a solids content of more than 78 wt%, characterized in that the mineral material has a percentage P 5 by weight of particles having a diameter of less than 5.0 μm of from 98.5 % to 90 %, a percentage P 2 by weight of particles having a diameter of less than 2.0 μm of from 96 % to 80%, wherein the ratio of P 2 /P 5 is from 0.98 to 0.85, wherein the mineral material is selected from calcium carbonate.
A system for determining a position of a non-shape-sensed guidewire, comprising: a non-shape-sensed guidewire; a catheter including a shape sensing optical fiber and having a lumen, wherein said non-shape-sensed guidewire is received in the lumen; a measurement assembly configured to receive at least a portion of the non-shape-sensed guidewire and/or the shape-sensed catheter; a measurement module configured to measure a distance that the non-shape-sensed guidewire moves in the measurement assembly; and a location module configured to determine a position of the non-shape-sensed guidewire based on the distance that the non-shape-sensed guidewire moves determined by the measurement module. a non-shape-sensed guidewire; a catheter including a shape sensing optical fiber and having a lumen, wherein said non-shape-sensed guidewire is received in the lumen; a measurement assembly configured to receive at least a portion of the non-shape-sensed guidewire and/or the shape-sensed catheter; a measurement module configured to measure a distance that the non-shape-sensed guidewire moves in the measurement assembly; and a location module configured to determine a position of the non-shape-sensed guidewire based on the distance that the non-shape-sensed guidewire moves determined by the measurement module.
A method of operating a digital radio receiver comprising: receiving a radio signal; passing said radio signal to a correlator for correlating said radio signal with a predetermined pattern to provide an output signal comprising a plurality of peaks separated in time; determining an amplitude of a first correlation peak in the plurality of peaks; calculating a selection threshold based on said first peak amplitude; determining an amplitude of a second peak in the plurality of peaks; calculating a time separation between the first correlation peak and the second peak in the plurality of peaks; if the time separation is not an expected value or not within an expected range, comparing said second peak amplitude to the selection threshold; and identifying the second peak as a correlation peak if the second peak amplitude is greater than the selection threshold. receiving a radio signal; passing said radio signal to a correlator for correlating said radio signal with a predetermined pattern to provide an output signal comprising a plurality of peaks separated in time; determining an amplitude of a first correlation peak in the plurality of peaks; calculating a selection threshold based on said first peak amplitude; determining an amplitude of a second peak in the plurality of peaks; calculating a time separation between the first correlation peak and the second peak in the plurality of peaks; if the time separation is not an expected value or not within an expected range, comparing said second peak amplitude to the selection threshold; and identifying the second peak as a correlation peak if the second peak amplitude is greater than the selection threshold.
A system comprising a program-controlled domestic appliance and a wireless terminal, wherein the program-controlled domestic appliance is operated on the basis of a one-button user interface, the program-controlled domestic appliance comprising: a memory configured to store a plurality of memory programs (P1, P2) for operating the domestic appliance according to specific configurations; the user interface configured to receive a user interaction initiated by a user, the user interaction indicating at least one memory program of the plurality of memory programs (P1, P2); and a controller, configured to control operation of the domestic appliance according to the at least one memory program indicated by the user interaction, wherein the controller is configured to call the at least one memory program from the memory and to start the called memory program responsive to the same user interaction initiated by the user, wherein the user interface is configured to indicate a user-initiated selection of the at least one memory program from the plurality of memory programs (P1, P2), the program-controlled domestic appliance comprising: a button, configured to implement the user interface, wherein the button is configured to indicate the user-initiated selection of the at least one memory program based on a time interval between pressing down the button and releasing the button, characterized in that a first time interval corresponds to a first favorite memory program; and wherein further time intervals (234, 235, 236) correspond to further favorite memory programs (204, 205, 206); wherein the button is electronically emulated by an application, App, running on the wireless terminal. a memory configured to store a plurality of memory programs (P1, P2) for operating the domestic appliance according to specific configurations; the user interface configured to receive a user interaction initiated by a user, the user interaction indicating at least one memory program of the plurality of memory programs (P1, P2); and a controller, configured to control operation of the domestic appliance according to the at least one memory program indicated by the user interaction, wherein the controller is configured to call the at least one memory program from the memory and to start the called memory program responsive to the same user interaction initiated by the user, wherein the user interface is configured to indicate a user-initiated selection of the at least one memory program from the plurality of memory programs (P1, P2), the program-controlled domestic appliance comprising: a button, configured to implement the user interface, wherein the button is configured to indicate the user-initiated selection of the at least one memory program based on a time interval between pressing down the button and releasing the button, characterized in that a first time interval corresponds to a first favorite memory program; and wherein further time intervals (234, 235, 236) correspond to further favorite memory programs (204, 205, 206); wherein the button is electronically emulated by an application, App, running on the wireless terminal.
A control system for controlling a fluid distribution system, wherein the fluid distribution system comprises at least two consumer branches being arranged in parallel to each other, wherein each of the at least two consumer branches comprises - at least one consumer element for consuming fluid and/or thermal energy, - at least one consumer branch regulating device configured to receive a control value (u) for regulating a flow of fluid and/or thermal energy through the associated consumer branch, and - at least one sensor for providing a measured value (y) of the associated consumer branch, wherein the control system comprises • a saturation calculation module being configured to provide a saturation value (s i, v i) for each operational consumer branch, wherein the saturation value (s i, v i) is indicative of the saturation degree of the associated consumer branch, characterised in that the control system further comprises • a saturation compensation module being configured to receive the saturation values (s i, v i) and to alter a reference value, wherein the altered reference value (r*) is based on an initial reference value (r) and the saturation values (s i, v i) from all consumer branches, so that the at least one consumer branch regulating device of each operational consumer branch is controllable based on the altered reference value (r*) and the measured value (y) of the associated consumer branch. - at least one consumer element for consuming fluid and/or thermal energy, - at least one consumer branch regulating device configured to receive a control value (u) for regulating a flow of fluid and/or thermal energy through the associated consumer branch, and - at least one sensor for providing a measured value (y) of the associated consumer branch, • a saturation calculation module being configured to provide a saturation value (s i, v i) for each operational consumer branch, wherein the saturation value (s i, v i) is indicative of the saturation degree of the associated consumer branch, characterised in that the control system further comprises • a saturation compensation module being configured to receive the saturation values (s i, v i) and to alter a reference value, wherein the altered reference value (r*) is based on an initial reference value (r) and the saturation values (s i, v i) from all consumer branches, so that the at least one consumer branch regulating device of each operational consumer branch is controllable based on the altered reference value (r*) and the measured value (y) of the associated consumer branch.
An apparatus for forming a cavity in a pouch that is sealed on three sides (52, 54), comprising: a frame; a bottom clamp plate member slidably mounted to the frame, said bottom plate having a top side and a bottom side; a top die plate member slidably mounted to the frame, said top plate having a top side and a bottom side; first and second actuators (160, 220) for moving the bottom plate and the top die plate toward each other; a die extending from the bottom of the top die plate member, said die having a cavity with sides walls (202, 204); a tongue plate member having a first end and a second end, the second end fixedly mounted to the frame between the top die plate member and the bottom clamp plate member, the tongue member having a fluid passage having a first opening and a second opening through the top side of the tongue plate member which second opening is in alignment with the cavity of the die, said first and second openings in communication with the fluid passage; wherein, when a pouch is placed over the tongue plate member such that a section of the tongue member is contained within the interior of the pouch, the top and bottom plate members (190, 170) may be moved toward each other such that the die contacts the top of the pouch and a section of the top of the pouch is engaged between the side walls (202, 204) of the die cavity and the bottom plate member contacts the bottom of the pouch against the top and bottom (242, 234) surfaces of the tongue plate member, respectively. a frame; a bottom clamp plate member slidably mounted to the frame, said bottom plate having a top side and a bottom side; a top die plate member slidably mounted to the frame, said top plate having a top side and a bottom side; first and second actuators (160, 220) for moving the bottom plate and the top die plate toward each other; a die extending from the bottom of the top die plate member, said die having a cavity with sides walls (202, 204); a tongue plate member having a first end and a second end, the second end fixedly mounted to the frame between the top die plate member and the bottom clamp plate member, the tongue member having a fluid passage having a first opening and a second opening through the top side of the tongue plate member which second opening is in alignment with the cavity of the die, said first and second openings in communication with the fluid passage;
An arrangement having at least one, in particular dental, workpiece to be sintered and having at least one support material and having a sintering device for sintering the workpiece, wherein the sintering device has at least one gas feed for protective gas and at least one base surface, and the workpiece rests, on the support material, on the base surface, characterized in that the workpiece protrudes at least partially above the support material and design ensures that the protective gas is fed, preferably exclusively, through the support material to the workpiece.
A welding machine comprising: a plurality of processors configured to control the welding machine; and remote reset circuitry communicatively coupled to the plurality of processors and configured to receive a remote signal, wherein the remote reset circuitry is configured to reset the plurality of processors based at least in part on the remote signal, characterized in that the remote reset circuitry comprises network interface circuitry configured to communicatively couple to a remote network. a plurality of processors configured to control the welding machine; and remote reset circuitry communicatively coupled to the plurality of processors and configured to receive a remote signal, wherein the remote reset circuitry is configured to reset the plurality of processors based at least in part on the remote signal, characterized in that the remote reset circuitry comprises network interface circuitry configured to communicatively couple to a remote network.
A chain link for a push chain of a vertical conveyor, wherein hinge elements that correspond with each other are formed at opposite ends of the chain link to form a pivotable connection with a structurally identical chain link, and wherein stops that correspond with each other are formed at the ends of the chain link in such a way as to prevent an outward kinking of the circulating push chain assembled out of structurally identical chain links in the orbital plane relative to the adjacent chain links beyond a pivoting angle of 180°, and to prevent a kinking at a minimum pivoting angle in the opposite direction, wherein the minimum pivoting angle prescribes a minimum deflection radius in the area of a deflection of the push chain, wherein a thrust can be transferred from a chain link to the respectively adjacent chain link by way of the stops, at least given a mutual abutment of the stops, wherein the chain link has a support surface directed toward the exterior side of a push chain with a self-contained design, characterized in that the support surface is formed and arranged in such a way that the support surface abuts without a gap against the corresponding support surface of the adjacent chain link when the chain links are aligned to each other with the minimum pivoting angle, so that the support surfaces of the chain links in the area of the deflection form a closed, part-ring-shaped support surface, which can be used to non-positively drive the push chain.
Method for controlling curing apparatuses for tyre production, wherein said curing apparatuses are adapted to work on green tyres to obtain corresponding finished tyres, said method comprising: acquiring, through a processing unit, initial parameters describing at least one of the shape and the dimensions of said finished tyres; computing, through said processing unit, as a function of said initial parameters, first parameters describing said green tyres, said first parameters comprising at least one parameter representative of an axial height of said green tyres; acquiring, through said processing unit, second parameters describing said curing apparatuses, said second parameters comprising one or more parameters representative of dimensions of said curing apparatuses; computing, through said processing unit, third parameters as a function of said first parameters and said second parameters, said third parameters comprising one or more parameters representative of positions taken by movable members included in said curing apparatuses; generating, through said processing unit, as a function of said third parameters, control signals for controlling the movable members of said curing apparatuses and for obtaining said finished tyres starting from said green tyres; sending said control signals from said processing unit to said curing apparatuses. acquiring, through a processing unit, initial parameters describing at least one of the shape and the dimensions of said finished tyres; computing, through said processing unit, as a function of said initial parameters, first parameters describing said green tyres, said first parameters comprising at least one parameter representative of an axial height of said green tyres; acquiring, through said processing unit, second parameters describing said curing apparatuses, said second parameters comprising one or more parameters representative of dimensions of said curing apparatuses; computing, through said processing unit, third parameters as a function of said first parameters and said second parameters, said third parameters comprising one or more parameters representative of positions taken by movable members included in said curing apparatuses; generating, through said processing unit, as a function of said third parameters, control signals for controlling the movable members of said curing apparatuses and for obtaining said finished tyres starting from said green tyres; sending said control signals from said processing unit to said curing apparatuses.
A user device comprising: a camera configured to capture an image; a communication interface configured to transmit a photographing notification to another device located within a predetermined range when the image is captured, and receive a response to the photographing notification from the other device; and a controller configured to modify the image based on the response indicating whether the capturing the image is permitted, wherein the response includes a photograph of a user of the other device when the response indicates that capturing the image is prohibited, and wherein modifying the image comprises, in response to receiving a response indicating that capturing the image is prohibited, performing a protection process on a face matching the photo of the user of the other device. a camera configured to capture an image; a communication interface configured to transmit a photographing notification to another device located within a predetermined range when the image is captured, and receive a response to the photographing notification from the other device; and a controller configured to modify the image based on the response indicating whether the capturing the image is permitted, wherein the response includes a photograph of a user of the other device when the response indicates that capturing the image is prohibited, and wherein modifying the image comprises, in response to receiving a response indicating that capturing the image is prohibited, performing a protection process on a face matching the photo of the user of the other device.
A single-crystal X-ray structure analysis apparatus configured to perform a structure analysis of a material, the apparatus comprising: an X-ray source configured to generate X-rays; a goniometer having a goniometer head (514, 714) configured such that a sample holder (310, 710) may be attached, the sample holder (310, 710) configured to hold a porous complex crystal (380, 780) in which a sample is soaked; an X-ray irradiation section configured to irradiate X-rays to the porous complex crystal (380, 780), the goniometer head (514, 714) being configured to adjust the position of the porous complex crystal (380, 780); an X-ray detection measurement section configured to detect and measure X-rays diffracted or scattered by the sample; and a structure analysis section adapted to perform a structure analysis of the sample based on the diffracted or scattered X-rays detected by the X-ray detection measurement section, wherein a tip portion (5144, 7144) of the goniometer head (514, 714) is small enough to fit inside a recess portion (3105, 7105) of the sample holder (310, 710), and has a protrusion portion (5145, 5146, 7145, 7146) adapted to fit with a through-hole (3106, 3107, 7106, 7107) of the sample holder (310, 710) and position the sample holder (310, 710); the sample holder (310, 710) configured to be attached to the goniometer head (514, 714) by inserting the tip portion (5144, 7144) of the goniometer head (514, 714) into the recess portion (3105, 7105) and fitting the protrusion portion (5145, 5146, 7145, 7146) with the through-hole (3106, 3107, 7106, 7107). an X-ray source configured to generate X-rays; a goniometer having a goniometer head (514, 714) configured such that a sample holder (310, 710) may be attached, the sample holder (310, 710) configured to hold a porous complex crystal (380, 780) in which a sample is soaked; an X-ray irradiation section configured to irradiate X-rays to the porous complex crystal (380, 780), the goniometer head (514, 714) being configured to adjust the position of the porous complex crystal (380, 780); an X-ray detection measurement section configured to detect and measure X-rays diffracted or scattered by the sample; and a structure analysis section adapted to perform a structure analysis of the sample based on the diffracted or scattered X-rays detected by the X-ray detection measurement section, wherein a tip portion (5144, 7144) of the goniometer head (514, 714) is small enough to fit inside a recess portion (3105, 7105) of the sample holder (310, 710), and has a protrusion portion (5145, 5146, 7145, 7146) adapted to fit with a through-hole (3106, 3107, 7106, 7107) of the sample holder (310, 710) and position the sample holder (310, 710); the sample holder (310, 710) configured to be attached to the goniometer head (514, 714) by inserting the tip portion (5144, 7144) of the goniometer head (514, 714) into the recess portion (3105, 7105) and fitting the protrusion portion (5145, 5146, 7145, 7146) with the through-hole (3106, 3107, 7106, 7107).
A method for updating program data of a device via a universal printer pre- and post-processing interface, UP 3 I interface, in which UP 3 I data packets with updating data are transmitted in addition to UP 3 I control data by means of a transmission layer to an UP 3 I interface of the device, the data transmitted to the UP 3 I interface of the device are interpreted by means of a first processing layer as UP 3 I data packets, and the UP 3 I data packets are further processed by means of a second processing layer, the transmitted updating data are fed to a loading program of the second processing layer, wherein the program data of the device or a part of these program data are updated by means of the updating data by the loading program, and in which the updated program data are executed by the device.