mhurhangee/ep-ind-claims huggingface dataset:
Stackable surface module for the reversible construction and dismantling of a wall-surface or shell-surface, wherein the module has a three-dimensional shape, and extends over a space in the x-, y-, and z-directions, and a multitude of these modules can be stacked on each other in the z-direction, and the front and rear sides of the module each point in the y-direction, the top and bottom sides each point in the z-direction and the lateral sides point in the x-direction, and the side projection area of the front side or rear side onto the x/z-plane is greater in each case than the side projection area of the top or bottom side onto the x/y-plane, and the side projection area of the front side or rear side onto the x/z-plane is greater in each case than the side projection area of the lateral sides onto the y/z-plane, and a multitude of such modules can be joined together so that these form, in the assembled state, a contiguous wall or shell surface from these surface modules, which extends continuously in the x- and z-directions, and wherein a multitude of the modules, in the stacking z-direction, each offset in the x-direction and rotated through 180° about the x- and/or y-axes, can be stacked in the z-direction, wherein the module includes at least two lower extensions in the z-direction and at least one lower recess limited by these extensions in the x-direction, the upwards reaching recess in the z-direction lying in the x-direction between these said lower extensions, wherein the module also includes interlocking points overlaid on the basic surfaces of the module perimeter that are interrupted at least at one point along the entire module perimeter, wherein an interlocking point can block the module movement of neighboring modules in the wall in one of the two y-directions, wherein the module includes at least one interlocking point pair with positive and negative interlocking points, wherein the positive interlocking points can lock in the positive y-direction and the negative interlocking points can lock in the negative y-direction so that an interlocking point pair can block both y-directions in the wall, characterized in that the module includes interlocking points, which are interrupted, so that due to the interruption in at least one point along the module perimeter, a surface is formed, which is continuously parallel to the y-direction.
A method of measuring biocide efficacy or biocide mechanism of action using flow cytometry, the method comprising: contacting an oil field sample with at least one biocide and with an iron chelator to reduce interference caused by suspending iron-containing compounds; performing flow cytometry on the oil field sample; and determining the mechanism of action or efficacy of the at least one biocide on a microorganism present in the oil field sample. contacting an oil field sample with at least one biocide and with an iron chelator to reduce interference caused by suspending iron-containing compounds; performing flow cytometry on the oil field sample; and determining the mechanism of action or efficacy of the at least one biocide on a microorganism present in the oil field sample.
Pressure-tight flange connection between apparatus flanges of a pressure vessel or pressure system on one side and a closing or connecting flange on the other side, wherein an abutment projects from the apparatus flange for the closing or connecting flange coupled by a quick connection, wherein an erectable moulded gasket is installed between the apparatus flange and the closing or connecting flange, which, once in the erect state, securely braces the apparatus flange with the closing or connecting flange against the abutment, wherein the erectable moulded gasket is both erectable and relaxable via a pneumatic connection of a pneumatic faucet and a connected pneumatic line, characterized in that the erectable moulded gasket is a hollow closed gasket of an elastomeric material provided with a pneumatic connection. wherein an abutment projects from the apparatus flange for the closing or connecting flange coupled by a quick connection, wherein an erectable moulded gasket is installed between the apparatus flange and the closing or connecting flange, which, once in the erect state, securely braces the apparatus flange with the closing or connecting flange against the abutment, wherein the erectable moulded gasket is both erectable and relaxable via a pneumatic connection of a pneumatic faucet and a connected pneumatic line, characterized in that the erectable moulded gasket is a hollow closed gasket of an elastomeric material provided with a pneumatic connection.
A fluid nozzle (10, 10A, 20), comprising: a nozzle chip that includes a through hole having an inlet port from which a fluid supplied to the fluid nozzle (10, 10A, 20) is introduced and an outlet port from which the introduced fluid is ejected; and a base metal member (11, 21) that supports the nozzle chip embedded in a rear portion (11a, 21a) of the base metal member (11, 21), wherein the fluid nozzle (10, 10A, 20) receives the fluid supplied to the rear portion (11a, 21a) from the inlet port and ejects the fluid from the outlet port, characterized in that an exposed portion (11e, 21e) of the base metal member (11, 21) is covered with a ceramic coating (13, 13A, 23) so that the base metal member (11, 21) does not come into contact with the fluid. a nozzle chip that includes a through hole having an inlet port from which a fluid supplied to the fluid nozzle (10, 10A, 20) is introduced and an outlet port from which the introduced fluid is ejected; and a base metal member (11, 21) that supports the nozzle chip embedded in a rear portion (11a, 21a) of the base metal member (11, 21), wherein the fluid nozzle (10, 10A, 20) receives the fluid supplied to the rear portion (11a, 21a) from the inlet port and ejects the fluid from the outlet port,
A disk brake system comprising: a magnetically encoded disk brake rotor having at least one magnetized section encoded therein with two differently polarised magnetic regions (212, 214) defining a magnetic domain boundary, therebetween; a disk brake caliper comprising a plurality of disk brake pads attached thereto, the disk brake pads positioned adjacently to the disk brake rotor and configured to frictionally engage the disk brake rotor upon operation of the disk brake caliper; a sensor assembly mounted proximately to the disk brake rotor and comprising at least one magnetic field sensor (306, 308) configured to detect the two differently magnetised regions (212, 214) at the domain boundary there between; and a controller configured to receive signals from the at least one magnetic field sensor (306, 308), wherein the controller is further configured to enable selective operation of the disk brake caliper based on the signals received from the at least one magnetic field sensor (306, 308). a magnetically encoded disk brake rotor having at least one magnetized section encoded therein with two differently polarised magnetic regions (212, 214) defining a magnetic domain boundary, therebetween; a disk brake caliper comprising a plurality of disk brake pads attached thereto, the disk brake pads positioned adjacently to the disk brake rotor and configured to frictionally engage the disk brake rotor upon operation of the disk brake caliper; a sensor assembly mounted proximately to the disk brake rotor and comprising at least one magnetic field sensor (306, 308) configured to detect the two differently magnetised regions (212, 214) at the domain boundary there between; and a controller configured to receive signals from the at least one magnetic field sensor (306, 308), wherein the controller is further configured to enable selective operation of the disk brake caliper based on the signals received from the at least one magnetic field sensor (306, 308).
A coasting control device comprising: a coasting control judgment map referred to by a clutch rotation speed and an accelerator opening degree; a coasting control executing unit disengaging a clutch and reducing an engine revolutions per minute to start coasting control when a plotted point of the clutch rotation speed and the accelerator opening degree on the coasting control judgment map is in a coasting control available region, accelerator pedal operation speed is in a predetermined range and the plotted point of the clutch rotation speed and the accelerator opening degree has passed a coasting control threshold line in a direction in which the accelerator opening degree decreases, and ending the coasting control when the accelerator pedal operation speed has gone outside the predetermined range or the plotted point has gone outside the coasting control available region; a cumulative disengagement time measuring unit cumulatively measuring a duration of time that the clutch is being disengaged during coasting control; and characterised by an overtime restricting unit prohibiting coasting control when the cumulative clutch disengagement time measured by the cumulative clutch disengagement time measuring unit has exceeded a predetermined time giving an indication of fatigue of a member of the clutch. a coasting control judgment map referred to by a clutch rotation speed and an accelerator opening degree; a coasting control executing unit disengaging a clutch and reducing an engine revolutions per minute to start coasting control when a plotted point of the clutch rotation speed and the accelerator opening degree on the coasting control judgment map is in a coasting control available region, accelerator pedal operation speed is in a predetermined range and the plotted point of the clutch rotation speed and the accelerator opening degree has passed a coasting control threshold line in a direction in which the accelerator opening degree decreases, and ending the coasting control when the accelerator pedal operation speed has gone outside the predetermined range or the plotted point has gone outside the coasting control available region; a cumulative disengagement time measuring unit cumulatively measuring a duration of time that the clutch is being disengaged during coasting control; and characterised by an overtime restricting unit prohibiting coasting control when the cumulative clutch disengagement time measured by the cumulative clutch disengagement time measuring unit has exceeded a predetermined time giving an indication of fatigue of a member of the clutch.
A system for adjusting the blood glucose level of a person, comprising an EEG monitor, wherein the EEG monitor comprises electrodes adapted for capturing EEG signals and a signal processing part adapted for analyzing and classifying the EEG signals captured, wherein said signal processing part is adapted for identifying electrical signals captured by said electrodes that are derived from muscular activity related to the process of chewing and wherein said signal processing part is adapted for identifying an upcoming onset of hypoglycemia based on analysis of the captured EEG signals and for providing an alarm when such an upcoming onset of hypoglycemia has been identified, said system characterised in that it further comprises an insulin delivery device configured to release insulin into the body of said person, wherein said EEG monitor is adapted for submitting a message to said insulin delivery device when chewing has been identified. wherein the EEG monitor comprises electrodes adapted for capturing EEG signals and a signal processing part adapted for analyzing and classifying the EEG signals captured, wherein said signal processing part is adapted for identifying electrical signals captured by said electrodes that are derived from muscular activity related to the process of chewing and wherein said signal processing part is adapted for identifying an upcoming onset of hypoglycemia based on analysis of the captured EEG signals and for providing an alarm when such an upcoming onset of hypoglycemia has been identified, said system characterised in that it further comprises an insulin delivery device configured to release insulin into the body of said person, wherein said EEG monitor is adapted for submitting a message to said insulin delivery device when chewing has been identified.
A silicon carbide epitaxial wafer which is formed on a silicon carbide substrate having an α -type 4H crystal structure characterised in that the epitaxial wafer has been epitaxially grown on a surface of the silicon carbide substrate which is inclined 0.5° from the C face to the direction..
A disposable container for accommodating a wound exudate in a vacuum wound treatment, the container having a recess for insexting a vacuum pump, the container and the vacuum pump being connectable to each other in such a way that the vacuum pump is only movable in the insertion direction, wherein in the c o nne c te d sta te, the c o nta ine r surrounds the vacuum pump from all sides, with the exception of the side from where the vacuum pump in inserted into the container and hasa recess for operating a control panel whichisattached to the vacuum pump, as well as optionally has an additional recess on the opposite side facing away from the control panel of the vacuum pump, said additional recess serving to grip the vacuum pump with the thumb, wherein a closure arranged at the container and vacuum pump can fix the vac uum pump in the container againstdisplacementin the insertion direction and wherein a light (13, 14) attached to the vacuum pump is made in such a way that it directly illuminates the fill level scale (9, 12) mounted on the opposite outerside of the container which is transparent, a t le a st in this a re a.
A two-stage gas compression system configured to compress gas, the system comprising: a rotary power source having an output shaft; a positive-displacement first stage rotary compressor having a first stage gas inlet and a first stage gas outlet, the first stage rotary compressor being operatively connected to the rotary power source to be driven by the output shaft; a hydraulic pump operatively connected to the rotary power source to be driven by the output shaft, the pump having a hydraulic liquid inlet and a hydraulic liquid outlet; and a positive-displacement second stage compressor having a second stage gas inlet fluidly connected to the first stage gas outlet, and a second stage gas outlet configured to provide second stage compressed gas to a user, wherein the second stage compressor operatively connects to the liquid outlet of the pump so as to be driven by pressurized liquid provided by the pump. a rotary power source having an output shaft; a positive-displacement first stage rotary compressor having a first stage gas inlet and a first stage gas outlet, the first stage rotary compressor being operatively connected to the rotary power source to be driven by the output shaft; a hydraulic pump operatively connected to the rotary power source to be driven by the output shaft, the pump having a hydraulic liquid inlet and a hydraulic liquid outlet; and a positive-displacement second stage compressor having a second stage gas inlet fluidly connected to the first stage gas outlet, and a second stage gas outlet configured to provide second stage compressed gas to a user, a second stage gas inlet fluidly connected to the first stage gas outlet, and a second stage gas outlet configured to provide second stage compressed gas to a user, wherein the second stage compressor operatively connects to the liquid outlet of the pump so as to be driven by pressurized liquid provided by the pump.
A client-side image processing system for verifying that embedded digital content satisfies a predetermined criterion associated with display of the content, the client-side image processing system comprising: one or more hardware storage devices configured to store data indicative of the predetermined criterion associated with display of the content; a content embedding engine configured to embed content in a resource provided by a content provider and that configures the resource for rendering; a rendering engine configured to render the content embedded in the resource; an application interface engine configured to interface with the rendering engine and to generate a visualization of the resource and of the embedded content rendered in the resource; and an image processing engine configured to perform operations based on one or more portions of executable code of a software library located within a server-side image processing system; the operations comprising: retrieve, from the one or more hardware storage devices, the data indicative of the predetermined criterion; process one or more pixels of the generated visualization of the resource and of the embedded content and the resource to verify that the embedded content satisfies the predetermined criterion; and transmit verification data comprising an indication of whether the predetermined criterion is satisfied. one or more hardware storage devices configured to store data indicative of the predetermined criterion associated with display of the content; a content embedding engine configured to embed content in a resource provided by a content provider and that configures the resource for rendering; a rendering engine configured to render the content embedded in the resource; an application interface engine configured to interface with the rendering engine and to generate a visualization of the resource and of the embedded content rendered in the resource; and an image processing engine configured to perform operations based on one or more portions of executable code of a software library located within a server-side image processing system; the operations comprising: retrieve, from the one or more hardware storage devices, the data indicative of the predetermined criterion; process one or more pixels of the generated visualization of the resource and of the embedded content and the resource to verify that the embedded content satisfies the predetermined criterion; and transmit verification data comprising an indication of whether the predetermined criterion is satisfied. retrieve, from the one or more hardware storage devices, the data indicative of the predetermined criterion; process one or more pixels of the generated visualization of the resource and of the embedded content and the resource to verify that the embedded content satisfies the predetermined criterion; and transmit verification data comprising an indication of whether the predetermined criterion is satisfied.
Joining method for connecting at least two thermoplastic workpieces (26, 62, 64), with the steps of: a) splicing an edge region on at least one of the workpieces in order to produce at least one splice region (68, 92), wherein the splice region (68, 92) is formed in a stepped manner by a plurality of workpiece layers (66, 70, 76, 80, 82) of the workpiece (26, 62, 64), wherein the splice region (68, 92) is pretreated by fibres of the workpiece being exposed, and/or by the workpiece (26, 62, 64) being coated with a microstructured functional layer; b) positioning the workpieces (26, 62, 64) relative to one another in such a manner that the splice region (68, 92) of the one workpiece (26, 62, 64) and the other workpiece (26, 64, 62) bound a seam region, wherein the workpieces (26, 62, 64) are positioned in such a manner that a manufacturing gap is formed between the workpieces (26, 62, 64) or the lowermost workpiece layers of the workpieces (26, 62, 64); c) inserting a connecting body (28, 86, 90) into the seam region and heating part of the connecting body (28, 86, 90) by means of local input of heat in order to form an integrally bonded connection between each workpiece (26, 62, 64) and the connecting body (28, 86, 90), wherein, when a first connecting body layer is inserted, the connecting body is pressed by means of a pressing device which detects the connecting body, and a counter pressing device which detects the workpiece (26, 62, 64), wherein the counter pressing device extends below and between the workpieces (26, 62, 64). a) splicing an edge region on at least one of the workpieces in order to produce at least one splice region (68, 92), wherein the splice region (68, 92) is formed in a stepped manner by a plurality of workpiece layers (66, 70, 76, 80, 82) of the workpiece (26, 62, 64), wherein the splice region (68, 92) is pretreated by fibres of the workpiece being exposed, and/or by the workpiece (26, 62, 64) being coated with a microstructured functional layer; b) positioning the workpieces (26, 62, 64) relative to one another in such a manner that the splice region (68, 92) of the one workpiece (26, 62, 64) and the other workpiece (26, 64, 62) bound a seam region, wherein the workpieces (26, 62, 64) are positioned in such a manner that a manufacturing gap is formed between the workpieces (26, 62, 64) or the lowermost workpiece layers of the workpieces (26, 62, 64); c) inserting a connecting body (28, 86, 90) into the seam region and heating part of the connecting body (28, 86, 90) by means of local input of heat in order to form an integrally bonded connection between each workpiece (26, 62, 64) and the connecting body (28, 86, 90), wherein, when a first connecting body layer is inserted, the connecting body is pressed by means of a pressing device which detects the connecting body, and a counter pressing device which detects the workpiece (26, 62, 64), wherein the counter pressing device extends below and between the workpieces (26, 62, 64).
A device for optically analyzing food products, the device comprising: a first imaging device sensitive to first wavelengths; a second imaging device sensitive to second wavelengths, one of the first imaging device and the second imaging device comprising: a line-scan camera configured to acquire images of food products in a human-visible wavelength spectrum, at a line in a food-path-facing direction, and an other of the first imaging device and the second imaging device comprising: a line-scan spectrometer configured to acquire spectroscopic images of the food products from the line in the food-path-facing direction; an optical filter configured to: convey the first wavelengths from the line to the first imaging device; and convey the second wavelengths from the line to the second imaging device; and a frame configured to align the optical filter and respective optical axes (121, 122) of the first imaging device and the second imaging device, relative to each other and the food-path-facing direction, such that the first imaging device and the second imaging device are optically aligned via the optical filter to image the line. a first imaging device sensitive to first wavelengths; a second imaging device sensitive to second wavelengths, one of the first imaging device and the second imaging device comprising: a line-scan camera configured to acquire images of food products in a human-visible wavelength spectrum, at a line in a food-path-facing direction, and an other of the first imaging device and the second imaging device comprising: a line-scan spectrometer configured to acquire spectroscopic images of the food products from the line in the food-path-facing direction; an optical filter configured to: convey the first wavelengths from the line to the first imaging device; and convey the second wavelengths from the line to the second imaging device; and convey the first wavelengths from the line to the first imaging device; and convey the second wavelengths from the line to the second imaging device; and a frame configured to align the optical filter and respective optical axes (121, 122) of the first imaging device and the second imaging device, relative to each other and the food-path-facing direction, such that the first imaging device and the second imaging device are optically aligned via the optical filter to image the line.