mhurhangee/ep-ind-claims huggingface dataset:
An alternating current electric motor control device for selecting and conducting two phases of a three-phase AC electric motor, switching conducting phases based on a comparison between a voltage value of a remaining non-conducting phase and a threshold value for the voltage value, and rotatably driving the three-phase AC electric motor, characterized in that the setting of the threshold value is provided with a threshold value detection mode for detecting the threshold value, a rotor of the three-phase AC electric motor is once fixed by direct current conduction in the threshold value detection mode, and then an AC current, an average of which is zero, is conducted between two phases (U,V,W) to obtain the threshold value, and in that a function of sampling a voltage waveform of the non-conducting phase a plurality of number of times, detecting a vibration range at a time of a rise in the voltage waveform, and setting voltage detection timing to avoid the detected range is provided as an operation at a time of a start of the threshold value detection mode for detecting an induced voltage of a non-conducting phase including threshold value detection.
A device for accessing dry powder within a sealed chamber (200; 210), comprising: a housing (110,130) having a proximal end, a distal end and a length therebetween, the housing forming a lumen (115,135) substantially along the length of the housing; at least one proximal end opening to the lumen, a primary distal opening to the lumen and a secondary distal opening to the lumen; and at least one wing structure extending from the outer surface of the housing (110,130) that is positioned distally from the primary distal opening; and a penetrating member at the distal tip of the device housing (110,130), wherein the penetrating member has at least one leading edge, and wherein the at least one wing structure is in-line with the at least one leading edge. a housing (110,130) having a proximal end, a distal end and a length therebetween, the housing forming a lumen (115,135) substantially along the length of the housing; at least one proximal end opening to the lumen, a primary distal opening to the lumen and a secondary distal opening to the lumen; and at least one wing structure extending from the outer surface of the housing (110,130) that is positioned distally from the primary distal opening; and a penetrating member at the distal tip of the device housing (110,130), wherein the penetrating member has at least one leading edge, and wherein the at least one wing structure is in-line with the at least one leading edge.
Joint for a vehicle with an outer sleeve, a joint cup for receiving a movably mounted joint inner part (8, 40), and an inner sleeve which is arranged at least partially between the joint cup and the outer sleeve, the inner sleeve having two radially outwardly projecting edge cylinders (24, 25) which are spaced apart from one another axially and run around on the outer circumference of the inner sleeve, and the two edge cylinders (24, 25) define a circumferential depression in the form of a groove on the outer circumference of the inner sleeve, characterized in that a press fit device which is configured integrally with the inner sleeve extends, in the region of at least one edge cylinder of the inner sleeve, radially outwards beyond the external diameter of the edge cylinder
A method of forming a plurality of individual film products (80, 80', 180, 180', 260, 365), comprising the steps of: (a) providing a reservoir (30, 130, 340) housing a film forming matrix; (b) providing a plurality of individual volumetric pumps (50, 50', 150, 150', 350) connected to said reservoir (30, 130, 340); (c) providing a manifold (60, 160, 355) comprising a plurality of orifices (70, 70', 170, 170', 360), wherein said manifold (60, 160, 355) comprises a first side (65A, 165A) and a second side (65B, 165B), wherein each orifice (70, 70', 170, 170', 360) extends from said first side (65A, 165A) of said manifold (60, 160, 355) to said second side (65B, 165B) of said manifold (60, 160, 355), wherein each orifice (70, 70', 170, 170', 360) is in fluid communication on said first side (65A, 165A) of said manifold (60, 160, 355) with one of said individual pumps (50, 50', 150, 150', 350) which is its own individual volumetric pump; (d) feeding said film forming matrix from said reservoir (30, 130, 340) to said individual volumetric pumps (50, 50', 150, 150', 350); (e) dispensing a predetermined amount of said film forming matrix from each of said individual volumetric pumps (50, 50', 150, 150', 350) through said orifices (70, 70', 170, 170', 360) in fluid communication therewith from said first side (65A, 165A) of said manifold (60, 160, 355) to said second side (65B, 165B) of said manifold (60, 160, 355); and (f) depositing a plurality of individual wet film products (80, 80', 180, 180', 260, 365) directly onto a substrate (20, 120, 210, 320) from each of said orifices (70, 70', 170, 170', 360). (a) providing a reservoir (30, 130, 340) housing a film forming matrix; (b) providing a plurality of individual volumetric pumps (50, 50', 150, 150', 350) connected to said reservoir (30, 130, 340); (c) providing a manifold (60, 160, 355) comprising a plurality of orifices (70, 70', 170, 170', 360), wherein said manifold (60, 160, 355) comprises a first side (65A, 165A) and a second side (65B, 165B), wherein each orifice (70, 70', 170, 170', 360) extends from said first side (65A, 165A) of said manifold (60, 160, 355) to said second side (65B, 165B) of said manifold (60, 160, 355), wherein each orifice (70, 70', 170, 170', 360) is in fluid communication on said first side (65A, 165A) of said manifold (60, 160, 355) with one of said individual pumps (50, 50', 150, 150', 350) which is its own individual volumetric pump; (d) feeding said film forming matrix from said reservoir (30, 130, 340) to said individual volumetric pumps (50, 50', 150, 150', 350); (e) dispensing a predetermined amount of said film forming matrix from each of said individual volumetric pumps (50, 50', 150, 150', 350) through said orifices (70, 70', 170, 170', 360) in fluid communication therewith from said first side (65A, 165A) of said manifold (60, 160, 355) to said second side (65B, 165B) of said manifold (60, 160, 355); and (f) depositing a plurality of individual wet film products (80, 80', 180, 180', 260, 365) directly onto a substrate (20, 120, 210, 320) from each of said orifices (70, 70', 170, 170', 360).
A step for treadable-grating staircases, comprising: - a grating stair tread having a length suitable for the width of a staircase; and - at least two end plates for attachment of the step to the outer stringers of the staircase; wherein the bars of the grating stair tread are welded on said end plates, said step being characterized in that: reinforcement elements are provided underneath said grating stair tread of the step itself, said reinforcement elements comprising: - L-shaped sectional elements integrated on the underside of the grating stair tread and fixed to the end plates; and - one or more reinforcement bands made of sheet metal arranged orthogonal to the L-shaped sectional elements and to the treading surface; whereby a functional and structural co-operation is obtained between said grating stair tread and said reinforcement elements. - a grating stair tread having a length suitable for the width of a staircase; and - at least two end plates for attachment of the step to the outer stringers of the staircase; wherein the bars of the grating stair tread are welded on said end plates, - L-shaped sectional elements integrated on the underside of the grating stair tread and fixed to the end plates; and - one or more reinforcement bands made of sheet metal arranged orthogonal to the L-shaped sectional elements and to the treading surface;
Use of an additive comprising compound (a) and compound (b) as an erosion inhibitor for chemical mechanical polishing, wherein the compound (a) has not less than 4 hydroxyl groups, and a weight average molecular weight measured by size exclusion chromatography using polyethylene oxide as a standard sample for calibration of 100 - 50,000, and a hydroxyl group content of 5 - 40 mmol/g, the compound (b) has not less than 4 amino groups, and a number average molecular weight measured by an ebullioscopic method of 300 - 100,000, and an amino group content of 3 - 30 mmol/g, and wherein the mass ratio the compound (a)/compound (b)) is 0.10 - 500. the compound (a) has not less than 4 hydroxyl groups, and a weight average molecular weight measured by size exclusion chromatography using polyethylene oxide as a standard sample for calibration of 100 - 50,000, and a hydroxyl group content of 5 - 40 mmol/g, the compound (b) has not less than 4 amino groups, and a number average molecular weight measured by an ebullioscopic method of 300 - 100,000, and an amino group content of 3 - 30 mmol/g, and wherein the mass ratio the compound (a)/compound (b)) is 0.10 - 500.
A method of providing a software update to a secure element comprised in a host device, the method comprising: - converting the software update into a sequence of ciphertext blocks; - transmitting said sequence of ciphertext blocks to the host device; characterized in that converting the software update into the sequence ciphertext blocks is performed using a chained encryption scheme, wherein converting the software update comprises generating (308, 310, 312) each ciphertext block of the sequence, except the first ciphertext block, by encrypting a plaintext block that comprises a part of the software update, and wherein the plaintext block is encrypted with a key that is comprised in a previous ciphertext block of the sequence. - converting the software update into a sequence of ciphertext blocks; - transmitting said sequence of ciphertext blocks to the host device;
A fuel injector having at least one spray pipe, in order to be used for providing spraying of fuel into the combustion chamber in a controlled manner in internal combustion engines, the tip of said spray pipe is defined as a spray tip, the spray pipe being positioned in an opening of an engine block when in use, characterized by comprising at least one induction coil connected to said spray pipe in order to increase the temperature in the vicinity of the spray pipe, wherein the induction coil at least partially surrounds the spray pipe, so that the spray pipe and the inner wall of the opening can be heated by means of said induction coil, and comprising at least one temperature sensor connected to the spray pipe which measures the temperature of a critical region defined between the spray pipe and the wall of the opening.
A device for monitoring beam treatment of a workpiece, in particular laser beam treatment, comprising at least one illuminating device for illuminating a treatment region of the workpiece during a plurality of first time intervals, the first time intervals being separated from each other by second time intervals during which the treatment region is not illuminated by the illumination device; a detecting device for detecting an electromagnetic radiation emanating from the treatment region; and a processing device for separate processing of the electromagnetic radiation detected within the first time intervals and of the electromagnetic radiation detected within the second time intervals; wherein the detecting device is adapted to detect the electromagnetic radiation by providing a video stream with a plurality of frames of the electromagnetic radiation at a frame rate, each frame including an image of the electromagnetic radiation, the first and the second time intervals being synchronized with the frame rate; wherein the processing device is adapted to provide a first stream of frames of the electromagnetic radiation detected within the first time intervals and a second stream of frames of the electromagnetic radiation detected within the second time intervals. comprising at least one illuminating device for illuminating a treatment region of the workpiece during a plurality of first time intervals, the first time intervals being separated from each other by second time intervals during which the treatment region is not illuminated by the illumination device; a detecting device for detecting an electromagnetic radiation emanating from the treatment region; and a processing device for separate processing of the electromagnetic radiation detected within the first time intervals and of the electromagnetic radiation detected within the second time intervals; wherein the detecting device is adapted to detect the electromagnetic radiation by providing a video stream with a plurality of frames of the electromagnetic radiation at a frame rate, each frame including an image of the electromagnetic radiation, the first and the second time intervals being synchronized with the frame rate; wherein the processing device is adapted to provide a first stream of frames of the electromagnetic radiation detected within the first time intervals and a second stream of frames of the electromagnetic radiation detected within the second time intervals.
An image processing apparatus capable of applying a noise effect to input images of a plurality of frames, the image processing apparatus comprising: storage means configured to store two-dimensionally formed noise data; clipping means configured to clip noise data corresponding to an entire frame of an input image from the stored noise data; specification means configured to specify a clipping position on the noise data to be clipped by the clipping means; combination means configured to combine the noise data clipped by the clipping means with the input image; and comparison means configured to compare a distance between a previous clipping position of the noise data corresponding to a previous frame and a current clipping position of the noise data corresponding to a current frame with a predetermined value, wherein the specification means specifies the current clipping position based on a comparison result so that the distance between the previous clipping position on the noise data and the current clipping position on the noise data is larger than the predetermined value. storage means configured to store two-dimensionally formed noise data; clipping means configured to clip noise data corresponding to an entire frame of an input image from the stored noise data; specification means configured to specify a clipping position on the noise data to be clipped by the clipping means; combination means configured to combine the noise data clipped by the clipping means with the input image; and comparison means configured to compare a distance between a previous clipping position of the noise data corresponding to a previous frame and a current clipping position of the noise data corresponding to a current frame with a predetermined value, wherein the specification means specifies the current clipping position based on a comparison result so that the distance between the previous clipping position on the noise data and the current clipping position on the noise data is larger than the predetermined value.
A method for processing computed tomography, CT, imaging data, preferably dual-energy or multi-energy CT imaging data, of a subject's respiratory system, wherein the subject has a CT-contrast enhancing agent distributed in its blood vessels, comprising the steps: - providing first CT imaging data (D 1) obtained at least at two x-ray energy levels (E 1, E 2) in a first respiratory phase (R 1), preferably in an inhalation phase, of the subject; - providing second CT imaging data (D 2) obtained at least at two x-ray energy levels (E' 1, E' 2) in a second respiratory phase (R 2), preferably in an exhalation phase, of the subject; - reconstructing first regional perfusion blood volume, PBV, imaging data (PBV 1) from the provided first CT imaging data (D 1); - reconstructing second regional PBV imaging data (PBV 2) from the provided second CT imaging data (D 2); characterised in that the method further comprises: - reconstructing first virtual non-contrast, VNC, imaging data (VNC 1) from the provided first CT imaging data (D 1); - reconstructing second VNC imaging data (VNC 2) from the provided second CT imaging data (D 2); - determining a transformation function T for registering the first and second reconstructed VNC imaging data (VNC 1, VNC 2); - registering the first and second reconstructed VNC imaging data (VNC 1, VNC 2) by applying said transformation function T; and - calculating regional ventilation imaging data using the registered first and second reconstructed VNC imaging data (VNC 1, VNC 2) and/or the determined transformation function T. - providing first CT imaging data (D 1) obtained at least at two x-ray energy levels (E 1, E 2) in a first respiratory phase (R 1), preferably in an inhalation phase, of the subject; - providing second CT imaging data (D 2) obtained at least at two x-ray energy levels (E' 1, E' 2) in a second respiratory phase (R 2), preferably in an exhalation phase, of the subject; - reconstructing first regional perfusion blood volume, PBV, imaging data (PBV 1) from the provided first CT imaging data (D 1); - reconstructing second regional PBV imaging data (PBV 2) from the provided second CT imaging data (D 2); characterised in that the method further comprises: - reconstructing first virtual non-contrast, VNC, imaging data (VNC 1) from the provided first CT imaging data (D 1); - reconstructing second VNC imaging data (VNC 2) from the provided second CT imaging data (D 2); - determining a transformation function T for registering the first and second reconstructed VNC imaging data (VNC 1, VNC 2); - registering the first and second reconstructed VNC imaging data (VNC 1, VNC 2) by applying said transformation function T; and - calculating regional ventilation imaging data using the registered first and second reconstructed VNC imaging data (VNC 1, VNC 2) and/or the determined transformation function T.
A chewing gum composition comprising: a chewing gum base; a first neat sweetener having a first release profile, wherein the first sweetener is a steviol glycoside; and a second neat sweetener having a second release profile, wherein the second sweetener is a high potency sweetener selected from the group consisting of sucralose and brazzein; wherein the first sweetener and the second sweetener do not demonstrate cross-adaptation; and wherein the first release profile and the second release profile provide a controlled-release profile to the chewing gum composition selected from the group consisting of sequential release of the first and second sweeteners and partially overlapping release of the first and second sweeteners; wherein the gum comprises at least 0.7% by weight of the gum of the first sweetener. a chewing gum base; a first neat sweetener having a first release profile, wherein the first sweetener is a steviol glycoside; and a second neat sweetener having a second release profile, wherein the second sweetener is a high potency sweetener selected from the group consisting of sucralose and brazzein; wherein the first sweetener and the second sweetener do not demonstrate cross-adaptation; and wherein the first release profile and the second release profile provide a controlled-release profile to the chewing gum composition selected from the group consisting of sequential release of the first and second sweeteners and partially overlapping release of the first and second sweeteners; wherein the gum comprises at least 0.7% by weight of the gum of the first sweetener.
Electric heating device for heating a flow of air, including a frame of substantially parallelepiped general shape with an air inlet face and an opposite air outlet face, the frame receiving a predetermined number of electric heater modules in associated housings of the frame designed to have the flow of air to be heated flow through them, wherein the frame includes on the air inlet face and the air outlet face of the frame a plurality of ribs for structural reinforcement and for guiding of said heater modules in the associated housing of the frame, said ribs being oriented in an oblique direction relative to a direction of insertion of said heater modules into said housings.
A peptide or peptidomimetic comprising the amino acid sequence of any of Xaa 1 VLXaa 4 FXaa 6 K (SEQ ID NO: 1), wherein Xaa 1 is S, T or A; Xaa 4 is V or L; and Xaa 6 is E or K, SVLLFKK (SEQ ID NO: 2), LYVRRRKKLPSVLLFKK (SEQ ID NO: 3), KKLPSVLLFKKPS (SEQ ID NO: 4), SPKKFLLVSPLKK (SEQ ID NO: 5), KKFLLVSPLKK (SEQ ID NO: 6), and PKKFLLVSPLKK (SEQ ID NO: 7), or inverse sequence thereof, wherein the peptide or peptidomimetic consists of 35 or fewer amino acid residues.
A method for providing an overlay image of an implant (107; 207) using a mobile computing device, the implant (107; 207) including radio-opaque internal markers adjacent to and defining edges of the implant, the mobile computing device storing a library of 3-D implant data including 3-D positions of the radio-opaque internal markers in 3-D space, the method comprising: capturing an image (102; 202) of an x-ray imaging display device screen by the mobile computing device, the image (102; 202) including the implant (107; 207) and at least two of the radio-opaque internal markers being visible as fiducial markers within the captured image (102; 202), the fiducial markers being 2-D positions of the radio-opaque internal markers in a 2-D plane, estimating a pose of the implant (107; 207) based on the relationship between the 2-D positions of the radio-opaque internal markers and the 3-D positions of the radio-opaque internal markers, retrieving or generating a 3-D model image of the implant (107; 207) at the determined pose using the 3-D implant data, and overlaying the 3-D model image onto the captured image (102; 202), in which the 3-D model image is provided at the estimated pose over the implant (107; 207). capturing an image (102; 202) of an x-ray imaging display device screen by the mobile computing device, the image (102; 202) including the implant (107; 207) and at least two of the radio-opaque internal markers being visible as fiducial markers within the captured image (102; 202), the fiducial markers being 2-D positions of the radio-opaque internal markers in a 2-D plane, estimating a pose of the implant (107; 207) based on the relationship between the 2-D positions of the radio-opaque internal markers and the 3-D positions of the radio-opaque internal markers, retrieving or generating a 3-D model image of the implant (107; 207) at the determined pose using the 3-D implant data, and overlaying the 3-D model image onto the captured image (102; 202), in which the 3-D model image is provided at the estimated pose over the implant (107; 207).
A slide member for furniture application having a slide surface coated with a lacquer comprising a resin, the thickness of the lacquer coated on the slide member being 100 μm or less, wherein said lacquer in turn is at least partly coated with a lipophilic composition coating to provide a slide layer with lowered friction, wherein the lipophilic composition coating comprises compounds comprising C6 to C40 non-aromatic hydrocarbyl groups.