mhurhangee/patent-ind-claim-en huggingface dataset:
A method for providing side channel access to a first hardware resource in a system having a plurality of hardware resources , a USB device controller that supports USB streams, a logical unit number (LUN) arbiter coupled between (i) the USB device controller and an internal bus and (ii) a secondary interface and the internal bus , at least one hardware controller (120a; 1020b) the method comprising: generating first and second USB packets for accessing the at least one hardware controller ; transmit the first USB packet to the USB device controller via a USB interface; and transmitting the second USB packet to the side channel interface unit by tunneling the second USB packet over a side channel interface communication protocol; forwarding by the USB device controller the first USB packet to the LUN arbiter as a first USB stream, forwarding by the side channel interface the second USB packet to the LUN arbiter as a second USB stream, and determining by the LUN arbiter an access priority between the first and second USB streams. generating first and second USB packets for accessing the at least one hardware controller ; transmit the first USB packet to the USB device controller via a USB interface; and transmitting the second USB packet to the side channel interface unit by tunneling the second USB packet over a side channel interface communication protocol; forwarding by the USB device controller the first USB packet to the LUN arbiter as a first USB stream, forwarding by the side channel interface the second USB packet to the LUN arbiter as a second USB stream, and determining by the LUN arbiter an access priority between the first and second USB streams.
A blending device for blending a sample held in a sealable open mouthed sample bag, the device comprising; a bag receiving portion for receiving a sample bag carrying a sample, which bag receiving portion comprises a carrier support surface for supporting a sample bag disposed in the bag receiving portion, and kneading means for acting on a wall of a sample bag disposed in the bag receiving portion so as to blend a carried sample, wherein the kneading means are arranged to act against the carrier support surface, characterized in that the bag receiving portion further comprises an adjustable bag support for supporting the bottom of a sample bag. a bag receiving portion for receiving a sample bag carrying a sample, which bag receiving portion comprises a carrier support surface for supporting a sample bag disposed in the bag receiving portion, and kneading means for acting on a wall of a sample bag disposed in the bag receiving portion so as to blend a carried sample, wherein the kneading means are arranged to act against the carrier support surface, characterized in that the bag receiving portion further comprises an adjustable bag support for supporting the bottom of a sample bag.
A high strength spring containing, by mass%, C: 0.40 to 0.50%, Si: 1.00 to 3.00%, Mn: 0.30 to 1.20%, Ni: 0.05 to 0.50%, Cr: 0.35 to 1.50%, Mo: 0.03 to 0.50%, Cu: 0.05 to 0.50%, Al: 0.005 to 0.100%, V: 0.05 to 0.50%, Nb: 0.005 to 0.150%, N: 0.0100 to 0.0200%, P: limited to be less than or equal to 0.015%, S: limited to be less than or equal to 0.010%, and the balance of Fe and inevitable impurities, wherein a Nb-compound including at least one of Nb-carbide, Nb-nitride and Nb-carbonitride is included, and wherein a V-compound including at least one of V-carbide and V-carbonitride that is precipitated around the Nb-compound is included, and wherein the number of the complex precipitates, formed by the Nb-compound and the V-compound precipitated around the Nb-compound, per unit is greater than or equal to 100/mm 2 and less than or equal to 100 000/mm 2 .
A device for monitoring a patient to evaluate a heart failure condition of a patient comprising: a non-contact sensor configured to monitor the patient and to generate data representing a signal representative of the patient's respiratory airflow, wherein the non-contact sensor is one of an ultrasonic screening sensor, and a biomotion sensor, and a controller , coupled with the non-contact sensor , the controller configured to control a determination of a heart failure condition change indicator based on the non-contact sensor data, the indicator representing information about a change in a heart failure condition of the patient that indicates onset of acute decompensation. wherein the controller is configured to: determine at least one respiratory parameter from the non-contact sensor data; and compare the respiratory parameter with a threshold to determine the heart failure condition change indicator, wherein the respiratory parameter is a number of hypopneas. a non-contact sensor configured to monitor the patient and to generate data representing a signal representative of the patient's respiratory airflow, wherein the non-contact sensor is one of an ultrasonic screening sensor, and a biomotion sensor, and a controller , coupled with the non-contact sensor , the controller configured to control a determination of a heart failure condition change indicator based on the non-contact sensor data, the indicator representing information about a change in a heart failure condition of the patient that indicates onset of acute decompensation. wherein the controller is configured to: determine at least one respiratory parameter from the non-contact sensor data; and compare the respiratory parameter with a threshold to determine the heart failure condition change indicator, wherein the respiratory parameter is a number of hypopneas. determine at least one respiratory parameter from the non-contact sensor data; and compare the respiratory parameter with a threshold to determine the heart failure condition change indicator, wherein the respiratory parameter is a number of hypopneas.
An apparatus for checking the security element of a value document, in particular of a bank note , with - at least one sensor (21-23) for capturing electromagnetic radiation emanating from along a dimension (x, y) of the security element and for generating a sensor signal pattern (S1) along said dimension (x, y) of the security element , which corresponds to the captured electromagnetic radiation, and - an evaluation device for checking the value document, which is configured to ascertain from the sensor signal pattern (S1) a binary signal pattern (S3) which has only two different signal values along said one dimension (x, y) of the security element , characterized in that the evaluation device is configured to check the security element with the help of the binary signal pattern (S3) with regard to a microwriting of the security element, wherein the evaluation device is configured to check the security element with the help of the binary signal pattern (S3) for the presence and/or the arrangement of sections (B, U) of the security element which are inscribed with microwriting and which are uninscribed. - at least one sensor (21-23) for capturing electromagnetic radiation emanating from along a dimension (x, y) of the security element and for generating a sensor signal pattern (S1) along said dimension (x, y) of the security element , which corresponds to the captured electromagnetic radiation, and - an evaluation device for checking the value document, which is configured to ascertain from the sensor signal pattern (S1) a binary signal pattern (S3) which has only two different signal values along said one dimension (x, y) of the security element , characterized in that the evaluation device is configured to check the security element with the help of the binary signal pattern (S3) with regard to a microwriting of the security element, wherein the evaluation device is configured to check the security element with the help of the binary signal pattern (S3) for the presence and/or the arrangement of sections (B, U) of the security element which are inscribed with microwriting and which are uninscribed.
A feminine hygiene pad comprising a liquid-permeable topsheet, a liquid-impermeable backsheet, and an absorbent layer disposed between the topsheet and the backsheet, wherein the topsheet comprises a fibrous nonwoven web material comprising hydrophilic fibers; wherein the absorbent layer comprises an open-celled foam formed through polymerization of a HIPE; wherein the topsheet and the absorbent layer are disposed in direct face-to-face relationship with each other, and attached to each other within a bonding region of at least 15 cm 2 , more preferably at least 30 cm 2 , and even more preferably at least half of a surface area of a wearer-facing surface of the absorbent layer wherein within the bonding region, each first identifiable point of attachment between the topsheet and the absorbent layer has a neighboring second identifiable point of attachment between the topsheet and the absorbent layer within a 6 mm radius of the first identifiable point of attachment, and wherein the absorbent layer comprises at least two absorbent sublayers comprising a relatively larger-celled, wearer-facing sublayer disposed in contact with a relatively smaller-celled, outward-facing sublayer. wherein the absorbent layer comprises an open-celled foam formed through polymerization of a HIPE; wherein the topsheet and the absorbent layer are disposed in direct face-to-face relationship with each other, and attached to each other within a bonding region of at least 15 cm 2 , more preferably at least 30 cm 2 , and even more preferably at least half of a surface area of a wearer-facing surface of the absorbent layer wherein within the bonding region, each first identifiable point of attachment between the topsheet and the absorbent layer has a neighboring second identifiable point of attachment between the topsheet and the absorbent layer within a 6 mm radius of the first identifiable point of attachment, and wherein the absorbent layer comprises at least two absorbent sublayers comprising a relatively larger-celled, wearer-facing sublayer disposed in contact with a relatively smaller-celled, outward-facing sublayer.
Wind generation means comprising at least one wind generation wall comprising a plurality of wind generation units provided next to each other along at least a first and a second directions so as to form the at least one wind generation wall , wherein each wind generation unit of said plurality of wind generation units comprises at least two ventilation units , each ventilation unit within the wind generation unit being individually controlled characterized in that each ventilation unit is composed of two contra-rotative ventilation fans mounted in series, and in that each wind generation unit of said plurality of wind generation units comprises at least one control unit adapted to control said ventilation units individually, so as to generate an specific wind profile both in space and in time in an air flow path and so as to vary a generated wind physical property of said each wind generation unit along said at least first and second directions, and in that said plurality of wind generation units are detachably attached to each other so that the size and shape of the said wind generation wall can be varied, and further comprising, in the air flow path, a first frame having a honeycomb structure and a second frame providing a plurality of homogenization chambers mounted to the wind generation units , wherein each ventilation unit is provided with its specific homogenization chamber . at least one wind generation wall comprising a plurality of wind generation units provided next to each other along at least a first and a second directions so as to form the at least one wind generation wall , wherein each wind generation unit of said plurality of wind generation units comprises at least two ventilation units , each ventilation unit within the wind generation unit being individually controlled characterized in that each ventilation unit is composed of two contra-rotative ventilation fans mounted in series, and in that each wind generation unit of said plurality of wind generation units comprises at least one control unit adapted to control said ventilation units individually, so as to generate an specific wind profile both in space and in time in an air flow path and so as to vary a generated wind physical property of said each wind generation unit along said at least first and second directions, and in that said plurality of wind generation units are detachably attached to each other so that the size and shape of the said wind generation wall can be varied, and further comprising, in the air flow path, a first frame having a honeycomb structure and a second frame providing a plurality of homogenization chambers mounted to the wind generation units , wherein each ventilation unit is provided with its specific homogenization chamber .
Insertion device for inserting at least one packing section for a gas/liquid separation column into a cylindrical casing , wherein a deployment module has a main member , centred around a main axis of the insertion device, and a plurality of peripheral members arranged circumferentially and evenly around the main axis , each of the peripheral members contributing to forming the support of a gripping device which has a support forming a chassis and retaining means connected to this support and distributed angularly so as to surround the packing section that is to be gripped, at least one of the retaining means having movable shoes respectively intended to be in contact with a peripheral edge of the packing section and a plurality of platforms disposed in at least two stages , each platform bearing articulation means able to interact with a platform of a different stage or one of the movable shoes , by bearing a respective one of the retaining means configured to grip a packing section , the deployment module being able to modify the dimension of the insertion device in order to adjust the position of the retaining means around the packing section that is to be gripped by modifying a radial distance between the main member and each of the peripheral members .
A document having an integrated display device comprising image elements for a coloured rendition, wherein at least one first partial amount of the image elements is configured for the radiation of light of a first spectral composition for generating a colour perception, and wherein at least one second partial amount of the image elements is configured for the radiation of light of a second spectral composition for generating the same colour perception, wherein information is hard-coded in the spatial arrangement of image elements of the first and second partial amounts, comprising a memory region for storing data that is to be rendered by the image elements of the display device, wherein the document is an electronic motor vehicle registration plate, wherein the data relate to a registration number of a vehicle, wherein the hard-coded information relates to a vehicle parameter and/or a fee status, and comprising control means for the display device, wherein the control means are designed such that the display device is controlled to render the registration number, and the hard-coded information is output via the selection of the first spectral composition or the second spectral composition depending on the spatial arrangement of an image element.
An article of footwear comprising: a sole structure ; a strobel including a footbed disposed on the sole structure , and a peripheral wall extending transversely from the footbed to a terminal edge above the sole structure ; and an upper attached to the terminal edge of the strobel along a peripheral seam . a sole structure ; a strobel including a footbed disposed on the sole structure , and a peripheral wall extending transversely from the footbed to a terminal edge above the sole structure ; and an upper attached to the terminal edge of the strobel along a peripheral seam .
A method for identifying reticulocytes in a blood sample deposited on a substrate, the method comprising: illuminating the sample with incident light at two different wavelengths, obtaining a two-dimensional image of the sample corresponding to a first one of the wavelengths, and obtaining a two-dimensional image of the sample corresponding to a second one of the wavelengths; analyzing the images to identify a set of representative red blood cells; determining an area of each of the red blood cells in the set; determining a color value of each of the red blood cells in the set; and for each one of the red blood cells in the set, identifying the red blood cell as a reticulocyte if the area of the red blood cell exceeds an area cutoff value and the color value of the red blood cell is less than a color cutoff value, wherein the color value of each one of the red blood cells comprises a difference between optical density values of the red blood cell at the two illumination wavelengths. illuminating the sample with incident light at two different wavelengths, obtaining a two-dimensional image of the sample corresponding to a first one of the wavelengths, and obtaining a two-dimensional image of the sample corresponding to a second one of the wavelengths; analyzing the images to identify a set of representative red blood cells; determining an area of each of the red blood cells in the set; determining a color value of each of the red blood cells in the set; and for each one of the red blood cells in the set, identifying the red blood cell as a reticulocyte if the area of the red blood cell exceeds an area cutoff value and the color value of the red blood cell is less than a color cutoff value, wherein the color value of each one of the red blood cells comprises a difference between optical density values of the red blood cell at the two illumination wavelengths.
A control system for an optical coherence tomography imaging system for real-time imaging of a subject , the subject including a tissue material of interest , the control system being configured to: control the optical coherence tomography imaging system to scan the subject by means of optical coherence tomography for acquiring intensity scan data , and process the intensity scan data to provide image data to be visualized on display means , the control system being characterized in that for a selected range (R S ) of intensity (I), correlated to the tissue material of interest , the image data is determined based on a selected conversion scale (S S ) that is different from a conversion scale (S O ) for intensity outside the selected range (R S ). control the optical coherence tomography imaging system to scan the subject by means of optical coherence tomography for acquiring intensity scan data , and process the intensity scan data to provide image data to be visualized on display means , the control system being characterized in that for a selected range (R S ) of intensity (I), correlated to the tissue material of interest , the image data is determined based on a selected conversion scale (S S ) that is different from a conversion scale (S O ) for intensity outside the selected range (R S ).
A packing holder for holding a packing stack on a longitudinal axis and depositing the packing stack in a pump cylinder , the packing holder comprising: a body ; a handle disposed at a first end of the body ; and a plurality of fingers extending axially from a second end of the body , wherein the plurality of fingers are configured to flex to reduce a cross-sectional area defined by distal ends of the plurality of fingers in response to the packing stack passing over the distal ends of the plurality of fingers . a body ; a handle disposed at a first end of the body ; and
Lengthwise adjustment unit of a seat, in particular, of a seat in a motor vehicle, comprising: - a housing with a through opening that is disposed along a longitudinal axis and which comprises a first spindle opening and a second spindle opening , - a spindle with a spindle outer thread that can be inserted through the through opening along the longitudinal axis through the housing , - a spindle nut with a spindle inner thread , and - a screw that drives the spindle nut and that is mounted in the housing by means of a two-sided bearing flange , - wherein the spindle nut in the housing is rotatable in both directions and is axially mounted, - wherein at least one connection means is provided, by means of which the spindle is non-rotatably connected to the spindle nut , and - wherein the at least one connection means is a spindle locknut that can be tightened with the spindle nut in the manner of a counter nut. - a housing with a through opening that is disposed along a longitudinal axis and which comprises a first spindle opening and a second spindle opening , - a spindle with a spindle outer thread that can be inserted through the through opening along the longitudinal axis through the housing , - a spindle nut with a spindle inner thread , and - a screw that drives the spindle nut and that is mounted in the housing by means of a two-sided bearing flange , - wherein the spindle nut in the housing is rotatable in both directions and is axially mounted, - wherein at least one connection means is provided, by means of which the spindle is non-rotatably connected to the spindle nut , and - wherein the at least one connection means is a spindle locknut that can be tightened with the spindle nut in the manner of a counter nut.
A surgical implant comprising: an implantable body formed at least in part of a metal sized and configured to be inserted in a disc space between vertebral bodies, the body comprising an upper surface and a lower surface , wherein at least one of the upper surface and the lower surface comprises a surface treatment which contains primary cavities and secondary cavities , the primary cavities being larger than the secondary cavities and having an average length ranging from 20-500 micrometers, and the secondary cavities having an average depth of between 2 nanometers to 15 micrometers and an average width of between 5 nanometers and 1 micrometer and wherein the secondary cavities are disposed within the primary cavities wherein the surface treatment comprises recasted material adjacent to 90-100% of the primary cavities . an implantable body formed at least in part of a metal sized and configured to be inserted in a disc space between vertebral bodies, the body comprising an upper surface and a lower surface , wherein at least one of the upper surface and the lower surface comprises a surface treatment which contains primary cavities and secondary cavities , wherein the secondary cavities are disposed within the primary cavities wherein the surface treatment comprises recasted material adjacent to 90-100% of the primary cavities .
A storm water management system comprising a first conduit , a storage device , a first well and a valve , wherein the storage device comprises a coherent man-made vitreous fibre module , wherein the coherent man-made vitreous fibre module comprises an upper passage and a lower passage , wherein the upper passage is in fluid communication with the first conduit , and wherein the lower passage is connected to the first well by the valve characterised in that the system further comprises a bypass apparatus wherein the bypass apparatus is in fluid communication with the first conduit and the upper passage and is for directing water into the upper passage and/or into the first well. wherein the coherent man-made vitreous fibre module comprises an upper passage and a lower passage , wherein the upper passage is in fluid communication with the first conduit , and wherein the lower passage is connected to the first well by the valve characterised in that the system further comprises a bypass apparatus wherein the bypass apparatus is in fluid communication with the first conduit and the upper passage and is for directing water into the upper passage and/or into the first well.