mhurhangee/patent-ind-claim-en huggingface dataset:
A system for removing a tissue specimen through a body opening defining a tissue margin, the system comprising: a shield formed of one continuous band made of flexible cut-resistant material; the band having an inner surface and an outer surface interconnected by a top end and a bottom end and by a first end and a second end ; the band being configured to define a central lumen having a longitudinal axis; the central lumen having a lumen diameter that is perpendicular to the longitudinal axis; wherein the band is split such that the band is movable into a reduced configuration wherein at least a portion of the outer surface at the first end overlaps and is in juxtaposition with the inner surface at the second end to form a spiral and define an overlapping portion; wherein the shield is configured to have a variable lumen diameter by varying the overlapping portion; and a locking mechanism configured to fix the lumen diameter; the locking mechanism including at least one inner abutment formed in the inner surface ; the at least one inner abutment being configured to contact one of the first end or at least one outer abutment formed in the outer surface to define a locked configuration having a locked lumen diameter, characterized in that the band includes a resting configuration defining a resting lumen diameter; the band being configured to have no overlapping portion when in the resting configuration and to spring back towards the resting configuration and resting lumen diameter from an increased or reduced lumen diameter. a shield formed of one continuous band made of flexible cut-resistant material; the band having an inner surface and an outer surface interconnected by a top end and a bottom end and by a first end and a second end ; the band being configured to define a central lumen having a longitudinal axis; the central lumen having a lumen diameter that is perpendicular to the longitudinal axis; wherein the band is split such that the band is movable into a reduced configuration wherein at least a portion of the outer surface at the first end overlaps and is in juxtaposition with the inner surface at the second end to form a spiral and define an overlapping portion; wherein the shield is configured to have a variable lumen diameter by varying the overlapping portion; and a locking mechanism configured to fix the lumen diameter; the locking mechanism including at least one inner abutment formed in the inner surface ; the at least one inner abutment being configured to contact one of the first end or at least one outer abutment formed in the outer surface to define a locked configuration having a locked lumen diameter, characterized in that the band includes a resting configuration defining a resting lumen diameter; the band being configured to have no overlapping portion when in the resting configuration and to spring back towards the resting configuration and resting lumen diameter from an increased or reduced lumen diameter.
Carrying system having - a carrying device for a portable gas exchange device, having: • at least one first carrying strap which is designed to go around a patient's torso and thereby allow the carrying device to be supported on the patient, and • at least one fastening means that is designed to fasten a portable gas exchange device, and - a portable gas exchange device , wherein the gas exchange device has a fastening means that is designed to be complementary to a fastening means of the carrying device , such that the gas exchange device can be fastened, preferably reversibly, to the carrying device , characterized in that the gas exchange device has a housing that has a rear wall that faces the first carrying strap and is curved inward toward the first carrying strap . - a carrying device for a portable gas exchange device, having: • at least one first carrying strap which is designed to go around a patient's torso and thereby allow the carrying device to be supported on the patient, and • at least one fastening means that is designed to fasten a portable gas exchange device, and • at least one first carrying strap which is designed to go around a patient's torso and thereby allow the carrying device to be supported on the patient, and • at least one fastening means that is designed to fasten a portable gas exchange device, - a portable gas exchange device , wherein the gas exchange device has a fastening means that is designed to be complementary to a fastening means of the carrying device , such that the gas exchange device can be fastened, preferably reversibly, to the carrying device ,
Fat composition comprising: greater than 70% by weight stearic acid; from 5% to 20% by weight oleic acid; and from 1% to 10% by weight palmitic acid; said percentages of acids referring to acids bound as acyl groups in glycerides in the fat composition and being based on the total weight of C8 to C24 fatty acids; and greater than 40% by weight of StStSt triglycerides and greater than 10% by weight of PSt 2 triglycerides based on total triglycerides present in the composition, and a weight ratio of PSt 2 :StStSt triglycerides of less than 0.5, wherein P is palmitic acid and St is stearic acid. greater than 70% by weight stearic acid; from 5% to 20% by weight oleic acid; and from 1% to 10% by weight palmitic acid; said percentages of acids referring to acids bound as acyl groups in glycerides in the fat composition and being based on the total weight of C8 to C24 fatty acids; and greater than 40% by weight of StStSt triglycerides and greater than 10% by weight of PSt 2 triglycerides based on total triglycerides present in the composition, and a weight ratio of PSt 2 :StStSt triglycerides of less than 0.5, wherein P is palmitic acid and St is stearic acid.
A method for heating a heat exchange medium in a fluidized bed boiler , the method comprising, at a first period of time, - burning first fuel in a first furnace of the fluidized bed boiler to produce first flue gas , - recovering heat from the first flue gas to a heat exchange medium using a first heat exchanger , - conveying the heat exchange medium from the first heat exchanger to a second heat exchanger , of which at least a part is arranged in contact with a fluidized bed of the fluidized bed boiler , - burning second fuel in a second furnace of the fluidized bed boiler to produce second flue gas , - conveying the heat exchange medium from the second heat exchanger to a third heat exchanger , and - recovering heat from the second flue gas to the heat exchange medium using the third heat exchanger , wherein - the third heat exchanger is not in contact with a fluidized bed of the fluidized bed boiler and - the second flue gas comprises less alkali and halogen than the first flue gas and/or the second fuel comprises less alkali and halogen than the first fuel . - burning first fuel in a first furnace of the fluidized bed boiler to produce first flue gas , - recovering heat from the first flue gas to a heat exchange medium using a first heat exchanger , - conveying the heat exchange medium from the first heat exchanger to a second heat exchanger , of which at least a part is arranged in contact with a fluidized bed of the fluidized bed boiler , - burning second fuel in a second furnace of the fluidized bed boiler to produce second flue gas , - conveying the heat exchange medium from the second heat exchanger to a third heat exchanger , and - recovering heat from the second flue gas to the heat exchange medium using the third heat exchanger , wherein - the third heat exchanger is not in contact with a fluidized bed of the fluidized bed boiler and - the second flue gas comprises less alkali and halogen than the first flue gas and/or the second fuel comprises less alkali and halogen than the first fuel .
A spinal cord stimulator comprising: a pulse generator comprising electronic circuitry configured to generate output current; at least one lead in communication with the generator and configured to extend into the epidural space of a patient's spinal column; and at least one electrode contact located proximate to a distal end of the at least one lead and configured to provide electric stimulation to a portion of a patient's spinal cord, characterised in that the lead comprises conductive carbon fiber. a pulse generator comprising electronic circuitry configured to generate output current; at least one lead in communication with the generator and configured to extend into the epidural space of a patient's spinal column; and at least one electrode contact located proximate to a distal end of the at least one lead and configured to provide electric stimulation to a portion of a patient's spinal cord, characterised in that the lead comprises conductive carbon fiber.
A method for wetting a membrane surface comprising: disposing a membrane surface to be wetted in a local wetting environment including air; flushing the local wetting environment with a flushing gas for a flushing duration that replaces the air in the local wetting environment with the flushing gas; preventing air from entering back into the local wetting environment; and introducing a liquid wetting solution into the local wetting environment while the flushing gas is in the wetting environment, the flushing gas having at least one condition selected from 1) being chemically reactive with the liquid wetting solution to produce a chemical reaction product that is dissolvable in the liquid wetting solution and 2) being dissolvable in the liquid wetting solution. disposing a membrane surface to be wetted in a local wetting environment including air; flushing the local wetting environment with a flushing gas for a flushing duration that replaces the air in the local wetting environment with the flushing gas; preventing air from entering back into the local wetting environment; and introducing a liquid wetting solution into the local wetting environment while the flushing gas is in the wetting environment, the flushing gas having at least one condition selected from 1) being chemically reactive with the liquid wetting solution to produce a chemical reaction product that is dissolvable in the liquid wetting solution and 2) being dissolvable in the liquid wetting solution.
A method operable by a base station to facilitate peer-to-peer, P2P, communication in a wireless network , the wireless network comprising a Long Term Evolution, LTE, network, comprising: designating, at the base station , a first group of subframes in a wide area network, WAN, uplink, UL, spectrum for WAN communication, wherein designating the first group of subframes comprises allocating a first interlace of the WAN UL spectrum as a non-shared interlace, the non-shared interlace comprising a first sequence of UL subframes for the WAN communication; designating, at the base station , a second group of subframes in the WAN UL spectrum for P2P communication, wherein designating the second group of subframes comprises allocating a second interlace of the WAN UL spectrum as a shared interlace, the shared interlace comprising a second sequence of UL subframes where P2P communication is allowed; and allowing, at the base station , P2P mobile entities to use WAN physical layer channels in the second group of subframes to communicate P2P control information and P2P data, wherein the allowing comprises: allowing the P2P mobile entities to use a Physical Uplink Control Channel, PUCCH, to carry the P2P control information; and allowing the P2P mobile entities to use a Physical Downlink Shared Channel, PDSCH, to carry the P2P data. designating, at the base station , a first group of subframes in a wide area network, WAN, uplink, UL, spectrum for WAN communication, wherein designating the first group of subframes comprises allocating a first interlace of the WAN UL spectrum as a non-shared interlace, the non-shared interlace comprising a first sequence of UL subframes for the WAN communication; designating, at the base station , a second group of subframes in the WAN UL spectrum for P2P communication, wherein designating the second group of subframes comprises allocating a second interlace of the WAN UL spectrum as a shared interlace, the shared interlace comprising a second sequence of UL subframes where P2P communication is allowed; and allowing, at the base station , P2P mobile entities to use WAN physical layer channels in the second group of subframes to communicate P2P control information and P2P data, wherein the allowing comprises: allowing the P2P mobile entities to use a Physical Uplink Control Channel, PUCCH, to carry the P2P control information; and allowing the P2P mobile entities to use a Physical Downlink Shared Channel, PDSCH, to carry the P2P data. allowing the P2P mobile entities to use a Physical Uplink Control Channel, PUCCH, to carry the P2P control information; and allowing the P2P mobile entities to use a Physical Downlink Shared Channel, PDSCH, to carry the P2P data.
Flow-rate regulator unit which has an insert housing which is insertable into a fluid line and in which a plurality of throughflow paths are provided, in at least one throughflow path of which in each case one flow-rate regulator which regulates the amount of fluid flowing therethrough per time unit to a pressure-independent determined throughflow value is disposed, and in at least one further throughflow path of which in each case one closing valve which under the pressure of the inflowing fluid is movable counter to a restoring force from an open position into a closing position is provided, wherein the at least one flow-rate regulator and the at least one closing valve in each case have one annular throttle body or valve body (8, 9, 10; 7) of an elastic material, respectively, which under the pressure of the impinging fluid is deformed in such a manner that the at least one flow-rate regulator constricts a regulating gap and the at least one closing valve closes at least one valve opening , and wherein in the insert housing annular ducts are provided, of which at least one first annular duct delimits a housing face of the insert housing as a closing valve , in which housing face at least one second annular duct which is inboard said housing face relative to the first annular duct is provided as flow-rate regulator, and wherein in the interior of the sleeve of the insert housing which is configured so as to be sleeve-shaped a carrier plate which is oriented so as to be transverse to the throughflow direction is provided and which carrier plate has the annular ducts (12; 13, 14, 15), wherein in the housing face which is delimited by the first annular duct of the at least one closing valve at least two inboard second annular ducts of in each case one of the flow-rate regulators are provided, such that the centers of said at least two inboard second annular ducts in each case are disposed outside the part-regions of the housing face which are delimited by the remaining inboard annular ducts of the flow-rate regulators, characterized in that the throttle bodies and valve bodies (8, 9, 10; 7) are secured in the annular ducts (13, 14, 15; 12) assigned thereto by means of a common securing element , and in that the common securing element is held on the interior housing circumference on the housing part-region which is disposed on the inflow side in front of the carrier plate .
A compound having the following structure (II): or a pharmaceutically acceptable salt, tautomer or stereoisomer thereof, wherein: R 10 and R 11 are each independently a straight, saturated alkyl chain containing from 12 to 16 carbon atoms; and z has a mean value ranging from 30 to 60. R 10 and R 11 are each independently a straight, saturated alkyl chain containing from 12 to 16 carbon atoms; and z has a mean value ranging from 30 to 60.
Cleaning apparatus for separating an organic isocyanate prepared by reacting an organic amine with a stoichiometric excess of phosgene in the gas phase from the gaseous crude product obtained in the reaction, comprising a first separation unit having at least - a crude product inlet for a gaseous crude product stream containing at least the isocyanate, hydrogen chloride and unconverted phosgene, - a first liquid inlet for a liquid stream containing at least a quench liquid and - a first liquid outlet for a liquid stream containing at least some of the quench liquid and some of the isocyanate, wherein a first gas conduit for conveying a gas stream containing at least hydrogen chloride, evaporated quench liquid and phosgene departs from the first separation unit , characterized in that at least one addition unit for direct introduction of at least one cooling fluid for an at least partial condensation and/or absorption of the gas stream conductable through the first gas conduit is assigned to the first gas conduit . - a crude product inlet for a gaseous crude product stream containing at least the isocyanate, hydrogen chloride and unconverted phosgene, - a first liquid inlet for a liquid stream containing at least a quench liquid and - a first liquid outlet for a liquid stream containing at least some of the quench liquid and some of the isocyanate,
A method that comprises: obtaining nuclear magnetic resonance (NMR) data; training a radial basis function (RBF) model based on the NMR data and measured total organic carbon (TOC) values; obtaining subsequent NMR data; employing the trained RBF model to predict TOC values based at least in part on the subsequent NMR data; and storing or displaying the predicted TOC values, wherein the predicted TOC values correspond to a rock sample or subsurface formation volume. obtaining nuclear magnetic resonance (NMR) data; training a radial basis function (RBF) model based on the NMR data and measured total organic carbon (TOC) values; obtaining subsequent NMR data; employing the trained RBF model to predict TOC values based at least in part on the subsequent NMR data; and storing or displaying the predicted TOC values, wherein the predicted TOC values correspond to a rock sample or subsurface formation volume.
A method for controlling discharge flow rate of hydraulic pump for construction machine, including a variable displacement hydraulic pump; a swing motor that is driven by working oil of the hydraulic pump to revolving an upper swing structure; a swing operation lever ; a detection means for detecting an operation amount of the swing operation lever ; an electric proportional valve for controlling the working oil supplied to the swing motor from the hydraulic pump; a pressure sensor for detecting a swing pressure generated in the swing motor ; and a controller to which the detected signals are inputted from the detection means and the pressure sensor , the method being characterized by comprising; a step of detecting the operation amount of the swing operation lever and the swing pressure generated in the swing motor; a step of calculating a flow rate required for the swing motor in response to the operation amount of the swing operation lever; and a step of calculating a first gradient value of swing acceleration to increase a discharge flow rate of the hydraulic pump from swing start, when the upper swing structure is to be revolved; a step of correcting the first gradient value to a second gradient value by taking into account a difference between the swing pressure and a preset relief pressure of a relief valve as a reference pressure; and a step of controlling the discharge flow rate of the hydraulic pump so that increasement of the required flow rate is restricted to a flow rate corresponding to the second gradient value.
A pouch designed for oral administration of an active ingredient, the pouch containing a powdered matrix composition comprising: granules comprising a water-soluble composition as a carrier and an amount of one or more cannabinoids. a water-soluble composition as a carrier and an amount of one or more cannabinoids.
A head-mounted device , comprising: a head-mounted housing ; an optical assembly in the head-mounted housing that is configured to provide an image to an eye box ; a gaze tracker ; and a motor configured to position the optical assembly based on a measured eye relief from the gaze tracker and a measured interpupillary distance from the gaze tracker . a head-mounted housing ; an optical assembly in the head-mounted housing that is configured to provide an image to an eye box ; a gaze tracker ; and a motor configured to position the optical assembly based on a measured eye relief from the gaze tracker and a measured interpupillary distance from the gaze tracker .
Method of MR imaging of an object positioned in the examination volume of an MR device , the method comprising the steps of: a) subjecting the object to an imaging sequence comprising RF excitation pulses and switched magnetic field gradients, wherein multiple echo signals are generated at different echo times (TE1, TE2, TE3) after each RF excitation pulse, b) acquiring the echo signals along a set of radial or spiral k-space trajectories covering a given k-space region, wherein each of the echo signals generated after an RF excitation pulse is assigned a different orientation of the radial or spiral trajectory in k-space; c) reconstructing a single echo image for each echo time (TE1, TE2, TE3) from the echo signals acquired; d) deriving high-resolution water, fat, B 0 and/or apparent transverse relaxation time (T 2 *) maps from the single echo images using a deep learning algorithm; and d) synthesizing a high-resolution mammogram from the water, fat, B 0 and/or T 2 * maps, wherein a high-resolution intermediate image is reconstructed from a combination of the echo signals acquired at the different echo times (TE1, TE2, TE3) from the entire k-space region covered by the set of radial or spiral k-space trajectories, wherein the deriving of the high-resolution water, fat, B 0 and/or T 2 * maps is additionally based on the high-resolution intermediate image. a) subjecting the object to an imaging sequence comprising RF excitation pulses and switched magnetic field gradients, wherein multiple echo signals are generated at different echo times (TE1, TE2, TE3) after each RF excitation pulse, b) acquiring the echo signals along a set of radial or spiral k-space trajectories covering a given k-space region, wherein each of the echo signals generated after an RF excitation pulse is assigned a different orientation of the radial or spiral trajectory in k-space; c) reconstructing a single echo image for each echo time (TE1, TE2, TE3) from the echo signals acquired; d) deriving high-resolution water, fat, B 0 and/or apparent transverse relaxation time (T 2 *) maps from the single echo images using a deep learning algorithm; and d) synthesizing a high-resolution mammogram from the water, fat, B 0 and/or T 2 * maps, wherein a high-resolution intermediate image is reconstructed from a combination of the echo signals acquired at the different echo times (TE1, TE2, TE3) from the entire k-space region covered by the set of radial or spiral k-space trajectories, wherein the deriving of the high-resolution water, fat, B 0 and/or T 2 * maps is additionally based on the high-resolution intermediate image.