mhurhangee/patent-ind-claim-en huggingface dataset:
A fixation member delivery system, the fixation member delivery system comprising: an elongate shaft extending along a longitudinal axis; first and second rails extending parallel to the longitudinal axis; a plurality of fixation members arranged sequentially along the longitudinal axis with each fixation member slidably disposed on the first and second rails , wherein the first rail extends through a first aperture of each of the plurality of fixation members , and wherein the second rail extends through a second aperture of each of the plurality of fixation members ; an actuation assembly , the actuation assembly including: a first elongate member including a first plurality of engagement members disposed along the first elongate member with a distal end region of each engagement member of the first elongate member in engagement with one of the fixation members ; a second elongate member including a second plurality of engagement members disposed along the second elongate member with a distal end region of each engagement member of the second elongate member in engagement with one of the fixation members ; wherein cyclical actuation of the actuation assembly is configured to incrementally move the fixation members distally along the first and second rails to deploy each of the plurality of fixation members in sequence. an elongate shaft extending along a longitudinal axis; first and second rails extending parallel to the longitudinal axis; a plurality of fixation members arranged sequentially along the longitudinal axis with each fixation member slidably disposed on the first and second rails , wherein the first rail extends through a first aperture of each of the plurality of fixation members , and wherein the second rail extends through a second aperture of each of the plurality of fixation members ; an actuation assembly , the actuation assembly including: a first elongate member including a first plurality of engagement members disposed along the first elongate member with a distal end region of each engagement member of the first elongate member in engagement with one of the fixation members ; a second elongate member including a second plurality of engagement members disposed along the second elongate member with a distal end region of each engagement member of the second elongate member in engagement with one of the fixation members ; a first elongate member including a first plurality of engagement members disposed along the first elongate member with a distal end region of each engagement member of the first elongate member in engagement with one of the fixation members ; a second elongate member including a second plurality of engagement members disposed along the second elongate member with a distal end region of each engagement member of the second elongate member in engagement with one of the fixation members ; wherein cyclical actuation of the actuation assembly is configured to incrementally move the fixation members distally along the first and second rails to deploy each of the plurality of fixation members in sequence.
A printer comprising: - a print station ; - a media transport mechanism arranged for conveying print media on a transport path past the print station , the transport mechanism having a support surface for supporting the media ; and - a vacuum device arranged for attracting the media against the support surface on a section of the transport path downstream of the print station , wherein the vacuum device is divided, in the direction along the transport path into at least two segments in which the media are attractable with different non-zero suction pressures, wherein the suction device has an upstream segment and a separate downstream segment characterized in that the suction pressure in the upstream segment is larger than the suction pressure in the downstream segment . - a print station ; - a media transport mechanism arranged for conveying print media on a transport path past the print station , the transport mechanism having a support surface for supporting the media ; and - a vacuum device arranged for attracting the media against the support surface on a section of the transport path downstream of the print station ,
A nozzle for a spraying device and forming a pipe able to transport propellant air and comprising, on its distal end, a pavilion , characterised in that an end edge of the pavilion , forming an opening of the pavilion , comprises at least one tooth and in that the interior of the nozzle comprises spurs and/or blades .
A method of processing spent nuclear fuel, comprising: obtaining spent nuclear fuel dissolved in an acidic medium; contacting the dissolved spent nuclear fuel with an octadentate ligand and an organic phase to generate a mixture; and separating an aqueous phase enriched for Pu 4+ from the mixture, wherein the octadentate ligand is a hydroxypyridonate ligand. obtaining spent nuclear fuel dissolved in an acidic medium; contacting the dissolved spent nuclear fuel with an octadentate ligand and an organic phase to generate a mixture; and separating an aqueous phase enriched for Pu 4+ from the mixture, wherein the octadentate ligand is a hydroxypyridonate ligand.
A sawhorse comprising a first support frame and a second support frame , each having a first surface and a second surface , respectively, said second support frame articulated to the first support frame, whereby the sawhorse is manipulable between at least one collapsed position and at least one deployed position; and wherein at least one of the first surface and the second surface of at least one of the first support frame and the second support frame is configured with an array of articulation locations for detachably attaching one or more utility units to the sawhorse and for detachably attaching the sawhorse to a carrying member, characterized in that a face of at least one of the first support frame and the second support frame defines an articulation face, and the articulating locations comprise at least one male coupler at one of the articulation face and a face of the utility unit, and a female coupler at the other one of the articulation face and the face of the utility unit, said female coupler having a depressed locking location configured with at least one locking rib extending above a depressed plane and along an engaging sliding path , and having an open edge facing in a first sense; said male coupler having a projecting locking location disposed in register with said depressed locking location and configured with at least one locking tongue extending along the engaging sliding path at a second sense, opposite to said first sense, and configured for arresting engagement at a space between said locking rib and depressed plane.
A method, comprising: receiving a request to transition a computing system from a first state to a second state; compiling a respective manifest for each of a plurality of processors of the computing system, wherein each manifest comprises a transition identifier representing a command to transition from the first state to the second state and an action time for executing, by each of the plurality of processors, one or more operations associated with the transition identifier, wherein the action time is based on a respective manifest time received from each respective processor of the plurality of processors, wherein the manifest time corresponds to an advance time required by the plurality of processors before executing the one or more operations; dispatching the respective manifests to the plurality of processors; and receiving status reports from the plurality of processors regarding the transition from the first state to the second state. receiving a request to transition a computing system from a first state to a second state; compiling a respective manifest for each of a plurality of processors of the computing system, wherein each manifest comprises a transition identifier representing a command to transition from the first state to the second state and an action time for executing, by each of the plurality of processors, one or more operations associated with the transition identifier, wherein the action time is based on a respective manifest time received from each respective processor of the plurality of processors, wherein the manifest time corresponds to an advance time required by the plurality of processors before executing the one or more operations; dispatching the respective manifests to the plurality of processors; and receiving status reports from the plurality of processors regarding the transition from the first state to the second state.
An occlusion device comprising: (a) a substantially solid marker band having an inner and outer diameter, a proximal end, and a distal end; and (b) a resilient mesh body attached within the marker band , wherein the body has a length y, wherein the body extends distally from the marker band and wherein the body has a first delivery shape and a second expandable deployed shape which is in the shape of an inverted mushroom; characterised in that the device comprises a mass of additional resilient mesh material of a length x arranged within said body , wherein y is greater than x.
A method for performing hybrid automatic repeat request feedback, comprising: adding or removing , by a terminal, hybrid automatic repeat request acknowledge, HARQ-ACK, of a semi-persistent scheduling physical downlink shared channel, SPS PDSCH, in an HARQ-ACK codebook transmitted on a physical uplink control channel, PUCCH, or a physical uplink shared channel, PUSCH; and transmitting , by the terminal, a processed HARQ-ACK codebook. adding or removing , by a terminal, hybrid automatic repeat request acknowledge, HARQ-ACK, of a semi-persistent scheduling physical downlink shared channel, SPS PDSCH, in an HARQ-ACK codebook transmitted on a physical uplink control channel, PUCCH, or a physical uplink shared channel, PUSCH; and transmitting , by the terminal, a processed HARQ-ACK codebook.
Method for determining a ground class in a motor vehicle describing a ground driven upon, which motor vehicle has at least one radar sensor with an antenna arrangement permitting an angle measurement in two planes perpendicular to one another, characterised in that radar data, originating from the ground driven upon, from the radar sensor are identified on the basis of the angle measurement and from this at least one reflective property of the ground is derived, wherein the ground is assigned to one of at least two ground classes describing respectively at least one road surface by means of a classifier evaluating the reflective property, wherein as ground classes are used at least one asphalt class describing a smooth ground driven upon and a gravel class describing a gravel ground, wherein as reflection property is determined a dispersion property describing a dispersion of the radar waves, wherein an asphalt class is assumed in the case of a lower dispersion, in particular undershooting a first threshold value, and a gravel class is assumed in the case of a stronger dispersion, in particular exceeding the first threshold value and/or a second threshold value selected as greater than the first threshold value and/or having a high level of evenness.
A chemical fluid injection device comprising: a casing including a needle penetration hole ; a button exposed outside the casing ; a needle holder located in the casing and coupled to a needle (ND), the needle holder facing the needle penetration hole and configured to be driven toward the needle penetration hole by operation of the button ; a sensor located in the casing characterized in that the sensor is configured to sense whether the needle holder is adjacent to the needle penetration hole ; and wherein a controller is electrically connected to the sensor . a casing including a needle penetration hole ; a button exposed outside the casing ; a needle holder located in the casing and coupled to a needle (ND), the needle holder facing the needle penetration hole and configured to be driven toward the needle penetration hole by operation of the button ; a sensor located in the casing characterized in that the sensor is configured to sense whether the needle holder is adjacent to the needle penetration hole ; and wherein a controller is electrically connected to the sensor .
A nonreturn valve for a screw of a plasticising unit of an injection-moulding machine, comprising two half-shells , which can be arranged in a portion of the screw with reduced screw diameter, wherein in each of the half-shells one or more channels are provided for melt to flow through from the screw into the space in front of the screw, wherein the channels lie substantially parallel to the longitudinal axis of the nonreturn valve or respectively to the longitudinal axis of the screw , wherein in each of the channels there are provided a ball and, following the ball as seen in the direction of flow of the melt, a pin , wherein the pin is arranged substantially transversely to the direction of flow of the melt, wherein the channels , as seen in the direction of flow of the melt have respectively a first channel portion with a channel diameter smaller than the ball diameter, and a second channel portion with a channel diameter greater than the ball diameter, and wherein ball and pin are arranged in the second channel portion .
A separator device for separating a fluid, in particular a lubricant from a coolant fluid, comprising - a separating cylinder with an inlet area having at least one inlet for the coolant fluid and an outlet area spaced apart from the latter in an axial direction for the separated fluid, - a separating tube arranged coaxially in the separating cylinder , which extends at least over the inlet area of the separating cylinder in such a way that the separating tube is spaced apart from the separating cylinder in a radial direction in the inlet area , and - a spring-loaded closure element arranged in the inlet area , which is designed to self-regulate the flow rate of the volume flow of coolant fluid flowing through the at least one inlet , characterized in that the spring-loaded closure element is designed as a curved leaf spring , wherein the leaf spring has a curvature radius that is smaller than half the inner diameter of the separating cylinder . - a separating cylinder with an inlet area having at least one inlet for the coolant fluid and an outlet area spaced apart from the latter in an axial direction for the separated fluid, - a separating tube arranged coaxially in the separating cylinder , which extends at least over the inlet area of the separating cylinder in such a way that the separating tube is spaced apart from the separating cylinder in a radial direction in the inlet area , and - a spring-loaded closure element arranged in the inlet area , which is designed to self-regulate the flow rate of the volume flow of coolant fluid flowing through the at least one inlet , characterized in that the spring-loaded closure element is designed as a curved leaf spring , wherein the leaf spring has a curvature radius that is smaller than half the inner diameter of the separating cylinder .
. A dilute wastewater treatment system comprising: a separation subsystem (Stage A) configured to receive dilute wastewater having a chemical oxygen demand (COD) that is less than 1000 mg/l and separate the wastewater into a product stream containing a low concentration of organic material and a reject stream containing a high concentration of organic material, the separation subsystem comprising a settling chamber configured to receive the dilute wastewater and collect particulate and colloidal matter in a bottom of the settling chamber and a first filtration unit having an ultrafiltration membrane configured to receive wastewater from a point above the bottom of the settling chamber and filter the wastewater to produce permeate and concentrate, wherein the reject stream is slurry output from the bottom of the settling chamber or concentrate from the first filtration unit; and a conversion subsystem (Stage B) configured to receive the reject stream from the separation subsystem and anaerobically treat the reject stream, the conversion subsystem being configured as an anaerobic membrane bioreactor that includes an anaerobic bioreactor configured to receive the reject stream and to break down the organic material within the reject stream using microbes, the anaerobic membrane bioreactor further including a second filtration unit having an ultrafiltration membrane configured to receive slurry from the anaerobic bioreactor and filter the slurry to produce permeate and concentrate. a separation subsystem (Stage A) configured to receive dilute wastewater having a chemical oxygen demand (COD) that is less than 1000 mg/l and separate the wastewater into a product stream containing a low concentration of organic material and a reject stream containing a high concentration of organic material, the separation subsystem comprising a settling chamber configured to receive the dilute wastewater and collect particulate and colloidal matter in a bottom of the settling chamber and a first filtration unit having an ultrafiltration membrane configured to receive wastewater from a point above the bottom of the settling chamber and filter the wastewater to produce permeate and concentrate, wherein the reject stream is slurry output from the bottom of the settling chamber or concentrate from the first filtration unit; and a conversion subsystem (Stage B) configured to receive the reject stream from the separation subsystem and anaerobically treat the reject stream, the conversion subsystem being configured as an anaerobic membrane bioreactor that includes an anaerobic bioreactor configured to receive the reject stream and to break down the organic material within the reject stream using microbes, the anaerobic membrane bioreactor further including a second filtration unit having an ultrafiltration membrane configured to receive slurry from the anaerobic bioreactor and filter the slurry to produce permeate and concentrate.
A machine for making a protective joint about an annular junction portion of a pipeline, the machine comprising a guide system , which is selectively clampable about a pipeline extending along a longitudinal axis (A) on opposite sides of an annular junction portion , and is configured for defining an annular path about the annular junction portion ; and an extrusion die moveable along the annular path and configured for applying a protective foil about the annular junction portion ; the machine being characterized by comprising at least a heating unit moveable along the annular path and configured for heating the annular junction portion ; and at least a spray unit moveable along the annular path and configured for applying at least one polymer material to the annular junction portion .
A method of manufacturing a structural element of a gliding board, said element comprising: - a continuous lower wall and an upper wall having a median longitudinal plane perpendicular to said lower wall (12, 5 12), - a set of junction portions distributed over the length of the structural element , each junction portion engaging with the lower and upper walls, said junction portions being separated by openings extending along the width of the structural element , wherein the junction portions and the lower and upper walls are produced by additive manufacturing, that is to say by layer-by-layer deposition of material, the layers being stacked on top of each other either in the width direction of the structural element or in the thickness direction of the structural element . - a continuous lower wall and an upper wall having a median longitudinal plane perpendicular to said lower wall (12, 5 12), - a set of junction portions distributed over the length of the structural element , each junction portion engaging with the lower and upper walls, said junction portions being separated by openings extending along the width of the structural element , wherein the junction portions and the lower and upper walls are produced by additive manufacturing, that is to say by layer-by-layer deposition of material, the layers being stacked on top of each other either in the width direction of the structural element or in the thickness direction of the structural element .
A medical instrument comprising: a medical instrument body which has a long length and flexibility and is suitable to be inserted into a body cavity; a lumen which is formed in the medical instrument body along a longitudinal direction of the medical instrument body ; an operating wire which is accommodated in the lumen , extends along a longitudinal direction of the lumen , and is slidable in the longitudinal direction of the lumen , the operating wire allowing the medical instrument body to be bent by an operation of pulling the operating wire ; and a lubricating liquid which adheres to at least a surface of the operating wire , wherein the operating wire is a stranded wire formed by stranding a plurality of thin wires together, a portion of the lubricating liquid is held in a gap between the adjacent thin wires , in the transverse cross-section of the operating wire , in an intermediate portion between the adjacent thin wires , the lubricating liquid is present inside a circumscribed circle which circumscribes the operating wire , and in each of the thin wires , a small groove that extends in the longitudinal direction thereof is formed, the lubricating liquid being held in the grooves. a medical instrument body which has a long length and flexibility and is suitable to be inserted into a body cavity; a lumen which is formed in the medical instrument body along a longitudinal direction of the medical instrument body ; an operating wire which is accommodated in the lumen , extends along a longitudinal direction of the lumen , and is slidable in the longitudinal direction of the lumen , the operating wire allowing the medical instrument body to be bent by an operation of pulling the operating wire ; and a lubricating liquid which adheres to at least a surface of the operating wire , wherein the operating wire is a stranded wire formed by stranding a plurality of thin wires together, a portion of the lubricating liquid is held in a gap between the adjacent thin wires , in the transverse cross-section of the operating wire , in an intermediate portion between the adjacent thin wires , the lubricating liquid is present inside a circumscribed circle which circumscribes the operating wire , and in each of the thin wires , a small groove that extends in the longitudinal direction thereof is formed, the lubricating liquid being held in the grooves.
A method for machining a glass pane , wherein the edge of the glass pane is machined using at least one grinding tool , in that the glass pane and the grinding tool, which is set in rotation by means of a motor , are moved relative to one another, wherein a variable (I) that is a function of the power consumption of the motor used to drive the grinding tool is detected along at least a section of the edge being machined, characterized in that the variable (I) is evaluated to determine an offset of the glass pane with respect to a target position , wherein the offset of the glass pane is defined by one or more of the following parameters: - a shift along a first linear axis (x), - a shift along a second linear axis (y), - a rotation around a rotation axis, and wherein the determined offset is taken into account in a subsequent cycle of machining. - a shift along a first linear axis (x), - a shift along a second linear axis (y), - a rotation around a rotation axis,