mhurhangee/patent-ind-claim-en huggingface dataset:
A method of transmitting over a medium in a network from a first node to a second node , the first node including a memory, a circuit operatively coupled to a port, and a processor operatively coupled to the circuit and the memory, the method being performed by the first node and comprising: determining whether a third node is actively communicating with a fourth node ; and if so, then determining, by the first node , whether the first node has packets destined for the second node stored in the memory; determining a number of packets to transmit based on a number of packets that the first node can transmit to the second node with the second node acknowledging receipt thereof in the remaining time that the third node is actively communicating with the fourth node ; and transmitting the number of the packets from the first node to the second node concurrently with the transmission from the third node to the fourth node , if the first node determines that the transmission from the third node is unreceivable by the second node , wherein the first node traverses its packet queue such that the number of the packets transmitted from the first node to the second node concurrently with the transmission from the third node to the fourth node can fit in the remaining time that the third node is actively communicating with the fourth node . determining whether a third node is actively communicating with a fourth node ; and if so, then determining, by the first node , whether the first node has packets destined for the second node stored in the memory; determining a number of packets to transmit based on a number of packets that the first node can transmit to the second node with the second node acknowledging receipt thereof in the remaining time that the third node is actively communicating with the fourth node ; and transmitting the number of the packets from the first node to the second node concurrently with the transmission from the third node to the fourth node , if the first node determines that the transmission from the third node is unreceivable by the second node , wherein the first node traverses its packet queue such that the number of the packets transmitted from the first node to the second node concurrently with the transmission from the third node to the fourth node can fit in the remaining time that the third node is actively communicating with the fourth node .
A system for 4D electromagnetic tomographic (EMT) dynamic fused imaging of biological tissues , the system comprising: a plurality of electromagnetic field sources for generating an electromagnetic field domain in a target area; a plurality of electromagnetic field detectors for detecting at least a portion of the electromagnetic field domain in the target area; a working chamber for positioning a biological tissue within the target area; a controller , operably coupled to the plurality of electromagnetic field sources and the electromagnetic field detectors to cause electromagnetic fields generated by a selected plurality of the electromagnetic field sources to be received by a selected plurality of the electromagnetic field detectors after interacting with the biological tissue; a module for measuring interference characteristics of the electromagnetic field caused at least by the electromagnetic field generated by the biological tissue; and characterised in that the system comprises: an imaging computer for determining a fused anatomical and functional image of the biological tissue, including: an attenuation versus boundary problems assessment block , an images reconstruction block , a differential image formation block , a motion correction block , and fused images formation block . a plurality of electromagnetic field sources for generating an electromagnetic field domain in a target area; a plurality of electromagnetic field detectors for detecting at least a portion of the electromagnetic field domain in the target area; a working chamber for positioning a biological tissue within the target area; a controller , operably coupled to the plurality of electromagnetic field sources and the electromagnetic field detectors to cause electromagnetic fields generated by a selected plurality of the electromagnetic field sources to be received by a selected plurality of the electromagnetic field detectors after interacting with the biological tissue; a module for measuring interference characteristics of the electromagnetic field caused at least by the electromagnetic field generated by the biological tissue; and characterised in that the system comprises: an imaging computer for determining a fused anatomical and functional image of the biological tissue, including: an attenuation versus boundary problems assessment block , an images reconstruction block , a differential image formation block , a motion correction block , and fused images formation block . an attenuation versus boundary problems assessment block , an images reconstruction block , a differential image formation block , a motion correction block , and fused images formation block .
A dosage form comprising a) at least one functionalized calcium carbonate-comprising material (FCC), which is a reaction product of natural ground calcium carbonate or precipitated calcium carbonate with carbon dioxide and one or more H 3 O + ion donors, wherein the carbon dioxide is formed in situ by the H 3 O + ion donors treatment and/or is supplied from an external source, b) at least one hot melt extruded polymer resin, wherein the at least one functionalized calcium carbonate-comprising material is dispersed in the at least one hot melt extruded polymer resin and the weight ratio of functionalized calcium carbonate-comprising material to hot melt extruded polymer resin (FCC/polymer) ranges from 95:5 to 5:95, wherein the dosage form is in form of powder, tablets, pellets, capsules, granules and/or a tablet-in-cup. a) at least one functionalized calcium carbonate-comprising material (FCC), which is a reaction product of natural ground calcium carbonate or precipitated calcium carbonate with carbon dioxide and one or more H 3 O + ion donors, wherein the carbon dioxide is formed in situ by the H 3 O + ion donors treatment and/or is supplied from an external source, b) at least one hot melt extruded polymer resin, wherein the at least one functionalized calcium carbonate-comprising material is dispersed in the at least one hot melt extruded polymer resin and the weight ratio of functionalized calcium carbonate-comprising material to hot melt extruded polymer resin (FCC/polymer) ranges from 95:5 to 5:95, wherein the dosage form is in form of powder, tablets, pellets, capsules, granules and/or a tablet-in-cup.
Motor arrangement with an SIL level of 3, comprising an electric motor connected to a switching device , in particular a contactor , upstream of which is connected a soft starter which is coupled to a power supply , wherein the soft starter comprises a plurality of live phases , wherein, in each phase , a semiconductor switching element and an electromechanical switch connected in parallel therewith, as well as a voltage measuring means for detecting a voltage drop occurring across the semiconductor switching element and the associated electromechanical switch , are arranged, wherein, in the soft starter on the side of the semiconductor switching elements and the electromechanical switches facing the electric motor , the plurality of phases are connected in a circuit forming a star point, the circuit forming a star point comprises at least one passive component and is configured to detect a voltage drop in a defective state of the semiconductor switching element and/or the electromechanical switch occurring across a semiconductor switching element and an electromechanical switch connected in parallel therewith.
An apparatus , comprising: a camera housing ; a camera disposed inside the camera housing ; a shutter track disposed adjacent the camera inside the camera housing ; a power source communicatively connected to the camera and configured to power the camera; a switch coupled to the power source to control power on and power off status of the camera; a microphone communicatively coupled to the switch; a movable shutter ; and an auxiliary sensor in communication with the switch, wherein a sensed light condition triggers the switch to perform a power on to the camera and an opposite sensed light condition triggers the switch to perform a power off to the camera , wherein the movable shutter movement enables an optical sensor, different from the auxiliary sensor, to signal a processor to activate the microphone when the movable shutter is slid open and to deactivate the microphone when the movable shutter is slid closed. a camera housing ; a camera disposed inside the camera housing ; a shutter track disposed adjacent the camera inside the camera housing ; a power source communicatively connected to the camera and configured to power the camera; a switch coupled to the power source to control power on and power off status of the camera; a microphone communicatively coupled to the switch; a movable shutter ; and an auxiliary sensor in communication with the switch, wherein a sensed light condition triggers the switch to perform a power on to the camera and an opposite sensed light condition triggers the switch to perform a power off to the camera , wherein the movable shutter movement enables an optical sensor, different from the auxiliary sensor, to signal a processor to activate the microphone when the movable shutter is slid open and to deactivate the microphone when the movable shutter is slid closed.
Use of a container with a fluid, said container comprising: a volume formed of a flexible material, one or more inlets in said container, one or more outlets in said container, an impeller assembly mounted at least partially within said volume of said container, and a flexible baffle in said volume of said container, said baffle being X-shaped so as to have elements with horizontal and vertical components in said container, in use of said container, a volume of fluid being in said container and said flexible baffle being only partially submerged in said volume of fluid and an element of the baffle having a horizontal and vertical component slicing through the fluid surface. said container comprising: a volume formed of a flexible material, one or more inlets in said container, one or more outlets in said container, an impeller assembly mounted at least partially within said volume of said container, and a flexible baffle in said volume of said container, said baffle being X-shaped so as to have elements with horizontal and vertical components in said container, in use of said container, a volume of fluid being in said container and said flexible baffle being only partially submerged in said volume of fluid and an element of the baffle having a horizontal and vertical component slicing through the fluid surface.
An apparatus comprising: an aerodynamic microstructure for a vehicle; sub-microstructures superimposed on the aerodynamic microstructure; and a color application comprising a color layer disposed below the microstructure, wherein the microstructure is transparent or partially transparent. an aerodynamic microstructure for a vehicle; sub-microstructures superimposed on the aerodynamic microstructure; and a color application comprising a color layer disposed below the microstructure, wherein the microstructure is transparent or partially transparent.
Electrical device , comprising a first housing assembly , a second housing assembly which has a housing wall , and a locking device , wherein the first housing assembly and the second housing assembly can be attached to each other along a plug-in direction (E) and are locked to each other via the locking device in a position in which they are attached to each other, wherein the locking device has an actuating element which is arranged adjustably along an actuating direction (B) on the second housing assembly and a locking element which is operatively connected to the actuating element and adjustably connected to the housing wall , wherein the locking element is designed to lock the first housing assembly and the second housing assembly to each other in the position in which the housing assemblies are attached to each other, and can be adjusted in relation to the housing wall in an unlocking direction (C) directed transversely to the actuating direction (B) in order to release the locking mechanism by adjusting the actuating element in the actuating direction (B) in relation to the housing wall , wherein the locking element is formed in one piece with the housing wall and as a tab on the housing wall , characterized in that the actuating element has two active portions , which are displaceably guided on side edges of the locking element that extend parallel to each other.
Motor vehicle structure , including: - an interior with two sides lateral opposite; and - at least one front foot forming a hollow beam extending vertically to the front and to one of the two sides of the carrier , that foot comprising a fastening zone of the lower hinge (17.2) of the front door and a fastening zone of the upper hinge (17.1) of that carrier door ; the front foot(s) , which also includes a stiffener located on a front face of the hollow beam , between the attachment zones of the lower hinges (17.1, 17.2), in that the stiffener(s) is a U-shaped or U-shaped plate L, and the hollow girder of the front foot(s) includes a wall with an outer longitudinal portion , a transverse portion before forming the front face of the front beam , and a sewn portion connecting the longitudinal portion and transverse portion , the corresponding stiffener plate at least partially embrace the longitudinal portion , the bent portion , and at least partially blend the transverse portion on a given height - an interior with two sides lateral opposite; and - at least one front foot forming a hollow beam extending vertically to the front and to one of the two sides of the carrier , that foot comprising a fastening zone of the lower hinge (17.2) of the front door and a fastening zone of the upper hinge (17.1) of that carrier door ;
Adapter to connect a tensioning device to a winding shaft of a winding element, especially to one of a tarpaulin, comprising a base body , which has a first connecting section , which is arranged for the connection to an engaging element of the tensioning device and a second connecting section , which is opposite the first connecting section and is adapted for the connection to the winding shaft, wherein the second connecting section has a cavity laterally delimited by a circumferential wall , with a cavity bottom , in which cavity an end of the winding shaft can be inserted and within which an engaging element is integrally formed with the base body , which is formed in such a manner that it can form-fittingly engage in a round recess of the winding shaft extending from the outside to the inside and particularly comprising a longitudinal slot, wherein the engaging element is eccentrically arranged inside the cavity of the second connecting section and extends from the cavity bottom preferably substantially over the entire height of the cavity , characterised in that the engaging element - is cylindrical in shape and - is arranged at a distance from the circumferential wall of the cavity by an air gap . - is cylindrical in shape and - is arranged at a distance from the circumferential wall of the cavity by an air gap .
An imaging system , comprising: a focal spot configured to rotate along a path around an examination region and emits radiation; a collimator configured to collimate the radiation, producing a radiation beam that traverses a field of view of the examination region; a detector array located opposite the radiation source, across the examination region, configured to detect radiation traversing the field of view and produces a signal indicative of the detected radiation; and a beam shaper , located between the radiation source and the collimator, configured to rotate in coordination with the focal spot and defines an intensity profile of the radiation beam, wherein the beam shaper includes a plurality of elongate x-ray absorbing elements arranged parallel to each other along a transverse direction with respect to a direction of the beam, separated from each other by a plurality of material free regions , and widths of the plurality of x-ray absorbing elements along the transverse direction increase from a central region of the beam shaper towards end regions of the beam shaper. a focal spot configured to rotate along a path around an examination region and emits radiation; a collimator configured to collimate the radiation, producing a radiation beam that traverses a field of view of the examination region; a detector array located opposite the radiation source, across the examination region, configured to detect radiation traversing the field of view and produces a signal indicative of the detected radiation; and a beam shaper , located between the radiation source and the collimator, configured to rotate in coordination with the focal spot and defines an intensity profile of the radiation beam, wherein the beam shaper includes a plurality of elongate x-ray absorbing elements arranged parallel to each other along a transverse direction with respect to a direction of the beam, separated from each other by a plurality of material free regions , and widths of the plurality of x-ray absorbing elements along the transverse direction increase from a central region of the beam shaper towards end regions of the beam shaper.
A composition comprising an implant for bone repair, the implant comprising: a plurality of cut demineralized bone fibers or DBFs, wherein the implant has a proximal end and a distal end , the distal end having a diameter that is less than the diameter of the proximal end, characterised in that the plurality of cut DBFs form a shape of a truncated cone with a flared end, or a cannulated truncated cone with a flared end, and wherein the flared end comprises an indent for receiving a bone screw. a plurality of cut demineralized bone fibers or DBFs, wherein the implant has a proximal end and a distal end , the distal end having a diameter that is less than the diameter of the proximal end, characterised in that the plurality of cut DBFs form a shape of a truncated cone with a flared end, or a cannulated truncated cone with a flared end, and wherein the flared end comprises an indent for receiving a bone screw.
A method for detecting a presence of one or more oral anticoagulants or intravenous (IV) direct thrombin inhibitors in a blood sample, the method comprising performing viscoelastic tests; receiving parameters that are based on viscoelastic tests; comparing the parameters to predefined threshold values, the parameters and the predefined threshold values being based on an identity of the one or more oral anticoagulants or the IV direct thrombin inhibitors; and detecting, based on the comparing, the presence of the one or more oral anticoagulants or IV direct thrombin inhibitors in the blood sample; wherein the viscoelastic tests are performed on portions of the blood sample to obtain the parameters, the viscoelastic tests comprising all three of a viscoelastic test based on Ecarin activation, a viscoelastic test with low tissue factor activation and a viscoelastic test with extrinsic pathway activation. receiving parameters that are based on viscoelastic tests; comparing the parameters to predefined threshold values, the parameters and the predefined threshold values being based on an identity of the one or more oral anticoagulants or the IV direct thrombin inhibitors; and detecting, based on the comparing, the presence of the one or more oral anticoagulants or IV direct thrombin inhibitors in the blood sample; wherein the viscoelastic tests are performed on portions of the blood sample to obtain the parameters, the viscoelastic tests comprising all three of a viscoelastic test based on Ecarin activation, a viscoelastic test with low tissue factor activation and a viscoelastic test with extrinsic pathway activation.
Coolant condenser unit as a housing-protected component of a cooling or air-conditioning device for cooling goods to be transported in transport vehicles with a coolant compression independent of the vehicle engine and coolant evaporation arranged separately from the coolant condenser unit, - with an device support with at least one component of a coolant circuit, in particular an electrically driven coolant compressor , fastened thereto, in particular in a horizontal position, - with a heat exchanger disposed on the device support , serving as a condenser and through which air can flow transversely, - with connecting lines for liquid coolant and/or vapour coolant for a coolant circuit including connectors to at least one coolant evaporator of a coolant circuit, - with a fan which delivers air transverse through the heat exchanger and - with a housing enclosing the coolant condenser unit on its outside, wherein the heat exchanger has an envelope shape forming open end faces and an interior , the envelope shape being given a complete circumference by connecting the circumferential end faces of the heat exchanger by a supplementary wall , and wherein the interior formed by the envelope-shapes heat exchanger accommodates the at least one component of the cooling or air-conditioning device, preferably a coolant circuit, in particular one operated with on-board voltage, characterized in that an air guide bonnet provided above a ring element formed as a component of the housing covers or partially covers an impeller of the fan in an air-guiding manner. - with an device support with at least one component of a coolant circuit, in particular an electrically driven coolant compressor , fastened thereto, in particular in a horizontal position, - with a heat exchanger disposed on the device support , serving as a condenser and through which air can flow transversely, - with connecting lines for liquid coolant and/or vapour coolant for a coolant circuit including connectors to at least one coolant evaporator of a coolant circuit, - with a fan which delivers air transverse through the heat exchanger and - with a housing enclosing the coolant condenser unit on its outside,
A method for obtaining a human milk fortifier, comprising: (a) thawing frozen donor milk from more than one donor to obtain thawed milk from more than one donor and pooling the thawed milk to obtain pooled human milk; (b) genetically screening the pooled human milk to identify one or more viral contaminants; (c) filtering the pooled human milk through a filter; (d) heating the pooled human milk at 63°C or greater for 30 minutes or more; (e) separating the pooled human milk into skim and cream; (f) filtering the skim with an ultrafilter to obtain skim with concentrated nutrients and permeate, wherein prior to filtering the skim, a portion of the cream is added to the skim (g) blending the skim with concentrated nutrients with the cream; and (h) pasteurizing the fortifier composition; thereby obtaining the human milk fortifier, wherein the human milk fortifier comprises comprises a human protein constituent of 35-85 mg/mL; a human fat constituent of 60-110 mg/mL; and a human carbohydrate constituent of 60-140 mg/mL. (a) thawing frozen donor milk from more than one donor to obtain thawed milk from more than one donor and pooling the thawed milk to obtain pooled human milk; (b) genetically screening the pooled human milk to identify one or more viral contaminants; (c) filtering the pooled human milk through a filter; (d) heating the pooled human milk at 63°C or greater for 30 minutes or more; (e) separating the pooled human milk into skim and cream; (f) filtering the skim with an ultrafilter to obtain skim with concentrated nutrients and permeate, wherein prior to filtering the skim, a portion of the cream is added to the skim (g) blending the skim with concentrated nutrients with the cream; and (h) pasteurizing the fortifier composition;