mhurhangee/patent-ind-claim-en huggingface dataset:
An intravenous delivery system comprising: a plurality of components comprising a plurality of interior surfaces that cooperate to define a fluid pathway through which fluid flows into a body of a patient; and one or more anticoagulant coatings on at least a first interior surface of the plurality of interior surfaces, wherein the one or more anticoagulant coatings restrict blood clot formation in the fluid pathway, wherein the intravenous delivery system is characterized in that the one or more anticoagulant coatings comprise a triblock copolymer. a plurality of components comprising a plurality of interior surfaces that cooperate to define a fluid pathway through which fluid flows into a body of a patient; and one or more anticoagulant coatings on at least a first interior surface of the plurality of interior surfaces, wherein the one or more anticoagulant coatings restrict blood clot formation in the fluid pathway, wherein the intravenous delivery system is characterized in that the one or more anticoagulant coatings comprise a triblock copolymer.
A rapid heating device for pyrolysis of organic solid waste, includes an infrared heater, a heating furnace, a pyrolysis furnace and an automatic control unit; the pyrolysis furnace is embedded in the heating furnace, the infrared heater is uniformly arranged on the outer side wall of the heating furnace, the outer wall of the pyrolysis furnace is uniformly coated with infrared absorbing paint for absorbing infrared wavelengths of heat radiation from the infrared heater, wherein under the action of the infrared absorbing paint, rapid heating of the pyrolysis furnace is realized, and the inner wall of the pyrolysis furnace is covered with an insulating layer, wherein the automatic control unit is configured to control the heating rate of the pyrolysis furnace according to pyrolysis temperature, wherein when the pyrolysis temperature in the pyrolysis furnace is lower than a first preset temperature, the automatic control unit turns on the infrared heater to realize the rapid heating of the pyrolysis furnace, and when the pyrolysis temperature is higher than a second preset temperature, the automatic control unit turns off the infrared heater to maintain the pyrolysis temperature in the pyrolysis furnace by relying on the insulating layer, wherein the heating rate of the rapid heating device is in the range of 75~125°C/s, preferably 90~110°C/s, most preferably 100°C/s.
An apparatus comprising: a total organic carbon (TOC) analyzer having an exhaust that outputs gaseous analysis byproducts; a gas trap having an inlet connected to the exhaust of the TOC analyzer, and an outlet for discharging gas; a gas detection fuse for detecting chlorine, positioned in the outlet of the gas trap, comprising: a pair of electrodes ; and a connecting member comprising conducting material made of tin providing an electrical connection between the pair of electrodes, wherein the electrodes are connected to a controller configured to generate an alarm signal when the electrical connection between the pair of electrodes is broken. a total organic carbon (TOC) analyzer having an exhaust that outputs gaseous analysis byproducts; a gas trap having an inlet connected to the exhaust of the TOC analyzer, and an outlet for discharging gas; a gas detection fuse for detecting chlorine, positioned in the outlet of the gas trap, comprising: a pair of electrodes ; and a connecting member comprising conducting material made of tin providing an electrical connection between the pair of electrodes, wherein the electrodes are connected to a controller configured to generate an alarm signal when the electrical connection between the pair of electrodes is broken. a pair of electrodes ; and a connecting member comprising conducting material made of tin providing an electrical connection between the pair of electrodes, wherein the electrodes are connected to a controller configured to generate an alarm signal when the electrical connection between the pair of electrodes is broken.
A connection configuration method, comprising: reporting, by a first terminal device, to a network device connection status of the first terminal device with at least one second terminal device; characterized in that the connection status comprises that the first terminal device and the at least one second terminal device perform a unicast communication; wherein the connection status further comprises: information relating to first information, wherein the first information is sent by the at least one second terminal device to the first terminal device; wherein the first information comprises at least one of the following: configuration information of a reception parameter of the first terminal device sent by the at least one second terminal device; or Quality of Service, QoS, information sent by the at least one second terminal device. reporting, by a first terminal device, to a network device connection status of the first terminal device with at least one second terminal device; characterized in that the connection status comprises that the first terminal device and the at least one second terminal device perform a unicast communication; wherein the connection status further comprises: information relating to first information, wherein the first information is sent by the at least one second terminal device to the first terminal device; wherein the first information comprises at least one of the following: configuration information of a reception parameter of the first terminal device sent by the at least one second terminal device; or Quality of Service, QoS, information sent by the at least one second terminal device. configuration information of a reception parameter of the first terminal device sent by the at least one second terminal device; or Quality of Service, QoS, information sent by the at least one second terminal device.
A method for adjusting load balancing operations of a particular load balancer that executes on a host computer and that load balances data messages sent by at least one source compute node, SCN, executing on the host computer to a group of destination compute nodes, DCNs, the method comprising: distributing, from the particular load balancer , the data messages among the DCNs based on a set of load balancing criteria ; sending, to a set of controllers , message traffic data relating to data messages that the particular load balancer distributes among the DCNs of the DCN group; receiving, from the set of controllers , a set of adjusted load balancing criteria that is based on message traffic data collected by the set of controllers from a plurality of the load balancers ; and adjusting, based on the received adjusted load balancing criteria, how the particular load balancer distributes new data message flows among the DCNs of the DCN group. distributing, from the particular load balancer , the data messages among the DCNs based on a set of load balancing criteria ; sending, to a set of controllers , message traffic data relating to data messages that the particular load balancer distributes among the DCNs of the DCN group; receiving, from the set of controllers , a set of adjusted load balancing criteria that is based on message traffic data collected by the set of controllers from a plurality of the load balancers ; and adjusting, based on the received adjusted load balancing criteria, how the particular load balancer distributes new data message flows among the DCNs of the DCN group.
A device for laser processing a workpiece , comprising a beam shaping device for forming a focus zone from an input laser beam incident on the beam shaping device and a telescope device for imaging the focus zone into a material of the workpiece , wherein a phase imprint is applied to a beam cross-section of the input laser beam by means of the beam shaping device in such a way that the focus zone extends along a longitudinal central axis which is curved at least in sections, wherein the telescope device is assigned a beam splitting device for splitting partial beams coupled out of the beam shaping device into a plurality of polarized partial beams which each have one of at least two different polarization states, wherein the telescope device is formed with the beam splitting device for focusing the polarized partial beams into a first partial focus zone of first partial beams with a first polarization state and a second partial focus zone of second partial beams with a second polarization state, so that the focus zone is formed at least in sections by spatial superposition of the first partial focus zone and the second partial focus zone and the focus zone has an asymmetrical cross-section in a plane oriented perpendicular to the longitudinal central axis , characterized in that the beam splitting device has a birefringent polarizer element , by means of which both a spatial offset (Δx) and an angular offset (Δα) are generated between the first partial beams and second partial beams coupled out of the beam splitting device , wherein the first partial beams coupled out of the beam splitting device are oriented parallel to an optical axis of the telescope device and wherein the beam splitting device has a further optical element, arranged in the longitudinal direction (z) downstream of the birefringent polarizer element , which is configured to align the first partial beams parallel to the optical axis of the telescope device .
A nanoplatelet comprising a two-dimensional template comprising a first semiconductor nanocrystal; and a first shell comprising a second semiconductor nanocrystal disposed on a surface of the two-dimensional template, the second semiconductor nanocrystal having a composition different from the first semiconductor nanocrystal, wherein the second semiconductor nanocrystal comprises a Group III-V compound, wherein the nanoplatelet does not comprise cadmium, and wherein the two-dimensional template has a thickness of greater than or equal to 0.3 nm and less than or equal to 10 nm. a two-dimensional template comprising a first semiconductor nanocrystal; and a first shell comprising a second semiconductor nanocrystal disposed on a surface of the two-dimensional template, the second semiconductor nanocrystal having a composition different from the first semiconductor nanocrystal, wherein the second semiconductor nanocrystal comprises a Group III-V compound, wherein the nanoplatelet does not comprise cadmium, and wherein the two-dimensional template has a thickness of greater than or equal to 0.3 nm and less than or equal to 10 nm.
A mobile alarm apparatus for releasable fastening to a movable object, in particular to a two-wheeler or to a tool, comprising a detection apparatus for detecting positional changes of the alarm apparatus ; an output apparatus for the output of alarm signals; and a control apparatus for controlling the output apparatus in dependence on detected positional changes, wherein the control apparatus is operable in a monitoring mode and in an alarm mode and is configured in the monitoring mode : - to control the output apparatus to output a pre-alarm and to change into the alarm mode when a detected positional change is within a first range of significance; and in the alarm mode : - to change into the monitoring mode when a predefined time period has elapsed since the last output of an alarm signal; - and otherwise to control the output apparatus to output a main alarm different from the pre-alarm when a detected positional change is within a second range of significance. - to control the output apparatus to output a pre-alarm and to change into the alarm mode when a detected positional change is within a first range of significance; and - to change into the monitoring mode when a predefined time period has elapsed since the last output of an alarm signal; - and otherwise to control the output apparatus to output a main alarm different from the pre-alarm when a detected positional change is within a second range of significance.
A method for logical channel prioritization by a user equipment, UE, within a Long Term Evolution, LTE, wireless communications network, comprising: receiving an allocation of uplink resources at the UE for a time period; identifying by the UE whether the UE has a quality of service, QoS, obligation to allocate at least a portion of the uplink resources to a first logical channel for transmission of QoS-related data for the time period based on a status of a variable established for the first logical channel that identifies that the QoS obligation related to the first logical channel has been met; wherein the variable is based on a prioritized bit rate, PBR, of the first logical channel and a transmission time interval, TTI, associated with the time period; identifying , for the time period, whether the first logical channel has control data to be transmitted from the UE; allocating at least a portion of the uplink resources to the first logical channel based on whether the UE has a QoS obligation to allocate at least a portion of the uplink resources to the first logical channel for transmission of QoS-related data for the time period, and whether the first logical channel has control data to be transmitted from the UE and the PBR of the first control channel; further comprising: assembling protocol data units, PDUs, for QoS-related data and control data, if QoS-related data and control data are to be transmitted on the first logical channel. receiving an allocation of uplink resources at the UE for a time period; identifying by the UE whether the UE has a quality of service, QoS, obligation to allocate at least a portion of the uplink resources to a first logical channel for transmission of QoS-related data for the time period based on a status of a variable established for the first logical channel that identifies that the QoS obligation related to the first logical channel has been met; wherein the variable is based on a prioritized bit rate, PBR, of the first logical channel and a transmission time interval, TTI, associated with the time period; identifying , for the time period, whether the first logical channel has control data to be transmitted from the UE; allocating at least a portion of the uplink resources to the first logical channel based on whether the UE has a QoS obligation to allocate at least a portion of the uplink resources to the first logical channel for transmission of QoS-related data for the time period, and whether the first logical channel has control data to be transmitted from whether the UE has a QoS obligation to allocate at least a portion of the uplink resources to the first logical channel for transmission of QoS-related data for the time period, and whether the first logical channel has control data to be transmitted from the UE and the PBR of the first control channel; assembling protocol data units, PDUs, for QoS-related data and control data, if QoS-related data and control data are to be transmitted on the first logical channel.
An optical fiber comprising: an optical waveguide , the optical waveguide comprising a core ; a primary coating serving as a coating that is lower in refractive index than the optical waveguide and that covers a side surface of the optical waveguide such that the coating is in direct contact with the side surface of the optical waveguide except in a coating-removed section (I0); and a secondary coating covering an outer surface of the primary coating , wherein the secondary coating has higher refractive index than the optical waveguide and the primary coating , wherein in the coating-removed section (I0), the coating and the secondary coating are removed from the whole circumference of the optical waveguide , wherein the coating-removed section (I0) borders on a first coated section (I1) and a second coated section (I2), wherein the first coated section (I1) is closer to a light-entrance end than the coating-removed section (I0), wherein the second coated section (I2) is closer to a light-exit end than the coating-removed section (I0), and in at least part of the coating-removed section (I0), the side surface of the optical waveguide being covered with a medium that is lower in refractive index than the optical waveguide and that is higher in refractive index than the primary coating . an optical waveguide , the optical waveguide comprising a core ; a primary coating serving as a coating that is lower in refractive index than the optical waveguide and that covers a side surface of the optical waveguide such that the coating is in direct contact with the side surface of the optical waveguide except in a coating-removed section (I0); and a secondary coating covering an outer surface of the primary coating , wherein the secondary coating has higher refractive index than the optical waveguide and the primary coating , wherein in the coating-removed section (I0), the coating and the secondary coating are removed from the whole circumference of the optical waveguide , wherein the coating-removed section (I0) borders on a first coated section (I1) and a second coated section (I2), wherein the first coated section (I1) is closer to a light-entrance end than the coating-removed section (I0), wherein the second coated section (I2) is closer to a light-exit end than the coating-removed section (I0), and in at least part of the coating-removed section (I0), the side surface of the optical waveguide being covered with a medium that is lower in refractive index than the optical waveguide and that is higher in refractive index than the primary coating .
A balloon catheter device, comprising: an inflatable and expandable body having a stretchable surface, the stretchable surface having soft or elastic properties enabling the stretchable surface to be made longer or wider without tearing or breaking; and a stretchable electronic circuit including a plurality of components that accommodate stretching or expanding of the stretchable surface of the inflatable and expandable body and remain functional when the stretchable surface is stretched or expanded, the plurality of components comprising: a plurality of discrete operative devices arranged as device islands embedded in or affixed to the stretchable surface of the inflatable and expandable body; and a plurality of stretchable interconnects arranged to electrically interconnect at least some of the plurality of discrete operative devices, characterised in that the balloon catheter device is a balloon catheter device for sensing arterial plaque deposits, wherein at least some of the plurality of discrete operative devices are pressure sensors for sensing the presence and mechanical properties of the arterial lumen and plaque; and at least some of the plurality of stretchable interconnects are configured to be buckled when said inflatable and expandable body is relaxed and to be fairly non-buckled with the surface of the inflatable and expandable body , when said inflatable and expandable body is in the inflated state. an inflatable and expandable body having a stretchable surface, the stretchable surface having soft or elastic properties enabling the stretchable surface to be made longer or wider without tearing or breaking; and a stretchable electronic circuit including a plurality of components that accommodate stretching or expanding of the stretchable surface of the inflatable and expandable body and remain functional when the stretchable surface is stretched or expanded, the plurality of components comprising: a plurality of discrete operative devices arranged as device islands embedded in or affixed to the stretchable surface of the inflatable and expandable body; and a plurality of stretchable interconnects arranged to electrically interconnect at least some of the plurality of discrete operative devices, characterised in that a plurality of discrete operative devices arranged as device islands embedded in or affixed to the stretchable surface of the inflatable and expandable body; and a plurality of stretchable interconnects arranged to electrically interconnect at least some of the plurality of discrete operative devices, characterised in that the balloon catheter device is a balloon catheter device for sensing arterial plaque deposits, wherein at least some of the plurality of discrete operative devices are pressure sensors for sensing the presence and mechanical properties of the arterial lumen and plaque; and at least some of the plurality of stretchable interconnects are configured to be buckled when said inflatable and expandable body is relaxed and to be fairly non-buckled with the surface of the inflatable and expandable body , when said inflatable and expandable body is in the inflated state.
Apparatus for cutting individual rods to length out of a wire running in a direction of production (P) by means of shears and for exact positioning of the ends of the rods which enter a wire channel after being cut to length, the shears being in the form of flying shears having blades which are arranged on the circumference of two rollers enclosing the wire , and a revolver drum being arranged downstream of the shears in the direction of production (P), which revolver drum has channels for the rods , which channels extend along the generatrices of the drum so as to be distributed around the circumference thereof and are open towards the outside, characterised in that the revolver drum is arranged such that the channel which is in a position upstream of the uppermost position in the direction of rotation of the drum is in the direction of production (P) and can receive the rod that has just been cut to length, a friction brake which is supported on the apparatus so as to be fixed in place being provided in order to brake the feeding process of the rod that has just been cut to length, and in that , in the direction of production (P), a reciprocally moveable rod feeding device is provided which engages with rod driving elements at the rear end of the cut-to-length rods , which rod driving elements can engage in the channels and bring the rear end of the rods into an exactly constant position in relation to the direction of production (P), the rod which is located firstly in the position of the channel upstream of the uppermost position thereof reaching its lowermost position after gradual rotation of the drum , from which lowermost position the rod is delivered out of the channel which is rotated to the lowest position onto a shelf below.