mhurhangee/patent-ind-claim-en huggingface dataset:
A syringe pump including infusion means including a mounting portion which fixes a syringe main body (SB) filled with a medicinal solution to a device main body and a slider assembly which drives a syringe plunger (SP) in an infusing direction after the syringe plunger (SP) is mounted, occlusion detection means for detecting an occluded state in an infusion line to which the syringe main body (SB) is connected, by detecting an internal syringe pressure at the time of infusion, occlusion setting display means including an occlusion setting unit which arbitrarily sets a degree of occlusion of the occluded state and a first occlusion display unit which displays when the occluded state exceeds the degree of occlusion, and a main control means , wherein the syringe pump is characterized in that the main control means includes occlusion management means including a storage unit which stores the internal syringe pressures at predetermined intervals of seconds from the start of infusion, the syringe pump includes a second occlusion display unit which displays the stored internal syringe pressures at predetermined intervals of minutes in chronological order as a degree of occlusion, and the occlusion management means includes a table storing occlusion pressures of a normal internal syringe pressure in association with at least one of a syringe type, a syringe volume, a syringe diameter and a manufacturer thereof, wherein, when the occlusion management means determines based on the stored internal syringe pressures and the table that the internal syringe pressure tends to exceed the normal internal syringe pressure, the occlusion management means causes the second occlusion display unit to display character information indicating rise in occlusion pressure in highlight, and to also make a backlight blink to display a warning. infusion means including a mounting portion which fixes a syringe main body (SB) filled with a medicinal solution to a device main body and a slider assembly which drives a syringe plunger (SP) in an infusing direction after the syringe plunger (SP) is mounted, occlusion detection means for detecting an occluded state in an infusion line to which the syringe main body (SB) is connected, by detecting an internal syringe pressure at the time of infusion, occlusion setting display means including an occlusion setting unit which arbitrarily sets a degree of occlusion of the occluded state and a first occlusion display unit which displays when the occluded state exceeds the degree of occlusion, and a main control means ,
A method for transmitting a demodulation reference signal for an uplink control signal in a wireless communication system, the method performed by a terminal, comprising: generating a low peak to average power ratio, PAPR, sequence based on a length-6 sequence; generating a sequence used for the demodulation reference signal based on the low PAPR sequence; and transmitting, to a base station, the demodulation reference signal based on the sequence used for the demodulation reference signal, wherein the length-6 sequence has an 8-phase shift keying, PSK, symbol as each element of a sequence, wherein the length-6 sequence is determined by e jφ ( i ) π /8 , wherein the i is an index of elements of the length-6 sequence, and wherein a value of the φ ( i ) includes (-7 3 1 5 -1 3), (-7 -5 -1 -7 -5 5), (-7 1 -3 3 7 5), and (-7 1 -3 1 5 1). generating a low peak to average power ratio, PAPR, sequence based on a length-6 sequence; generating a sequence used for the demodulation reference signal based on the low PAPR sequence; and transmitting, to a base station, the demodulation reference signal based on the sequence used for the demodulation reference signal, wherein the length-6 sequence has an 8-phase shift keying, PSK, symbol as each element of a sequence, wherein the length-6 sequence is determined by e jφ ( i ) π /8 , wherein the i is an index of elements of the length-6 sequence, and wherein a value of the φ ( i ) includes (-7 3 1 5 -1 3), (-7 -5 -1 -7 -5 5), (-7 1 -3 3 7 5), and (-7 1 -3 1 5 1).
A method comprising: identifying a location of potential or actual structural weakness in a body of a turbomachine component , the body including a first material having a first thermal expansion coefficient; forming a slot in the location of the body , the slot extending at least partially through a wall of the turbomachine component; and bonding an insert to the body at the slot to form a composite component , the insert including a second material having a second thermal expansion coefficient, the second thermal expansion coefficient differing from the first thermal expansion coefficient by up to approximately ten percent, the second material consisting of a nickel-chrome-molybdenum alloy, wherein after the bonding the insert is configured to reduce the potential or actual structural weakness in the body, characterized in that the identifying includes performing a finite element analysis on a data file representing the turbomachine component to determine the location of the potential or actual structural weakness. identifying a location of potential or actual structural weakness in a body of a turbomachine component , the body including a first material having a first thermal expansion coefficient; forming a slot in the location of the body , the slot extending at least partially through a wall of the turbomachine component; and bonding an insert to the body at the slot to form a composite component , the insert including a second material having a second thermal expansion coefficient, the second thermal expansion coefficient differing from the first thermal expansion coefficient by up to approximately ten percent, the second material consisting of a nickel-chrome-molybdenum alloy, wherein after the bonding the insert is configured to reduce the potential or actual structural weakness in the body,
An ultrasonic surgical handpiece comprising: a transducer ; a single-piece connecting body that tapers to a blade and then to a sharp chisel shape to form a work tip at its distal end, said transducer directly attached to said connecting body ; a housing for containing at least part of the connecting body and the transducer , said housing being formed without provisions for water proofing; irrigation and aspiration fluid lines that extend along the blade to the chisel shape, but extend around the housing ; and a power cord for providing an ultrasonic signal to said transducer , said power cord being attached to said housing and being formed without provisions for water proofing or corrosion resistance. a transducer ; a single-piece connecting body that tapers to a blade and then to a sharp chisel shape to form a work tip at its distal end, said transducer directly attached to said connecting body ; a housing for containing at least part of the connecting body and the transducer , said housing being formed without provisions for water proofing; irrigation and aspiration fluid lines that extend along the blade to the chisel shape, but extend around the housing ; and a power cord for providing an ultrasonic signal to said transducer , said power cord being attached to said housing and being formed without provisions for water proofing or corrosion resistance.
A method of processing a processable material formed of at least a first portion of a first thermoplastic material and a second portion of a second thermoplastic material different from the first thermoplastic material, the first thermoplastic material being receptive to microwave radiation and the second thermoplastic material being substantially non-receptive to microwave radiation, said processable material constituting an intermediate product, including the steps of: applying heat energy to the processable material so as to heat differentially said first and second portions, wherein the differential heating is provided by microwave radiation, wherein said differential heating step causes the viscosity of said first portion to be reduced so as to enable said first portion to flow while the viscosity of said second portion is substantially unchanged or reduced by a lesser extent than the first portion by said differential heating step, and wherein the reduction in viscosity of the first portion is sufficient to enable the entire processable material to flow; and shaping or forming said first and second portions of said processable material thereby to produce a product. applying heat energy to the processable material so as to heat differentially said first and second portions, wherein the differential heating is provided by microwave radiation, wherein said differential heating step causes the viscosity of said first portion to be reduced so as to enable said first portion to flow while the viscosity of said second portion is substantially unchanged or reduced by a lesser extent than the first portion by said differential heating step, and wherein the reduction in viscosity of the first portion is sufficient to enable the entire processable material to flow; and shaping or forming said first and second portions of said processable material thereby to produce a product.
A computer implemented method of predicting achieving improved performance of a broadband connection before an optimizer in a management system optimizes performance of the broadband connection, comprising: obtaining a current state of performance of the broadband connection before optimization; obtaining a target state of performance of the broadband connection after optimization; obtaining a measure of broadband connection characteristics of the broadband connection; identifying, from among a plurality of records of information associated with optimizing performance of a plurality of broadband connections, a subset of the records of information associated with optimizing performance of a subset of broadband connections that have a similar measure of broadband connection characteristics as the broadband connection for which achieving improved performance is to be predicted; and obtaining a probability that the optimizer will optimize the performance of the broadband connection from the current state of performance to the target state of performance, based on a statistical analysis of the identified subset of records of information associated with optimizing performance of the subset of broadband connections, wherein said statistical analysis detects instances when the optimizer previously has optimized the performance of the subset of broadband connections from a same or similar state as the current state of performance to a same or similar state as the target state of performance. obtaining a current state of performance of the broadband connection before optimization; obtaining a target state of performance of the broadband connection after optimization; obtaining a measure of broadband connection characteristics of the broadband connection; identifying, from among a plurality of records of information associated with optimizing performance of a plurality of broadband connections, a subset of the records of information associated with optimizing performance of a subset of broadband connections that have a similar measure of broadband connection characteristics as the broadband connection for which achieving improved performance is to be predicted; and obtaining a probability that the optimizer will optimize the performance of the broadband connection from the current state of performance to the target state of performance, based on a statistical analysis of the identified subset of records of information associated with optimizing performance of the subset of broadband connections, wherein said statistical analysis detects instances when the optimizer previously has optimized the performance of the subset of broadband connections from a same or similar state as the current state of performance to a same or similar state as the target state of performance.
A head-up display device comprising: a. a transparent support comprising an input optical interface and an output optical interface , each optical interface having an external face and an internal face opposite the external face , b. a reflector element arranged on at least a part of the external face of the input optical interface , c. an information projection source able to emit, towards the reflector element , a light beam polarized along a main polarization, called incident beam (F I ), the incident beam (F I ) arriving on the reflector element at an angle of incidence (Θ i ) and defining with the reflector element , a plane of incidence, the main polarization being a polarization contained in the plane of incidence, called polarization P, the reflector element having a greater reflectivity, over a range of angles of incidence including the angle of incidence (Θ i ), for light with polarization P than for light with rectilinear polarization perpendicular to the plane of incidence, called polarization S. a. a transparent support comprising an input optical interface and an output optical interface , each optical interface having an external face and an internal face opposite the external face , b. a reflector element arranged on at least a part of the external face of the input optical interface , c. an information projection source able to emit, towards the reflector element , a light beam polarized along a main polarization, called incident beam (F I ), the incident beam (F I ) arriving on the reflector element at an angle of incidence (Θ i ) and defining with the reflector element , a plane of incidence, the main polarization being a polarization contained in the plane of incidence, called polarization P,
Electronic module , of electronic board type, which can be connected to a host device , the electronic module comprising: - a module controller configured to communicate with the host device, and - one or more clusters of secure elements connected, within the same cluster, to a common bus which connects them to the module controller , wherein the module controller is configured to convert a cryptographic operation into a plurality of similar elementary cryptographic tasks using different items of information and to drive the execution of the elementary cryptographic tasks by the secure elements , and wherein the secure elements of the electronic module are certified as compliant with at least one of the following security standards: Federal Information Processing Standard or "FIPS" 140-3/4, Common Criteria EAL4+ or version 3.1 release 4, Minimum Energy Performance Standard or "MEPS", MEPS2, ISO/IEC19790:2012. - a module controller configured to communicate with the host device, and - one or more clusters of secure elements connected, within the same cluster, to a common bus which connects them to the module controller ,
A transport device for transporting and handling containers, especially containers made of a thermoplastic material, wherein the containers are transported by the transport device in a transport direction from an input point to an output point , wherein the transport device has multiple handling devices , which are moving in the transport direction, for especially simultaneously handling one or more containers, and wherein the handling devices are arranged so that they are movable relative to the transport direction for a movement in a direction differing from the transport direction, wherein the transport device has at least one motor by means of which the handling devices can be moved by a motor in the direction which differs from the transport direction, wherein the handling devices are configured to be pivotable by a motor with respect to the transport direction, wherein the transport device is configured as a rotating transfer wheel and wherein the handling devices are configured to perform at least one longitudinal movement as well as at least one rotational and/or one pivoting movement relative to the transport direction, characterised in that - the handling devices are adapted as transport arms, which are displaceable substantially radially to the transfer wheel, wherein retaining clips arranged at the radially outwardly positioned support arm ends can be adjusted in the tangential direction about a rotational axis , wherein this rotational axis is arranged parallel to the central rotational axis of the transfer wheel. - the handling devices are adapted as transport arms, which are displaceable substantially radially to the transfer wheel, wherein retaining clips arranged at the radially outwardly positioned support arm ends can be adjusted in the tangential direction about a rotational axis , wherein this rotational axis is arranged parallel to the central rotational axis of the transfer wheel.
A method of reducing the trailing edge noise of a wind turbine blade having a blunt trailing edge , the wind turbine blade having a trailing edge solid angle ψ1 at said blunt trailing edge, taken as a projection from a pressure and suction sides of the wind turbine blade, the method being characterised by comprising the steps of: increasing the trailing edge solid angle of the blunt trailing edge to reduce the strength of vortex shedding formed behind the blunt trailing edge of the wind turbine blade.
A device for holding and locking objects , for example workpieces, tools or the like, - with a polygonal bearer frame made of plastic formed from several bridges , by means of which at least one quadratic holding opening is created in pairs, - and with at least one connection body having a base lying on the upper side of the bearer frame , on one end face of which base a holding socket is provided flush with a longitudinal axis of the connection body , the holding socket being insertable into one of the holding openings of the bearer frame and having at least one retaining/holding element attached to the opposite face end of the holding socket , by means of which the objects can be secured on the bearer frame with the connection body , characterised in that , - a plate-shaped projection projecting into the centre of the holding opening is formed or provided on two bridges of the holding opening , of which there is at least one and in which case the bridges run parallel to one another, - the projections in the holding opening, of which there is at least one, are arranged offset laterally from one another in relation to an axis of symmetry of the holding opening running perpendicular to the bridges which have the projections , and - the holding socket of the connection body in question can be locked on the projections . - with a polygonal bearer frame made of plastic formed from several bridges , by means of which at least one quadratic holding opening is created in pairs, - and with at least one connection body having a base lying on the upper side of the bearer frame , on one end face of which base a holding socket is provided flush with a longitudinal axis of the connection body , the holding socket being insertable into one of the holding openings of the bearer frame and having at least one retaining/holding element attached to the opposite face end of the holding socket , by means of which the objects can be secured on the bearer frame with the connection body , - a plate-shaped projection projecting into the centre of the holding opening is formed or provided on two bridges of the holding opening , of which there is at least one and in which case the bridges run parallel to one another, - the projections in the holding opening, of which there is at least one, are arranged offset laterally from one another in relation to an axis of symmetry of the holding opening running perpendicular to the bridges which have the projections , and - the holding socket of the connection body in question can be locked on the projections .
An auxiliary steering system for a four-wheel independently driven electric vehicle, wherein the electric vehicle comprises four motor controllers and four motors , each motor used to control running of a corresponding wheel , and the auxiliary steering system comprises: a detecting circuit , comprising a detection controller and an aligning motor , wherein the detection controller is configured to: continuously detect whether a steering assisting device is normal, until the steering assisting device is abnormal; and when the steering assisting device is abnormal, control a drive rack of the aligning motor to drive wheels of the vehicle to align, and send a steering malfunction signal, a steering wheel torque signal, and a direction signal; and a vehicle controller , configured to control, by using the motor controllers according to the steering malfunction signal, the steering wheel torque signal, and the direction signal, the motors to increase a drive torque of an outer front wheel of the vehicle, brake an inner rear wheel of the vehicle, and stop driving an inner front wheel and an outer rear wheel of the vehicle. a detecting circuit , comprising a detection controller and an aligning motor , wherein the detection controller is configured to: continuously detect whether a steering assisting device is normal, until the steering assisting device is abnormal; and when the steering assisting device is abnormal, control a drive rack of the aligning motor to drive wheels of the vehicle to align, and send a steering malfunction signal, a steering wheel torque signal, and a direction signal; and a vehicle controller , configured to control, by using the motor controllers according to the steering malfunction signal, the steering wheel torque signal, and the direction signal, the motors to increase a drive torque of an outer front wheel of the vehicle, brake an inner rear wheel of the vehicle, and stop driving an inner front wheel and an outer rear wheel of the vehicle.
A roller bar for a suction nozzle, that rotates about a longitudinal axis (A), comprises a body having an outer lateral surface which is with a distance from the axis (A) by a radius (R) of a length (L), and at least one element of a height (H) for dust pickup that substantially radially outwardly extending from the body characterized in that the length (L) of the radius (R) and the height (H) of the element for dust pickup change along the longitudinal axis (A) with respect to at least a portion of the body , and in that the sum of the length (L) of the radius (R) and the height (H) of the element along the longitudinal axis (A) of the body adopts a fixed value.