mhurhangee/patent-ind-claim-en huggingface dataset:
A process for making a pumpable composition having at least 50% solids, said process comprising: (a) heating a starting broth derived from an animal source to a temperature of between 50°C and 70°C; (b) adding to the starting broth at least one anti-gelling enzyme to form a mixture comprising the starting broth and the at least one enzyme wherein fat is removed from said broth prior to step (b); (c) incubating said mixture from step (b) while maintaining said mixture at a temperature of between 50°C and 70°C; and (d) concentrating the mixture from step (c) after the incubation to obtain said pumpable composition, wherein said composition has at least 50% solids. (a) heating a starting broth derived from an animal source to a temperature of between 50°C and 70°C; (b) adding to the starting broth at least one anti-gelling enzyme to form a mixture comprising the starting broth and the at least one enzyme wherein fat is removed from said broth prior to step (b); (c) incubating said mixture from step (b) while maintaining said mixture at a temperature of between 50°C and 70°C; and (d) concentrating the mixture from step (c) after the incubation to obtain said pumpable composition, wherein said composition has at least 50% solids.
A method of compensating for signal error, comprising: receiving a first signal from a first sensor, said first signal indicative of a movement characteristic; applying an error compensation to said first signal to produce an output signal; applying a variable gain factor to said error compensation; receiving a second signal from a second sensor indicative of said movement characteristic; wherein said error compensation is calculated using the difference between said output signal and said second signal, and said variable gain factor is calculated using said first signal, characterised in that said second sensor exhibits better bias, scale factor or long-term stability than said first sensor. receiving a first signal from a first sensor, said first signal indicative of a movement characteristic; applying an error compensation to said first signal to produce an output signal; applying a variable gain factor to said error compensation; receiving a second signal from a second sensor indicative of said movement characteristic; wherein said error compensation is calculated using the difference between said output signal and said second signal, and said variable gain factor is calculated using said first signal, characterised in that said second sensor exhibits better bias, scale factor or long-term stability than said first sensor.
An antenna system, comprising: a first planar array having a first element spacing in an x-dimension and a y-dimension and operable in a first frequency band; and a second planar array having a second element spacing in the x-dimension and the y-dimension, and operable in a second frequency band, wherein the second planar array is displaced from the first planar array in a z-dimension for co-aperture operation of the first planar array and the second planar array , wherein the second planar array is disposed parallel to and in a near-field of the first planar array , characterized in that elements of the second planar array are disposed and steerable, in a u-v plane for interleaving a first plurality of grating lobes generated by the first planar array with a second plurality of grating lobes generated by the second planar array . a first planar array having a first element spacing in an x-dimension and a y-dimension and operable in a first frequency band; and a second planar array having a second element spacing in the x-dimension and the y-dimension, and operable in a second frequency band, wherein the second planar array is displaced from the first planar array in a z-dimension for co-aperture operation of the first planar array and the second planar array , wherein the second planar array is disposed parallel to and in a near-field of the first planar array , characterized in that elements of the second planar array are disposed and steerable, in a u-v plane for interleaving a first plurality of grating lobes generated by the first planar array with a second plurality of grating lobes generated by the second planar array .
A wireless surgical tool configured for an ENT (ear, nose, throat) procedure, comprising: a handle; a first conductive tube, fixedly attached to and extending from the handle, that is biocompatible, wherein a distal end of the first conductive tube is configured to be inserted into an orifice of a human being so as to perform a medical procedure therein; a second conductive tube, fixedly attached to and enclosed by the first conductive tube, and acting, together with the first conductive tube, as an antenna for electromagnetic radiation; an insulated conductive coil, fashioned around and fixed to the second conductive tube, that generates a signal in response to a magnetic field traversing the coil; and a transceiver connected to receive the signal from the insulated conductive coil, so as in response to generate a radiofrequency signal at a preset frequency and convey the radiofrequency signal to the second conductive tube for radiation therefrom as electromagnetic energy at the preset frequency. a handle; a first conductive tube, fixedly attached to and extending from the handle, that is biocompatible, wherein a distal end of the first conductive tube is configured to be inserted into an orifice of a human being so as to perform a medical procedure therein; a second conductive tube, fixedly attached to and enclosed by the first conductive tube, and acting, together with the first conductive tube, as an antenna for electromagnetic radiation; an insulated conductive coil, fashioned around and fixed to the second conductive tube, that generates a signal in response to a magnetic field traversing the coil; and a transceiver connected to receive the signal from the insulated conductive coil, so as in response to generate a radiofrequency signal at a preset frequency and convey the radiofrequency signal to the second conductive tube for radiation therefrom as electromagnetic energy at the preset frequency.
A clad electric resistance welded pipe or tube made of steel comprising: a first layer made of base metal; and a second layer placed on one surface of the first layer, and made of first cladding metal that is a material different from the base metal, wherein a pipe or tube circumferential length of weld metal in a weld at each of an inner surface and an outer surface of the clad welded pipe or tube is 0.0010 mm or more and 1.0 mm or less, and the base metal is not exposed at a first cladding metal-side surface of the clad welded pipe or tube in the weld. a first layer made of base metal; and a second layer placed on one surface of the first layer, and made of first cladding metal that is a material different from the base metal, wherein a pipe or tube circumferential length of weld metal in a weld at each of an inner surface and an outer surface of the clad welded pipe or tube is 0.0010 mm or more and 1.0 mm or less, and the base metal is not exposed at a first cladding metal-side surface of the clad welded pipe or tube in the weld.
A composition for use in the treatment of a brain tumor by systemic administration, wherein the composition comprises a plurality of intact, bacterially derived minicells, and wherein: (A) each minicell of said plurality (i) comprises an antibody that specifically recognizes a tumor cell antigen and (ii) encompasses an anti-neoplastic agent; and (B) the brain tumor has blood vessels with fenestrations in their walls through which the minicells can extravasate passively. (A) each minicell of said plurality (i) comprises an antibody that specifically recognizes a tumor cell antigen and (ii) encompasses an anti-neoplastic agent; and (B) the brain tumor has blood vessels with fenestrations in their walls through which the minicells can extravasate passively.
The use of a single lubricating oil composition to lubricate both the cylinder liner and the crankcase of a marine diesel crosshead engine; the single lubricating oil composition comprising: - at least 60 mass% of a mineral oil having a kinematic viscosity at 100°C of from 2 to 40 mm 2 s -1 and a viscosity index of from 80 to 100; - 0.5 to 30 mass% of at least one complex/hybrid detergent including phenol, sulphonic acid and salicylic acid surfactants; - 0.5 to 6.0 mass% of at least one ashless succinimide dispersant; - 0.1 to 1.5 mass% of at least one zinc dihydrocarbyl dithiophosphate anti-wear additive; and - a phenate detergent the single lubricating oil composition having a TBN, as measured using ASTM D 2896-98, of 10 to 55 mg KOH/g, and a kinematic viscosity at 100°C of 15 to 21 cSt, wherein the single lubricating oil composition provides the crankcase of the engine with rust and deposit control, and controls deposits, corrosive wear and high temperature resistance in the cylinder. - at least 60 mass% of a mineral oil having a kinematic viscosity at 100°C of from 2 to 40 mm 2 s -1 and a viscosity index of from 80 to 100; - 0.5 to 30 mass% of at least one complex/hybrid detergent including phenol, sulphonic acid and salicylic acid surfactants; - 0.5 to 6.0 mass% of at least one ashless succinimide dispersant; - 0.1 to 1.5 mass% of at least one zinc dihydrocarbyl dithiophosphate anti-wear additive; and - a phenate detergent
Revolving door having a rotatable door leaf element which has door leaves , and having at least one part-circular wall portion which is arranged adjacent to the rotation circle of the door leaf element , wherein an electronic reading unit for wireless reading of data from transponders is orientated towards a reading space delimited by the wall portion and a pair of door leaves , wherein the wall portion which delimits the reading space covers the pair of door leaves which form a passage space in a reading position of the revolving door in order to contribute via the door leaf element and the wall portion which overlaps the door leaf to the electromagnetic shielding of the reading space in the reading position, characterised in that the door leaf element has at least three door leaves which are fitted to a vertical centre axle and that sealing elements for electromagnetic shielding are arranged in the transition between the door leaves and the wall portion , which delimits the reading space.
Transport seat system, in particular aircraft seat system, with at least one first seat (10a; 10b; 10c) comprising at least one mounting module that is, for a mounting of the seat (10a; 10b; 10c) in a transport means, configured to be connected on a guide rail (22a, 24a; 22b; 22c), and with at least one second seat (12a; 12b; 12c) which is arranged behind the first seat (10a; 10b; 10c) and comprises at least one mounting module (68a, 70a; 68b; 68c) that is, for a mounting of the seat (12a; 12b; 12c) in the transport means, configured to be connected on the same guide rail (22a, 24a; 22b; 22c), wherein, for an implementation of a use position and a stowage position of at least one of the seats (12a; 12b; 12c), the two seats (10a, 12a; 10b, 12b; 10c, 12c) are configured to be displaced on the guide rail (22a, 24a; 22b; 22c) relative to one another, wherein at least one mounting module (68a, 70a; 68b; 68c) of at least one of the seats (12a; 12b; 12c) comprises a seat foot unit (80a; 80b; 82c) that is supported movably relative at least to a portion of the mounting module (68a, 70a; 68b; 68c), the seats (10a, 12a; 10a, 12b; 10c, 12c) each comprising a backrest (36a; 36b; 36c) that has the same upright position in the use position and in the stowage position, characterised in that in the stowage position at least one of the seats (12a; 12b) is arranged such that it at least partially overlaps with its mounting module (68a, 70a; 68b) the mounting module of the other seat (10a; 10b).
Method of measuring in line by the use of at least one ultrasound transmitter and at least one ultrasound receiver acting as an ultrasound sensor the setting characteristics of confectionery/chocolate products placed into moulds in order to determine during the cooling process the optimum time for extracting the finished product from the moulds, wherein no direct contact is made with the confectionery/chocolate product, and wherein the amplitude attenuation of the empty mould is determined from the vibration signal transmitted and received by the ultrasound receiver , wherein a mould-specific calibration signal is stored in a process computer or external computer, whereupon the mould is used for the moulding process of the confectionery/chocolate product and the ultrasound sent out from the ultrasound transmitter through the mould material and the moulding material in the form of a confectionery/chocolate product is detected by the ultrasound receiver and whereupon from the dissipative amplitude attenuation and the phase shift of the ultrasound from maximum the relevant time for completely detaching the confectionery/chocolate product from the mould wall is delimited and whereupon on the basis of the subsequently pronounced, progressive decrease in the amplitude signal the time for demoulding the confectionery/chocolate product is determined.
A method for operating a device powered by a battery comprising the following steps of, performed by a processing unit of the device : determining (a) that a notification is to be outputted through a user interface of the device during an unavailability time period, comprising estimating a remaining battery lifetime and a remaining duration of said unavailability time period; if the remaining battery lifetime is greater than the remaining duration of said unavailability time period, postponing (b) outputting said notification until after the occurrence of an event indicative of the availability of a user of the device . determining (a) that a notification is to be outputted through a user interface of the device during an unavailability time period, comprising estimating a remaining battery lifetime and a remaining duration of said unavailability time period; if the remaining battery lifetime is greater than the remaining duration of said unavailability time period, postponing (b) outputting said notification until after the occurrence of an event indicative of the availability of a user of the device .
A device to retrieve an obstruction in a blood vessel, comprising: a funnel catheter comprising an expanding distal tip , a distal end located at the distal tip , and a proximal portion; characterised by an outer lamination layer covering at least a portion of the funnel catheter wherein the outer lamination layer further comprises openings in the layer to allow translation of one or more pull wires ; and a floating retaining sheath attached to the funnel catheter via the one or more pull wires . a funnel catheter comprising an expanding distal tip , a distal end located at the distal tip , and a proximal portion; characterised by an outer lamination layer covering at least a portion of the funnel catheter wherein the outer lamination layer further comprises openings in the layer to allow translation of one or more pull wires ; and a floating retaining sheath attached to the funnel catheter via the one or more pull wires .
A method for controlling the light emitted by a light source, comprising: - setting the light to an active level in response to a triggering event indicating presence of a user, - starting a timer adapted to run until expiry to measure a period of time until the light is to be set to a passive level that is lower than said active level, - if the timer expires without any new triggering event having been observed, setting the light to said passive level, - responding to a reception of an external control signal while the timer is running, which external control signal indicates presence of a user elsewhere, by changing the time remaining until expiry of said timer, characterized in that the method comprises - after having received a plurality of external control signals from one or more presence sensors arranged elsewhere than within the illumination area of said light source, which external control signals indicate presence of users elsewhere, associating different sources of external control signals with specific amounts of time by which the time remaining until expiry of said timer will be changed in accordance with a number of rules, and - next time when an external control signal is received while the timer is running, changing the time remaining until expiry of said timer by an amount associated with the source from which the external control signal was received. - setting the light to an active level in response to a triggering event indicating presence of a user, - starting a timer adapted to run until expiry to measure a period of time until the light is to be set to a passive level that is lower than said active level, - if the timer expires without any new triggering event having been observed, setting the light to said passive level, - responding to a reception of an external control signal while the timer is running, which external control signal indicates presence of a user elsewhere, by changing the time remaining until expiry of said timer, - after having received a plurality of external control signals from one or more presence sensors arranged elsewhere than within the illumination area of said light source, which external control signals indicate presence of users elsewhere, associating different sources of external control signals with specific amounts of time by which the time remaining until expiry of said timer will be changed in accordance with a number of rules, and - next time when an external control signal is received while the timer is running, changing the time remaining until expiry of said timer by an amount associated with the source from which the external control signal was received.
Moisture indicator apparatus for the hygrometric determination of the residual moisture of a construction material , comprising a housing with at least one housing interior space , which communicates with the housing's surrounding environment via at least one diffusion opening covered with a water-vapour-permeable membrane , wherein the housing comprises a display field , characterized in that at least one hygric length change element is arranged in the housing interior space , which hygric length change element respectively assumes different lengths (L 20 , L 79 , L 80 , L 85 , L 100 ) depending on the relative air moisture (RF 20 , RF 79 , RF 80 , RF 85 , RF 100 ) prevailing in the housing interior space and is operatively connected to a mechanical release mechanism , wherein, in the event of undercutting (RF 79 ) a presettable threshold value (RF 80 ) for air moisture, the mechanical release mechanism activates a display means in the display field for displaying the threshold value undercut (RF 79 ) of the preset relative air moisture (RF 80 ) depending on the length (L 79 ) of the length change element assumed.
A removal device for removing a tubular knitted article from a circular knitting machine for hosiery or the like, comprising an annular removal body which supports a plurality of removal members arranged around the axis of said removal body , said removal body being configured to be arrangeable coaxially around a needle cylinder of a circular knitting machine for hosiery or the like with each one of said removal members arranged so as to correspond to a respective needle of the machine, said removal body is configured to rotate on command about the axis of the removal body at the same angular velocity as said needle cylinder during the steps of engagement of each removal member with the corresponding needle , wherein said removal members are supported by first and second annular portions , which can rotate with respect to each other about an oscillation axis that is substantially perpendicular to the axis of the removal body in order to pass between a removal condition, in which they are arranged so as to form a circumference that is coaxial with the axis of the removal body , and a sewing condition, in which said annular portions are arranged so as to face each other, characterized in that each of said removal members comprises a respective removal head which can move on command, relative to the removal body , along a removal trajectory which has a component that is parallel to the axis of the removal body and at least one radial component away from the axis of the removal body , said removal head comprising a wide portion designed to penetrate within the respective loop of knitting wherein said removal heads are adapted to move, as a consequence of the penetration of the respective loop of knitting, below the knockover plane.
Method of MR imaging comprising the steps of: - generating and acquiring chemical shift encoded echo signals in a pre-scan by subjecting an object to a first imaging sequence, wherein the first imaging sequence generates the echo signals of the pre-scan at two or more different echo times; - deriving a fat fraction map from the echo signals of the pre-scan wherein the fat fraction map is derived using a two- or multi-point Dixon technique; - generating and acquiring chemical shift encoded echo signals in a clinical scan by subjecting the object to a second imaging sequence, wherein the second imaging sequence generates the echo signals of the clinical scan at two or more different echo times; - deriving a field map estimate from the fat fraction map and from the echo signals of the clinical scan; - reconstructing a MR image from the echo signals of the clinical scan, wherein signal contributions from fat and water are separated using a two- or multi-point Dixon technique on the basis of the field map estimate. - generating and acquiring chemical shift encoded echo signals in a pre-scan by subjecting an object to a first imaging sequence, wherein the first imaging sequence generates the echo signals of the pre-scan at two or more different echo times; - deriving a fat fraction map from the echo signals of the pre-scan wherein the fat fraction map is derived using a two- or multi-point Dixon technique; - generating and acquiring chemical shift encoded echo signals in a clinical scan by subjecting the object to a second imaging sequence, wherein the second imaging sequence generates the echo signals of the clinical scan at two or more different echo times; - deriving a field map estimate from the fat fraction map and from the echo signals of the clinical scan; - reconstructing a MR image from the echo signals of the clinical scan, wherein signal contributions from fat and water are separated using a two- or multi-point Dixon technique on the basis of the field map estimate.