mhurhangee/ep-ind-claims huggingface dataset:
A vane assembly in a duct comprising: a plurality of vanes arranged circumferentially about an axis defined by the duct, the duct being an airflow or gas path duct; wherein each of said plurality of vanes has a throat distance defining a shortest distance between the vane and an adjacent vane at a constant span; wherein a line drawn along the throat distance defines a throat angle relative to a circumferential line that is tangential to a trailing edge of each of said plurality of vanes; characterized in that: the throat angle of each vane at its mid-span region of 45 to 55% span is greater than the throat angle at its tip region of 95% to 100% span and greater than the throat angle at its root region of 0% to 5% span wherein, as a result thereof, an airflow at an outer diameter and an airflow at an inner diameter of said vane assembly are elevated relative to an airflow at a mid span region of the vane assembly; and wherein the throat root angle has a low root throat angle at 0% span and increases at a constant rate as a percentage span increases from 0% span to 45% to 55% span, and decreases again at a constant rate as the percentage span increases from 45% to 55% span to 100% span. a plurality of vanes arranged circumferentially about an axis defined by the duct, the duct being an airflow or gas path duct; wherein each of said plurality of vanes has a throat distance defining a shortest distance between the vane and an adjacent vane at a constant span; wherein a line drawn along the throat distance defines a throat angle relative to a circumferential line that is tangential to a trailing edge of each of said plurality of vanes; characterized in that: the throat angle of each vane at its mid-span region of 45 to 55% span is greater than the throat angle at its tip region of 95% to 100% span and greater than the throat angle at its root region of 0% to 5% span wherein, as a result thereof, an airflow at an outer diameter and an airflow at an inner diameter of said vane assembly are elevated relative to an airflow at a mid span region of the vane assembly; and wherein the throat root angle has a low root throat angle at 0% span and increases at a constant rate as a percentage span increases from 0% span to 45% to 55% span, and decreases again at a constant rate as the percentage span increases from 45% to 55% span to 100% span. the throat angle of each vane at its mid-span region of 45 to 55% span is greater than the throat angle at its tip region of 95% to 100% span and greater than the throat angle at its root region of 0% to 5% span wherein, as a result thereof, an airflow at an outer diameter and an airflow at an inner diameter of said vane assembly are elevated relative to an airflow at a mid span region of the vane assembly; and wherein the throat root angle has a low root throat angle at 0% span and increases at a constant rate as a percentage span increases from 0% span to 45% to 55% span, and decreases again at a constant rate as the percentage span increases from 45% to 55% span to 100% span.
A pump system, comprising: a piston stem having a locking feature; a lock cylinder having a groove; wherein the locking feature is positioned in the groove, characterized in that the lock cylinder further comprises a spring projection off of a surface of the groove configured to engage an at least partially hollow portion of the locking feature; or characterized in that the lock cylinder further comprises a leaf spring configured in a surface of the groove. a piston stem having a locking feature; a lock cylinder having a groove; wherein the locking feature is positioned in the groove, characterized in that the lock cylinder further comprises a spring projection off of a surface of the groove configured to engage an at least partially hollow portion of the locking feature; or
Portion package adapted for preparing an edible product and configured so as to provide an interior volume for a dose of at least on edible substance, and presenting two construction elements (3, 4) providing surfaces adapted for entry and exit passage respectively of a pressurized fluid flow, whereby at least one of said construction elements (3, 4) comprises at least one outside envelope layer (31, 41) presenting a plurality of zones of weakened material (51, 61) adapted so that they can be broken by an upstream flow pressure higher than atmospheric pressure and thereby provide flow passageways through the respective construction element (3, 4), and whereby said zones of weakened material are provided in at least two groups apart from each other and presenting at least two adjacent zones of weakened material (51a, 51b) so that the distance between said adjacent zones of weakened material (51a, 51b) is smaller than the distance between any thereof and the zones of weakened material (52a, 52b) from another group, characterized in that the zones of weakened material (51a, 51b) in each group are provided along at least two at least approximately parallel extensions, and in that said adjacent zones of weakened material (51a, 51b) of each group are provided at a minimum spacing dimension (c) from the zones of weakened material (52a, 52b) of an adjacent group that is bigger than said adjacency distance (a) and bigger than the characteristic dimension (b) of said zones of weakened material, whereby said minimum spacing dimension (c) is comprised between 1 mm and 30 mm, preferentially between 5 mm and 15 mm, and in that said zones of weakened material (51, 61) are provided by displacement of material, with material accumulation in a salient manner relative to the surrounding outside surface, along at least most part of the extension of the edges of the cavity defining said zones of weakened material (51, 61).
A method comprising: receiving at a terminal at least one orthogonal frequency division multiplexing, OFDM, symbol carrying a paging indicator; processing the at least one OFDM symbol to detect the paging indicator; determining whether an indicator bit included in the paging indicator and applicable to the terminal is set; if the indicator bit is set, receiving a paging message from a segment of a paging channel, the segment being associated with the indicator bit; and characterized by sending a paging acknowledgement in an uplink paging acknowledgement segment in response to receipt of the paging message, the paging acknowledgement comprising a first and a second waveform, wherein the first waveform is sent in symbol periods o and 1 and the second waveform is sent in symbol periods 2 and 3 of the uplink access channel, UL.ACH, in the uplink superslot following the downlink superslot in which the paging message was received whereas symbol periods 4, 5, 6 and 7 of the UL.ACH are left unused. receiving at a terminal at least one orthogonal frequency division multiplexing, OFDM, symbol carrying a paging indicator; processing the at least one OFDM symbol to detect the paging indicator; determining whether an indicator bit included in the paging indicator and applicable to the terminal is set; if the indicator bit is set, receiving a paging message from a segment of a paging channel, the segment being associated with the indicator bit; and characterized by sending a paging acknowledgement in an uplink paging acknowledgement segment in response to receipt of the paging message, the paging acknowledgement comprising a first and a second waveform, wherein the first waveform is sent in symbol periods o and 1 and the second waveform is sent in symbol periods 2 and 3 of the uplink access channel, UL.ACH, in the uplink superslot following the downlink superslot in which the paging message was received whereas symbol periods 4, 5, 6 and 7 of the UL.ACH are left unused.
A protein material comprising angiogenin and/or angiogenin hydrolysate in an amount of 2 to 15 mg/100 mg and cystatin and/or cystatin hydrolysate in the mass ratio to the angiogenin and/or angiogenin hydrolysate of 0.003 to 0.6.
Method for detecting colour changes in a card design, designed according to a number of design rules to avoid mixed contour effects in the face-to-face fabric, by means of a computer comprising central processing means, detecting means, data entering means, memory means and displaying means, wherein the data of the card design of the pattern of the fabric being entered through data entering means and a processing programme applying correction lift plans to colour changes taking the design rules into account, characterized in that on the basis of the data entered through the data entering means, the colour changes in the card design are detected by means of the detecting means, that by means of the displaying means the colour changes are designated where a mixed contour is occurring in the face-to-face fabric which cannot be compensated when using said correction lift plans based onto said design rules, and in that the said data entered are: the card design of the pattern of the fabric, the weave structure selected and the position of the pile frames in the creel of the Jacquard weaving machine on which the fabric will be woven.
A method for detecting malicious reprogramming of a Programmable Logic Controller, PLC, in a Supervisory Control And Data Acquisition, SCADA, system, said method comprises the steps of: a. locating a dedicated device on a communication network between said PLC and an Engineering Workstation; b. passively collecting and checking, by said dedicated device, traffic between said PLC and said Engineering Workstation using a Test Access Point,TAP, wherein an Intrusion Detection System, IDS, is connected to said traffic through said TAP such that there is no access to the IDS from said SCADA system; c. detecting unauthorized reprogramming in said traffic by a time deception functionality of the Engineering Workstation, said time deception corresponding to the Engineering Workstation disabling the dedicated device for a limited and specific time window so that an attacker will be detected upon trying to reprogram the PLC; and d. generating, by the dedicated device, an alert after detecting unauthorized reprogramming in said traffic. a. locating a dedicated device on a communication network between said PLC and an Engineering Workstation; b. passively collecting and checking, by said dedicated device, traffic between said PLC and said Engineering Workstation using a Test Access Point,TAP, wherein an Intrusion Detection System, IDS, is connected to said traffic through said TAP such that there is no access to the IDS from said SCADA system; c. detecting unauthorized reprogramming in said traffic by a time deception functionality of the Engineering Workstation, said time deception corresponding to the Engineering Workstation disabling the dedicated device for a limited and specific time window so that an attacker will be detected upon trying to reprogram the PLC; and d. generating, by the dedicated device, an alert after detecting unauthorized reprogramming in said traffic.
Apparatus for producing a rod of aerosol-generating material, the apparatus comprising: a first feed device adapted to supply a first web of aerosol-generating material to a processing unit; a second feed device adapted to supply a second web of aerosol-generating material; and a web changeover unit arranged to change supply of aerosol-generating material to the processing unit from the first web of aerosol-generating material to the second web of aerosol-generating material; wherein the web changeover unit is configured to position a leading edge of the second web of aerosol-generating material adjacent to a trailing edge of the first web of aerosol-generating material upstream of the processing unit such that said leading and trailing edges do not overlap, during changeover from the first web of aerosol-generating material to the second web of aerosol-generating material, and such that said leading and trailing edges remain in a non-overlapping relationship after changeover and when the first web of aerosol-generating material and second web of aerosol-generating material are supplied to the processing unit. a first feed device adapted to supply a first web of aerosol-generating material to a processing unit; a second feed device adapted to supply a second web of aerosol-generating material; and a web changeover unit arranged to change supply of aerosol-generating material to the processing unit from the first web of aerosol-generating material to the second web of aerosol-generating material; wherein the web changeover unit is configured to position a leading edge of the second web of aerosol-generating material adjacent to a trailing edge of the first web of aerosol-generating material upstream of the processing unit such that said leading and trailing edges do not overlap, during changeover from the first web of aerosol-generating material to the second web of aerosol-generating material, and such that said leading and trailing edges remain in a non-overlapping relationship after changeover and when the first web of aerosol-generating material and second web of aerosol-generating material are supplied to the processing unit.
A cement-SCM (supplementary cementitious material) blend comprising: a narrow PSD hydraulic cement fraction having a particle size distribution characterized by a d10, d50, and d90; and at least one SCM fraction having a PSD characterized by a d10, d50, and d90 that differ from the d10, d50, and d90 of the hydraulic cement fraction in order for the cement-SCM blend to form a cement paste having a maximum particle packing density of at least 57.0%, determined by means of equation: φ = ρ wet − ρ w ρ c − ρ w where φ = maximum solids volume concentration in a cement paste ρ wet = maximum density of wet paste ρ w = density of water ρ c = density of cement wherein the cement-SCM blend comprises a first SCM fraction having a d50 such that the d50 of the hydraulic cement fraction is at least 3.0 times the d50 of the first SCM fraction and a second SCM fraction having a d50 that is at least 3.0 times the d50 of the hydraulic cement fraction. a narrow PSD hydraulic cement fraction having a particle size distribution characterized by a d10, d50, and d90; and at least one SCM fraction having a PSD characterized by a d10, d50, and d90 that differ from the d10, d50, and d90 of the hydraulic cement fraction in order for the cement-SCM blend to form a cement paste having a maximum particle packing density of at least 57.0%, determined by means of equation: φ = ρ wet − ρ w ρ c − ρ w where φ = maximum solids volume concentration in a cement paste ρ wet = maximum density of wet paste ρ w = density of water ρ c = density of cement where φ = maximum solids volume concentration in a cement paste ρ wet = maximum density of wet paste ρ w = density of water ρ c = density of cement wherein the cement-SCM blend comprises a first SCM fraction having a d50 such that the d50 of the hydraulic cement fraction is at least 3.0 times the d50 of the first SCM fraction and a second SCM fraction having a d50 that is at least 3.0 times the d50 of the hydraulic cement fraction.
A micro-electromechanical extensional mode resonator comprising a plate of material having anisotropic directional elasticity characteristics, wherein a shape of the resonator is such that a first distance in a first direction from a centroid of the resonator to a first point on a peripheral edge of the resonator is greater than a second distance in a second direction from the centroid to a second different point on the edge, wherein for every first direction and every second direction the material has a lesser modulus of elasticity in the first direction than the second direction.
Use of an emulsifier system comprising coffee particles, wherein the coffee particles have a particle size in the range of from 0.1 μm to 500μm, preferably from 1 μm to 200 μm, for stabilising an interface between a fat phase and an aqueous phase of a food product.
A lead-through module for discharging exhaust gas scrubbing water into the sea through a hull of a marine vessel, comprising a flow tube having a first end (14.1) and a second end (14.2) characterized by - the flow tube being of a first grade steel and comprising ∘ an attachment flange part at the first end of the flow tube, ∘ an outlet flange part at the second end (14.2) of the flow tube extending radially outwards from the second end of the flow tube having an outer periphery, - a planar transition plate of a second grade steel, having an outer periphery and comprising an opening defining an inner periphery (22") of the transition plate, wherein the inner periphery (22") of the transition plate conforms with an outer periphery of the outlet flange part, and wherein the transition plate is arranged axially flush with, and rigidly connected to the outlet flange part of the flow tube. - the flow tube being of a first grade steel and comprising ∘ an attachment flange part at the first end of the flow tube, ∘ an outlet flange part at the second end (14.2) of the flow tube extending radially outwards from the second end of the flow tube having an outer periphery, ∘ an attachment flange part at the first end of the flow tube, ∘ an outlet flange part at the second end (14.2) of the flow tube extending radially outwards from the second end of the flow tube having an outer periphery, - a planar transition plate of a second grade steel, having an outer periphery and comprising an opening defining an inner periphery (22") of the transition plate, wherein the inner periphery (22") of the transition plate conforms with an outer periphery of the outlet flange part, and wherein the transition plate is arranged axially flush with, and rigidly connected to the outlet flange part of the flow tube.
A three-dimensional motion obtaining apparatus comprising: a light source; a charge amount obtaining circuit that includes pixels and obtains, for each of the pixels, a first charge amount under a first exposure pattern and a second charge amount under a second exposure pattern having an exposure period that at least partially overlaps an exposure period of the first exposure pattern; and a processor that controls a light emission pattern for the light source, the first exposure pattern, and the second exposure pattern, wherein the processor estimates a distance to a subject for each of the pixels of the charge amount obtaining circuit on the basis of the light emission pattern and on the basis of the first charge amount and the second charge amount of each of the pixels of the charge amount obtaining circuit obtained by the charge amount obtaining circuit, estimates an optical flow for each of the pixels of the charge amount obtaining circuit on the basis of the first exposure pattern, the second exposure pattern, and the first charge amount and the second charge amount of each of the pixels of the charge amount obtaining circuit obtained by the charge amount obtaining circuit, and outputs the estimated distance and the estimated optical flow. a light source; a charge amount obtaining circuit that includes pixels and obtains, for each of the pixels, a first charge amount under a first exposure pattern and a second charge amount under a second exposure pattern having an exposure period that at least partially overlaps an exposure period of the first exposure pattern; and a processor that controls a light emission pattern for the light source, the first exposure pattern, and the second exposure pattern, wherein the processor estimates a distance to a subject for each of the pixels of the charge amount obtaining circuit on the basis of the light emission pattern and on the basis of the first charge amount and the second charge amount of each of the pixels of the charge amount obtaining circuit obtained by the charge amount obtaining circuit, estimates an optical flow for each of the pixels of the charge amount obtaining circuit on the basis of the first exposure pattern, the second exposure pattern, and the first charge amount and the second charge amount of each of the pixels of the charge amount obtaining circuit obtained by the charge amount obtaining circuit, and outputs the estimated distance and the estimated optical flow.
Hand firearm with a lock system which comprises at least one striker (3; 4) arranged so as to be displaceable in a receiver housing, a striker holder (16; 17) associated with the striker (3; 4) for holding or releasing the striker (3; 4), a detent lever (18; 19) associated with the striker holder (16; 17), an intermediate lever (20; 21) which can be operated by means of a trigger (22; 23) for engagement with the detent lever (18; 19) and an inertia mass cooperating with the intermediate lever (20; 21) to break the contact between the intermediate lever (20; 21) and the detent lever (18; 19) in the event of undesired knocks, characterised in that the intermediate lever (20; 21) is arranged so as to be able to swivel on the trigger (22; 23) and the inertia mass is embodied in the form of a pendulum weight which is arranged so as to be able to move in a plurality of directions of movement by means of an elongated slot on a transverse pivot in the receiver housing and exhibits at least one control face for bearing of an upper lever arm of the intermediate lever (20; 21) pressed against the control face.
Orbital welding carriage, comprising at least a chassis for coupling to a conveying band, wherein the chassis comprises a first carriage part and a second carriage part, wherein the first carriage part and the second carriage part are spaced apart from each other orthogonally to the transport direction of the chassis, the first carriage part has two wheel groups (72, 81) each having a plurality of wheels (82, 83, 84) and the second carriage part has two wheel groups (80, 92) each having a plurality of wheels (82, 83, 84), wherein the first carriage part can be repositioned and the second carriage part is fixed to the carriage, wherein a drive device is arranged on the first chassis part, wherein in a first operating state the drive device can be pressed against a first front face of the conveying band under the action of a spring force, characterized in that wherein lever elements are provided, wherein each lever element is connected at each longitudinal end to a pivot axis, on each lever element three wheels (82, 83, 84) are arranged, wherein in each case one wheel is arranged for contacting an end face (77, 129) of the conveying band, one wheel for contacting an outer surface of the conveying band and one wheel for contacting the internal surface of the conveying band, wherein the lever elements with the wheels (82, 83, 84) arranged thereon can each be positioned in a plurality of positions to adapt the chassis to different conveying band diameters, wherein the wheels (82, 83, 84) of each wheel group (72, 80, 81, 92) are each arranged in an alignment element, wherein said alignment element is pivotably arranged on the base body of the lever element.