mhurhangee/ep-ind-claims huggingface dataset:
A labyrinth seal (30; 130; 230), comprising: rotating and static components (32; 132; 232; 34; 134; 234; 334) rotatable relative to one another relative to a central axis, characterised in that the rotating component (32; 132; 232) is securable to a shaft (20, 22) via a tight fit engagement at an engagement location on the rotating component (32; 123; 232), the engagement location including a portion of a radially inner face of the rotating component (32; 132; 232), the static component (34; 134; 234) securable to a housing; teeth (32a; 132a; 232a) protruding from one of the rotating and static components (32; 132; 232; 34; 134; 234; 334) towards a seal land (34a; 134a; 234a; 334a) defined by the other one of the rotating and static components (32; 132; 232; 34; 134; 234; 334); and clearances between the teeth (32a; 132a; 232a) and the seal land (34a; 134a; 234a; 334a), a first clearance of the clearances greater than a second clearance of the clearances, the first clearance located closer to the engagement location of the rotating component (32; 123; 232) than the second clearance.
A saddle-type vehicle having a main step provided longitudinally continuously at a position disposed outwardly in the widthwise direction of the vehicle between a bar handle and an occupant seat, the saddle-type vehicle comprising: a plate-like step that is separate from the main step and provided at a position forward of the main step, the plate-like step being provided openably and closably such that the plate-like step has a portion that is positioned outwardly in the widthwise direction of the vehicle when the plate-like step is open and that is positioned upwardly when the plate-like step is closed; characterized in that: the plate-like step is arranged so as to fill a space i) that is concave inwardly in the widthwise direction of the saddle-type vehicle and ii) that is between i) front end portions of a front foot rest of the main step and ii) lower ends of a laterally bulging portion of a vehicle body cover of the saddle-type vehicle.
One or more non-transitory computer-readable media, CRM, comprising instructions to, upon execution of the instructions by one or more processors of a test equipment, TE, cause the TE to: generate a first signal that includes a frequency range 2, FR2, synchronization signal of a target power level S at a receiver reference point after receiver beamforming at a user equipment, UE, wherein the FR2 is from 24250 megahertz, MHz, to 52600 MHz; transmit the first signal via one or more transmitters to the, UE; generate a second signal that includes the FR2 synchronization signal and artificial correlated noise of power level N, based on a target signal-to-noise, SNR, value; and transmit the second signal via the one or more transmitters to the UE. generate a first signal that includes a frequency range 2, FR2, synchronization signal of a target power level S at a receiver reference point after receiver beamforming at a user equipment, UE, wherein the FR2 is from 24250 megahertz, MHz, to 52600 MHz; transmit the first signal via one or more transmitters to the, UE; generate a second signal that includes the FR2 synchronization signal and artificial correlated noise of power level N, based on a target signal-to-noise, SNR, value; and transmit the second signal via the one or more transmitters to the UE.
Device for automatically sampling individual fibers of a fiber sample from a fiber reservoir and for transferring an individual fiber to a subsequent device, in particular a fiber testing device, having a control and a transport device for the individual fibers, comprising a fiber reservoir comprising at least one sample container containing the fiber sample in the form of fiber tufts, a sampling means configured to sample a plurality of individual fibers from the fiber tuft of the fiber sample contained in the sample container, a transport device configured to take over the sampled individual fibers from the sampling device for transferring the individual fibers to the subsequent device, characterized in that the sampling device comprises at least a gripping means, a fiber separation means and a detection means, wherein the gripping means is configured to sample one or more individual fibers from the sample container, and that the fiber separation means is configured to stretch the individual fibers sampled by the gripping means until only a single individual fiber is detected by the detection means and to thereafter release the separated single individual fiber to a clamping means of the transport device.
A method of producing foam for cleaning purposes, the method comprising the steps of: - leading pressurized water into a housing of a mixing unit and through an injector positioned within said housing, within which injector an under-pressure is created during the passage of said water through said injector from an injector inlet of said injector towards an injector outlet of said injector, where said under-pressure causes a cleaning agent to be sucked into said injector via a first input line in fluid communication with a reservoir for said cleaning agent, in which injector said cleaning agent is being mixed with said water under its passage towards said injector outlet, and - leading pressurized air into said housing of said mixing unit, and through a gap between said housing and said injector outlet, in a direction substantially parallel to the flow of water mixed with cleaning agent out of said injector outlet of said injector, thereby causing creation of foam when said pressurized air becomes mixed with said water and cleaning agent before exiting said housing through a fluid outlet of said housing, characterized in that said gap is defined between a circular cross section of the injector at or adjacent to the injector outlet and inner dimensions of the housing having a cylindrical shape adjacent to the fluid outlet, the injector outlet being positioned co-axially relative to said opening in the housing at the fluid outlet, and wherein said pressurized water has a pressure between 10 bar and 25 bar. - leading pressurized water into a housing of a mixing unit and through an injector positioned within said housing, within which injector an under-pressure is created during the passage of said water through said injector from an injector inlet of said injector towards an injector outlet of said injector, where said under-pressure causes a cleaning agent to be sucked into said injector via a first input line in fluid communication with a reservoir for said cleaning agent, in which injector said cleaning agent is being mixed with said water under its passage towards said injector outlet, and - leading pressurized air into said housing of said mixing unit, and through a gap between said housing and said injector outlet, in a direction substantially parallel to the flow of water mixed with cleaning agent out of said injector outlet of said injector, thereby causing creation of foam when said pressurized air becomes mixed with said water and cleaning agent before exiting said housing through a fluid outlet of said housing, characterized in that said gap is defined between a circular cross section of the injector at or adjacent to the injector outlet and inner dimensions of the housing having a cylindrical shape adjacent to the fluid outlet, the injector outlet being positioned co-axially relative to said opening in the housing at the fluid outlet, and wherein said pressurized water has a pressure between 10 bar and 25 bar.
Process of manufacturing a pallet used for storage and transport of loads, the pallet comprising (i) a loads arrangement surface capable of accommodating said loads, (ii) at least two support elements associated to the loads arrangement surface and capable of sustaining said loads, positioned substantially parallel there between and capable of supporting loads, wherein each support element is provided with a substantially cross section of a circular dome-shaped kind and having an upper limit and a lower limit, and (iii) wherein the loads arrangement surface is positioned in some place between the upper and lower limits (6,7) of the support elements, the surface being positioned nearer of the upper limit than of the lower limits, the process being characterized in that it comprises the following steps: Step I - positioning at least one main bobbin of fabric and at least one accessory bobbing in a manufacturing machine; Step II - feeding fabric by the bobbins (100,100') in a disposition defining two substantially parallel layers; Step III - sewing the layers of fabric by means of one or more sewing heads, fed by one or more seam lines, defining at least one bag; Step IV - cutting the pallet on the desired length and finishing sewing threads; and Step V - arching at least two supports and moving the bag of the pallet over the arched supports; the steps / to V being performed in a single manufacturing machine. Step I - positioning at least one main bobbin of fabric and at least one accessory bobbing in a manufacturing machine; Step II - feeding fabric by the bobbins (100,100') in a disposition defining two substantially parallel layers; Step III - sewing the layers of fabric by means of one or more sewing heads, fed by one or more seam lines, defining at least one bag; Step IV - cutting the pallet on the desired length and finishing sewing threads; and Step V - arching at least two supports and moving the bag of the pallet over the arched supports; the steps / to V being performed in a single manufacturing machine.
Method for monitoring a half-bridge branch in a half-bridge, which half-bridge branch is connected in series with a further half-bridge branch via a centre tap in the half-bridge, comprising: - applying an electric supply potential, opposite the centre tap on the further half-bridge branch, to the centre tap with a predetermined temporal profile in a clocked manner, wherein a PWM unit outputs a first control signal with the predetermined temporal profile to the further half-bridge branch of the first half-bridge; - monitoring the half-bridge branch based on a comparison of the predetermined temporal profile with an electric output potential at the centre tap, characterized in that the PWM unit outputs a second control signal to an earth-side field-effect transistor of a second half-bridge, wherein the second control signal has a DC voltage form predefined by the PWM unit, with the result that the earth-side field-effect transistor of the second half-bridge is switched on in a static manner and an electric motor is permanently connected to an earth potential via the earth-side field-effect transistor of the second half-bridge, and a monitoring device counts pulses in the output potential with a first counter over a time period predefined by a timer and counts pulses in the first control signal with a second counter over the time period in the same way, wherein the comparison is carried out after the predefined time period by comparing the counters (58, 64) in such a way that if a first pulse number of the first counter is equal to a second pulse number, the earth-side field-effect transistor of the first half-bridge is free from short circuits. - applying an electric supply potential, opposite the centre tap on the further half-bridge branch, to the centre tap with a predetermined temporal profile in a clocked manner, wherein a PWM unit outputs a first control signal with the predetermined temporal profile to the further half-bridge branch of the first half-bridge; - monitoring the half-bridge branch based on a comparison of the predetermined temporal profile with an electric output potential at the centre tap, characterized in that the PWM unit outputs a second control signal to an earth-side field-effect transistor of a second half-bridge, wherein the second control signal has a DC voltage form predefined by the PWM unit, with the result that the earth-side field-effect transistor of the second half-bridge is switched on in a static manner and an electric motor is permanently connected to an earth potential via the earth-side field-effect transistor of the second half-bridge, and a monitoring device counts pulses in the output potential with a first counter over a time period predefined by a timer and counts pulses in the first control signal with a second counter over the time period in the same way, wherein the comparison is carried out after the predefined time period by comparing the counters (58, 64) in such a way that if a first pulse number of the first counter is equal to a second pulse number, the earth-side field-effect transistor of the first half-bridge is free from short circuits.
A water-based primer composition comprising - a porous submicron silica, preferably in the form of a dispersion, preferably in an amount from 10 to 30 wt.-% based on the weight of the entire composition, - starch, preferably in an amount from 10 to 30 wt.-% based on the weight of the entire composition, and - at least one component selected from the group consisting of a further polysaccharide, a hemicellulose, lignin, styrene-acrylic emulsion, a polyvinylacetate and a sulfopolyester. - a porous submicron silica, preferably in the form of a dispersion, preferably in an amount from 10 to 30 wt.-% based on the weight of the entire composition, - starch, preferably in an amount from 10 to 30 wt.-% based on the weight of the entire composition, and - at least one component selected from the group consisting of a further polysaccharide, a hemicellulose, lignin, styrene-acrylic emulsion, a polyvinylacetate and a sulfopolyester.
A method for using different air interfaces on adjacent frequency channels (110, 120) for side-link communications, the method comprising: determining, by an air interface management server system, to set subcarrier spacing in a first side-link channel based on subcarrier spacing of a second side-link channel, wherein the first side-link channel uses a first air interface and the second side-link channel uses a second air interface; splitting, by the air interface management server system, the first side-link channel into a first bandwidth portion and a second bandwidth portion, wherein the first bandwidth portion of the first side-link channel is directly adjacent to the second side-link channel; assigning, by the air interface management server system, a first subcarrier spacing to the first bandwidth portion of the first side-link channel, wherein the second side-link channel uses the first subcarrier spacing; assigning, by the air interface management server system, a second subcarrier spacing to the second bandwidth portion of the first side-link channel, wherein the second subcarrier spacing differs from the first subcarrier spacing; and providing to a plurality of instances of user equipment, UE, that communicate using the first air interface, an indication of the first subcarrier spacing, the second subcarrier spacing, the first bandwidth portion, and the second bandwidth portion. determining, by an air interface management server system, to set subcarrier spacing in a first side-link channel based on subcarrier spacing of a second side-link channel, wherein the first side-link channel uses a first air interface and the second side-link channel uses a second air interface; splitting, by the air interface management server system, the first side-link channel into a first bandwidth portion and a second bandwidth portion, wherein the first bandwidth portion of the first side-link channel is directly adjacent to the second side-link channel; assigning, by the air interface management server system, a first subcarrier spacing to the first bandwidth portion of the first side-link channel, wherein the second side-link channel uses the first subcarrier spacing; assigning, by the air interface management server system, a second subcarrier spacing to the second bandwidth portion of the first side-link channel, wherein the second subcarrier spacing differs from the first subcarrier spacing; and providing to a plurality of instances of user equipment, UE, that communicate using the first air interface, an indication of the first subcarrier spacing, the second subcarrier spacing, the first bandwidth portion, and the second bandwidth portion.
A plumbing fitting comprising: a body having a flow path extending therethrough; a receptacle disposed in the body, the receptacle arranged to releasably receive a mechanism; wherein the receptacle is movable between a first, operational, position in which the flow path extends through the receptacle and the mechanism, and a second position in which the flow path bypasses the mechanism whereby in the second position the mechanism can be released from the receptacle whilst a fluid flows through the flow path, wherein the mechanism is a control valve or a regulating valve.
Bag for distributing a dose of a flowable biopharmaceutical product in the general state of a liquid or paste, into a set of containers, comprising a shell able to receive the biopharmaceutical product in its inner space and comprising flexible walls joined by fixed and sealed connection areas, of which two opposite walls (5 and 6) are connected to each other by their peripheries, at least one inlet port by which the inner space can be filled with the biopharmaceutical product, and a plurality of n outlet ports with which are associated in a communicating manner n external discharge/fill tubes, and by which the biopharmaceutical product can be discharged from the inner space into a plurality of containers associated in a communicating manner with the n outlet ports in order to fill them with a dose of biopharmaceutical product, a port (9, 10) being associated with a passage in the shell and being mounted onto it by fixed and sealed connection means, characterized in that: - the n outlet ports are similar and grouped, in particular near to one another, in a continuous tapping area delimited by the outlet ports or their vicinity, located on a tapping wall of one of the two walls (5 and 6), separate from the connection areas, extending linearly or more widely across a surface area distinctly smaller than the area of the face of the tapping wall, - the bag comprises a tapping wall provided with at least one opening for outlet port passage and assembly for the n outlet ports, and fixed and sealed port/shell connection means attached in a fixed and sealed manner to the tapping wall around the at least one opening for outlet port passage and assembly, - the bag comprises a folding region of the two walls (5 and 6), at or near where the tapping area is located, where the two walls (5 and 6) can be folded onto themselves with the face of the tapping wall being external to the fold while forming an end edge of the folded bag, at or near where the tapping area and the n outlet ports are located. - the n outlet ports are similar and grouped, in particular near to one another, in a continuous tapping area delimited by the outlet ports or their vicinity, located on a tapping wall of one of the two walls (5 and 6), separate from the connection areas, extending linearly or more widely across a surface area distinctly smaller than the area of the face of the tapping wall, - the bag comprises a tapping wall provided with at least one opening for outlet port passage and assembly for the n outlet ports, and fixed and sealed port/shell connection means attached in a fixed and sealed manner to the tapping wall around the at least one opening for outlet port passage and assembly, - the bag comprises a folding region of the two walls (5 and 6), at or near where the tapping area is located, where the two walls (5 and 6) can be folded onto themselves with the face of the tapping wall being external to the fold while forming an end edge of the folded bag, at or near where the tapping area and the n outlet ports are located.
A method for generating a stimulus resistant cell line, comprising (i) transduce a cell line, stably expressing an RNA-guided endonuclease of the clustered regularly interspaced short palindromic repeats (CRISPR) system wherein said endonuclease generates mutations by non-homologous end-joining (NHEJ), with a vector library comprising guide RNAs targeting exonic sequences, and targeting intronic sequences within 30 base pairs of an intron-exon boundary, of at least one candidate target gene or the whole exome of the organism the stimulus is targeting, wherein the method does not comprise the use of a homology-directed repair template or substrate; (ii) select for transduced cells at the end of step (i); (iii) treat selected cells at the end of step (ii) with the stimulus; (iv) grow the stimulus resistant colonies that are formed at the end of step (iii); (v) identify or sequence the guide RNA sequence(s) present in the resistant colonies generated in (iv); (vi) sequence the genomic region around the target sequence of the identified guide RNA(s) to identify the genetic mutations that confer cellular resistance to the stimulus; and (vii) select those colonies wherein the mutations consist of in-frame insertions and/or in-frame deletions and/or in-frame indels and/or point mutations resulting in functional protein variants, and excluding mutations that introduce a premature stop codon that leads to loss-of-function, of the identified target sequence of step (vi). (i) transduce a cell line, stably expressing an RNA-guided endonuclease of the clustered regularly interspaced short palindromic repeats (CRISPR) system wherein said endonuclease generates mutations by non-homologous end-joining (NHEJ), with a vector library comprising guide RNAs targeting exonic sequences, and targeting intronic sequences within 30 base pairs of an intron-exon boundary, of at least one candidate target gene or the whole exome of the organism the stimulus is targeting, wherein the method does not comprise the use of a homology-directed repair template or substrate; (ii) select for transduced cells at the end of step (i); (iii) treat selected cells at the end of step (ii) with the stimulus; (iv) grow the stimulus resistant colonies that are formed at the end of step (iii); (v) identify or sequence the guide RNA sequence(s) present in the resistant colonies generated in (iv); (vi) sequence the genomic region around the target sequence of the identified guide RNA(s) to identify the genetic mutations that confer cellular resistance to the stimulus; and (vii) select those colonies wherein the mutations consist of in-frame insertions and/or in-frame deletions and/or in-frame indels and/or point mutations resulting in functional protein variants, and excluding mutations that introduce a premature stop codon that leads to loss-of-function, of the identified target sequence of step (vi).
A device attached to a real object comprising: - a plurality of detectable reference points representative of a position and an orientation of the device in a three-dimensional space; - a memory for storing data comprising: ∘ a three-dimensional description of said object that defines a three-dimensional form of said object in real-world dimensions; ∘ a position and orientation of the device relative to said three-dimensional description of said object; and - means for emitting said data. - a plurality of detectable reference points representative of a position and an orientation of the device in a three-dimensional space; - a memory for storing data comprising: ∘ a three-dimensional description of said object that defines a three-dimensional form of said object in real-world dimensions; ∘ a position and orientation of the device relative to said three-dimensional description of said object; and ∘ a three-dimensional description of said object that defines a three-dimensional form of said object in real-world dimensions; ∘ a position and orientation of the device relative to said three-dimensional description of said object; and - means for emitting said data.