mhurhangee/ep-ind-claims huggingface dataset:
A seal for sealing a space defined by first and second adjacent components (202, 204) disposed about an axial centerline (C L), the seal comprising: a first seal section including a first base, a first leg extending from the first base and defining a first end, and a second leg extending from the first base and defining a second end; and a second seal section disposed adjacent the first seal section, the second seal section comprising a second base, a third leg extending from the second base and a fourth leg extending from the second base; wherein the first seal section includes a first plurality of slots extending from the first end to the first base and a second plurality of slots extending from the second end to the first base; and wherein the first seal section is configured to sealingly engage with the first and second components (202, 204); characterised in that the seal further comprises: a first plurality of tabs extending from the third leg and curving toward the first seal section; and a second plurality of tabs extending from the second leg and curving toward the second seal section, wherein the first plurality of tabs and the second plurality of tabs are spaced around the circumference of the seal. a first seal section including a first base, a first leg extending from the first base and defining a first end, and a second leg extending from the first base and defining a second end; and a second seal section disposed adjacent the first seal section, the second seal section comprising a second base, a third leg extending from the second base and a fourth leg extending from the second base; wherein the first seal section includes a first plurality of slots extending from the first end to the first base and a second plurality of slots extending from the second end to the first base; and wherein the first seal section is configured to sealingly engage with the first and second components (202, 204); characterised in that the seal further comprises: a first plurality of tabs extending from the third leg and curving toward the first seal section; and a second plurality of tabs extending from the second leg and curving toward the second seal section, wherein the first plurality of tabs and the second plurality of tabs are spaced around the circumference of the seal. a first plurality of tabs extending from the third leg and curving toward the first seal section; and a second plurality of tabs extending from the second leg and curving toward the second seal section, wherein the first plurality of tabs and the second plurality of tabs are spaced around the circumference of the seal.
An isolated peptide of up to 40 amino acids comprising the amino acid sequence CCTKSGCNHPDLDVQYRSG, CCTKSGCNHPDLDVQYRS, CCTKSGCNHPDLDVQYR, CCTKSGCNHPDLDVQY or CCTKSGCNHPDLDVQ, wherein the second and third cysteine residue within the sequence are disulfide bonded to one another forming a disulfide loop.
A power tool comprising: a housing; a motor disposed in the housing; a transmission disposed in the housing and coupled to the motor; an output end effector coupled to the transmission; a control circuit for controlling power delivery from a power source to the motor; and a force sensing electronic clutch including a force sensor that senses a reaction torque transmitted from the end effector to at least a portion of the transmission and causes the control circuit to initiate a first protective operation when the sensed reaction torque exceeds a first threshold torque value; wherein the power tool further comprising a current sensing electronic clutch that includes a current sensor that generates a current signal that corresponds to an amount current delivered to the motor, and that causes the controller to initiate a second protective operation when a value from the current sensor exceeds a current threshold value that corresponds to the desired threshold torque value; characterised in that the power tool is configured such that the force sensing electronic clutch is activated and the current sensing electronic clutch is deactivated when the motor is driving the end effector in a clockwise direction, and the force sensing electronic clutch is deactivated and the current sensing electronic clutch is activated when the motor is driving the end effector in a counter-clockwise direction. a housing; a motor disposed in the housing; a transmission disposed in the housing and coupled to the motor; an output end effector coupled to the transmission; a control circuit for controlling power delivery from a power source to the motor; and a force sensing electronic clutch including a force sensor that senses a reaction torque transmitted from the end effector to at least a portion of the transmission and causes the control circuit to initiate a first protective operation when the sensed reaction torque exceeds a first threshold torque value; wherein the power tool further comprising a current sensing electronic clutch that includes a current sensor that generates a current signal that corresponds to an amount current delivered to the motor, and that causes the controller to initiate a second protective operation when a value from the current sensor exceeds a current threshold value that corresponds to the desired threshold torque value; characterised in that the power tool is configured such that the force sensing electronic clutch is activated and the current sensing electronic clutch is deactivated when the motor is driving the end effector in a clockwise direction, and the force sensing electronic clutch is deactivated and the current sensing electronic clutch is activated when the motor is driving the end effector in a counter-clockwise direction.
A gas turbine engine (10;100) comprising: a compressor section having a downstream most blade stage (24;124) and a downstream vane row (26;126) positioned downstream of said downstream most blade stage (24;124), said downstream most blade stage (24;124) including a plurality of blade pairs (53;153) with the majority of blade pairs (53;153) being circumferentially spaced apart from others of said blade pairs (53;153), each said blade pair (53;153) being operatively connected to a rotor disk disposed radially inward from said blade pairs (53;153) with each said blade pair (53;153) including a forward blade (52;152) and an aft blade (54;154), said aft blades (54;154) being configured to further condition airflow with respect to said forward blade (52;152); characterised in that tangential onboard injector (TOBI) is positioned radially inwardly of said downstream vane row (26; 126); and a seal (204,206) is provided between a downstream end of said downstream most blade stage (24;124) and an upstream end of said downstream vane row (26;126), said seal (206,204) defining a cavity extending radially inwardly along a hub of said disk, wherein air passing through said TOBI is air having been compressed by said downstream most blade stage (24;124) of said compressor section, and said air passes through a heat exchanger before passing through said TOBI. a compressor section having a downstream most blade stage (24;124) and a downstream vane row (26;126) positioned downstream of said downstream most blade stage (24;124), said downstream most blade stage (24;124) including a plurality of blade pairs (53;153) with the majority of blade pairs (53;153) being circumferentially spaced apart from others of said blade pairs (53;153), each said blade pair (53;153) being operatively connected to a rotor disk disposed radially inward from said blade pairs (53;153) with each said blade pair (53;153) including a forward blade (52;152) and an aft blade (54;154), said aft blades (54;154) being configured to further condition airflow with respect to said forward blade (52;152); characterised in that tangential onboard injector (TOBI) is positioned radially inwardly of said downstream vane row (26; 126); and a seal (204,206) is provided between a downstream end of said downstream most blade stage (24;124) and an upstream end of said downstream vane row (26;126), said seal (206,204) defining a cavity extending radially inwardly along a hub of said disk, wherein air passing through said TOBI is air having been compressed by said downstream most blade stage (24;124) of said compressor section, and said air passes through a heat exchanger before passing through said TOBI.
Method for operating a multi-cyclone for separating fine and very fine particles, whereby the multi-cyclone comprises: several essentially identically designed individual cyclones, each of which features a carrier gas inlet opening, a carrier gas outlet opening and a grit discharge opening, whereby the individual cyclones are housed together in a low-infiltrated-air housing, in which an upper and a lower chamber is designed, whereby the carrier gas outlet openings of the individual cyclones are open towards the upper chamber, whereby the upper chamber has a carrier gas overall outlet opening to discharge the carrier gas which enters the upper chamber from the respective carrier gas outlet openings of the individual cyclones, via the carrier gas overall outlet opening from the housing of the multi-cyclone. whereby the grit discharge openings are each open designed towards the lower chamber, whereby the lower chamber has a device for the extraction of cyclone grits introduced through the grit discharge openings, which is realized largely free from infiltrated air, whereby a common cyclone control air supply is provided to the lower chamber, wherein the carrier gas inlet openings are each supplied from outside the housing with a carrier gas flow of equal volume with the fine and very fine particles to be separated, wherein in the individual cyclones, an at least proportional separation of fine and very fine particles is carried out, wherein the fine particles enter the lower chamber as cyclone grit via the grit discharge openings and are discharged from there out of the housing via the device for extraction, whereby the very fine particles are passed as cyclone fines through the upper chamber and the carrier gas overall outlet opening out of the multi-cyclone by means of the carrier gas flow, characterized in that by controlling the quantity of the cyclone control air per unit of time supplied by the cyclone control air fed into the lower chamber, the quantity, the fineness, and/or the purity of the very fine particles fed from the multi-cyclone is adjusted. several essentially identically designed individual cyclones, each of which features a carrier gas inlet opening, a carrier gas outlet opening and a grit discharge opening, whereby the individual cyclones are housed together in a low-infiltrated-air housing, in which an upper and a lower chamber is designed, whereby the carrier gas outlet openings of the individual cyclones are open towards the upper chamber, whereby the upper chamber has a carrier gas overall outlet opening to discharge the carrier gas which enters the upper chamber from the respective carrier gas outlet openings of the individual cyclones, via the carrier gas overall outlet opening from the housing of the multi-cyclone. whereby the grit discharge openings are each open designed towards the lower chamber, whereby the lower chamber has a device for the extraction of cyclone grits introduced through the grit discharge openings, which is realized largely free from infiltrated air, whereby a common cyclone control air supply is provided to the lower chamber,
A method for differentiating a pluripotent stem cell into a definitive haematopoietic stem/progenitor cell, the method comprising increasing HOXA gene expression by culturing the PSC in a medium comprising a WNT agonist and an ACTIVIN antagonist for about 2 days, wherein increased HOXA gene expression is relative to a PSC not cultured in a medium comprising a WNT agonist and an ACTIVIN antagonist.
Printing device comprising: - a path for supplying paper towards an outlet of a printed document; - printing means (7; 8) for printing on the paper that advances along said path; - promoting means for promoting a rise of the paper if the normal advancing of the paper is obstructed; - a sensor arranged in said path where said rise can occur for detecting non-raised paper; - control means for interrupting the print if said sensor passes from detecting non-raised paper to no longer detecting non-raised paper; characterised in that said sensor comprises an optical sensor having a focus centred where the non-raised paper is located. - a path for supplying paper towards an outlet of a printed document; - printing means (7; 8) for printing on the paper that advances along said path; - promoting means for promoting a rise of the paper if the normal advancing of the paper is obstructed; - a sensor arranged in said path where said rise can occur for detecting non-raised paper; - control means for interrupting the print if said sensor passes from detecting non-raised paper to no longer detecting non-raised paper; characterised in that said sensor comprises an optical sensor having a focus centred where the non-raised paper is located.
A cuff-type monitoring device, for collecting cardiovascular data relating to an individual user, comprising: - a control unit housing including at least a pump, - a cuff assembly including a resilient cuff holder and configured, in use, to surround an upper limb of the individual, the cuff assembly having an internal wall, the cuff assembly further comprising a first contact electrode arranged on the internal wall; and - an interface member arranged at the control unit housing, provided as a separate part, wherein there is provided at least a pneumatic coupling and at least an electrical coupling through the interface member, for coupling the cuff assembly to the control unit housing, wherein the resilient cuff holder comprises two retaining members, the interface member comprising two complementary retaining members, configured to be snap-fit with the retaining members; wherein the interface member exhibits a first face oriented towards control unit housing and a second face oriented towards the cuff assembly, wherein the first face is concave and is configured to follow a cylindrical body of the control unit housing; wherein there is provided an ECG electrode disposed around at least a part of the control unit housing and the interface member is configured to securely fix the ECG electrode on the control unit housing.; and wherein the electrical coupling comprises a connection wire coupling the contact electrode with the control unit housing. - a control unit housing including at least a pump, - a cuff assembly including a resilient cuff holder and configured, in use, to surround an upper limb of the individual, the cuff assembly having an internal wall, the cuff assembly further comprising a first contact electrode arranged on the internal wall; and - an interface member arranged at the control unit housing, provided as a separate part, wherein there is provided at least a pneumatic coupling and at least an electrical coupling through the interface member, for coupling the cuff assembly to the control unit housing, wherein the resilient cuff holder comprises two retaining members, the interface member comprising two complementary retaining members, configured to be snap-fit with the retaining members; wherein the interface member exhibits a first face oriented towards control unit housing and a second face oriented towards the cuff assembly, wherein the first face is concave and is configured to follow a cylindrical body of the control unit housing; wherein there is provided an ECG electrode disposed around at least a part of the control unit housing and the interface member is configured to securely fix the ECG electrode on the control unit housing.; and wherein the electrical coupling comprises a connection wire coupling the contact electrode with the control unit housing.
A rumen by-pass composition for a ruminant, comprising an amine-organic acid salt including: an amine compound, and a fatty acid component, comprising an organic acid, wherein the fatty acid component has a melting point not less than 40°C and an Iodine Value not greater than 45. an amine compound, and a fatty acid component, comprising an organic acid, wherein the fatty acid component has a melting point not less than 40°C and an Iodine Value not greater than 45.
A method for detecting a pathogen derived analyte species in patient samples, the method comprising the steps of providing samples from different patients, pooling analyte of each sample with a method for pooling analyte from multiple different samples from different sources, performing a method for analyte species detection with the so pooled analyte, wherein if the analyte species is detected in the pooled analyte, another detection is performed for each patient sample individually to identify which of the one or more samples contain(s) the analyte species; and wherein the method for pooling analyte from multiple different samples from different sources comprises the steps of: (a) Contacting a first sample with a magnetic collection device and a magnetic capture particle (or particles), (b) Binding, if not already bound, the magnetic capture particle (or particles) to the magnetic collection device by applying a magnetic force, (c) Removing the first sample from the magnetic collection device, or vice versa, without releasing the magnetic capture particle (or particles) from the magnetic collection device, (d) Contacting the magnetic collection device and the magnetic capture particle (or particles) with at least one further sample, wherein the at least one further sample is different from the first sample, wherein each sample of the first sample and any of the at least one further sample(s) are distinct samples from different patients or subjects. wherein the method for pooling analyte from multiple different samples from different sources comprises the steps of: (a) Contacting a first sample with a magnetic collection device and a magnetic capture particle (or particles), (b) Binding, if not already bound, the magnetic capture particle (or particles) to the magnetic collection device by applying a magnetic force, (c) Removing the first sample from the magnetic collection device, or vice versa, without releasing the magnetic capture particle (or particles) from the magnetic collection device, (d) Contacting the magnetic collection device and the magnetic capture particle (or particles) with at least one further sample, wherein the at least one further sample is different from the first sample, (a) Contacting a first sample with a magnetic collection device and a magnetic capture particle (or particles), (b) Binding, if not already bound, the magnetic capture particle (or particles) to the magnetic collection device by applying a magnetic force, (c) Removing the first sample from the magnetic collection device, or vice versa, without releasing the magnetic capture particle (or particles) from the magnetic collection device, (d) Contacting the magnetic collection device and the magnetic capture particle (or particles) with at least one further sample, wherein the at least one further sample is different from the first sample, wherein each sample of the first sample and any of the at least one further sample(s) are distinct samples from different patients or subjects.
A thermoelectric module comprising: a base; first and second thermoelectric elements (14, 16) set in the base and electrically isolated by the base, wherein the base defines a first aperture extending through the base for receiving the first thermoelectric element and a second aperture extending through the base for receiving the second thermoelectric element; a bottom layer coupled to: a bottom surface of the base, a bottom surface of the first thermoelectric element, and a bottom surface of the second thermoelectric element, the bottom layer electrically connecting the first and second thermoelectric elements (14, 16); a first link layer coupled to a top surface of the base and partially surrounding the first aperture; and a second link layer coupled to the top surface of the base, partially surrounding the second aperture and electrically isolated from the first link layer. a base; first and second thermoelectric elements (14, 16) set in the base and electrically isolated by the base, wherein the base defines a first aperture extending through the base for receiving the first thermoelectric element and a second aperture extending through the base for receiving the second thermoelectric element; a bottom layer coupled to: a bottom surface of the base, a bottom surface of the first thermoelectric element, and a bottom surface of the second thermoelectric element, the bottom layer electrically connecting the first and second thermoelectric elements (14, 16); a first link layer coupled to a top surface of the base and partially surrounding the first aperture; and a second link layer coupled to the top surface of the base, partially surrounding the second aperture and electrically isolated from the first link layer.
A method for synchronizing a slave clock for a Time Sensitive Network, TSN, that includes multiple Precision Time Protocol, PTP, clock domains, the method comprising: determining parameters related to multiple PTP clock domains; assigning domain-specific weights to the multiple PTP clock domains based on the determined parameters; generating a control signal for a clock parameter using the domain-specific weights assigned to the multiple PTP clock domains; and adjusting the clock parameter of a slave clock in response to the control signal, wherein the parameter for each particular PTP clock domain of the multiple PTP clock domains is determined by detecting outlier values of a clock parameter from information received in synchronization messages and excluding the outlier values from the parameter determination, wherein an outlier value is a value of clock parameter that is outside a predefined threshold. determining parameters related to multiple PTP clock domains; assigning domain-specific weights to the multiple PTP clock domains based on the determined parameters; generating a control signal for a clock parameter using the domain-specific weights assigned to the multiple PTP clock domains; and adjusting the clock parameter of a slave clock in response to the control signal, wherein the parameter for each particular PTP clock domain of the multiple PTP clock domains is determined by detecting outlier values of a clock parameter from information received in synchronization messages and excluding the outlier values from the parameter determination, wherein an outlier value is a value of clock parameter that is outside a predefined threshold.