mhurhangee/ep-ind-claims huggingface dataset:
A developer quantity control blade which controls a quantity of a developer to be conveyed from a developer container by a developer bearing member, comprising: a supporting member; and a blade member, wherein the blade member is composed of a thermoplastic elastomer composition comprising: a block copolymer having a polyamide structure and a polyether structure; and an ion conductive agent; characterized in that, in the blade member, a quantity of an extraction component measurable by the method described in the section of the description headed by "3. Extraction treatment" is 0.5% by mass or more and 2.4% by mass or less, and a quantity of a molecule having a molecular weight of 5000 or less in the extraction component obtainable by the method described in the section of the description headed by "3. Extraction treatment" is 70% by mass or more as measurable by the method described in the section of the description headed by "4. Measurement of molecular weight of extract". a supporting member; and a blade member, wherein the blade member is composed of a thermoplastic elastomer composition comprising: a block copolymer having a polyamide structure and a polyether structure; and an ion conductive agent; a block copolymer having a polyamide structure and a polyether structure; and an ion conductive agent; characterized in that, in the blade member, a quantity of an extraction component measurable by the method described in the section of the description headed by "3. Extraction treatment" is 0.5% by mass or more and 2.4% by mass or less, and a quantity of a molecule having a molecular weight of 5000 or less in the extraction component obtainable by the method described in the section of the description headed by "3. Extraction treatment" is 70% by mass or more as measurable by the method described in the section of the description headed by "4. Measurement of molecular weight of extract".
Hydraulic bearing bushing, in particular for rail vehicle running gears, wherein the hydraulic bearing bushing has the following features: - an inner bushing for receiving a bearing journal, - an annular rubber body, which substantially encloses the inner bushing and is connected thereto via its outer circumference, preferably vulcanized on via its circumference, and - two annular support rings (4, 5), preferably made of metal, vulcanized on at the two axial ends of the rubber body, - an outer annular housing, against the inner circumference of which the support rings (4, 5) are supported, preferably at the two axial ends of the outer annular housing, and - at least two chambers (7, 8) that are formed in the circumferential direction between the annular rubber body and the annular housing, each extend over partial regions of the circumference and are able to be filled with a hydraulic fluid, wherein the chambers (7, 8) are connected together via at least one equalizing and throttle channel, characterized in that the inner bushing has a preferably encircling cavity, and the equalizing and throttle channel is formed substantially by at least one separate, tubular line element arranged in this cavity, preferably by at least one flexible hose arranged in this cavity. - an inner bushing for receiving a bearing journal, - an annular rubber body, which substantially encloses the inner bushing and is connected thereto via its outer circumference, preferably vulcanized on via its circumference, and - two annular support rings (4, 5), preferably made of metal, vulcanized on at the two axial ends of the rubber body, - an outer annular housing, against the inner circumference of which the support rings (4, 5) are supported, preferably at the two axial ends of the outer annular housing, and - at least two chambers (7, 8) that are formed in the circumferential direction between the annular rubber body and the annular housing, each extend over partial regions of the circumference and are able to be filled with a hydraulic fluid,
A method of installing damping material on a structure, comprising: moving a damping material placement head over the structure; and, using the head to place damping material on the structure; said damping material including a tape comprising a layer of adhesive laminated to opposite sides of a layer of viscoelastic material and a thin layer of backing placed over each adhesive; the method further comprising removing said backings from said opposite sides prior to said placement. moving a damping material placement head over the structure; and, using the head to place damping material on the structure; said damping material including a tape comprising a layer of adhesive laminated to opposite sides of a layer of viscoelastic material and a thin layer of backing placed over each adhesive; the method further comprising removing said backings from said opposite sides prior to said placement.
An apparatus for operating on tissue, the apparatus comprising: (a) a body; (b) an ultrasonic transducer operable to convert electrical power into ultrasonic vibrations; (c) a shaft extending distally from the body, wherein the shaft defines a longitudinal axis; and (d) an end effector at the distal end of the shaft, wherein the end effector comprises an ultrasonic blade in acoustic communication with the ultrasonic transducer, wherein the ultrasonic blade includes a recess region having a plurality of recesses (110, 112), characterised in that the recess region is tapered such that the cross-sectional area of the recess region decreases along the length of the recess region, the ultrasonic blade further comprises a balance feature formed by a concave cut extending circumferentially about the ultrasonic blade, wherein the balance feature is proximal to the recess region. (a) a body; (b) an ultrasonic transducer operable to convert electrical power into ultrasonic vibrations; (c) a shaft extending distally from the body, wherein the shaft defines a longitudinal axis; and (d) an end effector at the distal end of the shaft, wherein the end effector comprises an ultrasonic blade in acoustic communication with the ultrasonic transducer, wherein the ultrasonic blade includes a recess region having a plurality of recesses (110, 112),
Method for the measurement of the angular position of a folded pendulum with respect to a reference system xyz wherein the z-axis is along the direction of the gravity field or an equivalent conservative field, the folded pendulum comprising a support with a base, a test mass with an oscillation direction, a simple pendulum arm and an inverted pendulum arm that connect the test mass to the support, the folded pendulum being positioned in such a way that said oscillation direction is along or parallel to the X-axis of a reference system XYZ integral to the folded pendulum and obtained by rotation from the system xyz by the Tait-Bryan angles of roll α, pitch β and yaw γ, the angles α, β, γ thus defining said angular position, the folded pendulum being subjected to a mechanical excitation or stress that makes it oscillate, and having a resonance frequency f o, the method being characterized in that the following steps are executed when said folded pendulum is alternatively in a known angular position with known angle α = α known, in particular α = 0, or in a known angular position with known angle β = β known, in particular β = 0: MB1. Providing a function f o = f o (α,β) of said resonance frequency as a function of α and β, starting from a Lagrangian A describing the folded pendulum or a resonance frequency-angular position calibration curve of said folded pendulum; MB2. Measuring the resonance frequency f o of the folded pendulum in said angular position starting from the oscillation motion of the test mass with respect to the support; MB3. Inverting the function f o = f o (α, β) with α = α known or β = β known and providing an angular position function β = β ( f 0) or | α | = α ( f 0) respectively as a function of the resonance frequency; MB4. Calculating the angles β or | α |, respectively starting from the function β = β ( f 0) or | α | = α ( f 0); wherein said mechanical stress or excitation is such to make the folded pendulum oscillate so as to comprise said resonance frequency f 0. MB1. Providing a function f o = f o (α,β) of said resonance frequency as a function of α and β, starting from a Lagrangian A describing the folded pendulum or a resonance frequency-angular position calibration curve of said folded pendulum; MB2. Measuring the resonance frequency f o of the folded pendulum in said angular position starting from the oscillation motion of the test mass with respect to the support; MB3. Inverting the function f o = f o (α, β) with α = α known or β = β known and providing an angular position function β = β ( f 0) or | α | = α ( f 0) respectively as a function of the resonance frequency; MB4. Calculating the angles β or | α |, respectively starting from the function β = β ( f 0) or | α | = α ( f 0);
A current detector unit comprising: a current detecting portion adapted to detect a current flowing between a three-phase inverter and a direct-current power supply as a detection current: a three-phase current detecting portion adapted to detect a three-phase current of the inverter based on the detection current; and a judging portion adapted to judge, based on the detection current, whether or not a target time point belongs to a period during which the three-phase current can be detected, wherein, if the judging portion Judges that the target time point belongs to the period, the three-phase current detecting portion is adapted to detect the three-phase current, characterized in that the judging portion is adapted to judge whether or not the target time point belongs to the period based on a first-order difference value of the detection current, or a second-order difference value of the detection current. a three-phase current detecting portion adapted to detect a three-phase current of the inverter based on the detection current; and a judging portion adapted to judge, based on the detection current, whether or not a target time point belongs to a period during which the three-phase current can be detected, wherein, if the judging portion Judges that the target time point belongs to the period, the three-phase current detecting portion is adapted to detect the three-phase current, characterized in that the judging portion is adapted to judge whether or not the target time point belongs to the period based on a first-order difference value of the detection current, or a second-order difference value of the detection current.
An antibody or antigen-binding fragment thereof comprising: (i) light chain CDR1, CDR2 and CDR3 from a donor lagomorph antibody or antigen-binding fragment thereof and heavy chain CDR1, CDR2 and CDR3 from a donor lagomorph antibody or antigen-binding fragment thereof; (ii) a variable human light chain framework; and (iii) a variable human heavy chain framework that is at least 85% identical to the sequence of SEQ ID NO: 4 and comprises a threonine at position 24 (AHo numbering). (i) light chain CDR1, CDR2 and CDR3 from a donor lagomorph antibody or antigen-binding fragment thereof and heavy chain CDR1, CDR2 and CDR3 from a donor lagomorph antibody or antigen-binding fragment thereof; (ii) a variable human light chain framework; and (iii) a variable human heavy chain framework that is at least 85% identical to the sequence of SEQ ID NO: 4 and comprises a threonine at position 24 (AHo numbering).
Line circuit breaker having a terminal which comprises a terminal frame which can be displaced in a displacement direction by turning a screw, wherein the terminal frame comprises at least one side wall (26, 28), the outer surface of which lies in one plane and which, over a width which is defined perpendicularly in relation to the displacement direction, faces an inner surface of a section (34, 36) of a housing part of the line circuit breaker, characterized in that, when the terminal frame is not yet turned towards the inner surface of the section (34, 36) of the housing part (12, 14), the inner surface of the section (34, 36) of the housing part (12, 14), the at least one side wall (26, 28) facing the said inner surface, does not lie entirely in a single plane (E1, E2; E1', E2'; E3, E4; E3', E4').
A method of testing for package leaks by a test system (300; 500) that includes a vacuum source (310; 510), a test chamber (340; 540) in which a package is received for testing, and a valve (302; 502) for selectively isolating the test chamber (340; 540) from the vacuum source (310; 510), the method comprising: placing a package in a test chamber (340; 540); evacuating air from the test chamber (340; 540) by a vacuum source (310; 510); detecting a trigger pressure as the test system (300; 500) approaches a target pressure, wherein the trigger pressure is higher than the target pressure; initiating a timer by a computer upon detecting the trigger pressure; isolating the test chamber (340; 540) from the vacuum source (310; 510) upon expiration of the timer; and subsequently initiating a test detecting the presence or absence of a leak in the package based on pressure measurements in the test system (300; 500). placing a package in a test chamber (340; 540); evacuating air from the test chamber (340; 540) by a vacuum source (310; 510); detecting a trigger pressure as the test system (300; 500) approaches a target pressure, wherein the trigger pressure is higher than the target pressure; initiating a timer by a computer upon detecting the trigger pressure; isolating the test chamber (340; 540) from the vacuum source (310; 510) upon expiration of the timer; and subsequently initiating a test detecting the presence or absence of a leak in the package based on pressure measurements in the test system (300; 500).
Rotor blade assembly group for an engine with a ring-shaped or disc-shaped blade carrier (23, 24) having multiple rotor blades (20, 21) that are provided along a circle line about a central axis of the rotor blade assembly group (2a, 2b), wherein - the blade carrier (23, 24) has a carrier section (230, 240) that extends radially inwards in the direction of the central axis with respect to the rotor blades (20, 21), - the carrier section (230, 240) comprises a connection area (231, 241) at which a stiffening structure (5a, 5b) with at least one stiffening element (50, 51) is fixedly attached, and - the stiffening element (50, 51) is arranged at a first or second face side of the blade carrier (23, 24), characterized in that the connection area (231, 241) forms at least one axial projection (2310.1-2312.2; 2410.1-2410.2) that is part of the profile of the connection area (231, 241) which has a T-shaped, I-shaped or firtree-shaped cross section and around which the at least one stiffening element (50, 51) engages in a form-fit manner, so that the axial projection (2310.1-2312.2; 2410.1-2410.2) is at least partially received between a radially outer and a radially inner section of the stiffening element (50, 51). - the blade carrier (23, 24) has a carrier section (230, 240) that extends radially inwards in the direction of the central axis with respect to the rotor blades (20, 21), - the carrier section (230, 240) comprises a connection area (231, 241) at which a stiffening structure (5a, 5b) with at least one stiffening element (50, 51) is fixedly attached, and - the stiffening element (50, 51) is arranged at a first or second face side of the blade carrier (23, 24), characterized in that the connection area (231, 241) forms at least one axial projection (2310.1-2312.2; 2410.1-2410.2) that is part of the profile of the connection area (231, 241) which has a T-shaped, I-shaped or firtree-shaped cross section and around which the at least one stiffening element (50, 51) engages in a form-fit manner, so that the axial projection (2310.1-2312.2; 2410.1-2410.2) is at least partially received between a radially outer and a radially inner section of the stiffening element (50, 51).
A method for producing a swellable body comprising bacterial cellulose, wherein the method comprises the steps of: (i) providing a body made of bacterial cellulose, (ii) cleaning the body using at least one liquid medium, and (iii) freezing the body at atmospheric pressure for at least six hours, and (iv) freeze drying the body, and (v) mechanically pressing the entire body or parts thereof after freeze drying of the body. (i) providing a body made of bacterial cellulose, (ii) cleaning the body using at least one liquid medium, and (iii) freezing the body at atmospheric pressure for at least six hours, and (iv) freeze drying the body, and (v) mechanically pressing the entire body or parts thereof after freeze drying of the body.
A method for oxidatively dyeing keratin fibers, the method comprising the following method steps in the specified sequence: a) applying a cosmetic agent to the keratin fibers, the cosmetic agent being applied only to individual strands, b) allowing agent to act on the keratin fibers for a period of from 30 seconds to 35 minutes at a temperature of from 30 °C to 120 °C, c) applying a cosmetic agent to the keratin fibers that have been subjected to cosmetic agent, d) allowing cosmetic agents and to act on the keratin fibers for a period of from 1 to 70 minutes, e) rinsing off cosmetic agents and, characterized in that - cosmetic agent contains at least one developer-type oxidation dye precursor (M1-1), at least one coupler-type oxidation dye precursor (M1-2), at least one direct dye (M1-3), and at least one surfactant (M1-4) in a total amount of from 4.0 to 12 wt.%, based on the total weight of cosmetic agent, has a pH of from 9.2 to 10.5, contains 0 wt.%, based on the total weight of cosmetic agent, oxidizing agent, - cosmetic agent contains at least one oxidation dye precursor (M2-1), and at least one oxidizing agent (M2-2), - cosmetic agent and cosmetic agent have identical pH values. a) applying a cosmetic agent to the keratin fibers, the cosmetic agent being applied only to individual strands, b) allowing agent to act on the keratin fibers for a period of from 30 seconds to 35 minutes at a temperature of from 30 °C to 120 °C, c) applying a cosmetic agent to the keratin fibers that have been subjected to cosmetic agent, d) allowing cosmetic agents and to act on the keratin fibers for a period of from 1 to 70 minutes, e) rinsing off cosmetic agents and, - cosmetic agent contains at least one developer-type oxidation dye precursor (M1-1), at least one coupler-type oxidation dye precursor (M1-2), at least one direct dye (M1-3), and at least one surfactant (M1-4) in a total amount of from 4.0 to 12 wt.%, based on the total weight of cosmetic agent, has a pH of from 9.2 to 10.5, contains 0 wt.%, based on the total weight of cosmetic agent, oxidizing agent, - cosmetic agent contains at least one oxidation dye precursor (M2-1), and at least one oxidizing agent (M2-2), - cosmetic agent and cosmetic agent have identical pH values.
Method for controlled accesses by at least one master unit to at least one slave unit (S1, S2, S3, S4), in particular memory units and/or input/output units, via a so-called network-on-chip bus system (NoC) in a system on chip, wherein an access of the at least one master unit to the at least one slave unit (S1, S2, S3, S4) via the network-on-chip bus system (NoC) is performed by means of an access address, wherein a memory protection unit is integrated between the at least one master unit and the network-on-chip bus system (NoC), wherein an access authorisation of the at least one master unit to the at least one slave unit (S1, S2, S3, S4) is checked by the memory protection unit by comparing the access address with specified address sections (AD1, AD2, AD3), characterised in that if an unauthorised access of the at least one master unit is identified, the access address is modified by the memory protection unit such that this unauthorised access is terminated in the network-on-chip bus system (NoC), wherein in the case of unauthorised accesses of the at least one master unit, the access address is mapped onto an address section (nA) of the network-on-chip bus system (NoC), said address section (nA) being unused for this master unit.
Wheelchair comprising: - a bearing frame; - wheels (R1, R2) connected to the bearing frame; - a seat having a frame hinged to the bearing frame in a pivot point; - a back having a frame hinged to the frame of the seat in a pivot point; - armrests to support the arms of a user; - an actuator connected to the bearing frame in order to lift the seat and the back in a way to help the user when standing up from the wheelchair; and - at least one telescopic rod comprising a first pipe and a second pipe that are telescopically coupled, wherein the second pipe is hinged to the frame of the back in a pivot point to support the frame of the back, characterized in that said actuator comprises a cylinder hinged to the bearing frame in a pivot point and a stem hinged to the frame of the back in a pivot point, in such a way to move said seat and said back to a substantially horizontal position, as a sort of bed, and to a substantially vertical position, to help the user when standing up from the wheelchair; wherein said wheelchair comprises two telescopic rods and said first pipe of each telescopic rod is hinged to the bearing support in a pivot point, in such a way that the telescopic rod is disposed in lateral position above the seat, wherein said armrests are supported by said telescopic rods by means of connection means, in such a way that a movement of the telescopic rods determines a movement of the armrests. - a bearing frame; - wheels (R1, R2) connected to the bearing frame; - a seat having a frame hinged to the bearing frame in a pivot point; - a back having a frame hinged to the frame of the seat in a pivot point; - armrests to support the arms of a user; - an actuator connected to the bearing frame in order to lift the seat and the back in a way to help the user when standing up from the wheelchair; and - at least one telescopic rod comprising a first pipe and a second pipe that are telescopically coupled, wherein the second pipe is hinged to the frame of the back in a pivot point to support the frame of the back,
Insertable battery pack for an electric tool, having a mechanical coding of a coding system for interaction with an opposite mechanical coding of the coding system assigned to the electric tool, wherein the coding extends in the insertion direction of the battery pack, and the coding has at least one depression which interacts on opposite sides with at least one projection, which is on the tool side and forms the opposite coding, which depression is formed on a contact dome of the battery pack, characterized in that the depression is arranged between at least two electric contacts of the battery pack.
Eribulin or a pharmaceutically acceptable salt thereof for use in a method of treating a subject having or at risk of developing homologous recombination -deficient cancer, the method comprising administering to the subject (i) eribulin or a pharmaceutically acceptable salt thereof, and (ii) E7449 or a pharmaceutically acceptable salt, hydrate, solvate, or amorphous solid thereof.