mhurhangee/ep-ind-claims huggingface dataset:
A controller for a brushless electrical machine having at least one phase winding (A, B, C), the controller comprising control means operable to produce a control signal for periodic energisation of the phase winding in response to an input signal; means for generating a flux stabilisation signal as a variable signal which has a period that is coincident with the period of repetition of energisation of the phase winding, wherein the flux stabilisation signal is arranged to advance the moment at which flux decay in the phase winding is initiated according to the flux feedback signal; and means for receiving a flux feedback signal (Ψ), a flux demand signal and the flux stabilisation signal to produce the input signal, thereby altering the flux produced by the phase winding to stabilise the output of the machine, wherein the means for receiving comprise a comparator arranged to: receive the flux feedback signal as a first input and a combination of the flux demand signal and the flux stabilisation signal as a second input; or receive the flux demand signal as a first input and a combination of the flux feedback signal and the flux stabilisation signal as a second input. receive the flux feedback signal as a first input and a combination of the flux demand signal and the flux stabilisation signal as a second input; or receive the flux demand signal as a first input and a combination of the flux feedback signal and the flux stabilisation signal as a second input.
A process for preparing a compound of Formula: the process comprising, treating a compound of Formula: with trimethyl(trifluoromethyl)silane (TMSCF 3) and tetra-n-butylammonium fluoride (TBAF), wherein the process is performed in tetrahydrofuran.
A method for measuring a characteristic of a subject's eye, the method comprising: an optical measurement instrument receiving from an operator, via a user interface of the optical measurement instrument, a begin measurement instruction indicating the start of a measurement period for objectively measuring at least one characteristic of the subject's eye; subsequent to receiving the begin measurement instruction, determining whether a criterion associated with the tear film quality of the subject's eye is not satisfied; and in response to determining that the criterion is not satisfied, taking one or more corrective actions to measure the characteristic of the subject's eye under a condition wherein the criterion is satisfied, characterized in that determining whether the criterion is satisfied comprises determining whether an elapsed time period associated with the subject blinking exceeds a threshold; and in response to determining that the elapsed time period associated with the subject blinking exceeds the threshold, the one or more corrective actions comprises providing an indication via the user interface to the operator that the subject should blink. an optical measurement instrument receiving from an operator, via a user interface of the optical measurement instrument, a begin measurement instruction indicating the start of a measurement period for objectively measuring at least one characteristic of the subject's eye; subsequent to receiving the begin measurement instruction, determining whether a criterion associated with the tear film quality of the subject's eye is not satisfied; and in response to determining that the criterion is not satisfied, taking one or more corrective actions to measure the characteristic of the subject's eye under a condition wherein the criterion is satisfied, characterized in that determining whether the criterion is satisfied comprises determining whether an elapsed time period associated with the subject blinking exceeds a threshold; and in response to determining that the elapsed time period associated with the subject blinking exceeds the threshold, the one or more corrective actions comprises providing an indication via the user interface to the operator that the subject should blink.
A gear mechanism comprising a pinion gear, a rack bar and a rack guide, the rack bar having a rack gear formed to engage with the pinion gear and an arcuate rear surface formed on an opposite side to the rack gear, the rack guide slidably supporting the rack bar at the arcuate rear surface and guiding the rack bar in axial direction of the rack bar when the rack bar moves according to rotation of the pinion gear, the rack guide comprising: a sliding surface which supports the arcuate rear surface, wherein: the sliding surface has a concave surface which is, in cross-section perpendicular to the axial direction of the rack bar, in contact with the arcuate rear surface of the rack bar at two contact positions (TA, TB) line-symmetrical with respect to a line connecting a center of the rack bar to a center of a bottom of the sliding surface; and the concave surface includes a pair of first arc surfaces (331A, 331B) which are line-symmetrical with respect to the line and positioned on a periphery side of the sliding surface from the respective contact positions (TA, TB), and includes a pair of second arc surfaces (332A, 332B) which are line-symmetrical with respect to the line and positioned on a bottom side of the sliding surface from the respective contact positions (TA, TB), characterized in that: in the cross-section perpendicular to the axial direction of the rack bar, the first arc surfaces (331A, 331B) have larger gaps with the rear surface of the rack bar than gaps of the second arc surfaces (332A, 332B) with the rear surface of the rack bar at positions of a same distance from the respective contact positions (TA, TB). the sliding surface has a concave surface which is, in cross-section perpendicular to the axial direction of the rack bar, in contact with the arcuate rear surface of the rack bar at two contact positions (TA, TB) line-symmetrical with respect to a line connecting a center of the rack bar to a center of a bottom of the sliding surface; and the concave surface includes a pair of first arc surfaces (331A, 331B) which are line-symmetrical with respect to the line and positioned on a periphery side of the sliding surface from the respective contact positions (TA, TB), and includes a pair of second arc surfaces (332A, 332B) which are line-symmetrical with respect to the line and positioned on a bottom side of the sliding surface from the respective contact positions (TA, TB), characterized in that: in the cross-section perpendicular to the axial direction of the rack bar, the first arc surfaces (331A, 331B) have larger gaps with the rear surface of the rack bar than gaps of the second arc surfaces (332A, 332B) with the rear surface of the rack bar at positions of a same distance from the respective contact positions (TA, TB).
A nonwoven, including a network of molded bodies, the nonwoven (100, 101), in the dry state, having a specific opacity of greater than or equal to 1.0 %·m 2 /g, characterized in that the molded bodies are regenerated cellulosic molded bodies and are materially interconnected via node points to form the network, the regenerated cellulosic molded bodies comprising monofilament sections extending between node points, whose diameter varies along their lengthwise extension and which have a diameter of less than or equal to 15 μm for at least 90 % of their lengthwise extension.
Device for measuring the amount of a substance given off from a skin surface by diffusion, comprising a measuring head adapted to be placed on the skin surface, wherein the measuring head comprises at least two measuring means spaced apart from each other, wherein the in total at least two measuring means are movable independently of each other such that they can be adapted to the curvature of the skin surface when being placed on the skin surface, wherein the respective measuring means each comprise an open measuring capsule, wherein the measuring capsule has at least two openings (11, 12), wherein one of the at least two openings is adapted to be placed on the skin surface to be examined, wherein at least one coupling means is provided at a handle, and wherein the measuring means are arranged on this coupling means.
Use of a phospholipase in cheese production for increasing yield and/or for increasing fat stability of the cheese thereby produced, wherein the phospholipase is selected from the group consisting of phospholipase A1, phospholipase A2 and/or phospholipase B and combinations thereof.
Centrifugal motor pump of wet running design having a stator which surrounds the electric motor rotor, has potting material and has the windings, the stator stack and, in particular, a split cage or a split can, the stator being surrounded by a motor housing, the potting material of the motor stator being formed for the purpose of noise decoupling by an elastic plastic, in particular an elastomer, which forms at least one spring element between the stator and the motor housing, characterized in that the potting material completely forms the pump space and/or the spiral space, in which the pump impeller lies.
A battery cover assembly, comprising: a cover having a through hole; an extraction electrode terminal; and an insulating seal member disposed between the cover and the extraction electrode terminal, wherein, the extraction electrode terminal, starting from its top, includes a columnar seal part, a position part and a weld part that are consecutively connected together, the columnar seal part passing through the through hole of the cover and having a seal groove formed along a circumferential surface thereof, the position part having a horizontally-oriented platform, and the weld part having a sheet-like shape and being perpendicular to the horizontally-oriented platform of the position part; characterized in that, there is an arc-shape transition between the weld part and position part. a cover having a through hole; an extraction electrode terminal; and an insulating seal member disposed between the cover and the extraction electrode terminal, wherein, the extraction electrode terminal, starting from its top, includes a columnar seal part, a position part and a weld part that are consecutively connected together, the columnar seal part passing through the through hole of the cover and having a seal groove formed along a circumferential surface thereof, the position part having a horizontally-oriented platform, and the weld part having a sheet-like shape and being perpendicular to the horizontally-oriented platform of the position part; characterized in that, there is an arc-shape transition between the weld part and position part.
Assembly for a plasma arc torch comprising: - an electrical contact element, having a proximal contact surface for contact with a power supply component and a cavity with inner side walls for contact with side walls of a proximal end portion of an electrode, and - a spring for pushing the electrode away from the electrical contact element, characterized in that the assembly further comprises - an insulation element arranged on the electrical contact element and adapted to prevent transfer of electrical current form the electrical contact element to the spring. - an electrical contact element, having a proximal contact surface for contact with a power supply component and a cavity with inner side walls for contact with side walls of a proximal end portion of an electrode, and - a spring for pushing the electrode away from the electrical contact element, characterized in that the assembly further comprises - an insulation element arranged on the electrical contact element and adapted to prevent transfer of electrical current form the electrical contact element to the spring.
Method for checking a weld using X-rays, which method comprises the following steps: - associating a unique identifier with the weld to be checked, - entering an alphanumeric identifier and the unique identifier of the weld on a tag, at least the alphanumeric identifier being entered so as to be visible to the naked eye, - incorporating the same alphanumeric identifier as the one entered on the tag into a carrier plate, which identifier is invisible to the naked eye and formed of elements that are opaque to X-rays and gamma rays, - installing the carrier plate at the weld and capturing an X-ray image of the weld/carrier plate assembly, - fastening the tag to the captured X-ray image, - developing the captured X-ray image so that the alphanumeric identifier becomes visible to the naked eye on said image, - verifying that the alphanumeric identifier visible to the naked eye on the developed X-ray image matches the alphanumeric identifier entered on the tag. - associating a unique identifier with the weld to be checked, - entering an alphanumeric identifier and the unique identifier of the weld on a tag, at least the alphanumeric identifier being entered so as to be visible to the naked eye, - incorporating the same alphanumeric identifier as the one entered on the tag into a carrier plate, which identifier is invisible to the naked eye and formed of elements that are opaque to X-rays and gamma rays, - installing the carrier plate at the weld and capturing an X-ray image of the weld/carrier plate assembly, - fastening the tag to the captured X-ray image, - developing the captured X-ray image so that the alphanumeric identifier becomes visible to the naked eye on said image, - verifying that the alphanumeric identifier visible to the naked eye on the developed X-ray image matches the alphanumeric identifier entered on the tag.
A composition comprising Chardonnay grape seed flour, Chardonnay grape pomace meal, or Chardonnay grape pomace flour for use in the treatment or prevention of joint inflammation in a human.
Electric fluid heating device for a motor vehicle, comprising: - at least one fluid inlet, - at least one fluid outlet (11; 12a, 12b), - at least one heating element (13; 13a, 13b) for electrically heating the fluid, - at least one first temperature sensor (21; 21a, 21b) arranged so as to measure the temperature of said at least one heating element (13; 13a, 13b), and - a control module for said at least one heating element (13; 13a, 13b), characterized in that: - said device also comprises at least one second temperature sensor (23; 23a, 23b) arranged so as to measure the temperature of the fluid at said at least one outlet (11; 12a, 12b) of said device, and in that - the control module comprises at least one processing means (17; 17a, 17b, 19, 35; 35a, 35b) for: • processing the temperature information (T 21; T 21a, T 21b, T 23; T 23a, T 23b) from the first (21; 21a, 21b) and second (23; 23a, 23b) temperature sensors, and for • generating a command for said at least one heating element (13; 13a, 13b) as a function of the temperature information (T 21; T 21a, T 21b, T 23; T 23a, T 23b) from the first (21; 21a, 21b) and second (23; 23a, 23b) temperature sensors, so as to regulate the temperature of the fluid in the heating device. - at least one fluid inlet, - at least one fluid outlet (11; 12a, 12b), - at least one heating element (13; 13a, 13b) for electrically heating the fluid, - at least one first temperature sensor (21; 21a, 21b) arranged so as to measure the temperature of said at least one heating element (13; 13a, 13b), and - a control module for said at least one heating element (13; 13a, 13b), - said device also comprises at least one second temperature sensor (23; 23a, 23b) arranged so as to measure the temperature of the fluid at said at least one outlet (11; 12a, 12b) of said device, and in that - the control module comprises at least one processing means (17; 17a, 17b, 19, 35; 35a, 35b) for: • processing the temperature information (T 21; T 21a, T 21b, T 23; T 23a, T 23b) from the first (21; 21a, 21b) and second (23; 23a, 23b) temperature sensors, and for • generating a command for said at least one heating element (13; 13a, 13b) as a function of the temperature information (T 21; T 21a, T 21b, T 23; T 23a, T 23b) from the first (21; 21a, 21b) and second (23; 23a, 23b) temperature sensors, so as to regulate the temperature of the fluid in the heating device. • processing the temperature information (T 21; T 21a, T 21b, T 23; T 23a, T 23b) from the first (21; 21a, 21b) and second (23; 23a, 23b) temperature sensors, and for • generating a command for said at least one heating element (13; 13a, 13b) as a function of the temperature information (T 21; T 21a, T 21b, T 23; T 23a, T 23b) from the first (21; 21a, 21b) and second (23; 23a, 23b) temperature sensors, so as to regulate the temperature of the fluid in the heating device.
A system for preventing a contactor from being abnormally opened through a real-time operation detection, the system comprising: a contactor coil control unit which applies an operation signal to a contactor coil provided in a contactor that connects a battery and an inverter; characterized by a main control unit which detects the operation signal applied from the contactor coil control unit in real time through an execution of a first detection mode, and executes a second detection mode and directly controls an operation state of the contactor coil based on a time during which an abnormal signal is maintained when it is determined that the applied operation signal is an abnormal signal. a contactor coil control unit which applies an operation signal to a contactor coil provided in a contactor that connects a battery and an inverter; characterized by a main control unit which detects the operation signal applied from the contactor coil control unit in real time through an execution of a first detection mode, and executes a second detection mode and directly controls an operation state of the contactor coil based on a time during which an abnormal signal is maintained when it is determined that the applied operation signal is an abnormal signal.
A preloaded intraocular lens (PIOL) system comprising: (a) an intraocular lens comprising C-shaped haptics (0511, 0512) and an optic body; (b) an intraocular lens holding chamber; (c) a lumen; and (d) an injector; wherein said lumen is directly connected to the intraocular lens holding chamber, wherein said injector comprises an injector body which is connected with the lens holding chamber and a plunger which directly contacts the lens, characterized in that in said intraocular lens holding chamber the intraocular lens is stored in a compressed state in which the C-shaped haptics (0511, 0512) are wrapped around the optic body of the intraocular lens in a coplanar manner, after said loading of said intraocular lens; and wherein said plunger has a structure which engages with the injector body to temporarily lock the plunger to retain the intraocular lens in the compressed state, wherein the haptic-to-haptic distance of said compressed intraocular lens ranges from 9 mm to 11 mm, said lumen comprises an input tube portion leading to a distal opening end, wherein said lens is delivered into an eye of a patient upon activation of said injector. (a) an intraocular lens comprising C-shaped haptics (0511, 0512) and an optic body; (b) an intraocular lens holding chamber; (c) a lumen; and (d) an injector; said lumen is directly connected to the intraocular lens holding chamber, wherein said injector comprises an injector body which is connected with the lens holding chamber and a plunger which directly contacts the lens, characterized in that in said intraocular lens holding chamber the intraocular lens is stored in a compressed state in which the C-shaped haptics (0511, 0512) are wrapped around the optic body of the intraocular lens in a coplanar manner, after said loading of said intraocular lens; and wherein said plunger has a structure which engages with the injector body to temporarily lock the plunger to retain the intraocular lens in the compressed state, wherein the haptic-to-haptic distance of said compressed intraocular lens ranges from 9 mm to 11 mm, said lumen comprises an input tube portion leading to a distal opening end, wherein said lens is delivered into an eye of a patient upon activation of said injector.
A coated metal sheet comprising a coating on at least one surface of a metal sheet, the coating containing a main resin, a phenol resin as a curing agent and a tannic acid as an additive, wherein the main resin is a resin that is capable of forming a crosslinked structure with the phenol resin, wherein the phenol resin is contained in an amount in a range of 5 to 40 parts by mass per 100 parts by mass of the main resin, and wherein the tannic acid is contained in an amount in a range of 0.1 to 10 parts by mass per 100 parts by mass of the main resin.
A method of performing measurement at a user equipment, UE, in a wireless communication system, the method comprising: receiving cell-specific reference signals, CRSs, or channel status information-reference signals, CSI-RSs, for radio resource management, RRM, measurement from a plurality of transmission ends; performing the RRM measurement; and reporting a result of the RRM measurement, wherein the RRM measurement includes one of a first measurement and a second measurement, wherein the first measurement is performed based on the CRSs received from the plurality of transmission ends having different cell identities, wherein the second measurement is performed based on the CSI-RSs received from the plurality of transmission ends having a same cell identity, wherein the CSI-RSs are distinguished by at least one of a CSI-RS reuse pattern and a subframe offset. receiving cell-specific reference signals, CRSs, or channel status information-reference signals, CSI-RSs, for radio resource management, RRM, measurement from a plurality of transmission ends; performing the RRM measurement; and reporting a result of the RRM measurement, wherein the RRM measurement includes one of a first measurement and a second measurement, wherein the first measurement is performed based on the CRSs received from the plurality of transmission ends having different cell identities, wherein the second measurement is performed based on the CSI-RSs received from the plurality of transmission ends having a same cell identity, wherein the CSI-RSs are distinguished by at least one of a CSI-RS reuse pattern and a subframe offset.
A capacity control device for a screw compressor comprising a capacity control valve, a piston rod connected to the capacity control valve, a piston, and a cylinder that guides the piston slidably, and wherein a guide body for permitting and guiding inclined movements of the piston rod is provided on an cylinder end wall of the cylinder, through which the piston rod extends; characterized in that the guide body comprises a tube portion having a hole for guiding the piston rod and threadedly fixed to a threaded hole of the cylinder end wall or the tube portion is fitted into a hole of the cylinder end wall and a flange is provided on one side of the tube portion and fixed to an inner surface side of the cylinder end wall, and an O-ring is provided between an inner surface of the hole of the tube portion for guiding the piston rod and an outer peripheral surface of the piston rod.