mhurhangee/ep-ind-claims huggingface dataset:
Antimicrobial agent containing as active ingredient a combination of 45 to 55% by weight benzyl isothiocyanate, 33 to 43% by weight allyl isothiocyanate and 7 to 17% by weight 2-phenylethyl isothiocyanate, wherein the total amount of the active ingredients adds up to 100% by weight, characterized in that the active ingredients are bound to an inert carrier substance and are enclosed in an airtight manner in an administration agent resistant to gastric juice, wherein the active ingredient combination bound to the inert carrier substance is pelletized and microencapsulated with chitosan.
Oil management system for an internal combustion engine that comprises a crankcase, which oil management system comprises a first container for storage of a first quantity of oil and a second container for temporary storage of a predetermined second quantity of oil, the oil management system further comprises a pump arranged for operating in a first and a second mode, in which modes oil is transferrable respectively to and from the second container, characterized in that flow measuring unit is arranged for measuring an oil flow to or from the second container when the pump is operating, wherein the oil management system is arranged for delivery of the predetermined second quantity of oil to the crankcase of the internal combustion engine in dependence of the measured oil flow.
A flat foot orthosis adapted to be applied onto lower limbs of a human body, and comprising: two bodies, each one of the two bodies having a wearing space disposed inside the body; a foot portion having a sole located on a bottom of the foot portion; an instep located on a top of the foot portion; an arch located on one of two vertical sides of the foot portion, facing the other one of the two bodies, and connected to the sole and the instep; and a lateral side located on the other one of the two vertical sides of the foot portion, and connected to the sole and the instep; an ankle portion connected to the foot portion; a shank portion connected to the ankle portion; a substrate surrounding the wearing space, and extending from the foot portion to the shank portion through the ankle portion; and a first elastomer disposed adjacent to the substrate and surrounding the wearing space, and when in use, extending from the instep of the foot portion at a cuboid bone of a wearer through the lateral side, the sole, and the arch in order, wrapping over a navicular bone of the wearer, and extending through the ankle portion at a talus bone of the wearer toward the shank portion; and characterized in that: each one of the two bodies has a knee portion connected to the shank portion; and a thigh portion connected to the knee portion; wherein the first elastomer of each one of the two bodies extends to the thigh portion through a rear side of the shank portion, obliquely extends in combination with upward and inward turns through an inner side of the knee portion, extends through a front side of the thigh portion, and surrounds and fetters the thigh portion. two bodies, each one of the two bodies having a wearing space disposed inside the body; a foot portion having a sole located on a bottom of the foot portion; an instep located on a top of the foot portion; an arch located on one of two vertical sides of the foot portion, facing the other one of the two bodies, and connected to the sole and the instep; and a lateral side located on the other one of the two vertical sides of the foot portion, and connected to the sole and the instep; an ankle portion connected to the foot portion; a shank portion connected to the ankle portion; a substrate surrounding the wearing space, and extending from the foot portion to the shank portion through the ankle portion; and each one of the two bodies has a knee portion connected to the shank portion; and a thigh portion connected to the knee portion; a knee portion connected to the shank portion; and a thigh portion connected to the knee portion; wherein the first elastomer of each one of the two bodies extends to the thigh portion through a rear side of the shank portion, obliquely extends in combination with upward and inward turns through an inner side of the knee portion, extends through a front side of the thigh portion, and surrounds and fetters the thigh portion.
A method for heating a gaseous treatment medium (30, 40) for a device, preferably a dryer, for the treatment of a web-shaped material with a gaseous treatment medium by - introducing a heated gaseous treatment medium into a treatment chamber in which a drum with a gas-permeable drum shell is arranged on which the web-shaped material to be treated can be placed, the gaseous treatment medium flowing through the web-shaped material and the gas-permeable drum shell into the interior of the drum, - discharging the gaseous treatment medium, which has already been used for treatment, as a recirculated gaseous treatment medium from the interior of the drum and from the treatment chamber to be processed externally, - processing the recirculated gaseous treatment medium, the recirculated gaseous treatment medium being processed by being warmed up, wherein a part of the recirculated gaseous treatment medium is discharged as exhaust air before the recirculated gaseous treatment medium is warmed, and - supplying the processed gaseous treatment medium to the treatment chamber as the processed gaseous treatment medium, characterized in that processing the recirculated gaseous treatment medium is effected such that the recirculated gaseous treatment medium is mixed with fresh air (8, 8'). - introducing a heated gaseous treatment medium into a treatment chamber in which a drum with a gas-permeable drum shell is arranged on which the web-shaped material to be treated can be placed, the gaseous treatment medium flowing through the web-shaped material and the gas-permeable drum shell into the interior of the drum, - discharging the gaseous treatment medium, which has already been used for treatment, as a recirculated gaseous treatment medium from the interior of the drum and from the treatment chamber to be processed externally, - processing the recirculated gaseous treatment medium, the recirculated gaseous treatment medium being processed by being warmed up, wherein a part of the recirculated gaseous treatment medium is discharged as exhaust air before the recirculated gaseous treatment medium is warmed, and - supplying the processed gaseous treatment medium to the treatment chamber as the processed gaseous treatment medium, characterized in that processing the recirculated gaseous treatment medium is effected such that the recirculated gaseous treatment medium is mixed with fresh air (8, 8').
An article of footwear having an upper and a sole structure secured to the upper, the sole structure comprising: a midsole having an upper surface and a lower surface, the upper surface positioned adjacent to the upper, and the lower surface defining an array of cavities; an outsole secured to the midsole and including a first surface that forms at least part of a ground-contacting surface of the article of footwear, the outsole defining an array of apertures, each of the apertures being aligned with one of the cavities; and an array of fluid-filled chambers partially located within the cavities and extending into the apertures of the outsole, the chambers protruding outward from the cavities and each of the chambers including a second surface that is coplanar with the first surface of the outsole and forms at least part of a ground-contacting surface of the article of footwear. a midsole having an upper surface and a lower surface, the upper surface positioned adjacent to the upper, and the lower surface defining an array of cavities; an outsole secured to the midsole and including a first surface that forms at least part of a ground-contacting surface of the article of footwear, the outsole defining an array of apertures, each of the apertures being aligned with one of the cavities; and an array of fluid-filled chambers partially located within the cavities and extending into the apertures of the outsole, the chambers protruding outward from the cavities and each of the chambers including a second surface that is coplanar with the first surface of the outsole and forms at least part of a ground-contacting surface of the article of footwear.
Scooter with a running board and a handlebar, wherein the running board comprises a first step section and a second step section, the second step section being displaceable and fixable in a length-changing manner relative to the first step section, an overall extent of the running board or a step surface of the step board is directed towards a person using the scooter, the step board having rollers (10, 11) at one end and a barrel at the other end, the second step section being displaceable in a length-changeable manner relative to the first step section and being fixable in at least two different positions, characterised in that one of the tread portions (4, 5) has a spring pin and wherein the other tread portion (4, 5) has at least two bores (8, 9), wherein the spring pin can be brought reversibly into operative connection with the first bore or the second bore in order to adapt the overall extension or the tread surface of the running board to the person.
A communications method of a modem, wherein the modem comprises a power interface module configured to receive power from a power supply apparatus in a normal power supply mode, the method comprises: determining a current power supply mode; and if it is determined that the current power supply mode is that a network device is used to supply power by using a copper twisted pair, switching a communications interface from a fiber interface to an electrical interface, wherein the electrical interface connects to the network device by using the copper twisted pair and the fiber interface connects to a passive optical network by using an optical fiber. determining a current power supply mode; and if it is determined that the current power supply mode is that a network device is used to supply power by using a copper twisted pair, switching a communications interface from a fiber interface to an electrical interface, wherein the electrical interface connects to the network device by using the copper twisted pair and the fiber interface connects to a passive optical network by using an optical fiber.
Oven door comprising a structure (12, 14, 18, 20, 22) with at least two glass plates (14, 18, 20, 22), one external glass plate being bigger than the internal glass plate (18, 20, 22), it further comprises a housing for electrical and/or electronic components (P, M, T, D) of an user interface supported by the door, characterized in that such housing being substantially shell-shaped and being mounted on an internal face of the external glass plate, above the internal glass plate (18, 20, 22).
Method for assembling a handling unit of filled containers in a filling plant, especially for beverages or pharmaceutical products, comprising the following steps: a) supplying the filled containers in the form of glass bottles, plastic bottles, canisters, barrels, and/or plastic bags, the containers comprising at least a first and a second container type, and the first and second container type being different with respect to at least one container parameter from the following group of parameters: height, base area, base area shape and the mechanical load capacity of the container; b) arranging the supplied containers on a handling unit carrier, wherein the arrangement of the containers with respect to the number and/or the position and/or the rotational position of the containers on the handling unit carrier is made in dependence on the at least one container parameter of the first and second container type. a) supplying the filled containers in the form of glass bottles, plastic bottles, canisters, barrels, and/or plastic bags, the containers comprising at least a first and a second container type, and the first and second container type being different with respect to at least one container parameter from the following group of parameters: height, base area, base area shape and the mechanical load capacity of the container; b) arranging the supplied containers on a handling unit carrier, wherein the arrangement of the containers with respect to the number and/or the position and/or the rotational position of the containers on the handling unit carrier is made in dependence on the at least one container parameter of the first and second container type.
An apparatus for use in a human or animal body, comprising a probe (100; 100a; 100b; 100c; 100d; 100e; 100f; 100g), the probe comprising a housing, at least one element having a permanent magnetic dipole moment being rotatable within said housing, and an electrical circuit, said circuit comprising at least one induction coil that is magnetically coupled with the element having a permanent magnetic dipole moment and a controllable electric resistor connected in parallel with said induction coil, the element having a permanent magnetic dipole moment being configured to generate an electromotive force in said at least one induction coil in response to being rotated, wherein said probe is configured to wirelessly transmit data to an external device by modulating a resistance of the resistor.
A dissolvable microneedle comprising needles made of a water-soluble material assembled on one side of a base, the needles being assembled to the base such that bottom portion of the needles is directly connected to the base, characterized in that the base is a sheet material having liquid-permeable cavities and the connection of the bottom portion of the needles to the base forming through a structure in which the bottom portion of the needles penetrates into the base, occupying some or all cavities of the base.
A cooling apparatus for a medium voltage or high voltage switchgear, the cooling apparatus comprising: - an evaporator section; - a fluid conduit; and - a condenser section; wherein, the evaporator section is configured to surround at least part of a current carrying contact; wherein, the fluid conduit fluidly connects the evaporator section to the condenser section; wherein, a section of the fluid conduit is formed within the evaporator section and is electrically insulating and is configured such that fluid can contact an outer surface of the current carrying contact; and wherein, the cooling apparatus is configured such that in use a working fluid in the evaporator section is heated to a vapour state, and wherein the vapour is transferred by the fluid conduit to the condenser section, and wherein the vapour in the condenser section is condensed to the working fluid, and wherein the condensed working fluid is passively returned via the fluid conduit to the evaporator section. - an evaporator section; - a fluid conduit; and - a condenser section; wherein, the evaporator section is configured to surround at least part of a current carrying contact; wherein, the fluid conduit fluidly connects the evaporator section to the condenser section; wherein, a section of the fluid conduit is formed within the evaporator section and is electrically insulating and is configured such that fluid can contact an outer surface of the current carrying contact; and wherein, the cooling apparatus is configured such that in use a working fluid in the evaporator section is heated to a vapour state, and wherein the vapour is transferred by the fluid conduit to the condenser section, and wherein the vapour in the condenser section is condensed to the working fluid, and wherein the condensed working fluid is passively returned via the fluid conduit to the evaporator section. wherein, the evaporator section is configured to surround at least part of a current carrying contact; wherein, the fluid conduit fluidly connects the evaporator section to the condenser section; wherein, a section of the fluid conduit is formed within the evaporator section and is electrically insulating and is configured such that fluid can contact an outer surface of the current carrying contact; and wherein, the cooling apparatus is configured such that in use a working fluid in the evaporator section is heated to a vapour state, and wherein the vapour is transferred by the fluid conduit to the condenser section, and wherein the vapour in the condenser section is condensed to the working fluid, and wherein the condensed working fluid is passively returned via the fluid conduit to the evaporator section.
A current control gain adjusting method for adjusting a proportional gain Kdp and an integral gain Kdi for d-axis current control and q-axis current control in vector control of a PM motor, the current control having a transfer function Hcd s = Kdp + Kdi s, the method comprising: a drawing step of drawing a rotor of the PM motor to a predetermined position by applying a drawing voltage to the PM motor; a voltage applying step of applying an applied voltage including a DC component and a plurality of frequency components to the PM motor; a motor current detecting step of detecting a motor current flowing depending on the applied voltage applied in the voltage applying step; a motor frequency characteristic calculating step of calculating frequency characteristic based on the applied voltage and the motor current; a motor constant extraction step of extracting an electric time constant L/R and a phase resistance R of the PM motor from the frequency characteristic; and a current control gain adjusting step of adjusting Kdp to Kα ∗ R and Kdi to Kdp ∗ (L/R), wherein Kα is calculated such that a gain margin at which a phase of the open transfer function Hopd s − Kα s ∗ Hdelay s of the current control is -180 degrees is a preset value β, wherein Hdelay(s) is a time delay element of the current control. a drawing step of drawing a rotor of the PM motor to a predetermined position by applying a drawing voltage to the PM motor; a voltage applying step of applying an applied voltage including a DC component and a plurality of frequency components to the PM motor; a motor current detecting step of detecting a motor current flowing depending on the applied voltage applied in the voltage applying step; a motor frequency characteristic calculating step of calculating frequency characteristic based on the applied voltage and the motor current; a motor constant extraction step of extracting an electric time constant L/R and a phase resistance R of the PM motor from the frequency characteristic; and a current control gain adjusting step of adjusting Kdp to Kα ∗ R and Kdi to Kdp ∗ (L/R), wherein Kα is calculated such that a gain margin at which a phase of the open transfer function Hopd s − Kα s ∗ Hdelay s of the current control is -180 degrees is a preset value β, wherein Hdelay(s) is a time delay element of the current control.
A detection method for detecting the blocked or unlocked state of a parking brake member of a brake of an aircraft wheel, the parking brake member comprising a bistable linear electromagnet comprising a ferromagnetic torus (3; 35; 41; 52), a coil (2; 51), a permanent magnet, and a shuttle connected to a rod (7; 30; 40; 50), the shuttle being mounted in the ferromagnetic torus to slide between two extreme positions situated on opposite sides of the permanent magnet and corresponding respectively to an extended position and to a retracted position for the rod, the parking brake member being connected both to a power supply component arranged to generate a control voltage (U c) across the terminals of the coil so that a control current (I c) flows in the coil and generates a control magnetic field that moves the shuttle between the two extreme positions, and also to a current sensor arranged to measure the control current, the detection method comprising the steps of: • controlling the power supply component to generate a test voltage (U test) across the terminals of the coil and thus generate a test current (I test) flowing in the coil, the test voltage having an amplitude less than a predetermined voltage threshold so that a test magnetic field generated by the test current does not move the shuttle; • acquiring measurements of the test current as produced by the current sensor; and • analyzing the measurements of the test current and detecting the blocked or unlocked state of the parking brake member on the basis of this analysis. • controlling the power supply component to generate a test voltage (U test) across the terminals of the coil and thus generate a test current (I test) flowing in the coil, the test voltage having an amplitude less than a predetermined voltage threshold so that a test magnetic field generated by the test current does not move the shuttle; • acquiring measurements of the test current as produced by the current sensor; and • analyzing the measurements of the test current and detecting the blocked or unlocked state of the parking brake member on the basis of this analysis.
A high temperature superconducting, HTS, field coil, the HTS field coil comprising: a plurality of turns comprising HTS material and metallic stabilizer; a partially insulating layer separating the turns, such that current can be shared between turns via the partially insulating layer; the partially insulating layer comprising: an electrically conducting layer (901, 1001, 1101, 1201) coated on one side with a first insulating layer (902, 1002, 1102, 1202) and on the other side with a second insulating layer (902, 1002, 1102, 1202); each insulating layer having one or more windows (903, 1003, 1103, 1203) through which electrical contact can be made between the turns and the electrically conducting layer; wherein the windows in the first insulating layer are offset in the plane of the electrically conducting strip from the windows in the second insulating layer. a plurality of turns comprising HTS material and metallic stabilizer; a partially insulating layer separating the turns, such that current can be shared between turns via the partially insulating layer; the partially insulating layer comprising: an electrically conducting layer (901, 1001, 1101, 1201) coated on one side with a first insulating layer (902, 1002, 1102, 1202) and on the other side with a second insulating layer (902, 1002, 1102, 1202); each insulating layer having one or more windows (903, 1003, 1103, 1203) through which electrical contact can be made between the turns and the electrically conducting layer; wherein the windows in the first insulating layer are offset in the plane of the electrically conducting strip from the windows in the second insulating layer. an electrically conducting layer (901, 1001, 1101, 1201) coated on one side with a first insulating layer (902, 1002, 1102, 1202) and on the other side with a second insulating layer (902, 1002, 1102, 1202); each insulating layer having one or more windows (903, 1003, 1103, 1203) through which electrical contact can be made between the turns and the electrically conducting layer; wherein the windows in the first insulating layer are offset in the plane of the electrically conducting strip from the windows in the second insulating layer.
A measuring device with two rock anchors and a linear potentiometer mounted with an extension element between the rock anchors, which measures a change in length in a straight connecting line between the rock anchors, wherein the extension element consists of a carbon composite, characterised by standardised pins on the rock anchors and two adapters for the pins, wherein the adapters are each connected via a ball joint to the linear potentiometer.
Electronic scanning microscope device, comprising a housing for inserting samples into a chamber of the microscope, the housing being subject to negative pressure, characterised in that the microscope extends outside of the housing and that the housing is in contact with the chamber via a junction comprising a separating gate between the chamber and the housing, the gate capable of being opened, and a flexible, sealed portion separating the chamber from the housing.