mhurhangee/ep-ind-claims huggingface dataset:
A method for igniting a process plasma, the method comprising: flowing an ignition gas into a plasma chamber; using at least one device to form at least one ignition plasma within the plasma chamber, wherein the at least one device generates the at least one ignition plasma within its corresponding ignition plasma volume all within the plasma chamber, and the at least one ignition plasma causes at least partial ionization of the ignition gas; and using a power transformer to inductively couple power to the plasma chamber, including into the ignition plasma volume in the plasma chamber, to ignite the process plasma, characterised in that the at least one device is a self-resonating device. flowing an ignition gas into a plasma chamber; using at least one device to form at least one ignition plasma within the plasma chamber, wherein the at least one device generates the at least one ignition plasma within its corresponding ignition plasma volume all within the plasma chamber, and the at least one ignition plasma causes at least partial ionization of the ignition gas; and using a power transformer to inductively couple power to the plasma chamber, including into the ignition plasma volume in the plasma chamber, to ignite the process plasma, characterised in that the at least one device is a self-resonating device.
A watch type mobile terminal for controlling an external device, comprising: a wrist band; a main system including a circuit board for operating the watch type mobile terminal; a main frame connected to the wrist band and encasing the main system; characterized in that the watch type mobile terminal further comprises: a fob detachably connected to the main system, wherein the fob is configured such that a control authority for controlling the external device is set in the fob; and a display detachably connected to the fob; wherein each of the main system, the fob and the display includes a wireless communication unit, and wherein the fob is configured such that, when the fob is coupled to the main system and separated from the display, a first control authority for controlling the external device through the fob's wireless communication unit is granted to the fob, and when the fob is separated from the main system and coupled to the display, a second control authority different from the first control authority for controlling the external device through the fob's wireless communication unit is granted to the fob, wherein the first control authority granted to the fob is a control authority to control every function of the external device, and wherein the second control authority granted to the fob is a control authority to limit a function of the external device. a wrist band; a main system including a circuit board for operating the watch type mobile terminal; a main frame connected to the wrist band and encasing the main system; characterized in that the watch type mobile terminal further comprises: a fob detachably connected to the main system, wherein the fob is configured such that a control authority for controlling the external device is set in the fob; and a display detachably connected to the fob; a fob detachably connected to the main system, wherein the fob is configured such that a control authority for controlling the external device is set in the fob; and a display detachably connected to the fob; wherein each of the main system, the fob and the display includes a wireless communication unit, and wherein the fob is configured such that, when the fob is coupled to the main system and separated from the display, a first control authority for controlling the external device through the fob's wireless communication unit is granted to the fob, and when the fob is separated from the main system and coupled to the display, a second control authority different from the first control authority for controlling the external device through the fob's wireless communication unit is granted to the fob, wherein the first control authority granted to the fob is a control authority to control every function of the external device, and wherein the second control authority granted to the fob is a control authority to limit a function of the external device.
A device for the vision correction of an eye including: - a converter (3, 3A, 3B, 5A, 5B) which can generate an electrical and/or magnetic and/or electromagnetic signal in response to the mechanical energy generated by a movement by the eye; - a soft lens intended to be aligned with the eye, the converter being positioned in relation to the lens such that the electrical and/or the magnetic and/or the electromagnetic signal generated during the movement of the eye cause the optical properties of the lens to change, characterised in that the lens includes a polymer material containing a material having a refractive index that can vary under the action of the electrical and/or magnetic and/or electromagnetic signal generated during the movement of the eye and the energy for varying the refractive index is generated only by the movement of the eye. - a converter (3, 3A, 3B, 5A, 5B) which can generate an electrical and/or magnetic and/or electromagnetic signal in response to the mechanical energy generated by a movement by the eye; - a soft lens intended to be aligned with the eye,
A hydraulic system for a vehicle comprising: a first hydraulic fluid reservoir; a braking system fluidically coupled to the first hydraulic fluid reservoir; a second hydraulic fluid reservoir; a suspension system fluidically coupled to the second hydraulic fluid reservoir; characterized in that: a valve system selectively fluidically couples the braking system to the suspension system, and selectively couples a steering system of the hydraulic system to the second hydraulic fluid reservoir. a first hydraulic fluid reservoir; a braking system fluidically coupled to the first hydraulic fluid reservoir; a second hydraulic fluid reservoir; a suspension system fluidically coupled to the second hydraulic fluid reservoir;
A method of manufacturing a nonaqueous electrolyte secondary battery, the method comprising: preparing a positive electrode that includes a positive electrode active material layer containing a positive electrode active material and N-methyl-2-pyrrolidone in a content that can be adjusted based on heat drying conditions temperature and time, a negative electrode that includes a negative electrode active material layer containing a negative electrode active material, and a nonaqueous electrolytic solution that contains an oxalato complex compound being a compound formed by at least one oxalate ion, represented as C 2 O 4 2-, forming a coordinate bond with boron or phosphorus; constructing a battery assembly using the positive electrode, the negative electrode, and the nonaqueous electrolytic solution; and initially charging the battery assembly, wherein during charging, the maximum achieved potential is set to be higher than the redox potential of NMP and the oxalato complex compound; and the battery assembly is constructed such that a following expression of 0.000036≤B 1 /A 1 ≤0.001048 is satisfied, where A 1 (ppm) represents a content of N-methyl-2-pyrrolidone per unit mass of the positive electrode active material layer after drying, and B 1 (mol/kg) represents a content of the oxalato complex compound per unit mass of the negative electrode active material; A 1 is adjusted to be 33 ppm to 710 ppm; and B 1 is adjusted to be 0.0258 mol/kg to 0.1378 mol/kg. preparing a positive electrode that includes a positive electrode active material layer containing a positive electrode active material and N-methyl-2-pyrrolidone in a content that can be adjusted based on heat drying conditions temperature and time, a negative electrode that includes a negative electrode active material layer containing a negative electrode active material, and a nonaqueous electrolytic solution that contains an oxalato complex compound being a compound formed by at least one oxalate ion, represented as C 2 O 4 2-, forming a coordinate bond with boron or phosphorus; constructing a battery assembly using the positive electrode, the negative electrode, and the nonaqueous electrolytic solution; and initially charging the battery assembly, wherein during charging, the maximum achieved potential is set to be higher than the redox potential of NMP and the oxalato complex compound; and the battery assembly is constructed such that a following expression of 0.000036≤B 1 /A 1 ≤0.001048 is satisfied, where A 1 (ppm) represents a content of N-methyl-2-pyrrolidone per unit mass of the positive electrode active material layer after drying, and B 1 (mol/kg) represents a content of the oxalato complex compound per unit mass of the negative electrode active material; A 1 is adjusted to be 33 ppm to 710 ppm; and B 1 is adjusted to be 0.0258 mol/kg to 0.1378 mol/kg. A 1 is adjusted to be 33 ppm to 710 ppm; and B 1 is adjusted to be 0.0258 mol/kg to 0.1378 mol/kg.
A suspension coil spring device, comprising: a compression coil spring that has a coating film; a rubber vibration isolator; and an adhesive layer that joins the compression coil spring and the rubber vibration isolator to each other, characterised in that, the adhesive layer is a cured product of a hot melt adhesive that melts at 80°C to 100°C, a softening point of the hot melt adhesive is lower than a heat-resistant temperature of the coating film, and the softening point of the hot melt adhesive is lower than a heat-resistant temperature of the rubber vibration isolator. a compression coil spring that has a coating film; a rubber vibration isolator; and an adhesive layer that joins the compression coil spring and the rubber vibration isolator to each other, characterised in that, the adhesive layer is a cured product of a hot melt adhesive that melts at 80°C to 100°C, a softening point of the hot melt adhesive is lower than a heat-resistant temperature of the coating film, and the softening point of the hot melt adhesive is lower than a heat-resistant temperature of the rubber vibration isolator.
A dual-phase steel, comprising: 8-12 wt.% Mn, 0.3-0.6 wt.% C, 1-4 wt.% Al, 0.4-1 wt.% V, and a balance of Fe, and consisting of martensite and retained austenite phases.
Technical infrastructure for data centres, comprising a plurality of computer rooms arranged in chimney form, the cavity of which is upwardly open, said technical infrastructure being further characterized in that it comprises a plurality of fans arranged in the faces giving into said cavity, each fan being arranged to extract the air from the interior of the technical infrastructure to the cavity.
A refrigerator comprising: a carbonated water producing apparatus configured to produce carbonated water by supplying water and carbon dioxide gas to a carbonated water tank; a user interface configured to display information of a carbonated water concentration; and a control unit configured to control the carbonated water producing apparatus to produce the carbonated water according to the information of the carbonated water concentration, wherein the user interface displays a present concentration of the carbonated water stored in the carbonated water tank, characterised in that the user interface displays a set concentration received from the user through the user interface. a carbonated water producing apparatus configured to produce carbonated water by supplying water and carbon dioxide gas to a carbonated water tank; a user interface configured to display information of a carbonated water concentration; and a control unit configured to control the carbonated water producing apparatus to produce the carbonated water according to the information of the carbonated water concentration, wherein the user interface displays a present concentration of the carbonated water stored in the carbonated water tank, characterised in that the user interface displays a set concentration received from the user through the user interface.
A method for manufacturing sliced frozen onion, shallot or garlic, comprising cleaning, slicing and freezing of a raw material, characterized in that unnecessary organic components are removed, at least partly mechanically, from the raw material which was first sliced and then frozen.
A method for controlling a transmission device of a vehicle, the device comprising a hydraulic transmission having n hydraulic motors (26A, 26B), n being greater than or equal to 1, and a pump able to be driven by a drive for supplying the hydraulic motors with fluid, wherein the pump is set so that it delivers an outflow rate such that the theoretical output speed of said n hydraulic motors (26A, 26B) supplied at this outflow rate is a target speed, then the fluid pressure at the supply and/or the exhaust (30, 32) of the hydraulic motors is detected, then the displacement of the pump is modified according to a table of correction taking into account the volumetric efficiency of the hydraulic motors for different pressure values, so that the actual output speed of the hydraulic motors approaches the target speed.
A tissue removal device comprising: a housing; a catheter extending from the housing and configured to be inserted into the body of a patient; a bending unit including a plurality of bending blocks that is disposed at a front end portion of the catheter and at least one or more wires (w1, w2) that control a motion direction of the bending blocks; and a tissue removal unit disposed at the front end portion of the catheter and configured to come in contact with a tissue to be removed, wherein the bending unit can be bent with a predetermined curvature at the front end portion of the catheter and characterised in that the tissue removal unit is exposed from the bending unit and can be brought in contact with a tissue to be removed when the bending unit (500 is bent. a housing; a catheter extending from the housing and configured to be inserted into the body of a patient; a bending unit including a plurality of bending blocks that is disposed at a front end portion of the catheter and at least one or more wires (w1, w2) that control a motion direction of the bending blocks; and a tissue removal unit disposed at the front end portion of the catheter and configured to come in contact with a tissue to be removed, wherein the bending unit can be bent with a predetermined curvature at the front end portion of the catheter and characterised in that the tissue removal unit is exposed from the bending unit and can be brought in contact with a tissue to be removed when the bending unit (500 is bent.
A front panel for a sports bra comprising: an interior liner layer having a back face contacting a wearer's skin, and having a size and shape configured to substantially cover a wearer's breasts; an exterior shell layer having a back face facing a front face of the interior liner layer, having a size and shape configured to substantially cover the wearer's breasts, and coupled to the interior liner layer; and a film layer located between the front face of the interior liner layer and the back face of the exterior shell layer, wherein the film layer comprises a thermally-induced shape memory polymer that exhibits viscoelastic properties when at body temperature; wherein, when the front panel is worn as part of the sports bra, the film layer is configured to stiffen as a frequency of movement of the wearer's breasts increases, thereby absorbing forces caused by the movement of the wearer's breasts, and wherein the shape memory polymer is configured to stiffen to absorb energy at frequencies of breast movement of between about 1 Hz and about 100 Hz and is capable of absorbing a force of up to about 0.03 N. an interior liner layer having a back face contacting a wearer's skin, and having a size and shape configured to substantially cover a wearer's breasts; an exterior shell layer having a back face facing a front face of the interior liner layer, having a size and shape configured to substantially cover the wearer's breasts, and coupled to the interior liner layer; and a film layer located between the front face of the interior liner layer and the back face of the exterior shell layer, wherein the film layer comprises a thermally-induced shape memory polymer that exhibits viscoelastic properties when at body temperature; wherein, when the front panel is worn as part of the sports bra, the film layer is configured to stiffen as a frequency of movement of the wearer's breasts increases, thereby absorbing forces caused by the movement of the wearer's breasts, and wherein the shape memory polymer is configured to stiffen to absorb energy at frequencies of breast movement of between about 1 Hz and about 100 Hz and is capable of absorbing a force of up to about 0.03 N.
A control apparatus including a pinch detector for detecting a pinch at a closing member actuated by a motor, said pinch detector being configured to receive current values of physical quantities of the motor including a motor voltage, a motor current and a motor speed ( ω) and including a torque estimator that estimates a motor torque ( τ) from said received current values of physical quantities of the motor, using coefficients of an approximation function of an energy conversion efficiency ( η) of the motor, wherein said approximation function is either a linear, or second order, or third order function of the motor torque ( τ); a converter that calculates a first estimation of a pinch force ( F pinch) exerted by the opening and closing member on a pinched object by converting the estimated motor torque ( τ) into an estimated pinch force ( F e) using a torque to force conversion coefficient ( T2F coef); a comparator that compares the estimated pinch force ( F pinch) with a predetermined force limit ( F max) in order to detect a pinch based on the comparison result. said pinch detector being configured to receive current values of physical quantities of the motor including a motor voltage, a motor current and a motor speed ( ω) and including a torque estimator that estimates a motor torque ( τ) from said received current values of physical quantities of the motor, using coefficients of an approximation function of an energy conversion efficiency ( η) of the motor, wherein said approximation function is either a linear, or second order, or third order function of the motor torque ( τ); a converter that calculates a first estimation of a pinch force ( F pinch) exerted by the opening and closing member on a pinched object by converting the estimated motor torque ( τ) into an estimated pinch force ( F e) using a torque to force conversion coefficient ( T2F coef); a comparator that compares the estimated pinch force ( F pinch) with a predetermined force limit ( F max) in order to detect a pinch based on the comparison result.
A transfer sling for positioning within an incubator and for supporting an infant patient during movement of the patient, comprising: a heart rate sensor adapted to continuously monitor the patient's heart rate; a center support section positionable beneath the patient; a stiffening device positioned within the center support section to provide support for the patient during movement; a first side section connected to the center support section; a second side section connected to the center section, wherein the first and second side sections are sized to surround the patient when the first and second side sections are folded toward each other when the patient is on the center section; a display integrated into the transfer sling, wherein the display is in communication with the heart rate sensor to display the patient's heart rate. a heart rate sensor adapted to continuously monitor the patient's heart rate; a center support section positionable beneath the patient; a stiffening device positioned within the center support section to provide support for the patient during movement; a first side section connected to the center support section; a second side section connected to the center section, wherein the first and second side sections are sized to surround the patient when the first and second side sections are folded toward each other when the patient is on the center section; a display integrated into the transfer sling, wherein the display is in communication with the heart rate sensor to display the patient's heart rate.
Switch cabinet arrangement, which comprises at least one switch cabinet housing with an electrical switchgear and further a human-machine-interface with an optical display, via which a circuit diagram of the electrical switchgear is displayed, wherein at least one component of the electrical switchgear comprises a machine-readable identifier, via which the component is uniquely assigned to a component symbol in the circuit diagram indicating the component, wherein a data interface is formed between the human-machine-interface and the electrical switchgear and a state of the component is displayed by means of an optical state of the component symbol via the optical display, and wherein the human-machine-interface is configured to detect a change of the electrical switchgear, in particular addition or removal of an electrical component, and to adopt this change in the circuit diagram, characterized in that the human-machine-interface comprises an optical detection unit, such as a photo module, which comprises a component detection, wherein the component detection is configured to detect the machine-readable identifier of the component of the electrical switchgear and to detect a change of a component population of the electrical switchgear by comparing with the circuit diagram.
Shrink tightening adapter for a collet chuck, which includes a rear conical holding region for mounting in a collet chuck, a front receptacle region for mounting a tool shank, and a through-opening which runs from a front end face of the receptacle region to a rear end face of the holding region, the clamping region of said through-opening extending into the rear holding region, wherein disposed in a central region of the through-opening are a plurality of slots which run radially outwards from the through-opening and are distributed across the circumference, the front ends of said slots being spaced apart from the front end face, and the rear ends of said slots being spaced apart from the rear end face.
Nipper unit of a combing machine, with a lower nipper plate, which, with an upper nipper plate that is moveably mounted in the nipper unit, can form, in the region of its nipper lip a clamping point (KO, KU) and a feed roller rotatable mounted above the lower nipper plate inside the combing unit, wherein inserted after the combing unit 91), there is at least one detaching roller (24a, 24b, 22) mounted in the machine frame for forming a detaching clamp line (K, K1) and with a bridge removable attached between the feed roller and the nipper lip on the lower nipper plate and oriented transversely to the conveying direction of the fiber mass, wherein below the lower nipper plate there is arranged a rotatable mounted circular comb (4, 4a) for combing out fiber tufts, characterized In that the bridge in the region of its contact surface, which is opposite a contact surface of the lower nipper plate consisting at least partially of ferromagnetic material, has magnetic means and means (54, 60) are provided in the region of both ends of the bridge by which the bridge is fixed in a form-fitting manner in the plane of the contact surface on the lower nipper plate.