mhurhangee/ep-ind-claims huggingface dataset:
An airless tire, comprising: a cylindrical tread ring with a footprint; a hub that is positioned on the radially inner side of the tread ring and is fixed to an axle; and a spoke connecting the tread ring and the hub, wherein the spoke has a tread connection portion to be connected to an inner-circumferential surface of the tread ring as well as a hub connection portion to be connected to an outer-circumferential surface of the hub, and regarding a tire axial component length (tx) of the tread connection portion at each point (x) in a circumferential direction of the tread ring, when the distribution of component lengths (tx) along the entire tire circumference is divided into a first region where the component length (tx) is zero times the tire axial-direction width on the inner-circumferential surface of the tread ring; a second region where the component length (tx) is greater than zero times but smaller than 0.6 times the tire axial-direction width; and a third region where the component length (tx) is no smaller than 0.6 times but no greater than 1.0 times the tire axial-direction width, a ratio of the first region, a ratio of the second region and a ratio of the third region that respectively occupy the entire circumference of a tire satisfy the following formulas ∼ respectively, 0 ≦ E 1 ≦ 0.5 0 < E 2 ≦ 1.0 E 3 = 0 characterized in that a triangular or arc bulged portion is provided at a radially outer edge of the spoke so as to increase the contact area of the spoke and the tread ring. a cylindrical tread ring with a footprint; a hub that is positioned on the radially inner side of the tread ring and is fixed to an axle; and a spoke connecting the tread ring and the hub, wherein the spoke has a tread connection portion to be connected to an inner-circumferential surface of the tread ring as well as a hub connection portion to be connected to an outer-circumferential surface of the hub, and regarding a tire axial component length (tx) of the tread connection portion at each point (x) in a circumferential direction of the tread ring, when the distribution of component lengths (tx) along the entire tire circumference is divided into a first region where the component length (tx) is zero times the tire axial-direction width on the inner-circumferential surface of the tread ring; a second region where the component length (tx) is greater than zero times but smaller than 0.6 times the tire axial-direction width; and a third region where the component length (tx) is no smaller than 0.6 times but no greater than 1.0 times the tire axial-direction width, a ratio of the first region, a ratio of the second region and a ratio of the third region that respectively occupy the entire circumference of a tire satisfy the following formulas ∼ respectively, 0 ≦ E 1 ≦ 0.5 0 < E 2 ≦ 1.0 E 3 = 0 characterized in that a triangular or arc bulged portion is provided at a radially outer edge of the spoke so as to increase the contact area of the spoke and the tread ring.
A non-invasive device for treating the digestive system symptoms of a patient; the device comprises: a plurality of electrodes (101,102) adapted to be placed in electrical contact with the skin of the abdomen; a pulse generator configured for providing asymmetric burst electrical stimulation signals that are delivered to the user abdomen muscles via said electrodes; wherein the asymmetrical burst is a current wave form in which a time of ramp up is different from a time of ramp down of the current, wherein said asymmetric burst electrical stimulation signals are adapted for stimulating the abdomen muscles and for moving the digestive system; wherein said moving being for treating at least one digestive symptom; a control unit configured for controlling said pulse generator, a maximum voltage range of said pulses being +300V, a maximum current range being 159mA; a pulse frequency range being 10Hz-100Hz and a burst frequency being 0.1-10Hz; and a sensor connectable to said control unit; wherein said sensor is being adapted for sensing one or more body-signals from said patient; wherein said control unit is further adapted for synchronizing said pulse generator in accordance with said one or more body-signals to thereby improve effectivity of said electrical stimulation. a plurality of electrodes (101,102) adapted to be placed in electrical contact with the skin of the abdomen; a pulse generator configured for providing asymmetric burst electrical stimulation signals that are delivered to the user abdomen muscles via said electrodes; wherein the asymmetrical burst is a current wave form in which a time of ramp up is different from a time of ramp down of the current, wherein said asymmetric burst electrical stimulation signals are adapted for stimulating the abdomen muscles and for moving the digestive system; wherein said moving being for treating at least one digestive symptom; a control unit configured for controlling said pulse generator, a maximum voltage range of said pulses being +300V, a maximum current range being 159mA; a pulse frequency range being 10Hz-100Hz and a burst frequency being 0.1-10Hz; and a sensor connectable to said control unit; wherein said sensor is being adapted for sensing one or more body-signals from said patient; wherein said control unit is further adapted for synchronizing said pulse generator in accordance with said one or more body-signals to thereby improve effectivity of said electrical stimulation.
Hose comprising at least one braided part with groups of fibers 2, 3 that are wound around a longitudinal centre line in mutually opposite directions and that are braided with each other; wherein each fiber (2, 3) makes an angle α of about 25°-45°, preferably about 30°-40°, with the longitudinal centre line; wherein each fiber (2,3) comprises a thermo-formable material; and wherein all fibers with a first winding direction comprise at least one heating wire (9; 29), or wherein the fibers with a first winding direction always alternatingly comprise at least one heating wire (9; 29) and are free of heating wires.
A process for preparing an extruded plant-based food product, the process comprising the steps of: a) feeding an extruder barrel with a composition comprising 40-70wt% water and 15-35wt% plant protein; b) extruding the composition from step a) in extruder barrels above the denaturation temperature of the plant protein; c) pushing the composition from step b) after the last extruder barrel through a constriction; d) cooling the composition from step c) through a cooling die; e) injecting an aqueous solution into the extruded composition from step d) with a needle injector; wherein the constriction reduces a cross-sectional area D constr compared to a cross-sectional area before the constriction D before between 30 to 90% and wherein a cross-sectional area after the constriction D after is increased again. a) feeding an extruder barrel with a composition comprising 40-70wt% water and 15-35wt% plant protein; b) extruding the composition from step a) in extruder barrels above the denaturation temperature of the plant protein; c) pushing the composition from step b) after the last extruder barrel through a constriction; d) cooling the composition from step c) through a cooling die; e) injecting an aqueous solution into the extruded composition from step d) with a needle injector;
Electronic module for a smart card, comprising a substrate having on a first face a terminal block of electrical contacts (C¡) standardised according to ISO 7816 standard allowing operation by contact with the corresponding contacts of a smart card reader and connection wells (50, 51, 52, 53, 54) positioned opposite said standardised contacts, said substrate comprising on a second face an antenna of the electronic module and a microelectronic chip protected by an encapsulation zone and provided with a contact communication interface and a contactless communication interface provided with two terminals ( LA, LB) designed to be connected to the two ends (55, 56) of the antenna and arranged inside the encapsulation zone, characterised in that the antenna of the module comprises two separate windings (10a, 10b) of turns extending between its two ends (55, 56), these two windings (10a, 10b) being configured so that a first winding of turns starts from a first end, wraps around first connection wells (50, 51) and joins the second winding of turns which wraps around second connection wells (52, 53, 54) and extends to the second end of the antenna.
A light emitting device, comprising: a substrate including a reflective region disposed at a top surface of the substrate, wherein the reflective region comprises at least one reflective layer; a light emitting diode having a periphery defined by edges; and a die attach covering a portion of the top surface of the substrate, the die attach attaching the light emitting diode to the top surface of the substrate, wherein the die attach comprises a reflective material, and wherein the die attach extends beyond the periphery of the light emitting diode to cover an area of the top surface of the substrate that is outside the periphery of the light emitting diode, wherein the die attach covers a pre-determined area on the top surface of the substrate and the pre-determined area covers an area underneath the light emitting diode and between edges of the light emitting diode and an isothermal line, when the light emitting diode emits light, wherein the isothermal line is the line where the temperature increase relative to a reference temperature is 1/e of the temperature increase at the edge of the light emitting diode. a substrate including a reflective region disposed at a top surface of the substrate, wherein the reflective region comprises at least one reflective layer; a light emitting diode having a periphery defined by edges; and a die attach covering a portion of the top surface of the substrate, the die attach attaching the light emitting diode to the top surface of the substrate, wherein the die attach comprises a reflective material, and wherein the die attach extends beyond the periphery of the light emitting diode to cover an area of the top surface of the substrate that is outside the periphery of the light emitting diode, wherein the die attach covers a pre-determined area on the top surface of the substrate and the pre-determined area covers an area underneath the light emitting diode and between edges of the light emitting diode and an isothermal line, when the light emitting diode emits light, wherein the isothermal line is the line where the temperature increase relative to a reference temperature is 1/e of the temperature increase at the edge of the light emitting diode.
Liftable carrying device for loading freight onto a railway vehicle using a lifting device, with: - a carrying frame, which has at least two side members, which are connected to each other and have a vertical extent at least in sections, wherein the carrying frame has a traversable support, extending with a length (L A) along the at least two side members and running between them, for the freight and wherein the at least two side members each have at least two gripping edges for the lifting device - contact areas for positioning the carrying device directly on a terminal floor characterized in that the in each case at least two gripping edges for the lifting device are arranged detachably on the respective side member of the at least two side members, wherein the gripping edges for the lifting device are pivotable in each case between at least one use position, in which the grippers of a lifting device can engage the gripping edges for a lifting process, and at least one storage position, in which the grippers of a lifting device are allowed to reach freight deposited on the carrying device, wherein the gripping edges are formed on brackets, which are pivotable about horizontal swivel axes, wherein the brackets are mounted swivellably on both sides of the side member of the carrying device with detachable locking devices (22, 25), or the gripping edges are formed on brackets, which are pivotable about vertical swivel axes. - a carrying frame, which has at least two side members, which are connected to each other and have a vertical extent at least in sections, wherein the carrying frame has a traversable support, extending with a length (L A) along the at least two side members and running between them, for the freight and wherein the at least two side members each have at least two gripping edges for the lifting device - contact areas for positioning the carrying device directly on a terminal floor characterized in that the in each case at least two gripping edges for the lifting device are arranged detachably on the respective side member of the at least two side members, wherein the gripping edges for the lifting device are pivotable in each case between at least one use position, in which the grippers of a lifting device can engage the gripping edges for a lifting process, and at least one storage position, in which the grippers of a lifting device are allowed to reach freight deposited on the carrying device, wherein the gripping edges are formed on brackets, which are pivotable about horizontal swivel axes, wherein the brackets are mounted swivellably on both sides of the side member of the carrying device with detachable locking devices (22, 25), or the gripping edges are formed on brackets, which are pivotable about vertical swivel axes.
An antibody or an antigen-binding fragment specifically binding to glycoprotein gB of human cytomegalovirus and capable of neutralizing the bioactivity thereof, where (i) the amino acid sequences of CDR 1, CDR2 and CDR3 of the variable region of the heavy chain includes: (a) the amino acid sequence of SEQ ID NO:13; (b) the amino acid sequence of SEQ ID NO:14; and (c) the amino acid sequence of SEQ ID NO:15, respectively, and (ii) the amino acid sequences of CDR1, CDR2 and CDR3 of the variable region of the light chain includes: (a) the amino acid sequence of SEQ ID NO:16; (b) the amino acid sequence of SEQ ID NO:17; and (c) the amino acid sequence of SEQ ID NO:18, respectively. (i) the amino acid sequences of CDR 1, CDR2 and CDR3 of the variable region of the heavy chain includes: (a) the amino acid sequence of SEQ ID NO:13; (b) the amino acid sequence of SEQ ID NO:14; and (c) the amino acid sequence of SEQ ID NO:15, respectively, and (a) the amino acid sequence of SEQ ID NO:13; (b) the amino acid sequence of SEQ ID NO:14; and (c) the amino acid sequence of SEQ ID NO:15, respectively, and (ii) the amino acid sequences of CDR1, CDR2 and CDR3 of the variable region of the light chain includes: (a) the amino acid sequence of SEQ ID NO:16; (b) the amino acid sequence of SEQ ID NO:17; and (c) the amino acid sequence of SEQ ID NO:18, respectively. (a) the amino acid sequence of SEQ ID NO:16; (b) the amino acid sequence of SEQ ID NO:17; and (c) the amino acid sequence of SEQ ID NO:18, respectively.
A method for producing a bitstream for configuring an FPGA, the underlying model comprising at least two component, a separate building being performed for each component, the build jobs automatically being started after a triggering event, each component being associated with a separate partition on the FPGA, each build comprising the steps of synthesizing, placing, and routing, characterized in that the completed built components are automatically versioned, wherein an overall status is built automatically as soon as all components of the model are present in a built form, wherein the completed built overall statuses are versioned automatically, wherein it is automatically determined whether the current status of a component corresponding to a previously versioned status, wherein the determining takes place by direct model/source code comparison to all versioned statuses of the component, or by comparing a hash value of the component, wherein irrelevant parts are ignored for direct comparing or for creating the hash value, wherein if a versioned status of the component is present, the versioned status of the component is used.
Compression group comprising at least one volumetric compressor for the compression of air drawn from the outside environment, a system for drying the compressed air operatively associated with said at least one volumetric compressor, said compression group comprising a tank for storing the compressed air being delivered from said at least one volumetric compressor, wherein said drying system comprises a group for cooling said compressed air positioned downstream of and in fluid communication with said tank, and a dryer downstream of and in communication with said cooling group, said dryer being configured for reducing the moisture content present in the compressed air dispensable by said compression group, said compression group being characterized in that it comprises a further solenoid valve upstream of said dryer, adapted to selectively intercept the flow of compressed air exiting from said tank, and a differential pressure switch, or different types of instruments adapted to detect the passage of the work fluid, adapted to drive the switching of said further solenoid valve, wherein said differential pressure switch is placed in fluid communication with two different sections of the delivery line of the work fluid exiting from said tank in order to detect a difference of the pressure value between a first section downstream and a second section upstream with respect to said dryer.
A hairbrush comprising a handle and a brush head, which comprises a plurality of bristles projecting from an upper surface thereof; the brush head comprising a base in communication with said handle and an orifice plate detachably mounted on said base and having a plurality of holes; wherein the bristles pass through the holes of the orifice plate; wherein the bristles are attached to a bristle pad received between the base and the orifice plate; wherein the base is formed in two parts and comprises a first frame, which is connected to the handle and forms at least the lower part of the receiving recess, and a second frame, which is placed on the first frame and forms at least the upper stop for the bristle pad; wherein the orifice plate is detachably mounted to the upper frame of the base, such that the orifice plate can be completely removed from the base; wherein the bristle pad is rigid and the bristles are arranged on the bristle pad so as to be parallel to each other; and wherein the base has a receiving recess, in which the bristle pad is received and biased against an upper stop by an elastic element, characterized in that the elastic element is a cushion, which is arranged below the bristle pad in the receiving recess. the brush head comprising a base in communication with said handle and an orifice plate detachably mounted on said base and having a plurality of holes; wherein the bristles pass through the holes of the orifice plate; wherein the bristles are attached to a bristle pad received between the base and the orifice plate; wherein the base is formed in two parts and comprises a first frame, which is connected to the handle and forms at least the lower part of the receiving recess, and a second frame, which is placed on the first frame and forms at least the upper stop for the bristle pad; wherein the orifice plate is detachably mounted to the upper frame of the base, such that the orifice plate can be completely removed from the base; wherein the bristle pad is rigid and the bristles are arranged on the bristle pad so as to be parallel to each other; and wherein the base has a receiving recess, in which the bristle pad is received and biased against an upper stop by an elastic element,
A pointing method of an active antenna, the antenna including a plurality of radiating sources (11A,...,22N) arranged on a base and defining an optimal antenna gain, and pointing means (31, 32) able to modify the position of the optimal antenna gain mechanically by pivoting the base and electronically by commanding a phase shift of the radiating sources (22A,...,22N); the method comprising an angle error measurement phase including a step for scanning different positions of the optimal antenna gain and a step for measuring the quality of signals received in these different positions; the method being characterized in that the step for scanning different positions of the optimal antenna gain is carried out by the pointing means (31, 32) by mechanically pivoting the position of the optimal antenna gain around a main mechanical axis with a speed following a sine curve and electronically modifying the position of the optimal antenna gain from one side toward the other of a separating plane perpendicular to the main mechanical axis. the method comprising an angle error measurement phase including a step for scanning different positions of the optimal antenna gain and a step for measuring the quality of signals received in these different positions; the method being characterized in that the step for scanning different positions of the optimal antenna gain is carried out by the pointing means (31, 32) by mechanically pivoting the position of the optimal antenna gain around a main mechanical axis with a speed following a sine curve and electronically modifying the position of the optimal antenna gain from one side toward the other of a separating plane perpendicular to the main mechanical axis.
A screw compressor system, which has the following: a screw compressor block, a suction control valve, optionally with an air filter apparatus, an oil separation tank, an oil circulation system with an oil temperature controller, an oil filter and connections for a cooler, a fine separator with an oil return apparatus, and a minimum pressure-maintaining valve with a clean air outlet, wherein, in the screw compressor system, the screw compressor block, the oil separation tank, the oil supply duct for the oil temperature controller and the air intake duct are combined in a base housing as base module with lid; the fine separator, the oil return, the minimum pressure-maintaining valve with the clean air outlet, the oil temperature controller, the oil filter and the connections for the cooler are combined in a further module component in the form of a multifunction block, wherein different multifunction blocks which comprise different components according to size and number can be connected to the base housing, and the screw compressor block is arranged above an oil level in the base housing, characterised in that the multifunction block is arranged on an operator side of the base housing of the screw compressor system, the base housing has a drive side lying approximately at right angles to the operator side, an oil fill fitting is arranged on the corner between the operator side and the drive side, via the vertical position of which fitting the oil level is determined, the compressed air-oil mixture is routed through an outlet tube in a front corner above the oil level of the base housing, repeatedly deflected by ribs and baffle plates and then through the outlet opening which is located diagonally on the other upper corner of the base housing and into the air intake duct for fine separation.