mhurhangee/ep-ind-claims huggingface dataset:
Endoscope coupler for a camera, having a proximal end of the endoscope coupler for arranging on the camera, having a camera fixation mechanism (12a, 12b) for attaching the endoscope coupler to the camera and having an endoscope head retention region which at least partially holds an endoscope head when an endoscope is coupled to the camera, wherein the endoscope head retention region is accessible for the endoscope head from the direction of a distal end of the endoscope coupler via an inlet, and having an endoscope fixation mechanism for attaching the endoscope to the endoscope coupler, wherein the endoscope fixation mechanism comprises at least one moveably mounted block (15, 16, 17) which is loaded with a spring tension such that at least one region (115, 116, 117) of the block (15, 16, 17) is pressed into the inlet, and blocks the inlet, wherein at least the region (115, 116, 117) of the block (15, 16, 17) which extends into the inlet is formed such that its distal section is tapered in the direction of the distal end of the endoscope coupler such that a pressure applied to the distal section of the region (115, 116, 117) of the block (15, 16, 17) which extends into the inlet in the direction of the proximal end of the endoscope coupler generates a force which counteracts the spring tension and wherein the endoscope coupler comprises a release mechanism which, when actuated, moves the regions (115, 116, 117) of the block (15, 16, 17) which extend into the inlet out of the inlet or renders them moveable out of the inlet, characterized in that the release mechanism is constructed such that, when actuated, it reduces the spring tension load of the block (15, 16, 17).
A non-pneumatic tire defining axial, radial, and circumferential directions, the non-pneumatic tire comprising an annular shear band wherein the non-pneumatic tire further comprises a tread portion positioned radially outward of the annular shear band, and a plurality of tension transmitting elements extending radially inward from the annular shear band, characterized in that the annular shear band comprises an annular shear layer constructed from at least one elastomeric material, said annular shear layer having a width along the axial direction and having a thickness along the radial direction; and a plurality of discrete, annular reinforcing elements positioned along a plurality of axially-oriented rows (260, 265, 270, 290, 295, 300, 305, 310) throughout said annular shear layer, said reinforcing elements separated from one another by a predetermined distance, each reinforcing element having a center point, wherein said reinforcing elements are interlaced along the axial or radial direction of the shear band such that the center points of reinforcing elements of adjacent, axially-oriented rows are arranged to form a rhombus (251, 254) having non-orthogonal angles between sides of the rhombus (251, 254).
A method comprising: receiving by a processing device coupled to a second network device data associated with one or more devices coupled to a first network (150,250), wherein the device data comprises data of one or more active devices (120-124, 152-156, 252-264, 280-284) coupled to the first network (150,250); receiving network traffic data associated with the first network at a device coupled to the second network receiving by the processing device the network traffic data from the device coupled to the second network; determining by the processing device (102, 202, 502, 602), based on the network traffic data associated with the first network (150,250), one or more devices (120-124, 152-156, 252-264, 280-284) that were coupled to the first network, wherein the determining based on the network traffic data includes determining one or more non-active devices associated with the first network by comparing the device data with the network traffic data; and causing an action to be taken based on the determination of the one or more non-active devices, the action comprising restricting network access of a non-active device. receiving by a processing device coupled to a second network device data associated with one or more devices coupled to a first network (150,250), wherein the device data comprises data of one or more active devices (120-124, 152-156, 252-264, 280-284) coupled to the first network (150,250); receiving network traffic data associated with the first network at a device coupled to the second network receiving by the processing device the network traffic data from the device coupled to the second network; determining by the processing device (102, 202, 502, 602), based on the network traffic data associated with the first network (150,250), one or more devices (120-124, 152-156, 252-264, 280-284) that were coupled to the first network, wherein the determining based on the network traffic data includes determining one or more non-active devices associated with the first network by comparing the device data with the network traffic data; and causing an action to be taken based on the determination of the one or more non-active devices, the action comprising restricting network access of a non-active device.
A composite comprising a porous graphene oxide material and ammonia borane wherein the porous graphene oxide material has a density of 1-100 mg/cm 3.
A magnetic resonance imaging system with a connection lead or transmission line which is especially provided for connecting at least one electrical accessory device or auxiliary equipment (6; 10, 11) to a connection unit, and which is configured to be guided through an RF field of the magnetic resonance imaging system, wherein the connection lead or transmission line comprises at least two lead segments (131, 132), which are coupled to one another via an inductive coupling element and capacitors, characterized in that between each of the lead segments (131, 132) and the inductive coupling element a matching network (151, 152) is coupled, which comprises at least one T-, L- and/or π-quadrupole, whereas each quadrupole comprises at least two impedance elements in the form of a capacitor and/or an inductivity and each matching network (151, 152) is configured to match the impedances between the lead segment (131, 132) and the coupling element.
Method for producing a receptacle, in particular a receptacle for a cosmetic product, method wherein a material is injected into a moulding cavity in a so-called injection step, the moulding cavity is expanded during the injection so as to increase the thickness of a wall of the receptacle in a so-called separation step, wherein said material is injected facing a core using an injection station and the core is separated from the injection station by way of a drive mechanism comprising a gearing during said separation step so as to increase the thickness of the receptacle located between the core and the injection station, said gearing comprising a gearwheel helicoidally connected to the core.
Roller testing device for a roller adapter of an overhead conveyor system, comprising - a drive unit for rotating at least one carrying roller of the roller adapter, - a sensor unit for detecting a measured value correlating with a wear state of a pivot bearing of the at least one carrying roller, wherein the sensor unit has a rotary sensor for detecting the measured value in the form of a rotary movement of the at least one carrying roller, - an evaluation unit for determining the state of wear on the basis of the rotational movement of the at least one carrying roller, and - a carrying unit for carrying the roller adapter in a capturing region of the sensor unit in such a manner that the at least one carrying roller is freely rotatable. - a drive unit for rotating at least one carrying roller of the roller adapter, - a sensor unit for detecting a measured value correlating with a wear state of a pivot bearing of the at least one carrying roller, wherein the sensor unit has a rotary sensor for detecting the measured value in the form of a rotary movement of the at least one carrying roller, - an evaluation unit for determining the state of wear on the basis of the rotational movement of the at least one carrying roller, and - a carrying unit for carrying the roller adapter in a capturing region of the sensor unit in such a manner that the at least one carrying roller is freely rotatable.
A method for wireless communications, comprising: obtaining, in a network that supports first and second radio access technologies, RATs, a neighbor list of base stations of a third RAT; and determining, based on one or more criteria, whether to transmit the neighbor list on the first RAT, the second RAT, or both the first and second RATs. obtaining, in a network that supports first and second radio access technologies, RATs, a neighbor list of base stations of a third RAT; and determining, based on one or more criteria, whether to transmit the neighbor list on the first RAT, the second RAT, or both the first and second RATs.
A method of imaging an object in a field of view of an optical code reading device, the optical code reading device having a color image sensor array, the method comprising: illuminating a field of view of the optical code reading device with artificial infrared light that is incident upon the object, thereby producing reflected infrared light, the reflected infrared light having wavelengths within an infrared wavelength band; sensing the reflected infrared light with a first set of sensor elements of the color image sensor array, the first set of sensor elements being sensitive to the infrared light and to visible light having wavelengths within a first visible wavelength band; sensing the reflected infrared light with a second set of sensor elements of the color image sensor array, the second set of sensor elements being sensitive to the infrared light and to visible light having wavelengths within a second visible wavelength band different from the first visible wavelength band; and producing image data from the first and second sets of sensor elements, the image data being derived from the infrared light sensed by the first and second sets of sensor elements and representing a high-resolution infrared image of the object. illuminating a field of view of the optical code reading device with artificial infrared light that is incident upon the object, thereby producing reflected infrared light, the reflected infrared light having wavelengths within an infrared wavelength band; sensing the reflected infrared light with a first set of sensor elements of the color image sensor array, the first set of sensor elements being sensitive to the infrared light and to visible light having wavelengths within a first visible wavelength band; sensing the reflected infrared light with a second set of sensor elements of the color image sensor array, the second set of sensor elements being sensitive to the infrared light and to visible light having wavelengths within a second visible wavelength band different from the first visible wavelength band; and producing image data from the first and second sets of sensor elements, the image data being derived from the infrared light sensed by the first and second sets of sensor elements and representing a high-resolution infrared image of the object.
A blister capsule (100; 200) for an aerosol-generating system, comprising: a blister shell (102; 202), wherein the depth of the blister shell (102; 202) is less than the diameter of the blister shell (102; 202); a tubular porous element (106; 208) disposed in the blister shell (102; 202); a volatile liquid sorbed on the tubular porous element (106; 208); and a film (104; 206) configured to seal the blister shell (102; 202), wherein, the film (104; 206) and the blister shell (102; 202) are frangible. a blister shell (102; 202), wherein the depth of the blister shell (102; 202) is less than the diameter of the blister shell (102; 202); a tubular porous element (106; 208) disposed in the blister shell (102; 202); a volatile liquid sorbed on the tubular porous element (106; 208); and a film (104; 206) configured to seal the blister shell (102; 202), wherein, the film (104; 206) and the blister shell (102; 202) are frangible.
A lighting-means operating device for operating a load, in particular at least of one lighting means, having - an inverter and - a supplying power factor correction circuit connected to the inverter and a control unit, wherein an electrical supply (Vin) of the lighting-means operating device is fed to the power factor correction circuit, and wherein the control unit is configured to control a switching element of the power factor correction circuit and to detect an electrical parameter (Vbus) as a first feedback variable generated by the power factor correction circuit and fed to the inverter; - wherein the control unit is configured, depending on the electrical parameter(Vbus) detected as first feedback variable to set a switched-on time period (tone) of the switching element of the power factor correction circuit; - wherein the control unit is configured, to determine the electrical supply (Vin) fed to the power factor correction circuit using the first feedback variable of the power factor correction circuit, characterized in that the control unit is further configured to detect a current (iHB) through a half bridge of the inverter as second feedback variable, and to determine the electrical supply (Vin) of the lighting-means operating device also in the case of changed load, for example, its amplitude and/or its frequency, from the detected current (iHB) through the inverter, the switched-on time period (tone) of the switching element of the power factor correction circuit and the electrical parameter (Vbus). - an inverter and - a supplying power factor correction circuit connected to the inverter and a control unit, wherein an electrical supply (Vin) of the lighting-means operating device is fed to the power factor correction circuit, and wherein the control unit is configured to control a switching element of the power factor correction circuit and to detect an electrical parameter (Vbus) as a first feedback variable generated by the power factor correction circuit and fed to the inverter; - wherein the control unit is configured, depending on the electrical parameter(Vbus) detected as first feedback variable to set a switched-on time period (tone) of the switching element of the power factor correction circuit; - wherein the control unit is configured, to determine the electrical supply (Vin) fed to the power factor correction circuit using the first feedback variable of the power factor correction circuit,
An elevator safety apparatus comprising: a housing that is supported by a car that is guided by a guide rail, and that is displaceable horizontally relative to the car; a bearing rail stopper that is disposed on the housing; a pivoting rail stopper that is disposed on the housing such that the guide rail is disposed between the pivoting rail stopper and the bearing rail stopper, and that can be pivoted vertically such that a distance to the bearing rail stopper is reduced by the vertical pivoting; the guide rail being gripped between the pivoting rail stopper and the bearing rail stopper by the pivoting rail stopper being pivoted in a direction that corresponds to a direction of movement of the car while contacting the guide rail, characterized in comprising a dispacement driving mechanism that displaces the housing relative to the car in a direction in which the pivoting rail stopper separates from and contacts with the guide rail. a housing that is supported by a car that is guided by a guide rail, and that is displaceable horizontally relative to the car; a bearing rail stopper that is disposed on the housing; a pivoting rail stopper that is disposed on the housing such that the guide rail is disposed between the pivoting rail stopper and the bearing rail stopper, and that can be pivoted vertically such that a distance to the bearing rail stopper is reduced by the vertical pivoting; the guide rail being gripped between the pivoting rail stopper and the bearing rail stopper by the pivoting rail stopper being pivoted in a direction that corresponds to a direction of movement of the car while contacting the guide rail, characterized in comprising a dispacement driving mechanism that displaces the housing relative to the car in a direction in which the pivoting rail stopper separates from and contacts with the guide rail.
An inkjet liquid composition comprising: an organic solvent; a polymerizable compound, which is an oligomer or a polymer; a photopolymerization initiator; a polyether-modified siloxane compound having a weight-average molecular weight of 3,000 or more; and a vinyl chloride-vinyl acetate copolymer, wherein a content of the organic solvent is 40% by mass or more and 90% by mass or less with respect to a total mass of the composition, wherein a content of the polyether-modified siloxane compound is 2% by mass or more and 15% by mass or less with respect to a total solid content of the composition, wherein the "solid content" in the composition excludes volatile components such as an organic solvent. an organic solvent; a polymerizable compound, which is an oligomer or a polymer; a photopolymerization initiator; a polyether-modified siloxane compound having a weight-average molecular weight of 3,000 or more; and a vinyl chloride-vinyl acetate copolymer, wherein a content of the organic solvent is 40% by mass or more and 90% by mass or less with respect to a total mass of the composition,
A plaster dispenser for removing plasters individually from a plaster pack, wherein the dispenser has an inner space for accommodating the plaster pack, wherein the dispenser consists of two walls being a front wall and a rear wall creating the inner space for the plaster pack. characterized in that the free edge of the rear wall has an inwardly protruding rear shoulder projecting into the inner space, wherein the free edge of the front wall has an inwardly protruding front shoulder projecting into the inner space, and wherein the rear shoulder is engageable with a first edge of the plaster pack and the front shoulder is engageable with a second edge of the plaster pack such that the plaster pack is securely held. wherein the dispenser has an inner space for accommodating the plaster pack, wherein the dispenser consists of two walls being a front wall and a rear wall creating the inner space for the plaster pack. characterized in that the free edge of the rear wall has an inwardly protruding rear shoulder projecting into the inner space, wherein the free edge of the front wall has an inwardly protruding front shoulder projecting into the inner space, and wherein the rear shoulder is engageable with a first edge of the plaster pack and the front shoulder is engageable with a second edge of the plaster pack such that the plaster pack is securely held.
Method for manufacturing a component assembly for a motor vehicle, the component assembly having a base body for an instrument panel of the motor vehicle, and at least one functional component, the at least one functional component having an airbag ejection channel or being designed as such, characterized in that the at least one functional component is injection-molded onto the base body during the manufacture of the component assembly and the component assembly is manufactured by using an external gas pressure method, external gas pressure being applied to a flat region of the base body around the at least one functional component during the manufacture of the component assembly. the at least one functional component is injection-molded onto the base body during the manufacture of the component assembly and the component assembly is manufactured by using an external gas pressure method, external gas pressure being applied to a flat region of the base body around the at least one functional component during the manufacture of the component assembly.
A fuel injection control device with which a fuel injection valve is controlled in an intermediate lift state, the fuel injection control device estimating a valve opening delay time (Ta') of the fuel injection valve on the basis of a plurality of valve closing delay times (Tb'), the plurality of valve closing delay times (Tb') being obtained when the fuel injection valve is operated with injection pulse widths (Ti) that are different injection pulse widths (Ti) from each other and with which the fuel injection valve is in the intermediate lift state, wherein the fuel injection control device estimates the valve opening delay time (Ta') from a linear relationship between each of the injection pulse widths (Ti) and a valve closing delay time (Tb') corresponding to each of the injection pulse widths (Ti), and wherein the fuel injection control device estimates an injection pulse width (Ti) of when the valve closing delay time (Tb') is 0 as the valve opening delay time, in a linear approximation equation obtained from the linear relationship between each of the injection pulse widths (Ti) and the valve closing delay time (Tb') corresponding to each of the injection pulse widths (Ti).
Method for managing the charging of a Li-ion battery as a function of at least one parameter chosen from the group comprising the ageing of the battery and the cell unbalance representing the difference between the state of charge of the cell exhibiting the highest charge and the state of charge of the cell exhibiting the lowest charge, comprising the following steps of: a) determining an end-of-charge voltage value of said battery, b) generating a control signal controlling the charging of said battery and of transmitting the control signal to a charger, the control signal being generated such that the battery is charged as a function of the end-of-charge voltage value determined in step a), said end-of-charge voltage value being increased as a function of the state of ageing of said Li-ion battery until a limit value is reached in order to ensure a constant minimum required energy level in said Li-ion battery, for a predetermined reference temperature. a) determining an end-of-charge voltage value of said battery, b) generating a control signal controlling the charging of said battery and of transmitting the control signal to a charger, the control signal being generated such that the battery is charged as a function of the end-of-charge voltage value determined in step a), said end-of-charge voltage value being increased as a function of the state of ageing of said Li-ion battery until a limit value is reached in order to ensure a constant minimum required energy level in said Li-ion battery, for a predetermined reference temperature.
A non-surgical method for removing air from a medical device prior to introduction into the body, comprising: providing a source of perfluorocarbon or degassed perfluorocarbon; flushing the medical device with a different gas to flush out air; and, flushing the medical device with perfluorocarbon or degassed perfluorocarbon from the source of perfluorocarbon or degassed perfluorocarbon to remove the gas from the medical device. providing a source of perfluorocarbon or degassed perfluorocarbon; flushing the medical device with a different gas to flush out air; and, flushing the medical device with perfluorocarbon or degassed perfluorocarbon from the source of perfluorocarbon or degassed perfluorocarbon to remove the gas from the medical device.