mhurhangee/ep-ind-claims huggingface dataset:
A method of identifying unwanted side effects in a radio reception system by means of an identification system, wherein the identification system is the radio reception system of which the unwanted side effects are to be identified, and wherein the method comprises the following steps: - Obtaining a signal scenario to be applied, wherein the signal scenario is obtained in a data format, - Providing a parametrized model of the radio reception system of which the unwanted side effects are to be identified, wherein the parametrized model comprises at least two system parameters of the radio reception system, and - Inputting data of the signal scenario in the data format into the parametrized model to determine at least the unwanted side effects of the radio reception system on the respective signal scenario applied, and wherein the at least two system parameters are sensed and inputted into the parametrized model since the identification system is the radio reception system of which the unwanted side effects are to be identified. - Obtaining a signal scenario to be applied, wherein the signal scenario is obtained in a data format, - Providing a parametrized model of the radio reception system of which the unwanted side effects are to be identified, wherein the parametrized model comprises at least two system parameters of the radio reception system, and - Inputting data of the signal scenario in the data format into the parametrized model to determine at least the unwanted side effects of the radio reception system on the respective signal scenario applied, and
Method for generating gestures for operating a machine by means of a computer, wherein an input medium includes a limited-area input field, is touch-sensitive, and converts a user's motion inputs into input signals, wherein an application interprets the user's touch-sensitive motion inputs as both relative operating coordinates and absolute operating coordinates in two separate input channels, wherein the application receives the relative operating coordinates via the first input channel and determines the absolute operating coordinates on the input medium on the basis of the border of the limited-area input field being crossed in that the application realizes that a relative motion at a specific location at a border of the limited-area input field crosses the said border, and, based on the said specific location, obtains the absolute operating coordinates via the second input channel, combines and evaluates the coordinates of both input channels to interpret the input signals of the input medium, and uses them to generate gestures for operating the machine, wherein the gestures generated by the application are forwarded to a software application for implementing the recognized gestures and displaying them on a display, characterized in that a filter mechanism blocks the coordinates in the form of the relative and absolute operating coordinates from a software protocol used by the application in the two separate input channels themselves so that only the generated gestures are forwarded to the software application to be displayed on the display.
A lighting apparatus (10, 80) comprising: a surface-emitting light source having a planar light emitting surface having a top edge used to form the cutoff lines of a light distribution pattern; and a reflector configured to reflect light from the light source to form the light distribution pattern (PL, PA) having, a vanishing point, the cutoff lines having a first cutoff line and a second cutoff line, the first cutoff line and the second cutoff line forming an angle with each other, characterized in that the reflector comprises a first group of segments (A1-A3) configured to form the first cutoff line by superimposing first reflection images (PA1-PA3) of the top edge of the light emitting surface and a second group of segments (A4-A6) configured to form the second cutoff line by superimposing second reflection images (PA4-PA6) of the same top edge of the light emitting surface, wherein the first group of segments (A1-A3) forms a light distribution pattern such that illuminance gradually increases toward the vanishing point on a vertical line (V-V), and wherein the second group of segments (A4-A6) forms a light distribution pattern such that illuminance gradually increases toward the vanishing point. a surface-emitting light source having a planar light emitting surface having a top edge used to form the cutoff lines of a light distribution pattern; and a reflector configured to reflect light from the light source to form the light distribution pattern (PL, PA) having, a vanishing point, the cutoff lines having a first cutoff line and a second cutoff line, the first cutoff line and the second cutoff line forming an angle with each other, characterized in that the reflector comprises a first group of segments (A1-A3) configured to form the first cutoff line by superimposing first reflection images (PA1-PA3) of the top edge of the light emitting surface and a second group of segments (A4-A6) configured to form the second cutoff line by superimposing second reflection images (PA4-PA6) of the same top edge of the light emitting surface, wherein the first group of segments (A1-A3) forms a light distribution pattern such that illuminance gradually increases toward the vanishing point on a vertical line (V-V), and wherein the second group of segments (A4-A6) forms a light distribution pattern such that illuminance gradually increases toward the vanishing point.
A lung volume reduction elastic implant, wherein the implant is tubular, at least opens at its proximal end, and comprises a hollow tubular elastic deformation section, a flexible guide section connected with the distal end of the elastic deformation section and a protuberance connected with the proximal end of the elastic deformation section, and the elastic deformation section has a shape memory characteristic and has a plurality of grooves formed in a spacing manner along a lengthwise direction of the elastic deformation section and each groove is communicated with a lumen of the elastic deformation section and wherein, under the action of a same external force, the flexible guide section deforms more easily than the elastic deformation section whereby under the action of the same external force, the flexible guide section deforms more easily in an increasing manner from the proximal end to the distal end, a connection section is located between the elastic deformation section and the protuberance, and wherein under action of a same external force, the connection section deforms more easily than the elastic deformation section, and wherein the outer diameter of the protuberance is larger than that of a portion of the elastic implant, which is close to the protuberance in a delivery state. whereby under the action of the same external force, the flexible guide section deforms more easily in an increasing manner from the proximal end to the distal end, a connection section is located between the elastic deformation section and the protuberance, and wherein under action of a same external force, the connection section deforms more easily than the elastic deformation section, and wherein the outer diameter of the protuberance is larger than that of a portion of the elastic implant, which is close to the protuberance in a delivery state.
A method for initiating a terminal operation, comprising: a Device Management, DM, server encapsulating firmware update information for initiating a terminal to carry out a Firmware over the Air, FOTA, operation; the DM server sending a Push message to a DM client of the terminal and carrying the firmware update information in the Push message; and the DM client of the terminal carrying out the FOTA operation by using the firmware update information carried in the Push message; characterized in that the step of the DM server encapsulating the firmware update information for initiating the terminal to carry out the FOTA operation comprises: the DM server encapsulating the firmware update information comprising a Firmware Update Management Object, FUMO, standard node and a FUMO extension node, wherein the FUMO standard node and the FUMO extension node are used for initiating the terminal to carry out the FOTA operation; wherein the FUMO extension node comprises: a node value for indicating an original version of firmware update; and a node value for indicating an upgrade version of firmware update. a Device Management, DM, server encapsulating firmware update information for initiating a terminal to carry out a Firmware over the Air, FOTA, operation; the DM server sending a Push message to a DM client of the terminal and carrying the firmware update information in the Push message; and the DM client of the terminal carrying out the FOTA operation by using the firmware update information carried in the Push message; characterized in that the step of the DM server encapsulating the firmware update information for initiating the terminal to carry out the FOTA operation comprises: the DM server encapsulating the firmware update information comprising a Firmware Update Management Object, FUMO, standard node and a FUMO extension node, wherein the FUMO standard node and the FUMO extension node are used for initiating the terminal to carry out the FOTA operation; wherein the FUMO extension node comprises: a node value for indicating an original version of firmware update; and a node value for indicating an upgrade version of firmware update. the DM server encapsulating the firmware update information comprising a Firmware Update Management Object, FUMO, standard node and a FUMO extension node, wherein the FUMO standard node and the FUMO extension node are used for initiating the terminal to carry out the FOTA operation; wherein the FUMO extension node comprises: a node value for indicating an original version of firmware update; and a node value for indicating an upgrade version of firmware update.
An apparatus, comprising: a detection indicator configured to change from a first visual indication to a second visual indication upon contact with a fluid based on a characteristic of the fluid; a housing with an interior chamber configured to receive the fluid and to provide contact between the fluid and the detection indicator; wherein the housing is configured to removably engage a lumen inserted into a patient to receive the fluid from the patient through the lumen, wherein the housing comprises at least one detection opening to the interior chamber; wherein the detection indicator is configured to abut the at least one detection opening to provide the contact between the fluid and the detection indicator; and characterized in that the housing comprises a sealing member configured to secure the detection indicator to the at least one detection opening to provide a seal preventing leakage of the fluid to an exterior of the housing. a detection indicator configured to change from a first visual indication to a second visual indication upon contact with a fluid based on a characteristic of the fluid; a housing with an interior chamber configured to receive the fluid and to provide contact between the fluid and the detection indicator; wherein the housing is configured to removably engage a lumen inserted into a patient to receive the fluid from the patient through the lumen, wherein the housing comprises at least one detection opening to the interior chamber; wherein the detection indicator is configured to abut the at least one detection opening to provide the contact between the fluid and the detection indicator; and characterized in that the housing comprises a sealing member configured to secure the detection indicator to the at least one detection opening to provide a seal preventing leakage of the fluid to an exterior of the housing.
An array substrate, comprising: a base substrate; a plurality of gate lines and a plurality of data lines formed on the base substrate, the plurality of gate lines and the plurality of data lines intersecting with each other to define a plurality of sub-pixels, each of the sub-pixels including a thin film transistor and a pixel electrode, and the plurality of sub-pixels including a first sub-pixel; a passivation layer formed on the base substrate and covering the gate lines, the data lines and the thin film transistors, a via hole being provided in the passivation layer and the pixel electrode being formed on the passivation layer and connected with a drain electrode or a source electrode of the thin film transistor through the via hole in each of the sub-pixels; and a first spacer, provided in the via hole of the first sub-pixel, wherein, the plurality of sub-pixels further include a second sub-pixel; and the array substrate further comprises a second spacer provided in the via hole of the second sub-pixel; each of the sub-pixels further includes a common electrode and an inter-electrode insulation layer provided between the common electrode and the pixel electrode; characterized in that the inter-electrode insulation layer has a portion provided on the first spacer but does not have a portion provided on the second spacer, and/or the common electrode has a portion provided on the first spacer but does not have a portion provided on the second spacer. a base substrate; a plurality of gate lines and a plurality of data lines formed on the base substrate, the plurality of gate lines and the plurality of data lines intersecting with each other to define a plurality of sub-pixels, each of the sub-pixels including a thin film transistor and a pixel electrode, and the plurality of sub-pixels including a first sub-pixel; a passivation layer formed on the base substrate and covering the gate lines, the data lines and the thin film transistors, a via hole being provided in the passivation layer and the pixel electrode being formed on the passivation layer and connected with a drain electrode or a source electrode of the thin film transistor through the via hole in each of the sub-pixels; and a first spacer, provided in the via hole of the first sub-pixel, wherein, the plurality of sub-pixels further include a second sub-pixel; and the array substrate further comprises a second spacer provided in the via hole of the second sub-pixel; each of the sub-pixels further includes a common electrode and an inter-electrode insulation layer provided between the common electrode and the pixel electrode; characterized in that the inter-electrode insulation layer has a portion provided on the first spacer but does not have a portion provided on the second spacer, and/or the common electrode has a portion provided on the first spacer but does not have a portion provided on the second spacer.
A blowing device for blowing gas through a gas-permeable tubular-shaped packaging material, said blowing device comprises - at least one gas nozzle, adapted to blow gas from an outside of said tubular-shaped packaging material through said tubular-shaped packaging material, and - a guiding member, wherein said guiding member comprises a web passage having a surface adapted to face said tubular-shaped packaging material, such that said web passage surrounds or substantially surrounds said tubular-shaped packaging material, characterized in that said gas nozzle is adapted to surround or substantially surround said tubular-shaped packaging material. - at least one gas nozzle, adapted to blow gas from an outside of said tubular-shaped packaging material through said tubular-shaped packaging material, and - a guiding member,
A non-enzymatic wound debriding agent, comprising: a denaturant; a gentle detergent with a critical micelle concentration of > 19mM; and optionally further comprising an optimized buffer. a denaturant; a gentle detergent with a critical micelle concentration of > 19mM; and optionally further comprising an optimized buffer.
A method of a terminal in a wireless communication system, the method comprising: receiving, from a primary cell, a signal by using a first RF chain; receiving, from a secondary cell, a signal by using at least one of a plurality of RF chains different from the first RF chain; receiving, from the primary cell, a message for a handover including an indicator indicating whether a plurality of RF chains can be used for the handover; wherein in case that the indicator indicates that a plurality of RF chains can be used for handover the method further comprises: deactivating the secondary cell; identifying a second RF chain supporting a frequency of a target cell among the plurality of RF chains; performing a synchronization with the target cell by using the second RF chain while transmitting and receiving a signal to and from the primary cell by using the first RF chain; receiving, from the target cell, a signal by using the second RF chain after performing the synchronization. receiving, from a primary cell, a signal by using a first RF chain; receiving, from a secondary cell, a signal by using at least one of a plurality of RF chains different from the first RF chain; receiving, from the primary cell, a message for a handover including an indicator indicating whether a plurality of RF chains can be used for the handover; wherein in case that the indicator indicates that a plurality of RF chains can be used for handover the method further comprises: deactivating the secondary cell; identifying a second RF chain supporting a frequency of a target cell among the plurality of RF chains; performing a synchronization with the target cell by using the second RF chain while transmitting and receiving a signal to and from the primary cell by using the first RF chain; receiving, from the target cell, a signal by using the second RF chain after performing the synchronization.
A composite separator comprising: a porous substrate; and a coating layer formed on the porous substrate, the coating layer containing inorganic particles and a core-shell organic particle binder including a core layer and a shell layer surrounding the core layer, wherein in the coating layer, the amount of the core-shell organic particle binder is increased in the direction of the surface layer which is the opposite side of the bottom surface of the coating layer which is in contact with the porous substrate, wherein the core layer has a glass transition temperature of 50 to 80°C and the shell layer has a glass transition temperature of 0 to 30°C, and wherein the core layer and the shell layer consist of an acrylic polymer polymerized from monomers comprising butyl acrylate. a porous substrate; and a coating layer formed on the porous substrate, the coating layer containing inorganic particles and a core-shell organic particle binder including a core layer and a shell layer surrounding the core layer, wherein in the coating layer, the amount of the core-shell organic particle binder is increased in the direction of the surface layer which is the opposite side of the bottom surface of the coating layer which is in contact with the porous substrate, wherein the core layer has a glass transition temperature of 50 to 80°C and the shell layer has a glass transition temperature of 0 to 30°C, and wherein the core layer and the shell layer consist of an acrylic polymer polymerized from monomers comprising butyl acrylate.
Glazing comprising a transparent substrate provided with a stack of thin layers comprising an alternating arrangement of n infrared radiation reflecting functional layers and n+1 dielectric coatings, with n > 1, such that each functional layer is surrounded by dielectric coatings, and a barrier layer directly superposed on the last functional layer furthest away from the substrate characterised in that: (i) the first dielectric coating closest to the substrate comprises a layer made from an oxide, in direct contact with the substrate, (ii) the internal dielectric coating or coatings surrounded by two functional layers comprise a layer made from a silicon nitride or a silicon oxide with a thickness greater than 5 nm surrounded on both sides by layers made from an oxide other than silicon oxide with thicknesses greater than 5 nm, (iii) the barrier layer is based on zinc oxide or consists of an indium oxide possibly doped with tin, and (iv) the last dielectric coating furthest away from the substrate comprises, in order starting from the substrate: a layer made from an oxide other than silicon oxide with a thickness greater than 3 nm and a layer made from a silicon nitride or a silicon oxide with a thickness greater than 10 nm. (i) the first dielectric coating closest to the substrate comprises a layer made from an oxide, in direct contact with the substrate, (ii) the internal dielectric coating or coatings surrounded by two functional layers comprise a layer made from a silicon nitride or a silicon oxide with a thickness greater than 5 nm surrounded on both sides by layers made from an oxide other than silicon oxide with thicknesses greater than 5 nm, (iii) the barrier layer is based on zinc oxide or consists of an indium oxide possibly doped with tin, and (iv) the last dielectric coating furthest away from the substrate comprises, in order starting from the substrate: a layer made from an oxide other than silicon oxide with a thickness greater than 3 nm and a layer made from a silicon nitride or a silicon oxide with a thickness greater than 10 nm.
A bellows energized seal assembly for a rotary control valve, the bellows energized seal assembly comprising: a seal body; a main seal axially slidable within the seal body; and a bellows connected to the seal body and to the main seal, in use the bellows both biasing the main seal towards a ball element, and providing a seal between the seal body and the main seal; characterized in that the seal body includes an outer body portion that extends substantially parallel to a longitudinal axis of the bellows energized seal assembly, the main seal includes an outer seal portion that extends substantially parallel to the longitudinal axis of the bellows energized seal assembly, and the outer seal portion is disposed between the bellows and the outer body portion. a seal body; a main seal axially slidable within the seal body; and a bellows connected to the seal body and to the main seal, in use the bellows both biasing the main seal towards a ball element, and providing a seal between the seal body and the main seal; characterized in that the seal body includes an outer body portion that extends substantially parallel to a longitudinal axis of the bellows energized seal assembly, the main seal includes an outer seal portion that extends substantially parallel to the longitudinal axis of the bellows energized seal assembly, and the outer seal portion is disposed between the bellows and the outer body portion.
A through-flow freezer for further cooling down an already frozen ice cream mass, comprising a scraping conveyor screw having a plurality of screw flights each extending in a helical path about a longitudinal axis, at least two screw flights extend from an inlet end part of the conveyor screw characterised in that the outer edges of the two screw flights extend in different radial distance from the longitudinal axis.