mhurhangee/ep-ind-claims huggingface dataset:
A sensor for determining the gas content of a two-phase fluid flowing in a flow line, the sensor comprising a sleeve configured to be arranged in the flow line, in the stream of fluid, the sensor being characterized in that: the sleeve of the sensor comprises a plurality of measurement electrodes spaced apart from and in register with one another so that in pairs they define a plurality of subdivision spaces (A-D) subdividing the flow section of said sleeve; the sensor also comprises switch and measurement members that are coupled to the measurement electrodes in such a manner as to cause each subdivision space (A-D) of the sleeve to switch between a measuring state in which said members apply an excitation electrical signal between the two adjacent measurement electrodes defining a subdivision space under consideration and measure a value representative of the reception electrical signal resulting from applying said excitation electrical signal in order to determine the gas content of the fluid that is associated with said representative value, and a non-measuring state; and the switch and measurement members are configured to selectively switch the state of each of the subdivision spaces (A-D) independently of one another.
An instance of a network function (202, 1104, 1204, 1301) of a 5G communication system core network configured to perform one or more transactions (1101, 1201, 1304) with an instance of an other network function (201, 1105, 1205, 1302) of the communication system core network related to a context of a radio communication terminal device and to a request/response exchange (1106, 1107, 1206, 1207) between the instance of the network function (202, 1104, 1204, 1301) and the instance of the other network function (201, 1105, 1205, 1302); wherein one of the one or more transactions (1101, 1201, 1304) comprises one of a stickiness indication and a non-stickiness indication, wherein the stickiness indication is an identification of the instance of the network function (202, 1104, 1204, 1301) as address of the network function, indicating to the instance of the other network function (201, 1105, 1205, 1302) that the instance of the network function (202, 1104, 1204, 1301) must be contacted to perform one or more future transactions related to the context of the radio communication terminal device, and the non-stickiness indication is an identification of a group of instances of the network function (1102, 1202) as address of the network function, indicating to the instance of the other network function (201, 1105, 1205, 1302) that any instance from the group of instances of the network function (1102, 1202) is to be contacted to perform the one or more future transactions.
A rollator, - with a wheel pair at the front in the direction of travel and a wheel pair at the rear in the direction of travel, - with a frame comprising rearwardly directed struts, wherein each strut holds a rear wheel of the rear wheel pair, - with a trailing platform, which is fastened to the rollator, comprises at least one wheel and provides a standing surface for a person using the rollator, - with an electromotive drive, by means of which the rollator can move forwards at least in the direction of travel, - the trailing platform with its standing surface being arranged between the wheels of the rear wheel pair, - the rollator being provided with a coupling means, by means of which the platform is arranged on the rollator in such a way as to bear tensile and thrust loads, characterised in that - the coupling means has a thrust absorbing member for connecting a vertical strut, in which thrust absorbing member the vertical strut is displaceably mounted, - the vertical strut produces a connection between the platform and the coupling means. - with a wheel pair at the front in the direction of travel and a wheel pair at the rear in the direction of travel, - with a frame comprising rearwardly directed struts, wherein each strut holds a rear wheel of the rear wheel pair, - with a trailing platform, which is fastened to the rollator, comprises at least one wheel and provides a standing surface for a person using the rollator, - with an electromotive drive, by means of which the rollator can move forwards at least in the direction of travel, - the trailing platform with its standing surface being arranged between the wheels of the rear wheel pair, - the rollator being provided with a coupling means, by means of which the platform is arranged on the rollator in such a way as to bear tensile and thrust loads, characterised in that - the coupling means has a thrust absorbing member for connecting a vertical strut, in which thrust absorbing member the vertical strut is displaceably mounted, - the vertical strut produces a connection between the platform and the coupling means.
A cyanide-free silver electroplating solution comprising: one or more sources of silver ions; one or more complexing agents chosen from hydantoin, 1-methylhydantoin, 1,3-dimethylhydantoin, 5,5-dimethylhydantoin, 1-methanol-5,5-dimethylhydantoin, 5,5-diphenylhydantoin, succinimide, 2,2-dimethyl succinimide, 2-methyl 2-ethyl succinimide, 2-methyl succinimde, 2-ethyl succinimide, 1,1,2,2-tetramethyl succinimide, 1,1,2-trimethyl succinimide and 2-butyl succinimide; one or more organic sulfides; and one or more pyridyl acrylic acids, wherein said organic sulfides are thiodialkanols having the following general formula: HOR 1 x R 2 OH where R 1 and R 2 are independently (C 2 -C 8)alkyl and x is an integer of 1 to 2.
A method for a motor vehicle comprising a camera system for the predictive classification of a future vehicle environment, wherein the camera system is oriented to an area in front of the vehicle and records an image sequence, and a processor unit is provided for data processing of image data, and a memory unit is provided for storing image data, characterized in that in one first image section, which is arranged in the central image area, the change in brightness is determined for each time and/or distance unit, and from this, a conclusion is reached regarding the environment in front of the vehicle, and in that the brightness in the first image section is compared with the brightness in the image as a whole and/or with the brightness in a second image section.
A method for producing 2,6-dimethyl-1,5-heptadien-3-ol, comprising a step of subjecting 2-methyl-3-buten-2-yl 2-methyl-2-propenyl ether of formula: to a rearrangement reaction in the presence of a base to obtain 2,6-dimethyl-1,5-heptadien-3-ol of formula:
An image forming apparatus having an apparatus body, comprising: a pair of side walls (103A, 103B) disposed opposite each other, the side walls (103A, 103B) forming part of the apparatus body; a driven unit (1Y, 1M, 1C, 1Bk, 2) supported between the pair of side walls (103A, 103B); a drive unit comprising drive transmission gears, disposed on one of the pair of side walls and arranged to drive the driven unit; and a reinforcing member connecting the pair of side walls (103A, 103B), a first end of the reinforcing member attached to a side wall opposite a side wall to which the drive unit is attached, a second end of the reinforcing member attached to the drive unit; wherein, in a state in which the ends (28a, 28b) of the reinforcing member are supported by the pair of side walls (103A, 103B), the drive unit is configured to be mounted with screws to the second end of the reinforcing member and the side wall that supports the reinforcing member at the second end, from outside the side walls (103A, 103B); and wherein the side wall that supports the reinforcing member at the second end has an opening through which the drive unit can be inserted into the apparatus from outside the side walls. a pair of side walls (103A, 103B) disposed opposite each other, the side walls (103A, 103B) forming part of the apparatus body; a driven unit (1Y, 1M, 1C, 1Bk, 2) supported between the pair of side walls (103A, 103B); a drive unit comprising drive transmission gears, disposed on one of the pair of side walls and arranged to drive the driven unit; and a reinforcing member connecting the pair of side walls (103A, 103B), a first end of the reinforcing member attached to a side wall opposite a side wall to which the drive unit is attached, a second end of the reinforcing member attached to the drive unit; wherein, in a state in which the ends (28a, 28b) of the reinforcing member are supported by the pair of side walls (103A, 103B), the drive unit is configured to be mounted with screws to the second end of the reinforcing member and the side wall that supports the reinforcing member at the second end, from outside the side walls (103A, 103B); and wherein the side wall that supports the reinforcing member at the second end has an opening through which the drive unit can be inserted into the apparatus from outside the side walls.
A directional display device comprising: a display panel comprising a subpixel repeating group having subpixels in first, second and third primary colors (2016, 2014, 2012); said subpixel repeating group comprising at least six subpixels disposed in two rows and at least three columns such that at least one column comprises two subpixels of said first primary color forming a vertical stripe on said display panel; said subpixel repeating group further comprising one subpixel each of said second and third primary colors in each row such that a second primary color subpixel follows a third primary color subpixel in said first row and a third primary color subpixel follows a second primary color subpixel in said second row; driver circuitry configured to send a signal to each subpixel on said display panel; and an optical directing component configured to direct light emissions from a first group of subpixels on said display panel to a first viewing window, and configured to direct light emissions from a second group of subpixels on said display panel to a second viewing window; wherein the first group of subpixels comprises the first and third column of the subpixel repeating group and the second column of the next repeat of the subpixel repeating group; and wherein the second group of subpixels comprises the second column of the subpixel repeating group and the first and third column of the next repeat of the subpixel repeating group. a display panel comprising a subpixel repeating group having subpixels in first, second and third primary colors (2016, 2014, 2012); said subpixel repeating group comprising at least six subpixels disposed in two rows and at least three columns such that at least one column comprises two subpixels of said first primary color forming a vertical stripe on said display panel; said subpixel repeating group further comprising one subpixel each of said second and third primary colors in each row such that a second primary color subpixel follows a third primary color subpixel in said first row and a third primary color subpixel follows a second primary color subpixel in said second row; driver circuitry configured to send a signal to each subpixel on said display panel; and an optical directing component configured to direct light emissions from a first group of subpixels on said display panel to a first viewing window, and configured to direct light emissions from a second group of subpixels on said display panel to a second viewing window; wherein the first group of subpixels comprises the first and third column of the subpixel repeating group and the second column of the next repeat of the subpixel repeating group; and wherein the second group of subpixels comprises the second column of the subpixel repeating group and the first and third column of the next repeat of the subpixel repeating group.
An automated valet parking method performed by a vehicle, the method comprising: establishing a communication with an infrastructure facility; receiving a target position and a guide route from the infrastructure facility after the communication is established; receiving commands related to an autonomous driving from the infrastructure facility; performing the autonomous driving based on the guide route; performing an autonomous parking at the target position; transmitting a notification that the autonomous parking is completed to the infrastructure facility; and receiving control release command from the infrastructure facility, wherein the method further comprises: controlling at least one of a steering, accelerating, braking, gear shifting, engine starting, and engine stopping of the vehicle while the autonomous driving, performing emergency brake operation based on a command received from the infrastructure facility during the autonomous driving, wherein when the vehicle performs the autonomous driving, the vehicle is controlled to travel at a preset speed or below and the preset speed is a value transmitted from the infrastructure facility. establishing a communication with an infrastructure facility; receiving a target position and a guide route from the infrastructure facility after the communication is established; receiving commands related to an autonomous driving from the infrastructure facility; performing the autonomous driving based on the guide route; performing an autonomous parking at the target position; transmitting a notification that the autonomous parking is completed to the infrastructure facility; and receiving control release command from the infrastructure facility, wherein the method further comprises: controlling at least one of a steering, accelerating, braking, gear shifting, engine starting, and engine stopping of the vehicle while the autonomous driving, performing emergency brake operation based on a command received from the infrastructure facility during the autonomous driving, wherein when the vehicle performs the autonomous driving, the vehicle is controlled to travel at a preset speed or below and the preset speed is a value transmitted from the infrastructure facility. controlling at least one of a steering, accelerating, braking, gear shifting, engine starting, and engine stopping of the vehicle while the autonomous driving, performing emergency brake operation based on a command received from the infrastructure facility during the autonomous driving, wherein when the vehicle performs the autonomous driving, the vehicle is controlled to travel at a preset speed or below and the preset speed is a value transmitted from the infrastructure facility.
An optical wireless communication system comprising a transmitter apparatus that comprises: an illumination light source configured to output visible light for illumination purposes, wherein the illumination light source comprises a dimmable illumination light source and a controller configured to control operation of the illumination light source to produce modulation of the visible light to provide an optical wireless communication signal representing data; a further light source configured to output further light, the further light comprising infrared light or ultraviolet light, wherein the controller is configured to control operation of the further light source to produce modulation of the further light to provide a further optical wireless communication signal representing the same data simultaneously, wherein the visible light and the further light have different wavelength ranges and wherein the controller is further configured to control an intensity of the further light in dependence on an intensity and/or dimming level of the visible light. an illumination light source configured to output visible light for illumination purposes, wherein the illumination light source comprises a dimmable illumination light source and a controller configured to control operation of the illumination light source to produce modulation of the visible light to provide an optical wireless communication signal representing data; a further light source configured to output further light, the further light comprising infrared light or ultraviolet light, wherein the controller is configured to control operation of the further light source to produce modulation of the further light to provide a further optical wireless communication signal representing the same data simultaneously, wherein the visible light and the further light have different wavelength ranges and wherein the controller is further configured to control an intensity of the further light in dependence on an intensity and/or dimming level of the visible light.
A repair device for treatment of tricuspid regurgitation, configured to be delivered to leaflets of a tricuspid valve through a delivery system, comprising a support frame, an occlusive membrane, and a suture line, wherein the support frame comprises a central shaft and anchoring members, including a plurality of clamp arm sets, that are disposed around the central shaft and radially unfolded for anchoring the leaflets of the tricuspid valve; the occlusive membrane surrounds connections between the anchoring members and the central shaft that are on an outer side wall of the central shaft, and the occlusive membrane is connected to the support frame through the suture line; a space surrounding the central shaft is formed by the outer side wall of the central shaft, the anchoring members and the occlusive membrane, and has a ventricle-side closed end and an atrium-side open end; and the central shaft has a ventricle-side closed end; the repair device being characterized in that the occlusive membrane is an integrally formed membrane provided between any adjacent clamp arm sets around the central shaft and including a closed bottom cover for covering the ventricle-side end of the central shaft, a waist wrapping the outer side wall of the ventricle-side end of the central shaft, and branches between adjacent clamp arm sets.
A method for presenting content to a first device during a video call, the method comprising: receiving an indication that the video call between the first device and a second device has been placed on hold by the second device; transferring control of the video call from the second device to a call park server; providing a video clip to the first device via the call park server while the call park server controls the video call with the first device; determining that the second device has ended the hold placed on the video call; characterized by: identifying a remaining duration to complete presentation of the video clip; when the remaining duration is below a threshold duration, completing the presentation of the video clip before returning control of the video call to the second device; and when the remaining duration is above a second threshold duration, ending the presentation of the video clip before completing the presentation of the video clip and returning control of the video call to the second device. receiving an indication that the video call between the first device and a second device has been placed on hold by the second device; transferring control of the video call from the second device to a call park server; providing a video clip to the first device via the call park server while the call park server controls the video call with the first device; determining that the second device has ended the hold placed on the video call; characterized by: identifying a remaining duration to complete presentation of the video clip; when the remaining duration is below a threshold duration, completing the presentation of the video clip before returning control of the video call to the second device; and when the remaining duration is above a second threshold duration, ending the presentation of the video clip before completing the presentation of the video clip and returning control of the video call to the second device. when the remaining duration is below a threshold duration, completing the presentation of the video clip before returning control of the video call to the second device; and when the remaining duration is above a second threshold duration, ending the presentation of the video clip before completing the presentation of the video clip and returning control of the video call to the second device.
A key having a key bow and a key shank, in which the key shank has an in particular cold-formed torsion section along the longitudinal axis at least in some sections, wherein the key shank has a basic cross-section in a transition area to the torsion section, wherein the cross-section of the key shank in the torsion section toward the key tip protrudes beyond the basic cross-section at least in some sections, wherein the key shank has at least one profile element formed in particular as a longitudinal groove, wherein the profile element likewise has a torsion in the torsion section.
Capsule suspension concentrate comprising A) a particulate disperse Phase comprising a) a capsule obtained by reaction of an isocyanate optionally reacted with a crosslinker, b) the capsule comprising an adjuvant or adjuvant mixture, wherein the adjuvant or adjuvant mixture is selected from the group consisting of "trialkyl phosphate" according to Figure 1, where R1, R2 and R3 can be equal or different. R1, R2, R3 can be any C1-C10 alkyl fragment or from a mixture of trialkyl phosphates according to Figure 1 mixed with vegetable oil alkyl esters. B) an aqueous Phase comprising a finely dispersed pyrethroid. A) a particulate disperse Phase comprising a) a capsule obtained by reaction of an isocyanate optionally reacted with a crosslinker, b) the capsule comprising an adjuvant or adjuvant mixture, wherein the adjuvant or adjuvant mixture is selected from the group consisting of "trialkyl phosphate" according to Figure 1, where R1, R2 and R3 can be equal or different. R1, R2, R3 can be any C1-C10 alkyl fragment or from a mixture of trialkyl phosphates according to Figure 1 mixed with vegetable oil alkyl esters. a) a capsule obtained by reaction of an isocyanate optionally reacted with a crosslinker, b) the capsule comprising an adjuvant or adjuvant mixture, wherein the adjuvant or adjuvant mixture is selected from the group consisting of "trialkyl phosphate" according to Figure 1, where R1, R2 and R3 can be equal or different. R1, R2, R3 can be any C1-C10 alkyl fragment or from a mixture of trialkyl phosphates according to Figure 1 mixed with vegetable oil alkyl esters. B) an aqueous Phase comprising a finely dispersed pyrethroid.