mhurhangee/ep-ind-claims huggingface dataset:
A system comprising: a broadcast device receiving an audible signal component and an inaudible signal component from a base station, and transmitting a sonic signal by propagating the sonic signal through the air as sound waves, the sonic signal including (i) the audible signal component which includes primary information and (ii) the inaudible signal component which includes secondary information that is customized for a user based on a user profile by the broadcast device by inserting or embedding additional customization data to said inaudible signal component, wherein the inaudible signal component is associated with a specific portion of the audible signal component that is transmitted, wherein the primary information is audibly transmitted from the broadcast device for reception by the user, and wherein the inaudible signal component of the sonic signal propagated through the air is received as sound waves by a user device configured to take an action responsive to the receipt of the secondary information customized for the user based on the user profile, wherein taking the action is conditioned upon the user device detecting the inaudible signal component with the specific portion of the audible signal component. a broadcast device receiving an audible signal component and an inaudible signal component from a base station, and transmitting a sonic signal by propagating the sonic signal through the air as sound waves, the sonic signal including (i) the audible signal component which includes primary information and (ii) the inaudible signal component which includes secondary information that is customized for a user based on a user profile by the broadcast device by inserting or embedding additional customization data to said inaudible signal component, wherein the inaudible signal component is associated with a specific portion of the audible signal component that is transmitted, wherein the primary information is audibly transmitted from the broadcast device for reception by the user, and wherein the inaudible signal component of the sonic signal propagated through the air is received as sound waves by a user device configured to take an action responsive to the receipt of the secondary information customized for the user based on the user profile, wherein taking the action is conditioned upon the user device detecting the inaudible signal component with the specific portion of the audible signal component.
A process for the continuous modification of a polymer melt of non-extracted polyamide 6 (PA 6) with one or more additives, wherein a part of the melt is branched off from a main melt flow, this melt side-flow is conveyed into a dispersing device, one or more additives are added and mixed, the additized melt side-flow is then returned back into the main melt flow where it is mixed and subsequently transported for further processing, characterized in that - the melt supplied to the dispersing device is conveyed into a first region and from there is conveyed by conveying elements into a second region; - in the second region one or more additives are supplied via a side-feeder and wetted with the melt; - the additives are dispersed and mixed in a third region, wherein for optimal dispersion kneading blocks and conveying elements are used alternately, followed by partially permeable conveying elements which are designed to rotate forwards and/or backwards; - in a fourth region equipped with a closable degassing zone a degassing is performed or the melt is only conveyed; characterized in that - in a fifth region, which has backward-rotating and/or forward-rotating and/or neutral mixing elements, the additives are further mixed with the melt and then the additive-laden melt is discharged from the dispersing device via conveying elements; wherein - the melt which is discharged from the dispersing device is conducted back into the main melt flow, where it is mixed statically and diluted to the final concentration. - the melt supplied to the dispersing device is conveyed into a first region and from there is conveyed by conveying elements into a second region; - in the second region one or more additives are supplied via a side-feeder and wetted with the melt; - the additives are dispersed and mixed in a third region, wherein for optimal dispersion kneading blocks and conveying elements are used alternately, followed by partially permeable conveying elements which are designed to rotate forwards and/or backwards; - in a fourth region equipped with a closable degassing zone a degassing is performed or the melt is only conveyed; characterized in that - in a fifth region, which has backward-rotating and/or forward-rotating and/or neutral mixing elements, the additives are further mixed with the melt and then the additive-laden melt is discharged from the dispersing device via conveying elements; wherein - the melt which is discharged from the dispersing device is conducted back into the main melt flow, where it is mixed statically and diluted to the final concentration.
A system configured to obtain information about a physiological parameter, comprising: a data logger configured to collect data from an implantable restriction device over a time period, the collected data containing information about values of a parameter sensed within a body during the time period; and a data processing device configured to analyze the collected data to determine information about a physiological parameter for at least a portion of the time period, characterized in that the data processing device is further configured to: calculate a rate of change of the values of the sensed parameter for a window within the time period; calculate a rate at which the rate of change is changing; and calculate the predicted amount of time until the values of the sensed parameter will have a rate of change that is about zero by dividing the rate of change by the rate at which the rate of change is changing and multiplying by a time period of the window. a data logger configured to collect data from an implantable restriction device over a time period, the collected data containing information about values of a parameter sensed within a body during the time period; and a data processing device configured to analyze the collected data to determine information about a physiological parameter for at least a portion of the time period, calculate a rate of change of the values of the sensed parameter for a window within the time period; calculate a rate at which the rate of change is changing; and calculate the predicted amount of time until the values of the sensed parameter will have a rate of change that is about zero by dividing the rate of change by the rate at which the rate of change is changing and multiplying by a time period of the window.
Helmet for protecting the head of a user, wherein said helmet comprises a cap and an internal cavity having an access zone and intended to accommodate the head of a user, wherein said cap has a front portion defining a front opening and a rear portion, wherein said helmet comprises a chin strap device comprising at least one belt structure, wherein the belt structure is fixed between side portions, or right side portion and left side portion, of the cap each comprised between the front portion and the rear portion and wherein said belt structure extends at least between said side portions and said zone for access to the internal cavity, and wherein a zone of a side portion of said side portions comprised between the belt structure and said front opening is a front side zone of the cap and a zone of said side portion comprised between the belt structure and said rear portion is a rear side zone of the cap, and wherein the helmet comprises at least one tie element (12a, 12b) extending along said front side zone, and wherein a first part of said at least one tie element (12a, 12b) is connected to the front side zone of the cap and a second part of said at least one tie element (12a, 12b) is connected to the belt structure, and characterized in that said at least one tie element (12a, 12b) is a first tie element (12a, 12b) and the helmet comprises at least one second tie element (13a, 13b) which extends along said rear side zone, and wherein a first part of said at least one second tie element (13a, 13b) is connected to the rear side zone of the cap and a second part of said at least a second tie element (13a, 13b) is connected to the belt structure. wherein said cap has a front portion defining a front opening and a rear portion, wherein said helmet comprises a chin strap device comprising at least one belt structure, wherein the belt structure is fixed between side portions, or right side portion and left side portion, of the cap each comprised between the front portion and the rear portion and wherein said belt structure extends at least between said side portions and said zone for access to the internal cavity, and wherein a zone of a side portion of said side portions comprised between the belt structure and said front opening is a front side zone of the cap and a zone of said side portion comprised between the belt structure and said rear portion is a rear side zone of the cap, and wherein the helmet comprises at least one tie element (12a, 12b) extending along said front side zone, and wherein a first part of said at least one tie element (12a, 12b) is connected to the front side zone of the cap and a second part of said at least one tie element (12a, 12b) is connected to the belt structure, and characterized in that said at least one tie element (12a, 12b) is a first tie element (12a, 12b) and the helmet comprises at least one second tie element (13a, 13b) which extends along said rear side zone, and wherein a first part of said at least one second tie element (13a, 13b) is connected to the rear side zone of the cap and a second part of said at least a second tie element (13a, 13b) is connected to the belt structure.
A vehicle-body front structure of a motorcycle where a steering handle bar is supported on a handle bar support portion of a front portion of a vehicle body frame in a rotatable manner, and left and right rear-view mirrors which reflect an area behind the vehicle body are supported on the handle bar support portion, wherein the left and right rear-view mirrors respectively includes: a mounting base portion which is mounted on a handle bar support portion side; a mirror body holding portion which holds a mirror body; and a connecting mechanism which connects the mirror body holding portion to the mounting base portion in a displaceable manner between a use position and a storing position, and a blinker is mounted on a surface of the mirror body holding portion on a side opposite to a surface of the mirror body holding portion on which the mirror body is arranged, characterized in that the mirror body holding portion is configured such that the mirror body is directed upward and the blinker is directed downward when the mirror body holding portion is at the storing position.
An edge coating apparatus for solar cell substrates, the apparatus comprising: a rotatable substrate support configured to hold a solar cell substrate; and an applicator configured to receive a coating material and apply the coating material to an edge of the substrate while the substrate is rotated, the applicator being positioned a coating distance away from the edge of the substrate so as not to physically contact the edge of the substrate while applying the coating material to the edge of the substrate, characterized in that the substrate is non-circular, the apparatus further comprising a cam mechanically coupled to rotate with the substrate support; and a follower mechanically coupled to rotate with the applicator, the follower being configured to mechanically contact the cam to thereby follow a shape of the cam while the cam and the follower are rotated. a rotatable substrate support configured to hold a solar cell substrate; and an applicator configured to receive a coating material and apply the coating material to an edge of the substrate while the substrate is rotated, the applicator being positioned a coating distance away from the edge of the substrate so as not to physically contact the edge of the substrate while applying the coating material to the edge of the substrate, characterized in that the substrate is non-circular, the apparatus further comprising a cam mechanically coupled to rotate with the substrate support; and a follower mechanically coupled to rotate with the applicator, the follower being configured to mechanically contact the cam to thereby follow a shape of the cam while the cam and the follower are rotated.
An air intake device for a motor vehicle radiator, the device comprising a frame with a front edge for placing in contact with a bumper skin of the motor vehicle, and a rear edge for fixing to the motor vehicle radiator; the frame further comprising at least one wall extending in a transverse direction of the device, between the front edge and the rear edge, so as to form an air duct; at least one wall comprising a rigid zone extending from the rear edge; and a deformable zone comprising means for promoting deformation thereof in the event of an impact and extending from the front edge to the rigid zone, the rigid and deformable zones respectively comprising a front edge and a rear edge, the rear edge of the rigid zone being arranged at the rear edge of the frame, the front edge of the deformable zone being arranged at the front edge of the frame, and the rear edge of the deformable zone being arranged at the front edge of the rigid zone; characterized in that the width of the deformable zone varies in the longitudinal direction of the device so that the rear edge of the zone deformable shows a crenelated or sinusoid pattern.
A method of typing a sample from a colorectal cancer patient, the method comprising providing a sample from the colorectal cancer patient, whereby the sample comprises RNA expression products from a cancer cell of the patient; determining a level of RNA expression for DUSP18 and at least one further gene that is selected from Table 5, Table 4 and/or Table 1C; comparing said determined level of RNA expression of the at least two genes to the level of expression of the genes in a reference sample; typing said sample based on the comparison of the determined levels of RNA expression.
Electronic hand stamp comprising: an inkjet printhead with nozzles directed toward a bottom side of the electronic hand stamp, a control circuit and a motion detector, wherein the control circuit is connected to the motion detector and to the inkjet printhead and configured to control the inkjet printhead in response to readings received from the motion detector, wherein the electronic hand stamp comprises at least four indicator LEDs connected to the control circuit, wherein at least one of the at least four indicator LEDs is arranged on each side perpendicular to the bottom side of the electronic hand stamp, characterized in that the control circuit is configured to control the at least four indicator LEDs in an interdependent fashion in order to together indicate the same one or more signals concerning the operating status, and wherein the electronic hand stamp comprises a diffuser, wherein all of the at least four indicator LEDs are optically connected with the diffuser. an inkjet printhead with nozzles directed toward a bottom side of the electronic hand stamp, a control circuit and a motion detector, wherein the control circuit is connected to the motion detector and to the inkjet printhead and configured to control the inkjet printhead in response to readings received from the motion detector, wherein the electronic hand stamp comprises at least four indicator LEDs connected to the control circuit, wherein at least one of the at least four indicator LEDs is arranged on each side perpendicular to the bottom side of the electronic hand stamp, characterized in that the control circuit is configured to control the at least four indicator LEDs in an interdependent fashion in order to together indicate the same one or more signals concerning the operating status, and wherein the electronic hand stamp comprises a diffuser, wherein all of the at least four indicator LEDs are optically connected with the diffuser.
An interactive system for presenting a matrixed video channel on a monitor, with a plurality of individual video feeds being presented on the monitor at a given time, each individual video feed comprising video programming of a separate viewer channel, comprising: a plurality of video cells presenting at least video information being simultaneously broadcast on the associated viewer channel, each video cell associated with one of the plurality of individual video feeds, each individual video feed being associated with a viewer channel wherein multiple viewer channel video feeds are presented at a given time on the matrixed video channel, characterized in that the matrixed video channel comprises an interactive interface broadcast with the matrixed video channel as a single stream, the interactive interface comprising: a text box, wherein the text box selectively receives information from a program guide, the program guide being distinct from the matrixed video channel; a background video; and a cursor, which can be moved between the plurality of video cells, for selecting at least one characteristic associated with a selected video cell, such that the user can then directly select a video program associated with the selected video cell. a plurality of video cells presenting at least video information being simultaneously broadcast on the associated viewer channel, each video cell associated with one of the plurality of individual video feeds, each individual video feed being associated with a viewer channel wherein multiple viewer channel video feeds are presented at a given time on the matrixed video channel, characterized in that the matrixed video channel comprises an interactive interface broadcast with the matrixed video channel as a single stream, the interactive interface comprising: a text box, wherein the text box selectively receives information from a program guide, the program guide being distinct from the matrixed video channel; a background video; and a cursor, which can be moved between the plurality of video cells, for selecting at least one characteristic associated with a selected video cell, such that the user can then directly select a video program associated with the selected video cell. a text box, wherein the text box selectively receives information from a program guide, the program guide being distinct from the matrixed video channel; a background video; and a cursor, which can be moved between the plurality of video cells, for selecting at least one characteristic associated with a selected video cell, such that the user can then directly select a video program associated with the selected video cell.
A head-up display comprising a display screen comprising an array of display pixels arranged in rows and in columns, characterized in that the display screen is pivoted, around an axis perpendicular to the screen, by an inclination angle (α) between 10 and 80 degrees, with respect to the position of the display screen for which a group of adjacent activated display pixels of a same row appears to an observer as being directed along the horizontal or vertical direction.
A semiconductor-wafer cleaning tank in which a semiconductor wafer is immersed in a cleaning solution and cleaned, comprising: a tank body, composed of quartz, for storing the cleaning solution to immerse a plurality of the semiconductor wafers in the cleaning solution; an overflow-receiving part, composed of quartz and provided around an opening of the tank body, for receiving the cleaning solution overflowing from an upper end of the opening of the tank body; and a heat-insulating wall provided around the tank body, wherein the heat-insulating wall forms a continuous enclosure around a side wall of the tank body with a hollow layer formed between the heat-insulating wall and the side wall of the tank body, the semiconductor-wafer cleaning tank being characterized in that the heat-insulating wall extends from the overflow-receiving part downward and is in contact with the lower portion of the overflow-receiving part. a tank body, composed of quartz, for storing the cleaning solution to immerse a plurality of the semiconductor wafers in the cleaning solution; an overflow-receiving part, composed of quartz and provided around an opening of the tank body, for receiving the cleaning solution overflowing from an upper end of the opening of the tank body; and a heat-insulating wall provided around the tank body, wherein the heat-insulating wall forms a continuous enclosure around a side wall of the tank body with a hollow layer formed between the heat-insulating wall and the side wall of the tank body, the semiconductor-wafer cleaning tank being characterized in that the heat-insulating wall extends from the overflow-receiving part downward and is in contact with the lower portion of the overflow-receiving part.
A mask structured to be coupled to a head of a patient with a headgear for use in communicating a flow of breathing gas to an airway of a patient, the mask comprising: (a) a patient interface including: a faceplate, and a cushion having a first end coupled to the faceplate and an opposite second end that is structured to sealingly engage a portion of a face of the patient about one or more airways of the patient; and (b) a frame including: a first arm member having a first end coupled to the patient interface via a first coupling arrangement and an opposite second end structured to be coupled to the headgear, and a second arm member having a first end selectively coupled to the patient interface via a second coupling arrangement and an opposite second end structured to be coupled to the headgear, characterized in that the second coupling arrangement requires a lesser uncoupling force to uncouple than the first coupling arrangement. (a) a patient interface including: a faceplate, and a cushion having a first end coupled to the faceplate and an opposite second end that is structured to sealingly engage a portion of a face of the patient about one or more airways of the patient; and a faceplate, and a cushion having a first end coupled to the faceplate and an opposite second end that is structured to sealingly engage a portion of a face of the patient about one or more airways of the patient; and (b) a frame including: a first arm member having a first end coupled to the patient interface via a first coupling arrangement and an opposite second end structured to be coupled to the headgear, and a second arm member having a first end selectively coupled to the patient interface via a second coupling arrangement and an opposite second end structured to be coupled to the headgear, characterized in that the second coupling arrangement requires a lesser uncoupling force to uncouple than the first coupling arrangement. a first arm member having a first end coupled to the patient interface via a first coupling arrangement and an opposite second end structured to be coupled to the headgear, and a second arm member having a first end selectively coupled to the patient interface via a second coupling arrangement and an opposite second end structured to be coupled to the headgear, characterized in that the second coupling arrangement requires a lesser uncoupling force to uncouple than the first coupling arrangement.