mhurhangee/ep-ind-claims huggingface dataset:
Security label having a multi-layered initial opening indicator having a layered structure with a carrier film and having a first and second ink layer (105, 205 and 106, 206) and a first and second separative coating layer (104, 204 and 108, 208), having at least one first security code (102, 202), which is legible on the sealed security label (100, 200), a second security code (107, 207), which is only legible after the initial opening indicator has been opened, characterised in that, arranged on the carrier film on the product side are initially the first separative coating layer (104, 204) and, thereon, the first ink layer (105, 205) and, thereon, the second separative coating layer (108, 208) and, thereon, the second ink layer (106, 206), and the second security code (107, 207) is arranged between the first or the second separative coating layer (104, 204 or 108, 208) and the second ink layer (106, 206), and, after opening, the first security code (102, 202) either remains on the second ink layer (106, 206) or is peeled off along with a tab, and the first security code (102, 202) and the second security code (107, 207) are printed simultaneously in a common printing step and are arranged in the same layer. having at least one first security code (102, 202), which is legible on the sealed security label (100, 200), a second security code (107, 207), which is only legible after the initial opening indicator has been opened, characterised in that, arranged on the carrier film on the product side are initially the first separative coating layer (104, 204) and, thereon, the first ink layer (105, 205) and, thereon, the second separative coating layer (108, 208) and, thereon, the second ink layer (106, 206), and the second security code (107, 207) is arranged between the first or the second separative coating layer (104, 204 or 108, 208) and the second ink layer (106, 206), and, after opening, the first security code (102, 202) either remains on the second ink layer (106, 206) or is peeled off along with a tab, and the first security code (102, 202) and the second security code (107, 207) are printed simultaneously in a common printing step and are arranged in the same layer.
A liquid crystal display comprising: a pixel region of a first color (PX), a pixel region of a second color (PX), a pixel region of a third color (PX), and a pixel region of a white color (PX); a first substrate and a second substrate facing the first substrate; a first color filter disposed in each of the pixel region of the first color (PX) and the pixel region of the white color (PX); a second color filter disposed in the pixel region of the second color (PX); a third color filter disposed in the pixel region of the third color (PX); the first color filter, the second color filter and the third color filter being located either on the first substrate or on the second substrate; and a liquid crystal layer between the first substrate and the second substrate, wherein each of the pixel regions of the first, the second, the third, and the white color (PX, PX, PX, PX) comprises a plurality of domains (D1-D4), in which the liquid crystal molecules in the liquid crystal layer may be inclined in mutually different directions, two adjacent domains (D1-D4) having a boundary between them, characterised in that the first color filter is disposed in the boundary region at at least one of the boundaries between two adjacent domains (D1-D4) in the pixel region of the white color (PX) and the first color filter is a green color filter, and an area of the first color filter in the pixel region of the white color (PX) ranges from 17% to 26% of the area of the pixel region of the white color (PX). a pixel region of a first color (PX), a pixel region of a second color (PX), a pixel region of a third color (PX), and a pixel region of a white color (PX); a first substrate and a second substrate facing the first substrate; a first color filter disposed in each of the pixel region of the first color (PX) and the pixel region of the white color (PX); a second color filter disposed in the pixel region of the second color (PX); a third color filter disposed in the pixel region of the third color (PX); the first color filter, the second color filter and the third color filter being located either on the first substrate or on the second substrate; and a liquid crystal layer between the first substrate and the second substrate, wherein each of the pixel regions of the first, the second, the third, and the white color (PX, PX, PX, PX) comprises a plurality of domains (D1-D4), in which the liquid crystal molecules in the liquid crystal layer may be inclined in mutually different directions, two adjacent domains (D1-D4) having a boundary between them, characterised in that the first color filter is disposed in the boundary region at at least one of the boundaries between two adjacent domains (D1-D4) in the pixel region of the white color (PX) and the first color filter is a green color filter, and an area of the first color filter in the pixel region of the white color (PX) ranges from 17% to 26% of the area of the pixel region of the white color (PX).
A method of diagnosing idiopathic pulmonary fibrosis, Castleman's disease, a lymphoma, a thymoma or a sarcoma in a clinical sample obtained from a human patient suspected of having a viral infection comprising the steps of: a. providing (i). a labeled nucleic acid probe comprising one or more sequences derived from Herpesvirus saimiri, b. contacting said clinical sample with said labeled nucleic acid probe (i), c. allowing specific hybridizing to take place between said labeled nucleic acid probe (i) and viral sequences in said clinical sample if present, d. detecting hybridization of said nucleic acid probe (i) to said viral sequences in said clinical sample, and thereby diagnosing said patient as having idiopathic pulmonary fibrosis, Castleman's disease, a lymphoma, a thymoma or a sarcoma. a. providing (i). a labeled nucleic acid probe comprising one or more sequences derived from Herpesvirus saimiri, (i). a labeled nucleic acid probe comprising one or more sequences derived from Herpesvirus saimiri, b. contacting said clinical sample with said labeled nucleic acid probe (i), c. allowing specific hybridizing to take place between said labeled nucleic acid probe (i) and viral sequences in said clinical sample if present, d. detecting hybridization of said nucleic acid probe (i) to said viral sequences in said clinical sample, and
A method of receiving third party control and/or status information over a voice telephony channel during a voice telephony call provided by a third party call control server, the method comprising: receiving (604, 608), in a device, a SETUP or FACILITY message comprising a DISPLAY information element according to a standard format of one of the ITU Q.931 and Q.932 specifications; determining (606, 615), in the device, whether the content of the DISPLAY information element is invalid according to the standard format for DISPLAY information element; and processing, in the device, responsive to determining that the content of the DISPLAY information element is invalid according to the standard format for that DISPLAY information element, the DISPLAY information element to extract third party control information and/or status information related to the voice telephony call. receiving (604, 608), in a device, a SETUP or FACILITY message comprising a DISPLAY information element according to a standard format of one of the ITU Q.931 and Q.932 specifications; determining (606, 615), in the device, whether the content of the DISPLAY information element is invalid according to the standard format for DISPLAY information element; and processing, in the device, responsive to determining that the content of the DISPLAY information element is invalid according to the standard format for that DISPLAY information element, the DISPLAY information element to extract third party control information and/or status information related to the voice telephony call.
Set of reconstruction of a fractured shoulder joint, comprising a humeral implant and an element of reconstruction intended to be connected to this humeral implant; the humeral implant comprises an external surface, an anterior surface and a posterior surface intended to be placed respectively at the external, anterior and posterior sides of a humerus, and the element of reconstruction is, after connection to the humeral implant, located on the external side of this humeral implant and is able of receiving one fractured tuberosity or the two fractured tuberosities; the set of reconstruction comprises at least one element of reconstruction comprising a base part and an upper part; - said base part comprises means (12, 25, 26) for its mounting on the external side of the humeral implant; it is sized to project, after installation on the humeral implant, beyond the external surface of the humeral implant and beyond at least one of the anterior or posterior surfaces of this humeral implant, on the outer side of these surfaces; and - said upper part forms an outer external curved surface extending, after mounting on the humeral implant, away from the external surface of this humeral implant and from at least one of the anterior or posterior surfaces of this humeral implant; characterized in that said upper part is constituted by a malleable wall forming a single body with said base part and having a thickness of 0,1 to 1 mm. - said base part comprises means (12, 25, 26) for its mounting on the external side of the humeral implant; it is sized to project, after installation on the humeral implant, beyond the external surface of the humeral implant and beyond at least one of the anterior or posterior surfaces of this humeral implant, on the outer side of these surfaces; and - said upper part forms an outer external curved surface extending, after mounting on the humeral implant, away from the external surface of this humeral implant and from at least one of the anterior or posterior surfaces of this humeral implant;
External rear vision device for a motor vehicle having a fixed base assembly provided for arrangement on the motor vehicle and a moveable head assembly attached to the base assembly via an articulation assembly, said articulation assembly having a fixed part rigidly attached to the fixed base assembly and a moveable part rigidly attached to the head assembly, and said articulation assembly comprising two articulation axes, the direction vectors of said articulation axes being independent of each other, characterized by a foot of the base assembly providing a spherical seat for a casing, in particular a lower casing element, of the head assembly, and frame means providing at least one spherical seat (22, 25) for the casing, with the frame means being rigidly attached to the fixed part or comprised by the fixed part.
A mobile communication system (100, 200, 300), comprising: a plurality of base stations (200, 300); and a mobile communication device including: a buffer (101, 212) configured to store packet data to be transmitted; and a controller (104, 702) configured for discarding the packet data according to a value of a timer corresponding to the packet data, and for maintaining the value of the timer corresponding to the packet data when a handover is performed without restarting or resetting the value of the timer in such a way that a current value of the timer corresponding to packet data to be transmitted to a source base station before the handover is taken over as a current value of the timer corresponding to the packet data to be transmitted to a target base station after the handover, wherein the discarding further includes discarding the corresponding packet data when the value of the timer, starting at reception of the packet data from an upper layer at the mobile communication device, reaches a given value. a plurality of base stations (200, 300); and a mobile communication device including: a buffer (101, 212) configured to store packet data to be transmitted; and a controller (104, 702) configured for discarding the packet data according to a value of a timer corresponding to the packet data, and for maintaining the value of the timer corresponding to the packet data when a handover is performed without restarting or resetting the value of the timer in such a way that a current value of the timer corresponding to packet data to be transmitted to a source base station before the handover is taken over as a current value of the timer corresponding to the packet data to be transmitted to a target base station after the handover, a buffer (101, 212) configured to store packet data to be transmitted; and a controller (104, 702) configured for discarding the packet data according to a value of a timer corresponding to the packet data, and for maintaining the value of the timer corresponding to the packet data when a handover is performed without restarting or resetting the value of the timer in such a way that a current value of the timer corresponding to packet data to be transmitted to a source base station before the handover is taken over as a current value of the timer corresponding to the packet data to be transmitted to a target base station after the handover,
A user-interface target motion analysis method of a passive sonar system using two-dimensional parameter control, the method comprising: a first step of displaying a user-interface target motion analysis screen capable of selecting an input method; a second step of receiving an input method selection signal of a user; a third step of precisely calculating a speed and course of a target by controlling resolution of speed and course through speed zooming using wheel information, based on the user-selected input method, and recognizing and storing the speed and the course as input values; a fourth step of simultaneously calculating at least two parameters among parameter values including an initial range, a speed and a course based on the user-selected input method, and recognizing and storing the parameters as input values; a fifth step of calculating other parameter values that are not calculated in the fourth step, and recognizing and storing the other parameters as input values; and a sixth step of generating a result of the target motion analysis using the parameters inputted through the third to fifth steps. a first step of displaying a user-interface target motion analysis screen capable of selecting an input method; a second step of receiving an input method selection signal of a user; a third step of precisely calculating a speed and course of a target by controlling resolution of speed and course through speed zooming using wheel information, based on the user-selected input method, and recognizing and storing the speed and the course as input values; a fourth step of simultaneously calculating at least two parameters among parameter values including an initial range, a speed and a course based on the user-selected input method, and recognizing and storing the parameters as input values; a fifth step of calculating other parameter values that are not calculated in the fourth step, and recognizing and storing the other parameters as input values; and a sixth step of generating a result of the target motion analysis using the parameters inputted through the third to fifth steps.
A heat exchanger (1; 21) comprising one inlet tank (2; 22), having a fluid inlet (4; 24) for a fluid, and one outlet tank (3; 23), having a fluid outlet (5; 25) for said fluid, and a core (6; 26) of tubes (7, 8; 27; 28) joining said one inlet tank (2; 22) and said one outlet tank (3; 23) together and creating a plurality of fluid flow paths for said fluid from said one inlet tank (2; 22) to said one outlet tank (3; 23), wherein said tubes (7, 8; 27, 28) belong to a primary and a secondary group of tubes, c h a r act e r i sed in that said tubes (7, 8; 27; 28) having a throughout identical outer shape and internally varied characteristics, that said one inlet tank (2; 22) comprises a header plate (9; 29), which forms a core interface of said one inlet tank (2; 22), that said one outlet tank (3; 23) comprises a header plate (10; 30), which forms a core interface of said one outlet tank (3; 23), that said header plates (9, 10; 29, 30) comprise throughout identical tube insertion orifices (11; 31) for both the primary group of tubes (7; 27) and the secondary group of tubes (8; 28), that the tubes being a member of the primary group are base tubes (7; 27), and that the tubes being a member of the secondary group are adaptation tubes (8; 28), which are designed differently than the base tubes (7; 27) of the primary group and are used to locally change properties of the heat exchanger (1; 21) in critical areas of the heat exchanger (1; 21).
A pressure sensitive adhesive foam comprising a rubber-based elastomeric material and at least one hydrocarbon tackifier, wherein the hydrocarbon tackifier(s) have a Volatile Organic Compound value of less than 1000 ppm and a Volatile Fogging Compound value of less than 1500 ppm, when measured by thermogravimetric analysis according to the TGA weight loss test method, wherein the pressure sensitive adhesive foam further comprises a plasticizer selected from the group of polyisobutylene plasticizers, wherein the polyisobutylene plasticizers have a Volatile Organic Compound value of less than 1000 ppm and a Volatile Fogging Compound value of less than 2500 ppm, when measured by thermogravimetric analysis according to the TGA weight loss test method; and wherein the pressure sensitive adhesive foam has a Volatile Fogging Compound value of less than 4000 ppm, when measured by thermogravimetric analysis according to the TGA weight loss test method.
Method for transferring products from an accumulation surface to an output conveyor designed to convey products in a longitudinal direction, said transfer being executed using pushing means and that is also done using an intermediate conveyor arranged between said accumulation surface and said output conveyor and flush with the accumulation surface, said intermediate conveyor having drive means separate from said output conveyor to enable the speed of said intermediate conveyor to be varied independently of the speed of said output conveyor, and characterized in that the intermediate conveyor is also flush with said output conveyor, and in that said method includes the following steps: - deceleration of the intermediate conveyor and transfer of the products between the accumulation surface and the intermediate conveyor by said pushing means, - acceleration of the intermediate conveyor and transfer of the products from the intermediate conveyor to the output conveyor by said pushing means. - deceleration of the intermediate conveyor and transfer of the products between the accumulation surface and the intermediate conveyor by said pushing means, - acceleration of the intermediate conveyor and transfer of the products from the intermediate conveyor to the output conveyor by said pushing means.
A method for multimedia broadcast multicast service, MBMS, bearer setup for a pre-established group communication session in a group communications system, the method being performed by a client node, comprising: obtaining (S102, S202) an activation and service announcement of an MBMS bearer from a control node, the MBMS bearer being independent of any particular group of client nodes; and receiving a connect message, broadcasted over the previously announced MBMS bearer, for a group call wherein the connect message comprises a group identifier of a specific group of client nodes for the group call, and an identifier of a media stream of the pre-established session to be used for the group call. obtaining (S102, S202) an activation and service announcement of an MBMS bearer from a control node, the MBMS bearer being independent of any particular group of client nodes; and receiving a connect message, broadcasted over the previously announced MBMS bearer, for a group call wherein the connect message comprises a group identifier of a specific group of client nodes for the group call, and an identifier of a media stream of the pre-established session to be used for the group call.
A vision system for a motor vehicle, comprising a pair of imaging devices (12a, 12b) forming a stereo imaging means and a data processing device establishing an object detector adapted to detect an object in the surrounding of the motor vehicle from images captured by said imaging means, a tracker adapted to track over time the object detected by said object detector, wherein said data processing device is adapted to calculate a size related value of the detected and tracked object in an image, and a disparity related value of the detected and tracked object, characterized in that said data processing device comprises an analysis section adapted to perform an analysis on a group of at least five data points of the tracked object corresponding to different times, wherein each data point comprises a size related value and a corresponding, i.e. same-time, disparity related value of the detected object, wherein said analysis is a regression analysis using a predetermined regression function having at least one variable, wherein said regression analysis yields a best value for each variable corresponding to a best match of the regression function to the group of data points, wherein said analysis section is adapted to calculate from said at least one best value a systematic error in said disparity related values and/or in said size related values, wherein the regression analysis results from several tracked vehicles are combined to yield a more accurate systematic error.
An airway adaptor comprising: a gas passage into which a respiratory gas of a subject is to flow; a respiratory gas introducing portion (30, 40) which is configured to guide the respiratory gas expired from at least one of nostrils and a mouth of the subject, to the gas passage; and an airway case on which a temperature sensor that is configured to detect a temperature change of the respiratory gas flowing into the gas passage is mountable, characterized in that the temperature sensor includes a heat sensitive portion (65a-d, 61, 62) which is configured to sense a temperature, and, when the temperature sensor is mounted on the airway case, the heat sensitive portion (65a-d, 61, 62) is disposed in at least one of the gas passage and the respiratory gas introducing portion (30, 40). a gas passage into which a respiratory gas of a subject is to flow; a respiratory gas introducing portion (30, 40) which is configured to guide the respiratory gas expired from at least one of nostrils and a mouth of the subject, to the gas passage; and an airway case on which a temperature sensor that is configured to detect a temperature change of the respiratory gas flowing into the gas passage is mountable, characterized in that the temperature sensor includes a heat sensitive portion (65a-d, 61, 62) which is configured to sense a temperature, and, when the temperature sensor is mounted on the airway case, the heat sensitive portion (65a-d, 61, 62) is disposed in at least one of the gas passage and the respiratory gas introducing portion (30, 40).