mhurhangee/ep-ind-claims huggingface dataset:
An in vitro method of screening human subjects to assess their risk of developing cervical carcinoma, which method comprises screening the subject for expression of full-length mRNA transcripts of the E6 gene of HPV and sorting the subject into one of two categories of risk for development of cervical carcinoma based on expression of said E6 mRNA, wherein individuals positive for expression of E6 mRNA are scored as carrying integrated HPV or a modified episomal HPV genome and are therefore classified as high risk for development of cervical carcinoma, whereas individuals negative for expression of E6 mRNA are scored as not carrying integrated HPV or a modified episomal HPV genome and are therefore classified as no detectable risk for development of cervical carcinoma.
A method for controlling a digital television, DTV, located in a room among a plurality of rooms in a hotel, wherein the DTV is connected to a management server and includes an Access Point, AP, card, the method comprising: generating, at a management server, a unique service set identifier, SSID, and a wired equivalent privacy, WEP, key value corresponding to a user; transmitting the SSID and the WEP key value from the management server to the AP card and displaying the WEP key value on a screen of the DTV; receiving a message file from the management server, wherein the message file includes identification, ID, information of the room and primary additional information mapped to the room ID information; determining whether the room ID information is identical to ID information of a current room; displaying the primary additional information when the room ID information is identical to the current room ID information; transmitting both a request signal for requesting secondary additional information corresponding to the primary additional information and a response signal including the room ID information to the management server; and displaying the secondary additional information received from the management server, wherein the primary additional information includes at least one of hotel advertisement information, neighbor map information, restaurant information, event information reserved in the hotel, and information about hotel facilities based on the internet service requested by the user. generating, at a management server, a unique service set identifier, SSID, and a wired equivalent privacy, WEP, key value corresponding to a user; transmitting the SSID and the WEP key value from the management server to the AP card and displaying the WEP key value on a screen of the DTV; receiving a message file from the management server, wherein the message file includes identification, ID, information of the room and primary additional information mapped to the room ID information; determining whether the room ID information is identical to ID information of a current room; displaying the primary additional information when the room ID information is identical to the current room ID information; transmitting both a request signal for requesting secondary additional information corresponding to the primary additional information and a response signal including the room ID information to the management server; and displaying the secondary additional information received from the management server, wherein the primary additional information includes at least one of hotel advertisement information, neighbor map information, restaurant information, event information reserved in the hotel, and information about hotel facilities based on the internet service requested by the user.
A heads-up display having a display device (8, 50) for generating an image and an optics device for generating a virtual image from the image of the display device (8, 50), wherein the display device (8, 50) has a background illumination (10-14, 16-23, 54, 55), characterized in that the background illumination has a first optical waveguide, a second optical waveguide (11-14, 51), a first light source (16, 18, 20, 22), which couples light having a first color into the first optical waveguide, and a second light source (17, 19, 21, 23, 55), which couples light having a second color into the second optical waveguide (11-14, 51), wherein the two optical waveguides (11-14, 51) are arranged closely adjacent to one another such that they form a surface essentially designed as a display surface, and are separated from one another by a light-opaque and/or light-reflecting layer (26-29, 52).
A method for notifying a user of a mute state of a microphone system during a call with one or more other participants, in case the user speaks while the microphone system is muted, the method comprising - processing an output signal from the microphone system according to a Voice Activity Detection algorithm by means of a processor system while the microphone system is muted, - determining (S_D) if speech is present in accordance with an output of the Voice Activity Detection algorithm, - determining (D_AC) if an additional condition is fulfilled, and - providing (P_MSN) a mute state notification to the user only if it is determined that speech is present and the additional condition is fulfilled, characterized in that the additional condition is that it is not likely that the user has a physical conversation, and in that the microphone system comprises a microphone capturing the user's speech and at least one additional microphone to determine speech from another source, wherein the method comprises performing a first Voice Activity Detection algorithm on output signals from the microphone capturing the user's speech, and performing a second Voice Activity Detection algorithm on output signals from the at least one additional microphone to determine if it is likely that the user has a physical conversation. - processing an output signal from the microphone system according to a Voice Activity Detection algorithm by means of a processor system while the microphone system is muted, - determining (S_D) if speech is present in accordance with an output of the Voice Activity Detection algorithm, - determining (D_AC) if an additional condition is fulfilled, and - providing (P_MSN) a mute state notification to the user only if it is determined that speech is present and the additional condition is fulfilled, the additional condition is that it is not likely that the user has a physical conversation, and in that the microphone system comprises a microphone capturing the user's speech and at least one additional microphone to determine speech from another source, wherein the method comprises performing a first Voice Activity Detection algorithm on output signals from the microphone capturing the user's speech, and performing a second Voice Activity Detection algorithm on output signals from the at least one additional microphone to determine if it is likely that the user has a physical conversation.
Locking means for a sliding-wall or sliding-door system comprising in particular a plurality of individually displaceable wings, wherein the locking means comprises: a main body, which is designed for fastening on a displaceable wing, a catch element, which can be extended out of the main body in a vertical closing direction, a push rod, which can be activated transversely to the closing direction, and a deflecting device, which, when the push rod is activated transversely to the closing direction, gives rise to an extending movement of the catch element, with a movement component in the closing direction, characterized in that the catch element and the push rod are combined to form a rigid catch unit which runs with forced guidance on the main body, such that it can be displaced obliquely in relation to the closing direction, and thus forms the deflecting device. a main body, which is designed for fastening on a displaceable wing, a catch element, which can be extended out of the main body in a vertical closing direction, a push rod, which can be activated transversely to the closing direction, and a deflecting device, which, when the push rod is activated transversely to the closing direction, gives rise to an extending movement of the catch element, with a movement component in the closing direction, characterized in that the catch element and the push rod are combined to form a rigid catch unit which runs with forced guidance on the main body, such that it can be displaced obliquely in relation to the closing direction, and thus forms the deflecting device.
A method for generating a three-dimensional halftone threshold matrix for use in generating a three-dimensional object comprising: receiving a lattice model representing a continuous regular mesh-like structure formed of structural elements defining polyhedra of consistent size; determining a substructure model representing a three-dimensional material structure, wherein determining the substructure model comprises using the lattice model as a medial axis and specifying a variable material distribution by varying a thickness of a structural element in a region of the substructure model compared to another region thereof, and the method further comprises: rasterizing the substructure model into a plurality of discrete locations; and populating the locations of the substructure model with halftone threshold data to provide a three-dimensional halftone threshold matrix having the structure of the substructure model, wherein the matrix is null in all locations other than those characterising the structure and which is for use in generating control data for generating, with additive manufacturing print apparatus, the three-dimensional object having the structure. receiving a lattice model representing a continuous regular mesh-like structure formed of structural elements defining polyhedra of consistent size; determining a substructure model representing a three-dimensional material structure, wherein determining the substructure model comprises using the lattice model as a medial axis and specifying a variable material distribution by varying a thickness of a structural element in a region of the substructure model compared to another region thereof, and the method further comprises: rasterizing the substructure model into a plurality of discrete locations; and populating the locations of the substructure model with halftone threshold data to provide a three-dimensional halftone threshold matrix having the structure of the substructure model, wherein the matrix is null in all locations other than those characterising the structure and which is for use in generating control data for generating, with additive manufacturing print apparatus, the three-dimensional object having the structure. rasterizing the substructure model into a plurality of discrete locations; and populating the locations of the substructure model with halftone threshold data to provide a three-dimensional halftone threshold matrix having the structure of the substructure model, wherein the matrix is null in all locations other than those characterising the structure and which is for use in generating control data for generating, with additive manufacturing print apparatus, the three-dimensional object having the structure.
A device for placing a prosthetic component, the device comprising a unit, an internal shaft for carrying the prosthetic component and an external shaft for sheathing the prosthetic device at least temporarily, the unit comprising at least a carrier part comprising a threaded shaft and a cooperating part for cooperating with the carrier part, the cooperating part embodied as a bushing which can be moved along the threaded shaft, wherein the bushing has two internal threads (64, 74) arranged in series along the longitudinal extension and having different diameters (d64, d74) and different thread pitches, wherein the threaded shaft has an external thread region which cooperates with a first one of the internal threads of the bushing to move the external shaft as the first thread moves an outer-shaft holder which is connected to the external shaft by an axial opening in the threaded shaft, wherein a guidable member is disposed on the internal shaft surrounded by the threaded shaft, and wherein the threaded shaft has an opening in an axial direction so that the guidable member can protrude through the threaded shaft in radial direction for allowing cooperation of the second internal thread of the bushing with the guidable member, to move the internal shaft in a direction opposite to the direction of movement of the external shaft. wherein the bushing has two internal threads (64, 74) arranged in series along the longitudinal extension and having different diameters (d64, d74) and different thread pitches, wherein the threaded shaft has an external thread region which cooperates with a first one of the internal threads of the bushing to move the external shaft as the first thread moves an outer-shaft holder which is connected to the external shaft by an axial opening in the threaded shaft, wherein a guidable member is disposed on the internal shaft surrounded by the threaded shaft, and wherein the threaded shaft has an opening in an axial direction so that the guidable member can protrude through the threaded shaft in radial direction for allowing cooperation of the second internal thread of the bushing with the guidable member, to move the internal shaft in a direction opposite to the direction of movement of the external shaft.
A ZnO deposition material for formation of a transparent conductive film comprising: a ZnO pellet made of ZnO powder having a ZnO purity of 98% or more, wherein the pellet includes one or more kinds of rare earth elements selected from the group consisting of Y, La, Sc, Ce, Pr, Nd, Pm and Sm, the content of the rare earth element is 2 to 20 % by mass in the ZnO deposition material, the pellet has a relative density of 90% or more, and the pellet has a diameter of 5 to 50 mm. a ZnO pellet made of ZnO powder having a ZnO purity of 98% or more, wherein the pellet includes one or more kinds of rare earth elements selected from the group consisting of Y, La, Sc, Ce, Pr, Nd, Pm and Sm, the content of the rare earth element is 2 to 20 % by mass in the ZnO deposition material, the pellet has a relative density of 90% or more, and the pellet has a diameter of 5 to 50 mm.
A recombinant fusion protein comprising at least one Type 1 Ribosome Inactivating Protein, polypeptide B, which is MAP30 or fragment thereof comprising the active site(s) that confers the sequence with the characteristics and function of MAP30; and (i) at least one polypeptide A capable of viral entry inhibition, wherein polypeptide A is a Retrocyclin or a peptide consisting of the amino acid sequence set forth in SEQ ID NO: 12; and/or (ii) at least one Cationic AntiMicrobial Peptide, polypeptide C, which is a Dermaseptin or fragment thereof comprising the active site(s) that confers the sequence with the characteristics and function of the Dermaseptin, wherein the fusion protein further comprises at least one linker peptide between each of the polypeptides A, B and C (i) at least one polypeptide A capable of viral entry inhibition, wherein polypeptide A is a Retrocyclin or a peptide consisting of the amino acid sequence set forth in SEQ ID NO: 12; and/or (ii) at least one Cationic AntiMicrobial Peptide, polypeptide C, which is a Dermaseptin or fragment thereof comprising the active site(s) that confers the sequence with the characteristics and function of the Dermaseptin,
An apparatus for measuring pressure on a surface of a sensor pad, the apparatus comprising: the sensor pad comprising a first sensor layer with column electrodes that are covered with resistive material which fills in the spaces between the column electrodes and acts as a linear resistor between the column electrodes, and a second sensor layer with row electrodes that are covered with resistive material which fills in the spaces between the row electrodes and acts as a linear resistor between the row electrodes; and wherein the apparatus is configured to measure pressure at the surface by scanning of the sensor pad, wherein each time a scan occurs, pressure at points of the surface is measured by applying a positive voltage on each row one at a time while grounding the respective other rows and reading out voltage values on each column one at a time while grounding the respective other columns so that a voltage value is obtained for each row and column combination of one of the rows and one of the columns, wherein the voltage value of a row and column combination that is directly adjacent to a touched point is increased, and wherein the apparatus is configured to determine a location of any touched point upon the surface between two electrode columns that adjoin the touched point and two electrode rows that adjoin the touched point based on the increased voltage values of the corresponding row and column combinations. the sensor pad comprising a first sensor layer with column electrodes that are covered with resistive material which fills in the spaces between the column electrodes and acts as a linear resistor between the column electrodes, and a second sensor layer with row electrodes that are covered with resistive material which fills in the spaces between the row electrodes and acts as a linear resistor between the row electrodes; and wherein the apparatus is configured to measure pressure at the surface by scanning of the sensor pad, wherein each time a scan occurs, pressure at points of the surface is measured by applying a positive voltage on each row one at a time while grounding the respective other rows and reading out voltage values on each column one at a time while grounding the respective other columns so that a voltage value is obtained for each row and column combination of one of the rows and one of the columns, wherein the voltage value of a row and column combination that is directly adjacent to a touched point is increased, and wherein the apparatus is configured to determine a location of any touched point upon the surface between two electrode columns that adjoin the touched point and two electrode rows that adjoin the touched point based on the increased voltage values of the corresponding row and column combinations.
Motor vehicle equipped with an electric motor, and a heat transfer fluid distributor comprising a body comprising an inlet (6, 8) and a cold loop outlet, an inlet and a cold loop outlet hot loop, and a three-way controlled valve providing in a first position a passage from the hot loop inlet to the hot loop outlet and the cold loop inlet (6, 8) towards the cold loop outlet, and in a second position a passage from the hot loop inlet to the cold loop outlet, and from the cold loop inlet (6, 8) towards the hot loop outlet, characterized in that the body comprises a non-return valve preventing the passage of the cold loop outlet towards the inlet of cold loop (6, 8), and comprises a calibrated section passage from the cold loop inlet (6, 8) to the hot loop outlet, which has an inlet arranged lower than its outlet.
Composite panel element for guiding light, with - a first panel element with a first microstructure on a first inner surface, wherein the first microstructure has elevations and/or recesses, - and a second panel element with a second microstructure on a second inner surface, wherein the second microstructure has recesses and/or elevations, - wherein the panel elements (11, 21) are arranged relative to one another such that the first and second inner surfaces (13, 23) face one another and the first and second microstructures (12, 22) are arranged in an interlocking manner such that internal micro cavities are formed between the microstructures (12, 22), characterized in that - the first and second microstructures (12, 22) have snap-in sections (17, 27) corresponding to one another for form-fit fastening of the panel elements (11, 21) to one another, and - the snap-in sections (17, 27) of the first and second panel elements (11, 21) are each formed as a corresponding pair of a snap-in catch and a snap-in element. - a first panel element with a first microstructure on a first inner surface, wherein the first microstructure has elevations and/or recesses, - and a second panel element with a second microstructure on a second inner surface, wherein the second microstructure has recesses and/or elevations, - wherein the panel elements (11, 21) are arranged relative to one another such that the first and second inner surfaces (13, 23) face one another and the first and second microstructures (12, 22) are arranged in an interlocking manner such that internal micro cavities are formed between the microstructures (12, 22), characterized in that - the first and second microstructures (12, 22) have snap-in sections (17, 27) corresponding to one another for form-fit fastening of the panel elements (11, 21) to one another, and - the snap-in sections (17, 27) of the first and second panel elements (11, 21) are each formed as a corresponding pair of a snap-in catch and a snap-in element.
A gearbox including: at least two engaged gears, with one of said at least two gears being provided with a shroud positioned radially outwardly of said one of said at least two gears, with said shroud extending between circumferential ends which do not fully surround said one of said at least two gears, and an extension extending from said shroud to a component to be lubricated, and characterized by an inlet into said extension being within an axial width of said one of said at least two gears and said extension extending away from the axial width of said one of said at least two gears so that an outlet of said extension is spaced outwardly of the axial width of the gear, such that when said at least one gear rotates, lubricant is driven through said shroud and into said inlet of said extension, and then to said outlet of said extension; characterized in that an inlet to said extension is at a circumferentially intermediate location in said shroud.