mhurhangee/ep-ind-claims huggingface dataset:
A magnetic semiconductor device comprising: a pn homojunction structure formed by joining a thin film of a p-type conductive magnetic semiconductor material and a thin film of an n-type conductive magnetic semiconductor material characterized in that the n-type material is represented by LnMnO 1-x Pn 1-y (wherein Ln is at least one type selected from Y and rare earth elements of La, Ce, Pr, Nd, Sm, Eu, Gd, Tb, Dy, Ho, Er, Tm, Yb, and Lu, and Pn is at least one selected from pnicogen elements of N, P, As, Bi, and Sb, and wherein 0 < x < 0.1 and 0 < y < 0.1), the LnMnO 1-x Pn 1-y yielding n-type conduction by making at least one chemical equivalent ratio of an oxygen ion (O 2-) and a Pn ion (Pn 3-) less than a stoichiometric composition of LnMnOPn, and a p-type material is represented by LnMnO 1+x Pn 1+y (0 < x < 0.1 and 0 < y < 0.1) yielding p-type conduction by making at least one chemical equivalent ratio of an oxygen ion (O 2-) and a Pn ion (Pn 3-) more than a stoichiometric composition of LnMnOPn. a pn homojunction structure formed by joining a thin film of a p-type conductive magnetic semiconductor material and a thin film of an n-type conductive magnetic semiconductor material characterized in that the n-type material is represented by LnMnO 1-x Pn 1-y (wherein Ln is at least one type selected from Y and rare earth elements of La, Ce, Pr, Nd, Sm, Eu, Gd, Tb, Dy, Ho, Er, Tm, Yb, and Lu, and Pn is at least one selected from pnicogen elements of N, P, As, Bi, and Sb, and wherein 0 < x < 0.1 and 0 < y < 0.1), the LnMnO 1-x Pn 1-y yielding n-type conduction by making at least one chemical equivalent ratio of an oxygen ion (O 2-) and a Pn ion (Pn 3-) less than a stoichiometric composition of LnMnOPn, and a p-type material is represented by LnMnO 1+x Pn 1+y (0 < x < 0.1 and 0 < y < 0.1) yielding p-type conduction by making at least one chemical equivalent ratio of an oxygen ion (O 2-) and a Pn ion (Pn 3-) more than a stoichiometric composition of LnMnOPn.
Washing machine comprising a suds container arranged in a housing, in which container a drum is rotatably mounted, and at least one rinsing chamber for the metered provision of a powdered or liquid detergent which can be flushed out of the rinsing chamber into the suds container by washing liquid that is introduced, and in order to empty the rinsing chamber said chamber cooperates with a locking assembly that can be actuated and opened due to the supply of washing liquid and closes on account of its own weight, the locking assembly being arranged in a drawer which is designed as a rinsing chamber and which remains in the open position after the detergent has been emptied by the washing liquid, irrespective of the supply of washing liquid, and the locking assembly unlocks and re-closes by moving the drawer, characterised in that the locking assembly comprises a flap which is pivotally mounted on the drawer.
A method (200, 500) comprising, at a client device (130, 131) configured for communications in an information centric networking, ICN, system: transmitting, to a server, a first interest message, wherein the first interest message comprises a request for a representational state transfer, REST, operation and a first name of a first state for the REST operation; receiving, from the server, a second interest message, wherein the second interest message comprises the first name of the first state for the REST operation; transmitting, to the server, in response to receiving the second interest message, a first named data object indicated by the first name, the first named data object comprising the first state for the REST operation; and receiving, from the server, a response to the REST operation indicating whether the REST operation was completed successfully to update the first state. transmitting, to a server, a first interest message, wherein the first interest message comprises a request for a representational state transfer, REST, operation and a first name of a first state for the REST operation; receiving, from the server, a second interest message, wherein the second interest message comprises the first name of the first state for the REST operation; transmitting, to the server, in response to receiving the second interest message, a first named data object indicated by the first name, the first named data object comprising the first state for the REST operation; and receiving, from the server, a response to the REST operation indicating whether the REST operation was completed successfully to update the first state.
A composition for use in thrombolysis in vivo, comprising: (a) a therapeutically effective amount of a peptide consisting of the amino acid sequence selected from the group consisting of SEQ ID NOs: 3-12; and (b) a pharmaceutically acceptable carrier. (a) a therapeutically effective amount of a peptide consisting of the amino acid sequence selected from the group consisting of SEQ ID NOs: 3-12; and (b) a pharmaceutically acceptable carrier.
A deflector apparatus for a vehicle, comprising: a deflector body configured to be provided along a front edge portion of an opening portion formed on a roof portion of the vehicle and to be deployed by projecting above a surface of the roof portion, the deflector body including a mesh member extending along the front edge portion of the opening portion; and a pair of resin frames (26, 26) provided at end portions of the mesh member in a widthwise direction of the mesh member respectively to extend in a lengthwise direction of the mesh member over an entire length of the mesh member, the pair of resin frames (26, 26) being resin-molded integrally with the mesh member and covering the end portions of the mesh member including edges (25b, 25b) of the mesh member in the widthwise direction of the mesh member, characterized in that, the deflector body includes a first metal frame and a second metal frame both engaging with the pair of resin frames (26, 26) respectively along a lengthwise direction of the pair of resin frames (26, 26) over an entire length of each of the pair of resin frames (26, 26) and a side frame extending in the widthwise direction of the mesh member and connected to an end portion of the first metal frame and to an end portion of the second metal frame, and a distance between the first metal frame and the second metal frame in the widthwise direction of the mesh member is increased by means that the first metal frame and the second metal frame engage with the side frame. a deflector body configured to be provided along a front edge portion of an opening portion formed on a roof portion of the vehicle and to be deployed by projecting above a surface of the roof portion, the deflector body including a mesh member extending along the front edge portion of the opening portion; and a pair of resin frames (26, 26) provided at end portions of the mesh member in a widthwise direction of the mesh member respectively to extend in a lengthwise direction of the mesh member over an entire length of the mesh member, the pair of resin frames (26, 26) being resin-molded integrally with the mesh member and covering the end portions of the mesh member including edges (25b, 25b) of the mesh member in the widthwise direction of the mesh member, characterized in that, the deflector body includes a first metal frame and a second metal frame both engaging with the pair of resin frames (26, 26) respectively along a lengthwise direction of the pair of resin frames (26, 26) over an entire length of each of the pair of resin frames (26, 26) and a side frame extending in the widthwise direction of the mesh member and connected to an end portion of the first metal frame and to an end portion of the second metal frame, and a distance between the first metal frame and the second metal frame in the widthwise direction of the mesh member is increased by means that the first metal frame and the second metal frame engage with the side frame.
An active material comprising a niobium composite oxide, which is represented by a general formula of Li x M (1-y) Nb y Nb 2 O (7+δ), wherein M is at least one selected from the group consisting of Ti and Zr, and x, y and δ satisfy 0 ≤ x ≤ 6, 0 ≤ y ≤ 1, and -1 ≤ δ ≤ 1, respectively, and the niobium composite oxide comprises nitrogen atoms in a content of 0.01% to 3.02% by mass.
A method for enhancing message communication between a first and a second network node in a communication network, the method being executed at the first network node comprising: - receiving an input message from the second network node wherein the input message contains at least one parameter (211, 212), and wherein the parameter comprises a parameter identifier, which identifies the parameter with a unique value, and parameter data; - identifying in the received input message the presence of the at least one parameter (211, 212), and verifying that the parameter identifier of the parameter (211, 212) contained in the received input message is not present in any data storage of the first network node, meaning that the parameter is unknown to the first network node; - sending a request message to the second network node for obtaining meta-data associated with the identified unknown parameter; - receiving a response message containing said meta-data associated with the identified unknown parameter from the second network node; and - updating the obtained meta-data associated with the unknown parameter. - receiving an input message from the second network node wherein the input message contains at least one parameter (211, 212), and wherein the parameter comprises a parameter identifier, which identifies the parameter with a unique value, and parameter data; - identifying in the received input message the presence of the at least one parameter (211, 212), and verifying that the parameter identifier of the parameter (211, 212) contained in the received input message is not present in any data storage of the first network node, meaning that the parameter is unknown to the first network node; - sending a request message to the second network node for obtaining meta-data associated with the identified unknown parameter; - receiving a response message containing said meta-data associated with the identified unknown parameter from the second network node; and - updating the obtained meta-data associated with the unknown parameter.
An autonomous pipeline isolation tool for use in offshore and onshore oil and gas or any other fluid pipeline isolation, the electrical autonomous pipeline isolation tool comprising a first part and a second part, the first part comprising a pressure vessel housing and the second part comprising an actuator housing, the first and second parts being moveable relative to each other, the pipeline isolation tool being controllable using a communications system; the electrical autonomous pipeline isolation tool also comprising at least one sealing member which is moveable between an unset condition in which the sealing member is disengaged and the isolation tool is able to travel along inside a pipeline to a predetermined location; and a set condition in which the sealing member is engaged against an internal wall of a pipeline such that a seal is formed between the sealing member of the isolation tool and the internal wall of the pipeline; the isolation tool being moveable between the unset condition and the set condition under action of the first part and the second part moving relative to each other, wherein the autonomous pipeline isolation tool is configured as a single unit, self contained modular electric autonomous pipeline isolation tool, suitable for use in high pressure environments, being powered by a power module contained within the pressure vessel housing of the single unit electrical autonomous pipeline isolation tool, the pressure vessel housing being a sealed pressure vessel housing which stays at one atmosphere, characterised in that the electrical autonomous pipeline isolation tool further comprises a piston rod which is moveably located in a return chamber, the return chamber being positioned within the pressure vessel housing, wherein at one end, the piston is connected to the actuator housing by an actuator rod while at the other end, the return chamber is secured to the pressure vessel housing by fixing means.
A mammography apparatus, comprising: an x-ray source comprising an x-ray tube with one or more focal spots; a controller configured to control one or more parameters of the x-ray exposure; a digital image receptor associated with the x-ray source, and configured to generate an x-ray image of an object positioned between the x-ray source and the digital image receptor; a mobile carriage configured to receive, in normal use, a compression paddle intended to compress the breast of a patient being examined; a specimen tray configured to receive one or more samples from a biopsy; a positioning arm for positioning the specimen tray between the x-ray source and the digital image receptor; and a detector configured to detect the presence of the specimen tray when the specimen tray is positioned on the mobile carriage; wherein the controller is further configured to adjust, select or configure one or more parameters of the x-ray exposure in reaction to the detection of the presence of the specimen tray on the mobile carriage in such a way that the one or more parameters are adapted to the specific needs of imaging biopsy specimens. an x-ray source comprising an x-ray tube with one or more focal spots; a controller configured to control one or more parameters of the x-ray exposure; a digital image receptor associated with the x-ray source, and configured to generate an x-ray image of an object positioned between the x-ray source and the digital image receptor; a mobile carriage configured to receive, in normal use, a compression paddle intended to compress the breast of a patient being examined; a specimen tray configured to receive one or more samples from a biopsy; a positioning arm for positioning the specimen tray between the x-ray source and the digital image receptor; and a detector configured to detect the presence of the specimen tray when the specimen tray is positioned on the mobile carriage; wherein the controller is further configured to adjust, select or configure one or more parameters of the x-ray exposure in reaction to the detection of the presence of the specimen tray on the mobile carriage in such a way that the one or more parameters are adapted to the specific needs of imaging biopsy specimens.
An information processing apparatus for processing content displaying an image comprising one or more elemental images, which are images that are integrated to form a displayed image, with varying a display area and an enlargement factor of the displayed image, the elemental images including hierarchical images having a data structure where pieces of image data with different resolutions generated from a single image are hierarchized in the order of resolution,wherein a hierarchical level of image data used to display the hierarchical image varies according to the enlargement factor, the information processing apparatus comprising: a viewpoint coordinate acquiring unit configured to receive a request for a shift of a viewpoint for the displayed image and configured to acquire viewpoint coordinates of an image to be displayed next; an elemental image rendering unit configured to render the elemental image; and a coordinate conversion unit configured to convert a coordinate system unique to each elemental image into a display coordinate system, based on image correspondence data where a layout of the elemental image is expressed by a relative position in relation to another elemental image, wherein the image correspondence data comprises a tree structure that connects elemental images that have relative relationships with each other, the relative positional information between a parent node and a child node being expressed as a coordinate transform matrix, and configured to calculate positional coordinates in the display coordinate system of each elemental image corresponding to the viewpoint coordinates of the image to be displayed next; and an elemental image integrating unit configured to generate a displayed image where the elemental image rendered by the elemental image rendering unit is arranged in the respective positional coordinates. a viewpoint coordinate acquiring unit configured to receive a request for a shift of a viewpoint for the displayed image and configured to acquire viewpoint coordinates of an image to be displayed next; an elemental image rendering unit configured to render the elemental image; and a coordinate conversion unit configured to convert a coordinate system unique to each elemental image into a display coordinate system, based on image correspondence data where a layout of the elemental image is expressed by a relative position in relation to another elemental image, wherein the image correspondence data comprises a tree structure that connects elemental images that have relative relationships with each other, the relative positional information between a parent node and a child node being expressed as a coordinate transform matrix, and configured to calculate positional coordinates in the display coordinate system of each elemental image corresponding to the viewpoint coordinates of the image to be displayed next; and an elemental image integrating unit configured to generate a displayed image where the elemental image rendered by the elemental image rendering unit is arranged in the respective positional coordinates.
A heat exchanger comprising a jacket element and an insert element, wherein the insert element is arranged in the operating state inside the jacket element, wherein the insert element has a longitudinal axis, wherein the insert element includes an insert jacket element and at least one web element (9, 10), arranged in an angle of 25 degrees up to and including 75 degrees with respect to the longitudinal axis, the web element (9, 10) having a first end and a second end, the first end and the second end of the web element (9, 10) being connected to the insert jacket element at different locations, the web element (9, 10) comprising a web element channel (11, 12), the web element channel (11, 12) extending from the first end of the web element (9, 10) to the second end of the web element (9, 10), characterized in that the insert jacket element includes an insert jacket channel (32, 33) which is fluid-conductively connected to one of the web element channels (11, 12), wherein an intermediate jacket element is arranged between the insert jacket element and the jacket element, wherein the insert jacket channel (32, 33) is fluidly connected to an intermediate jacket element channel (51, 52).
A tolerance ring, comprising: a generally cylindrical body having a side wall that defines a top, and a bottom, wherein the side wall includes: a plurality of wave structures extending from the sidewall; a plurality of unformed sections, wherein each unformed section is located between a pair of adjacent wave structures; a gap extending along the entire length of the body, wherein the gap establishes a split in the body; characterized by at least one hole intersecting at least one of the wave structures to establish a perforated wave structure, wherein a center of the hole is located in one of the unformed sections and a periphery of the hole overlaps the wave. a plurality of wave structures extending from the sidewall; a plurality of unformed sections, wherein each unformed section is located between a pair of adjacent wave structures; a gap extending along the entire length of the body, wherein the gap establishes a split in the body; characterized by at least one hole intersecting at least one of the wave structures to establish a perforated wave structure, wherein a center of the hole is located in one of the unformed sections and a periphery of the hole overlaps the wave.
A process of fabricating a solar cell, the process comprising: removing a non-uniform dielectric film that covers a backside surface of a plurality of P-type and N-type diffusion regions to expose the backside surface of the plurality of P-type and N-type diffusion regions; after removing the non-uniform dielectric film, forming a substantially uniform layer of dielectric on the backside surface of the plurality of P-type and N-type diffusion regions; using a laser to form a plurality of contact holes through the substantially uniform layer of dielectric, each contact hole in the plurality of contact holes exposing a surface of a corresponding P-type or N-type diffusion region in the plurality of P-type and N-type diffusion regions; and forming a metal contact in each of the plurality of contact holes to form an electrical connection to an exposed surface of each of the plurality of P-type and N-type diffusion regions. removing a non-uniform dielectric film that covers a backside surface of a plurality of P-type and N-type diffusion regions to expose the backside surface of the plurality of P-type and N-type diffusion regions; after removing the non-uniform dielectric film, forming a substantially uniform layer of dielectric on the backside surface of the plurality of P-type and N-type diffusion regions; using a laser to form a plurality of contact holes through the substantially uniform layer of dielectric, each contact hole in the plurality of contact holes exposing a surface of a corresponding P-type or N-type diffusion region in the plurality of P-type and N-type diffusion regions; and forming a metal contact in each of the plurality of contact holes to form an electrical connection to an exposed surface of each of the plurality of P-type and N-type diffusion regions.
Arrangement for utilising the solar energy irradiated on buildings, in particular two-storey or multi-storey housing blocks, comprising a building, a collector mounted on the building, comprising insulated receiving spaces for a heat accumulator which are covered by a material which is at least partially permeable to the radiation, said heat accumulator having a medium, in particular water or air, which is to be guided into the building via lines, and comprising at least one further accumulator body for outputting heat to the medium to be guided into the building, characterised in that the material which is permeable to the radiation has thermal U-values of less than 0.9 W/m 2 K, in particular of less than 0.7 W/m 2 K, and in that the lines for heated water or heated air connect the collector directly to at least one consumer which is arranged in a consumer space located behind the collector and in the building, wherein the allocated collector is designed in terms of its heat accumulator capacity and temperature for the expected consumption of heat energy and, in the case of hot water generation, is connected to a consumption water line, whereby hot water is withdrawn under the supply line pressure of the consumption water line.