mhurhangee/ep-ind-claims huggingface dataset:
A display tool comprising: a display part disposed in an erected state; a back part that has an upper edge connected to an upper edge of the display part and a lower edge and that is disposed behind the display part such that a distance between the back part and the display part gradually increases from the upper edges to lower edges of the back part and the display part; a stable part protruding downwardly along the back part; a leg part protruding downward direction at an angle less than an angle at which the back part slants; and a bottom part connected to a lower edge of the display part and to a lower edge of the leg part, wherein a lower edge of the stable part is provided in abutment with an upper surface of the bottom part; characterized in that the stable part protrudes from a portion of the lower edge of the back part; the leg part protrudes from remaining portion of the lower edge of the back part; the bottom part includes a first bottom part connected to the lower edge of the display part and disposed to extend in a direction toward the leg part, and a second bottom part connected to the lower edge of the leg part and disposed to extend in a direction toward the display part and overlap a lower side of the first bottom part, and a lower edge area of the stable part abuts an edge of the first bottom surface, and the lower edge of the stable part abuts an upper surface of the second bottom part. a display part disposed in an erected state; a back part that has an upper edge connected to an upper edge of the display part and a lower edge and that is disposed behind the display part such that a distance between the back part and the display part gradually increases from the upper edges to lower edges of the back part and the display part; a stable part protruding downwardly along the back part; a leg part protruding downward direction at an angle less than an angle at which the back part slants; and a bottom part connected to a lower edge of the display part and to a lower edge of the leg part, wherein a lower edge of the stable part is provided in abutment with an upper surface of the bottom part; characterized in that the stable part protrudes from a portion of the lower edge of the back part; the leg part protrudes from remaining portion of the lower edge of the back part; the bottom part includes a first bottom part connected to the lower edge of the display part and disposed to extend in a direction toward the leg part, and a second bottom part connected to the lower edge of the leg part and disposed to extend in a direction toward the display part and overlap a lower side of the first bottom part, and a lower edge area of the stable part abuts an edge of the first bottom surface, and the lower edge of the stable part abuts an upper surface of the second bottom part.
A system for delivering a transgene to visceral adipose tissue comprising a hybrid serotype Rec2 engineered adeno-associated virus vector comprising two expression cassettes; wherein the first cassette comprises a regulatory element and a transgene operatively linked to a promoter; and wherein the second cassette comprises a tissue specific promoter operatively linked to a RNA silencing element that targets the regulatory element in the first expression cassette.
Method for performing a number of injections for at least one cylinder of an internal combustion engine, in which, for the at least one cylinder, a setpoint time for a start of actuation of an injection is obtained, and a target time for the start of actuation is determined from the setpoint time plus a delay time, wherein a function for monitoring the internal combustion engine reacts to a delayed start of actuation, wherein in order to perform a test of the function a delay is brought about in a targeted fashion in order to prove that the function reacts correctly, wherein an injection is performed at the target time.
A device for separating infusion capsules, comprising a base unit and a plunger, the base unit having a face with an aperture for receiving a body part of the capsule; the plunger comprising a projection sized to fit within the aperture; characterised in that a portion of the face surrounding the aperture has a surface that undulates in a longitudinal direction relative to a central axis through the aperture. the base unit having a face with an aperture for receiving a body part of the capsule; the plunger comprising a projection sized to fit within the aperture; characterised in that a portion of the face surrounding the aperture has a surface that undulates in a longitudinal direction relative to a central axis through the aperture.
A signal light for motor vehicles, having a housing, in which at least a first lighting unit and a second lighting unit arranged in the main emission direction before the same are provided, wherein the second lighting unit is configured as a flat light guiding element (6, 26) which covers the first lighting unit, the flat light guiding element has a back side assigned to the first lighting unit, a front side facing away from the first lighting unit and a narrow side connecting the back side to the front side, to which, as a light coupling-in surface, at least one light-emitting diode as a light source is assigned, in order to couple the light into the flat light guiding element, and the flat light guiding element is configured in such a way that a light bundle of predefined luminous intensity distribution is emitted through the front side, characterised in that the flat light guiding element (6, 26) has an inner section extending in a front region of the signal light and has an outer section extending in a side region of the signal light, wherein a contour of the signal light runs substantially parallel to the main emission direction in the side region, and decoupling means are assigned to the flat light guiding element in such a way that a light bundle portion is decoupled from the flat light guiding element (6, 26) in a part of the inner section and/or a part of the outer section of the light guiding element (6, 26) facing the same, the luminous intensity of which light bundle portion lies above a predefined first threshold value, and a light bundle portion is decoupled from the flat light guiding element (6, 26) in an end-side rear part of the outer section, the luminous intensity of which light bundle portion lies below a predefined second threshold value, and the decoupling means are configured as light dispersing decoupling elements which are arranged on the front side and/or the back side of the flat light guiding element (6, 26), wherein the number and/or the size of the decoupling elements increase(s), starting from the light coupling-in surface in the inner section of the light guiding element (6, 26) in the direction of the outer section of the same, and wherein the number and/or size of the decoupling elements is/are constant or decrease(s) in the outer section of the light guiding element (6, 26).
A concrete pump having a stationary or mobile frame (10, 10', 10") with a sub-structure (14, 14', 14") which is fixed to the frame, having a rotating head which is mounted on a bearing block of the sub-structure so as to be rotatable by means of a drive mechanism about a vertical rotation axis, having an outrigger which is configured as a concrete distributing boom and supports a conveying line and which is articulated on a bearing point of the rotating head so as to have a horizontal pivot axis, and having a hydraulic cylinder-and-piston unit which by way of its ends (42, 44) which are fixed to the cylinder and to the piston rod, respectively, is articulated in each case on one outrigger-side and rotating head-side articulation point (46, 48) which is disposed so as to be spaced apart from the bearing point and has in each case a horizontal articulation axis, wherein the conveying line by way of a supply pipe which is fixed to the sub-structure and a connection pipe (108, 112) which penetrates centrally through the rotating head is impingeable with liquid concrete, which connection pipe on its one end by way of a rotating joint which is coaxial in relation to the vertical rotation axis of the rotating head is connected to the supply pipe and on its other end by way of a rotating joint which is coaxial in relation to the horizontal pivot axis of the outrigger is connected to the outrigger-side conveying line, wherein the rotating head has a base part which is disposed on the bearing block and an adaptor piece which comprises the bearing point for the outrigger and the rotating head-side articulation point for the cylinder and piston unit, wherein the base part and the adaptor piece are releasably intercoupled by way of a separation point, wherein the connection pipe (108, 112) is subdivided into a first part-pipe which is connected to the base part and connected to the supply pipe and a second part-pipe which is connected to the adaptor piece and connected to the outrigger-side conveying line, wherein the first and the second part-pipes (112, 108) by way of a pipe coupling are releasably intercoupled in the region of the separation point, and wherein the base part and the adaptor piece on their separation point have coupling elements which in pairs are interconnectable in a form-fitting manner, characterized in that a first group of coupling elements are configured as drop-in elements (56, 57; 56', 57') and a second group of coupling elements are configured as receptacles (58, 59) for the drop-in elements, and in that the adaptor piece is provided with two drop-in elements (56, 57; 56', 57') or drop-in element pairs, and the base part is provided with two receptacles (58, 59) or receptacle pairs which are open toward the top of the periphery and which in each case at least in the vertical direction are mutually spaced apart (s).
A connecting assembly with a connector and at least one fluid line hooked up to the connector, in particular for conducting an aqueous urea solution, wherein the connector has at least two terminal ends as well as a connector section that connects the terminal ends with each other, wherein at least one fluid line end of a fluid line engages into at least one terminal end of the connector, wherein at least one compensation element is hooked up to the fluid line or to the fluid line end in the area of the fluid line end of the fluid line, wherein the compensation element can be supported by a least one spring element on at least one support stop, wherein, by increasing the pressure in the connector section, in particular by generating an ice pressure in the connector section, the compensation element can be moved against the restoring force of the spring element in the direction of the support stop as the interior volume of the connector section increases, characterized in that a connector housing that receives the connector is provided, wherein the connector housing incorporates at least one fluid line end engaging into a terminal end of the connector as well as the compensation element hooked up in the area of the fluid line end including the allocated spring element, and wherein the compensation element is arranged outside of the connector and inside of the connector housing.
A tracked pallet jack to handle a load on a working area, the pallet jack comprising: - a substantially box-like main body having a front wall, a rear wall opposite thereto and a pair of side walls ( 13, 14); - at least one pair of forks ( 20, 20 ') defining a first longitudinal axis operatively connected to said main body in correspondence of said front wall; wherein said main body comprises motor means and forwarding means of the pallet jack along said working area, said motor means and said forwarding means being operatively connected therebetween; characterized in that each of said forks ( 20, 20 ') comprises a respective at least one first idler wheel and at least one second idler wheel susceptible to rotate on said working area upon the forwarding of the pallet jack along said working area promoted by said forwarding means; wherein said forwarding means comprise or consist of at least one track rotatably coupled to said main body to reciprocally rotate around a second vertical axis substantially perpendicular to said first axis. - a substantially box-like main body having a front wall, a rear wall opposite thereto and a pair of side walls ( 13, 14); - at least one pair of forks ( 20, 20 ') defining a first longitudinal axis operatively connected to said main body in correspondence of said front wall;
A wheel housing for a turbocharger comprising: a first structural body; a second structural body that is formed separately from the first structural body and that is joined to the first structural body; and a gas passageway formed between the first structural body and the second structural body, wherein: a joint portion between the first structural body and the second structural body is provided with a corner portion that is formed by a first surface of the first structural body which faces the gas passageway and a second surface of the second structural body which faces the gas passageway; and the first structural body is joined to the second structural body by brazing; characterised by: a guide portion that is shaped to change a direction of flow of a gas along the first surface to a direction along the second surface that is formed on the corner portion, and in that the guide portion is a fillet that is formed by the brazing. a first structural body; a second structural body that is formed separately from the first structural body and that is joined to the first structural body; and a gas passageway formed between the first structural body and the second structural body, wherein: a joint portion between the first structural body and the second structural body is provided with a corner portion that is formed by a first surface of the first structural body which faces the gas passageway and a second surface of the second structural body which faces the gas passageway; and the first structural body is joined to the second structural body by brazing; a joint portion between the first structural body and the second structural body is provided with a corner portion that is formed by a first surface of the first structural body which faces the gas passageway and a second surface of the second structural body which faces the gas passageway; and the first structural body is joined to the second structural body by brazing; characterised by: a guide portion that is shaped to change a direction of flow of a gas along the first surface to a direction along the second surface that is formed on the corner portion, and in that the guide portion is a fillet that is formed by the brazing. a guide portion that is shaped to change a direction of flow of a gas along the first surface to a direction along the second surface that is formed on the corner portion, and in that the guide portion is a fillet that is formed by the brazing.
An extracorporeal circuit comprising: lines which include passages for blood or a medical liquid; a connector (38, 40) at a free end of each of the lines; a cassette supporting the lines, and dummy connectors (42, 44) attached to the cassette and each adapted to form a mating connection with a respective one of the connectors (38, 40) at the free ends of the lines, wherein the connectors (38, 40) are arranged in accordance with a sequence in which the lines are attached for a blood treatment session or are grouped in accordance with types of liquids to flow through the lines during the blood treatment session; wherein a first group of the dummy connectors (42, 44) are attached to a sidewall of the cassette and a second group of the dummy connectors (42, 44) are attached to a front wall of the cassette. lines which include passages for blood or a medical liquid; a connector (38, 40) at a free end of each of the lines; a cassette supporting the lines, and dummy connectors (42, 44) attached to the cassette and each adapted to form a mating connection with a respective one of the connectors (38, 40) at the free ends of the lines, wherein the connectors (38, 40) are arranged in accordance with a sequence in which the lines are attached for a blood treatment session or are grouped in accordance with types of liquids to flow through the lines during the blood treatment session; wherein a first group of the dummy connectors (42, 44) are attached to a sidewall of the cassette and a second group of the dummy connectors (42, 44) are attached to a front wall of the cassette.
A skin cleansing agent comprising: crystalline cellulose having an average particle size of equal to or less than 100 μm; polyquaternium-7; a higher fatty acid salt having 8 to 22 carbon atoms; and a polyol. crystalline cellulose having an average particle size of equal to or less than 100 μm; polyquaternium-7; a higher fatty acid salt having 8 to 22 carbon atoms; and a polyol.
Sandwich laminate comprising a sandwich core material and an upper laminate part and a lower laminate part, wherein the upper laminate part and the lower laminate part comprise a thermoplastic matrix material and heating elements, characterized in that the heating elements are electrically conductive fibres constituting electric circuits in the interior part of the thermoplastic matrix material.
Fixing bracket for wall insulation, having at one end a vertical fixing plate that can be placed against a building wall and has a hole in it to receive a fixing means, a likewise vertically oriented bearing plate that extends at right angles to the fixing plate and having a horizontally oriented support plate (3, 3a), wherein the fixing plate, the bearing plate and the support plate (3, 3a) are made from plastic and are constructed as a single piece from one material, characterised in that the support plate (3, 3a) is disposed on top of the bearing plate, the support plate extends on both sides of the bearing plate in such a way that both the support plate and the bearing plate form a T-shaped cross-section, the fixing plate is constructed thicker in the area above than in the area below the support plate, and the fixing plate is constructed with an increased material thickness in the area in which it incorporates a hole to receive a fixing means.
A serving apparatus comprising a main receptacle for holding articles for customer selection, a data storage device, a processing device comprising a processor, an RFID first detector comprising a first antenna which is to detect and collect product identification information associated with an RFID tagged article when said article is first introduced or checked-in into said main receptacle during a serving session, and an RFID second detector comprising a second antenna which is at a location distal from the main receptacle, oriented to detect radio frequency signals coming from outside of the apparatus and shielded to prevent detecting RFID tags attached to articles on the main receptacle and to check out or deregister an article after said article has been removed from said main receptacle and presented at said RFID second detector; wherein the processor is to classify an RFID tagged article as being viewed if the article is removed from the main receptacle for a time exceeding a threshold time and not checked out by the threshold time and to operate to log viewing history of the RFID tagged article or articles and to store the viewing history in the data storage device; and wherein the viewing history includes the product identification information of articles introduced into the main receptacle, the product identification information of articles removed for viewing, the number of viewings per article, total viewing duration of a viewed article, and/or articles purchased.
A method of broadcasting a content in a wireless communication system, said method comprising acts of: converting the content into a first stream and a second stream; allocating a first set of tones and a second set of tones to a first access point; transmitting from the first access point said first stream using the first set of tones; and transmitting from the first access point said second stream using the second set of tones, wherein said second set of tones is orthogonal to a set of tones used by a second access point adjacent to the first access point for transmitting said second stream, wherein the coverage area for the first stream is smaller than the coverage area for the second stream. converting the content into a first stream and a second stream; allocating a first set of tones and a second set of tones to a first access point; transmitting from the first access point said first stream using the first set of tones; and transmitting from the first access point said second stream using the second set of tones, wherein said second set of tones is orthogonal to a set of tones used by a second access point adjacent to the first access point for transmitting said second stream, wherein the coverage area for the first stream is smaller than the coverage area for the second stream.
A medical imaging device comprising: an image acquisition device a computing device comprising an image segmentation device and a visualization device; and a separate selection button; wherein the image acquisition device is adapted for acquiring an image of a region of interest in a patient body; wherein the image segmentation device is adapted to automatically identify anatomic or device structures within the acquired image using image segmentation techniques and wherein the image segmentation device is further adapted to provide a plurality of candidate images representing the identified anatomic or device structures; wherein the visualization device is adapted to visualize the plurality of candidate images on a display; and wherein the imaging device is adapted for manually selecting one candidate image out of the plurality of candidate images only by activating the selection button, characterised in that the selection button is provided in addition to and separate from other input devices adapted for inputting data to the computing device and is also connected to the computing device wherein the selection button is positioned spatially separate to the display and to the other input devices and is arranged at or close to a patient table, so that the selection button may be easily handled during a medical intervention by an intervening physician. an image acquisition device a computing device comprising an image segmentation device and a visualization device; and a separate selection button; an image segmentation device and a visualization device; and a separate selection button; wherein the image acquisition device is adapted for acquiring an image of a region of interest in a patient body; wherein the image segmentation device is adapted to automatically identify anatomic or device structures within the acquired image using image segmentation techniques and wherein the image segmentation device is further adapted to provide a plurality of candidate images representing the identified anatomic or device structures; wherein the visualization device is adapted to visualize the plurality of candidate images on a display; and wherein the imaging device is adapted for manually selecting one candidate image out of the plurality of candidate images only by activating the selection button, characterised in that the selection button is provided in addition to and separate from other input devices adapted for inputting data to the computing device and is also connected to the computing device wherein the selection button is positioned spatially separate to the display and to the other input devices and is arranged at or close to a patient table, so that the selection button may be easily handled during a medical intervention by an intervening physician.