mhurhangee/ep-ind-claims huggingface dataset:
An imaging system comprising: a conveyor duct comprising a first wall and an opposing second wall; a gantry coupled to one end of said conveyor duct; an imaging assembly associated with said gantry, wherein said imaging assembly comprises: an x-ray source; and a plurality of detectors defining a field of view, FOV, of said imaging assembly; a conveyor assembly coupled to said conveyor duct, said conveyor assembly comprising a first rail coupled to said first wall of said conveyor duct and a second rail coupled to said second wall of said conveyor duct, said first rail and said second rail defining a channel therebetween; and a tray comprising a base, wherein said conveyor assembly is configured to transport said tray into said gantry, and wherein a base of said tray extends between and below said first rail and said second rail when said conveyor assembly is transporting said tray; and, wherein said conveyor assembly is configured to transport said tray through the FOV of said imaging assembly. a conveyor duct comprising a first wall and an opposing second wall; a gantry coupled to one end of said conveyor duct; an imaging assembly associated with said gantry, wherein said imaging assembly comprises: an x-ray source; and a plurality of detectors defining a field of view, FOV, of said imaging assembly; a conveyor assembly coupled to said conveyor duct, said conveyor assembly comprising a first rail coupled to said first wall of said conveyor duct and a second rail coupled to said second wall of said conveyor duct, said first rail and said second rail defining a channel therebetween; and a tray comprising a base, wherein said conveyor assembly is configured to transport said tray into said gantry, and wherein a base of said tray extends between and below said first rail and said second rail when said conveyor assembly is transporting said tray; and, wherein said conveyor assembly is configured to transport said tray through the FOV of said imaging assembly. an x-ray source; and a plurality of detectors defining a field of view, FOV, of said imaging assembly; a conveyor assembly coupled to said conveyor duct, said conveyor assembly comprising a first rail coupled to said first wall of said conveyor duct and a second rail coupled to said second wall of said conveyor duct, said first rail and said second rail defining a channel therebetween; and a tray comprising a base, wherein said conveyor assembly is configured to transport said tray into said gantry, and wherein a base of said tray extends between and below said first rail and said second rail when said conveyor assembly is transporting said tray; and, wherein said conveyor assembly is configured to transport said tray through the FOV of said imaging assembly.
A composition comprising Aldehyde dehydrogenase 2 for use in the treatment of aldehyde toxicity resulting from ethanol metabolism after a subject has consumed ethanol, wherein the composition is to be administered IV in a therapeutically effective dosage, wherein the dosage results in at least a 25% reduction of the systemic level of the toxic aldehyde in the subject.
Liquid phase process for producing indium oxide-containing layers from nonaqueous solution, characterized in that an anhydrous composition containing at least one indium halogen alkoxide of the generic formula InX 2 where R = alkyl radical and/or alkoxyalkyl radical and X = F, Cl, Br or I and at least one solvent or dispersion medium is, in the sequence of points a) to d), in anhydrous atmosphere, a) applied to a substrate, b) the composition applied to the substrate is irradiated with electromagnetic radiation of wavelength ≤ 360 nm and c) optionally dried, and then d) converted thermally to an indium oxide-containing layer. a) applied to a substrate, b) the composition applied to the substrate is irradiated with electromagnetic radiation of wavelength ≤ 360 nm and c) optionally dried, and then d) converted thermally to an indium oxide-containing layer.
An apparatus for installing cables or pipes in tunnels, comprising a motorised vehicle 32 having a cable/pipe positioning arm 80 at each end of the vehicle which is controllable to move a cable/pipe from a temporary installation position to a final installation position, wherein each cable/pipe positioning arm is associated with and spaced from a cable/pipe sagging arm 84 which is controllable to apply a desired amount of sagging to a length of cable/pipe between adjacent final installation positions.
Sunshade assembly comprising a flexible sunscreen having opposed longitudinal edges and opposed transversal edges, a rotatable winding shaft configured for winding and unwinding the sunscreen at a first transversal edge and an operating beam connected to the second, leading one of said transversal edges, and two opposed longitudinal guides each defining a guide channel for receiving therein and guiding inwardly folded parts of corresponding ones of said longitudinal edges of the sunscreen, wherein the guides further each define an inwardly directed, longitudinally extending entrance opening for the respective guide channel and wherein the operating beam at opposite ends is provided with positioning members around which inwardly folded wings of the longitudinal edges of the sunscreen are positioned which define leading parts of the respective inwardly folded parts of the sunscreen, which positioning members extend from the operating beam into corresponding ones of said longitudinal guides and are movable with the operating beam for again positioning the longitudinal edges of the sunscreen into the longitudinal guides after coming out of said guides and wherein each positioning member extends from one of the opposite ends of the operating beam longitudinally in a direction towards the winding tube and is positioned entirely within the respective guide channel without extending through the entrance opening, characterized in that each wing of the sunscreen gradually unfolds in a direction towards and near to the winding shaft.
A thermal sensing system comprising: an electrical contact including a shaft that defines a channel, the channel extending into the shaft from an opening along an outer surface of the shaft; and a sensing element disposed at least partially outside of the channel and operably connected to the channel through the opening, characterised in that: the sensing element is configured to move relative to the electrical contact based on a temperature change within the channel; and the thermal sensing system further comprises a non-contact position sensor spaced apart from the electrical contact and the sensing element, the position sensor being configured to detect a position change of a portion of the sensing element outside of the channel responsive to the temperature change within the channel. an electrical contact including a shaft that defines a channel, the channel extending into the shaft from an opening along an outer surface of the shaft; and a sensing element disposed at least partially outside of the channel and operably connected to the channel through the opening, characterised in that: the sensing element is configured to move relative to the electrical contact based on a temperature change within the channel; and the thermal sensing system further comprises a non-contact position sensor spaced apart from the electrical contact and the sensing element, the position sensor being configured to detect a position change of a portion of the sensing element outside of the channel responsive to the temperature change within the channel. the sensing element is configured to move relative to the electrical contact based on a temperature change within the channel; and the thermal sensing system further comprises a non-contact position sensor spaced apart from the electrical contact and the sensing element, the position sensor being configured to detect a position change of a portion of the sensing element outside of the channel responsive to the temperature change within the channel.
A feline-derived erythropoietin which is obtainable by extracting the feline-derived erythropoietin from an egg laid by a transgenic chicken, and purifying the same, wherein the transgenic chicken comprises a foreign gene transferred into the genome containing a sequence coding for a feline-derived erythropoietin identified under SEQ ID NO:1 in the sequence listing or a protein resulting from deletion, addition or substitution of 1 to 10 amino acid residues in the amino acid sequence of feline-derived erythropoietin identified under SEQ ID NO:1 in the sequence listing and retaining the physiological activity. wherein the transgenic chicken comprises a foreign gene transferred into the genome containing a sequence coding for a feline-derived erythropoietin identified under SEQ ID NO:1 in the sequence listing or a protein resulting from deletion, addition or substitution of 1 to 10 amino acid residues in the amino acid sequence of feline-derived erythropoietin identified under SEQ ID NO:1 in the sequence listing and retaining the physiological activity.
A pull through gun cleaning device comprising: a plurality of cylindrical double coned pressure sections having a longitudinal tunnel disposed therein; a cable member threaded through said tunnel of each cylindrical double coned pressure section of said plurality of cylindrical double coned pressure sections; a tubular woven sheath disposed over each cylindrical double coned pressure section of said plurality of cylindrical double coned pressure sections disposed along said cable member, and beyond each cylindrical double coned pressure section of said plurality of cylindrical double coned pressure sections said tubular woven sheath disposed over said cable member to form a pull cord; wherein a total length of said pull cord is configured such that where said plurality of cylindrical double coned pressure sections are adapted to be inserted into one end of a barrel, said pull cord is adapted to extend past another end of said barrel; and wherein an outside diameter of said plurality of cylindrical double coned pressure sections is configured to be larger than a bore of said barrel and each of said plurality of cylindrical double coned pressure sections is intended to be compressed by insertion into said bore of said barrel to provide a radial force pressing said tubular woven sheath of each cylindrical double coned pressure section of said plurality of cylindrical double coned pressure sections against an inside surface or a rifling of said barrel. a plurality of cylindrical double coned pressure sections having a longitudinal tunnel disposed therein; a cable member threaded through said tunnel of each cylindrical double coned pressure section of said plurality of cylindrical double coned pressure sections; a tubular woven sheath disposed over each cylindrical double coned pressure section of said plurality of cylindrical double coned pressure sections disposed along said cable member, and beyond each cylindrical double coned pressure section of said plurality of cylindrical double coned pressure sections said tubular woven sheath disposed over said cable member to form a pull cord; wherein a total length of said pull cord is configured such that where said plurality of cylindrical double coned pressure sections are adapted to be inserted into one end of a barrel, said pull cord is adapted to extend past another end of said barrel; and wherein an outside diameter of said plurality of cylindrical double coned pressure sections is configured to be larger than a bore of said barrel and each of said plurality of cylindrical double coned pressure sections is intended to be compressed by insertion into said bore of said barrel to provide a radial force pressing said tubular woven sheath of each cylindrical double coned pressure section of said plurality of cylindrical double coned pressure sections against an inside surface or a rifling of said barrel.
Remotely controllable weapon station with a weapon, which is alignably mounted in a carriage in azimuth and elevation, for combating a target object, comprising: at least a drive controllable by a control signal (S, V) for alignment of the weapon in azimuth and/or elevation, a control unit for providing the control signal (S, V), wherein the control unit is configured to vary the provided control signal for controlling the weapon for firing a sequence of projectiles such that the fired projectiles of the sequence represent a predetermined projectile pattern perpendicular to the trajectory of the fired projectiles, wherein the control unit is configured to generate a varied control signal for controlling the weapon for firing the sequence of projectiles with the predetermined projectile pattern by a linkage of the provided control signal with an additional control signal, and a variation unit configured to vary the additional control signal over the time according to a specific variation pattern such that the control unit is configured to control the weapon for firing the projectiles by the varied control signal such that the fired projectiles of the sequence represent the predetermined projectile pattern, wherein the variation unit is configured to adjust the variation pattern in dependence on a coincidence window adjusted for the weapon, wherein the coincidence window is defined as a deviation between the line of fire against the line of sight and depends on the size and the distance of the target object. at least a drive controllable by a control signal (S, V) for alignment of the weapon in azimuth and/or elevation, a control unit for providing the control signal (S, V), wherein the control unit is configured to vary the provided control signal for controlling the weapon for firing a sequence of projectiles such that the fired projectiles of the sequence represent a predetermined projectile pattern perpendicular to the trajectory of the fired projectiles, wherein the control unit is configured to generate a varied control signal for controlling the weapon for firing the sequence of projectiles with the predetermined projectile pattern by a linkage of the provided control signal with an additional control signal, and a variation unit configured to vary the additional control signal over the time according to a specific variation pattern such that the control unit is configured to control the weapon for firing the projectiles by the varied control signal such that the fired projectiles of the sequence represent the predetermined projectile pattern, wherein the variation unit is configured to adjust the variation pattern in dependence on a coincidence window adjusted for the weapon, wherein the coincidence window is defined as a deviation between the line of fire against the line of sight and depends on the size and the distance of the target object.
A copolycarbonate resin, wherein the copolycarbonate resin is prepared by polymerizing a bisphenol based monomer, a comonomer represented by Formula 1 below, and a carbonate precursor, and an amount of the comonomer is 0.1 to 19% by weight based on a total weight of the bisphenol based monomer and the comonomer: R1 and R2 are each independently C 1 to C 10 alkylene, and n is an integer of 1 to 50.
A cleaner comprising: a speech input section for converting an inputted speech to speech data; a speech recognition section for analyzing the speech data so as to (i) identify a word or sentence included in the speech data and (ii) calculate a certainty of the word or sentence that has been identified; a response determining section for determining, in accordance with the certainty, whether it is necessary to ask back to a user or not; an asking-back section for asking back to the user, (a) in a case where the certainty is less than a first threshold and not less than a second threshold, the response determining section determining that the cleaner is going to ask back to the user, and (b) in a case where the certainty is less than the second threshold, the response determining section determining that the cleaner is not going to ask back to the user; and at least one of a self-propelling section with which the cleaner propels itself, an air-blowing section for sucking dust, and a cleaning brush section for brushing and cleaning a floor, wherein the response determining section changes the second threshold while at least one of the self-propelling section, the air-blowing section, the cleaning brush section is being driven. a speech input section for converting an inputted speech to speech data; a speech recognition section for analyzing the speech data so as to (i) identify a word or sentence included in the speech data and (ii) calculate a certainty of the word or sentence that has been identified; a response determining section for determining, in accordance with the certainty, whether it is necessary to ask back to a user or not; an asking-back section for asking back to the user, (a) in a case where the certainty is less than a first threshold and not less than a second threshold, the response determining section determining that the cleaner is going to ask back to the user, and (b) in a case where the certainty is less than the second threshold, the response determining section determining that the cleaner is not going to ask back to the user; and (a) in a case where the certainty is less than a first threshold and not less than a second threshold, the response determining section determining that the cleaner is going to ask back to the user, and (b) in a case where the certainty is less than the second threshold, the response determining section determining that the cleaner is not going to ask back to the user; and at least one of a self-propelling section with which the cleaner propels itself, an air-blowing section for sucking dust, and a cleaning brush section for brushing and cleaning a floor, wherein the response determining section changes the second threshold while at least one of the self-propelling section, the air-blowing section, the cleaning brush section is being driven.
Cam follower roller device comprising a tappet body, a pin mounted into said tappet body, and a roller mounted on said pin and provided with an outer surface and with end faces (16c, 16d) axially delimiting said outer surface, at least one lubricant supply through-hole being formed into the thickness of the tappet body and extending from the outer surface to the inner surface of the tappet body, said lubricant supply through-hole locally facing an edge of the roller delimited between the outer surface and one of the end faces (16c, 16d), characterized in that an axis of said lubricant supply through-hole is oriented towards said edge of the roller.
A sintered compact comprising: a first material that is cubic boron nitride; a second material that is an oxide of zirconium and an oxide of aluminum; and a third material that is an oxide of aluminum, the second material including cubic ZrO 2 and ZrO, the third material including α-Al 2 O 3, the sintered compact satisfying the following relation: 0.9 ≤ I zro 2 111 / I al 110 ≤ 30; and 0.3 ≤ I zro 111 / I al 110 ≤ 3, where I al, I zro2, and I zro respectively represent X-ray diffraction intensities of a plane of the α-Al 2 O 3, a plane of the cubic ZrO 2, and a plane of the ZrO, and the sintered compact consisting essentially of the first material, the second material and the third material, and the sintered compact including 20 vol.% to 80 vol.% of the first material. a first material that is cubic boron nitride; a second material that is an oxide of zirconium and an oxide of aluminum; and a third material that is an oxide of aluminum, the second material including cubic ZrO 2 and ZrO, the third material including α-Al 2 O 3, the sintered compact satisfying the following relation: 0.9 ≤ I zro 2 111 / I al 110 ≤ 30; and 0.3 ≤ I zro 111 / I al 110 ≤ 3, where I al, I zro2, and I zro respectively represent X-ray diffraction intensities of a plane of the α-Al 2 O 3, a plane of the cubic ZrO 2, and a plane of the ZrO, and the sintered compact consisting essentially of the first material, the second material and the third material, and the sintered compact including 20 vol.% to 80 vol.% of the first material.
A method of communicating over a digital network coupling a plurality of devices coupled to said network for enabling communications sessions responsive to commands conforming to a known protocol, characterized by the steps of: determining the capabilities of a telephone firstly connected to said network by a graphical proxy server; downloading a graphical user interface based on the telephone's capabilities to said telephone from said graphical proxy server; uploading control information associated with actions taken by a user using said graphical user interface from said telephone to said graphical proxy server; generating commands conforming to said known protocol in response to said control information by said graphical proxy server; and sending and receiving data between said telephone and one or more of said devices responsive to said commands. determining the capabilities of a telephone firstly connected to said network by a graphical proxy server; downloading a graphical user interface based on the telephone's capabilities to said telephone from said graphical proxy server; uploading control information associated with actions taken by a user using said graphical user interface from said telephone to said graphical proxy server; generating commands conforming to said known protocol in response to said control information by said graphical proxy server; and sending and receiving data between said telephone and one or more of said devices responsive to said commands.
A mounting system for mounting a façade panel to a façade, comprising a façade mounting element and a panel mounting element which is designed for detachable coupling to the façade mounting element, characterized in that the panel mounting element comprises first cooperating elements for bearing on the façade mounting element, and comprises second cooperating elements for a detachable coupling to the façade mounting element, wherein the panel mounting element further comprises clamping elements for connection to the façade panel, characterised in that the first cooperating elements comprise a lip for bearing on a side of a recess in the façade mounting element, so that after mounting, the panel mounting element is supported in downward direction, and in that the second cooperating elements comprise a bridge element for detachable coupling to the façade mounting element, so that after mounting, a coupling with the façade mounting element in a sideward direction and in a direction away from the façade mounting element is ensured.