mhurhangee/patent-ind-claim-en huggingface dataset:
An injection-moulding mould configured for being mounted in an injection-moulding apparatus for automated moulding of work pieces in plastics, said injection-moulding mould comprising at least two separate mould parts that are separated by a mould separation face, and wherein at least one first mould part is configured with an outer frame in which is configured at least one space which is open relative to the mould separation face, in which is mounted at least one exchangeable mould insert , and wherein the exchangeable mould insert has a mould cavity side facing out towards the mould separation face, said mould cavity side being delimited by a number of side faces and is provided with one or more mould cavities and wherein the mould insert is secured in the outer frame by use of at least one mounting fitting which is arranged in the outer frame and each abuts on adjacent side faces on the mould insert , and where the mounting fitting comprises two wedge-shaped fitting parts that each has two wedge faces that are angled relative to each other, and wherein the wedge-shaped fitting parts face opposite each other and abut on each other in such a manner that the wedge faces on the two wedge-shaped fitting parts diverge in mutually opposite directions, and wherein the one wedge face on the one wedge-shaped fitting part is configured to abut on the side face on the mould insert , and the one wedge face on the second wedge-shaped fitting part is configured to abut on a surface in the open space, characterised in that the mounting fitting further comprises a support plate , and in that the mould insert comprises a recess that is configured to be complementary to the support plate in a side face on the mould insert; and wherein the support plate and the recess : are configured such that the support plate partially extends below the wedge shaped fitting parts and extends into the recess and secures the mould insert in open spaces in the first mould part.
A system for treating biomass, said system comprising: - at least one conduit comprising: - at least one biomass inlet and at least one biomass outlet , - at least one gas inlet and at least one gas outlet , and - a biomass transport unit configured to move the biomass through the longitudinal conduit(s) from the at least one biomass inlet to the at least one biomass outlet thereby defining a biomass transport direction, - a gas flow configured to flow from the at least one gas inlet to the at least one gas outlet, wherein the system is configured such that the gas flows across the longitudinal direction of the conduit, and wherein the at least one conduit is configured to tolerate a negative pressure of at least 0.1 bar, such that the gas flows from the at least one gas inlet to the at least one gas outlet at a negative pressure. - at least one conduit comprising: - at least one biomass inlet and at least one biomass outlet , - at least one gas inlet and at least one gas outlet , and - at least one biomass inlet and at least one biomass outlet , - at least one gas inlet and at least one gas outlet , and - a biomass transport unit configured to move the biomass through the longitudinal conduit(s) from the at least one biomass inlet to the at least one biomass outlet thereby defining a biomass transport direction, - a gas flow configured to flow from the at least one gas inlet to the at least one gas outlet,
A movable article inspection system, comprising: a portal frame, comprising: a transverse beam located at a top of the portal frame; and vertical beams located on opposite sides of the transverse beam and connected with the transverse beam ; a wheeled travelling device provided at lower ends of the vertical beams , for moving the portal frame; and a ray-based inspection assembly for carrying out an inspection of an article passing through the portal frame; wherein the inspection assembly comprises: a radiation source , for emitting rays to form a fan-shaped scanning surface so as to scan the article passing through the portal frame; and a detection unit mounted on the portal frame, for detecting the rays reflected or transmitted on the article; wherein the wheeled travelling device comprises a wheel carrier , wheels and a travelling drive mechanism, the wheel carrier is connected with the lower end of the vertical beams of the portal frame, characterized in that the wheel carrier is provided with a downwardly protruding frame structure , and the radiation source is mounted within the downwardly protruding frame structure . a transverse beam located at a top of the portal frame; and vertical beams located on opposite sides of the transverse beam and connected with the transverse beam ; a wheeled travelling device provided at lower ends of the vertical beams , for moving the portal frame; and a ray-based inspection assembly for carrying out an inspection of an article passing through the portal frame; wherein the inspection assembly comprises: a radiation source , for emitting rays to form a fan-shaped scanning surface so as to scan the article passing through the portal frame; and a detection unit mounted on the portal frame, for detecting the rays reflected or transmitted on the article; wherein the wheeled travelling device comprises a wheel carrier , wheels and a travelling drive mechanism, the wheel carrier is connected with the lower end of the vertical beams of the portal frame, characterized in that the wheel carrier is provided with a downwardly protruding frame structure , and the radiation source is mounted within the downwardly protruding frame structure . a radiation source , for emitting rays to form a fan-shaped scanning surface so as to scan the article passing through the portal frame; and a detection unit mounted on the portal frame, for detecting the rays reflected or transmitted on the article; wherein the wheeled travelling device comprises a wheel carrier , wheels and a travelling drive mechanism, the wheel carrier is connected with the lower end of the vertical beams of the portal frame, characterized in that the wheel carrier is provided with a downwardly protruding frame structure , and the radiation source is mounted within the downwardly protruding frame structure .
An implantable medical device configured to prevent backflow into a false lumen of dissection, including: an elongate support member including an internal wall forming an internal lumen; and an elongate flexible tubular valve member including a graft material tube and having a length, a proximal end, and a closable distal end, the proximal end of the valve member being secured to the support member and configured to be held open thereby in a deployed condition of the device, the valve member being at least partially unstented along its length; wherein in a deployed condition of the device the distal end of the valve member is configured to be closed when fluid flows in a proximal direction; wherein the distal end of the valve member is configured to open to allow components of an introducer system to be retracted, and otherwise to be closed; wherein in a deployed condition of the device the valve member includes a lumen from the proximal end to the distal end, wherein the lumen tapers along at least part of the length of the valve member; wherein the device includes first and second lines of attachment along the at least part of the length of the graft material tube, the first and second lines of attachment reducing a size of the lumen in a deployed condition of the device and dividing a wall of the valve member into a first side section and a second side section by attaching together lines of points on the wall of the valve member, the first and second lines of attachment converging towards the distal end of the valve member. an elongate support member including an internal wall forming an internal lumen; and an elongate flexible tubular valve member including a graft material tube and having a length, a proximal end, and a closable distal end, the proximal end of the valve member being secured to the support member and configured to be held open thereby in a deployed condition of the device, the valve member being at least partially unstented along its length; wherein in a deployed condition of the device the distal end of the valve member is configured to be closed when fluid flows in a proximal direction; wherein the distal end of the valve member is configured to open to allow components of an introducer system to be retracted, and otherwise to be closed; wherein in a deployed condition of the device the valve member includes a lumen from the proximal end to the distal end, wherein the lumen tapers along at least part of the length of the valve member; wherein the device includes first and second lines of attachment along the at least part of the length of the graft material tube, the first and second lines of attachment reducing a size of the lumen in a deployed condition of the device and dividing a wall of the valve member into a first side section and a second side section by attaching together lines of points on the wall of the valve member, the first and second lines of attachment converging towards the distal end of the valve member.
A composition comprising (a) a major amount of an oil of lubricating viscosity, (b) between 1 to 3 wt % on an oil free basis of a quaternary ammonium salt comprising the reaction product of: (i) a polyisobutylene succinic anhydride and a compound having an oxygen or nitrogen atom capable of condensing with said polyisobutylene succinic anhydride, and further having a tertiary amino group; and (ii) a quaternizing agent suitable for converting the tertiary amino group to a quaternary nitrogen, wherein the quaternizing agent is selected from the group consisting of (i) organic carbonates; (ii) hydrocarbyl epoxides, (iii) mixtures of hydrocarbyl epoxides and acids, or (iv) mixtures of any of (i)-(iii), and (c) between 1 to 6 wt% on an oil-free basis of a succinimide dispersant comprising the reaction product of a polyisobutylene succinic anhydride and an alkylene polyamine.
An acoustic wave image generation apparatus for generating a photoacoustic image (Ipa) on the basis of signals obtained by detecting, using an acoustic wave detection probe , photoacoustic waves produced from within a subject that has received light (L) emitted to the subject and for generating a Doppler image (Idp) concerning the subject, the acoustic wave image generation apparatus comprising: means for setting a region of interest in the Doppler image; and receiving-aperture control means for setting receiving apertures of the acoustic wave detection probe for detecting the photoacoustic waves to apertures smaller than all receiving apertures that the acoustic wave detection probe has, on the basis of a size of the set region of interest, and for setting positions of the receiving apertures of the acoustic wave detection probe for detecting the photoacoustic waves, on the basis of a position of the set region of interest. means for setting a region of interest in the Doppler image; and receiving-aperture control means for setting receiving apertures of the acoustic wave detection probe for detecting the photoacoustic waves to apertures smaller than all receiving apertures that the acoustic wave detection probe has, on the basis of a size of the set region of interest, and for setting positions of the receiving apertures of the acoustic wave detection probe for detecting the photoacoustic waves, on the basis of a position of the set region of interest.
A snow groomer for shaping and maintaining snow terrain with a chassis frame and with a track having two chassis frames on opposite longitudinal sides of the chassis frame , wherein each track side has a sprocket wheel , several road wheels and an idler wheel , and a drive chain passing around the sprocket wheel , the road wheels and the idler wheel , and with a drive system for driving the track, and with a front-mounted or rear-mounted attachment , characterized in that a sensor system for detecting structure-borne sound frequencies is arranged in the region of the chassis frame and/or on the attachment and is connected to an electronic monitoring device (Ü) in which set values for structure-borne sound frequency ranges of functional parts during operation of the snow groomer as intended are stored and which compares the detected actual values of structure-borne sound frequencies with the set values and emits a signal dependinf on the result of the comparison; in that the attachment is designed as a rear-mounted tiller ; and in that structure-borne sound frequency ranges for an operation as intended of the at least one tilling shaft of the rear-mounted tiller and/or of a smoothing device of the rear-mounted tiller are stored in the monitoring device (Ü).
Device providing safe access to a confined space, comprising: - a rectilinear support mast , - a first arm rigidly fastened to one end of the mast and extending perpendicularly to said mast, - a second arm rigidly fastened to another end of the mast and extending perpendicularly to said mast, in the same plane as the plane defined by the first arm and the mast but in a direction opposite to said first arm, and wherein: - the first arm comprises at least one anchoring element located at a predetermined distance from the mast, - the second arm is provided with at least two pulleys , the axis of rotation of which is perpendicular to the plane defined by the mast and the first and second arms, one pulley being located at one end of the second arm fastened to the mast and another pulley being located at a predetermined distance from the mast, the anchoring element and said at least two pulleys being arranged to allow a rope to pass from the anchoring element to the pulleys without interfering with the mast and the first and second arms, - the mast has at least one fastener for cooperating with an opening of the confined space. - a rectilinear support mast , - a first arm rigidly fastened to one end of the mast and extending perpendicularly to said mast, - a second arm rigidly fastened to another end of the mast and extending perpendicularly to said mast, in the same plane as the plane defined by the first arm and the mast but in a direction opposite to said first arm, - the first arm comprises at least one anchoring element located at a predetermined distance from the mast, - the second arm is provided with at least two pulleys , the axis of rotation of which is perpendicular to the plane defined by the mast and the first and second arms, one pulley being located at one end of the second arm fastened to the mast and another pulley being located at a predetermined distance from the mast, the anchoring element and said at least two pulleys being arranged to allow a rope to pass from the anchoring element to the pulleys without interfering with the mast and the first and second arms, - the mast has at least one fastener for cooperating with an opening of the confined space.
A hollow-cylindrical preloading cartridge of an installation tool of a wire thread insert (D) comprising the following features: a. a mandrel channel extending within the preloading cartridge , in which an assembly mandrel with an installation end and a drive end is guided in an inner mandrel guiding thread, b. an outer wall of the preloading cartridge which encompasses the mandrel channel at least partly with a radial positioning window adjacent to a first axial end of the preloading cartridge facing away from the drive end of the assembly mandrel , through which a wire thread insert (D) is positionable in the mandrel channel on the assembly mandrel , characterized in that c. at least a first tactile detection unit projecting beyond a preferably ring-like front side of the preloading cartridge on the first axial end and being offsetable parallel to a longitudinal axis of the preloading cartridge, wherein an axial offset of the at least one tactile detection unit is detectable with a first detection sensor of the preloading cartridge. a. a mandrel channel extending within the preloading cartridge , in which an assembly mandrel with an installation end and a drive end is guided in an inner mandrel guiding thread, b. an outer wall of the preloading cartridge which encompasses the mandrel channel at least partly with a radial positioning window adjacent to a first axial end of the preloading cartridge facing away from the drive end of the assembly mandrel , through which a wire thread insert (D) is positionable in the mandrel channel on the assembly mandrel , characterized in that c. at least a first tactile detection unit projecting beyond a preferably ring-like front side of the preloading cartridge on the first axial end and being offsetable parallel to a longitudinal axis of the preloading cartridge, wherein an axial offset of the at least one tactile detection unit is detectable with a first detection sensor of the preloading cartridge.
A method for remote managing a control apparatus controlling an elevator, an escalator, or automatic doors, the method comprising determining (S21) a status of a component of said control apparatus, detecting (S22) whether a change with respect to said component has occurred based on said status, defining (S23) configuration parameters for said component, if it is detected that said change has occurred, and initiating (S24) transmission of said configuration parameters to said control apparatus, wherein in relation to said defining, said method further comprises retrieving said configuration parameters for said component from a configuration information storage storing said configuration parameters, wherein said change is a replacement of a hitherto component by a replacement component as said component, and the method further comprises receiving, from said control apparatus, local configuration parameters for said replacement component, wherein said local configuration parameters for said replacement component are indicative of said replacement, and wherein occurrence of said change is detected based on said local configuration parameters for said replacement component, and characterized in that said local configuration parameters for said replacement component indicative of said replacement are default configuration parameters. determining (S21) a status of a component of said control apparatus, detecting (S22) whether a change with respect to said component has occurred based on said status, defining (S23) configuration parameters for said component, if it is detected that said change has occurred, and initiating (S24) transmission of said configuration parameters to said control apparatus, wherein in relation to said defining, said method further comprises retrieving said configuration parameters for said component from a configuration information storage storing said configuration parameters, wherein said change is a replacement of a hitherto component by a replacement component as said component, and the method further comprises receiving, from said control apparatus, local configuration parameters for said replacement component, wherein said local configuration parameters for said replacement component are indicative of said replacement, and wherein occurrence of said change is detected based on said local configuration parameters for said replacement component, and characterized in that said local configuration parameters for said replacement component indicative of said replacement are default configuration parameters.
A transmission structure with a dual-frequency antenna , characterized in that the transmission structure comprises: a substrate ; a first radiator having a first electrical connection portion , wherein the first radiator extends from the first electrical connection portion in a first direction (D1) and a second direction (D2), and the first direction (D1) is opposite to the second direction (D2); and a second radiator having a second electrical connection portion adjacent to the first electrical connection portion , wherein the second electrical connection portion has a first side and a second side , the first side is closer to the first electrical connection portion than the second side , and the second electrical connection portion forms a ground area (G) between the first side and the second side , wherein a length (A) of the ground area (G) is greater than a first set value, wherein the second radiator comprises a second adjustment block extending from the second electrical connection portion in the second direction (D2), and characterized in that the second adjustment block comprises a first sub-block , a second sub-block and a third sub-block , wherein the first sub-block is located between the second sub-block and the third sub-block , and the second sub-block and the third sub-block extend from two opposite sides of the first sub-block . a substrate ; a first radiator having a first electrical connection portion , wherein the first radiator extends from the first electrical connection portion in a first direction (D1) and a second direction (D2), and the first direction (D1) is opposite to the second direction (D2); and a second radiator having a second electrical connection portion adjacent to the first electrical connection portion , wherein the second electrical connection portion has a first side and a second side , the first side is closer to the first electrical connection portion than the second side , and the second electrical connection portion forms a ground area (G) between the first side and the second side , wherein a length (A) of the ground area (G) is greater than a first set value, wherein the second radiator comprises a second adjustment block extending from the second electrical connection portion in the second direction (D2), and characterized in that the second adjustment block comprises a first sub-block , a second sub-block and a third sub-block , wherein the first sub-block is located between the second sub-block and the third sub-block , and the second sub-block and the third sub-block extend from two opposite sides of the first sub-block .