mhurhangee/ep-ind-claims huggingface dataset:
A glass having an alkali-metal-ion concentration gradient from its surface over an exchange depth of at least 100 μm, a surface stress of at least 200 MPa and a strain point in the core of at least 550°C, and an interdiffusion coefficient at 400°C of the alkali metal ions exchanged of at most 9 × 10 -17 m 2.s -1.
A method comprising: obtaining a bit mask from a predetermined set of three bit masks, wherein each bit mask in the predetermined set of three masks is associated with a different antenna configuration of three antenna configurations, wherein a first bit mask of the predetermined set of three bit masks is associated with a single antenna configuration, a second bit mask of the predetermined set of three bit masks is associated with a two antenna configuration, and a third bit mask of the predetermined set of three bit masks is associated with a four antenna configuration; and masking a plurality of cyclic redundancy check bits to be transmitted with the obtained bit mask to thereby impart information regarding the antenna configuration associated with the obtained bit mask, and wherein the first bit mask is a bit mask of equal length to the number of cyclic redundancy check bits, wherein the second bit mask is a bit mask of equal length to the number of cyclic redundancy check bits and wherein the third bit mask is a bit mask of equal length to the number of cyclic redundancy check bits. obtaining a bit mask from a predetermined set of three bit masks, wherein each bit mask in the predetermined set of three masks is associated with a different antenna configuration of three antenna configurations, wherein a first bit mask of the predetermined set of three bit masks is associated with a single antenna configuration, a second bit mask of the predetermined set of three bit masks is associated with a two antenna configuration, and a third bit mask of the predetermined set of three bit masks is associated with a four antenna configuration; and masking a plurality of cyclic redundancy check bits to be transmitted with the obtained bit mask to thereby impart information regarding the antenna configuration associated with the obtained bit mask, and wherein the first bit mask is a bit mask of equal length to the number of cyclic redundancy check bits, wherein the second bit mask is a bit mask of equal length to the number of cyclic redundancy check bits and wherein the third bit mask is a bit mask of equal length to the number of cyclic redundancy check bits.
A method of mounting a fuel injector in a proper rotative orientation in an injector mounting bore of any one of multiple internal combustion engine platforms capable of receiving the fuel injector, the method comprising: a) providing a fuel injector having a first alignment feature with a first geometry for engaging with a first engagement feature of a first engine platform and a second alignment feature having a second geometry different from said first geometry for engaging with a second engagement feature of a second engine platform; b) inserting said fuel injector into the mounting bore of the first engine platform; c) providing a fuel injector hold down clamp attached to an internal combustion engine and including the first engagement feature, said first engagement feature being compatible with said first alignment feature for engaging said first alignment feature; d) positioning the fuel injector with said first alignment feature in alignment with said first engagement feature and engaging said first alignment feature with said first engagement feature thereby rotatively orientating the fuel injector for said first engine platform. a) providing a fuel injector having a first alignment feature with a first geometry for engaging with a first engagement feature of a first engine platform and a second alignment feature having a second geometry different from said first geometry for engaging with a second engagement feature of a second engine platform; b) inserting said fuel injector into the mounting bore of the first engine platform; c) providing a fuel injector hold down clamp attached to an internal combustion engine and including the first engagement feature, said first engagement feature being compatible with said first alignment feature for engaging said first alignment feature; d) positioning the fuel injector with said first alignment feature in alignment with said first engagement feature and engaging said first alignment feature with said first engagement feature thereby rotatively orientating the fuel injector for said first engine platform.
(1-Methyl-2-((1,2,2-trimethylbicyclo[3.1.0]hexan-3-yl)methyl)cyclopropyl)-methyl acetate in the form of any one of its stereoisomers or a mixture thereof.
An item of street furniture consisting of a post, a base plate and an energy-absorbing element; wherein only the base plate is secured directly to an existing ground surface, to a foundation adapted for this purpose, to a wall or to a supporting structure and is provided with an hollow space; wherein the energy-absorbing element is located within the hollow space and is arranged with respect to the post and the base plate in such a manner that the energy-absorbing element presses the post and the base plate together at all times, thereby creating a first direct contact between the post and the base plate, as a result of which the item of street furniture is brought and maintained in the normal position, i.e. the energy-absorbing element releases the energy absorbed during the loading of the post by external forces when these external forces disappear; and wherein the energy- absorbing element also remains in direct contact at all times with the post on the one hand and with the ground surface, the foundation, the wall, the supporting structure or the bottom plate of the base plate on the other hand; and wherein the post, the base plate and the energy-absorbing element are arranged relative to one another in such a manner that at the beginning of a movement of the post relative to the base plate, from the normal position of the item of street furniture, the energy-absorbing element is able to absorb this first movement without damage to the parts of the item of street furniture, and that when a defined limit value for the position of the post relative to the base plate is reached, a second direct contact is established between the post and the base plate and a further movement of the post relative to the base plate is no longer possible because, with further movement of the post from this defined limit position, a rigid whole is formed consisting of the post and the base plate, as a result of which the energy- absorbing element is not additionally loaded; characterised in that: a) the post and the base plate are shaped in such a manner that, when the post is loaded just above the base plate, an obliquely, downwardly directed sliding movement of the post relative to the base plate is obtained, which is damped by the energy-absorbing element; b) the obliquely, downwardly directed sliding movement is obtained by the cooperation of the beveled outside surface of the flange or collar of the post on the one hand and the beveled inside surface of the flange or collar of the base plate and/or the inner surface of the wall or tube of the base plate on the other hand. a) the post and the base plate are shaped in such a manner that, when the post is loaded just above the base plate, an obliquely, downwardly directed sliding movement of the post relative to the base plate is obtained, which is damped by the energy-absorbing element; b) the obliquely, downwardly directed sliding movement is obtained by the cooperation of the beveled outside surface of the flange or collar of the post on the one hand and the beveled inside surface of the flange or collar of the base plate and/or the inner surface of the wall or tube of the base plate on the other hand.
An apparatus for the conditioning of plastics material pre-forms with a tempering space for receiving a plurality of plastics material pre-forms, with a supply device in order to supply the plastics material pre-forms to the tempering space, with a removal device in order to remove the plastics material pre-forms out of the tempering space, and with a conveying device which conveys the plastics material pre-forms from the supply device to the removal device in such a way that each plastics material pre-form remains in the tempering space for a pre-set duration of the dwell period, wherein a temperature of the plastics material pre-forms being removable by the removal device is substantially constant irrespective of a duration of the dwell period of the plastics material pre-forms in the tempering space and the conveying device is with regard to its dimensions and transport speed designed in such a way that each plastics material pre-form can remain in the tempering space for a period of time of at least 5 minutes, characterised in that the conveying device conveys the plastics material pre-forms non-sorted at least in sections through the tempering space, wherein this is understood to mean that the plastics material preforms are conveyed in loose bulk through the tempering space and the longitudinal direction of the plastics material preforms conveyed in a non-sorted manner, is aligned in more than only one directions and are cooled or heated with a defined air flow.
An HVAC actuator comprising an electric motor for moving an actuated mechanical part to an actuated position for adjusting an orifice to regulate the flow of fluids through a pipe or duct in an HVAC system, and a controller connected to the electric motor, wherein the controller of the HVAC actuator is configured to store a reference course (Tref) of a motor current (i), which reference course (Tref) indicates a course of the motor current (i), expected when the electric motor of the HVAC actuator moves the actuated mechanical part from a first position to a second position, and comprises a set of reference current values (Tq) for different actuated positions, within an actuation range from the first position to the second position; and wherein the controller is further configured to detect a malfunctioning actuation of the actuated mechanical part by checking whether a present motor current deviates by more than a set tolerance level from a reference value of the motor current expected at a present actuated position. wherein the controller of the HVAC actuator is configured to store a reference course (Tref) of a motor current (i), which reference course (Tref) indicates a course of the motor current (i), expected when the electric motor of the HVAC actuator moves the actuated mechanical part from a first position to a second position, and comprises a set of reference current values (Tq) for different actuated positions, within an actuation range from the first position to the second position; and wherein the controller is further configured to detect a malfunctioning actuation of the actuated mechanical part by checking whether a present motor current deviates by more than a set tolerance level from a reference value of the motor current expected at a present actuated position.
An object positioning apparatus comprising: a radiographic image input interface configured to acquire a radiographic image that is generated by causing a fluoroscopic imaging apparatus to image an object and includes a first region and a second region, the first region depicting an index region for positioning of the object, the second region depicting a non-index region other than the index region; a positioning processor configured to perform the positioning of the object as a positioning of a patient by performing matching processing between a previously generated reference image and the first region that is specified from the radiographic image based on three-dimensional model information of the non-index region; a three-dimensional image input interface configured to acquire the three-dimensional volume image including an image of the object before the positioning of the object is performed; and a reconstructed image generator configured to generate a two-dimensional DRR (Digitally Reconstructed Radiograph) image based on the three-dimensional volume image acquired by the three-dimensional image input interface, wherein the radiographic image is a two-dimensional X-ray image that is generated by imaging the object when the positioning of the object is performed; and the reference image is the DRR image. a radiographic image input interface configured to acquire a radiographic image that is generated by causing a fluoroscopic imaging apparatus to image an object and includes a first region and a second region, the first region depicting an index region for positioning of the object, the second region depicting a non-index region other than the index region; a positioning processor configured to perform the positioning of the object as a positioning of a patient by performing matching processing between a previously generated reference image and the first region that is specified from the radiographic image based on three-dimensional model information of the non-index region; a three-dimensional image input interface configured to acquire the three-dimensional volume image including an image of the object before the positioning of the object is performed; and a reconstructed image generator configured to generate a two-dimensional DRR (Digitally Reconstructed Radiograph) image based on the three-dimensional volume image acquired by the three-dimensional image input interface, wherein the radiographic image is a two-dimensional X-ray image that is generated by imaging the object when the positioning of the object is performed; and the reference image is the DRR image.
Sebelipase alfa for use in a method of reducing liver fibrosis in a human patient with a lysosomal acid lipase deficiency, comprising administering sebelipase alfa to the patient, wherein the patient has been determined to have Ishak fibrosis stage of 1 or greater prior to administration, and wherein at least a one point reduction in Ishak fibrosis stage after administration compared to a baseline Ishak fibrosis stage obtained from the patient prior to administration is indicative of reduced liver fibrosis.
A mobile terminal comprising: a controller; a mobile communication module; a holography storing medium configured to record an interference pattern generated by interference of light; and a holography output module, for, if at least one event among a plurality of trigger events occurs, outputting a holography image (411; 412; 509) attributed to diffraction between the light applied to the holography storing medium and the interference pattern under the control of the controller, wherein the controller is configured to control a holography pattern (2912; 2922) to be set for a specific object corresponding to an external terminal, wherein the holography pattern (2912; 2922) is determined by at least one of a distance difference between the holography output module and the outputted holography image (411; 412; 509), and a shape of the outputted holography image, and wherein each of the distance difference and the shape of the outputted holography image varies in accordance with time, and wherein the controller is configured to control the holography image (411; 412; 509) to be outputted in accordance with the holography pattern (2912; 2922)when the mobile communication module transmits/receives a call connection signal from/to the external terminal corresponding to the specific object. a controller; a mobile communication module; a holography storing medium configured to record an interference pattern generated by interference of light; and a holography output module, for, if at least one event among a plurality of trigger events occurs, outputting a holography image (411; 412; 509) attributed to diffraction between the light applied to the holography storing medium and the interference pattern under the control of the controller, wherein the controller is configured to control a holography pattern (2912; 2922) to be set for a specific object corresponding to an external terminal, wherein the holography pattern (2912; 2922) is determined by at least one of a distance difference between the holography output module and the outputted holography image (411; 412; 509), and a shape of the outputted holography image, and wherein each of the distance difference and the shape of the outputted holography image varies in accordance with time, and wherein the controller is configured to control the holography image (411; 412; 509) to be outputted in accordance with the holography pattern (2912; 2922)when the mobile communication module transmits/receives a call connection signal from/to the external terminal corresponding to the specific object.
A fiber-reinforced resin material comprising a thermoplastic resin and a bundle of reinforcing fibers arranged in one direction by having fiber axial directions aligned in a same direction, wherein the thermoplastic resin is a reactive resin, the thermoplastic resin is an epoxy resin, and the epoxy resin after reaction is a phenoxy resin, the reinforcing fibers are carbon fibers, the thermoplastic resin is impregnated deep into the bundle of reinforcing fibers, the fiber-reinforced resin material has a length of 5 mm to 500 mm in a fiber axial direction, the fiber-reinforced resin material has a thickness of at least 0.10 mm, and the bundle of reinforcing fibers includes at least 1000 reinforcing fibers.
A cleaner comprising: a dust collection unit to separate dust from air, including: a dust collection case having an inlet through which air is introduceable and an outlet through which the air is dischargable; and a cyclone assembly located in the dust collection case to separate dust from the air introduceable through the inlet, wherein the cyclone assembly includes: a dust separation housing having an inner space, configured to have a first introduction unit formed at a side surface thereof; characterised by: an air curtain generation member coupled to the dust separation housing at a lower part of the first introduction unit, configured to include an air curtain discharge unit arranged at one upper end thereof so that the air curtain discharge unit allows vertical airflow ascending along the first introduction unit to be discharged. a dust collection case having an inlet through which air is introduceable and an outlet through which the air is dischargable; and a cyclone assembly located in the dust collection case to separate dust from the air introduceable through the inlet, wherein the cyclone assembly includes: a dust separation housing having an inner space, configured to have a first introduction unit formed at a side surface thereof; characterised by: an air curtain generation member coupled to the dust separation housing at a lower part of the first introduction unit, configured to include an air curtain discharge unit arranged at one upper end thereof so that the air curtain discharge unit allows vertical airflow ascending along the first introduction unit to be discharged. a dust separation housing having an inner space, configured to have a first introduction unit formed at a side surface thereof; characterised by: an air curtain generation member coupled to the dust separation housing at a lower part of the first introduction unit, configured to include an air curtain discharge unit arranged at one upper end thereof so that the air curtain discharge unit allows vertical airflow ascending along the first introduction unit to be discharged.
An automated method for at least partly correcting deformations in a metallic component and the like, the method comprising: a) scanning a deformed surface of the metallic component to gather data thereon; b) comparing the gathered data of step a) with a desired result; characterized in that the method further comprises: c) performing an analysis of the compared data of step b) for identifying highest deformation points of adjacent portions of the deformed surface of the metallic component; d) determining a trajectory substantially passing by at least two of the highest deformation points; and e) executing on the deformed surface correcting operations, comprising heating the metallic component along the trajectory. a) scanning a deformed surface of the metallic component to gather data thereon; b) comparing the gathered data of step a) with a desired result; c) performing an analysis of the compared data of step b) for identifying highest deformation points of adjacent portions of the deformed surface of the metallic component; d) determining a trajectory substantially passing by at least two of the highest deformation points; and e) executing on the deformed surface correcting operations, comprising heating the metallic component along the trajectory.
A die assembly comprising a die and an assembly of investment casting cores (202, 204, 206, 208, 210, 212, 214, 216), for forming an investment casting pattern for use in making an airfoil having a leading edge, a pressure side, a suction side and a cooling passage network, said die having a pressure side main element and a suction side main element and one or more leading edge inserts or slides, said cores including a molded ceramic feed core for forming legs of the cooling passage network and including a plurality of refractory metal cores (202 - 210), for forming spiral discharge passageways from a leading leg of said cooling passage network around the leading edge of the airfoil, each of said refractory metal cores having a spine and a plurality of at least partially spiraling tines extending from the spine wherein the spine has first and second faces (224, 225), inboard and outboard ends (226, 227), first and second lateral ends (228, 229), the tines extending from roots at the spine inboard end to tips, the spines being received in compartments formed in said main elements (260, 262) and in said one or more inserts or slides, the spiraling tines extending so that their tips contact the feed core 216.