mhurhangee/ep-ind-claims huggingface dataset:
A safety device for a pre-filled syringe, comprising - a hollow support body (1.2) to retain the pre-filled syringe therein, - a hollow needle shield (1.1) that slidable relative to the support body (1.2) between extension and retraction and - guiding means for guiding the movement of the needle shield (1.1.) relative to the support body (1.2), wherein the guiding means comprise - a deflectable flexible arm (1.1.4) with a guide pin (1.1.3) radial extending therefrom, the flexible arm (1.1.4) extending essentially parallel to a central axis of the safety device and - a guide track (1.2.2) that guides the guide pin (1.1.3) within and along the guide track (1.2.2) when the needle shield (1.1) is slid relative to the support body (1.2), wherein the movement of the guide pin within and along the guide track controls at least one of the extension and retraction of the needle shield and the guide pin (1.1.3) is located in an intermediate position PI, when the needle shield (1.1) is in a retracted position, so that the needle (2.1) protrudes a skin contact flange (1.1.1.), and the guide pin (1.1.3) is non-biased at least in the intermediate position. - a hollow support body (1.2) to retain the pre-filled syringe therein, - a hollow needle shield (1.1) that slidable relative to the support body (1.2) between extension and retraction and - guiding means for guiding the movement of the needle shield (1.1.) relative to the support body (1.2), wherein the guiding means comprise - a deflectable flexible arm (1.1.4) with a guide pin (1.1.3) radial extending therefrom, the flexible arm (1.1.4) extending essentially parallel to a central axis of the safety device and - a guide track (1.2.2) that guides the guide pin (1.1.3) within and along the guide track (1.2.2) when the needle shield (1.1) is slid relative to the support body (1.2), wherein the movement of the guide pin within and along the guide track controls at least one of the extension and retraction of the needle shield and the guide pin (1.1.3) is located in an intermediate position PI, when the needle shield (1.1) is in a retracted position, so that the needle (2.1) protrudes a skin contact flange (1.1.1.), and the guide pin (1.1.3) is non-biased at least in the intermediate position. - a deflectable flexible arm (1.1.4) with a guide pin (1.1.3) radial extending therefrom, the flexible arm (1.1.4) extending essentially parallel to a central axis of the safety device and - a guide track (1.2.2) that guides the guide pin (1.1.3) within and along the guide track (1.2.2) when the needle shield (1.1) is slid relative to the support body (1.2), wherein the movement of the guide pin within and along the guide track controls at least one of the extension and retraction of the needle shield and the guide pin (1.1.3) is located in an intermediate position PI, when the needle shield (1.1) is in a retracted position, so that the needle (2.1) protrudes a skin contact flange (1.1.1.), and the guide pin (1.1.3) is non-biased at least in the intermediate position.
A drying chamber for the drying of recycled abrasive characterized by the fact that it contains a vibrating mesh, and a collecting vessel with a sloped bottom, that is positioned above the mesh and occupies 50 to 80 % of the area above the mesh, which limits the free space where vertical blades are positioned, between the wall of the drying chamber and the wall of the collecting vessel and the collecting vessel empties into an output of the dry recycled abrasive from the drying chamber.
A method of isolating pluripotent adipose stem cells (PASCs) from adipose tissue, said adipose tissue comprising adipocytes and a stromal vascular fraction, said method comprising: (a) releasing adipose cells, including the adipocyte fraction and the stromal vascular fraction, from an adipose tissue sample using collagenase; (b) subjecting the adipocytes and the stromal vascular fraction to stress conditions; (c) co-culturing the adipocytes and the stromal vascular fraction for 2-36 hours; (d) recovering the viable cells, wherein the viable cells comprise PASCs; and (e) optionally culturing the recovered cells. (a) releasing adipose cells, including the adipocyte fraction and the stromal vascular fraction, from an adipose tissue sample using collagenase; (b) subjecting the adipocytes and the stromal vascular fraction to stress conditions; (c) co-culturing the adipocytes and the stromal vascular fraction for 2-36 hours; (d) recovering the viable cells, wherein the viable cells comprise PASCs; and (e) optionally culturing the recovered cells.
Draining device for a kitchen appliance, having - a hollow drive shaft, - a coupling, wherein the coupling is connected to the hollow drive shaft and in the integrated state the housing of the kitchen appliance traverses at least partially from the drive output in the pot recess as far as the base of the kitchen appliance, wherein the coupling has a hollow interior space, characterised in that in the connected state the hollow drive shaft and the coupling form a continuous cavity through which liquid entering through the drive output can drain. - a hollow drive shaft, - a coupling, wherein the coupling is connected to the hollow drive shaft and in the integrated state the housing of the kitchen appliance traverses at least partially from the drive output in the pot recess as far as the base of the kitchen appliance, wherein the coupling has a hollow interior space, characterised in that in the connected state the hollow drive shaft and the coupling form a continuous cavity through which liquid entering through the drive output can drain.
Load-bearing element assembly mounted on the body shell of a vehicle comprising first and second roof bars (2a, 2b) and a safety arch formed of first, second and third structural elements (3a, 3b, 3c), characterized in that the first and second roof bars (2a, 2b) are respectively joined to the first and third structural elements (3a, 3c) and the second and third structural elements (3b, 3c) starting from an assembly module (1a, 1b) comprising a body provided with first and second coupling elements (12a, 12b) that are able to cooperate respectively with a rear end of the roof bar (2a, 2b) and a front end of the first or of the second structural element, the assembly module comprising a third coupling element that is able to cooperate with an end of the third structural element.
A method comprising: at a device including one or more processors, a non-transitory memory, and one or more displays: displaying a bounded surface within a native user computer-generated reality, CGR, environment, wherein the bounded surface is displayed based on a first set of world coordinates characterizing the native user CGR environment; displaying a first stereoscopic virtual object within a perimeter of a first side of the bounded surface, wherein the first stereoscopic virtual object is displayed in accordance with a second set of world coordinates that is different from the first set of world coordinates characterizing the native user CGR environment; and displaying a second side of the bounded surface, wherein when displaying the second side of the bounded surface, the second side of the bounded surface includes a rasterized conforming representation of the first stereoscopic virtual object which conforms to a surface of the second side of the bounded surface. displaying a bounded surface within a native user computer-generated reality, CGR, environment, wherein the bounded surface is displayed based on a first set of world coordinates characterizing the native user CGR environment; displaying a first stereoscopic virtual object within a perimeter of a first side of the bounded surface, wherein the first stereoscopic virtual object is displayed in accordance with a second set of world coordinates that is different from the first set of world coordinates characterizing the native user CGR environment; and displaying a second side of the bounded surface, wherein when displaying the second side of the bounded surface, the second side of the bounded surface includes a rasterized conforming representation of the first stereoscopic virtual object which conforms to a surface of the second side of the bounded surface.
Support for square or rectangular floor panels, in particular tiles, for laying in the corner regions of in each case four adjacent floor panels, wherein an upper support part is provided with a top plate which forms a support plane for the corner regions of the floor panels, beyond which at least four joint webs for the floor panels protrude in a manner projecting perpendicularly from the top plate, and the upper support part is mounted such as to be height-adjustable relative to a lower support part by means of a screwing motion, wherein the upper support part has a support sleeve which projects perpendicularly from the top plate in a direction facing away from the support plane and which is provided with a support sleeve external thread, and the lower support part has a cylindrical receptacle which projects perpendicularly from a bottom plate and which is provided with a receptacle internal thread, wherein an adjusting sleeve is provided which has on its outer lateral surface an adjusting sleeve external thread that can be screwed into the receptacle internal thread of the cylindrical receptacle about a rotation axis which is perpendicular to the bottom plate, and has on its inner lateral surface an adjusting sleeve internal thread which is in the opposite direction to the adjusting sleeve external thread and into which the support sleeve external thread of the upper support part can be screwed about the same rotation axis, characterized in that the top plate has first connection elements and the bottom plate has second connection elements, wherein the first and second connection elements (14, 7) can be connected to one another via an insert-and-rotate connection, and the insertion direction for establishing the connection extends in the direction of the rotation axis, and the rotational movement for establishing the connection takes place about the rotation axis, wherein the first connection elements are configured as T-shaped connection webs which project perpendicularly from the support plane of the top plate and are oriented radially relative to the rotation axis, which connection webs are located on the same connecting line as at least two joint webs, and the second connection elements are configured as radial slots in the bottom plate which are adjoined by a slot extending in the circumferential direction of the rotational movement.
A vascular closure system, comprising: a body portion; an anchor assembly positionable through a vessel puncture in a vessel wall of a vessel, the anchor assembly including a hub and a wire assembly, the hub having at least one aperture defined in a sidewall thereof, and the wire assembly including an actuator member extending proximally through the body portion and hub, and at least one pre-formed wire having a proximal end and a distal end connected to the actuator member, wherein withdrawing the actuator member extends the proximal end of the at least one pre-formed wire out of the at least one aperture to capture a portion of the vessel wall between the at least one pre-formed wire and the body portion; at least one suture member positioned distal of the body portion within the hub; a plurality of needles extendable through the portion of the vessel wall adjacent to the vessel puncture, the plurality of needles being configured to connect to the at least one suture member within the hub; wherein withdrawal of the plurality of needles through the portion of the vessel wall positions the at least one suture member through the portion of the vessel wall. a body portion; an anchor assembly positionable through a vessel puncture in a vessel wall of a vessel, the anchor assembly including a hub and a wire assembly, the hub having at least one aperture defined in a sidewall thereof, and the wire assembly including an actuator member extending proximally through the body portion and hub, and at least one pre-formed wire having a proximal end and a distal end connected to the actuator member, wherein withdrawing the actuator member extends the proximal end of the at least one pre-formed wire out of the at least one aperture to capture a portion of the vessel wall between the at least one pre-formed wire and the body portion; at least one suture member positioned distal of the body portion within the hub; a plurality of needles extendable through the portion of the vessel wall adjacent to the vessel puncture, the plurality of needles being configured to connect to the at least one suture member within the hub; wherein withdrawal of the plurality of needles through the portion of the vessel wall positions the at least one suture member through the portion of the vessel wall.
A device for connecting a liquid hose to a valve, wherein the liquid hose and the valve serve to supply a liquid to a sanitary fitting, at least having a) a first thread, with which the device can be fastened to the valve; b) a receiving opening into which the liquid hose can be inserted; c) a fastening device with which the liquid hose can be fastened in the receiving opening, wherein the fastening device comprises at least one recess into which a fastening element for the liquid hose can be inserted; d) a securing sleeve which is configured to prevent the fastening element from being removed from the recess. a) a first thread, with which the device can be fastened to the valve; b) a receiving opening into which the liquid hose can be inserted; c) a fastening device with which the liquid hose can be fastened in the receiving opening, wherein the fastening device comprises at least one recess into which a fastening element for the liquid hose can be inserted; d) a securing sleeve which is configured to prevent the fastening element from being removed from the recess.
A mutant Rhodococcus rhodochrous dehalogenase having (i) either improved functional expression or binding kinetics compared to the wild-type Rhodococcus rhodochrous dehalogenase of SEQ ID NO: 1; and (ii) forming a bond with a substrate more stable than the bond formed between the substrate and the wild-type Rhodococcus rhodochrous dehalogenase of SEQ ID NO: 1; and wherein the mutant Rhodococcus rhodochrous dehalogenase has at least 80% amino acid identity to SEQ ID NO:1 and comprising an amino acid substitution at: (i) either position no. 106 or position no. 272 of SEQ ID NO:1; and (ii) positions 58, 78, 155, 172, 224, 291 and 292 of SEQ ID NO:1; and (iii) position 175, 176, 272 or 273, or a plurality thereof; wherein amino acid position 106 is associated with forming an ester intermediate with the substrate, and amino acid position 272 is associated with activating a water molecule which cleaves the bond formed between the corresponding wild type hydrolase and the substrate.. (i) either position no. 106 or position no. 272 of SEQ ID NO:1; and (ii) positions 58, 78, 155, 172, 224, 291 and 292 of SEQ ID NO:1; and (iii) position 175, 176, 272 or 273, or a plurality thereof;
Method for checking the operability of a rotary encoder when said rotary encoder is in operation, whereby at least one pair of measuring signals (M1, M2), which are shifted in phase relative to one another and which are representative of an amount of rotation, such as an angular position of a shaft, are compared with reference information stored in the rotary encoder, whereby in the rotary encoder the amplitude values (AM1, AM2) of the measuring signal pair are combined in a characteristic value, and the characteristic value has associated therewith at least one reference information, which is stored in the rotary encoder as a quality value and which is representative of the admissible amplitude value combinations, and a monitoring signal is outputted in dependence upon the quality value, characterized in that the amplitude values (AM1, AM2) are digitized and the characteristic value is calculated by combination of the two digitized amplitude values, whereby the characteristic value corresponds to a characteristic value memory address (Ks) used for addressing an at least two-dimensional characteristic diagram of a memory unit in which quality values are stored.
A method for processing a signal generated by a coherent lidar comprising a coherent source, the method comprising the steps of: - generating (100, 110) a first beat signal and a second beat signal from a first detection assembly and a second detection assembly respectively, each beat signal being generated by interference between a local-oscillator signal (S OL) generated by the coherent source and a signal (Sig) backscattered by a target illuminated by the lidar, then digitizing these beat signals, - for a plurality of n time intervals (ti), determining n respective spectral-density values (SPDi) from a transform in the frequency domain of the cross-correlation between the first and second beat signals, - determining an average value (<SPD>) of the spectral density from said n spectral-density values (SPDi), - determining a piece of target location information from the average value of said spectral density. - generating (100, 110) a first beat signal and a second beat signal from a first detection assembly and a second detection assembly respectively, each beat signal being generated by interference between a local-oscillator signal (S OL) generated by the coherent source and a signal (Sig) backscattered by a target illuminated by the lidar, then digitizing these beat signals, - for a plurality of n time intervals (ti), determining n respective spectral-density values (SPDi) from a transform in the frequency domain of the cross-correlation between the first and second beat signals, - determining an average value (<SPD>) of the spectral density from said n spectral-density values (SPDi), - determining a piece of target location information from the average value of said spectral density.
A semiconductor structure (400, 600, 700, 1100, 1200), comprising: a substrate; a functional circuit structure disposed in an area of the substrate; and a first three-dimensional structure comprising at least one continuous trench that forms an uninterrupted empty space within the substrate and that extends into the substrate from a top surface of the substrate towards an upper surface of the bottom portion of the substrate and that surrounds the area of the substrate containing the functional circuit structure, wherein the functional circuit structure comprises a second three-dimensional structure, wherein the first three-dimensional structure and the second three-dimensional structure each comprises a protruding structure, the protruding structure extending upwards from the upper surface of the base portion of the substrate and having a pattern comprising walls or pillars, and wherein the first three-dimensional structure and the second three-dimensional structure have a three-dimensional pattern of the same type, but the first three-dimensional structure has at least one larger three-dimensional pattern critical dimension than the critical dimension in the second three-dimensional structure, the at least one larger three-dimensional pattern critical dimension comprising a width separating adjacent elements of the three-dimensional pattern. a substrate; a functional circuit structure disposed in an area of the substrate; and a first three-dimensional structure comprising at least one continuous trench that forms an uninterrupted empty space within the substrate and that extends into the substrate from a top surface of the substrate towards an upper surface of the bottom portion of the substrate and that surrounds the area of the substrate containing the functional circuit structure, wherein the functional circuit structure comprises a second three-dimensional structure, wherein the first three-dimensional structure and the second three-dimensional structure each comprises a protruding structure, the protruding structure extending upwards from the upper surface of the base portion of the substrate and having a pattern comprising walls or pillars, and wherein the first three-dimensional structure and the second three-dimensional structure have a three-dimensional pattern of the same type, but the first three-dimensional structure has at least one larger three-dimensional pattern critical dimension than the critical dimension in the second three-dimensional structure, the at least one larger three-dimensional pattern critical dimension comprising a width separating adjacent elements of the three-dimensional pattern.
A process for producing a cross-linked fluoroelastomer, said process comprising the steps of: a. providing a perfluorotrivinyltriazine monomer of formula: wherein the three R f groups are the same or different, and wherein the three R f groups are selected from the group consisting of -(CF 2) n - (n= 1-6); -(CF 2) m -[OCF(CF 3)CF 2] p -(m = 1-4, p = 1-4); and -[(CF(CF 3)-O) x -(CF 2) k]-, wherein 1≤x≤3 and 1≤k≤5; b. providing one or more comonomers; and c. reacting the perfluorotrivinyltriazine monomer of formula with one or more other comonomers to obtain the cross-linked fluoroelastomer. a. providing a perfluorotrivinyltriazine monomer of formula: wherein the three R f groups are the same or different, and wherein the three R f groups are selected from the group consisting of -(CF 2) n - (n= 1-6); -(CF 2) m -[OCF(CF 3)CF 2] p -(m = 1-4, p = 1-4); and -[(CF(CF 3)-O) x -(CF 2) k]-, wherein 1≤x≤3 and 1≤k≤5; b. providing one or more comonomers; and c. reacting the perfluorotrivinyltriazine monomer of formula with one or more other comonomers to obtain the cross-linked fluoroelastomer.
A device comprising: an adjustable lens (100, 200), wherein the adjustable lens comprises: a polymeric material, wherein the polymeric material is flexible such that the adjustable lens can be folded or rolled; an underwater oleophobic layer having a contact angle with an oil, when submerged in water or another polar fluid, that is greater than 90 degrees, wherein the underwater oleophobic layer is disposed on at least a portion of an internal surface of the polymeric material; a first fluid, wherein the first fluid is a polar fluid, and wherein the first fluid is disposed within the adjustable lens in contact with the underwater oleophobic layer; a second fluid, wherein the second fluid is disposed within the adjustable lens, wherein the second fluid is immiscible with the first fluid, and wherein a refractive index of the second fluid differs from a refractive index of the first fluid. a polymeric material, wherein the polymeric material is flexible such that the adjustable lens can be folded or rolled; an underwater oleophobic layer having a contact angle with an oil, when submerged in water or another polar fluid, that is greater than 90 degrees, wherein the underwater oleophobic layer is disposed on at least a portion of an internal surface of the polymeric material; a first fluid, wherein the first fluid is a polar fluid, and wherein the first fluid is disposed within the adjustable lens in contact with the underwater oleophobic layer; a second fluid, wherein the second fluid is disposed within the adjustable lens, wherein the second fluid is immiscible with the first fluid, and wherein a refractive index of the second fluid differs from a refractive index of the first fluid.