mhurhangee/patent-ind-claim-en huggingface dataset:
A hinge assembly for mounting a sash in a window frame in a top hung arrangement, the hinge assembly comprising a top bracket assembly and a support arm assembly, wherein the top bracket assembly comprises a frame bracket for attaching to a frame and a sash bracket for attaching to a sash, the frame bracket and the sash bracket being releasably connectable, and wherein the support arm assembly comprises a frame mounting part for attaching to the frame and a sash mounting part for attaching to the sash, the sash mounting part comprising a pivotable support arm and a friction connector , characterised in that the pivotable support arm is configured to be releasably connected to the frame mounting part , and wherein the pivoting of the support arm is restricted by the friction connector , wherein the friction connector comprises a friction ring and a friction cone , wherein the friction cone is provided coaxially with the friction ring and wherein the friction cone is configured to rotate relative to the friction ring when the support arm is pivoted, wherein a surface of the friction cone contacts a first friction surface of the friction ring , and wherein the contact between the friction cone and the first friction surface generates friction to restrict the pivoting of the support arm . wherein the top bracket assembly comprises a frame bracket for attaching to a frame and a sash bracket for attaching to a sash, the frame bracket and the sash bracket being releasably connectable, and wherein the support arm assembly comprises a frame mounting part for attaching to the frame and a sash mounting part for attaching to the sash, the sash mounting part comprising a pivotable support arm and a friction connector , characterised in that the pivotable support arm is configured to be releasably connected to the frame mounting part , and wherein the pivoting of the support arm is restricted by the friction connector , wherein the friction connector comprises a friction ring and a friction cone , wherein the friction cone is provided coaxially with the friction ring and wherein the friction cone is configured to rotate relative to the friction ring when the support arm is pivoted, wherein a surface of the friction cone contacts a first friction surface of the friction ring , and wherein the contact between the friction cone and the first friction surface generates friction to restrict the pivoting of the support arm .
A terminal device or a module for a terminal device, comprising: a recognition unit configured to recognize, through a notification from a base station of a cellular system, that the terminal device is a candidate for performing cellular communication using a shared frequency band which is a frequency band shared between cellular communication and wireless communication conforming to a wireless local area network, WLAN, standard; and a control unit configured to perform control for using the shared frequency band in the cellular communication when the terminal device is the device candidate, wherein a frequency band for cellular communication is used as a primary component carrier, PCC, and the shared frequency band is used as a secondary component carrier, SCC, for cellular communication characterized in that the recognition unit is further configured to recognize a period in which the cellular communication is performed using the shared frequency band through a notification of the base station , and in that the control unit is further configured to perform measurement of the frequency band in said period and to notify the base station of a result of said measurement, and in that the terminal device is notified from the base station by individual signaling. a recognition unit configured to recognize, through a notification from a base station of a cellular system, that the terminal device is a candidate for performing cellular communication using a shared frequency band which is a frequency band shared between cellular communication and wireless communication conforming to a wireless local area network, WLAN, standard; and a control unit configured to perform control for using the shared frequency band in the cellular communication when the terminal device is the device candidate, wherein a frequency band for cellular communication is used as a primary component carrier, PCC, and the shared frequency band is used as a secondary component carrier, SCC, for cellular communication characterized in that the recognition unit is further configured to recognize a period in which the cellular communication is performed using the shared frequency band through a notification of the base station , and in that the control unit is further configured to perform measurement of the frequency band in said period and to notify the base station of a result of said measurement, and in that the terminal device is notified from the base station by individual signaling.
Gripper for a picking device having horizontal storage surfaces for storing small piece goods, comprising: a delivery table extending in a first horizontal direction (X direction) and a second horizontal direction (Y direction) which is orthogonal to the first horizontal direction, a gripping jaw guide arrangement having two gripping jaws extending in the first horizontal direction over the delivery table , wherein at least one of the gripping jaws is movable in the second horizontal direction, and a drive unit which is coupled to the gripping jaw guide arrangement and by means of which the gripping jaw guide arrangement is movable in the first horizontal direction, wherein at least one of the gripping jaws is designed as a suction jaw and has a suction device having a suction surface for suctioning a small piece good, wherein a vacuum can be applied on the suction device using a suction line , characterized in that an adhesive means having an increased adhesive friction coefficient compared to the suction jaw surface is arranged adjacent to a suction surface . a delivery table extending in a first horizontal direction (X direction) and a second horizontal direction (Y direction) which is orthogonal to the first horizontal direction, a gripping jaw guide arrangement having two gripping jaws extending in the first horizontal direction over the delivery table , wherein at least one of the gripping jaws is movable in the second horizontal direction, and a drive unit which is coupled to the gripping jaw guide arrangement and by means of which the gripping jaw guide arrangement is movable in the first horizontal direction, wherein at least one of the gripping jaws is designed as a suction jaw and has a suction device having a suction surface for suctioning a small piece good, wherein a vacuum can be applied on the suction device using a suction line , characterized in that an adhesive means having an increased adhesive friction coefficient compared to the suction jaw surface is arranged adjacent to a suction surface .
Rail fastening system intended to be mounted laterally with respect to said rail and fastened to a track support of the type comprising a flat-bottomed groove capable of accommodating a rail , comprising a lateral stop , forming a base, comprising a bearing edge intended to come into contact with an edge of a rail foot , an elastic fastener made of metal wire and an anchoring device cooperating with said elastic fastener and capable of being secured to said track support by passing through a hole of said lateral stop , in order to stress said elastic fastener when part of the latter rests on a rail heel , wherein said elastic fastener comprises a substantially U-shaped central loop with which said anchoring device cooperates, in which said lateral stop is extended in its central part from said bearing edge by a base which comprises in its middle a raised guide block of said central loop , perpendicular to said bearing edge of the lateral stop , wherein said guide block has a width corresponding to the spacing of said central loop , so that said elastic fastener is constrained to move only in a direction perpendicular to said bearing edge by being guided by the side walls of said guide block during its passage from a standby position, remote from said rail, to a mounting position in which said elastic fastener rests on said rail heel , characterised in that said lateral stop comprises a downwardly directed projecting marginal rib adapted to be interposed between the edge of the rail foot and the corresponding edge of said flat-bottomed groove of the track support , and in that said lateral stop has a rear rib projecting from its lower surface, said track support having a trough or similar recess extending parallel to the rail location, to give an accurate positioning of said lateral stop in a direction perpendicular to the rail direction. wherein said elastic fastener comprises a substantially U-shaped central loop with which said anchoring device cooperates, in which said lateral stop is extended in its central part from said bearing edge by a base which comprises in its middle a raised guide block of said central loop , perpendicular to said bearing edge of the lateral stop , wherein said guide block has a width corresponding to the spacing of said central loop , so that said elastic fastener is constrained to move only in a direction perpendicular to said bearing edge by being guided by the side walls of said guide block during its passage from a standby position, remote from said rail, to a mounting position in which said elastic fastener rests on said rail heel , characterised in that said lateral stop comprises a downwardly directed projecting marginal rib adapted to be interposed between the edge of the rail foot and the corresponding edge of said flat-bottomed groove of the track support , and in that said lateral stop has a rear rib projecting from its lower surface, said track support having a trough or similar recess extending parallel to the rail location, to give an accurate positioning of said lateral stop in a direction perpendicular to the rail direction.
An in vitro method for implanting spheroids in a skin explant, said method comprising a step c) of implanting at least one spheroid within said skin explant, preferably a spheroid coated with a biologically degradable matrix
Sound transducer , comprising a diaphragm and at least one piezo actuator (20a; 40) with two end faces lying opposite one another and arranged in the direction of oscillation of the piezo actuator (20a; 40), which is arranged in operative connection with the diaphragm , wherein the direction of oscillation of the piezo actuator (20a; 40) is arranged at least substantially perpendicular to the direction of oscillation of the diaphragm , wherein the sound transducer also has two lever elements with abutting edges , wherein the lever elements are arranged between the diaphragm and the piezo actuator (20a; 40), connect the diaphragm to the piezo actuator (20a; 40) and are designed to convert oscillations of the piezo actuator (20a; 40) into oscillations of the diaphragm and vice versa, and wherein a clamping connection is formed between in each case one of the two lever elements (16a; 17a) and the piezo actuator (20a; 40), wherein the respective clamping connection is formed in the region between in each case one of the two end faces of the piezo actuator (20a; 40) arranged in the direction of oscillation of the piezo actuator (20a; 40) and the respective lever element (16a; 17a), and in that, by means of the two lever elements (16a; 17a), the piezo actuator (20a; 40) is arranged under an axial pre-tensioning force (F) extending in the direction of oscillation of the piezo actuator (20a; 40), characterized in that in the region of the two end faces , the piezo actuator (20a; 40) is provided in each case with a concavely formed contact surface , wherein the two contact surfaces extend symmetrically in relation to a central plane of the piezo actuator (20a; 40), in which a linear contact takes place between the abutting edges of the lever elements (16a; 17a) on the piezo actuator (20a; 40).
A method of detecting target nucleic acid, comprising steps of: a) Contacting a sample with a first set of particles bearing a plurality of capturing probes, each comprising at least one target capturing sequence, under conditions that permit the plurality of capturing probes to capture one or more target nucleic acids in the sample; b) Amplifying the captured one or more target nucleic acids in a reaction mixture comprising a detectable entity such that the amplified one or more target nucleic acids are labeled with the detectable entity; c) Incubating amplification product with a second set of particles bearing a plurality of re-capturing probes such that the amplified one or more target nucleic acids are re-captured by the plurality of the re-capturing probes, wherein the first set and second set of particles are identical; d) Detecting signal generated by a detectable entity associated with the re-captured amplified one or more target nucleic acids, wherein the presence and/or abundance of the detectable signal indicates the presence and/or abundance of the one or more target nucleic acids in the sample. a) Contacting a sample with a first set of particles bearing a plurality of capturing probes, each comprising at least one target capturing sequence, under conditions that permit the plurality of capturing probes to capture one or more target nucleic acids in the sample; b) Amplifying the captured one or more target nucleic acids in a reaction mixture comprising a detectable entity such that the amplified one or more target nucleic acids are labeled with the detectable entity; c) Incubating amplification product with a second set of particles bearing a plurality of re-capturing probes such that the amplified one or more target nucleic acids are re-captured by the plurality of the re-capturing probes, wherein the first set and second set of particles are identical; d) Detecting signal generated by a detectable entity associated with the re-captured amplified one or more target nucleic acids, wherein the presence and/or abundance of the detectable signal indicates the presence and/or abundance of the one or more target nucleic acids in the sample.
Extrusion head for extruding a complex profiled element made up of the assembly of profiled elements (P1, P2) formed from distinct rubber compounds (M1, M2), said extrusion head being intended to be mounted on a coextrusion machine , in which the profiled elements progress through an extrusion cavity in a direction of extrusion extending from upstream to downstream, defining a longitudinal direction (DL), said extrusion head comprising a lower wall that partially delimits said extrusion cavity and, from upstream to downstream of said lower wall in the longitudinal direction (DL): - an upstream extrusion unit for extruding a first compound (M1), having an upstream extrusion canal , which is positioned at the outlet of an upstream extruder and opens into the lower wall , - an upstream profiling blade , which is disposed transversely downstream of the upstream extrusion canal that defines the profiled part of a gap for determining a first transverse profile of a first profiled element (P1), - a downstream extrusion unit for extruding a second compound (M2), having a downstream extrusion canal , which is positioned at the outlet of a downstream extruder and opens into the lower wall downstream of the upstream profiling blade , - a downstream profiling blade , which is disposed transversely downstream of the downstream extrusion canal that defines the profiled part of a gap for determining a transverse profile of the complex profiled element (PC), said extrusion head having at least one channel , formed by lateral walls that extend in the longitudinal direction between the upstream profiling blade and the downstream profiling blade , and by a wall that forms the bottom of the channel, said walls together forming a concave surface that is open towards the inside of the extrusion cavity and defining a duct that is open at its two longitudinal ends , characterized in that at least one fin , which is disposed in the continuation of a partition that supports a lateral wall , extends into the gap of the downstream profiling blade such that the downstream end of the channel is situated in said gap. - an upstream extrusion unit for extruding a first compound (M1), having an upstream extrusion canal , which is positioned at the outlet of an upstream extruder and opens into the lower wall , - an upstream profiling blade , which is disposed transversely downstream of the upstream extrusion canal that defines the profiled part of a gap for determining a first transverse profile of a first profiled element (P1), - a downstream extrusion unit for extruding a second compound (M2), having a downstream extrusion canal , which is positioned at the outlet of a downstream extruder and opens into the lower wall downstream of the upstream profiling blade , - a downstream profiling blade , which is disposed transversely downstream of the downstream extrusion canal that defines the profiled part of a gap for determining a transverse profile of the complex profiled element (PC),
Motor arrangement comprising a stator and a rotor having a shaft which is movably mounted in at least one bearing shield , wherein the bearing shield extends in the form of a bow and bow ends of the bearing shield spread out from a central bearing region , and at least one attachment point for attachment in the motor assembly is arranged in the central bearing region , wherein the attachment point is situated in a wall-reinforced portion of the central bearing region , characterized in that the wall-reinforced portion forms a web towards a bow end , and the web connects a bow end to a bearing opening for the shaft , wherein, starting from the bearing opening , a plurality of webs extend in the direction of the bow end , wherein a central web is flanked on both sides by respective webs which run towards the bow end while approaching one another, and the central web extends into the bow end , and a bracing point for the stator is arranged in the central web , wherein the flanking webs end butting against the bow end .
A method of preparing the rendering with a color output device of at least two objects, the method comprising: - computing a first output color profile of a first color model, said first output color profile mimicking, for the human eye, a second output color profile of a second color model, said at least two objects being defined in the first color model in a page description language, and the second output color profile being a profile of the color output device and including re-rendering tables; - blending the at least two objects with the first output color profile as a blending space to generate pixels defined in the first output color profile; and - converting the pixels defined in the first output color profile, using a rendering engine, to pixels defined in the second output color profile, wherein computing the first output color profile comprises performing a pure-exponential approximation of the gamma factor of the neutral axis of the second output color profile from the re-rendering tables of the second output color profile, and wherein performing a pure-exponential approximation is characterised by obtaining one table per color component through evaluation of a linear ramp of scaled D50 XYZ values across the re-rendering tables of the second output color profile and fitting obtained results into a power function, the tables being used as a transfer function for the first output color profile. - computing a first output color profile of a first color model, said first output color profile mimicking, for the human eye, a second output color profile of a second color model, said at least two objects being defined in the first color model in a page description language, and the second output color profile being a profile of the color output device and including re-rendering tables; - blending the at least two objects with the first output color profile as a blending space to generate pixels defined in the first output color profile; and - converting the pixels defined in the first output color profile, using a rendering engine, to pixels defined in the second output color profile,
A prosthetic heart valve, comprising: a non-collapsible annular frame extending in a longitudinal direction between an inflow edge and an outflow edge, the frame having a plurality of annularly spaced commissure posts adjacent the outflow edge, each of the commissure posts having a tip and a post slot spaced apart from the tip and extending along a length of the commissure post; a radiopaque element including an elongated main body having a first end and a second end, the radiopaque element extending around the tip and through the post slot of at least one of the commissure posts so that a portion of the main body extends between the post slot and the tip; and a valve assembly connected to the frame and including a plurality of leaflets, wherein the first end and the second end of the radiopaque element are intertwined so as to secure the radiopaque element to the tip of the at least one of the commissure posts, and the intertwined first and second ends are positioned adjacent at least a portion of the main body that extends between the post slot and the tip, or the intertwined first and second ends are positioned within the post slot of the at least one of the commissure posts. a non-collapsible annular frame extending in a longitudinal direction between an inflow edge and an outflow edge, the frame having a plurality of annularly spaced commissure posts adjacent the outflow edge, each of the commissure posts having a tip and a post slot spaced apart from the tip and extending along a length of the commissure post; a radiopaque element including an elongated main body having a first end and a second end, the radiopaque element extending around the tip and through the post slot of at least one of the commissure posts so that a portion of the main body extends between the post slot and the tip; and a valve assembly connected to the frame and including a plurality of leaflets, wherein the first end and the second end of the radiopaque element are intertwined so as to secure the radiopaque element to the tip of the at least one of the commissure posts, and the intertwined first and second ends are positioned adjacent at least a portion of the main body that extends between the post slot and the tip, or the intertwined first and second ends are positioned within the post slot of the at least one of the commissure posts.