mhurhangee/ep-ind-claims huggingface dataset:
A HF surgical instrument comprising two instrument branches (10, 12) movable toward each other into a closing position each of which is equipped with at least one electrode (18, 20) and can be supplied with electric power from a power source, and a separately configured bridging means, formed as a printed board preferably adapted to be machine-equipped, which is connectable to the power source via at least one electric connection or at least one electric line and includes at least one contact point (32, 33) for supplying the at least one electrode (18, 20) with electric power, can be releasably introduced to at least one of the two instrument branches (10, 12) such that the at least one contact point electrically contacts the at least one electrode (18, 20) characterized in that the bridging means is insertable into the instrument branch (10, 12) in the axial direction via an axial aperture on the proximal side of the instrument branch (10, 12). a separately configured bridging means, formed as a printed board preferably adapted to be machine-equipped, which is connectable to the power source via at least one electric connection or at least one electric line and includes at least one contact point (32, 33) for supplying the at least one electrode (18, 20) with electric power, can be releasably introduced to at least one of the two instrument branches (10, 12) such that the at least one contact point electrically contacts the at least one electrode (18, 20) characterized in that the bridging means is insertable into the instrument branch (10, 12) in the axial direction via an axial aperture on the proximal side of the instrument branch (10, 12).
A swashplate assembly for use with a rotor aircraft, the swashplate assembly comprising: a non-rotating ring engaged with a rotatable ring, wherein the rotatable ring is configured to rotate with a rotor mast, and wherein the non-rotating ring is configured to engage and guide the rotatable ring; and a swashplate actuator system comprising: a first actuator and a second actuator engaged with the non-rotating ring, wherein the first actuator and the second actuator are configured to tilt the non-rotating ring about a single axis of rotation, and wherein the first actuator and the second actuator are further configured to translate the non-rotating ring along the axis of the rotor mast at a fixed angle without any additional inputs; characterized in that the swashplate actuator system further comprises a trim actuator, and wherein the trim actuator is mechanically coupled to the non-rotating ring and a stationary surface via a translatable sleeve. a non-rotating ring engaged with a rotatable ring, wherein the rotatable ring is configured to rotate with a rotor mast, and wherein the non-rotating ring is configured to engage and guide the rotatable ring; and a swashplate actuator system comprising: a first actuator and a second actuator engaged with the non-rotating ring, wherein the first actuator and the second actuator are configured to tilt the non-rotating ring about a single axis of rotation, and wherein the first actuator and the second actuator are further configured to translate the non-rotating ring along the axis of the rotor mast at a fixed angle without any additional inputs; a first actuator and a second actuator engaged with the non-rotating ring, wherein the first actuator and the second actuator are configured to tilt the non-rotating ring about a single axis of rotation, and wherein the first actuator and the second actuator are further configured to translate the non-rotating ring along the axis of the rotor mast at a fixed angle without any additional inputs;
A method for producing a high-strength aluminum alloy sheet from a starting material made of an aluminum alloy having an Mg content of ≥ 6.2 %, in which the starting material is deformed to a rolling material having a hot-rolling thickness d W in a hot-rolling procedure, characterized in that the rolling material is rolled to a final thickness d in a cold-rolling procedure following the hot-rolling procedure, several reductions per pass being conducted in the hot-rolling procedure within a defined hot-rolling temperature range, several reductions per pass being conducted for thinning in the cold-rolling procedure in a cold-rolling temperature range between 20 °C and 200 °C, the cold-rolling procedure being conducted with an additional shear stress of the rolling material, the shear forces being computed as a function of the rolling force and serving as a guide value of the process control. the rolling material is rolled to a final thickness d in a cold-rolling procedure following the hot-rolling procedure, several reductions per pass being conducted in the hot-rolling procedure within a defined hot-rolling temperature range, several reductions per pass being conducted for thinning in the cold-rolling procedure in a cold-rolling temperature range between 20 °C and 200 °C, the cold-rolling procedure being conducted with an additional shear stress of the rolling material, the shear forces being computed as a function of the rolling force and serving as a guide value of the process control.
A stereo earphone comprising a pair of earphones characterized in that the pair of earphones each have a cartilage conduction unit (20024, 25024) which is an elastic body, a sheath unit (20024b, 25024b) connected to the cartilage conduction unit, and a vibration source (20025, 25025a) connected to the cartilage conduction unit within the sheath unit without making contact with an inner wall thereof, wherein the vibration source is a piezoelectric bimorph (20025, 25025a), an upper end thereof being supported by the cartilage conduction unit, and a lower end of the piezoelectric bimorph operable to vibrate freely inside the sheath without making contact with the inner wall thereof, counteractions of the free vibration of the lower end of the piezoelectric bimorph being transmitted to the cartilage conduction unit at the upper end of the piezoelectric bimorph to produce cartilage conduction from the cartilage conduction unit, wherein the cartilage conduction unit is in contact with the entrance to the external auditory meatus and has a passage hole in communication with the external auditory meatus, and wherein the vibration source is connected to the cartilage conduction unit so that the upper end of the vibration source is positioned further above the lower end of the passage hole.
A process for preparing stabilized buckwheat starch from native buckwheat starch, the process comprising the steps of: a) preparing a suspension of native buckwheat starch in an aqueous medium, preferably at a concentration from 20 to 50% by weight, more preferably at a concentration from 30 to 40% by weight at a temperature T1 comprised between room temperature and 50°C, for example comprised between room temperature and 45°C; b) heating the aqueous suspension up to a temperature Ts that does not exceed 60°C, said heating step comprising: i. a first stage of slow heating, at a rate comprised between 0.2°C and 5°C per hour, from T1 up to said temperature Ts, said temperature Ts comprised in the range from 50 to 60°C, preferably in the range from 53°C to 58°C, more preferably in the range from 53°C to 55°C and, ii. a second stage of heating at said temperature Ts for at least 30 minutes, preferably from 0.5 to 24 hours, for example from 1 to 18 hours, in particular from 1 to 5 hours, notably for 3 hours, so as to obtain the stabilized buckwheat starch, c) separating the stabilized buckwheat starch from the aqueous medium; d) drying said stabilized buckwheat starch; e) recovering said stabilized buckwheat starch. a) preparing a suspension of native buckwheat starch in an aqueous medium, preferably at a concentration from 20 to 50% by weight, more preferably at a concentration from 30 to 40% by weight at a temperature T1 comprised between room temperature and 50°C, for example comprised between room temperature and 45°C; b) heating the aqueous suspension up to a temperature Ts that does not exceed 60°C, said heating step comprising: i. a first stage of slow heating, at a rate comprised between 0.2°C and 5°C per hour, from T1 up to said temperature Ts, said temperature Ts comprised in the range from 50 to 60°C, preferably in the range from 53°C to 58°C, more preferably in the range from 53°C to 55°C and, ii. a second stage of heating at said temperature Ts for at least 30 minutes, preferably from 0.5 to 24 hours, for example from 1 to 18 hours, in particular from 1 to 5 hours, notably for 3 hours, so as to obtain the stabilized buckwheat starch, i. a first stage of slow heating, at a rate comprised between 0.2°C and 5°C per hour, from T1 up to said temperature Ts, said temperature Ts comprised in the range from 50 to 60°C, preferably in the range from 53°C to 58°C, more preferably in the range from 53°C to 55°C and, ii. a second stage of heating at said temperature Ts for at least 30 minutes, preferably from 0.5 to 24 hours, for example from 1 to 18 hours, in particular from 1 to 5 hours, notably for 3 hours, so as to obtain the stabilized buckwheat starch, c) separating the stabilized buckwheat starch from the aqueous medium; d) drying said stabilized buckwheat starch; e) recovering said stabilized buckwheat starch.
Loading rail comprising a cross sectional profile which is uniform over at least part of the length of said loading rail and which has, on an upper side, a longitudinal groove for receiving at least one sliding block, the longitudinal groove being constricted in an upper region by at least one web, which is attached to a side wall of the longitudinal groove, to form a longitudinal slot, and the web bearing at least one downwardly projecting projection, the projection forming an undercut on a side facing away from the longitudinal slot, as seen from below, characterized in that the at least one projection has a slope on the side thereof facing the longitudinal slot, which slope is formed at least approximately parallel to a surface of the projection in the region of the undercut.
A method of obtaining proof-of-play data from an electronic display system comprising a processor and a digital display device and memory device operably coupled thereto, the processor executing a display controller for loading a series of image data files from the memory device in turn for sequential display thereof on the digital display device, the method comprising sending a hypertext marked-up image display data file for storage by the electronic display system in the memory device amongst the image data files, the hypertext marked-up image display data file comprising image data, hypertext markup, client-side code and a resource locator and wherein the display controller comprises a hypertext processor and client-side code interpreter such that when the hypertext marked-up image display data file is loaded by the display controller, the interpreter thereof interprets the client-side code characterized in that the interpreter transmits proof-of-play data to a resource across a wide area network specified by the resource locator, wherein the client-side code includes an on-load event handler for handling an on-load event fired by the interpreter and an asynchronous data transmitter and wherein the on-load event handler invokes the asynchronous data transmitter when handling the on-load event and wherein the client-side code further comprises a timer and which invokes the asynchronous data transmitter at a periodic interval.
A toothbrush head which comprises a bristle carrier having an upper surface, a bristle holder holding one or more bristle, the bristle being elongate along a bristle longitudinal direction and having an upper end relatively distant from the bristle carrier and a lower end relatively nearer to the bristle carrier, a connector connecting the bristle holder to the bristle carrier, the connector being resiliently flexible in a direction such that: pressure applied to the bristle in the bristle longitudinal direction toward the bristle carrier causes the bristle holder to move downwards in the bristle longitudinal direction and to rotate in a first rotation direction around a rotation axis parallel to the bristle direction, and subsequent release of the pressure causes the bristle holder to move reciprocally upwards in the opposite direction, and to rotate in a second rotation direction around a rotation axis parallel to the bristle direction and opposite to the first rotation direction wherein the connector that follows a non-radial path relative to the said rotation axis follows a non-radial path follows a conical surface, with an end of the connector connected to the bristle holder being nearer to the apex of the conical surface, and an end of the connector connected to the bristle carrier being nearer to the base of the conical surface; wherein a base is connected to the bristle carrier, and the connector(s) connect(s) the bristle holder to the base, so that the connection of the connector(s) to the bristle carrier is via the base; and wherein the holder, connector(s) and the base are integrally made of a resilient plastics material. pressure applied to the bristle in the bristle longitudinal direction toward the bristle carrier causes the bristle holder to move downwards in the bristle longitudinal direction and to rotate in a first rotation direction around a rotation axis parallel to the bristle direction, and subsequent release of the pressure causes the bristle holder to move reciprocally upwards in the opposite direction, and to rotate in a second rotation direction around a rotation axis parallel to the bristle direction and opposite to the first rotation direction wherein the connector that follows a non-radial path relative to the said rotation axis follows a non-radial path follows a conical surface, with an end of the connector connected to the bristle holder being nearer to the apex of the conical surface, and an end of the connector connected to the bristle carrier being nearer to the base of the conical surface; wherein a base is connected to the bristle carrier, and the connector(s) connect(s) the bristle holder to the base, so that the connection of the connector(s) to the bristle carrier is via the base; and wherein the holder, connector(s) and the base are integrally made of a resilient plastics material.
Method for manufacturing a connecting element using a foam injection moulding method, wherein a fastening part with gripping and/or interlocking elements forming a component of a hook and loop fastener is manufactured in a first step and placed in an injection mould as an insert, a supporting element being formed in said injection mould by means of a foamed plastics material in a second step, said supporting element being connected to the insert to form the connecting element, characterised in that the injection mould comprises movable mould sections (4, 6), which delimit a mould cavity, in that air channels leading into the cavity are formed in the mould section that is opposite the mould section comprising a channel and in which a depression forming the cavity is formed, and in that suction air is applied via the air channels or support gas is supplied under pressure during the moulding process to protect the interlocking elements.
A method for authenticating a user on a mobile device, comprising: initiating authentication of the user for access to the mobile device, wherein access to the mobile device is granted upon successful authentication of the user by the mobile device; capturing first video data from a first camera (227-1, 454-1) of the mobile device, wherein the first video data captures at least an image of a face of the user; capturing second video data from a second camera (227-2, 454-2) of the mobile device, wherein the second video data captures at least an image of a different part of the user; performing face recognition analysis on the image of the face of the user to determine an identity of the user; determining a first pulse information of the user from the first video data and a second pulse information of the user from the second video data; determining (314, 316) whether the first pulse information and the second pulse information indicate a pulse match; and authenticating the user for access to the mobile device when a pulse match is determined and the determined identity of the user has permission to access the mobile device. initiating authentication of the user for access to the mobile device, wherein access to the mobile device is granted upon successful authentication of the user by the mobile device; capturing first video data from a first camera (227-1, 454-1) of the mobile device, wherein the first video data captures at least an image of a face of the user; capturing second video data from a second camera (227-2, 454-2) of the mobile device, wherein the second video data captures at least an image of a different part of the user; performing face recognition analysis on the image of the face of the user to determine an identity of the user; determining a first pulse information of the user from the first video data and a second pulse information of the user from the second video data; determining (314, 316) whether the first pulse information and the second pulse information indicate a pulse match; and authenticating the user for access to the mobile device when a pulse match is determined and the determined identity of the user has permission to access the mobile device.
A method, comprising: monitoring traffic flows through a root node of a primary directed acyclic graph, DAG, in a computer network; detecting that a particular traffic flow of the monitored traffic flows is above a path cost threshold; determining whether the particular traffic flow from a corresponding source device is point-to-point, P2P, or point-to-multipoint, P2MP; in response to the particular traffic flow being P2P, computing and sending a source route to the source device to cause the source device to use the source route for the particular traffic flow; and in response to the particular traffic flow being P2MP, instructing the source device to create a secondary DAG for the particular traffic flow with the source device as the secondary DAG root. monitoring traffic flows through a root node of a primary directed acyclic graph, DAG, in a computer network; detecting that a particular traffic flow of the monitored traffic flows is above a path cost threshold; determining whether the particular traffic flow from a corresponding source device is point-to-point, P2P, or point-to-multipoint, P2MP; in response to the particular traffic flow being P2P, computing and sending a source route to the source device to cause the source device to use the source route for the particular traffic flow; and in response to the particular traffic flow being P2MP, instructing the source device to create a secondary DAG for the particular traffic flow with the source device as the secondary DAG root.
A medical implantable bone screw (100,140,150,160,180,232) comprising - a tapered core (104,124,142,152,162,182) comprising a tool engagement flange (110,146) at a top end (148,156,165) of the core (104,124,142,152,162,182) and a tip opposite to the top end (148,156,165), - a channel extending within the core (104,124,142,152,162,182) along the entire length of the core (104,124,142,152,162,182), and - threads (106,144,154,164,166,168,184,186) spiraling around the core (104,124,142,152,162,182), - wherein at least some of the threads (106,144,154,164,166,168,184,186) comprises an asymmetrical cross-sectional shape with a difference in the cross-sectional shape of the top of the thread (106,144,154,164,166,168,184,186) oriented toward the top end (148,156,165) of the core (104,124,142,152,162,182) relative to the bottom of the thread (106,144,154,164,166, 168,184,186) oriented toward the tip of the core (104,124,142,152,162,182), - wherein the screw (100,140,150,160,180,232) comprises one or more biocompatible materials, and - wherein the core (104,124,142,152,162,182) comprises openings through the core (104,124,142, 152,162,182) and wherein the openings open into the channel. - a tapered core (104,124,142,152,162,182) comprising a tool engagement flange (110,146) at a top end (148,156,165) of the core (104,124,142,152,162,182) and a tip opposite to the top end (148,156,165), - a channel extending within the core (104,124,142,152,162,182) along the entire length of the core (104,124,142,152,162,182), and - threads (106,144,154,164,166,168,184,186) spiraling around the core (104,124,142,152,162,182), - wherein at least some of the threads (106,144,154,164,166,168,184,186) comprises an asymmetrical cross-sectional shape with a difference in the cross-sectional shape of the top of the thread (106,144,154,164,166,168,184,186) oriented toward the top end (148,156,165) of the core (104,124,142,152,162,182) relative to the bottom of the thread (106,144,154,164,166, 168,184,186) oriented toward the tip of the core (104,124,142,152,162,182), - wherein the screw (100,140,150,160,180,232) comprises one or more biocompatible materials, and - wherein the core (104,124,142,152,162,182) comprises openings through the core (104,124,142, 152,162,182) and wherein the openings open into the channel.
A method for wireless communications, comprising: receiving, by a user equipment, UE, signaling for indicating a time division duplexing, TDD, transmission time interval, TTI, frame structure configuration from a base station, the TDD TTI frame structure configuration corresponding to a TDD TTI time duration of 0.125 ms, 0.25 ms, or 0.5 ms, the TDD TTI including two switching points between downlink transmissions and uplink transmissions; receiving, by the UE, a first downlink transmission in the TDD TTI; transmitting, by the UE, a first uplink transmission (663, 664) following the first downlink transmission in the TDD TTI; receiving, by the UE, a second downlink transmission following the first uplink transmission in the TDD TTI; and transmitting, by the UE, a second uplink transmission (665, 666) following the second downlink transmission in the TDD TTI. receiving, by a user equipment, UE, signaling for indicating a time division duplexing, TDD, transmission time interval, TTI, frame structure configuration from a base station, the TDD TTI frame structure configuration corresponding to a TDD TTI time duration of 0.125 ms, 0.25 ms, or 0.5 ms, the TDD TTI including two switching points between downlink transmissions and uplink transmissions; receiving, by the UE, a first downlink transmission in the TDD TTI; transmitting, by the UE, a first uplink transmission (663, 664) following the first downlink transmission in the TDD TTI; receiving, by the UE, a second downlink transmission following the first uplink transmission in the TDD TTI; and transmitting, by the UE, a second uplink transmission (665, 666) following the second downlink transmission in the TDD TTI.
Table with a height-adjustable tabletop, the table further comprising - an electrical drive for height adjustment of the tabletop, wherein a self-locking of the drive is designed in such a manner that, for a defined load on the tabletop, a downward movement of the tabletop takes place without the supply of additional energy, - a braking mechanism for selective prevention of a downward movement of the tabletop, - an H-bridge for controlling the drive, and - an energy accumulator, which comprises an electrical accumulator that is coupled to the H-bridge for outputting and absorbing energy, wherein the table is designed in such a manner that energy resulting from a downward movement of the tabletop is stored at least in part in the energy accumulator. - an electrical drive for height adjustment of the tabletop, wherein a self-locking of the drive is designed in such a manner that, for a defined load on the tabletop, a downward movement of the tabletop takes place without the supply of additional energy, - a braking mechanism for selective prevention of a downward movement of the tabletop, - an H-bridge for controlling the drive, and - an energy accumulator, which comprises an electrical accumulator that is coupled to the H-bridge for outputting and absorbing energy,