mhurhangee/ep-ind-claims huggingface dataset:
A surgical instrument, comprising: a handpiece housing; an acoustic assembly supported within said handpiece housing, wherein said acoustic assembly is configured to produce vibrations; a waveguide comprising a proximal end and a distal end, wherein said proximal end is mounted to said acoustic assembly such that vibrations produced by said acoustic assembly are transmitted to said waveguide; a clamp movable between an open position and a closed position relative to said waveguide, wherein said clamp comprises a tissue-contacting pad (655, 755, 855) including a first electrode (682, 782) and a second electrode (683, 783); a first conductor in electrical communication with said first electrode; a second conductor in electrical communication with said second electrode, wherein said first conductor and said second conductor are configured to be placed in electrical communication with a power source such that current can flow from said first electrode to said second electrode through tissue positioned intermediate said first electrode and said second electrode. a handpiece housing; an acoustic assembly supported within said handpiece housing, wherein said acoustic assembly is configured to produce vibrations; a waveguide comprising a proximal end and a distal end, wherein said proximal end is mounted to said acoustic assembly such that vibrations produced by said acoustic assembly are transmitted to said waveguide; a clamp movable between an open position and a closed position relative to said waveguide, wherein said clamp comprises a tissue-contacting pad (655, 755, 855) including a first electrode (682, 782) and a second electrode (683, 783); a first conductor in electrical communication with said first electrode; a second conductor in electrical communication with said second electrode, wherein said first conductor and said second conductor are configured to be placed in electrical communication with a power source such that current can flow from said first electrode to said second electrode through tissue positioned intermediate said first electrode and said second electrode.
Permanent magnet for a permanent magnet machine, comprising a base body having a first side and a second side which is an opposite side with respect to the first side, wherein at least one first slit is formed in the base body such that the at least one first slit extends from the first side in the direction of the second side without an opening in the second side, so that the first slit is a blind hole ending inside the base body, characterized in that the base body comprises a first part comprising the first side and a second part comprising the second side, in that the first part has a first mounting surface which is mounted to a second mounting surface of the second part, in that between the first mounting surface and the second mounting surface a glue layer is arranged for gluing the first part and the second part together, and in that a first end of the first slit is a bottom of the blind hole at which the first slit 121 ends inside the base body 110 and wherein the first end is arranged in the second part.
Method for producing a hotplate field, which is produced from a base plate, characterised in that the base plate has a plurality of projections, wherein at least one of the projections is removed at least partially by means of laser machining, wherein the projections are arranged on a surface side of the plate element of the base plate, wherein the surface side of the plate element of the base plate is aligned substantially parallel to a main extension plane of the base plate, wherein the projections are arranged in a substantially uniform grid on the plate element of the base plate, wherein the projections extend substantially across the entire surface side of the plate element of the base plate.
A vehicle rear seat frame for a rear seat disposed in a rear section of a vehicle comprising a seat cushion frame and a seat back frame being foldable about an axis along a lateral direction of the vehicle so as to be overlapped with each other, characterized in that the seat cushion frame comprises a seat cushion side frame (11a, 11b) at each lateral end of the seat cushion frame, the seat cushion side frame extending in a longitudinal direction of the vehicle when folded, and the seat back frame comprises a seat back side frame (12a, 12b) at each lateral end of the seat back frame, the seat back side frame extending in the longitudinal direction when folded, wherein the seat cushion side frame comprises a first weak portion (A1 to A3, B1 to B3) having less longitudinal strength than other portions thereof, and the seat back side frame comprises a second weak portion (C1 to C3, D1 to D3) having less longitudinal strength than other portions thereof.
A handle assembly for an implant delivery device for folding or unfolding at least one medical implant by means of at least one tension thread, wherein the handle assembly comprises: - a drum for winding the tension thread thereon by rotating the drum; - a knob to be rotated by a user of the handle assembly in order to fold or unfold the medical implant by tightening or winding the tension thread or by releasing or unwinding the tension thread, the knob being arranged or interconnected with the drum such that the drum is rotated when the knob is rotated; - a displacement limiter for limiting the length or displacement by which the tension thread may be wound onto or unwound from the drum by rotating the knob, characterized in that - the drum and the knob are interconnected by a rush gear, wherein the rush gear is arranged to rotated inside a gear stopper along or by means of a gear pattern or teeth, wherein the rush gear is interconnected to the drum such that a rotation of the rush gear resulting in a rotation of the drum; and wherein the displacement limiter comprises or consists of a ring-shaped or tube-shaped element having an inner surface, the inner surface comprising at least a first section comprising teeth and at least one of a second section having an inner surface different to the inner surface of the first section or a radial width smaller than that of the first section, and a third section having an inner surface different to the inner surface of the first section or a radial width smaller than that of the first section. - a drum for winding the tension thread thereon by rotating the drum; - a knob to be rotated by a user of the handle assembly in order to fold or unfold the medical implant by tightening or winding the tension thread or by releasing or unwinding the tension thread, the knob being arranged or interconnected with the drum such that the drum is rotated when the knob is rotated; - a displacement limiter for limiting the length or displacement by which the tension thread may be wound onto or unwound from the drum by rotating the knob, - the drum and the knob are interconnected by a rush gear, wherein the rush gear is arranged to rotated inside a gear stopper along or by means of a gear pattern or teeth, wherein the rush gear is interconnected to the drum such that a rotation of the rush gear resulting in a rotation of the drum; and wherein the displacement limiter comprises or consists of a ring-shaped or tube-shaped element having an inner surface, the inner surface comprising at least a first section comprising teeth and at least one of a second section having an inner surface different to the inner surface of the first section or a radial width smaller than that of the first section, and a third section having an inner surface different to the inner surface of the first section or a radial width smaller than that of the first section.
A method executed by a hardware processor of a server in a network environment, comprising: communicating information between a plurality of network function virtualized, NFV,-based applications; and creating at least one service chain using at least two of the plurality of NFV based applications based, at least in part, on the information communicated between the plurality NFV based applications, wherein the information comprises load balancing information to enable one or more egress points of a previous NVF-based application to perform load balancing for a subsequent NFV-based application in the at least one service chain. communicating information between a plurality of network function virtualized, NFV,-based applications; and creating at least one service chain using at least two of the plurality of NFV based applications based, at least in part, on the information communicated between the plurality NFV based applications, wherein the information comprises load balancing information to enable one or more egress points of a previous NVF-based application to perform load balancing for a subsequent NFV-based application in the at least one service chain.
A method of determining the P. aeruginosa or related species infection status of a subject comprising: (a) providing a sample of blood or urine obtained from the subject; (b) determining the level of one or more alkyl quinolones or metabolites thereof produced by P. aeruginosa or a related species in the sample, wherein a species related to P. aeruginosa is a Burkholderia spp. (a) providing a sample of blood or urine obtained from the subject; (b) determining the level of one or more alkyl quinolones or metabolites thereof produced by P. aeruginosa or a related species in the sample, wherein a species related to P. aeruginosa is a Burkholderia spp.
An apparatus for grilling food, comprising a central pillar, a holder arm fixed to the central pillar, a piece containing a coupling bar connected to the holder arm and having at the opposite end at least one prong, a geared motor included inside of the holder arm, which also contains all its related elements located in line one in respect to the other, and an electric energy source operatively connected to the geared motor of the holder arm, characterized by said holder arm is fixed to the central pillar by a fixing means consisting in a sole piece containing two central in line perforations having a configuration similar to an infinity symbol, said perforations being elliptical and having different diameters, one corresponding to the diameter of the central pillar and the other one corresponding to the diameter of the holder arm, wherein both elliptical perforations contain an about 1 mm gap in both ends of their minor axis and through which the central pillar and the holder arm are fixed with a specific angle between them.
A method of transmitting data from a lower-layer split central unit, LLS-CU, to a radio unit, RU, in a network node of a wireless communication system for transmission by the RU over a wireless interface, the method comprising: mapping, at the LLS-CU, user data and a plurality of reference symbols to be transmitted with the user data by the RU to resource elements to provide mapped data; compressing the mapped data including the plurality of reference symbols using a bitmap representation of the mapped data to obtain compressed data; transmitting the bitmap representation from the LLS-CU to the RU; and transmitting the compressed data from the LLS-CU to the RU. mapping, at the LLS-CU, user data and a plurality of reference symbols to be transmitted with the user data by the RU to resource elements to provide mapped data; compressing the mapped data including the plurality of reference symbols using a bitmap representation of the mapped data to obtain compressed data; transmitting the bitmap representation from the LLS-CU to the RU; and transmitting the compressed data from the LLS-CU to the RU.
A tensioning device comprising: a handle operably connected to a drive shaft by a clutch assembly wherein rotational movement of the handle is communicated to the drive shaft by the clutch assembly until the clutch assembly reaches a torque limit; characterized in that: the clutch assembly comprises at least one friction member, a pawl, and a drive sprocket, wherein the pawl is operably connected to the handle and communicates rotational movement of the handle to the drive sprocket, and wherein the friction member communicates rotation of the drive sprocket to the drive shaft up to the torque limit; and the device further comprising at least one retractor rotationally operable by the drive shaft, the retractor comprising a retractor pawl, a retractor sprocket, a webbing and a retractor spool, wherein the retractor comprises a locked mode where the retractor pawl engages the retractor sprocket whereby the webbing can be retracted but not withdrawn from the retractor spool, and wherein the retractor comprises an unlocked mode where the retractor pawl does not engage the retractor sprocket thereby allowing the webbing to be retracted and withdrawn from the retractor spool. the clutch assembly comprises at least one friction member, a pawl, and a drive sprocket, wherein the pawl is operably connected to the handle and communicates rotational movement of the handle to the drive sprocket, and wherein the friction member communicates rotation of the drive sprocket to the drive shaft up to the torque limit; and the device further comprising at least one retractor rotationally operable by the drive shaft, the retractor comprising a retractor pawl, a retractor sprocket, a webbing and a retractor spool, wherein the retractor comprises a locked mode where the retractor pawl engages the retractor sprocket whereby the webbing can be retracted but not withdrawn from the retractor spool, and wherein the retractor comprises an unlocked mode where the retractor pawl does not engage the retractor sprocket thereby allowing the webbing to be retracted and withdrawn from the retractor spool.
Chop and mitre-box saw with a carrier, which forms a workpiece support surface, and a mounting, which is attached to said carrier, for a sawing unit which is arranged above the workpiece support surface and defines a direction of the saw cut, with a workpiece stop for a workpiece, which workpiece stop is attached to the carrier and extends transversely to the direction of the saw cut when the sawing unit is in its central basic position on the workpiece support surface; wherein the workpiece support surface has a specific depth in the direction of the saw cut when the sawing unit is located in the basic position, and a specific width, transversely to the direction of the saw cut, when said sawing unit is located in the basic position; wherein there is attached to the carrier, at least on one side, an additional carrier which forms an additional surface and by which the depth and/or width which is effective for supporting a workpiece can be enlarged; wherein the additional surface of the additional carrier attached to the carrier can be adjusted, in relation to said carrier, between a basic position close to said carrier and a distance position which is as far away as possible from said carrier; and wherein the additional surface lies, in the basic position, to a certain extent behind the transverse line defined by the workpiece stop; characterised in that the additional surface lies, in the basic position, to a considerable extent behind the transverse line defined by the workpiece stop and, in the distance position, largely or completely in front of the transverse line, and that the additional carrier is attached to the carrier in such a way that it can be adjusted out of the basic position and into its distance position as a result of a movement which is directed obliquely outwards and forwards away from the workpiece stop.
An organic light-emitting diode component comprising: a first electrode layer, a light-emitting layer and a second electrode layer arranged in sequence; wherein the organic light-emitting diode component further comprises an insulation layer, an auxiliary electrode layer, and a pixel definition layer; wherein the insulation layer is arranged above the second electrode layer, and not arranged above the pixel definition layer; wherein the pixel definition layer is positioned above the first electrode layer, and includes a via and a a plurality of open regions: wherein an open region of the plurality of open regions corresponds to a pixel definition region; and wherein the light-emitting layer and the second electrode layer are positioned in the pixel definition region; wherein the insulation layer, the light-emitting layer, and the second electrode layer are formed using the same mask; wherein the auxiliary electrode layer is arranged above the insulation layer and electrically connected to the first electrode layer through the via of the pixel definition layer; and wherein the auxiliary electrode layer is evaporated on the insulating layer, covering entirely the top surface of the organic light-emitting diode component. wherein the organic light-emitting diode component further comprises an insulation layer, an auxiliary electrode layer, and a pixel definition layer; wherein the insulation layer is arranged above the second electrode layer, and not arranged above the pixel definition layer; wherein the pixel definition layer is positioned above the first electrode layer, and includes a via and a a plurality of open regions: wherein an open region of the plurality of open regions corresponds to a pixel definition region; and wherein the light-emitting layer and the second electrode layer are positioned in the pixel definition region; wherein the insulation layer, the light-emitting layer, and the second electrode layer are formed using the same mask; wherein the auxiliary electrode layer is arranged above the insulation layer and electrically connected to the first electrode layer through the via of the pixel definition layer; and wherein the auxiliary electrode layer is evaporated on the insulating layer, covering entirely the top surface of the organic light-emitting diode component. wherein an open region of the plurality of open regions corresponds to a pixel definition region; and wherein the light-emitting layer and the second electrode layer are positioned in the pixel definition region; wherein the insulation layer, the light-emitting layer, and the second electrode layer are formed using the same mask; wherein the auxiliary electrode layer is arranged above the insulation layer and electrically connected to the first electrode layer through the via of the pixel definition layer; and wherein the auxiliary electrode layer is evaporated on the insulating layer, covering entirely the top surface of the organic light-emitting diode component.
Method for producing multi-segment filters of the tobacco processing industry, comprising the following method steps: - Providing a flow of filter segments which have been placed on a wrapping material strip, wherein gaps are provided between the filter segments, - Conveying the flow in a longitudinal axial conveying direction, - Filling the gaps with a granulate, characterized in that the filling of the gaps with the granulate takes place with the aid of an airflow enriched with granulate, wherein, in a granulate filling device, the airflow enriched with granulate has at least one movement component in the conveying direction of the flow, wherein, at the outlet of the granulate filling device, the granulate which is conveyed in the airflow has a movement component in the conveying direction of the flow. - Providing a flow of filter segments which have been placed on a wrapping material strip, wherein gaps are provided between the filter segments, - Conveying the flow in a longitudinal axial conveying direction, - Filling the gaps with a granulate, characterized in that the filling of the gaps with the granulate takes place with the aid of an airflow enriched with granulate, wherein, in a granulate filling device, the airflow enriched with granulate has at least one movement component in the conveying direction of the flow, wherein, at the outlet of the granulate filling device, the granulate which is conveyed in the airflow has a movement component in the conveying direction of the flow.
An imaging device in and from which a battery can be fitted and removed, the imaging device comprising: an imaging unit configured to image a subject; a power supply terminal configured to supply power to the imaging device via a USB cable; and a controller configured to detect whether or not the battery has been fitted in the imaging device; characterized in that the controller is configured to: detect whether or not an external device connected to the USB cable is a USB PD-compliant device; and in case the external device is a USB PD-compliant device: (i) enable an action of the imaging unit by means of the power from the power supply terminal when the battery is fitted in the imaging device; and (ii) disable the action of the imaging unit that rely on the power from the power supply terminal when the battery is not fitted in the imaging device; wherein disabling the action of the imaging unit includes disabling imaging still images. an imaging unit configured to image a subject; a power supply terminal configured to supply power to the imaging device via a USB cable; and a controller configured to detect whether or not the battery has been fitted in the imaging device; characterized in that the controller is configured to: detect whether or not an external device connected to the USB cable is a USB PD-compliant device; and in case the external device is a USB PD-compliant device: (i) enable an action of the imaging unit by means of the power from the power supply terminal when the battery is fitted in the imaging device; and (ii) disable the action of the imaging unit that rely on the power from the power supply terminal when the battery is not fitted in the imaging device; wherein disabling the action of the imaging unit includes disabling imaging still images. detect whether or not an external device connected to the USB cable is a USB PD-compliant device; and in case the external device is a USB PD-compliant device: (i) enable an action of the imaging unit by means of the power from the power supply terminal when the battery is fitted in the imaging device; and (ii) disable the action of the imaging unit that rely on the power from the power supply terminal when the battery is not fitted in the imaging device; wherein (i) enable an action of the imaging unit by means of the power from the power supply terminal when the battery is fitted in the imaging device; and (ii) disable the action of the imaging unit that rely on the power from the power supply terminal when the battery is not fitted in the imaging device; wherein disabling the action of the imaging unit includes disabling imaging still images.