mhurhangee/ep-ind-claims huggingface dataset:
A surgical implant insertion system for deployment and removal of an expandable implant into a vertebral body, comprising: an actuation rod including a distal end with threading capable of coupling with a thread of a distal end of the expandable implant; an inserter locking tube disposed over the actuation rod and including a proximal end and including a distal end with an inner threading that couples with an outer thread of a proximal end of the expandable implant; the expandable surgical implant disposed at a distal end of the inserter locking tube; characterized by: an inserter handle coupled to the proximal end of the inserter locking tube; an actuator handle coupled to a proximal end of the actuation rod; a power screw directly interfacing with the actuation rod; a thrust nut connected to the actuator handle and internally threaded to mate with the power screw, wherein the thrust nut is configured to rotate when the actuator handle is turned to transmit a linear force to the actuation rod, such that rotation of the actuator handle causes the actuation rod to expand or compress the expandable surgical implant. an actuation rod including a distal end with threading capable of coupling with a thread of a distal end of the expandable implant; an inserter locking tube disposed over the actuation rod and including a proximal end and including a distal end with an inner threading that couples with an outer thread of a proximal end of the expandable implant; the expandable surgical implant disposed at a distal end of the inserter locking tube; characterized by: an inserter handle coupled to the proximal end of the inserter locking tube; an actuator handle coupled to a proximal end of the actuation rod; a power screw directly interfacing with the actuation rod; a thrust nut connected to the actuator handle and internally threaded to mate with the power screw, wherein the thrust nut is configured to rotate when the actuator handle is turned to transmit a linear force to the actuation rod, such that rotation of the actuator handle causes the actuation rod to expand or compress the expandable surgical implant. an inserter handle coupled to the proximal end of the inserter locking tube; an actuator handle coupled to a proximal end of the actuation rod; a power screw directly interfacing with the actuation rod; a thrust nut connected to the actuator handle and internally threaded to mate with the power screw, wherein the thrust nut is configured to rotate when the actuator handle is turned to transmit a linear force to the actuation rod, such that rotation of the actuator handle causes the actuation rod to expand or compress the expandable surgical implant.
A method for controlling the power consumption of a transport refrigeration unit having a refrigerant mass flow circulating within a refrigerant circuit having a refrigerant compressor and having a diesel engine for powering the transport refrigeration unit, the method comprising the step of selectively limiting refrigerant mass flow through the refrigerant circuit in response to the operating engine load on the diesel engine and the operating speed of the diesel engine; further comprising the steps of: monitoring the operating engine load of the diesel engine; monitoring the operating engine speed of the diesel engine; and selectively adjusting the refrigerant mass flow through the refrigerant circuit of the transport refrigeration unit to maintain the operating engine load less than 98% of the maximum operating engine load and to simultaneously maintain the operating engine speed at a speed of at least 98% of a target engine operating speed. monitoring the operating engine load of the diesel engine; monitoring the operating engine speed of the diesel engine; and selectively adjusting the refrigerant mass flow through the refrigerant circuit of the transport refrigeration unit to maintain the operating engine load less than 98% of the maximum operating engine load and to simultaneously maintain the operating engine speed at a speed of at least 98% of a target engine operating speed.
A locking system for a door, comprising - a door lock with a lock box, in which a closing and/or locking mechanism is arranged, and which has a cylinder perforation, - an electric drive device with a drive element, - a locking cylinder comprising a cylinder housing, which extends in a longitudinal direction, an adjustment shaft, whose axis of rotation extends in the cylinder housing in the longitudinal direction, as well as a lock driver (68, 68'), which is non-rotatably arranged on the adjustment shaft and adjustably arranged in a recess of the cylinder housing, wherein a motor driver (70, 70') is non-rotatably arranged on the adjustment shaft, and is offset in the longitudinal direction relative to the lock driver (68, 68'), wherein a housing of a drive unit can be arranged parallel to a lock box, and a cylinder perforation of the lock box and a perforation or recess of the housing of the drive unit can be penetrated with the locking cylinder, wherein the lock driver (68, 68') of the locking cylinder interacts with the closing and/or locking mechanism of the door lock, and the drive element of the electric drive unit interacts with the motor driver (70, 70') of the locking cylinder. - a door lock with a lock box, in which a closing and/or locking mechanism is arranged, and which has a cylinder perforation, - an electric drive device with a drive element, - a locking cylinder comprising a cylinder housing, which extends in a longitudinal direction, an adjustment shaft, whose axis of rotation extends in the cylinder housing in the longitudinal direction, as well as a lock driver (68, 68'), which is non-rotatably arranged on the adjustment shaft and adjustably arranged in a recess of the cylinder housing, wherein a motor driver (70, 70') is non-rotatably arranged on the adjustment shaft, and is offset in the longitudinal direction relative to the lock driver (68, 68'), wherein a housing of a drive unit can be arranged parallel to a lock box, and a cylinder perforation of the lock box and a perforation or recess of the housing of the drive unit can be penetrated with the locking cylinder, wherein the lock driver (68, 68') of the locking cylinder interacts with the closing and/or locking mechanism of the door lock, and the drive element of the electric drive unit interacts with the motor driver (70, 70') of the locking cylinder. wherein a motor driver (70, 70') is non-rotatably arranged on the adjustment shaft, and is offset in the longitudinal direction relative to the lock driver (68, 68'), wherein a housing of a drive unit can be arranged parallel to a lock box, and a cylinder perforation of the lock box and a perforation or recess of the housing of the drive unit can be penetrated with the locking cylinder, wherein the lock driver (68, 68') of the locking cylinder interacts with the closing and/or locking mechanism of the door lock, and the drive element of the electric drive unit interacts with the motor driver (70, 70') of the locking cylinder.
A base station comprising: a receiver configured to receive, from each of a plurality of wireless communication terminals, an association request frame containing usage request information of resource blocks wherein the usage request information includes at least one set of: a smallest resource block number or a largest resource block number of consecutive resource blocks to request to be allocated; and resource block width information specifying a number or bandwidth of the consecutive resource blocks; controlling circuitry configured to allocate two or more consecutive resource blocks to each of the wireless communication terminals based on the usage request information; a transmitter configured to transmit an association response frame containing allocation information specifying the resource blocks allocated to each of the wireless communication terminals wherein the allocation information includes at least one set of: a smallest resource block number or a largest resource block number of consecutive resource blocks having been allocated; and resource block width information specifying a number or bandwidth of the consecutive resource blocks having been allocated; and wherein the transmitter is configured to transmit data frames to the wireless communication terminals simultaneously via the resource blocks specified in the allocation information, the receiver is configured to receive acknowledgement frames from the wireless communication terminals simultaneously via the resource blocks specified in the allocation information in response to the data frames. a receiver configured to receive, from each of a plurality of wireless communication terminals, an association request frame containing usage request information of resource blocks wherein the usage request information includes at least one set of: a smallest resource block number or a largest resource block number of consecutive resource blocks to request to be allocated; and resource block width information specifying a number or bandwidth of the consecutive resource blocks; controlling circuitry configured to allocate two or more consecutive resource blocks to each of the wireless communication terminals based on the usage request information; a transmitter configured to transmit an association response frame containing allocation information specifying the resource blocks allocated to each of the wireless communication terminals wherein the allocation information includes at least one set of: a smallest resource block number or a largest resource block number of consecutive resource blocks having been allocated; and resource block width information specifying a number or bandwidth of the consecutive resource blocks having been allocated; and wherein the transmitter is configured to transmit data frames to the wireless communication terminals simultaneously via the resource blocks specified in the allocation information, the receiver is configured to receive acknowledgement frames from the wireless communication terminals simultaneously via the resource blocks specified in the allocation information in response to the data frames.
Speed-changing and differential transmission having a housing, having an input shaft and two output shafts (3, 4), arranged coaxially with the input shaft, wherein a speed-changing section and a differential section designed as a spur wheel differential are provided, wherein the speed-changing section has two planetary stages, namely an input stage and a load stage, wherein the sun wheel of the input stage is operatively connected to the input shaft, wherein the load stage has an annulus fixed in relation to the housing, and wherein - the sun wheel of the load stage can be operatively connected to at least one planet wheel of the input stage by means of a planet carrier and - at least one planet wheel of the load stage can be operatively connected to the annulus of the input stage by means of a planet carrier, characterized in that one of said connections is designed as a selectable connection and the other is designed as a fixed connection, namely that, by means of an appropriately provided and/or arranged coupling device (KV1 and KV2), the annulus of the input stage can be operatively coupled to and decoupled from the planet carrier of the load stage (first alternative), or the sun wheel of the load stage can be operatively coupled to and decoupled from the planet carrier of the input stage (second alternative). - the sun wheel of the load stage can be operatively connected to at least one planet wheel of the input stage by means of a planet carrier and - at least one planet wheel of the load stage can be operatively connected to the annulus of the input stage by means of a planet carrier, characterized in that one of said connections is designed as a selectable connection and the other is designed as a fixed connection, namely that, by means of an appropriately provided and/or arranged coupling device (KV1 and KV2), the annulus of the input stage can be operatively coupled to and decoupled from the planet carrier of the load stage (first alternative), or the sun wheel of the load stage can be operatively coupled to and decoupled from the planet carrier of the input stage (second alternative).
A process for improving carbon capture efficiency in an integrated fermentation and industrial process, wherein the process comprises: i. passing a feedstock comprising CO 2 to an electrolysis process to produce an electrolysis derived substrate comprising CO and O 2; ii. blending at least a portion of the CO from the electrolysis derived substrate with a C1-containing tail gas from an industrial process to provide a blended C1-containing substrate; iii. passing the blended C1-containing substrate to a bioreactor containing a culture of at least one C1-fixing anaerobic bacterium; and iv. fermenting the culture to produce one or more fermentation products, and wherein at least a portion of the O 2 from (i) is passed to the industrial process. i. passing a feedstock comprising CO 2 to an electrolysis process to produce an electrolysis derived substrate comprising CO and O 2; ii. blending at least a portion of the CO from the electrolysis derived substrate with a C1-containing tail gas from an industrial process to provide a blended C1-containing substrate; iii. passing the blended C1-containing substrate to a bioreactor containing a culture of at least one C1-fixing anaerobic bacterium; and iv. fermenting the culture to produce one or more fermentation products, and wherein at least a portion of the O 2 from (i) is passed to the industrial process.
Method for producing a Yankee dryer cylinder comprising the steps of: - providing a first and at least a second cylindrical portion of shell (10a, 10b) of said Yankee dryer cylinder, said first and second cylindrical portion of shell (10a, 10b) being made of steel and having the same diameter, said first and second cylindrical portion of shell (10a, 10b) having a respective internal surface (112a, 112b) provided with a plurality of circumferential grooves and a respective flange portion (19a, 19b) at a respective end (11a, 11b); - coaxially positioning said first and second cylindrical portion of shell (10a, 10b) up to arrange respective coupling surfaces (29a, 29b) of said flange portions (19a, 19b) adjacent one to the other; - engaging said first and second cylindrical portion of shell (10a, 10b) by means of a plurality of clamping members, each clamping member of said plurality being arranged to clamp said adjacent flange portions (19a, 19b); - circumferentially welding said engaged first and second cylindrical portion of shell (10a, 10b) at the opposite side of said flange portions (19a, 19b); - removing said plurality of clamping members; - removing the flange portions (19a, 19b). - providing a first and at least a second cylindrical portion of shell (10a, 10b) of said Yankee dryer cylinder, said first and second cylindrical portion of shell (10a, 10b) being made of steel and having the same diameter, said first and second cylindrical portion of shell (10a, 10b) having a respective internal surface (112a, 112b) provided with a plurality of circumferential grooves and a respective flange portion (19a, 19b) at a respective end (11a, 11b); - coaxially positioning said first and second cylindrical portion of shell (10a, 10b) up to arrange respective coupling surfaces (29a, 29b) of said flange portions (19a, 19b) adjacent one to the other; - engaging said first and second cylindrical portion of shell (10a, 10b) by means of a plurality of clamping members, each clamping member of said plurality being arranged to clamp said adjacent flange portions (19a, 19b); - circumferentially welding said engaged first and second cylindrical portion of shell (10a, 10b) at the opposite side of said flange portions (19a, 19b); - removing said plurality of clamping members; - removing the flange portions (19a, 19b).
Device for carrying out a method for processing fermented milk products, in which the milk product passes through a processing equipment (30, 130) made with a plurality of openings, with the processing equipment being permeable for fermented milk products from a retentate side towards a permeate side, characterized by an insert device (40, 140) movable along the retentate side and thereby forcing the milk product towards the permeate side, whereby the processing equipment (30, 130) has a body, preferably rigid, made with a plurality of openings of predetermined size and geometry, in particular in the form of a perforated sheet, the openings being executed in a substantially circular shape with uniform diameter and the opening diameter is 15 to 400 μm, in particular 30 to 200 μm.
A polymerizable surfactant composition comprising: a polymerizable surfactant of formula: wherein R 1 is a C 8 -C 14 alkyl group or a bicyclic group; wherein "x" is an integer from 1-20, wherein "y" is an integer from 1-30; wherein M + is H +, Na +, NH 4 +, K + or Li+, preferably Na + or NH4+; and optionally, at least one surfactant. a polymerizable surfactant of formula: wherein R 1 is a C 8 -C 14 alkyl group or a bicyclic group; wherein "x" is an integer from 1-20, wherein "y" is an integer from 1-30; wherein M + is H +, Na +, NH 4 +, K + or Li+, preferably Na + or NH4+; and optionally, at least one surfactant.
A thermal printer, comprising: a head block including a head support plate and a thermal head fixed to the head support plate; a platen roller which can be brought into abutment against the thermal head through intermediation of recording paper; a wiring board drawn from the thermal head; a frame for supporting the platen roller and the head support plate such that the platen roller is rotatable about an axis extending in a first direction and removable from the frame, and the head support plate is turnable with respect to the frame about a turn axis extending in the first direction so that the thermal head approaches and separates from the platen roller; and a recording paper sensor mounted to the wiring board for detecting the recording paper, the frame including a guide wall arranged upstream of the thermal head in a conveyance direction of the recording paper, the guide wall for guiding the recording paper to the thermal head, characterized by the head block having a sensor holder mounted thereto, the sensor holder holding the recording paper sensor at a portion which is located between the thermal head and the guide wall in the conveyance direction such that the sensor holder is turnable together with the head block with respect to the frame. a head block including a head support plate and a thermal head fixed to the head support plate; a platen roller which can be brought into abutment against the thermal head through intermediation of recording paper; a wiring board drawn from the thermal head; a frame for supporting the platen roller and the head support plate such that the platen roller is rotatable about an axis extending in a first direction and removable from the frame, and the head support plate is turnable with respect to the frame about a turn axis extending in the first direction so that the thermal head approaches and separates from the platen roller; and a recording paper sensor mounted to the wiring board for detecting the recording paper, the frame including a guide wall arranged upstream of the thermal head in a conveyance direction of the recording paper, the guide wall for guiding the recording paper to the thermal head, characterized by the head block having a sensor holder mounted thereto, the sensor holder holding the recording paper sensor at a portion which is located between the thermal head and the guide wall in the conveyance direction such that the sensor holder is turnable together with the head block with respect to the frame.
System of suction muffler thermal insulation in compressors comprising a protective device and a silencing device; the silencing device provided with a body, a cavity, a constricted region, an upper region; the body with a wall that defines an outer face and an inner face; the silencing device comprises at least a connection region from the wall; the protection device comprises a body with a wall that defines an outer face and an inner face; the wall comprising at least one connection region; the protection device being connected to the silencing device via the interaction between at least a connection region with at least a connection region; characterized in that the inner face of the protection device has a distance of up to 5.0 mm from the outer face of the silencing device in order to define a gap; and wherein the protection device is attached to the silencing device by a spring that tightens the suction muffler. the silencing device provided with a body, a cavity, a constricted region, an upper region; the body with a wall that defines an outer face and an inner face; the silencing device comprises at least a connection region from the wall; the protection device comprises a body with a wall that defines an outer face and an inner face; the wall comprising at least one connection region; the protection device being connected to the silencing device via the interaction between at least a connection region with at least a connection region; characterized in that the inner face of the protection device has a distance of up to 5.0 mm from the outer face of the silencing device in order to define a gap; and wherein the protection device is attached to the silencing device by a spring that tightens the suction muffler.
A device for dispensing a dental material, comprising at least one compartment for receiving the dental material, at least one piston for extruding the dental material from the compartment and a spindle drive for moving the piston and the compartment relative to one another, the spindle drive comprising a threaded spindle and a link comprising a nut, said threaded spindle and said link being adapted for disengageable engagement with one another, wherein the spindle and the link are operable relative to each other between an engaged position in which the link and the spindle are engaged with one another, and a disengaged position in which the spindle and the link are disengaged from one another, wherein the link and the spindle in the engaged position are rotatable relative to each other about a rotation axis, and adapted such that a rotation causes the spindle and the link to displace relative to each other axially to the rotation axis, and wherein the nut is guided for a parallel motion in a direction generally laterally to the rotation axis of the spindle characterized in that the guiding at least in the engaged position of the nut and the spindle is provided in a guiding direction that is between a parallel and a perpendicular direction relative to the rotation axis of the spindle, wherein the guiding direction is oriented generally parallel to a flank angle of the spindle thread, wherein the flank angle is defined between the rotation axis and a surface of the flank of the thread in a plane aligned with the rotation axis, and wherein the flank angle is within a range of 70 to 85 degrees.