mhurhangee/ep-ind-claims huggingface dataset:
An electrically-adjustable tool holder configured for holding a tool having a fixing portion and comprising: a handle body; a connecting member with a first end securely coupled to an end of the handle body and a second end opposite to the first end, the connecting member defining a through hole passing through the first end and the second end; and the electrically-adjustable tool holder further characterized by comprising a driving member comprising: a magnet securely received in the through hole, and an electric coil movably received in the magnet and securely coupled to the tool, wherein the electric coil is configured to move the tool up or down along a central axis of the handle body in the magnet when electrically stimulated; and a guide member at least partially received in the through hole and configured for guiding the tool; wherein the guide member defines a locking portion on an inner surface thereof, the locking portion matching with the fixing portion of the tool. a handle body; a connecting member with a first end securely coupled to an end of the handle body and a second end opposite to the first end, the connecting member defining a through hole passing through the first end and the second end; and the electrically-adjustable tool holder further characterized by comprising a driving member comprising: a magnet securely received in the through hole, and an electric coil movably received in the magnet and securely coupled to the tool, wherein the electric coil is configured to move the tool up or down along a central axis of the handle body in the magnet when electrically stimulated; and a magnet securely received in the through hole, and an electric coil movably received in the magnet and securely coupled to the tool, wherein the electric coil is configured to move the tool up or down along a central axis of the handle body in the magnet when electrically stimulated; and a guide member at least partially received in the through hole and configured for guiding the tool; wherein the guide member defines a locking portion on an inner surface thereof, the locking portion matching with the fixing portion of the tool.
A system comprising: a moving surface for carrying a target object; a soft robotic actuator (100, 204, 205) in proximity to the moving surface, the soft robotic actuator comprising a compliant or flexible body having a reservoir and configured to be inflated by supplying an inflation fluid to the reservoir; and a controller unit (206a, 206b), adjacent to the moving surface, to couple in a fluid-tight seal with the reservoir of the soft robotic actuator (100, 204, 205) when the soft robotic actuator (100, 204, 205) moves into proximity with the controller unit (206a, 206b) and cause a change in state of the soft robotic actuator via the coupling. a moving surface for carrying a target object; a soft robotic actuator (100, 204, 205) in proximity to the moving surface, the soft robotic actuator comprising a compliant or flexible body having a reservoir and configured to be inflated by supplying an inflation fluid to the reservoir; and a controller unit (206a, 206b), adjacent to the moving surface, to couple in a fluid-tight seal with the reservoir of the soft robotic actuator (100, 204, 205) when the soft robotic actuator (100, 204, 205) moves into proximity with the controller unit (206a, 206b) and cause a change in state of the soft robotic actuator via the coupling.
A transmission apparatus characterized in that it comprises: a frequency scheduling unit configured to assign one or more frequency blocks to a downlink channel for a user, wherein a system bandwidth is divided into a plurality of frequency blocks each comprising the same number of consecutive frequency subcarriers in the frequency domain and having a length of a subframe in the time domain; the apparatus further comprising a mapping unit configured to map data in the downlink channel to the one or more frequency blocks assigned by the frequency scheduling unit; wherein the frequency scheduling unit is adapted for a distributed type transmission for selecting frequency blocks according to a distributed pattern for placement of the selected frequency blocks at predetermined positions in the system bandwidth in a manner in which the frequency blocks are distributed in the system bandwidth and for a localized type transmission for selecting a localized frequency block, the frequency scheduling unit using either one of the distributed type transmission and the localized type transmission. a frequency scheduling unit configured to assign one or more frequency blocks to a downlink channel for a user, wherein a system bandwidth is divided into a plurality of frequency blocks each comprising the same number of consecutive frequency subcarriers in the frequency domain and having a length of a subframe in the time domain; the apparatus further comprising a mapping unit configured to map data in the downlink channel to the one or more frequency blocks assigned by the frequency scheduling unit; wherein the frequency scheduling unit is adapted for a distributed type transmission for selecting frequency blocks according to a distributed pattern for placement of the selected frequency blocks at predetermined positions in the system bandwidth in a manner in which the frequency blocks are distributed in the system bandwidth and for a localized type transmission for selecting a localized frequency block, the frequency scheduling unit using either one of the distributed type transmission and the localized type transmission.
An electrosurgical system, comprising: an electrosurgical generator configured to generate electrosurgical energy for use during electrosurgery; an electrosurgical instrument operatively coupled to the electrosurgical generator and configured to treat tissue; an optical clarity sensor operatively coupled to the electrosurgical generator, the optical clarity sensor adapted to measure tissue with at least two optical frequencies; and a control component operatively coupled to the optical clarity sensor configured to receive sensor data therefrom, wherein the control component is configured to communicate control instructions to the electrosurgical generator to control the generation of the electrosurgical energy, wherein the optical clarity sensor uses a first wavelength that is more readily absorbed by water than by other molecules found within the tissue, and a second wavelength that is more readily absorbed by a particular protein found throughout human tissue than by other molecules found within the tissue to measure wavelength dependent optical clarity tissue; characterized in that the control component compares the absorption characteristics for the tissue at the two wavelengths to determine a tissue state such that when the transmissibility of both the first and second wavelengths increases, an excess pressure applied to the tissue by the instrument is detected and when the transmissibility of the first wavelength increases and the transmissibility of the second wavelength remains the same, the tissue is determined to have lost water by evaporation. an electrosurgical generator configured to generate electrosurgical energy for use during electrosurgery; an electrosurgical instrument operatively coupled to the electrosurgical generator and configured to treat tissue; an optical clarity sensor operatively coupled to the electrosurgical generator, the optical clarity sensor adapted to measure tissue with at least two optical frequencies; and a control component operatively coupled to the optical clarity sensor configured to receive sensor data therefrom, wherein the control component is configured to communicate control instructions to the electrosurgical generator to control the generation of the electrosurgical energy, wherein the optical clarity sensor uses a first wavelength that is more readily absorbed by water than by other molecules found within the tissue, and a second wavelength that is more readily absorbed by a particular protein found throughout human tissue than by other molecules found within the tissue to measure wavelength dependent optical clarity tissue; characterized in that the control component compares the absorption
A composition comprising a soluble TLR2 moiety for use for treating or preventing one or more viral or bacterial infections in the respiratory tract of a subject, wherein the TLR2 moiety comprises a TLR2 agonist conjugated to a solubilising agent, wherein the TLR2 agonist is a lipopeptide selected from the group consisting of Pam2Cys, Pam3Cys, Ste2Cys, Lau2Cys and Oct2Cys, and the solubilising agent is PEG (polyethyleneglycol) or a polar polypeptide selected from the group consisting of R4, H4, E8, branched E8 and H8, wherein the composition does not induce a specific humoral or cellular immune response directed against an agent that causes the infection mentioned above, and does not comprise an antigen that can elicit an immune response against an agent that causes the infection mentioned above, and wherein the composition is administered intranasally.
An electric motor, having a stator and a rotor arranged rotatably relative to the stator, wherein the rotor has an active region, for generating torque upon interaction of the active region with the magnetic field generated by the stator, wherein the active region has electrically energisable printed conductors of a multilayer printed circuit board, i.e. a multiple-layer printed circuit board, wherein a rotor winding which is embodied as printed conductors of a printed circuit board is formed on the printed circuit board, wherein the printed circuit board is connected in rotation-resistant manner to the rotor, characterised in that the stator has two opposing stator cores, the printed circuit board being arranged axially between the two stator cores, and in that electric power can be supplied to - the active region, - the rotor winding and/or - an electronic circuit which has electronic components which are fitted on the printed circuit board, via an inductive coupling which consists of a primary winding and a secondary winding, wherein the rotor is connected to the secondary winding, which is coupled inductively to the primary winding, which is connected in rotation-resistant manner to the stator, wherein the secondary winding is axially spaced apart from the printed circuit board which is arranged axially between the two stator cores, wherein the secondary winding and primary winding are embodied as ring windings, the winding axes of which are oriented parallel to the rotor axis. - the active region, - the rotor winding and/or - an electronic circuit which has electronic components which are fitted on the printed circuit board,
A medical injector comprising first and second body portions rotatably coupled together; a displaceable plunger disposed in at least one of said first and second body portions; a spring disposed to advance said plunger; a reservoir accommodating first and second mixable components, and a releasable retainer for retaining said plunger in a first position against force of said spring, and in a predetermined distance from said first position, characterized in that: said releasable retainer includes at least one latch provided on said plunger and at least one channel defined in an interior sleeve radially outward of the plunger with a first portion disposed transversely of the plunger and a second portion disposed generally parallel to the plunger, in which the at least one channel is configured to accommodate the at least one latch, the interior sleeve held within said first and second body portions, and said releasable retainer releases said plunger upon a predetermined extent of relative rotation between said first and second body portions, thus allowing said spring to advance said plunger. said releasable retainer includes at least one latch provided on said plunger and at least one channel defined in an interior sleeve radially outward of the plunger with a first portion disposed transversely of the plunger and a second portion disposed generally parallel to the plunger, in which the at least one channel is configured to accommodate the at least one latch, the interior sleeve held within said first and second body portions, and said releasable retainer releases said plunger upon a predetermined extent of relative rotation between said first and second body portions, thus allowing said spring to advance said plunger.
A system for planning a procedure, comprising: a display device configured to display a first virtual element, the first virtual element comprising a surgical apparatus including one of a dental implant and a surgical instrument configured to prepare a site on a jaw structure to receive the dental implant; a controller device having a processor and being configured to be in communication with the display device, the controller device being further configured to direct the display device to display the first virtual element; and a physical control element in communication with the controller device, the physical control element being configured as a corresponding scale model of the first virtual element and having six degrees of freedom of movement, wherein the processor is configured to analyze an actual manipulation of the physical control element, and wherein the actual manipulation of the physical control element in each degree of freedom of movement is the same as a virtual manipulation of the first virtual element displayed, via the analysis by the processor of the controller device, on the display device as a corresponding response to the actual manipulation of the physical control element; characterized by: a selector device in the form of an appropriate pressure switch or an appropriate sensor mounted on the physical control element, the selector device being configured to direct the controller device to one of associate and dissociate the physical control element with the first virtual element. a display device configured to display a first virtual element, the first virtual element comprising a surgical apparatus including one of a dental implant and a surgical instrument configured to prepare a site on a jaw structure to receive the dental implant; a controller device having a processor and being configured to be in communication with the display device, the controller device being further configured to direct the display device to display the first virtual element; and a physical control element in communication with the controller device, the physical control element being configured as a corresponding scale model of the first virtual element and having six degrees of freedom of movement, wherein the processor is configured to analyze an actual manipulation of the physical control element, and wherein the actual manipulation of the physical control element in each degree of freedom of movement is the same as a virtual manipulation of the first virtual element displayed, via the analysis by the processor of the controller device, on the display device as a corresponding response to the actual manipulation of the physical control element; characterized by: a selector device in the form of an appropriate pressure switch or an appropriate sensor mounted on the physical control element, the selector device being configured to direct the controller device to one of associate and dissociate the physical control element with the first virtual element.
An end load carton comprising: a front panel; a rear panel; opposing side panels (84, 89); a bottom; a top portion defined by upper and lower flaps (66, 69); and a closure system for selectively interconnecting the upper and lower flaps (66, 69) across an open top of the carton, said closure system including a slot formed in the lower flap, a support region (141, 141') extending from a free edge (120, 120') of the upper flap and a control region spaced from the support region (141, 141') by a cut line provided in the upper flap, said control region including a tab defined, at least in part, by the cut line and configured to be received in the slot, wherein the control region is formed from the tab and a press zone, with the upper and lower flaps (66, 69) being adapted to be interconnected through the closure system by pushing on the press zone to depress the upper and lower flaps (66, 69) in order to open up the slot and align the tab with the slot. a front panel; a rear panel; opposing side panels (84, 89); a bottom; a top portion defined by upper and lower flaps (66, 69); and a closure system for selectively interconnecting the upper and lower flaps (66, 69) across an open top of the carton, said closure system including a slot formed in the lower flap, a support region (141, 141') extending from a free edge (120, 120') of the upper flap and a control region spaced from the support region (141, 141') by a cut line provided in the upper flap, said control region including a tab defined, at least in part, by the cut line and configured to be received in the slot, wherein the control region is formed from the tab and a press zone, with the upper and lower flaps (66, 69) being adapted to be interconnected through the closure system by pushing on the press zone to depress the upper and lower flaps (66, 69) in order to open up the slot and align the tab with the slot.
Face-to-face weaving machine, comprising at least one jacquard machine, wherein a plurality of pile warp yarns are provided extending in a warp direction and positioned adjacent to each other in a weft direction, each pile warp yarn having a yarn moving element of the at least one jacquard machine associated therewith for moving the pile warp yarns for forming a shed, wherein a first group of yarn moving elements of the at least one jacquard machine is associated with pile warp yarns to be incorporated in a top fabric when being dead piles and a second group of yarn moving elements of the at least one jacquard machine is associated with pile warp yarns to be incorporated in a bottom fabric when being dead piles, characterized in that the first group of yarn moving elements comprises a plurality of first sub-groups (G1a, G1b, G1c, G1d) of yarn moving elements and the second group of yarn moving elements comprises a plurality of second sub-groups (G2a, G2b, G2c, G2d) of yarn moving elements, wherein the first and second sub-groups (G1a, G1b, G1c, G1d, G2a, G2b, G2c, G2d) of yarn moving elements are arranged alternately in the warp direction.
An electric valve assembly method comprising: forming a constricted portion at an outer peripheral surface of a side surface of a valve seat; bonding a valve seat having a valve seat portion to a lower surface of a cylindrical valve main body while an upper surface of the valve main body faces downward; fixing the valve main body to a jig by using a lower outer peripheral surface of the constricted portion as a positioning reference surface while the upper surface of the valve main body faces upward after the valve seat is bonded to the valve main body; fixing a valve shaft provided with a valve body at the side of the valve body by aligning center axes of the valve shaft and the valve seat portion while the valve main body is fixed to the jig; and sealing and bonding a lower end portion of a can to an upper surface of the valve main body having the valve shaft fixed thereto. forming a constricted portion at an outer peripheral surface of a side surface of a valve seat; bonding a valve seat having a valve seat portion to a lower surface of a cylindrical valve main body while an upper surface of the valve main body faces downward; fixing the valve main body to a jig by using a lower outer peripheral surface of the constricted portion as a positioning reference surface while the upper surface of the valve main body faces upward after the valve seat is bonded to the valve main body; fixing a valve shaft provided with a valve body at the side of the valve body by aligning center axes of the valve shaft and the valve seat portion while the valve main body is fixed to the jig; and sealing and bonding a lower end portion of a can to an upper surface of the valve main body having the valve shaft fixed thereto.
A reporter vector for evaluating cell characteristics of a subject cell, characterized by comprising: a first reporter gene expression unit including a NAMPT gene promoter sequence represented by SEQ ID N0.1, a first reporter gene operably linked to the NAMPT gene promoter sequence, and a first transcription termination sequence existing downstream of the first reporter gene; a second reporter gene expression unit including a promoter sequence exhibiting constitutive activity, a second reporter gene operably linked to the promoter sequence exhibiting constitutive activity, a bicistronic expression sequence existing downstream of the second reporter gene, a replication initiation protein gene existing downstream of the bicistronic expression sequence, and a second transcription termination sequence existing downstream of the bicistronic expression sequence; and a replication initiation sequence for binding to a replication initiation protein synthesized from the replication initiation protein gene, thereby initiating replication of the reporter vector, wherein a first signal obtained from a first reporter protein expressed from the first reporter gene and a second signal obtained from a second reporter protein expressed from the second reporter gene are different from each other, and the transcription directions of the first reporter gene expression unit and the second reporter gene expression unit are the same. a first reporter gene expression unit including a NAMPT gene promoter sequence represented by SEQ ID N0.1, a first reporter gene operably linked to the NAMPT gene promoter sequence, and a first transcription termination sequence existing downstream of the first reporter gene; a second reporter gene expression unit including a promoter sequence exhibiting constitutive activity, a second reporter gene operably linked to the promoter sequence exhibiting constitutive activity, a bicistronic expression sequence existing downstream of the second reporter gene, a replication initiation protein gene existing downstream of the bicistronic expression sequence, and a second transcription termination sequence existing downstream of the bicistronic expression sequence; and a replication initiation sequence for binding to a replication initiation protein synthesized from the replication initiation protein gene, thereby initiating replication of the reporter vector, wherein a first signal obtained from a first reporter protein expressed from the first reporter gene and a second signal obtained from a second reporter protein expressed from the second reporter gene are different from each other, and the transcription directions of the first reporter gene expression unit and the second reporter gene expression unit are the same.
A method for treating a surface of a container, such as a bottle, wherein a functional layer is applied to a non-oxidized surface of the container in a container treatment machine, wherein the method is carried out by a container treatment machine according to any one of claims 9 to 14.