mhurhangee/patent-ind-claim-en huggingface dataset:
A supporting frame for a vaporization unit of an electronic cigarette, comprising a hollow frame body which can be arranged inside the electronic cigarette, a circumferential protrusion is radially formed on an outer wall of the frame body , an annular-shaped inner shoulder which has a central hole is radially formed on an inner wall of the frame body , the frame body is divided into an upper cavity portion and a lower cavity portion by the annular-shaped inner shoulder , a rectangular notch is formed on a wall of the upper cavity portion , upstanding recessed slots are symmetrically formed on an inner wall of the upper cavity portion at two sides of the rectangular notch , a protruding annular-shaped step is formed on an upper circumferential edge of the central hole , bottoms of the two slots are higher than the annular-shaped step , and a backflow groove is formed between the annular-shaped step and the inner wall of the upper cavity portion , characterized in that : column parts are respectively formed on two sides of openings of the two slots , and the column parts extend downwards to the annular-shaped inner shoulder and protrude outwards the two slots and protrude towards each other to partially close the openings.
A hydraulic actuator comprising: a tool unit that includes a hydraulic pump that generates pressurized oil by rotating a rotatable member , and a tool operable by the pressurized oil generated by the hydraulic pump ; a driving unit that generates a rotation torque; and a torque transmission coupler to a first end of which the tool unit is detachably attachable and to a second end of which the driving unit is detachably attachable and that transmits the rotation torque generated by the driving unit to the rotatable member of the tool unit , wherein the torque transmission coupler includes a flexible rod-like shaft and a flexible cover that surrounds an outer peripheral surface of the shaft , the rotation torque generated by the driving unit is transmitted to the rotatable member of the tool unit by rotation of the shaft inside the cover , and the torque transmission coupler is bendable as the shaft and the cover have flexibility, characterized in that a first one-way clutch is arranged on a first axis end of one of the members between the rotatable member of the tool unit and the shaft of the torque transmission coupler to receive a second axis end of the other one of the members, and the first one-way clutch includes a spring biased roller, ball, or sprag that directly contacts the second axis end when the second axis end has been received by the first one-way clutch . a tool unit that includes a hydraulic pump that generates pressurized oil by rotating a rotatable member , and a tool operable by the pressurized oil generated by the hydraulic pump ; a hydraulic pump that generates pressurized oil by rotating a rotatable member , and a tool operable by the pressurized oil generated by the hydraulic pump ; a driving unit that generates a rotation torque; and a torque transmission coupler to a first end of which the tool unit is detachably attachable and to a second end of which the driving unit is detachably attachable and that transmits the rotation torque generated by the driving unit to the rotatable member of the tool unit , wherein the torque transmission coupler includes a flexible rod-like shaft and a flexible cover that surrounds an outer peripheral surface of the shaft , the rotation torque generated by the driving unit is transmitted to the rotatable member of the tool unit by rotation of the shaft inside the cover , and the torque transmission coupler is bendable as the shaft and the cover have flexibility, characterized in that a first one-way clutch is arranged on a first axis end of one of the members between the rotatable member of the tool unit and the shaft of the torque transmission coupler to receive a second axis end of the other one of the members, and the first one-way clutch includes a spring biased roller, ball, or sprag that directly contacts the second axis end when the second axis end has been received by the first one-way clutch .
A method of configuring redundant arrays of independent disks, RAID, wherein the method is performed by a server managing device and comprises: selecting, by the server managing device , one or more candidate servers to be performed RAID configuration from all servers managed by the device ; sending, by the server managing device , an Integrated Fast Intelligent Scalable Toolkit, IF, start command to each of the candidate servers in a batch manner to cause a candidate server to start an IF through starting a SD card that has been installed therein and entering the IF associated with the candidate server from the SD card based on the received IF start command; assigning, by the server managing device , an Internet Protocol, IP, address to a designated port associated with an Agent in the IF which is started by the candidate server ; establishing, by the server managing device , a network connection with the designated port based on the IP address assigned to the designated port ; and sending, by the server managing device , a RAID configuration command through the network connection, so as to cause the Agent to perform the RAID configuration . selecting, by the server managing device , one or more candidate servers to be performed RAID configuration from all servers managed by the device ; sending, by the server managing device , an Integrated Fast Intelligent Scalable Toolkit, IF, start command to each of the candidate servers in a batch manner to cause a candidate server to start an IF through starting a SD card that has been installed therein and entering the IF associated with the candidate server from the SD card based on the received IF start command; assigning, by the server managing device , an Internet Protocol, IP, address to a designated port associated with an Agent in the IF which is started by the candidate server ; establishing, by the server managing device , a network connection with the designated port based on the IP address assigned to the designated port ; and sending, by the server managing device , a RAID configuration command through the network connection, so as to cause the Agent to perform the RAID configuration .
A closure system for the use in the production of containers filled with a liquid filling material (21, 21.1) and closed with a closure cap , consisting of a container and a screw cap , wherein a screw connection can be formed in a connection area between the container and the closure cap by forming corresponding screw threads and/or thread grooves there, wherein one of the partners of the screw connection in the area of the screw connection is initially designed in a thread-free manner, wherein the other connection partner, however, has a thread with sharp-edged screw threads designed as cutting means in this connection area , characterized in that the screw threads are designed in a segmented manner.
Fenoldopam and/or its salts for use in medical field in the treatment of the hemolytic uremic syndrome.
A method of reconditioning a vacuum interrupter comprising: determining whether the vacuum interrupter is suitable for reconditioning; where the vacuum interrupter is suitable for reconditioning : forming at least one hole in an endcap of a vacuum envelope of the vacuum interrupter ; cleaning components of the vacuum interrupter inside the vacuum envelope , wherein the components of the vacuum interrupter inside the vacuum envelope are cleaned by introducing a cleaning solution into the interior of the vacuum envelope through the at least one hole in the end cap ; removing the cleaning solution from the interior of the vacuum envelope ; installing a plug in the at least one hole, wherein the plug has getter material on a surface thereof facing the interior of the vacuum envelope ; and vacuum sealing the plug to the at least one hole such that a vacuum is re-established in the interior of the vacuum envelope . determining whether the vacuum interrupter is suitable for reconditioning; where the vacuum interrupter is suitable for reconditioning : forming at least one hole in an endcap of a vacuum envelope of the vacuum interrupter ; cleaning components of the vacuum interrupter inside the vacuum envelope , wherein the components of the vacuum interrupter inside the vacuum envelope are cleaned by introducing a cleaning solution into the interior of the vacuum envelope through the at least one hole in the end cap ; removing the cleaning solution from the interior of the vacuum envelope ; installing a plug in the at least one hole, wherein the plug has getter material on a surface thereof facing the interior of the vacuum envelope ; and vacuum sealing the plug to the at least one hole such that a vacuum is re-established in the interior of the vacuum envelope . forming at least one hole in an endcap of a vacuum envelope of the vacuum interrupter ; cleaning components of the vacuum interrupter inside the vacuum envelope , wherein the components of the vacuum interrupter inside the vacuum envelope are cleaned by introducing a cleaning solution into the interior of the vacuum envelope through the at least one hole in the end cap ; removing the cleaning solution from the interior of the vacuum envelope ; installing a plug in the at least one hole, wherein the plug has getter material on a surface thereof facing the interior of the vacuum envelope ; and vacuum sealing the plug to the at least one hole such that a vacuum is re-established in the interior of the vacuum envelope .
An insulating member inserted into a slot of an iron core of a rotary electric machine and thereby insulating the iron core from a coil disposed in the slot , comprising: a sheet-shaped insulating base material which has a first surface and a second surface and is provided with a fold extending in the axial direction of the iron core , an adhesive layer which is provided on both the first surface and the second surface of the insulating base material and formed of an adhesive, wherein the adhesive layer is applied in stripes along the axial direction at intervals in a direction perpendicular to the axial direction, wherein the adhesive layer is provided with an exposed section in which the insulating base material is exposed from the adhesive and which extends in an axial direction of the iron core at a place corresponding to the fold and is delimited from the adhesive in parallel to the fold ; characterized in that the exposed section has a front and back symmetry with respect to the insulating base material in the developed state of the insulating base material . a sheet-shaped insulating base material which has a first surface and a second surface and is provided with a fold extending in the axial direction of the iron core , an adhesive layer which is provided on both the first surface and the second surface of the insulating base material and formed of an adhesive, wherein the adhesive layer is applied in stripes along the axial direction at intervals in a direction perpendicular to the axial direction, wherein the adhesive layer is provided with an exposed section in which the insulating base material is exposed from the adhesive and which extends in an axial direction of the iron core at a place corresponding to the fold and is delimited from the adhesive in parallel to the fold ; characterized in that the exposed section has a front and back symmetry with respect to the insulating base material in the developed state of the insulating base material .
A horology calendar system comprising: - a date wheel ; - a month cam ; and - a kinematic connection element arranged such that the date wheel allows the driving of the motion of the month cam, characterized in that the kinematic connection element is arranged to allow the driving of the month cam by at most 1/n of a step while the date wheel is driven by one step, where n is a natural integer greater than 1, notably n=2 or n=3 or n=4 or n=5. - a date wheel ; - a month cam ; and - a kinematic connection element arranged such that the date wheel allows the driving of the motion of the month cam,
Method for automated processing of a sample using a first pipette tip container having a first pipette tip, comprising the following steps: - removing the first pipette tip from the first pipette tip container ; characterized by the following steps: - feeding the sample into the first pipette tip container ; - processing the sample in the first pipette tip container . - removing the first pipette tip from the first pipette tip container ; - feeding the sample into the first pipette tip container ; - processing the sample in the first pipette tip container .
Valve arrangement comprising a valve shaft and a throttle body , wherein said valve shaft and said throttle body are adapted to be non-rotatably connected via a screw thread, and wherein a latching connection is furthermore provided that engages as a result of a restoring force and produces a positive locking connection which connects the throttle body to the valve shaft , wherein the valve shaft is externally threaded and the throttle body is internally threaded, and wherein the latching connection furthermore has latching means designed as a split ring , which split ring exerts a restoring force that is directed radially outwards for producing the positive locking connection.
A method for producing a pre-shaped and stabilized raw pastry dough, characterized in that it comprises at least: a) a step of forming a piece of dough consisting of dough, b) a step of shaping the piece of dough, comprising the operations of shaping the dough by forming a sheet and performing fonçage to obtain a shaped dough, c) a step of treating the surface of the shaped dough with steam for a period of between 5 and 90 seconds, and d) a cooling step of at least 60 seconds. a) a step of forming a piece of dough consisting of dough, b) a step of shaping the piece of dough, comprising the operations of shaping the dough by forming a sheet and performing fonçage to obtain a shaped dough, c) a step of treating the surface of the shaped dough with steam for a period of between 5 and 90 seconds, and d) a cooling step of at least 60 seconds.
A musical sound generator comprising: • a tube defining a resonant cavity, the tube comprising a plurality of sound producing chimes configured to produce an audible sound when at least one object impacts on at least one of the chimes ; • a reservoir configured to hold a number of objects; • a transfer mechanism configured to transfer the objects from the reservoir to an elevated position within the resonant cavity; • a power source; and • loading efficiency means powered by the power source and configured to assist the uptake of the objects by the transfer mechanism from the reservoir , wherein the objects fall down from the elevated position within the resonant cavity by gravity after being transferred by the transfer mechanism, to strike the plurality of sound producing chimes to generate a continuous cycle of musical sounds at random intervals over time; characterised in that the loading efficiency means is configured to move the position of the reservoir in relation to the transfer mechanism depending on the level of the objects held in the reservoir to assist the uptake of the objects by the transfer mechanism from the reservoir . • a tube defining a resonant cavity, the tube comprising a plurality of sound producing chimes configured to produce an audible sound when at least one object impacts on at least one of the chimes ; • a reservoir configured to hold a number of objects; • a transfer mechanism configured to transfer the objects from the reservoir to an elevated position within the resonant cavity; • a power source; and • loading efficiency means powered by the power source and configured to assist the uptake of the objects by the transfer mechanism from the reservoir , wherein the objects fall down from the elevated position within the resonant cavity by gravity after being transferred by the transfer mechanism, to strike the plurality of sound producing chimes to generate a continuous cycle of musical sounds at random intervals over time; characterised in that the loading efficiency means is configured to move the position of the reservoir in relation to the transfer mechanism depending on the level of the objects held in the reservoir to assist the uptake of the objects by the transfer mechanism from the reservoir .
A garment adapted to be worn on the upper body of a user. comprising: a pair of adjacent front panels , wherein each front panel terminates in an edge area and defines an upper neck area positioned in front of the neck of the user when the garment is worn by the user; a closed passage in each front panel adjacent the edge area of the front panel, wherein each passage extends downwardly from the upper edge area of the front panel; a stiffener member contained within each passage, wherein each stiffener member extends into the upper neck area of the front panel and downwardly therefrom within the closed passage so as not to be removable from within the passage, and wherein the stiffener members are configured and arranged so as to maintain the upper neck areas of the adjacent front panels apart from each other, a collar having an interior is located above the upper neck area of each front panel, and wherein the stiffener member extends into the interior of the collar, the garment being characterized in that , the collar is secured to the upper neck area of each front panel by a series of stitches, and wherein the stitches extend through the stiffener member.
Optical article comprising a transparent substrate with a front main face and with a rear main face, at least one of the main faces being coated with an interferential coating, characterized in that said interferential coating comprises a stack comprising - at least one layer having a low refractive index which is <1.6, called "LI layer", - at least two HI/VHI/HI triplets of three layers composed of one layer: • having a very high refractive index which is ≥ 2.1, called "VHI layer", • surrounded on both sides by two layers having a high refractive index which is ≥ 1.6 and < 2.1, called "HI layers", and such that the mean reflectance in ultra violet (UV) region R uv of said interferential coating is lower than or equal to 10 % at an angle of incidence comprised between 30° and 45°; wherein the mean reflectance in ultra violet (UV) region R uv is defined through the following relation: R UV = ∫ 280 380 W λ . R λ . dλ ∫ 280 380 W λ . dλ wherein R(λ) represents the lens spectral reflection factor at a given wavelength λ, and W(λ) represents a weighting function equal to the product of the solar spectrum irradiance Es(λ) and the efficiency relative spectral function S(λ), the at least one LI layer being directly deposited onto a HI/VHI/HI triplet, refractive indexes being expressed at 25°C at a wavelength of 550 nm. - at least one layer having a low refractive index which is <1.6, called "LI layer", - at least two HI/VHI/HI triplets of three layers composed of one layer: • having a very high refractive index which is ≥ 2.1, called "VHI layer", • surrounded on both sides by two layers having a high refractive index which is ≥ 1.6 and < 2.1, called "HI layers", • having a very high refractive index which is ≥ 2.1, called "VHI layer", • surrounded on both sides by two layers having a high refractive index which is ≥ 1.6 and < 2.1, called "HI layers", wherein R(λ) represents the lens spectral reflection factor at a given wavelength λ, and W(λ) represents a weighting function equal to the product of the solar spectrum irradiance Es(λ) and the efficiency relative spectral function S(λ), the at least one LI layer being directly deposited onto a HI/VHI/HI triplet, refractive indexes being expressed at 25°C at a wavelength of 550 nm.
A device for applying glue to a strip of material for the tobacco processing industry, comprising a glue applicator , in applicator an anilox roll , arranged in a housing , wherein glue has been or is conveyed out of the housing by means of a discharge line connected to the housing , wherein the discharge line is connected to a glue supply, wherein the discharge line is designed having an air separation device, preferably arranged in the glue supply, in order to remove from the glue air bubbles contained in the glue conveyed away, characterized in that the air separation device is arranged in the glue supply as a rising pipe , such that the glue flowing back in the discharge line is guided into the glue supply through the rising pipe .
A fluid extraction device (10;210) for extracting fluid from a syringe assembly (100;300) of the type comprising: a housing defining a fluid chamber (102;302), a plunger (103;303) reciprocable in the chamber (102;302), a syringe port (112;312) in the housing for fluid to enter and exit the chamber (102;302) and a slidable sleeve (104;304) movable between a first position in which the sleeve (104;304) closes the syringe port (112;312) and a second position in which the sleeve (104;304) exposes the syringe port (112;312); wherein the fluid extraction device comprises a body with first and second ends (12;212)(14;214), the first end (12;212) defining a fluid entry port (20;220), the second end (14;214) defining a fluid exit port (22;222), wherein the fluid extraction device further comprises a channel (18;218) through the body connecting the fluid entry (20;220) and fluid exit ports (22;222), and wherein the fluid extraction device is characterised by at least one push member (30;232) extending radially from the body and configured to contact the sleeve (104;304) of the syringe assembly (100;300) in use and to push it from the first position to the second position, at least one stop member (30;240) on the body and configured to contact the housing of the syringe assembly (100;300) when the push member (30;232) has moved the sleeve (104;304) to the second position, thereby bringing the fluid entry port (20;220) into fluid communication with the syringe port (112;312), and a connector (24;224) at the second end (14;214) of the body for releasably connecting a fluid collection container. a housing defining a fluid chamber (102;302), a plunger (103;303) reciprocable in the chamber (102;302), a syringe port (112;312) in the housing for fluid to enter and exit the chamber (102;302) and a slidable sleeve (104;304) movable between a first position in which the sleeve (104;304) closes the syringe port (112;312) and a second position in which the sleeve (104;304) exposes the syringe port (112;312); wherein the fluid extraction device comprises a body with first and second ends (12;212)(14;214), the first end (12;212) defining a fluid entry port (20;220), the second end (14;214) defining a fluid exit port (22;222), wherein the fluid extraction device further comprises a channel (18;218) through the body connecting the fluid entry (20;220) and fluid exit ports (22;222), and wherein the fluid extraction device is characterised by at least one push member (30;232) extending radially from the body and configured to contact the sleeve (104;304) of the syringe assembly (100;300) in use and to push it from the first position to the second position, at least one stop member (30;240) on the body and configured to contact the housing of the syringe assembly (100;300) when the push member (30;232) has moved the sleeve (104;304) to the second position, thereby bringing the fluid entry port (20;220) into fluid communication with the syringe port (112;312), and a connector (24;224) at the second end (14;214) of the body for releasably connecting a fluid collection container.